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Jim McKinley
Product Publicity
610-889-5234
pr.contact@ametek.com
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PETROLAB OFFERS PMA-5 PENSKY-MARTENS FLASH POINT TESTER
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Release Date: Thursday, January 26, 2012
CONTACT: Angel Schell (518) 689-0055
BROKEN ARROW, OK— AMETEK Petrolab now offers the Petrotest PMA-5 Pensky-Martens (ASTM D93) flash point tester that performs flash point testing of petroleum products using Pensky-Martens closed-cup ASTM D93 A, B and C methods and is certified for both biodiesel and biodiesel blended fuels along with such distillate fuels as diesel, heating oil and kerosene and such potentially flammable liquids as lubricating oils, paints and varnishes.
Among the features of this highly versatile, bench-top instrument with an integrated fire extinguisher system are an over-temperature protection circuit, splash-proof membrane key panel, and a built-in sensor for automatic barometric pressure correction. The PMA-5 also offers both gas and electric ignition options standard. In addition, the time interval between two consecutive flash point tests has been reduced to a minimum through the PMA-5’s convenient to use multi-function head.
Among the advantages of the PMA-5 is its ability to heat samples, while the machine performs tests unattended. Heating keeps samples with a high-melting point liquid at temperatures above 150oC, allowing for the immediate start of the stirrer when flash point testing begins. This saves time and makes cleaning easier.
The PMA-5 tester is available in North America from AMETEK Petrolab Company, a unit of AMETEK Process & Analytical Instruments, a division of AMETEK, Inc., a leading global manufacturer of electromechanical devices with annual sales of $3.0 billion. For more information in North America, contact AMETEK Petrolab Company 2001 N. Indianwood Ave., Broken Arrow, OK 74012. Phone: 918-459-7170. Fax: 918-459-7178. Web site: www.petrolab.com.
Click here for a hi-res image of the Petrotest PMA-5 Pensky-Martens flash point tester
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Acquire Data Acquisition Software
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Release Date: Monday, September 05, 2011
"Acquire" is the name of our dedicated data acquisition software, recently again updated to add support for the model 7230 lock-in amplifier as well as being tested to run on PC's using Windows XP, Vista, and Windows 7 operating systems.
It uses the technology behind our SRInstComms ActiveX control to allow you to operate up to ten of our instruments simultaneously. Hence, for example, if you are making impedance measurements you cause one lock-in amplifier to record the sample current signal while a second logs the sample voltage. In experiments using our 5113 preamplifier you can adjust the settings, while in boxcar setups you can record the output of a 4121B Boxcar Averager via a 4161A Dual Channel ADC. And if you don't have a 4161A, you can even use the auxiliary inputs and outputs on a lock-it to run a boxcar experiment.
The software includes a powerful plotting engine that lets you show data just as you want it using a variety of line styles, allows data export to both text and CSV files, offers comprehensive clipboard support, and includes a context-sensitive help system.
The software also makes connecting up hardware as easy as possible. There is no need to adjust communications settings on the instrument - simply connect it up via Ethernet, USB, GPIB, or RS232 serial (depending on the ports available on the instrument and on the PC) and let the software find it.
Each time you start the application it checks that the required instruments are connected and warns you if they are not.
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The program offers two main operating modes, Virtual Front Panel and Experiment Recording Mode, as follows:
Virtual Front Panel
In this mode virtually all of the functions of the connected instrument(s) can be controlled from the computer via series of property pages on a "remote front panel" property sheet. Each sheet reflects the features available in the controlled instrument. Two data outputs from the instrument can be selected from the range available and these are clearly shown on-screen. If several instruments are connected then separate panels can be opened for each one. Once correctly set up, a button allows the panels to be shrunk to conserve screen space so that only the outputs are displayed.
Experiment Recording Mode
In this mode an experiment is defined in which the instrument output(s) are recorded as a function of some X-axis variable. The range of possibilities for the X-axis variable depends on the capabilities of the connected instruments, but include such parameters as time, frequency, oscillator amplitude, auxiliary DAC voltage, digital delay and trigger events.
Data is plotted to screen either as it is acquired or after acquisition on user-defined axes. You can then adjust the display to the required form prior to generating hard-copy output on any Windows compatible printer or plotter. Data may also be exported to ASCII or CSV (comma separated value) text files for further analysis with third party software.
The program includes the ability to save defined experiments as "test" files allowing easy replication of previous runs. Experiment definitions are also stored within saved data files, and can be extracted and reloaded from them. If you need to run the same experiment repeatedly then settings can be saved on program exit and reloaded on startup for greater convenience.
Support for Curve Buffer and Fast Buffer/Transient Recorder Modes
The models 7225, 7265 and 7280 include 32,768 point curve buffers, while those in the models 7124, 7230, and 7270 have 100,000 points. Acquire fully supports these, including the use of binary curve dumps to speed data transfer. Use of the buffer allows much faster data acquisition than is possible when data is displayed to screen as it is being taken, while the program now also allows frequency sweeps using the buffered mode. Transient recorder mode will digitize any ±10V analog waveform to 16 bits at 40kSa/s (25 µs per point) in the 7225, 7265 and 7280, while in the 7124, 7230, and 7270 it can operate at rates up to 250kSa/s (4 µs per point), giving a useful extra feature at no extra cost.
Specifications
Acquire is suitable for use with virtually all our computer-controlled instruments and operates via either the RS232, GPIB (IEEE-488), Ethernet, Direct USB, or USB (via models CE0115S or CE0116S) interfaces. Up to ten instruments from the following list can be operated simultaneously: 5105, 5106, 5110(A), 5209, 5210, 7124, 7220, 7220BFP, 7225, 7225BFP, 7230, 7260, 7265, 7270, 7280, 7280BFP, 7310, 4161A, 9650A (with 9650A/97 GPIB option) and 5113. It requires a PC computer running at 1.0 GHz or faster with hard disk, CD, 2 MByte of free disk space, suitable communications ports (either Ethernet, RS232, USB or a free internal PCI bus slot), and Microsoft Windows XP/Vista/Windows 7 or later for full installation and operation. It includes a comprehensive context-sensitive help system and free support is available to registered users. If ordered through our normal distribution channels it is supplied on a CD complete with 83-page printed instruction manual.
Connecting up...
When ordering this software, don't forget to make sure that you have a suitable Ethernet, USB, RS232 or GPIB cable and GPIB interface card. Click on the links below to reach these items.
•Model CE0114S National Instruments PCI-GPIB Interface Board
•Model SC0073S 2m GPIB cable
•Model SC0067S 4m GPIB cable
•Model SC0066S 1m GPIB cable
•Model CE0115S USB-GPIB Adaptor Cable
•Model 796190 USB A/B 6' (2m) Cable
•Model C01001 9F - 9F Null Modem RS232 cable (for models 5105 and 5106)
•Model C01002 9F - 25M Null Modem RS232 cable (for models 5109, 5110, 5209, 5210 and 4161A)
•Model C01003 9F - 9M Null Modem RS232 cable (for models 7220, 7260, 7225, 7265 and 7280)
•Model K02001 25F - 9M RS232 adapter
•Model CE0116S USB-RS232 Adaptor Cable
What's new in Version 4.2.1?
The main change in version 4.2 is to add support for the model 7230 lock-in amplifier. The software has also been verified for operation with Windows 7, and a number of minor bugs have also been fixed.
What's new in Version 4.1?
The latest version of the software includes the following significant changes from version 4.0:
•Version 4.1 adds support for the models 7124 and 7270 lock-in amplifiers. Since these instruments have Ethernet, USB and RS232 computer interfaces, the program has also been updated to support operation via Ethernet and USB, as well as RS232 and GPIB.
•The 7124 and 7270 include a fast data curve buffer, capable of storing instrument outputs at sampling rates down to 1 µs per point. This feature is similar to the "transient recorder" mode found in other SIGNAL RECOVERY DSP lock-in amplifiers, but stores up to eight outputs rather than just ADC1 and ADC2. This mode and the normal buffered mode include extended trigger capabilities and the software fully supports these.
•The 7124 and 7270 can generate amplitude and/or frequency modulated internal oscillator signals, and so a new menu has been added to their remote front panel controls to access this feature.
•The software has been fully tested to run under Windows Vista as well as XP. Support for earlier versions of Windows is no longer assured.
What's new in Version 4.0?
The latest version of the software includes the following significant changes from version 3.x:
•New support for the model 7310 Noise Rejecting Voltmeter. Its digital filter frequency can be used as a dependent X-axis variable, allowing the software to use it to measure signal amplitude as a function of frequency.
•Added logarithmic frequency sweep to X-axis excitation curves in both buffered and normal modes. The software has always allowed logarithmic display of X-axis values, but if the underlying data is linear then the resulting plots show an uneven distribution of points.
•Added support for version 4.8 and later of the 7280 firmware, which includes a better way of running buffered frequency response experiments.
•It is now possible to display two cursors on curves plotted on the left Y-axis, and two on curves plotted on the right Y-axis. Cursors can be positioned anywhere on the plot and the corresponding X and Y values are displayed. A cursor information box also shows the differences in X and Y values, allowing direct readout, for example, of the amplitude of peaks on displayed plots.
•When data is acquired in normal mode, the software now accurately uses the specified time per point, as long as this is longer than the time needed to set the values of excitation outputs and read the required data points. So, for example, if the time per point is set to 1.000 second, the stored data points will now be accurately at 1.000 second intervals. A new "Check" button allows the user to determine what the minimum time per point is for the current experimental set-up.
•The software now supports "daisy chain" operation of compatible instruments. This makes it possible to use a single RS232 port, or model CE0116S USB-Serial Port Converter, to support more than one instrument.
•The file export routine has been updated to handle large files, reducing file conversion time for a 50,000 point file from 30 mins to 8 seconds. A conversion progress bar has also been added.
•Added ability to enter numbers including a multiplier into numeric fields. For example, entering "1k" into an Oscillator Frequency control is correctly interpreted and displayed as "1000".
•Made the Open, Save and Save As... file name entry dialog boxes remember their views, positions and sizes. When set to detailed (report) view the dialogs also remember the column widths and sort order, allowing, for example, the dialog always to open with the most recent files listed at the top.
•The number representing the output value of the 8-bit digital port fitted on many of the supported instruments can now be used as a dependent X-axis output variable. If the bits of this port are used to operate external relay multiplexers, then this new feature allows the software to make sequential measurements on up to 256 signals.
•The line style used to display plots can now be set to show lines with several different types of marker at each plot point, as well as the traditional plain lines.
•Added support for the original design of line filter found in early model 7220 and 7260s.
•The drawing routines have been updated to ensure that displayed data curves are always shown correctly, even at very high magnifications.
•Fixed bug when using more than one readout per point or more than one sweep to average.
•Fixed bug whereby when an experiment was loaded from file the instrument(s) settings would not be correctly updated in all cases.
•The Help system has been updated to use the industry-standard compiled HTML format.
Try before you Buy - Download Acquire Today!
This latest version of Acquire can be downloaded free of charge by clicking the link below. When installed, it will operate in a demonstration mode, known as DemoAcquire, for a period of seven days from first installation. During this time you can evaluate the program to see if it meets your needs, and if it does, choose to purchase it by activating a link from within the software. Once you have purchased the required Activation Code and installed it, the program will be fully unlocked and operate in the full Acquire mode thereafter.
The download includes the full product manual in Adobe PDF format for your convenience.
Product Support and Upgrades
Product support and upgrades are automatic and free of charge to existing users of Acquire 3.00 and later versions. If you have already purchased the product and installed it then you can simply download and install any later version by clicking the link below, and the setup program will update the existing installation. You do not need to reactivate the updated program, since this is done automatically. This procedure will ensure that all users of this software have the easiest possible access to the latest version.
To check if you need to upgrade, see the product version number in the program's "About" box and verify if this matches the version given below. If it is a lower number then you should upgrade.
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4.2.1 |
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7 November 2010 |
Download free copy of Acquire |
Product Activation
Following installation, the software will function in the demonstration mode (DemoAcquire) until it is activated. In order to complete the product activation, you will require a unique activation code.
•If you have already placed a purchase order with us for the full software package, then we will supply this code on receipt and verification of details entered in the form that can be accessed by clicking the link below.
•If you have not yet ordered the full software package then complete the form that can be accessed by clicking the link below and we will contact you to give details of pricing applying in your particular territory.
Access Acquire Product Activation Page
Using an earlier version?
If you are using an earlier version (i.e. version number 2.9 or lower) of the package, and have registered your purchase by returning the product registration document, then you qualify for a reduced price upgrade. If you have never registered your purchase then you may still do so by clicking the link below and completing the form. We will then contact you with details of the upgrade price.
Access Registration Document for Acquire Version 2.9 and earlier
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AEM OFFER SINGLE-SOURCE SOLUTION FOR FIRE EXTINGUISHER REPAIR AND OVERHAUL
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Release Date: Thursday, August 18, 2011
Contact: Tina Suckling 44 (0) 1279 682311
E-mail: tina.suckling@ametek.co.uk
STANSTED AIRPORT, ESSEX—AEM Limited, a unit of AMETEK Aerospace and Defense, has broadened its aviation maintenance and repair capabilities by expanding its range of services and adding a new purpose-built facility at Stansted Airport for aircraft fire extinguishers repair and overhaul.
AEM’s capabilities include all APU, engine fire, lavatory and portable fire extinguishers carried about aircraft. All work is done by highly skilled AEM technicians and meets ISO 9001 and AS/EN 9110 standards. AEM also is able to offer extensive savings and rapid turn around times with the use of EASA approved PMA and DER through Ameron/MASS Systems, another unit within the global AMETEK MRO network.
AEM has extensive experience in the repair and overhaul of aircraft safety and life support systems. Further information can be found at AEM’s website at www.aem.co.uk.
Click here for a high-res image of the AEM aircraft fire extinguisher MRO facility
Notes to Editors:
AEM Limited
AEM Limited is among the largest independent aviation overhaul and repair facilities in Europe. Established in 1959, AEM provides accessory maintenance services for over 2,000 components from a variety of aircraft systems and supports regional and international airlines, helicopter operators and airframe manufactures from three UK-based facilities: Stansted Airport, Essex; Ramsgate, Kent; and Luton Airport, Bedfordshire.
In addition to holding FAA and EASA approvals, AEM is an authorised repair station for Advanced Industries, Aeromedic, Claverham, DME Corporation, Eastern Aero Marine, Goodrich Corporation’s Interior Products Division, Goodrich Corporation’s Power Systems Division, Helicopter Support, KGS Electronics, L3 Communications Avionics Systems, Messier-Bugatti, Safe Flight Instrument Corporation, WINSLOW ® LifeRaft Company and Woodward HRT.
AMETEK MRO
AMETEK MRO is a unit of AMETEK Aerospace and Defense and a global provider of third-party maintenance repair and overhaul (MRO) services for commercial, regional, general aviation and rotor-wing aircraft. Its operations specialise in a wide range of MRO services and are FAA, EASA, CAAC and CAAS approved. AMETEK MRO consists of AEM, Aeromedic, Ameron, AMETEK Singapore, Antavia, B&S Aircraft, Drake Air, High Standard Aviation, Muirhead Avionics and Southern Aeroparts. More information on AMETEK MRO can be found at www.ametekmro.com
AMETEK Aerospace and Defense is a division of AMETEK, Inc. a leading global manufacturer of electronic instruments and electromechanical devices with annual sales of more than $2.5 billion. For more information, contact AMETEK Aerospace & Defense, 50 Fordham Road, Wilmington, MA 01887. USA Tel: +1-978-988-4639, fax: +1-978-988-4944. E-mail: aerosales@ametek.com. Web Site: www.ametekaerodefense.com,
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Release Date: Tuesday, October 25, 2011
Contact: Jim McKinley (610) 889-5234
Berwyn, PA, October 25, 2011-- AMETEK, Inc. has acquired the parent company of EM Test (Switzerland) GmbH, a privately held manufacturer of electronic test and measurement equipment headquartered in Reinach, Switzerland for CHF 83 million ($93 million). EM Test is a global leader in equipment used to perform electrical immunity and electromagnetic compatibility testing. EM Test has expected annual sales of approximately CHF 37 million ($41 million).
“EM Test is an excellent addition to our test and measurement equipment business. It serves as a valuable platform for growth in the highly attractive market for electrical immunity testing and emissions measurement,” notes Frank S. Hermance, AMETEK Chairman and Chief Executive Officer.
EM Test manufactures a full line of conducted electromagnetic compatibility (EMC) test equipment, including electrical fast transient generators, electrostatic discharge simulators, surge generators, waveform simulators and multifunctional generators. Its products are used in test applications by a wide range of industries to ensure that electronic and electrical products are not susceptible to external electromagnetic disturbances and do not generate electromagnetic disturbances that might affect other products or instruments.
EM Test joins AMETEK as part of the Programmable Power division of its Electronic Instruments Group (EIG) --a recognized leader in advanced monitoring, testing, calibrating, and display instruments. AMETEK EIG sells its instruments to the process and analytical, aerospace, power, and industrial markets worldwide and had 2010 sales of $1.3 billion.
Corporate Profile
AMETEK is a leading global manufacturer of electronic instruments and electro-mechanical devices with annualized sales of $3.0 billion. AMETEK’s Corporate Growth Plan is based on Four Key Strategies: Operational Excellence, Strategic Acquisitions & Alliances, Global & Market Expansion and New Products. AMETEK’s objective is double-digit percentage growth in earnings per share over the business cycle and a superior return on total capital. The common stock of AMETEK is a component of the S&P MidCap 400 and the Russell 1000 Indices.
Forward-looking Information
Statements in this news release relating to future events, such as AMETEK’s expected business and financial performance are "forward-looking statements." Forward-looking statements are subject to various factors and uncertainties that may cause actual results to differ significantly from expectations. These factors and uncertainties include AMETEK’s ability to consummate and successfully integrate future acquisitions; risks associated with international sales and operations; AMETEK’s ability to successfully
develop new products, open new facilities or transfer product lines; the price and availability of raw materials; compliance with government regulations, including environmental regulations; changes in the competitive environment or the effects of competition in our markets; the ability to maintain adequate liquidity and financing sources; and general economic conditions affecting the industries we serve. A detailed discussion of these and other factors that may affect our future results is contained in AMETEK’s filings with the U.S. Securities and Exchange Commission, including its most recent reports on Form 10-K, 10-Q and 8-K. AMETEK disclaims any intention or obligation to update or revise any forward-looking statements.
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AMETEK ACQUIRES O'BRIEN CORPORATION
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Release Date: Thursday, January 26, 2012
Contact: Kevin C. Coleman (610) 889-5247
Berwyn, PA -- AMETEK, Inc. (NYSE: AME) today announced that it has acquired O’Brien Corporation, a leading manufacturer of fluid and gas handling solutions, sample conditioning equipment and process analyzers from Industrial Growth Partners for approximately $175 million. Based in St. Louis, MO, O’Brien Corporation has annual sales of approximately $80 million.
O’Brien’s products and solutions are used in critical applications in process industries worldwide. O’Brien’s comprehensive product offering includes pre-insulated tubing bundles, sample conditioning equipment, specialty tubing and fittings, instrument enclosures and process analyzers used in oil and gas production, refining, petrochemical processing, power generation, pharmaceutical manufacture and semiconductor fabrication.
“O’Brien’s product lines are both highly differentiated and highly complementary to AMETEK’s process instruments businesses. Combined with our analytical instrument solutions, AMETEK now can offer its customers a complete solution for most of their process analysis needs,” comments Frank S. Hermance, AMETEK Chairman and Chief Executive Officer.
“We expect to leverage the strong customer relationships of the combined businesses and AMETEK’s global capability to further extend O’Brien’s reach in key process markets worldwide,” adds Mr. Hermance.
O’Brien has manufacturing operations in St. Louis, MO, Carson City, NV, and Shanghai, China. It joins AMETEK as part of its Electronic Instruments Group (EIG) -- a recognized leader in advanced monitoring, testing, calibrating, and display instruments. AMETEK EIG, which sells its instruments to the process and analytical, aerospace, power and industrial markets worldwide, had 2011 sales of $1.6 billion.
Corporate Profile
AMETEK is a leading global manufacturer of electronic instruments and electro-mechanical devices with annual sales of $3.0 billion. AMETEK’s Corporate Growth Plan is based on Four Key Strategies: Operational Excellence, Strategic Acquisitions & Alliances, Global & Market Expansion and New Products. AMETEK’s objective is double-digit percentage growth in earnings per share over the business cycle and a superior return on total capital. The common stock of AMETEK is a component of the S&P MidCap 400 and the Russell 1000 Indices.
Forward-looking Information
Statements in this news release relating to future events, such as AMETEK’s expected business and financial performance are "forward-looking statements." Forward-looking statements are subject to various factors and uncertainties that may cause actual results to differ significantly from expectations. These factors and uncertainties include AMETEK’s ability to consummate and successfully integrate future acquisitions; risks associated with international sales and operations; AMETEK’s ability to successfully
develop new products, open new facilities or transfer product lines; the price and availability of raw materials; compliance with government regulations, including environmental regulations; changes in the competitive environment or the effects of competition in our markets; the ability to maintain adequate liquidity and financing sources; and general economic conditions affecting the industries we serve. A detailed discussion of these and other factors that may affect our future results is contained in AMETEK’s filings with the U.S. Securities and Exchange Commission, including its most recent reports on Form 10-K, 10-Q and 8-K. AMETEK disclaims any intention or obligation to update or revise any forward-looking statements.
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AMETEK ACQUIRES REICHERT TECHNOLOGIES
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Release Date: Monday, October 17, 2011
Contact: William J. Burke (610) 889-5249
Berwyn, PA, October 17, 2011-- AMETEK, Inc. (NYSE: AME) today announced that it has acquired Reichert Technologies, a privately held manufacturer of analytical instruments and diagnostic devices for the eye care market headquartered in Depew, NY. The company was acquired for $150 million from Beecken Petty O’Keefe & Company and has estimated annual sales of $55 million.
Reichert Technologies is a leader and innovator in high-technology instruments used by ophthalmologists, optometrists, and opticians for vision correction and the screening and diagnosis of eye diseases such as glaucoma and macular degeneration.
“Reichert Technologies is an excellent acquisition, which expands AMETEK’s business in the medical market. It allows us to enter the highly attractive ophthalmic device market with an industry leader and innovator. Reichert Technologies invented the industry-standard Phoroptor® refraction device used in vision correction diagnosis. Reichert also is the global leader in tonometry instruments used to measure intra-ocular pressure, which is important for glaucoma screening,” notes Frank S. Hermance, AMETEK Chairman and Chief Executive Officer.
“The acquisition of Reichert Technologies adds significantly to our position in the medical market and provides us with another adjacency to grow in this attractive market segment. Reichert complements our acquisitions of Avicenna Technology earlier this year and Technical Services for Electronics in 2010. Both of these businesses provide highly engineered components and connectors to the medical industry. Reichert Technologies also broadens the range of products we offer, which includes Precitech Optoform machine tools used in niche ophthalmic lens manufacturing,” adds Mr. Hermance.
Reichert Technologies joins AMETEK as part of its Electronic Instruments Group (EIG) --a recognized leader in advanced monitoring, testing, calibrating, and display instruments. AMETEK EIG sells its instruments to the process and analytical, aerospace, power, and industrial markets worldwide and had 2010 sales of $1.3 billion.
Corporate Profile
AMETEK is a leading global manufacturer of electronic instruments and electro-mechanical devices with annualized sales of $3.0 billion. AMETEK’s Corporate Growth Plan is based on Four Key Strategies: Operational Excellence, Strategic Acquisitions & Alliances, Global & Market Expansion and New Products. AMETEK’s objective is double-digit percentage growth in earnings per share over the business cycle and a superior return on total capital. The common stock of AMETEK is a component of the S&P MidCap 400 and the Russell 1000 Indices.
Forward-looking Information
Statements in this news release relating to future events, such as AMETEK’s expected business and financial performance are "forward-looking statements." Forward-looking statements are subject to various factors and uncertainties that may cause actual results to differ significantly from expectations. These factors and uncertainties include AMETEK’s ability to consummate and successfully integrate future acquisitions; risks associated with international sales and operations; AMETEK’s ability to successfully
develop new products, open new facilities or transfer product lines; the price and availability of raw materials; compliance with government regulations, including environmental regulations; changes in the competitive environment or the effects of competition in our markets; the ability to maintain adequate liquidity and financing sources; and general economic conditions affecting the industries we serve. A detailed discussion of these and other factors that may affect our future results is contained in AMETEK’s filings with the U.S. Securities and Exchange Commission, including its most recent reports on Form 10-K, 10-Q and 8-K. AMETEK disclaims any intention or obligation to update or revise any forward-looking statements.
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AMETEK ACQUIRES SEACON PHOENIX
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Release Date: Wednesday, April 18, 2007
PAOLI, PA, April 18, 2007--AMETEK, Inc. (NYSE: AME) has acquired Seacon Phoenix, a privately held provider of undersea electrical interconnect subsystems to the global submarine market, for approximately $38 million in cash.
Seacon Phoenix, which has annual sales of approximately $17 million, adds to AMETEK’s position in highly engineered hermetically sealed electrical interconnects and microelectronic packaging used to protect sophisticated electronics in aerospace, defense, telecommunications and industrial applications.
“Seacon Phoenix is an excellent fit with AMETEK. Its product, retrofit and service offerings complement those of AMETEK HCC Industries and extend our reach into an entirely new defense market,” notes AMETEK Chairman and Chief Executive Officer Frank S. Hermance.
“Seacon Phoenix enjoys an excellent reputation with the world’s leading naval defense contractors. Its custom electrical and optical connectors, cable assemblies and hull penetrators are widely found on the U.S. submarine fleet as well as many other of the world’s navies. In addition, it holds strong positions on several submarine development programs, including the Royal Navy’s next generation of attack submarines,” he adds.
Headquartered in Westerly, RI, Seacon Phoenix joins AMETEK HCC Industries within AMETEK’s Electromechanical Group (EMG). In addition to electrical interconnects and microelectronic packaging, EMG is a leader in technical motors and systems, specialty metal products, and electric motors for floor care and other applications. EMG had 2006 sales of approximately $803 million.
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AMETEK ACQUIRES TECHNICAL MANUFACTURING CORPORATION
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Release Date: Tuesday, January 03, 2012
Contact: Jim McKinley (610) 889-5234
Berwyn, PA -- AMETEK, Inc. (NYSE: AME) today announced that it has acquired Technical Manufacturing Corporation (TMC), a world leader in high-performance vibration isolation systems and optical test benches used to isolate highly sensitive instruments for the microelectronics, life sciences, photonics and ultra-precision manufacturing industries. The privately held manufacturer, headquartered in Peabody, MA, has estimated annual sales of approximately $30 million.
“TMC is a great addition to our Electronic Instruments Group (EIG) and an excellent fit with our high-end analytical instruments businesses, including our Ultra Precision Technologies and Materials Analysis divisions. It further broadens our product offerings and expertise in ultra precision manufacturing. TMC has more than 40 years experience in the design and manufacture of high-end vibration isolation equipment and holds a leading market share in that sector of the market,” notes Frank S. Hermance, AMETEK Chairman and Chief Executive Officer.
“Many high-end analytical instruments, such as scanning electron microscopes and ultra precision machine tools, require a high-level of vibration isolation. TMC serves the leading manufacturers of life sciences, photonics and semiconductor equipment with a broad range of custom active piezoelectric vibration cancellation systems, based on their patented active piezo technology. They also supply passive vibration cancellation systems, optical test tables, acoustic isolation hoods and magnetic isolation hoods,” adds Mr. Hermance.
TMC joins AMETEK as part of the Ultra Precision Technologies division of AMETEK EIG. Ultra Precision Technologies is a pioneer in the development of ultra precision measurement instruments and a global leader in ultra precise machine tools and manufacturing systems for the semiconductor, photovoltaic, nanotechnology, military, defense and ophthalmic lens markets.
AMETEK EIG sells its instruments to the process and analytical, aerospace, power, and industrial markets worldwide and had 2010 sales of $1.3 billion.
Corporate Profile
AMETEK is a leading global manufacturer of electronic instruments and electro-mechanical devices with annualized sales of $3.0 billion. AMETEK’s Corporate Growth Plan is based on Four Key Strategies: Operational Excellence, Strategic Acquisitions & Alliances, Global & Market Expansion and New Products. AMETEK’s objective is double-digit percentage growth in earnings per share over the business cycle and a superior return on total capital. The common stock of AMETEK is a component of the S&P MidCap 400 and the Russell 1000 Indices.
Forward-looking Information
Statements in this news release relating to future events, such as AMETEK’s expected business and financial performance are "forward-looking statements." Forward-looking statements are subject to various factors and uncertainties that may cause actual results to differ significantly from expectations. These factors and uncertainties include AMETEK’s ability to consummate and successfully integrate future acquisitions; risks associated with international sales and operations; AMETEK’s ability to successfully
develop new products, open new facilities or transfer product lines; the price and availability of raw materials; compliance with government regulations, including environmental regulations; changes in the competitive environment or the effects of competition in our markets; the ability to maintain adequate liquidity and financing sources; and general economic conditions affecting the industries we serve. A detailed discussion of these and other factors that may affect our future results is contained in AMETEK’s filings with the U.S. Securities and Exchange Commission, including its most recent reports on Form 10-K, 10-Q and 8-K. AMETEK disclaims any intention or obligation to update or revise any forward-looking statements.
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AMETEK ADDS FOUNDATION FIELDBUS CAPABILITY TO LINKBUS RIMS FOR REMOTE MONITORING OF PROCESS INSTRUMENTS
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Release Date: Monday, July 26, 2010
PITTSBURGH, PA – AMETEK Process Instruments, working with Fieldbus Inc., has added a Fieldbus Foundation interface to its LINKBUS Remote Instrument Monitoring System (LINKBUS RIMS), which provides users of AMETEK process analyzers and instruments with 24/7 plant wide access to a wide range of AMETEK process instruments.
“This added capability allows AMETEK RIMS to be integrated with a wide range of plant control systems. It also provides a data bridge so that older analyzers using proprietary communications protocols can be integrated into modern Fieldbus Foundation networks,” notes Tom Marecic, Vice President and General Manager of AMETEK Process Instruments.
“AMETEK’s LINKBUS RIMS already is among the most flexible and user friendly systems. It already is available for our full line of Thermox flue gas analyzers as well as our Western Research 880/Series 4000 photometric analyzers and 5000 Series Moisture Analyzers,” adds Mr. Marecic.
The LINKBUS RIMS provides easy access to analyzer information and trend data that allows maintenance personnel to make the most efficient use of limited resources and to determine process problems versus analyzer inaccuracy faster. If outside assistance is needed, AMETEK factory personnel can be granted access to provide additional troubleshooting expertise.
The elimination of routine maintenance visits allows operators to focus their attention where it is needed most. Enhanced reliability and improved analyzer performance also lead to tighter process control and greater operating efficiency.
LINKBUS RIMS draws on AMETEK’s more than 30 years of experience in the design and development of sophisticated process analyzers. Its modular design allows plant personnel to troubleshoot problems in minutes without any need to visit the analyzer location.
AMETEK Process Instruments is a unit of AMETEK, Inc., a leading global manufacturer of electronic instruments and electomechanical devices. For more information, contact AMETEK Process Instruments, 150 Freeport Road, Pittsburgh, PA 15238. Phone: (412) 828-9040. Fax: (412) 826-0399. Web site: www.ametekpi.com
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AMETEK AEROSPACE MEASUREMENT & POWER SYSTEMS SELECTS AUSTRALIAN AVIONICS AS AUTHORIZED SERVICE CENTER
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Release Date: Monday, June 15, 2009
WILMINGTON, MA—AMETEK Aerospace & Defense has selected Hawker Pacific Pty Ltd T/A Australian Avionics as an authorized service center for AMETEK’s Measurement & Power Systems products.
“Our agreement with Australian Avionics reflects our continuing effort to enhance our aftermarket capabilities and provide our customers with outstanding products and service worldwide, comments Deidre Cusack, Vice President and General Manager of Measurement & Power Systems for AMETEK Aerospace & Defense.
“Australian Avionics has an excellent reputation for world-class customer service, high-quality work, OEM reliability, fast turn and flexibility. Its dedicated staff in Cairns, Australia, will provide our customers in Australia [and across the Pacific] with greater access to AMETEK Aerospace’s products and services,” adds Ms. Cusack.
“Australian Avionics is very excited about becoming an authorized service center for AMETEK Aerospace. We are confident that this opportunity will add significant value to AMETEK customers by combining Australian Avionics’ world-class customer service with AMETEK’s high-quality products,” comments Jason Burzacott, General Manager for Australian Avionics.
For more information, contact Australian Avionics, Hanger 149, Tom McDonald Drive, Cairns Airport, QLD, 4870. Phone: 617 4030 1858, Fax: 617 4035 9798. E-mail: sales@australianavionics.com.au, Website: http://www.australianavionics.com
AMETEK Aerospace & Defense is a leading supplier of engine and aircraft monitoring systems, data acquisition units, fuel and fluid measurement systems, engine and airframe sensors, cables, harness assemblies, avionics blowers, fans, and heat transfer and cooling systems, and maintenance and repair services. It is a unit of AMETEK, Inc. (NYSE: AME), a leading global manufacturer of electronic instruments and electromechanical devices with annualized sales of more than $2.5 billion.
For more information on AMETEK, contact AMETEK Aerospace & Defense, 50 Fordham Road, Wilmington, MA 01887. Phone: 978-988-4639. Fax: 215-293-8996. E-mail: aerosales@ametek.com. Web Site: http://www.ametekaerodefense.com
Click here for a hi-res image of an AMETEK RVSM certified altimeter
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AMETEK Broadens Capabilities of JOFRA HPC600 Handheld Pressure Calibrators
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Release Date: Tuesday, April 24, 2012
CONTACT: Scott Crone (727) 538-6007
LARGO, FLORIDA – AMETEK Test and Calibration Instruments has expanded the capabilities of its versatile JOFRA® HPC600 handheld pressure calibrator. The instrument’s unique built-in electric pump now allows the calibrator to achieve pressure and vacuum generation up to 20 bar / 300 psi with the single touch of a button. Previously, the top range was 10 bar/ 150 psi. Each unit also is individually temperature compensated from -10oC to 50oC/ 14o to 122oF for accurate on-site operations, regardless of temperature conditions.
In addition to its enhanced capabilities, the HPC600 offers a true multifunction solution for a broad range of high-accuracy pressure calibration applications from simple tool type jobs to complex custody transfer systems. The device features a user configurable information display, 15 different pressure units, mA input/output, % error calculation, voltage measurement, serial communications and an external pressure module capability.
The HPC600 is a superior pressure calibrator for field use that brings laboratory accuracy into the field. The accuracy of the HPC is specified in % of reading to ensure an even better accuracy and more applicable pressure range. The multifunctional device is designed to work as a pressure indicator, pressure calibrator, a complete mA loop calibrator (including 24-volt supply), a voltmeter, thermometer and pressure/vacuum generator. All are in a single ruggedized housing with an easy intuitive operating system that fits in the palm of the hand.
The calibrator is delivered as a ready-to-test system, complete with hose, fittings and soft case equipped to meet any need for pressure calibration. An international traceable calibration certificate, including vacuum and electrical parameters, comes standard.
More than 60 different JOFRA APM pressure modules extend the application base of the HPC600 by allowing calibrations in additional ranges. The APM modules are engineered for on-site or laboratory use and are compatible with several other JOFRA calibrators.
The JOFRA HPC600 family of handheld pressure calibrators are part of a comprehensive line of pressure, temperature, and force-measurement and calibration products marketed by AMETEK Calibration Instruments under the JOFRA®, LLOYD®, CHATILLON® and MANSFIELD & GREEN® brand names.
AMETEK Calibration Instruments is among the world’s leading manufacturers of calibration instruments for temperature, pressure, and process signals and a unit of AMETEK Measurement & Calibration Technologies, a division of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with annual sales of $3.0 billion.
For more information on the full line of JOFRA® products, contact AMETEK Calibration Instruments, 8600 Somerset Drive, Largo, FL 33773. Phone: 727-536-7831. Toll free: 800-527-9999, ext. 3555. Fax: 727-539-6882. Web site: www.ametekcalibration.com.
Click here for a hi-res image of the JOFRA HPC600 handheld pressure calibrator
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AMETEK BROADENS CAPABILITIES OF MODEL 5100-NCM GAS ANALYZER TO INCLUDE CARBON DIOXIDE AND MOISTURE/METHANE ANALYSIS
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Release Date: Tuesday, April 21, 2009
PITTSBURGH, PA – AMETEK Process Instruments has broaden the capabilities of its Model 5100-NCM (Non-Contact Moisture) Gas Analyzer to include analysis of carbon dioxide and moisture/methane in hydrocarbon streams.
The Model 5100-NCM utilizes tunable diode laser absorption spectroscopy technology. It offers natural gas and hydrocarbon producers, pipeline operators and service companies with a highly reliable and cost-effective method for quickly and accurately measuring water vapor (moisture), methane and carbon dioxide concentrations in natural gas and hydrocarbon streams. The 5100-NCM has a limit of detection in the low ppm range for moisture and carbon dioxide.
The laser-based analyzer features compact, fully enclosed optics and sample conditioning, on-board moisture verification, and all digital signal processing. The rugged, compact unit is available in an IP-65 and NEMA 4 enclosure with both Modbus and Ethernet analog and digital connectivity.
AMETEK Process Instruments—the leader in on-line analytical instrumentation with the industry’s most extensive product line—offers analyzers based upon eleven differentiated technology platforms and used by markets ranging from oil, gas, and power to pharmaceutical manufacture and semiconductor chip manufacturing.
AMETEK Process Instruments is a unit of AMETEK, Inc., a leading global manufacturer of electronic instruments and electric motors. For more information on the full line of AMETEK’s analytical instrumentation, contact AMETEK Process Instruments, 150 Freeport Road, Pittsburgh, PA 15238. Phone: 412-828-9040 Fax: 412-826-0399. Web site: http://www.ametekpi.com
Other AMETEK Process Instruments locations are 455 Corporate Blvd., Newark, Delaware, 19702 USA. Phone: 800-222-6789. Fax: 302-456-4444; 2876 Sunridge Way NE, Calgary, AB T1Y 7H9. Phone: 403-235-8400 Fax: 403-248-3550; and 9750 Whithorn Dr., Houston, TX 77095. Phone: 281-463-2820. Fax: 281-463-2701. E-mail: sales.info@ametek.com
Click here for a hi-res image of the Model 5100-NCM Analyzer
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AMETEK C110 Grade Pfinodal Material Now Available with Enhanced Strength and Ductility Properties
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Release Date: Monday, April 30, 2012
CONTACT: Ryan Smith (203) 949-8839
WALLINGFORD, CT – The unique combination of strength, formability, non-sparking and anti-galling characteristics of AMETEK’s Pfinodal® alloy make it an excellent choice for a wide range of applications, especially as a suitable replacement for beryllium copper components. The beryllium-free material is now available with enhanced mechanical properties offering improved strength and ductility.
AMETEK’s Pfinodal alloy, which consist of copper, nickel (15%) and tin (8%), is made using a proprietary powder metallurgy technology. AMETEK’s patented process produces a homogeneous single-phase structure that achieves excellent uniformity, formability and strength and ensures optimum reproducible properties.
AMETEK’s patented Pneumatic Isostatic Forging (PIF) process uses high-pressure gas to close porosity while improving the material’s microstructure. Now, with the addition of metal working capabilities, the ductility of the material is further enhanced without compromising its strength. This results in fully dense material far superior to that achieved using conventional casting methods.
The AMETEK Pfinodal alloy has low permeability, excellent lubricity, machinability and anti-seizing characteristics. The C110 grade is now available in a variety of forms, including rod/bar up to 3” diameter by 36” Iengths, plate and as custom engineered shapes and finished parts.
AMETEK Specialty Metal Products (SMP) is a world leader in metal powders, high purity strip, ultra thin metal foil, specialty wire, metal matrix composites, engineered shaped components and clad metal products with numerous patents in technically advanced metallurgical materials.
AMETEK SMP manufactures or consolidates a variety of metal alloys including stainless steels, nickel-based alloys, cobalt-based alloys, titanium and titanium alloys and master alloys. For over 50 years, it has developed innovative, proprietary products tailored to specific customer applications.
AMETEK, Inc. is a leading global manufacturer of electronic instruments and electromechanical products with annual sales of $3.0 billion. For more information on Pfinodal alloys, contact AMETEK Specialty Metal Products, 21Toelles Road, Wallingford, CT 06492. Phone: 203-265-6731. Fax: 203-949-8876. Web: www.ametekmetals.com
Click here for a hi-res image of the AMETEK Pfinodal components
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AMETEK Completes Acquisition of Dunkermotoren
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Release Date: Monday, May 21, 2012
Contact: Kevin C. Coleman (610) 889-5247
Berwyn, PA-- AMETEK, Inc. (NYSE: AME) today announced that it has completed the previously announced acquisition of the parent company of Dunkermotoren GmbH, a leader in advanced motion control solutions for a wide range of industrial automation applications.
The privately held manufacturer has expected 2012 sales of approximately €155 million ($200 million) and is headquartered in Bonndorf, Germany. AMETEK acquired the business from Triton, a European private equity firm for approximately €250 million ($320 million), net of cash received.
The acquisition of Dunkermotoren is expected to be immediately accretive, adding approximately $0.02 per diluted share to 2012 earnings and approximately $0.10 per diluted share to earnings in 2013.
“We are excited about the acquisition of such an outstanding company,” said Frank S. Hermance, AMETEK Chairman and Chief Executive Officer. “Dunkermotoren is a global leader in highly engineered advanced motion control solutions for niche applications. It is an excellent strategic and highly complementary fit with our Precision Motion Control business. It expands our leadership position in niche rotary and linear motion applications. In addition, it broadens our manufacturing capabilities in both Europe and China, and greatly expands our presence in key industrial end markets.”
Dunkermotoren is a leader in advanced motion control solutions for a wide range of industrial automation applications, including factory equipment, office machines, medical devices and laboratory equipment. In addition to its facility in Bonndorf, Germany, Dunkermotoren has manufacturing operations in China and Serbia.
The business joins AMETEK as part of AMETEK Precision Motion Control, a division of AMETEK’s Electromechanical Group (EMG). AMETEK EMG, which had 2011 sales of $1.3 billion, is a leader in technical motors and associated systems, electrical interconnects, and specialty metals.
Corporate Profile
AMETEK, Inc. is a leading global manufacturer of electronic instruments and electro-mechanical devices with annualized sales of $3.3 billion. AMETEK’s Corporate Growth Plan is based on Four Key Strategies: Operational Excellence, Strategic Acquisitions & Alliances, Global & Market Expansion and New Products. AMETEK’s objective is double-digit percentage growth in earnings per share over the business cycle and a superior return on total capital. The common stock of AMETEK is a component of the S&P MidCap 400 and the Russell 1000 Indices.
Forward-looking Information
Statements in this news release relating to future events, such as AMETEK’s expected business and financial performance are "forward-looking statements." Forward-looking statements are subject to various factors and uncertainties that may cause actual results to differ significantly from expectations. These factors and uncertainties include AMETEK’s ability to consummate and successfully integrate future acquisitions; risks associated with international sales and operations; AMETEK’s ability to successfully develop new products, open new facilities or transfer product lines; the price and availability of raw materials; compliance with government regulations, including environmental regulations; changes in the competitive environment or the effects of competition in our markets; the ability to maintain adequate liquidity and financing sources; and general economic conditions affecting the industries we serve. A detailed discussion of these and other factors that may affect our future results is contained in AMETEK’s filings with the U.S. Securities and Exchange Commission, including its most recent reports on Form 10-K, 10-Q and 8-K. AMETEK disclaims any intention or obligation to update or revise any forward-looking statements.
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AMETEK DESIGNS UHP FLUOROPOLYMER HEAT EXCHANGERS FOR SEMICONDUCTOR AND SOLAR ENERGY WET PROCESSING EQUIPMENT
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Release Date: Wednesday, July 06, 2011
CONTACT: Ralph Reyes 302-456-4471
NEWARK, Delaware – AMETEK Fluoropolymer Products -- a leader in fluoropolymer heat exchangers for over 45 years – now offers heat exchangers of ultrahigh-purity (UHP) PFA tubing designed specifically for semiconductor and photovoltaic wet processing equipment.
AMETEK’s new Wet Bench heat exchangers are ideal for wet etching, cleaning and other chemical processes in the semiconductor and solar energy industries that heat or cool highly corrosive high-purity acids. The compact, durable heat exchangers conform to the highest standards of purity and provide long service life with no contamination of the product or fouling of the system, even when processing highly corrosive liquids.
AMETEK heat exchangers are designed specifically to be immersed in acid baths to control fluid temperatures. They offer an excellent combination of high performance and low operating costs. They are inert to nearly all chemicals used in semiconductor and photovoltaic wet processing, less brittle than glass and graphite, and more corrosion resistant than most metals.
The heat exchangers feature braided tubing bundles and unique fused honeycomb ends that provide significantly better heat transfer from a much smaller footprint than similar heat exchangers. AMETEK’s proprietary honeycomb process ensures a long service life with no leaks or other thermo-mechanical failures commonly found in heat exchangers.
AMETEK heat exchangers are available in a variety of standard and custom welded /threaded connections that allow them to fit existing equipment designs or serve as drop-in replacements for other heat exchangers. AMETEK also offers custom designed heat exchanger solutions.
AMETEK’s custom welded connections can eliminate connection points and reduce the number of parts in an assembly, further contributing to unequalled levels of purity and contamination-free performance. Flared tubing fittings are available with a six to eight week lead time. The heat exchangers also can be custom fitted to a bulkhead, sealing with a jam nut and O-ring
AMETEK Fluoropolymer Products is a unit of AMETEK, Inc. a leading global manufacturer of electronic instruments and electromechanical devices with annualized sales of $2.9 billion. For additional information, contact AMETEK Fluoropolymer Products, 455 Corporate Blvd., Newark, DE 19702 USA. Phone: 302-456-4471 or 302-456-4431. Fax: 302-456-4444. Web site: www.ametekfpp.com
Click here for a hi-res image of AMETEK UHP heat exchanger
Click here for a hi-res image of AMETEK's proprietary honeycomb design
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AMETEK Expands Sorensen SG Series DC Power Supplies
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Release Date: Tuesday, April 03, 2012
CONTACT: CraigFrahm
858-678-4459
craig.frahm@ametek.com
SAN DIEGO, CA – AMETEK Programmable Power http://www.programmablepower.com today announced an expansion of its popular Sorensen SG Series DC Power Sources to include a 50V model. Output voltages now range from 0-10VDC to 0-800VDC, currents up to 2400A, and power up to 150kW. With the recent expansion there are now over 100 different models for each of two separate versions (SGA and SGI) in the series. This extensive variety allows the user to better optimize voltage and current for their application resulting in the lowest cost for a specific application. In addition, the standard SG models provide slew rates typically 2.5X as fast and ripple 50 percent lower than competitive models. In some cases, SG models provide slew rates an order of magnitude better. The exceptionally fast load transient response, low noise, and ease-of-use across the SG Series accounts for one of the largest installed bases in the industry. In addition, the air-cooled SG units are high reliability power supplies that come with a five-year warranty.
Features to Match Your Applications
Expansion of the Sorensen SG Series has reduced the cost of ownership for many applications. Users can choose a model with an output voltage, current and power combination best tailored to their needs, resulting in the optimum price/performance ratio. For example, the new 0-50V model provides an output of up to 100A at 5kW in a single unit. That allows the customer to avoid jumping to 10kW 60V when their application only needs 5kW of power at 50V.
The SGA version comes with industry leading price/performance characteristics and is designed for users that most often use simple front panel analog controls or a remote serial interface. Features include 10-turn potentiometers for setting voltage and current, a 3½-digit LED readout, front panel over-voltage protection (OVP) preview/adjustment and reset, and multiple remote interface options. The SGI version provides advanced onboard intelligent controls that enable sophisticated sequencing, constant power mode and save/recall of instrument settings. Looping of sequences makes the SGI ideal for repetitive testing. An impressive vacuum fluorescent graphical display in eight languages, context sensitive “soft” keys, and front panel keyboard simplify programming of the SGI.
Both versions have a load transient response that recovers within 1ms to ±0.75% of full-scale of steady state output for a 50%-to-100% or 100%-to-50% load change. Ripple and noise are as low as 20mv rms at full load (which depends on specific model and test conditions). Power factor correction (PFC) of 0.90 comes standard in the 50V, 30V and below models. PFC is available as an option in all other models.
The Sorensen SG product family features excellent power density, along with modular expandability that results in compact 5-15kW/3U and 20-30kW/6U rack designs. In addition to RS-232, they are available with optional LXI Class C Ethernet (including hardware trigger input) or IEEE-488.2 (GPIB) interfaces. All units provide precision programming and read back accuracy, including remote sense. As many as five chassis can be paralleled to operate as a single supply, providing maximum system output power up to 150kW. This expansion capability allows the SG Series to meet requirements in a wide range of test applications, from hybrid automobiles to inverters to semiconductors, and many more. Front and side air inlets with rear exhaust and temperature-controlled variable-speed fans allow these air-cooled units to be stacked without spacing between. An optional dust filter for the 3U units expands the environments where the SG can be utilized. Custom systems and integration using SG Series models can be quoted through your local AMETEK Programmable Power sales representative or distributor.
Price and Availability
With prices starting at $4454.00, most SG Series units are available four weeks after receipt of order.
More Information
For more information, including price and delivery for your requirement, contact AMETEK Programmable Power sales at www.programmablepower.com, or contact an authorized sales representative. Complete technical details available at:http://www.sorensen.com/products/SG/SG_Downloads.htm
About AMETEK Programmable Power
AMETEK Programmable Power is a unit of AMETEK Electronic Instruments Group, a leader in advanced instruments for the process, aerospace, power and industrial markets and a division of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with annual sales of $3.0 billion.
Click here for a hi-res image of the Sorensen SG Series DC Power Source
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AMETEK FLUOROPOLYMER PRODUCTS OFFERS SHELL AND TUBE HEAT EXCHANGERS MADE WITH UHP TUBING
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Release Date: Tuesday, July 07, 2009
NEWARK, Delaware – AMETEK Fluoropolymer Products -- a leader in fluoropolymer heat exchangers for over 45 years -- now offers shell and tube heat exchangers made with ultrahigh-purity (UHP) PFA tubing that allow chemical processors and others to conform to the highest standards of purity.
The UHP heat exchangers are single pass, counter current designs that incorporate AMETEK's unique honeycomb construction. They are ideal for heating and cooling ultrapure water, acids and other corrosive chemicals typically used in electronics, pharmaceutical, and semiconductor manufacture.
The heat exchangers are available in shell diameters ranging from three to fourteen inches, and, while the most commonly used shells are fluoropolymer lined, a variety of other materials also are available on request. All lined metal heat exchanger shells are ASME coded and equipped with TEMA/ANSI end nozzle connections.
AMETEK heat exchangers have proven to offer an excellent combination of low operational costs and high performance. They are more durable and less brittle than glass and graphite and are more corrosion resistant than most metals.
AMETEK Fluoropolymer Products is a unit of AMETEK, Inc. a leading global manufacturer of electronic instruments and electromechanical devices with 2008 sales of more than $2.5 billion. For additional information, contact AMETEK Fluoropolymer Products, 455 Corporate Blvd., Newark, DE 19702 USA. Phone: 302-456-4471 or 302-456-4431. Fax: 302-456-4444. Web site: http://www.ametekfpp.com.
Click here for a hi-res image of AMETEK’s shell and tube UHP heat exchanger
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AMETEK FUEL GAUGING SYSTEM CERTIFIED ON THE UPDATED CARSON S-61 HELICOPTER
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Release Date: Monday, June 15, 2009
WILMINGTON, MA --AMETEK Aerospace & Defense announces that the U.S. Federal Aviation Administration (FAA) and Transport Canada have granted a Supplemental Type Certificate (STC) for a cockpit display and avionics upgrade on the Sikorsky S61 helicopter, which includes an AMETEK fuel gauging system.
AMETEK’s state-of-the-art system, which consists of active capacitance probes, fuel quantity signal conditioners, low-level sensors, high-level sensors, pressure transducers and the associated wire harnesses, replaces the original system that was not compatible with the upgraded avionics.
Carson Helicopter, owner of the STC, in conjunction with AMETEK Sensors and Fluid Management Systems Business Unit, SAGEM Avionics, Vector Aerospace and Sikorsky, plans an aggressive retrofit program for the worldwide fleet of S-61 commercial and military helicopters. Carson is a pioneer in rotary wing aircraft, holding more than 20 STCs for improvements and modifications to the Sikorsky S61.
“This represents an important milestone as AMETEK partners with Carson to offer our unique fuel gauging system with its numerous operating advantages on this updated helicopter”, comments Dave Olds, Senior Director, Sensors and Fluid Management Systems for AMETEK Aerospace & Defense. “By retrofitting existing aircraft with our most advanced fuel gauging components, Carson takes a major step forward in transitioning to a reliable, maintainable fuel system and eliminating the risk of obsolete or unserviceable components.”
The AMETEK active-fuel-probe-based system has an installed base of over 5000 systems. It is engineered to provide significant advantages over systems designed around passive fuel probes. The active fuel probes integrate advanced signal processing electronics into the capacitance sensor. The active probe electronics serve to perform an accurate measurement of the sensor capacitance and output a robust signal immune to problems typical of passive fuel gauging systems.
The AMETEK fuel quantity signal conditioner (FQSC) processes signals from active fuel probes located in the tanks, calculates fuel contents, and produces 0-5 VDC outputs for the cockpit display system. Each tank has an independent signal conditioner. The forward and aft tank systems include an independent low-fuel level warning function.
AMETEK’s fuel gauging system has proven highly reliable in large commercial aircraft, regional jets, business and military UAV aircraft with decades of flight time logged. The Carson S-61 program is yet another in the long history of fixed wing and rotorcraft platforms to fly with AMETEK’s fuel gauging system. In addition, AMETEK’s pressure and temperature sensors are an approved source for six of the critical engine parameters providing the pilot with accurate engine readings.
AMETEK Aerospace & Defense is a leading supplier of engine and aircraft monitoring systems, data acquisition units, fuel and fluid measurement systems, engine and airframe sensors, cables, harness assemblies, avionics blowers, fans, and heat transfer and cooling systems. It is a unit of AMETEK, Inc. (NYSE: AME), a leading global manufacturer of electronic instruments and electromechanical devices with annual sales of more than $2.5 billion.
For more information, contact AMETEK Aerospace & Defense, 50 Fordham Road, Wilmington, MA 01887. Phone: 978-988-4639. Fax: 215-293-8996. E-mail: aerosales@ametek.com. Web Site: http://www.ametekaerodefense.com
Click here for a hi-res image of the AMETEK low-level indicator, fuel signal conditioner and active fuel probe for Carson S-61 helicopter
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AMETEK INTRODUCES JOFRA™ PTC SERIES PROFESSIONAL TEMPERATURE CALIBRATORS
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Release Date: Friday, June 03, 2011
CONTACT: Scott Crone (727) 538-6007
LARGO, FLORIDA – AMETEK Test & Calibration Instruments works continually to improve the performance, accuracy, convenience and functionality of its line of industry-leading advanced dry-block calibrators. Its latest additions—the JOFRA™ Professional Temperature Calibrators (PTC) Series--offer a wide range of innovative features along with AMETEK’s long history of providing reliable, low-drift calibration instruments.
The PTC Series has been specifically designed to provide an intuitive easy-to-use interface. That has been combined with the well known high accuracy and stability of the JOFRA calibrators. Among the features incorporated within the PTC Series is AMETEK’s active dual heating zone system that provides high temperature uniformity in the insert no matter the number or size of the sensors immersed. The calibrators also offer unique intelligent sensors for plug ‘n’ play connectivity, an easy-to-read full-color VGA display and a USB connection for improved communications and software downloads.
An optional reference sensor measures the temperature in the calibrator’s insert and provides feedback to an active dual-zone temperature system that compensates for the temperature differences resulting from testing various sensors. This allows the PTC Series calibrator to perform highly accurate temperature calibrations with varying sensor sizes and even with multiple sensors under test.
The PTC Series also includes a newly designed STS-150 (Superior Temperature Standard) reference sensor that is angled at 90 o and customized so the top of the sensor is only slightly higher than the top of the calibrator. This unique design makes it possible for the PTC Series to calibrate threaded sensors and sensors with connection heads. The STS-150 sensor contains all individual calibration data regarding the sensor, allowing users to change the reference sensor and be up and running immediately.
AMETEK offers three versions of the PTC Series: the PTC-155 covers a temperature range of -25o to 155oC (-22o to 311oF), the PTC-350 covers a higher temperature range of 33o to 350oC (91o to 662oF), while the PTC 660 handles temperatures ranging from 33o to 660oC (91o to 1220oF). Along with a wide temperature range, PTC calibrators have increased heating and cooling speeds, making them even more versatile and cost effective.
Each version is available in three models: PTC-A professional temperature calibrator, PTC-B professional temperature calibrator with input for a reference sensor and sensor-under-test, and PTC-C professional temperature calibrator with input for reference sensors. All models come with AMETEK JOFRACAL proprietary software package as standard.
PTC Series calibrators are rugged, light weight and available with a highly functional carrying case for improved portability and convenience. A specially designed carrying case makes it possible to store and protect reference sensors, inserts, support rods, wires, manuals, plugs and insert tools. In addition, they are part of a comprehensive line of pressure, temperature, and force-measurement and calibration products marketed by AMETEK under the CHATILLON®, JOFRA™, LLOYD™, and MANSFIELD & GREEN™ brand names.
AMETEK Test & Calibration Instruments is among the world’s leading manufacturers of calibration instruments, scales, material and force testing, and hardness testing equipment and a unit of AMETEK Measurement & Calibration Technologies, a division of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with annual sales of $2.5 billion.
For more information, contact AMETEK Test & Calibration Instruments, 8600 Somerset Drive, Largo, FL 33773. Phone: 727-538-6000. Toll free: 800-527-9999. Fax: 727-539-6882. Web site: ametekcalibration.com
Click here for a hi-res image of the JOFRA PTC-155 professional temperature calibrator
Click here for a hi-res image of the JOFRA PTC Series professional temperature calibrator
Click here for a hi-res image of the JOFRA PTC temperature calibrator with probe
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AMETEK INTRODUCES MODEL 5100 PORTABLE GAS ANALYZER
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Release Date: Monday, August 10, 2009
PITTSBURGH, PA – AMETEK Process Instruments has broadened its line of Model 5100 Series gas analyzers to include a portable version. The Model 5100 Portable, based on Tunable Diode Laser Absorption Spectroscopy (TDLAS), provides superior analyte specificity, sensitivity and measurement speed of response.
The initial version of the 5100 Portable is configured for the measurement of H2O in Natural gas, bulk gases and hydrocarbon gas streams. Additional analytes will include O2, CO2, CO and CH4 .
The hand-held, battery-powered device provides approximately 8 hours of use before requiring a recharge. Other features include compact, fully enclosed optics, sample handling, on-board reference cell for laser line lock, and all digital signal processing. Its laser module has an internal Thermal Electric Cooler (TEC) and thermistor for laser wavelength stability. Application specific gas cells with a wide range of path lengths are available.
Each unit is factory calibrated. The laser wavelength stability and non-contact nature of the measurement eliminate the need for field adjustments.
AMETEK Process Instruments—the leader in on-line analytical instrumentation with the industry’s most extensive product line—offers analyzers based upon eleven differentiated technology platforms and used by markets ranging from oil, gas, and power to pharmaceutical and semiconductor chip manufacturing.
AMETEK Process Instruments is a unit of AMETEK, Inc., a leading global manufacturer of electronic instruments and electric motors. For more information on the full line of AMETEK’s analytical instrumentation, contact AMETEK Process Instruments, 150 Freeport Road, Pittsburgh, PA 15238. Phone: 412-828-9040 Fax: 412-826-0399. Web site: http://www.ametekpi.com
Other AMETEK Process Instruments locations are 455 Corporate Blvd., Newark, Delaware, 19702 USA. Phone: 800-222-6789. Fax: 302-456-4444; 2876 Sunridge Way NE, Calgary, AB T1Y 7H9. Phone: 403-235-8400 Fax: 403-248-3550; and 9750 Whithorn Dr., Houston, TX 77095. Phone: 281-463-2820. Fax: 281-463-2701. E-mail: sales.info@ametek.com
Click here for a hi-res image of the Model 5100 Portable Gas Analyzer
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AMETEK INTRODUCES NEW DPMS X SERIES OF PANEL METERS
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Release Date: Monday, August 10, 2009
ROCHESTER, NY, U.S.A.—AMETEK Power Instruments—a recognized leader in power measurement products—has introduced a new line of digital multi-function power measurement panel meters that serve a variety of energy management and power quality monitoring applications.
The DPMS X Series of panel meters are software configurable to provide hundreds of high-accuracy power measurements. The versatile, multi-functional units offer several communication and I/O choices and operate over a wide range of voltage and current inputs. The Series consists of the following models:
DPMS XL+ displays hundreds of high-accuracy power measurements on the WEB via its built-in WEB server, while simultaneously providing both Modbus TCP/IP and serial Modbus or Profibus communications for all power measurements. It has several I/O options with multiple digital outputs and inputs and analog I/O. The panel meter offers many other features, including max/min measurements, configurable alarms and sequence of events recording.
DPMS XL is a compact panel meter that can be used for outdoor applications with a high- visibility backlit display and a sealed front panel for weather resistance. The economically priced DPMS XL is full featured with max/min recording, demand measurements and individual harmonics to the 15th.
DPMS XPQ can be provided with a host of metering functions, including Time of Use, 4 quadrant measurements and freeze register storage. In addition, the meter can be equipped with power quality trending and waveform capture from configurable triggers. Each DPMS XPQ includes an assortment of I/O, consisting of several Digital Inputs and Outputs that can be used for sequence of events recording and alarm & energy outputs. Modbus communications provides access to over 400 power measurements and metering functions
DPMS X1 is an economical single-phase panel meter for displaying an assortment of power measurements while simultaneously providing Modbus communications. The DPMS X1 unit has several I/O choices available for digital inputs, relay outputs and analog outputs.
AMETEK Power Instruments has long been recognized as the power and process industry leader with the industry’s most comprehensive line of power measurement, alarm management, transient recording, and utility hardened communication products. For more information, contact AMETEK Power Instruments, 255 North Union Street, Rochester New York 14605 Web site: http://www.ametekpower.com
AMETEK Power Instruments is a unit of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with 2008 sales or more than $2.5 billion.
Click here for a hi-res image of the DPMS X Series of Power Meters
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AMETEK LAND OFFERS HIGH RELIABILITY, CONTINUOUS OPACITY MEASUREMENT AND DUST COMPLIANCE SYSTEM
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Release Date: Friday, May 15, 2009
PITTSBURGH, PA—The Land Model 4500 Mk III from AMETEK Land combines the unique features of three patented technologies to make it the most accurate and reliable stack opacity measurement and dust concentration monitoring instrument available.
The Model 4500 Mk III uses a patented highly homogeneous advanced LED light source combined with a patented Flood LED to achieve the highest levels of stability and accuracy. Its “no-moving-parts” optical system provides the compact dust emissions monitor with exceptional reliability. In addition, the instrument is backed by AMETEK Land’s three-year system warranty and a lifetime light source warranty.
The Model 4500 Mk III achieves the highest available performance specifications as defined by internationally recognized ASTM Standard D6216-Standard Practice for Opacity Monitor Manufacturers to Certify Conformance with Design and Performance Specifications. It is ideally suited for all types of industrial applications where dust emissions measurement is required and carries a wide range of compliance and performance approvals, including US Environmental Protection Agency.
The instrument’s outstanding sensitivity, reliability and flexibility make it ideal for current and future opacity and dust concentration measurement applications. The Model 4500 Mk III also includes options for adapter flanges, air purging and other accessories that make upgrading existing opacity monitoring systems quick and hassle free.
The device is able to report data as opacity, dust density or optical density. It features a fully automatic zero checking and drift compensation system. An automatic span check mechanism confirms the instrument’s calibration at user-defined intervals.
An integral control panel provides all user setup, control and diagnostic information. Its user menu is intuitive and language independent. Simultaneous text and icon menu prompts guide users through installation and set up and eliminate the need to carry an operating manual or laptop to the installation location.
AMETEK Land is a unit of AMETEK, Inc. (NYSE: AME) a leading global manufacturer of electronic instruments and electromechanical devices with annual sales of approximately $2.5 billion.
For additional information, contact Ametek Land Non-Contact Temperature Measurement Solutions, Combustion and Environmental Monitoring,
150 Freeport Road, Pittsburgh, PA 15238. Phone: 412-828-9040. Fax: 412-826-0399. E-mail: irsales@ametek.com Website: http://www.landinstruments.net.
Click here for a hi-res image of the 4500 Mk III stack opacity and dust monitor
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AMETEK LARGE-DIAMETER UHP FLUOROPOLYMER TUBING AND PIPE FOR BULK CHEMICAL DISTRIBUTION AND LOW-PRESSURE/VACUUM CONTAINMENT VESSELS
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Release Date: Wednesday, June 29, 2011
NEWARK, Delaware – As the semiconductor and solar energy industries move to larger wafer and solar panel fabrication equipment, traditional tubing and pipe with diameters of up to 1 ¼ inches are not able handle the higher fluid volumes of acids, etchants and other chemicals used by the state-of-the art equipment. In response, AMETEK Fluoropolymer Products has added tubing with diameters ranging from 1 ½ inches to 3 inches to its line of ultrahigh-purity (UHP) tubing for the semiconductor and photovoltaic industries. Schedule 40 pipe with diameters up to 3 inches also are available.
Bulk Chemical Distribution
AMETEK can manufacture tubing and pipe from various grades of fluoropolymer resins to meet specific customer applications and ship them to comply with specific customer JIT delivery requirements. All tubing with a diameter of 2 inches or more is available in straight lengths up to 20 feet. Smaller diameters are available in spools or straight lengths. AMETEK tubing meets all common operating temperatures and pressures, with standard tubing meeting operating pressures up to 70 psi and 73oF.
Low-Pressure, Low-Vacuum Containment Vessels
Larger diameter tubing and pipe are used in containment vessels for processing tanks, storage buffers, heat exchangers and other applications, where high-purity and non-corrosive materials are required. AMETEK tubing and pipe can replace molded components that often must be welded together to achieve the desired storage capability. Larger diameter tubing and pipe in longer lengths reduces the number of welds along with process contamination concerns, providing an efficient and cost-effective solution for handling higher volume process fluids.
Fluoropolymer containment vessels can replace glass vessels that are more prone to breakage and thinning of the walls due to etching by certain corrosive chemicals such as hydrofluoric acid. Containment vessels made from AMETEK fluoropolymer tubing and pipe are inert to nearly all chemicals used in the semiconductor and photovoltaic industries. They will not corrode, thin or etch and are not subject to breakage from mechanical or thermal shock.
AMETEK Fluoropolymer Products is a unit of AMETEK, Inc. a leading global manufacturer of electronic instruments and electromechanical devices with annualized sales of $2.9 billion. For additional information, contact AMETEK Fluoropolymer Products, 455 Corporate Blvd., Newark, DE 19702 USA. Phone: 302-456-4471 or 302-456-4431. Fax: 302-456-4444. Web site: http://www.ametekfpp.com.
Click here for a hi-res image of AMETEK UHP fluoropolymer tubing
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AMETEK LAUNCHES RS SERIES AC AND DC POWER SOURCES FOR HIGH POWER, FLEXIBILE CONTROL
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Release Date: Tuesday, June 28, 2011
CONTACT: Craig Frahm (858) 678-4459
SAN DIEGO, CA, U.S.A. — AMETEK Programmable Power has introduced the California Instruments RS Series of high-power AC/DC power systems. The units provide controlled AC and DC output for a wide variety of ATE and product test applications at an affordable cost. In AC mode, the RS Series delivers anywhere from 90 kVA up to 540 kVA of AC power. In DC or AC+DC mode, 50 percent of the AC power level is available simultaneously.
The RS Series provides a powerful combination of high power density and simple installation. The RS Series offers the highest AC power density available for high-performance test applications. This high power density is achieved by using state-of-the-art PWM switching techniques that enables the RS Series to be packaged in a compact, floor-standing chassis with a footprint no larger than a typical refrigerator. Further, this high power density is achieved without the need for elaborate cooling schemes.
Output Flexibility
The base unit of the RS Series is the RS90. It provides up to 90 kVA of AC power or 60 kW of DC power. AC output is three phase and can easily be switched between AC and DC mode of output from the front panel.
For higher power requirements, up to 540 kVA, the RS180, RS270, RS360, RS450 and RS540 models are available. When outfitted with multiple controllers, these units can be made to work as though they were individual RS90 units and used for different applications. This ability to reconfigure the system provides a level of flexibility not commonly found in power systems.
The controller for the RS Series uses the latest DSP technology and allows users to define a wide variety of output waveforms, including outputs with harmonic distortion and waveforms that simulate AC and DC transients. The controller features control of individual phases separately, allowing users to simulate single phase anomalies and unbalanced harmonic line conditions.
To program these waveforms, a Windows program with a graphical user interface (GUI) is provided. Using the GUI, a user specifies the waveform to be output, and the program then generates the waveform data points and downloads them to the unit via remote interface. Each unit can store up to 200 waveforms in nonvolatile memory for easy recall.
A unique feature of the RS Series is that it can both source and sink (traditional 4-Quadrant type) current and can reverse the phase relationship between the AC input voltage and current in order to regenerates up to 85 percent of the power back onto the utility grid resulting in significant reduction in the cost of operation. This mode of operation is particularly useful when testing grid-tied products that feed energy back onto the grid. An example is testing grid-tied Photovoltaic Inverters.
The RS Series Makes Measurements, Too
The RS Series incorporates an advanced digital signal processor-based data acquisition system that digitizes voltage and current waveforms in real time. The sample buffer is 4K deep. Users can trigger waveform acquisitions at any point in the waveform output, such as a specific phase angle, to allow precise positioning of the captured waveform with respect to the AC source output.
The data acquisition system automatically monitors common AC and DC parameters, including frequency, Vrms, Irms, Ipk, crest factor, real power (W), apparent power (VA), and power factor, and displays them on the front panel LCD display. These measurements are also available via the GUI which includes data logging capabilities.
The system also provides detailed amplitude and phase information on up to 50 harmonics of the fundamental voltage and current (up to 16 kHz). Users can display this information in both tabular and graphical formats on the front panel LCD or download this information to a computer to display, print or save the data. Total harmonic measurements of distortion for both voltage and current are calculated from the harmonic data.
Avionics Stimulus Test Routines
With an output frequency range of up to 1,000Hz the RS Series is ideally suited for aerospace applications. A full suite of Avionics Stimulus test routines such as Mil.Std. 704 Rev. A-F, DO-160 Rev. A-F, B787 Rev. A-C, ABD100.1.8 Rev. D-E and A350 Rev. A-C are optionally available.
Easy to Use
The RS Series can be operated completely from its menu-driven front panel controller. A backlit LCD display shows menus, setup data, and read-back measurements. For remote control and ATE applications, users can use the standard RS232C, USB and IEEE- 488 or the optional LAN interfaces. The popular SCPI command protocol is used for programming, and instrument drivers for popular ATE programming environments are available.
Windows application software is included that provides easy access to the power source’s capabilities without the need to develop any custom code. With this program, users can graphically measure and log standard measurements; capture, display, and print output voltage and current waveforms; capture, display, and print harmonic voltage and current measurements; create, run, save, reload, and print transient programs; generate and save harmonic and arbitrary waveforms; and display IEEE-488, RS232C, USB and LAN bus traffic to and from the AC Source to help you develop your own test programs.
Availability
The RS Series units are available 10-12 weeks after receipt of order.
For more information, contact AMETEK Programmable Power sales at http://www.programmablepower.comor contact an authorized sales representative.
AMETEK Programmable Power is a division of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with annualized sales of $2.9 billion.
Full data sheet and associated white papers are available at: http://www.calinst.com/go/rs
Click here for a hi-res image of the RS Series AC /DC Power Source
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AMETEK OFFERS HIGH-PURITY SPUTTERING TARGET MATERIALS
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Release Date: Thursday, January 12, 2012
CONTACT: Joe Capone (610) 566-8006
WALLINGFORD, CT – AMETEK Specialty Metal Products (SMP) offers a range of high-purity sputtering target materials fabricated using its patented consolidation technology. AMETEK’s patented Pneumatic Isostatic Forging (PIF) process provides fine grain, homogenous, fully dense material with purity levels as high as 99.995%.
The target materials are available in a variety of shapes: planar targets up to 12 inches in diameter and up to two inches thick; 5-inch by 30-inch rectangular targets up to two inches thick; and cylindrical targets up to six inches in diameter and 30 inches in length. The AMETEK PIF process is ideally suited to provide such sputtering target materials as pure nickel, nickel-iron, cobalt, nickel-chrome and titanium alloys.
AMETEK SMP has over 50 years experience in developing innovative specialty metal products tailored to meet specific customer applications. It manufactures or consolidates a variety of metal alloys including stainless steels, nickel-based alloys, cobalt-based alloys, titanium and titanium alloys and master alloys. Along with sputtering targets, AMETEK SMP is a leader in metal powders, high purity strip, ultra thin metal foil, specialty wire, metal matrix composites, engineered shaped components and clad metal products with numerous patents in technically advanced metallurgical materials.
AMETEK SMP is a unit of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical products with annualized sales of $3.0 billion. For more information, contact AMETEK Specialty Metal Products, 21Toelles Road, Wallingford, CT 06492. Phone: 203-265-6731. Fax: 203-949-8876. Web: www.ametekmetals.com
Click here for a hi-res image of an AMETEK high-purity vacuum sputtering target
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AMETEK POWER INSTRUMENTS ANNOUNCES SALES TEAMING AGREEMENT WITH AMPERION
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Release Date: Monday, January 23, 2012
CONTACT: John Benckenstein (954)344-9822
ROCHESTER, NY, U.S.A.—AMETEK Power Instruments has formed a teaming agreement with Amperion, Inc., to cross sell each other’s products. As part of the teaming agreement, each company will use its sales and marketing capabilities to sell Amperion’s Broadband Power Line Carrier (B-PLC™) products and AMETEK’s Broadband Focus (BB-Focus) and Universal PLC (UPLC) products.
“With electric utilities upgrading their analog equipment and modernizing their substations, there is an urgent need for improved communications. With only 9% of North American utility substations connected by fiber optic cable, both companies see an opportunity to bring broadband communications to the market and enable the ‘Smart Substation’,” notes Brian Hoffmann, Vice President and Business Unit Manager for AMETEK Power Instruments.
AMETEK and Amperion plan to provide cost-effective solutions with an array of product options that include fiber, power line carrier and Ethernet interfaces. Both companies support TDM and Ethernet IP right out of the box to simplify the migration path for the utility.
“We are excited about our agreement with Amperion. AMETEK offers an expertise in Ethernet multiplexing of substation data that is a core part of our business, and our products enjoy close synergies with Amperion’s technology,” adds Mr. Hoffmann.
“AMETEK’s products provide the capability to consolidate all substation data into one data stream utilizing a number of transport means, including fiber, pilot wire, microwave or power line, to move data across the substation network. Amperion’s B-PLC provides utilities with an exciting new technology that interfaces with our products to move high bandwidth data over existing infrastructure that the utilities already own.”
Amperion’s B-PLC technology can be used as a complement to fiber, used as a backup option to fiber, or serve as an extension of an existing fiber backbone network.
“As the Smart Grid moves from the edge to the substation, there is a growing need for cost-effective communications solutions. AMETEK and Amperion are pleased to offer solutions that help facilitate those communications needs,” comments Nachum Sadan, Chief Executive Officer of Amperion. “There is no reason to wait until fiber is available. A utility can start with a B-PLC and migrate later to fiber or stay with B-PLC. We are covering all the bases by combining Narrowband PLC, Broadband PLC, Fiber, Sonet TDM and Ethernet IP and, with our combined product offerings, provide the most versatile solution on the market today.”
Amperion’s B-PLC products are used by American Electric Power for protection and control applications as a replacement for aging pilot wire systems and by other utilities that require communications for SCADA, wide-area protection and substation automation applications.
About Amperion
Based in Lawrence, MA, Amperion (www.amperion.com) develops and sells advanced communications solutions for electric utilities. Its products utilize an innovative B-PLC technology that significantly reduces costs and simplifies installation for utility customers and enables the deployment of new applications, while leveraging existing infrastructure and utility assets. For Amperion product and sales, contact Nachum Sadan at (978) 569-2030 or by e-mail at nachum@amperion.com .
About AMETEK Power Instruments
AMETEK Power Instruments has long been recognized as a power and process industry leader with a comprehensive line of power measurement, alarm management, transient recording, and utility communication products. For more information, contact AMETEK Power Instruments, 4050 NW 121st Ave., Coral Springs, FL 33065. Tel: (954)344-9822. Web site: www.ametekpower.com or e-mail at sales.pulsar@ametek.com .
AMETEK Power Instruments is a unit of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with annual sales of $3.0 billion.
Click here for a hi-res image of AMETEK's BB-Focus
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AMETEK POWER TRANSDUCER CHOSEN BY NATIONAL INSTRUMENTS FOR WIRELESS SENSOR NETWORK
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Release Date: Monday, August 31, 2009
ROCHESTER, NY, U.S.A.— AMETEK Power Instruments—a recognized leader in power measurement products— was selected by National Instruments (NI) as a wireless sensor solution collaborator for power measurements. AMETEK power transducers used by National Instruments measure single or three phase currents and voltages so that data can be transmitted wirelessly to a central computer, where it can be analyzed and recorded.
The AMETEK Power Transducers are connected to the National Instruments Wireless Sensor Network (WSN) platform, which provides low-power, wireless data transfer to NI LabVIEW data acquisition software. Wireless power measurements make it possible to monitor the power consumption of a given application without requiring extensive wiring systems. This provides an inexpensive solution for energy management and power monitoring of existing systems that don’t have the wiring in place.
AMETEK has a full line of Rochester and Scientific Columbus brand power transducers that can measure volts, amps, watts, VARS, frequency, power factor and energy with different accuracy levels and output options to suit any application.
AMETEK Power Instruments has long been recognized as the power and process industry leader with the industry’s most comprehensive line of power measurement, alarm management, transient recording, and utility hardened communication products. For more information, contact AMETEK Power Instruments, 255 North Union Street, Rochester New York 14605 Web site: http://www.ametekpower.com
AMETEK Power Instruments is a unit of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with 2008 sales of more than $2.5 billion.
About National Instruments
National Instruments (www.ni.com) is transforming the way engineers and scientists design, prototype and deploy systems for measurement, automation and embedded applications. NI empowers customers with off-the-shelf software such as NI LabVIEW and modular cost-effective hardware, and sells to a broad base of more than 30,000 different companies worldwide, with no one customer representing more than 3 percent of revenue and no one industry representing more than 15 percent of revenue. Headquartered in Austin, Texas, NI has more than 5,000 employees and direct operations in more than 40 countries. For the past 10 years, FORTUNE magazine has named NI one of the 100 best companies to work for in America. Readers can obtain investment information from the company’s investor relations department by calling (512) 683-5090, e-mailing nati@ni.com or visiting www.ni.com/nati.
LabVIEW and National Instruments are trademarks of National Instruments.
Click here for a hi-res image of AMETEK wireless power transducers
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AMETEK US GAUGE OFFERS SPECIAL APPLICATION PRESSURE GAUGES FOR SPRINKLER SYSTEMS
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Release Date: Thursday, January 12, 2012
CONTACT: Jim DiMaggio (215) 293-4170
jim.dimaggio@ametek.com
HORSHAM, PA—Model P-1590 and R-1590 sprinkler system gauges from AMETEK US Gauge® were designed specifically for use on wet or dry sprinkler systems. These 3 ½-inch gauges are approved by Factory Mutual System and listed by Underwriters Laboratory.
The Model R-1590 retarded air gauge is used on the sprinkler head side of the control valve in a dry system to accurately monitor line air pressure. It also has the ability to accept water pressures up to 250 psi upon system activation. The Model P-1590 is used on the water supply side of the system to indicate available source pressure. It is used alone on wet systems where water is available to the sprinkler head at all times and is able to handle water pressures up to 300 psi.
Both models feature a polycarbonate one-piece ring and crystal window and an impact- and chemical-resistant molded case. Both models are backed by U.S. Gauge’s 100+ years of experience in process pressure gauges and are available from U.S. Gauge’s Clawson, MI, distribution center or its worldwide network of authorized distributors.
AMETEK U.S. Gauge is a unit of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with 2011 sales of $3.0 billion. For more information, contact AMETEK U.S. Gauge, 205 Keith Valley Rd., Horsham, PA 19044 USA. Phone 215-293-4100. Fax 215-323-9450. E-mail usg@ametek.com Or, visit U.S. Gauge on the Web at www.ametekusg.com
Click here for a hi-res image of the US Gauge Model P-1590 and R-1590 Sprinkler Gauges
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AMETEK PROCESS INSTRUMENTS RECEIVES AWARDS FOR TECHNICAL PRESENTATIONS
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Release Date: Thursday, May 06, 2010
PITTSBURGH, PA-AMETEK Process Instruments was awarded top honors for a technical paper presented at the 2010 ISA Analysis Division Conference in New Orleans, LA. Phil Harris of the Calgary location took first place in the GTFK award for a presentation on the Model 933.
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AMETEK SCP ANNOUNCES TWO STAFF APPOINTMENTS
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Release Date: Monday, September 05, 2011
WESTERLY, RI, —AMETEK SCP, a world leader in underwater cable and connector solutions for military and commercial applications, has named two to staff positions as Vice President and General Manager and Vice President of Business Development.
David Duffié has been named Vice President and General Manager. He joined AMETEK SCP in March and is a retired US Navy Submarine Captain with more than 30 years of naval experience. Previously, he had been General Manager of Kollmorgen Electro-Optical, a supplier of submarine periscopes and photonic masts.
Mr. Duffié is a graduate of the US Naval Academy. He also holds Master’s degrees in Nuclear Engineering and National Security Strategy and has an MBA from Cameron University. He was a Program Manager and Faculty Member of the Naval War College and served as Chief of Staff of Submarine Group Eight-Naples, Italy and commanded two nuclear submarines.
Pamela Hurst was named Vice President of Business Development. Ms. Hurst joins AMETEK SCP with over 35 years of experience in naval, maritime and ocean-based systems. Along with extensive business development experience, her background includes senior engineering positions with Battelle, AT&T, GDAIS, Lockheed Martin, Westinghouse and Honeywell.
Ms. Hurst was appointed to the University of Rhode Island’s Ocean Engineering Department’s Advisory Panel for 2011 to 2014. She also was elected to IEEE Ocean Engineering Society Advisory Committee and appointed to IEEE OES Technical Committee Chair for Homeland Infrastructure Security and Vice Chair of Submarine Cables.
Formerly SEACON Phoenix, Inc. and acquired by AMETEK in 2007, AMETEK SCP is a leader in custom electrical and optical connectors, cable assemblies and hull penetrators that are widely found on the U.S. submarine fleet as well as many other of the world’s navies. AMETEK SCP also provides electrical interconnect solutions for a wide range of extreme environments, including undersea, oil field, nuclear and aerospace that draw upon its extensive knowledge of submarine systems and expertise in electrical connector and data transmission technologies.
AMETEK SCP is a unit of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with annualized sales of $3.0 billion. For additional information, contact AMETEK SCP, 52 Airport Road, Westerly, RI, 02891. Telephone: 401-596-6658. Fax: 401-596-8597. Web site: http://www.ametekscp.com
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AMETEK SCP OFFERS HIGH-PERFORMANCE PEEK CONNECTORS
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Release Date: Thursday, June 04, 2009
WESTERLY, RI, —PATC-1000 Series connectors from AMETEK SCP, a world leader in underwater cable and connector solutions for military and commercial applications, offer excellent high-temperature and high-pressure performance along with surprising toughness and strength under harsh operating conditions.
PATC-1000 Series high-performance PEEK™ (PolyEtherEtherKetone) connectors have a number of advantages versus conventional metal, ceramic and glass connectors, including a significant reduction in weight and superior chemical resistance under a broad range of operating conditions.
The performance characteristics of PATC-1000 Series connectors can be tailored to specific applications, while achieving equivalent or improved mechanical behavior versus conventional metal connectors. In addition, they offer greater design and prototyping flexibility and typically don’t require secondary operations such as coatings, post machining and final assembly.
The PATC-1000 connectors are configurable with single or multiple high-density contacts. They have outstanding long-term creep and fatigue resistance over a broad temperature range, low flammability and smoke emission characteristics, and good electrical properties. These hermetically sealed connectors are helium leak tested to less than 10-8 sccm. They are ideally suited for such demanding applications as down hole tools, oil and gas well completion systems, and aerospace and military applications.
AMETEK SCP is a leader in custom electrical and optical connectors, cable assemblies and hull penetrators that are widely found on the U.S. submarine fleet as well as many other of the world’s navies. AMETEK SCP also provides electrical interconnect solutions for a wide range of extreme environments, including undersea, oil field, nuclear and aerospace that draw upon its extensive knowledge of submarine systems and expertise in electrical connector and data transmission technologies.
AMETEK SCP is a unit of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with sales of more than $2.5 billion. For additional information, contact AMETEK SCP, 52 Airport Road, Westerly, RI, 02891. Telephone: 401-596-6658. Fax: 401-596-8597. Web site: http://www.ametekscp.com
Click here for a hi-res image of AMETEK SCP PATC-1000 Series Connector
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AMETEK SCP OFFERS HIGH-PERFORMANCE PEEK™ CONNECTORS
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Release Date: Wednesday, June 24, 2009
WESTERLY, RI, —PATC-1000 Series connectors from AMETEK SCP, a world leader in underwater cable and connector solutions for military and commercial applications, offer excellent high-temperature and high-pressure performance along with surprising toughness and strength under harsh operating conditions.
PATC-1000 Series high-performance PEEK™ (PolyEtherEtherKetone) connectors have a number of advantages versus conventional metal, ceramic and glass connectors, including a significant reduction in weight and superior chemical resistance under a broad range of operating conditions.
The performance characteristics of PATC-1000 Series connectors can be tailored to specific applications, while achieving equivalent or improved mechanical behavior versus conventional metal connectors. In addition, they offer greater design and prototyping flexibility and typically don’t require secondary operations such as coatings, post machining and final assembly.
The PATC-1000 connectors are configurable with single or multiple high-density contacts. They have outstanding long-term creep and fatigue resistance over a broad temperature range, low flammability and smoke emission characteristics, and good electrical properties. These hermetically sealed connectors are helium leak tested to less than 10-8 sccm. They are ideally suited for such demanding applications as down hole tools, oil and gas well completion systems, and aerospace and military applications.
AMETEK SCP is a leader in custom electrical and optical connectors, cable assemblies and hull penetrators that are widely found on the U.S. submarine fleet as well as many other of the world’s navies. AMETEK SCP also provides electrical interconnect solutions for a wide range of extreme environments, including undersea, oil field, nuclear and aerospace that draw upon its extensive knowledge of submarine systems and expertise in electrical connector and data transmission technologies.
AMETEK SCP is a unit of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with sales of more than $2.5 billion. For additional information, contact AMETEK SCP, 52 Airport Road, Westerly, RI, 02891. Telephone: 401-596-6658. Fax: 401-596-8597. Web site: www.ametekscp.com
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AMETEK SCP RUGGED GIGABIT ETHERNET CONNECTORS AVAILABLE FOR UNDERSEA AND SURFACE APPLICATIONS
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Release Date: Friday, January 09, 2009
WESTERLY, RI, —AMETEK SCP, a world leader in underwater cable and connector solutions for military and commercial applications, offers rugged gigabit Ethernet connectors for explosive shock, vibration, deep submergence or harsh surface environments. The connectors are especially suited for high-pressure underwater applications or in surface applications for aircraft, ships, tanks and other combat vehicles.
The Gigabit Ethernet Connector from AMETEK SCP is available in two configurations: 1) underwater or outboard for submarine or undersea oil/gas applications and 2) surface or inboard applications for aircraft, ships, submarines, tanks and land systems. The connectors are ETL listed certified to TIA/EIA 568 Cat 5E and Cat 6 standards and feature optimized pin arrangements for maintaining the integrity of twisted wire pairs and MIL Spec contacts for COTS advantages. A pin and socket concept is used to ensure no loss of data packets during shock and vibration.
Polycarbonate insulator material is used for dry applications and polyurethane and epoxy insulator for underwater applications. D38999 Series plug for COTS is used for dry applications and MIL-C-24231 Series connectors for deep submergence applications. For underwater applications, M2664/59/60/61 CAT 6 pigtails are applied with low smoke jacket for internal use and a polyurethane jacket for external applications. High-pressure cables are rated to 2000psi and available with glass-to-metal seals. Cables are available with power pins in the same configuration as CAT 6 cable.
AMETEK SCP is a leader in custom electrical and optical connectors, cable assemblies and hull penetrators that are widely found on the U.S. submarine fleet as well as many other of the world’s navies. AMETEK SCP also provides electrical interconnect solutions for a wide range of extreme environments, including undersea, oil field, nuclear and aerospace that draw upon its extensive knowledge of submarine systems and expertise in electrical connector and data transmission technologies.
AMETEK SCP is a unit of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with sales of more than $2.5 billion. For additional information, contact AMETEK SCP, 52 Airport Road, Westerly, RI, 02891. Telephone: 401-596-6658. Fax: 401-596-8597. Web site: www.ametekscp.com
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AMETEK SOLIDSTATE CONTROLS NOW OFFERS BATTERY TIME REMAINING DISPLAY READING
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Release Date: Wednesday, June 01, 2011
Contact: Patrick Williams (614) 410-6273
AMETEK Solidstate Controls
COLUMBUS, OH—AMETEK Solidstate Controls (SCI) has added a new Battery Time Remaining Display Reading as an option for its Digital Process Power (DPP) uninterruptible power supply systems and DCR battery charger systems. The new display feature is expected to revolutionize the manner in which end users perceive the capabilities of their SCI branded systems and further extend the functionality of system components. It allows users to identify at any given moment the amount of time their system could fully function running solely on the battery. This is measured from a series of proprietary calculations and is among the most precise readings of its type within the industry.
AMETEK Solidstate Controls is a recognized leader in UPS and Battery Management systems for industrial applications and power generation. It specializes in the design and manufacture of highly customized inverters and UPS systems for critical processes involving harsh environments such as power generation (including fossil fuel and nuclear power utilities). AMETEK Solidstate Controls has administrative and manufacturing operations at its world headquarters in Columbus, Ohio. It is a unit of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with annual sales of $2.5 billion.
All of Solidstate Controls’ products are marketed through an independent network of manufacturer’s representatives and distributors in the United States and 27 foreign countries. Solidstate’s commitment to the customer service continues long after the sale with a worldwide network of skilled, experienced field service technicians available for UPS installation, start-up, on-site service, and training. For additional information, contact Solidstate’s Marketing Department at 875 Dearborn Drive, Columbus, OH 43085 USA. Phone: 614-846-7500. Fax: 614-885-3990. Web site:www.solidstatecontrolsinc.com
Click here for a hi-res image of Solidstate Controls DCR Battery Charger System
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AMETEK SOLIDSTATE CONTROLS OFFERS THE DIGITAL PROCESS PWM INVERTER
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Release Date: Wednesday, July 29, 2009
COLUMBUS, OH--AMETEK Solidstate Controls (SCI) has introduced their newest product line, Digital Process Inverter (DPI), a revolutionary digital inverter designed specifically for process control and industrial applications. DPI systems utilize state-of-the-art Pulse Width Modulated (PWM) technology, incorporating high-power IGBT semiconductors, and digital control for enhanced communications, monitoring, control and diagnostics capabilities.
The DPI system is defined by its ease of use when operating. The digital touch screen allows users the ability to easily monitor and configure elements within the system. The DPI allows for greater efficiencies that help reduce overall costs. The DPI system features an almost instantaneous reaction time, with a mean time between failures (MTBF) rating of greater than 140,000 Hours. For increased monitoring capabilities, the system can also be configured with optional alarms and offers all of the best features of our world class DPP PWM uninterruptible power supply (UPS) systems.
DPI can also be configured with enhanced communications standards, (Ethernet, Modbus, etc.). Plus, the system runs quiet and has a small footprint. DPI and its accompanying software allow for higher customization and data-logging further attesting to its reliability, giving clients the peace of mind needed to conduct business.
AMETEK Solidstate Controls is a recognized leader in UPS systems for industrial applications and power generation. It specializes in the design and manufacturing of highly customized inverters, UPS and Battery Management systems, cathodic protection, and UPS systems for critical processes involving harsh environments (including fossil fuel and nuclear power utilities).
AMETEK Solidstate Controls has administrative and manufacturing operations at its world headquarters in Columbus, Ohio. It is a unit of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with annual sales of more than $2.5 billion.
All of Solidstate Controls’ products are marketed through an independent network of manufacturer’s representatives and distributors in the United States and 27 foreign countries. Solidstate’s commitment to the customer service continues long after the sale with a worldwide network of skilled, experienced field service technicians available for UPS installation, start-up, on-site service, and training.
For additional information, contact Solidstate’s Marketing Department at 875 Dearborn Drive, Columbus, OH 43085 USA. Phone: 614-846-7500. Fax: 614-885-3990. Web site: http://www.solidstatecontrolsinc.com
Click here for a hi-res image of Solidstate Controls DPP UPS System
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AMETEK SPECIALTY METAL PRODUCTS ACQUIRES ANCOR SPECIALTIES STAINLESS STEEL POWERS
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Release Date: Friday, June 26, 2009
EIGHTY FOUR, PA, June 26, 2009--AMETEK Specialty Metal Products (SMP), a world leader in metal powder manufacturing, has purchased the ANCOR® Specialties stainless steel powder business from Hoeganaes Corporation.
“ANCOR Specialties stainless steel powders make an excellent addition to our existing stainless steel powder business, expanding our capabilities for both our 300 and 400 Series powders,” comments Patrick McGeehan, Vice President and General Manager of AMETEK SMP.
“These powders offer superior long-term performance and reliability as well as outstanding corrosion resistance and are used in a wide range of demanding applications, including automotive exhaust systems, industrial lock and hardware components, marine and medical instruments.”
AMETEK will begin immediately to service ANCOR Specialties customers and will work closely with Hoeganaes to ensure a smooth transition as AMETEK relocates production equipment to its Eighty Four, PA, powder metal manufacturing facility.
AMETEK SMP is a leader in stainless steel, cobalt and nickel alloy metal powder for powder metallurgy, thermal spray, metal injection molding and polymer filtration.
It also produces highly engineered metal strip, specialty wire and advanced metal matrix composites for electronic thermal management. In addition, it manufactures stainless steel and nickel clad alloys for high-quality cookware, sterilizers, and chemical processing equipment as well as engineered-shaped components used in oil and gas production and other applications.
AMETEK SMP is a unit of AMETEK Engineered Materials, Interconnects and Packaging, a division of AMETEK, Inc. AMETEK is a leading global manufacturer of electronic instruments and electromechanical devices with 2008 sales of more than $2.5 billion. For more information, check out at AMETEK Specialty Metal Products at: http://www.ametekmetals.com
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AMETEK STRATEGICALLY INVESTS IN UHP MANUFACTURING CAPABILITY
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Release Date: Friday, October 09, 2009
NEWARK, Delaware – AMETEK Fluoropolymer Products now has the ability to process and package ultrahigh-purity (UHP) tubing within the confines of a newly installed clean room at its Nesquehoning, PA, processing plant. A leading provider of corrosive and high-purity fluid handling equipment, AMETEK continues to strategically invest in enhancing its capabilities in order to meet the ever-increasing demands of the high- purity industry.
In addition to the clean room, a state-of-the-art laser etching station has been integrated into the manufacturing process. With laser etching customers have the option to accurately identify and trace products used in critical applications with certainty. Other investments encompass high purity pipe manufacturing capabilities, including all pre- and post-processing equipment required to provide quality products.
AMETEK pipe and tubing products can be manufactured from various grades of fluoropolymer resins designed to meet specific customer application requirements. The products are available in a range of standard or custom sizes up to 2-inch diameter and can be supplied with special custom packaging and spooling, and shipped to comply with specific customer JIT delivery requirements.
AMETEK Fluoropolymer Products is a unit of AMETEK, Inc. a leading global manufacturer of electronic instruments and electromechanical devices with 2008 sales of more than $2.5 billion. For additional information, contact AMETEK Fluoropolymer Products, 455 Corporate Blvd., Newark, DE 19702 USA. Phone: 302-456-4471 or 302-456-4431. Fax: 302-456-4444. Web site: http://www.ametekfpp.com.
Click here for a hi-res image of AMETEK's UHP Tubing
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AMETEK US Gauge® Adds New Finned-Top Version to XR Series-All-Welded-Process-Gauges
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Release Date: Tuesday, May 15, 2012
CONTACT: Jim DiMaggio (215) 293-4170
jim.dimaggio@ametek.com
HORSHAM, PA—AMETEK US Gauge® has added a finned-top model to its XR Series of all-welded process gauges and diaphragm seals. The added feature improves the cooling capabilities of the integrated pressure gauge and diaphragm seal. The finned design reduces process temperatures from 225oF to 160oF.
The new finned-top XR Series process gauge combines the proven safety, durability and performance of a high-quality SOLFRUNT® 1981 pressure gauge with an AMETEK M&G diaphragm seal in an all-welded gauge-to-seal design that offers customers a leak-proof, tamper-proof, lower-cost alternative to an individual gauge and diaphragm seal. The new version also includes an optional flushing port.
The USG Model 1981 pressure gauge also features 316L stainless steel internals and a seamless Bourdon tube standard ensuring superior burst or rupture pressure performance. The pressure gauge is welded to an M&G 316L stainless steel diaphragm seal with ½-inch NPT process connection.
The finned-top XR-81 is compliant with NACE MR-01-03 and MR-0175 requirements. It has a designed operating pressure of 3000 psi at 100oF and a maximum static pressure rating of 5000 psi. The standard XR diaphragm seal has a 4:1 safety ratio.
Along with the XR-81, AMETEK offers the XR-86, which is made with a USG Model 1986 gauge (MONEL® internals) welded to an M&G MONEL® diaphragm seal. Versions are available for applications that require Hastelloy C or Tantalum bodies or diaphragms. Both the XR-81 and XR-86 all-welded gauges offer superior performance in corrosive and hazardous media applications than stand alone gauges.
All XR Series process gauges feature a solid front design that prevents internal components from becoming projectiles in the event of a rupture and back plates that vent instead of blowing out. The XR Series is especially suitable for refinery, petrochemical, oilfield and chemical manufacturing.
All are backed by U.S. Gauges 100+ years of experience in process measurement. The units are available for quick delivery from U.S. Gauge’s Largo, FL, manufacturing plant or from its worldwide network of authorized distributors.
AMETEK U.S. Gauge is a unit of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with 2011 sales of $3.0 billion. For more information, contact AMETEK U.S. Gauge, 205 Keith Valley Rd., Horsham, PA 19044 USA. Phone 215-293-4100. Fax 215-323-9450. E-mail usg@ametek.com Or, visit U.S. Gauge on the Web at www.ametekusg.com
Click here for a hi-res image of the XR-81 Finned-Top Process Gauge
Click here for a hi-res close up of the cooling fin design for the XR-81 Process Gauge
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AMETEK VIS SHOWCASES LATEST VEHICLE INSTRUMENT DISPLAYS AT MOSCOW INTERNATIONAL MOTOR SHOW
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Release Date: Wednesday, August 24, 2011
CONTACT: Andrey Semenov 7 855 253 6350
e-mail: Andrey.Semenov@ametek.com
NABEREZHNYNE CHELNY, Russia—AMETEK Vehicular Instruments Systems (VIS) highlights the latest additions to its highly successful Next Generation Instrumentation (NGI®) vehicular instrumentation system at the Moscow International Motor Show, August 24-27. These include its C-COM LMC lightbar message center, C-COM compact 2-inch and 3-inch graphic display modules, and UIP-S Universal Instrument Panel-Specialized.
C-COM LMC: This rugged, easy-to-read lightbar message center provides real-time data information, diagnostics, fault codes, user set up features and maintenance requirements. It can be used independently, as a replacement for an existing lightbar message center, or as part of the C-COM advanced information system. Its user friendly interface features a full-graphic, backlit LCD, three menu navigation switches and three-button navigation menu. The versatile C-COM LMC collects data from the vehicles J1939 serial communications data bus, from discrete switches and from analog inputs.
C-COM 2A and 3A Graphic Display Modules: These 2-inch and 3-inch graphic display modules can be used either by themselves or as a complement to existing vehicle instrumentation simply by connecting them to an SAE J1939 (CAN) data bus. The modules can either display data directly from the vehicle data bus or customer-specified text and graphics. The gauges are sealed to IP67 specifications both front and rear. A backlit liquid crystal display provides clear, legible graphics. The rugged modules are designed to withstand harsh conditions typically found in off-road environments.
UIP-S Universal Instrument Panel-Specialized: This customizable UIP-S instrument panel features a compact design with a high-impact black ABS housing and scratch-resistant clear cover. It comes equipped with 42 telltales, 4 minor gauges, 2 major gauges and a 20x20 LCD display that can indicate engine and transmission data, fuel usage, service data along with diagnostics, fault codes and a self-test capability. The panel features advanced micro-stepper motors with increased resolution for smooth needle movement.
About AMETEK Vehicular Instrumentation Systems
AMETEK VIS is a leader in custom dashboard instruments and displays for heavy trucks, construction, and agricultural equipment. Its Next Generation Instrumentation (NGI®) system is a reliable, cost-effective alternative to analog gauges found on heavy trucks and other vehicles. The NGI® system incorporates the latest digital technology and is compatible with nearly all vehicle platforms.
The modular fully digital multiplexed dashboard instrument system lends itself to both new and retrofit applications. It can be easily customized to fit a wide range of vehicle categories, including road-building and construction equipment, trucks and other commercial vehicles, buses, coaches and recreational vehicles, earth-moving and mining equipment, utility and emergency vehicles, farm vehicles and agricultural equipment.
AMETEK Vehicular Instrumentation Systems is a division of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with annualized sales of $3.0 billion. For more information, contact Andrey Semenov, AMETEK VIS, Vahitova Street, 27 (18/10), Suite 188, 423800 Naberezhnye, Chelny, Russia. Phone: +7 85552 53 63 50. Fax: +7 8552 53 63 50. Website:www.ametekvis.com
Click here for a hi-res image of the AMETEK C-COM Lightbar Message Center
Click here for a hi-res image of the AMETEK C-Com Graphic Display Module
Click here for a hi-res image of the AMETEK UIP-S Instrument Panel
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AMETEK DESIGNS UHP FLUOROPOLYMER HEAT EXCHANGERS FOR SEMICONDUCTOR AND SOLAR ENERGY WET PROCESSING EQUIPMENT
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Release Date: Wednesday, July 06, 2011
CONTACT: Ralph Reyes 302-456-4471
NEWARK, Delaware – AMETEK Fluoropolymer Products -- a leader in fluoropolymer heat exchangers for over 45 years – now offers heat exchangers of ultrahigh-purity (UHP) PFA tubing designed specifically for semiconductor and photovoltaic wet processing equipment.
AMETEK’s new Wet Bench heat exchangers are ideal for wet etching, cleaning and other chemical processes in the semiconductor and solar energy industries that heat or cool highly corrosive high-purity acids. The compact, durable heat exchangers conform to the highest standards of purity and provide long service life with no contamination of the product or fouling of the system, even when processing highly corrosive liquids.
AMETEK heat exchangers are designed specifically to be immersed in acid baths to control fluid temperatures. They offer an excellent combination of high performance and low operating costs. They are inert to nearly all chemicals used in semiconductor and photovoltaic wet processing, less brittle than glass and graphite, and more corrosion resistant than most metals.
The heat exchangers feature braided tubing bundles and unique fused honeycomb ends that provide significantly better heat transfer from a much smaller footprint than similar heat exchangers. AMETEK’s proprietary honeycomb process ensures a long service life with no leaks or other thermo-mechanical failures commonly found in heat exchangers.
AMETEK heat exchangers are available in a variety of standard and custom welded /threaded connections that allow them to fit existing equipment designs or serve as drop-in replacements for other heat exchangers. AMETEK also offers custom designed heat exchanger solutions.
AMETEK’s custom welded connections can eliminate connection points and reduce the number of parts in an assembly, further contributing to unequalled levels of purity and contamination-free performance. Flared tubing fittings are available with a six to eight week lead time. The heat exchangers also can be custom fitted to a bulkhead, sealing with a jam nut and O-ring
AMETEK Fluoropolymer Products is a unit of AMETEK, Inc. a leading global manufacturer of electronic instruments and electromechanical devices with annualized sales of $2.9 billion. For additional information, contact AMETEK Fluoropolymer Products, 455 Corporate Blvd., Newark, DE 19702 USA. Phone: 302-456-4471 or 302-456-4431. Fax: 302-456-4444. Web site: www.ametekfpp.com.
Click here for a hi-res image of AMETEK UHP heat exchanger
Click here for a hi-res image of AMETEK's proprietary honeycomb design
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BLOWERS FROM AMETEK PRECISION MOTION CONTROL COMPLY WITH RoHS DIRECTIVE AND REACH REGULATION
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Release Date: Tuesday, April 03, 2012
CONTACT: Shannon Booth
330-677-3729
shannon.booth@ametek.com
KENT, OH – AMETEK Precision Motion Control (PMC), a leader in brush and brushless blowers and motion control solutions, reports that its Nautilair™ and Windjammer ® brushless blowers are fully compliant with the European Community’s REACH regulation and RoHS directive.
The REACH (Registration, Evaluation, Authorisation and Restriction of chemical substances) regulation currently covers the safe use of 73 chemicals listed by the European Chemicals Agency, while the RoHS (Restriction of Hazardous Substances) directive restricts the use of six hazardous materials used in the manufacture of electric and electronic products, including lead, mercury, cadmium and chromium. Both the regulation and the directive are important for manufacturers of electrical and electronic equipment who make or sell products in the European Union.
AMETEK PMC blowers that are REACH and RoHS compliant include Nautilair™ blowers for combustion applications and its Windjammer® brushless DC blowers used in a wide range of industrial applications. More information on these products is available at www.ametektip.com.
AMETEK Precision Motion Control consists of two businesses focused on dynamic fluid and motion control solutions. It's products are marketed worldwide under the HaydonKerk®, Nautilair™, Pittman®, ROTRON® and Windjammer® brands. AMETEK PMC is a division of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with annual sales of $3.0 billion.
For more information, contact AMETEK Precision Motion Control, 627 Lake Street, Kent, OH 44240. Phone: 330-673-3452. Fax: 330-677-3306
Click here for a hi-res image of an AMETEK Nautilair blower
Click here for a hi-res image of an AMETEK Windjammer blower
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BTC Electronic Components Franchised for AMETEK SCP Harsh Environment and Submarine Connectors
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Release Date: Friday, January 23, 2009
Wake Forest, North Carolina – January 23, 2009 – BTC Electronic Components is now a franchised distributor for AMETEK SCP’s full line of interconnect solutions for extreme environments. AMETEK SCP line offers over 2,500 products with many of them based upon such key technologies such as high-density glass-to-metal seals and polyurethane-to-polyethylene bonding and the full range of transmission technologies, including RF/microwave, ethernet and fiber optics.
The most common uses for AMETEK SCP products in extreme environments are undersea, down hole, nuclear and aerospace, naval surface, transportation and military land systems. AMETEK SCP Inc. is a world leader in the design and manufacture of submarine hull penetrators that optimally connect the outboard systems to the inboard controls in submarines for a variety of military sensor, communication and weapon systems.
AMETEK SCP’s connectors are manufactured and tested in accordance to MIL-C-24231 (Navy) and MIL-C-24217 (Navy) and are available in a variety of styles to meet specific needs in many undersea and military applications or for any operation where pressure, humidity, or temperatures are performance factors.
“The addition of the Ametek SCP line is a perfect complement to BTC’s expertise in mil-spec, high-reliability and harsh environment connectors. This expands our marine/submarine and Navy spec connector offering to better serve our customers,” stated Robert Barnett, President of BTC Electronic Components.
BTC will stock the most common government and Navy part numbers with access to the full line. BTC also will assist with developing custom connectors.
About BTC Electronic Components
BTC Electronic Components, Inc. is an ISO9001:2000, AS9120, and MIL-STD-790 certified value-added assembly distributor of connectors, connector accessories, and heat shrink products to the military/aerospace, industrial, medical, telecommunications and process control markets. BTC can provide custom assembly, modification of standard components, customized packaging solutions, technical support to engineers, application specific design as well as standard value-added services including: just-in-time delivery, automated tin dipping, bar coding and EDI.
For more information on BTC Electronic Components, please visit the web site at http://www.btcelectronics.com. You may also contact the BTC Electronics Marketing Department at 919-556-8900; via mail at 2709 Connector Drive, Wake Forest, NC 27587; or e-mail at msanders@btcelectronics.com.
About AMETEK SCP Inc.
AMETEK SCP is a leader in custom electrical and optical connectors, cable assemblies and hull penetrators that are widely found on the U.S. submarine fleet as well as many other of the world’s navies. AMETEK SCP also provides electrical interconnect solutions for a wide range of extreme environments, including undersea, oil field, nuclear and aerospace that draw upon its extensive knowledge of submarine systems and expertise in electrical connector and data transmission technologies.
AMETEK SCP is a unit of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with sales of more than $2.5 billion. For additional information, contact AMETEK SCP, 52 Airport Road, Westerly, RI, 02891. Telephone: 401-596-6658. Fax: 401-596-8597. Web site: www.ametekscp.com
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CAMECA Launches New Dynamic SIMS Instrument: IMS 7f-Auto for High Throughput, Fully Automated Microanalysis
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Release Date: Tuesday, May 15, 2012
Contact: Marion Chopin +33 (1) 43 34 62 00
CAMECA Business Unit
AMETEK Materials Analysis Division
marion.chopin@ametek.com
GENNEVILLIERS, FRANCE – GENNEVILLIERS, FRANCE – CAMECA, a world leader in scientific instrumentation and metrology solutions, has announced the release of the latest version of its successful IMS 7f Secondary Ion Mass Spectrometer —the IMS 7f-Auto. The new instrument is designed to deliver ultimate precision elemental and isotopic analyses with increased ease of use and productivity and to push the boundaries of advanced materials research applications.
“CAMECA is very proud to introduce the IMS 7f-Auto,” notes Georges Antier, CAMECA Vice President and Business Unit Manager. “This highly sophisticated magnetic sector Secondary Ion Mass Spectrometer integrates mature technologies from CAMECA’s SIMS with additional developments, including a fully redesigned primary column, a motorized storage chamber, and new, advanced automation routines.
“The IMS 7f-Auto benefits from CAMECA’s more than a half century of experience with SIMS technology,” adds Georges Antier. “The superiority of the CAMECA magnetic sector SIMS is well established. This includes extreme sensitivity, the highest dynamic range on the market, the best detection limits for light and trace elements, and high analysis throughput.”
The newest model achieves even higher throughput since multiple samples can be analyzed in chained mode, possibly overnight, thanks to a new motorized storage chamber. The new design of the primary column, coupled with automated routines for both primary and secondary column tuning, ensure high-precision measurement, long-term stability, ease of use, thus enhancing the overall tool productivity.
CAMECA optimized the performance of the IMS 7f-Auto for challenging applications, such as glass, metals, ceramics, Si-based devices, III-V and II-VI devices, both bulk materials and thin-film technology, fulfilling industry requirements for both efficient device development and process control.
About CAMECA
CAMECA has more than 50 years of experience in the design, manufacture and servicing of scientific instruments for material micro- and nano-analysis. Since pioneering Electron Probe Microanalysis (EPMA) instrumentation in the 1950s and Secondary Ion Mass Spectrometry (SIMS) in the 1960s, CAMECA has remained an undisputed world leader, while achieving numerous breakthrough innovations in such complementary techniques as LEXES and Atom Probe Tomography.
More recently CAMECA has evolved successfully from a manufacturer of scientific instrumentation for the international research community to a provider of metrology solutions for the semiconductor industry. Headquartered near Paris, CAMECA has offices in China, Germany, India, Japan, Korea, Russia, Taiwan and the United States along with a global network of agents. Acquired in 2007 by AMETEK, Inc, a leading global manufacturer of electronic instrument and electromechanical products, CAMECA is now a unit of AMETEK’s Materials Analysis Division.
Click here for a h-resolution image of the CAMECA IMS 7F-Auto Secondary Ion Mass Spectrometer
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CAMECA LAUNCHES NEW FIELD EMISSION ELECTRON PROBE MICROANALYZER (FE-EPMA)
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Release Date: Monday, May 23, 2011
Contact: Marion Chopin +33 (1) 43 34 62 00
CAMECA Business Unit
AMETEK Materials Analysis Division
GENNEVILLIERS, FRANCE – CAMECA--a world leader in scientific instrumentation and metrology solutions--has unveiled the SXFiveFE, a field emission electron probe microanalyzer (FE-EPMA) that is the latest addition to the CAMECA line of high-end microanalytical instruments.
“We are very proud to introduce the SXFiveFE microanalyzer, because we believe it represents a major advancement in microanalysis technology,” comments Georges Antier, CAMECA Vice President and Business Unit Manager. “Developed for a wide range of micro and nanoanalytical applications, the SXFiveFE EPMA is CAMECA’s fifth generation electron probe microanalyzer and the culmination of our more than 50 years experience in EPMA technology.
“This highly sophisticated instrument combines proven technology from our SIMS and other EPMA products with the latest developments in general purpose EPMA, including the addition of a field emission source,” he adds.
“The SXFiveFE brings together all of the best features of CAMECA’s earlier electron probe microanalyzers and incorporates a number of other features, including the unique combination of a field emission electron column and CAMECA's industry-leading high-sensitivity and resolution spectrometers, that we consider a major breakthrough in microanalysis,” notes Mr. Antier.
“These features along with reliability improvements from our automated EPMA for the semiconductor industry, a novel field emission source and a redesigned electron column result in a highly versatile microanalyzer with unique capabilities for quantitative microanalysis and X-Ray imaging at the highest possible spatial resolution,” he concludes.
The instrument is suitable for a diverse range of applications from geochronology, mineralogy and nuclear forensics to materials, thin films and semiconductor research.
Since introducing its first commercial EPMA to the market in 1958, CAMECA has brought continuous improvements to the technology. Hundreds of CAMECA EPMA instruments are installed at major corporations as well as in renowned universities and public research institutes across the world.
The newly delivered EPMA platform is available in two configurations: SXFive with W and LaB6 sources and SXFiveFE with FE source. CAMECA has optimized the performance of both instruments for challenging microanalytical applications at sub-micron spatial resolution, extending EPMA capabilities to smaller analyzed volumes. Equipped with high-precision spectrometers for greatest reproducibility, the instrument delivers highest quality minor and trace element analysis. In addition, it offers full automation for long-term unattended analysis.
About CAMECA
CAMECA has more than 50 years of experience in the design, manufacture and servicing of scientific instruments for material micro- and nanoanalysis. Since pioneering Electron Probe Microanalysis (EPMA) instrumentation in the 1950s, and Secondary Ion Mass Spectrometry (SIMS) in the 1960s, CAMECA has remained an undisputed world leader, while achieving numerous breakthrough innovations in such complementary techniques as Low-energy Electron induced X-ray Emissions Spectrometry (LEXES) and Atom Probe Tomography.
More recently CAMECA has evolved successfully from a provider of scientific instrumentation for the international research community to a provider of metrology solutions for the semiconductor industry. Headquartered near Paris, CAMECA has offices in China, Germany, India, Japan, Korea, Taiwan and the United States along with a global network of agents. Acquired in 2007 by AMETEK, Inc, a leading global manufacturer of electronic instrument and electromechanical products, CAMECA is now a unit of AMETEK’s Materials Analysis Division.
Click here for a hi-res image of the CAMECA SXFiveFE electron probe microanalyzer
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CHANDLER ENGINEERING CELEBRATES 60 YEARS OF SERVICE TO THE OIL AND GAS INDUSTRY
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Release Date: Thursday, June 18, 2009
Broken Arrow, OK – Chandler Engineering, which is celebrating 60 years of service in 2009, has been an integral part of the global oil and gas production industry since 1949. Founded initially to provide refinery instruments, such as deadweight testers and gravitometers to the oil and gas industry, Chandler Engineering is best known today as the pioneer in the development and manufacture of gas and oilfield cement testing equipment.
Over the course of six decades, Chandler Engineering has gained a well-deserved reputation for quality and performance. The Chandler Engineering name is recognized worldwide for offering unmatched expertise in the design and manufacture of high-pressure, high-temperature (HPHT) laboratory instruments and systems.
Virtually every major oil and gas production and service company owns one or more Chandler Engineering products. These include a wide range of natural gas pipeline products, instruments used to optimize oil and gas production, viscometers for drilling and completion fluids, and oil well cement testers. Chandler Engineering plans to showcase its product line at the Society of Petroleum Engineers’ Annual Technical Conference & Exhibition, October 4-7, in New Orleans.
Acquired in 2003 by AMETEK, Inc., Chandler Engineering is the headquarters for the Oil & Gas Business Unit of AMETEK’s Process & Analytical Instruments Division, which has long provided the oil and gas industry with process analyzers, quality monitoring systems, and turn-key analytical shelters. AMETEK, Inc. is a leading diversified manufacturer of electronic instruments and electromechanical devices with 2008 sales of more than $2.5 billion.
For more information, contact Chandler Engineering, 2001 N. Indianwood Ave., Broken Arrow, OK, 74012 U.S.A. Telephone: +918 250 7200. Fax: +918 459 0165. Website: http://www.chandlereng.com Email: chandler.sales@ametek.com
Click here for a hi-res image of the Model 4265-HT Ultrasonic Cement Analyzer
Click here for a hi-res image of the Chandler Engineering Model 7500 Viscometer
Click here for a hi-res image of the Chandler Engineering 60th anniversary logo
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COMPACT VERSIONS OF WINDJAMMER BRUSHLESS DC BLOWERS OFFER LOW-VOLTAGE SOLUTIONS FOR MEDICAL AND COMMERCIAL END-USERS
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Release Date: Thursday, June 04, 2009
KENT, OH – Compact versions of Windjammer® brushless DC blowers can deliver high performance for low-voltage applications requiring reliable and extended blower life. Typical end-uses include medical devices (airbeds, laser therapy cooling, and lab equipment), high-volume copiers, high-end digital printers, and fuel cells, among others.
All blowers in this family are designed with diameters of 5.0” (127mm) and an overall total length of 3.0” (76mm) to fit small design envelopes. Their brushless DC motor technology promotes virtually maintenance-free operation over a long service lifetime.
These 12/24VDC blowers can achieve output pressure up to 25 inches H2O and flow rates up to 45 CFM, depending on model. The blower’s maximum power requirement is 155 Watts, depending both on model and the application’s load-point.
The motor’s commutation drive electronics can be specified as either internal to the blower package or external as a separate module. When configured for an external drive, the blower allows for the required connection to a 3 phase, brushless DC electronics control module that can be remotely located. In addition, other options are available to allow for customization to meet particular application requirements.
The blower’s motor speed can be controlled by receiving a customer-supplied command input (PWM or analog DC voltage signal) or by manual adjustment via the drive electronics’ onboard potentiometer.
AMETEK Technical & Industrial Products is a unit of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with annual sales of more than $2.5 billion. For more information, contact Shannon Booth, AMETEK Technical & Industrial Products, 627 Lake Street, Kent, OH 44240. Phone: 330-673-3452. Fax: 330-677-3306. Web site: http://www.ametektechnicalproducts.com
Click here for a hi-res image of the compact Windjammer® blower
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COMPANIES TAP AMERICAN RECOVERY AND REINVESTMENT ACT TO IMPROVE OPERATING EFFICIENCIES WITH AMETEK PROCESS INSTRUMENTS
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Release Date: Tuesday, April 28, 2009
PITTSBURGH, PA –Under the American Recovery and Reinvestment Act (ARRA), industrial users have an opportunity to apply for grants for achieving energy conservation, improving process efficiency and developing alternative fuels through the installation of AMETEK process instruments and combustion efficiency monitors.
The grants are available directly from the federal government through the ARRA via individual state and local agencies with separate initiatives funded by the Act. AMETEK Process Instruments has begun offering assistance to its customers in applying for grants or developing projects that include its extensive line of Thermox® and Land® combustion efficiency and environmental emission monitors as well as AMETEK® Proline and ProMaxion process mass spectrometers.
AMETEK offers the process industry’s most extensive line of flue gas analyzers for measuring oxygen, combustibles, CO, CO2, methane and fuel-rich atmospheres. Its WDG-IVC combined Oxygen and Combustibles analyzers, for example, are a superior alternative to in-situ probes, even in heavy particulate and high-temperature flue gas streams. Its WDG Insitu-Genesis is a cost-effective flue gas oxygen analyzer that was developed specifically for combustion analysis and control applications.
Land® combustion efficiency, temperature and environmental monitoring instruments include the FGA Series of flue gas analyzers--compact, extractive flue gas analyzers that are able to sample up to six pollutant gases (CO, NO NO2, SO2, O2 and CO2) and Lancom III --a lightweight portable combustion and emissions analyzer that measures up to eight gases simultaneously.
AMETEK also offers the Land 9100 CO Monitor-a cross stack infrared in-situ carbon monoxide monitor that provides high accuracy and reliable CO measurement for improved combustion efficiency and the land Cyclops 390B FurnacePro – a high-precision, portable infrared thermometer designed for accurate measurement of tube temperature in gas- and oil-fired boiler and furnace applications.
Along with its range of combustion efficiency monitors, stack gas emissions analyzers and infrared thermometers, AMETEK has several advanced process mass spectrometers that achieve significant energy savings for end users through real-time process monitoring and control as well as the development of alternative fuel technology.
The Dycor® ProLine™ RQ, for example, provides continuous measurement of bioreactor off gases for determining when to stop or continue the fermentation of biofuels, while the Dycor ProLine FC was developed specifically to meet the needs of fuel cell design, development, research, pilot plant and production.
The ProMaxion process mass spectrometer extends those analysis capabilities into hazardous area locations. It also allows pharmaceutical manufacturers to significantly cut energy use by reducing solvent drying times by as much as 50% versus traditional methods employed by the pharmaceutical industry.
AMETEK Process Instruments also manufactures non-combustion analyzers, including trace oxygen and moisture analyzers, photometric analyzers, and Dycor quadrupole mass spectrometers. AMETEK instruments are fully supported by a global network of sales representatives and technical support. AMETEK Process Instruments is a unit of AMETEK, Inc., a leading global producer of electronic instruments and electromechanical devices with annual sales of more than $2.5 billion.
For more information, contact AMETEK Process & Analytical Instruments, 150 Freeport Road, Pittsburgh, PA 15238. Phone: 412-828-9040. Fax: 412-826-0399. Web site: http://www.ametekpi.com or http://www.landinstruments.net
Click here for a hi-res image of AMETEK’s Proline mass spectrometer
Click here for a hi-res image of AMETEK’s WDG IVC oxygen & combustibles monitor
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CRITICAL VESSEL MONITORING SYSTEM USES THERMAL IMAGING CAMERAS FOR HIGH-DENSITY TEMPERTURE MEASUREMENT
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Release Date: Saturday, February 04, 2012
CONTACT: Stuart Harris 44 (0) 1246 417 691
DRONFIELD, ENGLAND— A new monitoring system for critical vessels uses thermal imaging cameras to provide higher measurement density than traditional systems based on thermocouples. The Critical Vessel Monitoring System from Land Instruments International, Ltd., a unit of AMETEK, Inc., (www.landinst.com) measures surface temperature once every 16 cm2, as compared with one measurement every 250 cm2 in typical thermocouple systems.
By measuring temperatures in more locations, the system allows for earlier detection of refractory wear or breakdown. Benefits include greater protection against catastrophic vessel failure and extension of refractory lifetime based on actual data.
Primary Applications
The system is optimized for use in gasifiers and other critical vessels in petrochemical refining, power generation, chemical and coal processing, waste management, and fertilizer and plastics production.
Industrial cameras suitable for harsh environments are placed to view all parts of the vessel including the critical cone and dome sections. Each camera records over 110,000 individual measurements, ensuring that even the smallest degradation can be detected.
Measurements from all cameras are reported using graphical software that signals an alarm if a potential breakout is detected. The software also compiles temperature trends to support statistical analysis of refractory wear. An integrated web interface allows visualization of current vessel conditions from all plant locations.
The system supports operating efficiency by allowing installation and maintenance to be performed without shutting down the process.
Land Instruments is a unit of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices motors with annual sales of $3.0 billion. For additional information, contact Land Instruments International, Stubley Lane, Dronfield, UK, S18 1DJ. Phone: +44 (0) 1246 417691. Fax: +44 (0) 1246 410585. E-mail: land.infrared@ametek.com Website: www.landinst.com.
In the United States, contact AMETEK Land, 150 Freeport Road, Pittsburgh, PA 15238. Phone: 412-826-4444. Fax: 412-826-4460. E-mail: irsales@ametek.com Website: www.ametek-land.com.
Click here for an illustration of a typical Land Instruments Critical Vessel Monitoring System installation
Click here for a hi-res image of graphical software depiction of locations of imaging cameras; green displays turn red if cameras sense temperatures outside normal limits
Click here for Land Instruments thermal imaging camera in explosion proof housing
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Customized Linear Motion from Haydon Kerk Motion Solutions
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Release Date: Monday, March 26, 2012
CONTACT: Marcia Colucci
203-756-7441 ext. 255
Customized Linear Motion from Haydon Kerk Motion Solutions
WATERBURY, CT - Haydon Kerk Motion Solutions excels at the ability to customize linear motion systems for just about any application. The perfect example of Haydon Kerk’s customization capabilities in meeting its customer’s unique engineering requirements is a precision linear rail system developed for an application requiring very high stiffness, accuracy, and repeatability.
Along the axial length of the system is a precision recirculating ball rail capable of extremely high-load capacity and high rigidity. The extruded aluminum frame supports all the components for the system. In this particular design, the drive mechanism is a Haydon™ stepper motor and a precision rolled 303 stainless steel Kerk® lead screw. Attached to both the lead screw and the precision ball rail is a machined aluminum load carriage with an integral Delrin drive nut.
The rail system can be easily tailored to many other applications. The design of the rail mechanics allows a maximum load of 353 lbs (1570N) in the ‘Z’ direction while still maintaining accuracy specs. Maximum roll, pitch, and yaw specs are 200 in-lbs (22.65 Nm), 132 in-lbs (13.9 Nm), and 132 in-lbs (13.9 Nm) respectively. The practical load capability will depend on the motor / leadscrew combination. The system was designed around a 3/8” (9.5mm) diameter lead screw with standard available leads of 0.025” (0.64mm) to 1.500” (38.10mm).
When combined with a 1.8 degree hybrid stepping motor, very fine positioning resolutions can be configured. A brush or brushless DC motor also can be used for applications requiring higher speed and higher linear force output. Positioning resolution in the case of a closed loop DC brush or brushless motor is determined by the capabilities of the encoder system. An encoder system can be added to either the motor or the screw.
For applications requiring even greater accuracy than can be accomplished with a rotary encoder, the rail system has features added to allow the integration of a linear encoder with micron resolution allowing feedback of the true load position.
Visit www.HaydonKerk.com as a starting point to see what Haydon Kerk’s “linear motion toolbox” has to offer. Field sales engineers and product design engineers are available to answer application questions.
About Haydon Kerk Motion Solutions, Inc.
Haydon Kerk Motion Solutions is a unit of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with annual sales of $3.0 billion. For more product information and CAD links, visit www.HaydonKerk.com or to contact an engineer to discuss a specific application, telephone Haydon Kerk at 203-756-7441.
Haydon Kerk Motion Solutions is the joining of two world-class brands in the field of linear motion: Haydon Switch and Instrument, Inc. and Kerk Motion Products, Inc. Together as Haydon Kerk Motion Solutions, they offer a wide range of high-performance and precision linear motion products.
Recognized as a leading manufacturer of stepper motor based linear actuators, rotary motors, lead screw assemblies, and linear rail and guide systems used in niche market applications, Haydon Kerk Motion Solutions has developed industry-renowned brands built upon its technical innovation, versatility, customization, product durability, and dedicated customer service.
Click here for a hi-res image of the Haydon Kerk precision linear rail system
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CYLCOPS PORTABLE NON-CONTACT THERMOMETERS ADD STANDARD BLUETOOTH CONNECTIVITY
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Release Date: Wednesday, September 28, 2011
DRONFIELD, ENGLAND, September 2011— Land Instruments International, a unit of AMETEK, Inc., has announced efficiency and accuracy improvements to its Cyclops portable infrared thermometers for non-contact industrial temperature measurement in the 200°C to 3000°C range. All models now include Bluetooth connectivity as a standard feature. This eliminates the need for cable connection to a recording device, making them easier and safer to use.
Two new models, 160B+ and 100B+, have the stability to resolve temperatures in 0.1°C increments, improving capabilities as transfer standard instruments in calibration laboratories. Any model can be supplied with full calibration certification, traceable to National Standards, from Land Instruments’ accredited laboratory.
The reliable, battery powered thermometers are used in a wide range of industries including primary and secondary metals, glass, petrochemical, plastics and laboratory/research & development. They have precision, narrow field of view continuously focusable optics with through-the-lens sighting for accurate sample point selection. Long-term drift-free measurement assures confidence in the readings.
The six thermometers in the range include special purpose units for molten metals and in-furnace measurements. Advanced spectral filtering eliminates the distorting effects of water vapor in the atmosphere. Their rugged casings are designed to withstand harsh environments.
Land Instruments International (www.landinst.com) designs and manufactures instruments for industrial infrared temperature measurement, combustion efficiency and environmental pollutant emissions.
For additional information, contact Land Instruments International, Stubley Lane, Dronfield, UK, S18 1DJ. Phone: +44 (0) 1246 417691. Fax: +44 (0) 1246 410585. E-mail: land.infrared@ametek.com Website: www.ametek-land.com.
In the United States, contact AMETEK Land, 150 Freeport Road, Pittsburgh, PA 15238. Phone: 412-826-4444. Fax: 412-826-4460. E-mail: irsales@ametek.com
Land Instruments also is a unit of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with annual sales of $3.0 billion.
Click here for a hi-res image of the Land Cyclops 100B+ portable thermometer with Bluetooth connectivity
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DERCO AEROSPACE TO DISTRIBUTE AMETEK AEROSPACE & DEFENSE PRODUCTS
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Release Date: Monday, June 15, 2009
WILMINGTON, MA – AMETEK Aerospace & Defense has been signed an exclusive two-year agreement with Derco Aerospace, a wholly owned subsidiary of Sikosrky Aircraft Corp., to distribute the complete line of AMETEK aerospace components for the C-130 and F-16 aircraft. Under the agreement, Derco will exclusively distribute spares for the Measurement and Power Systems business unit of AMETEK Aerospace & Defense. In addition, AMETEK and Derco will continue to jointly offer repair and overhaul services for AMETEK products.
“We are extremely pleased to sign this agreement with Derco,” notes Deirdre Cusack, Vice President and General Manager of AMETEK Measurement and Power Systems. “Derco is a leader in aircraft spares and repair services. It enjoys an excellent relationship with the leading aircraft original equipment manufacturers and maintains one of the largest and most diverse aircraft spares inventory in the industry.”
“We are proud to have the opportunity to distribute AMETEK products,“ comments Paul Fuhrmann, Director of OEM & Repair Solutions for Derco Aerospace. “Our agreement with AMETEK further strengthens our ability to support C-130 and F-16 operators worldwide.
Located in Milwaukee, Derco is a full-service aerospace logistics and solutions provider that supports military and commercial aircraft fleets in more than 66 countries. It is a wholly owned subsidiary of Sikorsky Aircraft Corp, a world leader in helicopter design, manufacture and service and a subsidiary of United Technologies Corp. For more information on Derco, contact 414-355-3066 or visit www.dercoaerospace.com.
AMETEK Aerospace & Defense is a leading supplier of engine and aircraft monitoring systems, data acquisition units, fuel and fluid measurement systems, engine and airframe sensors, cables, harness assemblies, avionics blowers, fans, and heat transfer and cooling systems, and maintenance and repair services. It is a unit of AMETEK, Inc. (NYSE: AME), a leading global manufacturer of electronic instruments and electromechanical devices with annualized sales of more than $2.5 billion.
For more information on AMETEK, contact AMETEK Aerospace & Defense, 50 Fordham Road, Wilmington, MA 01887. Phone: 978-988-4639. Fax: 215-293-8996. E-mail: aerosales@ametek.com. Web Site: http://www.ametekaerodefense.com
Click here for a hi-res image of the AMETEK Sentinel instrument system
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DIGITAL FORCE GAUGE SERIES INCLUDES FULL-COLOR DISPLAYS AND BLUETOOTH CONNECTIVITY
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Release Date: Monday, August 01, 2011
CONTACT: Scott Crone (727) 538-6007
LARGO, FLORIDA – Bluetooth communication and full-color displays are among the new features of a series of updated Chatillon® digital force gauges introduced by AMETEK Test & Calibration Instruments.
The Chatillon DFX II, DFE II and DFS II models span the full range of handheld and stand-mounted force gauge applications from the simplest “Go-No Go” to the most sophisticated quality control. This allows users to purchase only the tension and compression force measurement capabilities they need to meet quality assurance and regulatory requirements.
The three new gauges are designed for use in a wide range of industries including pharmaceutical/biomedical, electronics, packaging, automotive, general manufacturing and military industries.
The high-end Model DFS II is the first gauge in its class with onboard Bluetooth connectivity for wireless transmission of readings to a computer. It is supplied with AMETEK’s NEXYGEN DF software to support statistical quality control. The Model DFS II can be equipped with integral loadcells or smart remote sensors for load measurement and torque measurement. Accuracy is better than 0.1% full scale.
Models DFE II and DFS II introduce full-color displays for easier reading and rapid recognition of unit status and results.
The Model DFE II is a compact, easy-to-use gauge for handheld or test stand applications. It supports a variety of standard gauge functions including normal and peak readings, high/low limits, setpoints, pass/fail results, statistical results, loadcell actuation and direction.
The Model DFX II is an economical solution for applications requiring basic peak force measurement. The new model adds a rechargeable power supply and greater accuracy. It is available in four capacities (10lbf, 50 lbf, 100 lbf, 200 lbf) and features an integral loadcell with a measurement accuracy of better than 0.3% full scale.
All three gauges are fully backward compatible with previous stands, accessories and software so they can be quickly integrated into existing test processes. Loads are displayed in ozf, gf, lbf, kgf and N units. All are supplied with durable carrying cases. For more information, visit www.chatillon.com
2010 marked the 175th anniversary of the Chatillon® brand, a world leader in precision weighing and force measurement and a part of AMETEK Test & Calibration Instruments.
AMETEK Test & Calibration Instruments is among the world’s leading manufacturers of calibration instruments, scales, material and force testing, and hardness testing equipment. It is a unit of AMETEK Measurement & Calibration Technologies, a division of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with annualized sales of $3.0 billion.
For more information, contact AMETEK Calibration Instruments, 8600 Somerset Drive, Largo, FL 33773. Phone: 727-538-6000. Toll free: 800-527-9999. Fax: 727-539-6882. Web site: www.ametekcalibration.com.
Click here for a hi-res image of Chatillon DF Series digital force gauges
Click here for a hi-res image of Chatillon DFS II digital force gauge in use on Chatillon LTCM force tester
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DIGITAL GAMMA SPECTROMETER WITH ETHERNET CAPABILITY NOW AVAILABLE
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Release Date: Monday, June 29, 2009
OAK RIDGE, TN–The ORTEC® business unit of AMETEK Advanced Measurement Technology (AMT) has announced the release of the DigiBASE-E, an all-in-one high- performance Digital Gamma Spectrometer for scintillation detectors, built into a standard 14-pin photomultiplier tube base.
The DigiBASE-E can operate at ultrahigh count-rates, consuming very low power. High maximum throughput is available through the use of a new trapezoidal filter with lower dead-time per processed pulse. The instrument features an Ethernet (PoE) communications interface from which it can be conveniently powered, making network implementation simple.
The DigiBASE-E can be used in a wide variety of radiation spectroscopy applications and features both the conventional pulse height analysis mode of data acquisition as well as the powerful list mode. Flexibility in data acquisition gating logic and the provision of a 32-bit counter channel makes the DigiBASE-E a drop-in solution for a wide variety of application situations.
“Development of this product was as a direct result of customer inputs. It provides a range of solutions to our clients needs from simple single detector configurations to complex scintillation detector networks or arrays. Direct connection to and power over the Ethernet greatly simplifies the implementation process,” states Ben Kennedy, Product Manager, ORTEC Detectors & Electronics, Research Market Segment.
ORTEC has more than 40 years of experience in the design and manufacture of highly sensitive radiation detectors that are used by government and industrial laboratories, nuclear facilities and medical research and in nuclear safeguards. It is one of only two manufacturers worldwide with the ability to produce both high-purity germanium and high-resolution radiation detectors from it. ORTEC also is a leader in digital signal processing electronics and associated software.
For more information, contact ORTEC Products Group, 801 South Illinois Avenue, Oak Ridge, TN 37831-0895. Telephone: 865-482-4411, Toll free: 800-251-9750. Fax: 865-483-0396. Website: http://www.ortec-online.com
AMETEK AMT is a division of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with annual sales of more than $2.5 billion.
Click here for a hi-res image of the ORTEC® Digi-BASE-E digital gamma spectrometer
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DUST EMISSIONS MONITOR FROM LAND INSTRUMENTS APPROVED FOR PS-1 AND QAL-1 APPLICATIONS
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Release Date: Friday, August 12, 2011
CONTACT: Stuart Harris 44 (0) 1246 417 691
DRONFIELD, ENGLAND, August 2011— The Model 4500 Mk III opacity measurement and dust compliance system from Land Instruments (www.landinst.com) has been independently verified by TÜV Rheinland, Germany, to meet the demanding EN 15267 standard for measuring stack emissions and ambient air quality and can now be used for compliance monitoring applications worldwide.
The Model 4500 Mk III is ideally suited for a wide range of industrial applications where opacity compliance and dust emissions measurements are required. The instrument carries a wide range of compliance and performance approvals, including TÜV and the US Environmental Protection Agency (EPA) and has gained wide acceptance in the United States with an installed base of more than 1,000 4500 Mk Series instruments.
With its patented highly homogeneous advanced LED light source and patented Flood LED, the Model 4500 Mk III achieves the highest levels of stability and accuracy. Its “no-moving-parts” optical system provides the compact dust emissions monitor with exceptional reliability. The instrument’s outstanding sensitivity, reliability and flexibility make it ideal for current and future opacity and dust concentration measurement applications. Among available options are adapter flanges, air purging and other accessories that make upgrading existing opacity monitoring systems straight forward and easy.
The Model 4500 Mk III joins a growing list of TÜV, MCerts and US EPA certified dust monitoring products offered by Land Instruments, which also offers approved and certified stack emissions monitors for CO, O2, NO, NO2, NOx, SO2 and CO2.
Land Instruments is a unit of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with annualized sales of $3.0 billion.
For additional information, contact Land Instruments, Combustion and Environmental Monitoring, Stubley Lane, Dronfield, S18 1DJ, England. Phone: +44 (0) 1246 417691. Fax: +44 (0) 1246 410585. E-mail: land.combustion@ametek.co.uk Website: www.landinst.com
Click here for a hi-res image of the Model 4500 Mk III stack opacity and dust monitor
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EDAX INTRODUCES EXpert ID
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Release Date: Thursday, August 07, 2008
MAHWAH, NJ - EDAX Inc., a leader in X-ray microanalysis and electron diffraction instrumentation, has launched EXpert ID.
"Superior X-ray microanalysis is based on correct identification of the peaks in the spectrum. Otherwise the analysis is built on a 'garbage-in, garbage-out' principle," explains Del Redfern, Product Marketing Manager for EDAX. "Today, most peak identification routines employ a rules-based algorithm, which at best provides reasonable accuracy."
"All EDS vendors currently employ some form of peak simulation to overlay the spectrum to provide a visual confirmation that the peak identification is acceptable," adds Redfern. "EDAX has taken that a step further and now offers a new revolutionary element identification routine--EXpert ID.
Based on an advanced physics and rules-based algorithm, EXpert ID provides a significant increase in peak identification accuracy. It uses an interactive process to supply the materials characterization scientist with the most accurate element identification available.
"EXpert ID provides accurate element identification in one easy step, employing a novel background fitting routine," notes Redfern. "With Expert ID, Genesis software from EDAX provides the materials characterization scientist with the ability to generate data from accurate quantitative analysis to a multitude of maps."
"Genesis 6-the latest version of the market-leading Genesis software--includes the EXpert ID routine helping establish the solid foundations of accurate element identification and providing results with the greatest confidence," concludes Redfern.
EDAX is the acknowledged leader in Energy Dispersive Microanalysis, Electron BackScatter Diffraction instrumentation and X-ray Fluorescence instrumentation. It designs, manufactures, installs and services high-quality products and systems for leading companies in the semiconductor, metals, geological, pharmaceutical, biomaterials, and ceramics markets.
Since 1962, EDAX has used its knowledge and experience to develop ultra-sensitive silicon radiation sensors, digital electronics and specialized application software that facilitate solutions to research, development and industrial requirements.
EDAX is a unit of AMETEK Materials Analysis Division. AMETEK, Inc. is a leading global manufacturer of electronic instruments and electromechanical devices with annualized sales of more than $2.5 billion.
For further information about EDAX, contact us at:
EDAX
91 McKee Drive, Mahwah, NJ 07430
Tel: (201) 529-4880· Fax: (201) 529-3156
E-mail: info.edax@ametek.com
Website: www.edax.com
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Click here of a hi-res image utilizing Expert ID
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EDAX LAUNCHES COATING ANALYSIS SOFTWARE FOR ORBIS MICRO-XRF ANALYZER
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Release Date: Friday, September 09, 2011
MAHWAH, NJ – EDAX Inc., a leader in micro X-ray fluorescence, has introduced its X-ray coating analysis software module for the Orbis micro-XRF elemental analyzer system. With coating analysis software, the Orbis provides simultaneous multi-layer film thickness and composition analyses for metal, oxide, nitride and carbide coatings as well as coatings that contain elements within the observable range of the Orbis system. Typical applications include analysis of electrical contact coatings for electronics, magnetic media and semiconductors; anti-corrosion and wear coatings for aerospace and automotive components; and RoHS analysis of solder coatings.
The Orbis coating analysis software is based on EDAX’s patented fundamental parameter software for bulk quantification. EDAX X-ray coating analysis software simplifies material analysis by providing results without standards and improves accuracy with minimal standards input. The software has the ability to measure thicknesses in the range from 1nm to 50 µm for up to 5 layers with multiple elements in each layer. The software and result reporting are consistent with EN ISO 3497 and ASTM B568.
“We are excited about the addition of this new analytical capability to our Orbis product line. It enables our customers to leverage the speed and sensitivity of their system to characterize complex coating structures quickly and accurately,” comments Bruce Scruggs, Technical Product Manager for the Orbis line.
The software is available as an option with the purchase of a new Orbis system and as an upgrade to existing system owners.
EDAX is the acknowledged leader in Energy Dispersive Microanalysis, Electron Backscatter Diffraction and X-ray Fluorescence instrumentation. EDAX designs, manufactures, installs and services high-quality products and systems for leading companies in the semiconductor, metals, geological, pharmaceutical, biomaterials, and ceramics markets.
Since 1962, EDAX has used its knowledge and experience to develop ultra-sensitive silicon radiation sensors, digital electronics and specialized application software that facilitate solutions to research, development and industrial requirements.
EDAX is a unit of AMETEK Materials Analysis Division. AMETEK, Inc. is a leading global manufacturer of electronic instruments and electromechanical devices with annualized sales of $3.0 billion.
For further information about EDAX, contact:
Sue Arnell
EDAX
91 McKee Drive, Mahwah, NJ 07430
Tel: (201) 529-4880 • Fax: (201) 529-3156
E-mail: info.edax@ametek.com
Website: www.edax.com
Click here for a hi-res image of the EDAX Orbis micro-XRF system
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EDAX LAUNCHES NEW GLOBAL SERVICE MAINTENANCE PROGRAM
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Release Date: Friday, March 09, 2012
MAHWAH, NJ, – EDAX Inc., a leader in X-ray microanalysis and electron diffraction instrumentation has launched a new global service maintenance program under the Ametek Materials Analysis Division AMECARE Performance Services™ portfolio.
AMECARE Performance Services™ offerings deliver high-value added service solutions through a network of over 100 service engineers based in 20 countries around the world. A broad range of service modules has been developed and offered on an a la carte basis, allowing customers to customize service scope to meet their specific needs. The service modules are based around three pillars:
• Proactive maintenance programs that maximize equipment reliability and availability.
• Application solutions that meet unique industrial market and research demands.
• Enhancing user skills through training and access to product and application experts
The EDAX Service Maintenance Agreement program offers several levels from basic to premium, tailored to suit a wide range of customer budgets. All agreements are designed to ensure optimal performance from year to year and to maximize operational time of EDAX systems.
“Our Service Maintenance Agreement offering enables customers to maximize their analysis productivity and ensures peak equipment performance while remaining within a known budget, both keys for success in today’s demanding marketplace,” said Dr. Bruce Scruggs, EDAX Product Manager for AMECARE Services.
EDAX is the acknowledged leader in Energy Dispersive Microanalysis, Electron Backscatter Diffraction and X-ray Fluorescence instrumentation. EDAX designs, manufactures, installs and services high-quality products and systems for leading companies in the semiconductor, metals, geological, pharmaceutical, biomaterials, and ceramics markets.
Since 1962, EDAX has used its knowledge and experience to develop ultra-sensitive silicon radiation sensors, digital electronics and specialized application software that facilitate solutions to research, development and industrial requirements.
EDAX is a unit of AMETEK Materials Analysis Division. AMETEK, Inc. is a leading global manufacturer of electronic instruments and electromechanical devices with annual sales of $3.0 billion.
For further information about EDAX, contact us at:
Sue Arnell
EDAX
91 McKee Drive, Mahwah, NJ 07430
Tel: (201) 529-4880 • Fax: (201) 529-3156
E-mail: info.edax@ametek.com
Website: www.edax.com
Click here for more information on AMECare
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EDAX Launches New Hikari XP EBSD Camera
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Release Date: Thursday, April 26, 2012
MAHWAH, NJ – EDAX Inc., a leader in X-ray microanalysis and electron diffraction instrumentation, introduces Hikari XP, the next generation in EBSD cameras. Hikari XP offers outstanding performance across the complete range of EBSD applications, from high speed analysis for process development and quality control to high sensitivity indexing at low beam currents and low accelerating voltages for improved spatial resolution.
Providing results without compromise, the Hikari XP blends market-leading speed, sensitivity and precision in one camera. When paired with EDAX’s TEAM™ EBSD software, Hikari XP offers the highest indexing success rates on the market, guaranteeing the user the best possible data quality.
The new Hikari XP delivers high-end performance in both speed and sensitivity, encompassing all EBSD applications. In addition to the speed improvements and low beam current performance, the highly versatile Hikari XP sets the bar for precision with the capability to measure orientations with accuracy down to 0.1 degree.
“Previously, a user had to decide between a high-speed camera and a high-sensitivity camera. With the Hikari XP camera, this compromise between speed and sensitivity is no longer required,” comments Mike Coy, Technical Product Manager for Microanalysis.
“The Hikari XP not only successfully indexes 650 patterns per second at a 99% indexing rate under typical EBSD conditions but also provides outstanding sensitivity, allowing operation down to the 100 pA range of beam current while still maintaining a 99% indexing rate.”
“The ability to perform such high-precision orientation measurements allows more detailed microstructural characterization of plastic strain, sub-grain evolution and deformation mechanisms for better understanding of processing-microstructure-property relationships,” adds Coy.
Providing an unparalleled combination of speed, sensitivity and precision, the Hikari XP is the one camera for all EBSD applications. The camera is compatible with EDAX’s TEAM™ Pegasus and TEAM™ EBSD software packages, helping users solve their materials challenges quickly, easily and accurately.
EDAX is the acknowledged leader in Energy Dispersive Microanalysis, Electron Backscatter Diffraction and X-ray Fluorescence instrumentation. EDAX designs, manufactures, installs and services high-quality products and systems for leading companies in the semiconductor, metals, geological, pharmaceutical, biomaterials, and ceramics markets.
Since 1962, EDAX has used its knowledge and experience to develop ultra-sensitive silicon radiation sensors, digital electronics and specialized application software that facilitate solutions to research, development and industrial requirements.
EDAX is a unit of AMETEK Materials Analysis Division. AMETEK, Inc. is a leading global manufacturer of electronic instruments and electromechanical devices with annualized sales of $3.0 billion.
For further information about EDAX, contact:
Sue Arnell
EDAX
91 McKee Drive, Mahwah, NJ 07430
Tel: (201) 529-4880 • Fax: (201) 529-3156
E-mail:info.edax@ametek.com
Website: www.edax.com
Click here for a hi-res image of the Hikari XP EBSD Camera
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EDAX LAUNCHES NEW TEAM™ PEGASUS INTEGRATED EDS AND EBSD SYSTEM
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Release Date: Monday, January 30, 2012
MAHWAH, NJ – EDAX Inc., a leader in X-ray microanalysis and electron diffraction instrumentation, has introduced the TEAM™ Pegasus system, which combines world-class Energy Dispersive Spectroscopy (EDS) and Electron Backscatter Diffraction (EBSD) hardware with EDAX’s highly successful TEAM™ software platform to create the next generation in synergistic materials characterization.
TEAM™ Pegasus is the integration of EDAX’s TEAM™ EDS analysis system and its market-leading EBSD product line. The product offers both high-level analysis capabilities and an easy-to-use, intuitive interface to users of all levels. The TEAM™ platform introduces Smart Features to EBSD. Smart Camera and Smart Background guide the user in optimal data collection, and Smart Indexing and Smart Data Management guarantee accurate analysis and reporting.
“By bringing the analytical intelligence and Smart Features of TEAM™ EDS to the EBSD product line, EDAX has enabled users of all experience levels to take advantage of EDAX’s powerful EBSD technology,” comments Mike Coy, Technical Product Manager of the Microanalysis product line. “The TEAM™ software enhances the ease of use of both the EBSD hardware and data analysis with its automated work functions and workflow guidance.”
TEAM™ Pegasus allows a user to collect dynamic EDS and EBSD maps simultaneously and to move between the techniques seamlessly. TEAM™ software also allows the user to interact with the data during the acquisition process, to view orientation, composition, quality or the sample image. This flexibility allows real-time data analysis and boosts productivity.
“TEAM™ Pegasus was designed from the start as an integrated system to streamline the movement between EDS and EBSD and to allow maximum synergy from the two techniques,” adds Coy. “This approach ensures that users will get the maximum amount of data in the shortest time and that the data collected will quickly lead them to identify a solution to their material analysis problem.”
EDAX is the acknowledged leader in Energy Dispersive Microanalysis, Electron Backscatter Diffraction and X-ray Fluorescence instrumentation. EDAX designs, manufactures, installs and services high-quality products and systems for leading companies in the semiconductor, metals, geological, pharmaceutical, biomaterials, and ceramics markets.
Since 1962, EDAX has used its knowledge and experience to develop ultra-sensitive silicon radiation sensors, digital electronics and specialized application software that facilitate solutions to research, development and industrial requirements.
EDAX is a unit of AMETEK Materials Analysis Division. AMETEK, Inc. is a leading global manufacturer of electronic instruments and electromechanical devices with annualized sales of $3.0 billion.
For further information about EDAX, contact us at:
Sue Arnell
EDAX
91 McKee Drive, Mahwah, NJ 07430
Tel: (201) 529-4880 • Fax: (201) 529-3156
E-mail: info.edax@ametek.com
Website: www.edax.com
Click here for a hi-res image of the TEAM Pegasus analysis system workflow
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ERGONOMIC AND EASY: SPECTRO INTRODUCES LATEST GENERATION OF SPECTOTEST METAL ANALYZERS
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Release Date: Friday, March 02, 2012
Contact: Tom Milner +49-2821-892-2128
• Up to four times sample throughput during battery operation
• New software with integrated user guidance
• New UV probe for arc and spark operation
KLEVE, GERMANY, March 2012 – SPECTRO Analytical Instruments has introduced the latest generation of SPECTROTEST mobile metal analyzers. In addition to the instrument’s excellent analytical performance, the SPECTROTEST offers an ergonomic design and user friendly operation. In addition, the latest generation is equipped with an efficient plasma generator and a newly designed UV probe, and its field-proven ICAL (Intelligent Calibration Logic) logic system monitors the correct state of the measuring system independently from external influences, eliminating the need for time-consuming recalibration of the spectrometer. Instead, a single control sample is measured.
The device’s plasma generator allows a user to profit from SPECTROTEST’s clearly increased effectiveness: “The plasma generator requires less energy, making it possible to do hundreds of measurements with a single battery charge,” reports Marcus Freit, Product Manager for Mobile Metal Analyzers at SPECTRO. “This allows double the number of samples in arc excitation mode and nearly four times the number of samples in spark excitation mode during battery operation.”
Suited to Spark and Arc Operation
In addition to improvements to the plasma generator, SPECTRO’s engineers have designed a new pluggable probe with integrated UV optic for special measurement applications. For the first time, this probe can be used for both spark and arc excitation. Changing of the probes is no longer necessary.
By incorporating a lightweight and robust transport trolley, SPECTRO’s design engineers were able to cut the instrument’s weight in half. The instrument’s new design affords the operator a more fatigue-free and comfortable on site experience. This latest generation metal analyzer additionally features a large 15-inch display that allows measurement results to be easily read, even from relatively long distances.
Ease of use is further supported by new instrument software that even inexperienced users can quickly grasp. The software only shows the user the context-dependent functions required for the current operation. A factory-installed materials library can be optionally extended with the SPECTRO Metal Database, in which nearly all standardized grades of metal in the world have been compiled.
Material Identification as a Standard Application
Among its many applications, the SPECTROTEST metals analyzer is especially suited for the identification of low-alloy steels using the carbon content in the rapid arc excitation mode. Possible applications in the spark excitation mode include the analysis of carbon, phosphorous and sulfur as well as the identification of duplex steels using the nitrogen content.
Today, the identification of metal materials is a standard component of quality control in the metal producing, processing and recycling industries. Whether its onsite for incoming materials or used during production or transport, a mobile metal analyzer helps prevent material mix ups from occurring and proves valuable during the sorting and classifying of recycling of metals.
Product Manager Marcus Freit explains: “The SPECTROTEST mobile metals analyzer is the perfect instrument when exact analyses are required, difficult to identify materials are involved, or there are a large number of samples to be measured.”
About SPECTRO:
SPECTRO is one of the worldwide leading suppliers of analytical instruments for optical emission and X-ray fluorescence spectrometry. As a member of the AMETEK Materials Analysis Division, SPECTRO manufactures advanced instruments, develops the best solutions for strongly varying applications and provides exemplary customer service.
SPECTRO’s products are exemplified by unique technical capabilities that deliver
measureable benefits to the customer. From its foundation in 1979 until today, more than 30,000 analytical instruments have been delivered to customers around the world.
AMETEK, Inc. is a leading global manufacturer of electronic instruments and electric motors with annualized sales of approximately 3 billion USD. AMETEK’s corporate growth plan is based on four key strategies: Operative excellence, strategic acquisitions and alliances, geographic and market expansion as well as new products. AMETEK’s common stock is a component of the S&P MidCap 400 Index and the Russell 1000 Index. Please contact Tom Milner for additional information, Tel: +49 / 28 21 / 8 92-0, Fax: +49 / 28 21/ 8 92-22 00, E-Mail:spectro.info@ametek.com
Click here for a hi-res image of the SPECTROTEST Mobile Metal Analyzer
Click here for a hi-res image of the SPECTROTEST Mobile Metal Analyzer with operator
Click here for a hi-res image of pipe inspection with the SPECTROTEST Metal Analyzer
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FLEXURE GAUGES FROM SOLARTRON METROLOGY PROVIDE HIGH ACCURACY AT HIGH THROUGHPUTS
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Release Date: Wednesday, June 08, 2011
Contact: Mark Asuma (704) 868-4661
BOGNOR REGIS, ENGLAND—Solartron Metrology has introduced two new flexure gauges. The digital and analogue sensors can maintain their exceptional high repeatability and resolution of less than 0.1µm over millions of measurement cycles.
The compact gauges are ideal for post process or in process applications requiring high precision and high volume measurements where the high throughput would shorten the life of conventional pencil probes. There are no sliding parts within the sensor or its parallelogram-shaped frame, ensuring that the gauges are frictionless and virtually free from hysteresis.
The gauges have forward and reverse spring action, and a pneumatically actuated version is available for applications that require automated measurements. The gauges’ novel design utilizes a high number of factory serviceable parts reducing the cost of ownership. The IP65-rated gauges can be mounted with little or no stress through the gauge center line, which allows precision profiling of moving material such as sheet products or rotating shafts and brake discs.
The analogue version with half bridge or LVDT output can be used with most standard amplifiers. The digital gauge interfaces with Solartron’s Orbit® network, which enables even higher linearity over its full 1mm or 2mm measuring range. The Orbit network also allows the gauges to be mixed with other digital transducers in a single measurement system.
Solartron Metrology is a unit of AMETEK, Inc., a leading diversified manufacturer of electronic instruments and electromechanical devices with annualized sales of $2.9 billion. For more information, contact Solartron Metrology, 915 N. New Hope Road, Suite C, Gastonia, NC 28054. Tel: 800-873-5838. E-mail: usasales@solartronmetrology.com Website: www.solartronmetrology.com
Click here for a hi-res image of the Solartron Metrology flexure gauge
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FLY WEIGHT ACTUATORS FROM MUIRHEAD AEROSPACE PACK A PUNCH ABOARD HIGH ALTITUDE, LONG ENDURANCE AIRCRAFT
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Release Date: Wednesday, August 26, 2009
LONDON—Muirhead Aerospace has been chosen by QinetiQ Group Plc to develop a lightweight miniature actuator that weighs less than 100 grams but has the power to move the flight control surfaces aboard QinetiQ’s Zephyr high altitude, long endurance (HALE) unmanned aerial vehicle.
The Zephyr ultra-lightweight unmanned aircraft has a wing span of 18 meters and weighs only 30kg but is intended to soar at altitudes well in excess of modern commercial jets for extended periods up to several months. Developed primarily for reconnaissance, the Zephyr utilizes a structure constructed of carbon fibers and is powered by solar energy generated by amorphous silicon arrays that cover its wings.
The UAV will be used primarily in a reconnaissance role. During day light, silicon arrays convert solar power into electrical power. The generated electrical power is used to fly the aircraft with the excess stored in the rechargeable lithium batteries for night time usage.
Muirhead was selected to develop an extremely lightweight, highly reliable actuator because of its long-standing experience with the design and manufacture of aerospace sensor motors and actuators. Muirhead’s solution is to provide an assembly capable of operating at very low temperatures and pressures at these altitudes with minimal energy requirements. Capable of exerting a force of up to 30N, the Muirhead actuator is intended to control Zephyr’s elevators and rudder and with its reduced weight should contribute to extending the aircraft’s flight time.
Muirhead Aerospace is a unit of AMETEK Aerospace & Defense division, which is a leading supplier of engine and aircraft sensors and monitoring systems; data acquisition units; fuel and fluid measurement systems; cables and harness assemblies; solid-state power distribution products; avionics blowers and fans; heat transfer and cooling systems; and maintenance, repair and overhaul services.
AMETEK Aerospace and Defense is a unit of AMETEK, Inc. (NYSE: AME), a leading global manufacturer of electronic instruments and electric motors with 2008 sales of more than $2.5 billion. For more information, contact AMETEK Aerospace & Defense, 50 Fordham Road, Wilmington, MA 01887. Phone: 978-988-4639. Fax: 978-988-4944. E-mail: aerosales@ametek.com. Web Sites: http://www.ametekaerodefense.com, http://www.muirheadaerospace.com
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GEMCO®955 eBrik INCORPORATES LATEST ADVANCEMENTS IN LINEAR DISPLACEMENT TRANSDUCER TECHNOLOGY
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Release Date: Thursday, June 09, 2011
Contact: Blake Cawley (248-435-7540, ext. 1188)
E-mail: blake.cawley@ametek.com
CLAWSON, MI – The new GEMCO® 955 eBrik™ Linear Displacement Transducer (LDT) from AMETEK Automation & Process Technologies was developed specifically for original equipment manufacturers and targeted to the market for linear potentiometers typically found in plastics, tire and rubber, web tensioning, and factory automation.
The highly versatile 955 eBrik™ LDT utilizes the latest generation of field-proven magnetostrictive position-sensing technology that offers accurate and reliable absolute position indication along with high resolution and precision repeatability. The rugged and durable construction of the 955 eBrik™ LDT makes it suitable for the most demanding applications. The unit is resistant to contaminants and environmental conditions and is IP67 rated.
The self-contained 955 eBrik™ LDT does not have a can or head. All of its electronics are incorporated within the unit, which is less than an inch in height (profile). A streamlined anodized aluminum extrusion houses the sensing element and electronics. The magnet moves over the sensing element that interpolates the position and converts it to a readable output.
The 955 eBrik™ LDT is easy to install and set up. It is available in stroke lengths from 1” to 72” long. The sensor offers field programmable zero and span settings and features an electronic diagnostic feedback that is transmitted through the analog output so the host controller can tell if the device has failed or moved out of the programmed range.
The 955 eBrik™ LDT offers a variety of analog output signals (0 to 10VDC, or 4 to 20mA) for maximum connectivity and utilizes standard off-the-shelf cordsets for maximum value. Its low power consumption (1.1 watt typical) allows direct connection to display and control interface modules.
Typical applications for the 955 eBrik™ LDT include plastic injection molding, extrusion equipment, tire and rubber, die casting, lumber and forest product equipment, material handling, web tensioning, and factory automation.
GEMCO LDTs are known for their flawless performance in extreme environmental conditions and are the preferred product for fast and accurate continuous linear position feedback. They are able to detect movement down to .0001" and report position information back every millisecond.
AMETEK Automation & Process Technologies (www.ametekapt.com) is a leader in continuous linear and rotary position sensing and level gauging. It has provided industrial automation solutions for over 60 years and is a recognized leader in advanced magnetostrictive positioning technology and continuous rotary and linear motion control devices.
AMETEK Automation & Process Technologies is a unit of AMETEK, Inc., a leading global manufacturer of electronic instruments and electric motors with annualized sales of $2.9 billion. For more information, contact AMETEK Automation & Process Technologies, 1080 N. Crooks Road, Clawson, MI 48017. Telephone: 800-635-0289, Fax: 248-435-8120, or website: www.ametekapt.com
Click here for a hi-res image of the GEMCO e-Brik Linear Displacement Transducer
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GIFA HIGHLIGHT: SPECTROLAB HIGH-END SPECTROMETER WITH HYBRID OPTIC OFFERS HIGHEST PRECISION METAL ANALYSIS
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Release Date: Tuesday, June 28, 2011
SPECTROLAB’s Hybrid Optic Processes Light Directly from Spark Stand
With Photomultipliers and Charge-Coupled Device Detectors Simultaneously.
Result: Lowest Detection Limits and Increased User Flexibility
KLEVE, GERMANY, June 28, 2011– SPECTRO Analytical Instruments (www.spectro.com) unveiled the updated version of its SPECTROLAB metal analyzer at the GIFA foundry trade show (Dusseldorf, Germany, June 28-July 2, 2011). The latest version of the versatile metal analyzer incorporates a number of improvements, and, in several instances, achieves better detection limits than its predecessor version, e.g. trace analysis of pure copper and aluminum.
“Since our introduction of the first SPECTROLAB equipped with a hybrid optic in 2007, we’ve seen enormous interest in this technology everywhere,” comments Kay Tödter, Product Manager for Stationary Metal Analyzers for SPECTRO. “For many users, the combination of the two detector technologies opens new possibilities for improvements in laboratory analytical performance.”
“This latest SPECTROLAB offers the advantages of photomultiplier detectors relative to single spark evaluation and time-resolved spectroscopy along with the flexible line selection and ability to combine analytical and reference lines from charge-coupled device detectors. By combining all of these advantages, the SPECTROLAB analyzer delivers the lowest detection limits with a previously unattainable stability and repeatability of measurement results,” she adds.
Optimized excitation parameters and an innovative readout system enable permanent enhancements for lead analysis with a focus on battery technology or in the analysis of precious metals, for example. Even during automotive and aerospace materials testing, the new SPECTROLAB analyzer displays its unique strengths, notes Mr. Tödter.
“The new SPECTROLAB analyzer is able to analyze aluminum, magnesium and titanium alloys with a single hardware configuration. With the complexity of spectra, this was long considered impossible, because the number and selection of lines was limited by the positioning of the PMT detectors. With the new SPECTROLAB analyzer, the entire spectrum from 120 nm to 780nm now is available to users,” explains Mr. Tödter.
“The new instrument offers unique flexibility that provides completely new options for incoming and outgoing controls or the analysis of unknown metallic materials. In addition, with its optimized optical resolution and a focal width of 750 nm in both optical segments, the new SPECTROLAB achieves outstanding analytical results for trace analysis of pure metals and the examination of all conceivable material combinations and alloys,” he concludes.
Low Maintenance and Operating Costs
In redesigning the SPECTROLAB stationary metal analyzer, SPECTRO placed special emphasis on ease of operation and reduced operating costs. With those considerations in mind, SPECTRO placed components that could require maintenance in easily accessible locations. An extended diagnosis and log file system also assist users in monitoring the instrument’s status and in performing accurate trouble shooting, helping to lengthen maintenance intervals and shorten repair times.
As a high-end optical emission spectrometer, the SPECTROLAB analyzer addresses needs of metal producers and processing companies as well as those of the automotive and aviation industries. The versatile instrument is especially well suited for use in quality management applications and for material analysis for incoming and outgoing controls.
SPECTROLAB also is an attractive and cost-effective solution for businesses that work with many different metals, and have had, until now, to maintain multiple analyzers. Because the SPECTROLAB can be configured to analyze all ten common base materials, the instrument covers all daily instrument requirements, making a second instrument superfluous.
About SPECTRO:
SPECTRO is among the worldwide leading suppliers of analytical instruments for optical emission and X-ray fluorescence spectrometry. As a unit of AMETEK Materials Analysis Division, SPECTRO manufactures advanced instruments, develops the best solutions for strongly varying applications and provides exemplary customer service. SPECTRO’s products are exemplified by unique technical capabilities that deliver measureable benefits to the customer. From its foundation in 1979 until today, more than 30,000 analytical instruments have been delivered to customers around the world.
AMETEK, Inc. is a leading global manufacturer of electronic instruments and electric motors with annualized sales of $2.9 billion. For additional information, contact Tom Milner, Tel: +49 / 28 21 / 8 92-0, Fax: +49 / 28 21/ 8 92-22 00, E-Mail: spectro.info@ametek.com
Click here for a hi-res image of the SPECTROLAB Stationary Metal Analyzer
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GRABNER® MINIFLASH TOUCH PORTABLE FLASHPOINT TESTER COMBINES PATENTED FEATURES WITH COLOR TOUCH-SCREEN DESIGN
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Release Date: Thursday, October 13, 2011
CONTACT: Angel Schell (518) 689-0055
BROKEN ARROW, OK – The MINIFLASH Touch is the latest addition to the Grabner® Instruments line of portable flashpoint testers that combines all of the field-proven advantages of the MINIFLASH tester line with a new color touch screen design.
The MINIFLASH Series from Grabner® Instruments is a uniquely designed group of flashpoint testers that uses a patented flashpoint method to determine the flashpoint of liquids and solids. That method offers the highest repeatability and reproducibility, correlates well to the D93 Pensky-Martens method, and delivers results equivalent to other well-known closed-cup standards.
Typical applications include the fast screening of diesel and jet fuels, the flash-point testing of potentially flammable goods, pharmaceuticals, aroma products, paints, varnishes, engine and lubricating oils, and determining the composition of solid wastes and unknown mixtures of liquid hydrocarbons. The MINIFLASH’s unique design allows it to be used for such difficult applications as flash-point testing of contaminated samples and biodiesel fuels.
The MINIFLASH Touch’s large color screen runs on Microsoft® Windows® software and features an intuitive menu navigation that requires no training for flashpoint testing. Along with its convenient touch screen design, the MINIFLASH Touch offers an extended temperature range from 0 to 400oC, hassle-free communication with USB, Ethernet, LAN, RS232, LIMS and PCs, and nearly unlimited storage capacity for programs and results.
The MINIFLASH Touch utilizes Grabner Instruments’ Ignition Protection Technology™ for the safest flashpoint testing. This technology is intrinsic to the MINIFLASH design. Only a 1-2ml sample is required for testing flashpoint—without an open flame. The unit’s continuously closed-cup design, automatic explosion probing and a controlled air feed protect against fire and offensive fumes for unmatched safety during flashpoint tests.
To visualize the presence of contaminants and small concentrations of flammable compounds in samples, Grabner Instruments developed cutting-edge Combustion Analysis™, which provides users with the ability to follow every millisecond of flash combustion in unprecedented detail.
For quick sample turnaround and extended instrument life, Grabner Instruments developed its advanced Peltier Protection Technology™. The unit’s continuously closed cup design and small sample volume ensures maximum safety and reduces sample waste. Its fast thermoelectric cooling and user friendly design further reduce labor costs. Its compact size and rugged housing make the MINIFLASH Touch the perfect solution for mobile labs and for military and other demanding applications.
The MINIFLASH Touch is available in North America from AMETEK Petrolab Company, a unit of AMETEK Process & Analytical Instruments, a division of AMETEK, Inc., a leading global manufacturer of electromechanical devices with annualized sales of $3.0 billion. For more information in North America, contact AMETEK Petrolab Company 2001 N. Indianwood Ave., Broken Arrow, OK 74012. Phone: 918-459-7170. Fax: 918-459-7178. Web site: www.petrolab.com
Click here for a hi-res image of the MINIFLASH Touch flashpoint tester
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GULFSTREAM SELECTS AMETEK AEROSPACE & DEFENSE FOR G650 HYDRAULIC, FLIGHT DATA AND COOLING COMPONENTS
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Release Date: Thursday, April 09, 2009
WILMINGTON, MA – AMETEK Aerospace & Defense has been selected to provide hydraulic pressure transducers, hydraulic temperature sensors, flight data system accelerometers and a suite of cooling fans for the ultra-long range, technologically advanced Gulfstream G650 business jet.
“We are extremely pleased to participate in the development of this advanced new aircraft,” notes Wes Hardin, President, AMETEK Electronic Instruments. “The G650 offers the longest range, fastest speed, largest cabin and most advanced cockpit and cabin environment in the Gulfstream fleet. Compared with competitive products in similar applications, our products aboard the G650 provide Gulfstream with significant improvements in weight, reliability and overall value.”
At the core of AMETEK’s advanced hydraulic pressure transducer is AMETEK’s innovative Silicon-on-Insulator (SOI) pressure-sensing technology, which offers superior accuracy, temperature performance and life cycle reliability versus competitive transducer technologies.
“Only AMETEK SOI-based transducers incorporate a patent-pending Field Shield™ that eliminates accuracy drift over extended cycles and elevated temperatures—a critical factor in the proper monitoring and performance of hydraulic systems,” comments Mr. Hardin.
“This unique design improvement allows AMETEK SOI-based transducers to remain within design accuracy appreciably longer than competing transducers, resulting in more accurate system performance with reduced weight and reduced cost of ownership for aircraft operators.”
Gulfstream also selected for the G650 AMETEK’s hydraulic temperature sensor. The G650’s sensor package incorporates a Resistance Temperature Detector (RTD) temperature sensor based on AMETEK’s long proven product line.
Proven reliable in large commercial aircraft, regional jets and business aircraft with decades of flight time logged, AMETEK’s single-axis accelerometer was selected to support the G650’s flight data recording system. The AMETEK accelerometer plays a critical role in ensuring the safety of the aircraft and the collection of the live flight data by monitoring the vertical axis response of the G650’s three-axis fly-by-wire flight control system. Similar AMETEK accelerometers have performed successfully on a number of other Gulfstream aircraft.
The G650 program is yet another in the long history of Gulfstream aircraft to fly with AMETEK’s cooling fans and fan speed warning devices. In this case, five different fan models provide cooling for nine applications throughout the aircraft. In addition, AMETEK’s fan speed sensor is used for six of the critical applications to provide the pilot with notification in the event of a failure or blockage of the fan or local cooling system.
AMETEK Aerospace & Defense is a leading supplier of engine and aircraft monitoring systems, data acquisition units, fuel and fluid measurement systems, engine and airframe sensors, cables, harness assemblies, avionics blowers, fans, and heat transfer and cooling systems. It is a unit of AMETEK, Inc. (NYSE: AME), a leading global manufacturer of electronic instruments and electromechanical devices with annual sales of more than $2.5 billion.
For more information, contact AMETEK Aerospace & Defense, 50 Fordham Road, Wilmington, MA 01887. Phone: 978-988-4639. Fax: 215-293-8996. E-mail: aerosales@ametek.com. Web Site: :http//www.ametekaerodefense.com
Click here for a hi-res image of G650 hydraulic pressure and temperature sensors
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Haydon Kerk Motion Solutions Introduces DCM4826X Stepper Motor Drive System
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Release Date: Friday, April 20, 2012
CONTACT: Marcia Colucci
203-756-7441 ext. 255
WATERBURY, CT - Haydon Kerk Motion Solutions, a global manufacturer of linear motion products, announces the release of the DCM4826X stepper motor drive module. The DCM4826X is a bipolar 2 phase chopper drive package rated for a 12-48VDC input voltage and a continuous output current rating of 2.6A rms (3.68A peak) per phase. The drive can be used with rotary stepper motors or stepper motor-based linear actuators and can be configured for full step, half step, or microstep (1/4, 1/8, 1/16, 1/32, 1/64 step size).
The DCM4826X is perfect in multi-axis stepper motor applications because less overall mounting real-estate is required due to the small size of the drive. In multi-axis motion systems, the space savings becomes greater as more axes are required. The mounting plate of the totally enclosed unit measures a mere 64mm x 60mm (2.5-in x 2.4-in) with mounting hole center-to-center distances of 52mm x 38mm (2.0-in x 1.5-in) respectively. Total thickness of the unit from the mounting plate is 34.4mm (1.4-in).
Integration of the DCM4826X into a motion system is easy. Configuration of the DCM4826X is through the Haydon Kerk PDE User Interface via an RS-485 protocol or a computer USB port (USB to RS-485 converter required - Haydon part# UTR4852). Through the interface, the desired values for Run Current, Hold Current, Delay Time, and Step Size can be set. Once the parameters are programmed, the drive can then accept the pulse, direction, and enable signals from the controller/indexer. The pulse, direction, and enable signals are optically coupled into the drive, providing electrical isolation between the signal and power circuits.
For more information on the wide variety of other linear motion products from Haydon Kerk Motion Solutions, visit www.HaydonKerk.com.
About Haydon Kerk Motion Solutions, Inc.
Haydon Kerk Motion Solutions is a unit of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with annual sales of $3.0 billion. For more product information and CAD links, visit www.HaydonKerk.com or to contact an engineer to discuss a specific application, telephone Haydon Kerk at 203-756-7441.
Haydon Kerk Motion Solutions is the joining of two world-class brands in the field of linear motion: Haydon Switch and Instrument, Inc. and Kerk Motion Products, Inc. Together as Haydon Kerk Motion Solutions, they offer a wide range of high-performance and precision linear motion products.
Recognized as a leading manufacturer of stepper motor based linear actuators, rotary motors, lead screw assemblies, and linear rail and guide systems used in niche market applications, Haydon Kerk Motion Solutions has developed industry-renowned brands built upon its technical innovation, versatility, customization, product durability, and dedicated customer service.
Click here for a hi-res image of the Haydon Kerk DCM 4826X stepper motor drive module
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Haydon Kerk Motion Solutions Introduces a Microslide Ideal for Precision Optics and Pipetting Applications
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Release Date: Wednesday, February 15, 2012
CONTACT: Marcia Colucci
203-756-7441 ext. 255
WATERBURY, CT - Haydon Kerk Motion Solutions, a premier manufacturer of precision linear motion products, releases a microslide linear actuator capable of a resolution of 15 microns / step (0.0006-in/step) and a maximum load of 13N (3 lb-f). This device is ideal for applications requiring precision motion in a small footprint and is optimized for applications such as microfluidics and optical positioning. The microslide is approximately 22mm (0.87-in) wide by 25.2mm (1.0-in) high and is capable of up to a 64mm (2.5-in) maximum stroke length.
A lightweight anodized aluminum base plate houses the lead screw bushing and is rigidly attached to the aluminum motor mounting plate. At the heart of the slide is the Haydon 15000 Series 15mm (0.59-in) can-stack motor, which has been proven in thousands of linear motion applications. The LS15 stepper motor requires no complicated controls and can be commanded using a simple pulse and direction signal.
The slide load carriage is made from self-lubricating polyacetal and features a built-in clearance take-up mechanism for load rigidity during motion. The carriage is supported by stainless steel guide rods coated with Black Ice® TFE coating. The Kerk® leadscrew is 303 stainless steel and is available in 5 different leads including 0.3mm (0.012-in), 0.4mm (0.016-in), 0.5mm 0.020-in), 1.0mm 0.039-in) and 2.0mm (0.079-in). When combined with the LS15 stepper motor, very fine positioning resolution can be achieved with the microscrew.
The microslide is easily configured for application-specific requirements including custom mounting, different stroke lengths up to 64mm (2.5-in), magnetic or optical position sensors, and custom wire harnesses. For more information, contact Haydon Kerk application engineering at 1-800-243-2715. To learn about more linear actuator products, visit www.HaydonKerk.com.
About Haydon Kerk Motion Solutions, Inc.
Haydon Kerk Motion Solutions is a unit of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with annual sales of $3.0 billion. For more product information and CAD links, visit www.HaydonKerk.com or to contact an engineer to discuss a specific application, telephone Haydon Kerk at 203-756-7441.
Haydon Kerk Motion Solutions is the joining of two world-class brands in the field of linear motion: Haydon Switch
and Instrument, Inc. and Kerk Motion Products, Inc. Together as Haydon Kerk Motion Solutions, they offer a wide range of high-performance and precision linear motion products.
Recognized as a leading manufacturer of stepper motor based linear actuators, rotary motors, lead screw assemblies, and linear rail and guide systems used in niche market applications, Haydon Kerk Motion Solutions has developed industry-renowned brands built upon its technical innovation, versatility, customization, product durability, and dedicated customer service.
Click here for a hi-res image of the Haydon Kerk Microslide
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HIGH-PERFORMANCE PFINODAL ALLOYS PROVIDE OUTSTANDING STRENGTH AND DUCTILITY IN DEMANDING OIL FIELD APPLICATIONS
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Release Date: Wednesday, April 22, 2009
WALLINGFORD, CT – The unique combination of strength, formability, non-sparking and anti-galling characteristics of AMETEK’s Pfinodal® alloys make them an excellent choice for a wide range of land-based or off-shore oil and gas applications, especially as a suitable replacement for beryllium copper components. The beryllium-free material is now available with enhanced mechanical properties offering improved strength and ductility.
AMETEK’s Pfinodal alloys, which consist of copper, nickel (15%) and tin (8%), are made using a proprietary powder metallurgy technology. AMETEK’s patented process produces a homogeneous single-phase structure that achieves excellent uniformity, formability and strength and ensures optimum reproducible properties.
In addition, AMETEK’s patented Pneumatic Isostatic Forging (PIF) process uses high-pressure gas to close porosity while improving the material’s microstructure. This results in fully dense material far superior to that achieved using conventional casting methods.
AMETEK Pfinodal alloys have low permeability, excellent lubricity, machinability and anti-seizing characteristics. They are available in a variety of forms, including rod/bar, plate, tube and as custom engineered shapes and finished parts. Pfinodal alloys have a long history of successful use in oil patch applications and have been patented for use in shape charge liners and in rock bit bearing.
AMETEK Specialty Metals Products (SMP) is a world leader in metal powders, high purity strip, ultra thin metal foil, specialty wire, metal matrix composites, engineered shaped components and clad metal products with numerous patents in technically advanced metallurgical materials.
AMETEK SMP manufactures or consolidates a variety of metal alloys including stainless steels, nickel-based alloys, cobalt-based alloys, titanium and titanium alloys and master alloys. For over 30 years, it has developed innovative, proprietary products tailored to specific customer applications.
AMETEK, Inc. is a leading global manufacturer of electronic instruments and electromechanical products with annual sales of more than $2.5 billion.
For more information on Pfinodal alloys, contact AMETEK Specialty Metal Products, 21Toelles Road, Wallingford, CT 06492. Phone: 203-949-8809. Fax: 203-949-8876. Web: http://www.ametekmetals.com
Click here for a hi-res image of a high-performance Pfinodal® component
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HIGH-PERFORMANCE SPECTROBLUE ICP-OES SPECTROMETER OFFERS SIMPLIFIED OPERATION, GREATER STABILITY AND LOWER COST
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Release Date: Wednesday, September 14, 2011
Contact: Tom Milner +49-2821-892-2128
KLEVE, GERMANY, September 2011– SPECTRO Analytical Instruments, a leading supplier of analytical instruments for optical emission and X-ray fluorescence spectrometry, has introduced the SPECTROBLUE, an inductively coupled plasma optical emission spectrometer (ICP-OES) that sets new benchmarks among compact, mid-range spectrometers for simplified operation, low maintenance and affordability.
“SPECTROBLUE ICP-OES is the ideal system for environmental laboratories that require a low-cost, high-throughput spectrometry solution. SPECTROBLUE was designed to establish new levels of performance for common laboratory analysis where stability, uninterrupted operation and throughput are as important as sensitivity and resolution. It couples an ultra-reliable design with no-compromise technical innovation to achieve the lowest cost of ownership in its class,” comments Olaf Schulz, Product Manager, ICP-OES.
Robust Generator Handles Extreme Plasma Loads
A robust generator design packs an ample power reserve that can handle the most extreme plasma loads. The heat from the generator’s high-power ceramic tube is eliminated through the use of innovative air-cooled technology that alleviates the need for an expensive external water-based cooling system.
“By simplifying the design of the SPECTROBLUE, we have reduced the instrument’s initial purchase price along with its operating cost,” explains Olaf Schulz. “Developed specifically to meet the demands of high-throughput laboratories, the SPECTROBLUE’s field-proven generator provides the exceptional uptime, stability, and reliability.”
Innovative Optics Eliminate Consumable Purge Gases, Ensure Long-Term Stability
SPECTROBLUE’s optic system and unique full-transparency UV-PLUS approach eliminate consumable purge gases and ensure excellent long-term stability, adds (Name). The instrument’s sealed optic system abolishes gas purging for a lifetime savings totaling up to one-third of the instrument’s purchase price. Additionally, SPECTRO’s innovative Paschen-Runge optic technology permits a direct, high-luminance path for maximized light throughput, allowing the system to more easily process line-rich spectra, improve measurement accuracy and reduce expensive rework.
Along with these features, the SPECTROBLUE ICP-OES system comes equipped with SPECTRO’s proprietary SMART ANALYZER VISION software. With its highly adaptable interface, the software makes it easy for users of all experience levels to take full advantage of the instrument’s simplified operation and unique analytical capabilities.
About SPECTRO:
SPECTRO is one of the worldwide leading suppliers of analytical instruments for optical emission and X-ray fluorescence spectrometry. As a member of the AMETEK Materials Analysis Division, SPECTRO manufactures advanced instruments, develops the best solutions for strongly varying applications and provides exemplary customer service. SPECTRO’s products are exemplified by unique technical capabilities that deliver measureable benefits to the customer. From its foundation in 1979 until today, more than 30,000 analytical instruments have been delivered to customers around the world.
AMETEK, Inc. is a leading global manufacturer of electronic instruments and electric motors with annualized sales of approximately 3.0 billion US$. AMETEK’s corporate growth plan is based on four key strategies: Operative excellence, strategic acquisitions and alliances, geographic and market expansion as well as new products. AMETEK’s common stock is a component of the S&P MidCap 400 Index and the Russell 1000 Index.
For additional information, please contact Tom Milner, Tel: +49 / 28 21 / 8 92-0, Fax: +49 / 28 21/ 8 92-22 00, E-Mail: spectro.info@ametek.com
Click here for hi-res image 1 of the SPECTROBLUE spectrometer
Click here for hi-res image 2 of the SPECTROBLUE spectrometer
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INNOVATIVE BRINELL OPTICAL SCANNING SYSTEM NOW FEATURES USB CONNECTION STANDARD
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Release Date: Thursday, January 26, 2012
CONTACT: Eleanor Lukens (215) 355-6900
FEASTERVILLE, PA—All B.O.S.S.® (Brinell Optical Scanning System) units from Newage Testing Instruments now feature a USB connection as standard. This addition allows the field-proven B.O.S.S. to be used with any desk top, laptop or tablet style PC, while maintaining the accuracy and durability that the system is known for.
The B.O.S.S. represents the most significant technological improvement to Brinell testing since the test was first introduced. The system measures Brinell impressions in seconds and yields a measurement resolution of 0.01mm. The system even takes into account such anomalies as impression roundness and overall surface finish.
Among the standard features of the B.O.S.S. system is a high-resolution video scanning head with video imaging software that operates in a Windows® environment. The software and scanning head can be added to an existing computer or provided as a complete “turn-key” system using a computer with optional printer and mobile protective cabinet.
The powerful PC-based B.O.S.S. features Windows®-based software, statistical and reporting functions, data storage and transfer, and an assortment of advanced options. These options include real-time advanced SPC, the ability to save a viewed image, and a manual measurement function that allows the B.O.S.S. to be used to measure other visually discernable aspects such as etched case depth layers.
The new OS-100X-HD option for the B.O.S.S. adds the ability to accurately measure light-load Brinell impressions made with test loads ranging from 62.5 Kgf to 187.5 Kgf and tungsten carbide ball indenters from 2.5mm and 5.0mm in diameter. Both the standard and HD versions include an impression measurement scan head with built-in light source, imaging microchip and a reduced footprint with free stand adapter (where applicable).
Newage Testing Instruments is a unit of AMETEK Test & Calibration Instruments and an established leader in hardness testers and accessories. It offers a comprehensive range of hardness testers for Rockwell, Brinell and Microhardness testing. AMETEK Test & Calibration Instruments is a unit of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices.
Click here for a hi-res image of the B.O.S.S. Brinnel Optical Scanning System
Click here for a hi-res video image from the B.O.S.S. system
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ISA ANALYSIS DIVISION NEW DIRECTOR
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Release Date: Wednesday, April 13, 2011
PITTSBURGH, PA-AMETEK Process Instruments Randy Hauer assumes
the role of Director of the ISA Analysis Division for a two-year term
(2011-2012). The 56th annual symposium is being held this year in League City,
TX. Further information on can be found at www.ADSymposium.org
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NEW JOFRA HPC50 AND HPC502 HANDHELD PRESSURE CALIBRATORS
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Release Date: Monday, September 21, 2009
LARGO, FLORIDA – AMETEK Calibration Instruments has introduced a new generation of handheld pressure calibrators designed to meet high accuracy pressure calibration applications. The JOFRA® HPC500 and HPC502 calibrators combine deadweight tester accuracy in a modern digital package with a host of user friendly capabilities. The HPC500 brings laboratory accuracy to an on-site, field-usable instrument.
The HPC500 and HPC502 family offers such features as user configurable information display, 15 different pressure units, transmitter supply, mA input, % error calculation, voltage measurement, serial communication and external pressure module capability. Each unit is available as an independent calibrator or in one of six ready-for-test systems that are complete and equipped to meet any pressure calibration need.
The HPC500 and HPC502 are suited for a broad range of applications from simple tool type jobs to complex calibration applications in custody transfer systems. The accuracy of the HPC is specified in % of reading to ensure even greater accuracy and wide applicable pressure range. The HPC500 is temperature compensated from 0 to 50ºC (32 to 122ºF) for on-site operation.
The HPC500 and HPC502 have a sixteen pressure ranges from 25mbar (0.35psi) to 700 bar (10,000 psi) with F.S. Absolute, differential and gauge sensors. It is accurate to +/- 0.025% of reading, 0.01% F.S. Single or dual sensor versions are available, eliminating the need for two separate calibrators. A whole selection of useful functions and features are available including damp, leak test, % error calculation, min/max, and switch test.
The rugged compact device has a large backlit graphical display a user friendly menu with icons that show current status and mode and one, two or three measurement windows to suit specific applications or needs. A dedicated zero test button to provide convenient zero before test helps ensure accuracy.
The HPC500 Series offers one installed transducer that is customer selectable up to 10,000 psi/700 bar including differential and absolute ranges. The HPC502 offers two installed transducers that are customer selectable.
More than 60 different JOFRA APM pressure modules extend the application base of the HPC calibrators by allowing calibrations in additional ranges. The APM modules are compatible with several other JOFRA calibrators. Instrument calibration can be performed locally without returning the unit to AMETEK. Adjustment software is art of its design. If factory calibration is required, the pump and calibrator are independent units, so only the calibrator needs to be returned.
The JOFRA HPC500 and HPC502 family of handheld pressure calibrators are part of a comprehensive line of pressure, temperature, and force-measurement and calibration products marketed by AMETEK Calibration Instruments under the JOFRA®, LLOYD®, CHATILLON® and MANSFIELD & GREEN® brand names.
AMETEK Calibration Instruments is among the world’s leading manufacturers of calibration instruments for temperature, pressure, and process signals and a unit of AMETEK Measurement & Calibration Technologies, a division of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with annual sales of more than $2.5 billion.
For more information on the full line of JOFRA® products, contact AMETEK Calibration Instruments, 8600 Somerset Drive, Largo, FL 33773. Phone: 727-536-7831. Toll free: 800-527-9999, ext. 3555. Fax: 727-539-6882. Web site: www.ametekcalibration.com
Click here for a hi-res images of the JOFRA Model HPC500 Pressure Calibrator with APM Pressure Module
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JOFRA® ASC 301 ADVANCED SIGNAL CALIBRATOR COMBINES HIGHLY FUNCTIONAL DESIGN WITH LABORATORY ACCURACY
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Release Date: Wednesday, November 30, 2011
CONTACT: Scott Crone (727) 538-6007
LARGO, FLORIDA – The JOFRA® ASC 301 portable process signal calibrator from AMETEK Test & Calibration Instruments provides the accuracy and functionality of a laboratory calibration instrument but is compact enough to fit into a tool box or operate with one hand for easy field calibration.
The instrument’s robust housing makes it ideal for field service as well as work shop use, while its high-accuracy capabilities are designed to meet the demands of modern pressure sensors and temperature transmitters.
The JOFRA ASC 301 is more than a signal calibrator. Combined with a JOFRA APM external pressure module or a JOFRA dry-block calibrator, it is a multifunctional pressure and temperature calibrator. When used with JOFRACAL calibration software, the instruments can document as well.
The ASC 301 offers simultaneous input and output. That means users can calibrate and adjust a temperature transmitter at the same time with no other instruments necessary. The compact calibrator also features a full numerical keypad with cursor and function keys that provide a simple and quick user interface, while the new ClearBrite™ graphical display offers the best available visibility.In addition, the ASC 301 has fuseless protection that protects the instrument from voltage overloads up to 250 VAC on any combination of connections made on the test lead connectors.
AMETEK Test & Calibration Instruments is among the world’s leading manufacturers of calibration instruments for temperature, pressure, and process signals and a unit of AMETEK Measurement & Calibration Technologies, a division of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with annualized sales of $3.0 billion.
For more information on the full line of JOFRA® calibration products, contact AMETEK Test & Calibration Instruments, 8600 Somerset Drive, Largo, FL 33773. Phone: 727-538-6000. Toll free: 800-527-9999, ext. 3555. Fax: 727-539-6882. Web site: www.ametekcalibration.com.
Click here for a hi-res image of the JOFRA ASC301 Advanced Signal Calibrator
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LAND INSTRUMENTS OFFERS RAPID FEVER SCREENING SYSTEM
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Release Date: Friday, October 09, 2009
DRONFIELD, ENGLAND—The need for fast, accurate determination of human body temperatures to prevent the spread of potentially infectious viruses such as the Swine Flue/ H1 N1led LAND Instruments International, a world leader in infrared temperature measurement, to develop a high-resolution thermal imaging camera system capable of rapidly discerning small differences in body temperature in large numbers of people.
A fixed thermal imaging system is among the most effective methods for rapid and non-intrusive screening a large number of people for elevated body temperatures. LAND human body temperature measurement systems have been used successfully since 2003 in airports worldwide for fast, non-contact detection of temperature radiance differences caused by fevers.
The vIRalert system now offered by LAND combines a powerful highly accurate thermal imager with advanced image processing software to prevent the spread of potentially contagious viruses. The vIRalert system uses a certified temperature calibration source and a proven “in-scene calibration” technique to achieve unparalleled accuracy versus other imaging camera techniques.
The vIRalert system takes a thermographic image of human body temperatures (typically the face) at a distance and compares that image with an extremely precise blackbody calibration source at high speed 9Hz to provide an accurate measurement of body temperature. If elevated temperatures are detected, an alarm condition alerts a staff member, who can then decide whether further action is required.
LAND Instruments International is a unit of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices motors with 2008 sales of more than $2.5 billion. In addition to human body temperature measurement systems, LAND offers a full range of on-line optical temperature measurement instruments for industrial applications, including spot thermometers, line scanners and thermal imagers.
For additional information, contact LAND Instruments International, Dronfield S18 1DJ England, Phone: +44 (0) 1246 417691. Fax: +44 (0) 1246 410585. E-mail: irsales@ametek.com Website: www.landinst.com.
Click here for a hi-res image of a typical thermal view from vLRalert system
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Laser Spectroscopy for Measuring Moisture in Natural Gas
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Release Date: Tuesday, October 11, 2011
"Laser Spectroscopy for Measuring Moisture in Natural Gas," article featured in the August 2011 issue of Control Engineering, written by AMETEK's Michael Fuller, Airot Amerov and Sam Langridge.
"Measuring water vapor in natural gas is important to the gas industry and has been addressed through a variety of analytical techniques over the years. Among the most widely used is quartz crystal microbalance (QCM) analysis. QCM technology is still a workhorse for production and pipeline applications and considered by most industry users as dependable and accurate. However, as with all direct contact chemical sensors, changes in sensor response due to contamination present a significant problem that increases long-term maintenance requirements."
For more click on this link:
Laser Spectroscopy for Measuring Moisture in Natural Gas
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Lloyd Instruments Launches Two New High-Percision Materials Testers
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Release Date: Thursday, March 08, 2012
CONTACT: Scott Crone (727) 538-6007
LARGO, FL—AMETEK Test & Calibration Instruments has introduced the latest additions to its Lloyd Instrument line of advanced materials testing systems: the Lloyd Instruments LS5 and LS2.5. Both single-column machines feature the latest linear guide technology, pre-loaded ball screws and advanced software compensation systems, ensuring the highest level of precision displacement measurement.
The LS5 is a 5kN/1124 lbf machine; the LS2.5 is a 2.5kN/562 lbf device. Both are available with an extensive range of grips, fixtures, extensometers and software options and feature a large work area with 150 mm throat depth for larger specimens and a wide range of work tables for increased flexibility. Both are equally suited for a wide range of materials testing applications in quality control, academic, and research and development environments.
Among the industry applications for the LS5 are plastics, packaging, medical devices, automotive, electronics, textiles, rubber and pharmaceuticals. The LS2.5 system is especially suited for plastic, rubber and other high-elongation materials due to its wide crosshead travel, up to 1400mm. Both can be used for tensile and compression testing, friction, tearing, peeling, insertion/extraction, creep/relaxation and many other measurements in manufacturing, product development and research.
Each instrument offers a wide speed range for high precision accuracy and improved productivity. The LS5 has a crosshead speed range of 0.01 to 1016 mm/min, while the LS2.5 features a crosshead speed range of 0.01 to 2032 mm/min. Both machines have exceptional load accuracy of +/- 0.5 down to 1% of load cell value, which provides high dynamic range and thereby reduces the number of load cells required to cover the force range.
The machines use plug ‘n’play YLC Series load cells that feature anti-rotation collars to avoid load train twist and facilitate easy axial alignment. Eight interchangeable YLC load cells are available with different load ratings and resolutions.
At the heart of the LS5 and LS2.5 materials testing system is the user friendly, highly flexible and intuitive NEXYGENPlus materials testing software that allows users to control and monitor all aspects of the system from a single front end, ensuring fast, reliable and powerful testing and data analysis.
The software features a large built-in library of test methods that meet international test standards and SPC functionality for continuous monitoring of process parameters such as Cp and Cpk. In addition, it offers versatile data export facility and Window® software compatibility for seamless data transfer and video and still capture for visual analysis.
AMETEK Test & Calibration Instruments is a unit of AMETEK, Inc., a global manufacturer of electronic instruments and electromechanical devices with annual sales of $3.0 billion. For more information on full line of Lloyd materials testing solutions, contact AMETEK Test & Calibration Instruments, 8600 Somerset Drive, Largo, FL 33773. Tel: 727-536-6000. Fax: 727-539-6882 or from the Lloyd Instruments web site: www.lloyd-instruments.com.
Click here for a hi-res image of the LS5 materials testing system
Click here for a hi-res image of the LS2.5 materials testing system
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MODEL8340 HPHT CONSISTOMETER DESIGNED BY CHANDLER ENGINEERING FOR CUTT9NG-EDGE CEMENT TESTING
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Release Date: Monday, June 13, 2011
CONTACT: Brian Ainley (918-459-7117)
BROKEN ARROW, OK – The Model 8340 HPHT Consistometer from Chandler Engineering®, a leader in oil well cementing, viscosity, reservoir analysis and high-pressure high-temperature (HPHT) instruments, is designed for cutting-edge laboratories that need to test cement mixtures and additives for use in the hottest temperatures and highest pressures.
The highly versatile instrument can be used to test cement thickening behavior under almost any downhole well condition. Designed specifically with laboratory efficiency and ease of operation in mind, the Model 8340 HPHT minimizes the two greatest contributors to instrument downtime: cool-down time between tests and downtime for repair and maintenance.
The Model 8340 incorporates an exclusive cooling system that shortens the time between tests by as much as 75%, compared with conventional consistometers. The cool down of a 400oF test to a safe 100oF, for example, takes about 15 minutes as opposed to more than a hour with a conventional consistometer. Design improvements also minimize maintenance on the hydraulic system, which is easy to clean and uses standard filters. The unit’s avionics-inspired modular electronics assembly makes unscheduled service a snap further minimizing downtime.
The Model 8340 is simple to operate with all operational controls conveniently located on the front panel. In addition, the unit is designed so that closure, heating and pressurization can be achieved quickly. Its slurry cup uses a magnetic coupling system to connect the drive motor to cup maximizing reliability. An optional dynamic programmable pressure control system is available, broadening the instrument’s capabilities and allowing it to accurately control pressure change rates and pre-program test protocols for automatic operation.
The Model 8340 is not limited to standard testing of cement thickening time. It also can be used to prepare slurries for other tests, including measuring free water content, testing for fluid loss or rheological properties and consistency. For enhanced research and testing, the Model 7322 can be equipped with an external chiller for performing tests at sub-ambient temperatures.
Chandler Engineering focuses on serving the upstream Oil & Gas markets in exploration and production. Its products are used for oil well cementing, viscosity measurement, reservoir analysis and other HPHT applications such as pipeline transmission. Chandler Engineering is part of the AMETEK Oil & Gas Business Unit. AMETEK®, Inc. is a leading global manufacturer of electronic instruments and electromechanical devices with annualized sales of $2.9 billion. For more information visit www.chandlereng.com or contact Chandler Engineering directly at +918-250-7200 or chandler.sales@ametek.com.
Click here for a hi-res image of the Model 8340 HPHT Consistometer
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Release Date: Monday, January 01, 0001
| Click here to reach the model number index page that lists current and former model numbers of SIGNAL RECOVERY instruments carrying the PRINCETON APPLIED RESEARCH (PAR), Brookdeal Electronics, EG&G, PerkinElmer and SIGNAL RECOVERY brand names, with links to the product pages for current instruments, and suggested alternatives for obsolete units. |
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MUIRHEAD AEROSPACE PARTNERS WTIH MESSIER-DOWTY ON AIRBUS ELECTRIC LANDING GEAR PROGRAM
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Release Date: Monday, June 15, 2009
LONDON—Messier-Dowty, International, a world leader in aircraft landing gear systems, has contracted with Muirhead Aerospace, a unit of AMETEK Aerospace & Defense, to develop an electromechanical replacement for hydraulic landing gear systems for Airbus aircraft. The electric landing gear (ELGEAR) is expected to reduce weight, lower maintenance costs and be more environmentally friendly than the hydraulic systems now used by Airbus and other aircraft manufacturers.
The project is funded in part by the UK Department of Trade and Industry and involves a consortium of aerospace manufacturers that includes Messier-Dowty, Goodrich Landing Gear Division and GE Aviation (Smiths Aerospace). Messier-Dowty is in competition with Goodrich to develop the electromagnetic actuators for the landing gear retraction and sidestay unlock as well as respective control systems. GE (Smiths) will provide the nose landing gear.
Muirhead Aerospace was awarded a contract to build two sets of actuators for the Airbus A320 ELGEAR along with a test facility and comprehensive set of test and assembly instructions for the actuators. The actuators are complex electromechanical assemblies that make up the retract and lock stays on the landing gear. Each actuator consists of a pair of compact, powerful brushless motors, a gear box and a ball screw capable of extending up to 1.3 meters in length and designed to deliver the 300 kilo-newtons of force needed to deploy and lock the landing gear in place.
Messier-Dowty selected Muirhead to build the actuators because of its long-standing experience with the design and manufacture of aerospace sensor motors and actuators. Muirhead expects to have its dedicated actuator test facility completed by the end of July 2009 in time to test the first set of actuators in the third quarter of 2009. Muirhead also will support Airbus as it tests the new landing gear design on the A320 test rig at its large-scale test facility in Filton, Bristol, UK.
Messier-Dowty International, a SAFRAN Group company, is a world leader in the design, development and manufacture of aircraft landing gear. Its landing gear is in service on more than 20,500 aircraft making more than 35,000 landings every day worldwide.
Muirhead Aerospace is a unit of AMETEK Aerospace & Defense division, which is a leading supplier of engine and aircraft sensors and monitoring systems; data acquisition units; fuel and fluid measurement systems; cables and harness assemblies; solid-state power distribution products; avionics blowers and fans; heat transfer and cooling systems; and maintenance, repair and overhaul services.
AMETEK Aerospace and Defense is a unit of AMETEK, Inc. (NYSE: AME), a leading global manufacturer of electronic instruments and electric motors with annual sales of more than $2.5 billion. For more information, contact AMETEK Aerospace & Defense, 50 Fordham Road, Wilmington, MA 01887. Phone: 978-988-4639. Fax: 978-988-4944. E-mail: aerosales@ametek.com. Web Sites: http://www.ametekaerodefense.com,
http://www.muirheadaerospace.com
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MULTI-FUNCTIONAL TALYROND 500 SERIES FROM TAYLOR HOBSON COMBINES ROUNDNESS, SURFACE FINISH AND CONTOUR ON A SINGLE PLATFORM
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Release Date: Monday, November 21, 2011
Contact: Nick Maddock+44 (0) 116 276 3771
LEICESTER, ENGLAND— Taylor Hobson, a global leader in ultra-precision measurement instrumentation, has introduced a breakthrough metrology instrument that is able to perform three core measurements: roundness, form and surface finish on a single platform. The all-new Talyrond 500 Series combines Taylor Hobson’s decades of experience in high-accuracy surface measurement instrumentation with its expertise in ultra-precision machining.
The Talyrond 500 offers a highly cost-effective solution for extremely accurate roundness, contour and surface measurements that previously required three separate instruments, resulting in savings in both time and equipment outlays. In addition, the Talyrond 500 Series boasts of an impressive measurement resolution of 0.3 nm.
The highly versatile Talyrond 500 Series of metrology instruments uses rotary, vertical and horizontal measuring datums to duplicate a machine tool’s movement to exactly reproduce the work piece shape. This ultrahigh precision simulation of a cutting tool path then allows for precise control of a manufacturing process.
The Talyrond 500 is ideally suited for a wide range of high-accuracy measuring applications, including precision bearings, fuel injectors, crankshafts and turbocharger parts. In addition, the new Series offers a comprehensive range of standard accessories along with a long list of highly specialized accessories that are able to accommodate the most demanding applications.
The Talyrond 500 Series features a high-resolution gauge and low axis noise for linear or circumferential surface roughness measurement; frictionless air-bearing spindle and precision column for roundness, cylindricity and straightness measurements; and a patented calibration technique for the measurement of radius, angle, height, length and distance.
The instrument provides high-productivity and error-free performance regardless of operator skill. It performs calibration, center and level functions along with measuring routines automatically. These features along with simplified teach and learn programming techniques, comprehensive user prompts and on-screen instructions combine for unparalleled ease of operation.
While traditional inspection methods are able to detect out-of-specification components, the Talyrond 500 is able to help users quickly rectify production issues that cause these inaccuracies. Deviations can be broken down into irregularities that have both frequency and amplitude. Harmonic analysis can identify these imperfections, allowing users to isolate and correct their cause.
Noise and vibration issues typically occur on components produced on machines with alignment, balance or chatter problems. As the level of manufacturing precision increases, it has become more difficult to minimize these often subtle machine tool effects. However, the Talyrond 500 with its frictionless air-bearing spindles and high-precision encoders is perfectly suited for identifying and isolating high-frequency harmonics. A simple roundness measurement by the Talyrond 500 followed by harmonic analysis rapidly identifies these types of problems and provides information for their correction.
Taylor Hobson Precision is a leading manufacturer of ultra-precision measurement instrumentation for a variety of markets, including optics, semiconductors, hard disk drives and nanotechnology research. It is a unit of AMETEK, Inc, a leading global manufacturer of electronic instruments and electromechanical devices, with annualized sales of $3.0 billion.
For more information on Taylor Hobson’s complete line of ultra-precision measurement instruments, contact Taylor Hobson, 2 New Star Road, Leicester, LE4 9JQ, UK. Tel: +44 (0) 116 276 3771. Fax: +44 (0) 116 246 0579. E-mail: sales@taylorhobson.com Web site: www.taylor-hobson.com
Click here for a hi-res image of the Talyrond 585 metrology instrument
For further information contact:
Jon Gardiner Ian Lee-Bennett
Roundness Product Manager Business Development Director
+44 (0)116 246 3159 +44 (0)116 246 3159
jon.gardiner@ametek.co.uk ian.lee-bennett@ametek.co.uk
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National Instruments LabVIEW Driver Software
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Release Date: Monday, January 01, 0001
We are pleased to offer LabVIEWâ drivers for most of the computer controllable instruments in our product range, available by free download from this site.
What's Included?
In accordance with National Instrument's recommendations, all drivers that operate instruments via GPIB or RS232 serial interfaces use the NI VISA software extensions. The advantage of this is that they are portable to any platform supported by LabVIEW and NI VISA, not only the PC, and that it is possible to build systems using multiple instances of the same instrument. For example, two model 7265's used for ratiometric spectroscopy can be operated from the same program. Drivers for the models 3820, 3830, Eclipse and FastFlight-2 use an underlying ActiveX control for instrument communication, and hence will only work on computers running Windows.
Each driver includes a basic VI to handle communications to and from the instrument. This generally takes the form of a VISA Write/Read VI that will write any of the commands listed in an instrument's instruction manual to the instrument and handles the response, if any. Complex responses, such as curve downloads and responses to compound commands are decoded correctly, and the VI operates via either the RS232 or GPIB interfaces. It also generally determines the instrument's status (e.g. overload and reference lock) and makes these available as Boolean outputs.
Other basic VI's are supplied to open and close VISA sessions, to determine the instrument's status, firmware revision and perform a reset operation.
The next level of VI's support the different instrument controls and read the required outputs. These VI's are unusual since they have the capacity to save the last setting sent to the instrument so that if called repeatedly they do not generate unnecessary commands over the interface, thereby speeding up programs that use them.
At the top level the drivers include some Application Examples and a Getting Started VI. The latter operates essentially as a "static interface" routine, and is a good template to use for building your own program, while the Application Examples generally take the form of a soft front panel and show how the lower level VIs can be combined to yield a useful program.
Software Requirements - Drivers for LabVIEW version 8.2
In order to use the drivers you will need LabVIEW version 8.2 or later.
Software Requirements - Drivers for LabVIEW version 7.1
In order to use the drivers you will need LabVIEW version 7.1 or later.
Software Requirements - Drivers for LabVIEW version 6.0
In order to use the drivers you will need LabVIEW version 6.0 or later.
Software Requirements - Drivers for LabVIEW version 4.0
In order to use the drivers you will need LabVIEW version 4.0.1 or later.
Software Requirements - All Drivers (Except those for the FastFlight-2, Eclipse DSA, Model 9826, Model 9846, Model 3820 and model 3830)
National Instrument's VISA software extensions are required. You should therefore ensure that you have these extensions loaded. On a PC, the quickest way to do this to to check that the file VISA32.DLL is in you windows/system folder. If it is not, try re-installing LabVIEW and check that you choose the option to install VISA, or visit NI's website and download the latest driver. Click here to get to the NI VISA downloads page.
Available Drivers
Drivers are available for the following instruments:
Lock-in Amplifiers
•Models 5105 and 5106
•Models 5109 and 5110
•Models 5209 and 5210
•Model 5302
•Models 7220, 7225, 7225BFP, 7260 and 7265
•Model 7230 (requires installation of NI-VISA USB driver if using USB for communications - click here to locate)
•Model 7270 (requires installation of NI-VISA USB driver if using USB for communications - click here to locate)
•Model 7280 and 7280BFP
•Model 7124 (requires installation of NI-VISA USB driver if using USB for communications - click here to locate)
For unlisted instruments we may have a basic, unpublished, driver available. Please e-mail your request to info@signalrecovery.com
Click here to proceed to the downloads page
LabVIEW is a trademark of National Instruments Corporation.
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NEW 3-D PROCESS IMPROVES FORM ACCURACY OF DIFFRACTIVE OPTICS
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Release Date: Thursday, November 10, 2011
Contact: Tina Hoppock (603) 357-2511
KEENE, NH— Two established leaders in ultra precision manufacturing –Taylor Hobson and Precitech—have combined their expertise in precision optical measurement and manufacturing to develop a new process to measure, analyze and correct for diffractive form errors in three dimensions. This latest advancement in 3-D metrology and correction of aspheric diffractive optics will be unveiled at the 26th Annual Meeting of the American Society of Precision Engineering on November 14, 2011 in Denver, CO.
Previously it was not possible to measure diffractive optical surfaces and correct for symmetric and asymmetric errors inherent in the turning process, because large diffractive zones within the optics made it difficult to measure shape. The new process utilizes a Talysurf PGI Optics 3-D metrology instrument with advanced aspherics analysis software and a Talysurf CCI non-contact 3-D optical profiler from Taylor Hobson along with a NanoForm 250Ultra ultra precision machine tool with a rotary B axis and a fast tool servo from Precitech.
Presentation of the new process will be made by Dr. Joffery Roblee, who is Director of Product Engineering at Precitech and an active member of the European Society of Precision Engineering and Nanotechnology and the American Society of Precision Engineering and by Erik Stover, Business Development Manager for Taylor Hobson. Copies of the presentation will be released following the meeting.
Dr. Roblee, who joined Precitech in 2002, holds a number of patents and awards and has presented numerous papers on temperature control, machine dynamics, air-bearing design, optics fabrication and optomechanics. Mr. Stover joined Taylor Hobson in 2010 and has an extensive background in optical manufacturing and process engineering.
Precitech, based in Keene, NH, provides ultra precision single-point and multi-axis diamond turning machines for applications requiring nano-metric levels of accuracy. Its NanoForm 250Ultra precision diamond turning lathe is specifically designed for the production of optical lenses, optical mold inserts and mirrors as well as precision mechanical components. It is fast and easy to use and boasts an unprecedented 16 picometer feed back resolution and industry-leading operating system with 0.01 nanometer programming resolution.
Taylor Hobson, based in Leicester, England, is an established leader and innovator in ultra-precision measurement instrumentation for a variety of markets, including optics, semiconductors, hard disk drives and nanotechnology research. Its Talysurf PGI Optics 3-D profiler is ideal for 3-D form measurement of shallow- and steep-sided molds and lenses (up to 85 degrees), and with its powerful, proprietary Asphero-Diffractive Analysis software, performs diffractive lens measurement and analysis as well. Its Talysurf CCI 3-D non-contact optical profiler provides highly precise surface texture, step height and micro-dimensional measurement on all types of rough, smooth and highly reflective surfaces.
Both Precitech and Taylor Hobson are units of AMETEK Ultra Precision Technologies, a division of AMETEK, Inc, a leading global manufacturer of electronic instruments and electromechanical devices, with annualized sales of $3.0 billion.
For more information on Precitech’s line of ultra-precision machining systems, contact Precitech, 44 Blackbrook Road, Keene, NH 03431, USA. Tel: (603) 357-2511. Fax: (603) 358-6174. E-mail: sales@precitech.com Web site: www.precitech.com
For more information on Taylor Hobson’s line of ultra-precision measurement instruments, contact Taylor Hobson, 2 New Star Road, Leicester, LE4 9JQ, UK. Tel: +44 (0) 116 276 3771. Fax: +44 (0) 116 246 0579. E-mail: sales@taylorhobson.com Web site: www.taylor-hobson.com
Click here for a hi-res image of the NanoForm 250 Ultra Precision Machining System
Click here for a hi-res image of the Talysurf PGI Optics 3D Profiler
Click here for a hi-res image of the Talysurf PGI 3D Profiler
Click here for a hi-res image of the Talysurf CCI Optical Profiler
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New Feature Added to MINIVAP VPXpert: Vapor Pressure Testing of LPG
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Release Date: Thursday, April 26, 2012
CONTACT: Hannes Pichler +43 1 282 16 27-13
VIENNA, AUSTRIA – Grabner Instruments, a subsidiary of AMETEK, Inc., has upgraded its top-selling portable vapor pressure tester—the MINIVAP VPXpert. After extensive testing, Grabner Instruments has released a new method to test liquefied petroleum gas (LPG) up to 1000 kPa pressure.
The MINIVAP VPXpert tests according to ASTM D6897, the Grabner Method, which yields results equivalent to the traditional ASTM D1267 bomb method. The new LPG method is included with all new analyzers. Existing users of the MINIVAP VPXpert also can upgrade their analyzers for LPG testing free of charge.
“In our opinion, the MINIVAP VPXpert is the best deal for customers,” explains Dr. Oliver Sauer, Director of Marketing & Sales at Grabner Instruments. “We are continually improving our analyzers by adding new, thoroughly tested methods and features, to give our customers a competitive edge in terms of cost and ease of use.”
Since its market introduction in 2009, the MINIVAP VPXpert has rapidly become the best-selling pressure analyzer, taking the lead in innovation from its predecessors, the MINIVAP VPS and VPSH.
The MINIVAP VPXpert is a fully configured “all-in” analyzer, ready for testing gasoline (ASTM D6378, D5191), V/L ratio (ASTM D5188), ASTM D6377 (crude oil) and ASTM D6897 (LPG up to 1000kPa). No expensive software or hardware upgrades are required.
The MINIVAP VPXpert was developed by Grabner Instruments, a pioneer and world leader in vapor pressure testing. Grabner Instruments revolutionized vapor pressure testing in 1987 with the launch of the MINIVAP—the world’s first automatic mini-vapor pressure tester that eliminated operator bias and tiresome sample handling that, up to then, had been associated with vapor pressure testing.
Over the years, Grabner Instruments has been universally recognized as the worldwide expert in vapor pressure testing, and, since 1993, its MINIVAP has served as the U.S. Environmental Protection Agency’s reference instrument for highest precision vapor pressure measurement.
For additional information on expert vapor pressure testing, visit www.graber-instruments.com or info.grabner-instruments@ametek.at.
Grabner Instruments, a subsidiary of AMETEK, Inc., is considered one of the world’s leading developers and manufacturers of automatic petroleum testing equipment. Grabner Instruments’ success is based on the development of portable, rugged, and easy-to-operate fuel and oil analyzers for accurate quality control in the laboratory as well as for fast on-site tests in mobile laboratories.
AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with annual sales of $3.0 billion. AMETEK’s corporate growth plan is based on four key strategies: Operational Excellence, Strategic Acquisitions and Alliances, Global and Market Expansion, and New Products. AMETEK is a NYSE-listed stock as well as a component of the S&P MidCap 400 Index and Russell 1000 Index.
Click here for a hi-res image of the MINIVAP VPXpert Vapor Pressure Analyzer
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NEW JOFRA MODEL HPC400 HANDHELD PRESSURE CALIBRATOR BRINGS LABORATORY ACCURACY TO FIELD USABLE INSTRUMENT
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Release Date: Friday, October 09, 2009
LARGO, FLORIDA – The new HPC400 Series of handheld pressure calibrators from AMETEK Calibration Instruments is a true field instrument designed for easy and reliable check and calibration of pressure. The HPC400 Series is suited for process control applications such as verification or calibration of pressure gauges, transducers, transmitters, pressure switches and safety valves.
The high-quality and user friendly features of the HPC400 make calibration tasks easy to perform. All relevant information is shown on a large, multi-line graphical display. This includes 15 different pressure units, transmitter mA reading with 24 VDC supply onboard, min/max and peak recording, and semiautomatic pressure switch test. Opening and closing pressures are automatically recorded and deadband calculated.
Three pressure ranges are available (HPC400-2C for vacuum to 2 bar/ 30 psi; HPC400-7C for vauum to 7 bar/ 100 psi and HPC400-20C for vacuum to 20 bar / 300 psi). There are five user specific setups available for frequently used measurement/ calibration applications.
The rugged HPC400 calibrator has a large backlit graphical display a user friendly menu with icons that show current status and mode and one, two or three measurement windows to suit specific applications or needs. A dedicated zero test button to provide convenient zero before test helps ensure accuracy.
Maintenance of the HPC400 is easy. Recalibration of the unit can be performed locally with an accurate pressure reference. There is no need to send the unit back to AMETEK for recalibration. Pump and calibrator are separate, so replacement of the pump does not require return of the complete system for repair.
The HPC400 can be delivered as an individual calibrator or as a complete calibration system ready for use in a carrying case, including pump, hose connectors, battery, test leads, user manual and traceable calibration certificate.
The JOFRA® HPC400 handheld pressure calibrators is part of a comprehensive line of pressure, temperature, and force-measurement and calibration products marketed by AMETEK Calibration Instruments under the JOFRA®, LLOYD®, CHATILLON® and MANSFIELD & GREEN® brand names.
AMETEK Calibration Instruments is among the world’s leading manufacturers of calibration instruments for temperature, pressure, and process signals and a unit of AMETEK Measurement & Calibration Technologies, a division of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with annual sales of more than $2.5 billion.
For more information on the full line of JOFRA® products, contact AMETEK Calibration Instruments, 8600 Somerset Drive, Largo, FL 33773. Phone: 727-536-7831. Toll free: 800-527-9999, ext. 3555. Fax: 727-539-6882. Web site: http://www.ametekcalibration.com.
Click here for a hi-res image of the JOFRA Model HPC400 Pressure Calibrator
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NEW JOFRA RTC-156 REFERENCE TEMPERATURE CALIBRATOR INCORPORATES STATE-OF-THE-ART FEATURES AND PERFORMANCE
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Release Date: Tuesday, June 23, 2009
LARGO, FLORIDA – AMETEK Calibration Instruments—undisputed leader in temperature calibration—has introduced the JOFRA® RTC-156, its most advanced dry-block reference temperature calibrator to date.
With a host of innovative features and AMETEK’s long history of providing reliable, low-drift calibration instruments, the JOFRA® RTC-156 sets a new standard for reference temperature calibrators worldwide.
Among the features of new RTC-156 is a patent-pending Dynamic Load Compensation (DLC) system for perfect temperature uniformity in the insert no matter the number or size of the sensors immersed. It also offers unique intelligent sensors for plug ‘n’ play connectivity, an easy-to-read full-color VGA display, and a USB connection for improved communications and software downloads.
The RTC-156 performs calibrations over a very wide range of temperatures from -30oC up to 155oC (-22 to 311oF). Heating and cooling speeds also have been increased 20% versus comparable calibrators.
Three models are available: RTC-A reference temperature calibrator, RTC-B reference temperature calibrator with input for reference sensor, DLC sensor and sensors-under-test, and RTC-C reference temperature calibrator with input for reference sensor and DLC sensor. AMETEK JOFRACAL proprietary software package comes standard on all models.
The RTC-156 features AMETEK’s well-known active dual-zone heating technology. Each of the calibrator’s two heating zones is independently controlled for precise temperature calibration. The homogeneity of the lower zone is close to that of a laboratory liquid bath. The upper zone compensates for heat loss from the sensor- under- test as well as from the open top. This eliminates the need for extra insulation of sensors-under-test and makes it possible to calibrate liquid-filled and other sensors.
The RTC-156 offers a further improvement on this technology with its new DLC sensor, which measures the temperature in the calibrator’s insert and provides feedback to the active dual-zone system to compensate for the temperature differences resulting from testing various sensors. This allows the RTC-156 to perform highly accurate temperature calibrations without being affected by the size and number of sensors under test.
Along with the new DLC sensor, the RTC-156 includes a newly designed STS-200 (Superior Temperature Standard) reference sensor. Both the STS-200 and DLC sensors have been angled 90 o and customized so the top of the sensor is only slightly higher than the top of the calibrator. This unique design makes it possible for the RTC-156 to calibrate threaded sensors and sensors with connection heads.
The RTC-156 Series’ rugged, lightweight design features new multi-hole insert kits that cover most commonly known sensor sizes and a highly functional carrying case for improved portability and convenience. The specially designed carrying case makes it possible to store and protect DLC and reference sensors, inserts, support rods, wires, manuals, plugs and insert tools.
The JOFRA RTC-156 Series is part of a comprehensive line of pressure, temperature, and force-measurement and calibration products marketed by AMETEK Calibration Instruments under the CHATILLON®, JOFRA®, LLOYD®, and MANSFIELD & GREEN® brand names.
AMETEK Calibration Instruments is among the world’s leading manufacturers of calibration instruments for temperature, pressure, and process signals and a unit of AMETEK Measurement & Calibration Technologies, a division of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with annual sales of more than $2.5 billion.
For more information on the full line of JOFRA® products, contact AMETEK Calibration Instruments, 8600 Somerset Drive, Largo, FL 33773. Phone: 727-536-7831. Toll free: 800-527-9999, ext. 3555. Fax: 727-539-6882. Web site: http://www.ametekcalibration.com.
Click here for hi-res image of JOFRA® RTC-156 Reference Temperature Calibrator
Click here for a hi-res image of Dynamic Load Compensation sensor
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NEW WEBSITE FOR CHATILLON® FORCE MEASUREMENT PRODUCTS
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Release Date: Monday, July 18, 2011
CONTACT: Scott Crone (727) 538-6007
LARGO, FL--The Chatillon® brand moves into its 176th year with exciting new products and a completely revised website,www.chatillon.com. Chatillon force measurement instruments and systems are used for production, quality and R&D in a host of applications and markets They are part of the AMETEK Test & Calibration Instruments, which also includes Lloyd Instruments’ materials testing machines, Davenport polymer test equipment, hardness testers from Newage Hardness Testing Instruments and Jofra calibration instruments.
The easy-to-navigate website carries full details of the brand new DF II Series of Digital Force Gauges, the first of their type to offer wireless data transfer and communication via integral Bluetooth. Digital force gauges, combined with testers and stands, software, sensors, grips and fixtures and accessories form one of the most comprehensive ranges of force measurement instruments available.
The new website also contains a host of new features including an interactive ‘Virtual Tour’ of the new DF II products, extensive information on different force testing solutions and a comprehensive library of technical manuals available for download. The DF II Series interactive Virtual Tour is the closest thing to having the gauge actually in one’s hands!
A section dedicated to force-testing solutions allows visitors to explore force testing possibilities from a variety of different viewpoints. Testing solutions can be evaluated by test types or by market and application area. In addition, there is the facility to find international standards for the material or product being tested.
Chatillon force measurement products are part of AMETEK Measurement & Calibration Technologies Division. AMETEK, Inc., is an NYSE listed global manufacturer of electronic instruments and electromechanical devices with annualized sales of $2.9 billion. For more information contact, AMETEK Measurement & Calibration Technolgies, 8600 Somerset Drive, Largo, FL 33223. Tel: 727-536-6000. Fax: 727-539-6882
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NEWLY ENHANCED VERSITRON® ROCKWELL HARDNESS TESTER COMBINES LABORATORY ACCURACY WITH RUGGED SHOP FLOOR DESIGN
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Release Date: Thursday, September 15, 2011
FEASTERVILLE, PA—The newly enhanced Versitron® Rockwell Hardness Testing System from Newage Testing Instruments achieves fast, accurate and repeatable hardness test results under less than ideal operating conditions, making it suitable for both lab or shop use. The highly versatile tester also eliminates the need to use jack rests for large parts or to frequently clean or cut parts to be tested. Simply put, the best just got better.
Long considered the workhorse of the industry, the Versitron has the fastest test cycle of any hardness tester, performing tests in as little as four seconds, even on manually activated machines. The tester’s robust frame allows large specimens to be clamped in seconds prior to applying the load without supports or tools and without affecting test results. In addition, the system is extremely user friendly, requiring little operator training and having few service or maintenance requirements.
Commonly found test conditions, such as vibration or a dirty test environment, test samples with oily residues, or thin test pieces will sometimes cause test error due to deflection during the load. The Versitron features a unique indenter system that eliminates or substantially reduces those errors. In addition, a clamping shield holds difficult test parts securely to the tester’s anvil and helps to protect the indenter area.
The Versitron’s entire load system is modular and self-contained with a number of specific advantages over other systems. With a single pull of a lever, an operator can perform the entire test cycle, applying both the preload and full load and providing a test result in as few as four seconds without operator influence. Motor-driven systems are started with a push of a button or pedal.
Immediately surrounding the Versitron indenter is an indenter shroud whose purpose is to sense the position of the indenter relative to the test surface when the preload has been applied. Should the test specimen deflect under major load, the shroud travels with the test surface to compensate by maintaining the precise reference position with the test surface, so the test results remain accurate.
Modular test heads are easy to install so that testers can be quickly interchanged between regular and superficial ranges or be upgraded by adding new test heads as requirements change. Test heads are available in basic digital and advanced digital versions and are interchangeable with any Versitron frame.
All Versitron testers have RS-232 output for data transfer and are available with DataView software that was developed specifically for hardness test data collection and offers such features as scale conversion and round correction. Built-in hardness conversion tables can automatically convert test results to another hardness scale, per ASTM E 140, at the push of a button.
The Versitron tester is uniquely qualified for a wide range of custom and in-line production applications. The versatile hardness tester is robustly designed and manufactured in America and supported by AMETEK’s long-standing reputation for product innovation and engineering support.
Newage Testing Instruments is a unit of AMETEK Measurement & Calibration Technologies, an established leader in hardness testers and accessories. It offers a comprehensive range of hardness testers for Rockwell, Brinell and Microhardness testing. AMETEK Test & Calibration Technologies is a division of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices.
Click here for a hi-res image of the Versitron Rockwell Hardness Tester
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ORTEC Announces the Detective-200™
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Release Date: Wednesday, April 25, 2012
Oak Ridge, TN, --The ORTEC Products Group of AMETEK Advanced Measurement Technology has launched the latest addition to its highly successful Detective Series of high-purity Germanium (HPGe) radioisotope identifiers. The Detective-200™ is a new breakthrough radiation identification instrument designed to be compact, highly sensitive and portable to achieve an array of nuclear security objectives. These include:
• Mobile Nuclide Identification – Scalable and easily integrated into any mobile asset for mobile wide area search applications.
• Maritime Nuclide Identification – Designed for harsh maritime missions, easily installed on marine vessels, and can be operated with increased counting times and provides effective radionuclide identification out to 20 meters.
• Portable Chokepoint Monitoring – Unique packaging for easy stackable configuration to place at road sides, pedestrian entryways, and vehicle entry locations with “Auto Identification” features for easy set-up and operation.
Compared with the other ORTEC Detective family members, the larger HPGe detector element in the Detective-200™ offers ultrahigh sensitivity, easy use, low number of false alarms, fast implementation, small portable packaging, and low maintenance operations.
The Detective-200™ was developed to support a variety of wide area search applications and provides for a cost-effective solution, compared with current permanent installed radiation detection systems. In addition, the Detective-200 it offers the highest degree of resistance to shock, dust and moisture of any instrument of its type and is designed for IP67 compatibility.
The Detective-200™ is fully supported by the latest versions of the Detective-Remote™ management software application. The Detective-Remote™ manages multiple Detective-200™ instruments and provides a combination mode to integrate into a single composite detector module. .
ORTEC has more than 50 years of experience in the design and manufacture of highly sensitive radiation detectors used by government and industrial laboratories, nuclear facilities and medical research and in nuclear safeguards. ORTEC is the leading supplier of high-resolution HPGe-based radiation identifiers
For more information, contact ORTEC Products Group, 801 South Illinois Avenue, Oak Ridge, TN 37831-0895. Telephone: 865-482-4411, Toll free: 800-251-9750. Fax: 865-483-0396. Website: www.ortec-online.com
AMETEK’s ORTEC Products Group is a unit of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with annualized sales of $3.0 billion.
Click here for a hi-res image of the Detective-200 Radiation Identifier
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ORTEC INTRODUCES NEW RANGE OF ALPHA SPECTROMETERS
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Release Date: Tuesday, April 27, 2010
OAK RIDGE, TN– The ORTEC® Products Group of AMETEK Advanced Measurement Technology (AMT) has introduced the Alpha Suite family of all-in-one alpha spectrometers for use in mobile environmental laboratories and counting room applications.
The Alpha Suite is the first alpha spectrometer to employ integrated digital signal processing multichannel analyzers, achieving a very high level of stability that is a major advantage for long counting times with low-level samples.
“We conceived of the Alpha Suite following years of experience with our OCTETE Alpha systems in counting rooms around the world and decided to utilize a new modular approach that incorporates the latest digital signal processing techniques,” notes Tim Twomey, ORTEC Product Manager. “We believe the resulting product family represents a new milestone in the development of digital, integrated nuclear spectroscopy, offering unmatched value and performance.”
The Alpha Suite product family includes the NIM-based, single-channel Alpha Aria; the innovative, two-channel, bench-top Alpha Duo, and the flexible Alpha Ensemble, a single instrument that is expandable from two to eight channels.
Each instrument in the Alpha Suite family requires only a power source, vacuum pump and a USB connection to a PC. Each has one or more spectroscopy channels consisting of a vacuum chamber, digital signal processing electronics and multichannel analyzer function. ORTEC ULTRA series ion-implanted silicon detectors are recommended.
Read more about the Alpha Suite family of alpha spectrometers. . .
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ORTEC Products Group of AMETEK AMT, which celebrates 50 years of service in 2010, is a leader in the design and manufacture of highly sensitive radiation detectors that are used by government and industrial laboratories, nuclear facilities and medical research and in nuclear safeguards.
ORTEC is one of only two manufacturers worldwide with the ability to produce high-purity germanium and high-resolution radiation detectors from it and is a leader in systems, digital signal processing electronics and software associated with such applications.
For more information, contact ORTEC Products Group, 801 South Illinois Avenue, Oak Ridge, TN 37831-0895. Telephone: 865-482-4411, Toll free: 800-251- 9750. Fax: 865-483-0396. Website: www.ortec-online.com
AMETEK AMT is a division of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with 2009 sales of more than $2.1 billion.
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ORTEC INTRODUCES AURAS-3000 FREE-RELEASE WASTE ASSAY COUNTER
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Release Date: Monday, July 26, 2010
ORTEC INTRODUCES AURAS-3000 FREE-RELEASE WASTE ASSAY COUNTER
Oak Ridge, TN – The ORTEC Products Group of AMETEK Advanced Measurement Technology has introduced the AURAS-3000 free-release waste assay counter for handling bulk quantities of low-level radioactive waste prior to disposal.
“The fully automated AURAS-3000 system is particularly well suited for nuclear plant decommissioning projects, where having the ability to free release waste greatly reduces waste disposal costs,” notes Tim Twomey, Product Manager for ORTEC Products Group. “The AURAS-3000 can handle bulk quantities of waste up to 3 cubic meters and weighing up to 3000 kilograms.”
“The innovative AURAS-3000 system provides full quantitative assay of all detectable gamma emitters with non-gamma emitter estimates by correlated scaling factors. It also offers individual and averages activity and MDA reporting and achieves free-release detection limits within moderately short count times,“ adds Twomey.
The AURAS-3000 incorporates four ORTEC Interchangeable Detector Modules (IDM’s) that each feature a large-area high-purity Germanium (HPGe) detector measuring 85mm in diameter, cooled by a Stirling-cycle Cooler and incorporating advanced digital signal processing electronics. The size of the HPGe detectors contributes directly to the low MDA achievable with the AURAS-3000.
ORTEC ISOPLUS Version 4.1 software provides data analysis under a simple automated user interface written in National Instruments Labview . The analysis allows multiple estimates of container activity content to be computed, compared and averaged. The system also incorporates extensive safety features to ensure its safe operation.
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ORTEC INTRODUCES THE DIGIDART-LF SMART HANDHELD DIGITAL MULTI-CHANNEL ANALYZER FOR SCINTILLATION DETECTORS
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Release Date: Monday, June 29, 2009
OAK RIDGE, TN–The ORTEC® business unit of AMETEK Advanced Measurement Technology (AMT) has introduced the DigiDART-LF, a portable “SMART” multi-channel analyzer (MCA) for sodium iodide (NaI TI), lanthanum bromide (LaBr3:CE) and other scintillation detectors.
The rugged, lightweight DigiDart-LF is completely operable without a PC. It can perform a variety of measurements directly in the field or on site and store a large amount of spectra in an internal memory. Its built-in backlit LCD display and control keypad create a live display as data is acquired. An advanced, low-power design provides the DigiDart-LF with digital stability, high data throughput and up to twelve hours of operational life from a single battery charge.
“The DigiDART LF is a field-portable MCA designed specifically for use with NaI(Tl) and LaBr scintillation detectors that offers an excellent combination of features, performance and value,” comments Tim Twomey, ORTEC® Product Manager.
ORTEC has more than 40 years of experience in the design and manufacture of highly sensitive radiation detectors that are used by government and industrial laboratories, nuclear facilities and medical research and in nuclear safeguards. It is a leader in digital signal processing electronics and associated software.
For more information, contact ORTEC Products Group, 801 South Illinois Avenue, Oak Ridge, TN 37831-0895. Telephone: 865-482-4411, Toll free: 800-251-9750. Fax: 865-483-0396. Website: http://www.ortec-online.com
AMETEK AMT is a division of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with annual sales of more than $2.5 billion.
Click here for a hi-res image of the ORTEC DigiDART-LF portable MCA
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ORTEC INTRODUCES THE DIGIDART-LF SMART HANDHELD DIGITAL MULTI-CHANNEL ANALYZER FOR SCINTILLATION DETECTORS
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Release Date: Monday, June 29, 2009
OAK RIDGE, TN–The ORTEC® business unit of AMETEK Advanced Measurement Technology (AMT) has introduced the DigiDART-LF, a portable "SMART" multi-channel analyzer (MCA) for sodium iodide (NaI TI), lanthanum bromide (LaBr3:CE) and other scintillation detectors.
The rugged, lightweight DigiDart-LF is completely operable without a PC. It can perform a variety of measurements directly in the field or on site and store a large amount of spectra in an internal memory. Its built-in backlit LCD display and control keypad create a live display as data is acquired. An advanced, low-power design provides the DigiDart-LF with digital stability, high data throughput and up to twelve hours of operational life from a single battery charge.
“The DigiDART LF is a field-portable MCA designed specifically for use with NaI(Tl) and LaBr scintillation detectors that offers an excellent combination of features, performance and value,” comments Tim Twomey, ORTEC ®Product Manager.
ORTEC has more than 40 years of experience in the design and manufacture of highly sensitive radiation detectors that are used by government and industrial laboratories, nuclear facilities and medical research and in nuclear safeguards. It is a leader in digital signal processing electronics and associated software.
For more information, contact ORTEC Products Group, 801 South Illinois Avenue, Oak Ridge, TN 37831-0895. Telephone: 865-482-4411, Toll free: 800-251-9750. Fax: 865-483-0396. Website: http://www.ortec-online.com
AMETEK AMT is a division of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with annual sales of more than $2.5 billion.
Click here for a hi-res image of the ORTEC DigiDART-LF portable MCA
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ORTEC New Mexico Portal Monitor 1 Year Anniversary
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Release Date: Tuesday, November 23, 2010
ORTEC® HIGH-RESOLUTION RADIATION DETECTION PORTAL MONITOR CELEBRATES ONE-YEAR ANNIVERSARY IN NEW MEXICO
System Operates Continuously Without Single Day of Downtime
OAK RIDGE, TN, November 23, 2010–The ORTEC® Products Group of AMETEK Advanced Measurement Technology recently celebrated the first full-year operation of its Detective Spectroscopic Portal Monitor (SPM) radiation monitor at the Anthony, New Mexico, Port of Entry.
The system, which is designed to detect and identify illicit radiological and nuclear materials that attempt to enter the United States, completed its first year of operation without a single day of downtime. The Detective-SPM portal monitor, driven by ORTEC’s leadership position in high-purity germanium (HPGe) nuclear material identification technology, serves as a secondary screening for commercial vehicles entering the United States that have triggered basic alarms on primary low resolution radiation screening devices based on polyvinyl toluene (PVT) scintillators.
The State of New Mexico contracted for the ORTEC high-resolution radiation monitor in the spring of 2009 and commissioned the system on November 6, 2009.
“This anniversary marks a key milestone in our effort to bring the best available nuclear identification technology to the frontline in the global war on terrorism,” notes Matthew J. Cole, Vice President and General Manager of AMETEK Advanced Measurement Technology. “We believe the ORTEC high-purity germanium (HPGe)-based spectrometers coupled with our leading algorithms represent the world’s best commercially available technology for accurately and reliably identifying nuclear materials. This allows us to assess a potential threat quickly and optimize the flow of commerce.”
“The speed and accuracy of ORTEC’s Detective-SPM radiation monitor allows a single unit to be used in secondary identification screening supporting multiple PVT monitor portals used in a primary screening mode. By utilizing our portal monitor for secondary identification, as opposed to performing manual searches on the cargo that sets off the preliminary alarms, the State of New Mexico dramatically reduced traffic delays and labor costs,” he adds.
“The ORTEC HPGe-based detectors along with the software algorithms incorporated within our radiation portal monitor system significantly improve the ability of screeners to determine quickly if a radioactive source poses a threat without unnecessarily interrupting the normal flow of commerce.”
“We are very pleased with the operational record of our portal system” comments Mr. Cole. “Our system provides an undisputed, documented combination of the world’s best false negative identification performance with the lowest false positive identification relative to alternative detection technologies such as Sodium Iodide (NaI) or Lanthanum Bromide (LaBr). This performance, coupled with our now demonstrated high-level of reliability and low operating costs, makes the ORTEC Detective-SPM a compelling solution to assist in the world’s efforts to avoid a nuclear catastrophe. “
ORTEC has 50 years of experience in the design and manufacture of highly sensitive radiation detectors, signal processing electronics, software, and systems for industry, academia, and government applications. The ORTEC product line of over 1,600 products includes equipment and instruments for nuclear power plant and government nuclear facility operations, special nuclear material safeguards, fundamental research, and Homeland Security.
For more information, contact ORTEC Products Group, 801 South Illinois Avenue, Oak Ridge, TN 37831-0895. Telephone: 865-482-4411, Toll free: 800-251-9750. Fax: 865-483-0396. Website: www.ortec-online.com
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NEW P-Type Coaxial HPGe Photon Detectors with Enhanced Low-Energy Efficiency
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Release Date: Friday, January 07, 2011
NEW P-Type Coaxial HPGe Photon Detectors with Enhanced Low-Energy Efficiency
OAK RIDGE, TN, January 7, 2011–The ORTEC® Products Group of AMETEK Advanced Measurement Technology has announced the addition of the GEM-MX models to its successful PROFILE Series of P-type Coaxial HPGe detectors. GEM-MX models offer improved low-energy response in a coaxial detector of large crystal dimensions.
“With the addition of the MX models to the PROFILE GEM Series, it is now possible to choose the optimum detector for a specific sample type and geometry based on crystal dimensions and radiation entrance window thickness, in every case,” notes Ben Kennedy, Product Manager for Research Detectors.
“The new GEM-MX models add extra flexibility to that choice,” he adds. “The detector models have a useful energy range from below 10 keV to 3000 keV and beyond. They are supplied with a standard high-transmission carbon-fiber window in an aluminum endcap. The combination of a thin front radiation entrance window with a coaxial crystal of large dimensions results in an HPGe detector with greater versatility, useful for counting both Marinelli samples and filter samples on endcap; all in a single detector.
AMETEK‘s ORTEC Products Group has over 50 years of experience in the design and manufacture of highly sensitive radiation detectors used by government and industrial laboratories, nuclear facilities and medical research and in nuclear safeguards. ORTEC is the leading supplier of high-resolution HPGe-based Radiation Identifiers for homeland security application.
AMETEK’s ORTEC Products Group is a unit of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with annualized sales of $2.5 billion. For more information, contact ORTEC Products Group, 801 South Illinois Avenue, Oak Ridge, TN 37831-0895. Telephone: 865-482-4411, Toll free: 800-251-9750. Fax: 865-483-0396. Website: www.ortec-online.com
Click here for a hi-res image of GEM-MX Series Photon Detector
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ORTEC® PRODUCTS INTRODUCES TWO NEW SYSTEMS FOR QUICKLY AND ACCURATELY MONITORING RADIOACTIVITY IN AGRICULTURAL PRODUCTS
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Release Date: Tuesday, January 31, 2012
In response to the nuclear reactor accident at the Fukushima power plant in Japan, the ORTEC Products Group of AMETEK Advanced Measurement Technology has released two new food screening systems to rapidly and accurately screen various foodstuffs for the presence of radionuclides.
FoodGuard-1 Food Screening System is a simple-to-use and portable sodium-iodide (NaI) detector-based system for the rapid screening of both liquid and solid foodstuffs designed primarily for “front-line” response by food producers, importers and export agencies. The FoodGuard-1 system offers a highly efficient counting system, easy sample loading and an intuitive user interface. The fast-screening system features clear results, including calculations with percentage of maximum permitted concentration (MPC) and audible alarms that warn of samples that exceed a user-set percent of MPC.
Each FoodGuard-1 system arrives pre-calibrated and ready to use with sample containers. The full system includes a NaI scintillation detector, lead shield, digiBase preamplifier with a Multi-Channel Analyzer for NaI spectroscopy, food screening software, Marinelli beakers, and optional computer and printer. In addition, the system can be leveraged with other counting applications such as radon filter counting, test swipes counting, water monitoring and materials monitoring.
FoodGuard-2 Food Screening System is for users who need to precisely quantify the radionuclides in food and other agricultural products that may be contaminated following a nuclear accident or terrorist incident. It incorporates a high-resolution Germanium gamma spectroscopy workstation designed specifically for sophisticated analysis of food, water or environmental samples for gamma-emitting radioactive materials. Developed to help users quickly move from raw samples to clear results, FoodGuard-2 Food Monitoring Software offers easy to use software for supervisors and operators with customizable nuclide libraries, configurable alarms, advanced activity analysis, and flexible reporting.
FoodGuard-2 was developed to address the needs of government inspection agencies, food exporters and others who need to rapidly and accurately quantify the levels of radionuclides in food, water and other samples. With its high-resolution, high-purity Germanium (HPGe) detector, the FoodGuard-2 is able to quantify every gamma-emitting radionuclide in a sample in terms of activity in becquerel/kilogram (Bq/kg) or becquerel/liter (Bq/liter). The system arrives pre-calibrated, configured, and ready to use with sample activity limits libraries derived from international standards, sample containers, and a calibration checksource.
“Both FoodGuard-1 and FoodGuard-2 systems allow government agencies, food manufacturers, export agencies and others tasked with keeping foodstuffs safe for consumers to rapidly screen agricultural products,” explains Caroline Tipton, ORTEC Product Manager. “The systems provide users with the information they need to confidently make decisions quickly regarding the safety of agricultural products following a nuclear incident and prevent delays in the distribution of these products to consumers.”
The ORTEC Products Group has over 50 years of experience in the design and manufacture of highly sensitive radiation detectors used by government and industrial laboratories, nuclear facilities and medical research and in nuclear safeguards and is the world’s leading supplier of high-resolution HPGe-based radiation identifiers.
The ORTEC Products Group is a unit of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with annualized sales of $2.9 billion. For more information, contact ORTEC Products Group, 801 South Illinois Avenue, Oak Ridge, TN 37831-0895. Telephone: 865-482-4411, Toll free: 800-251-9750. Fax: 865-483-0396. Website: www.ortec-online.com.
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Princeton Applied Research Introduces the OSP370 Non-Contact Surface Height Profiling System
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Release Date: Monday, January 01, 0001
Release Date: May 15, 2008
Oak Ridge, TN - The model OSP370 enjoys exceptional performance for fast, accurate, non-contact surface measurement and profiling on a wide range of surfaces. The new OSP370 Module incorporates a highly accurate laser displacement sensor giving the M370 operator the ability to make sub-micron resolution height measurements and generate 3D surface profiles of sample surfaces. The OSP370 is the latest addition to the range of surface measurement modules available with the M370 Scanning Electrochemical workstation.
The laser displacement probe technololgy incorporated into the OSP370 Module offers superior resolution and dynamic ranges. It is used in conjunction with the M370 x,y,z positioning system and benefits from highly accurate optical encoders providing precise closed loop feedback positioning over the full scan length and offers higher stability and measurement precision.
System control, data acquisition, and signal conditioning software running under Microsoft WindowsTM embodies all the user helpful features that efficient, accurate, surface measurement demands. The new release of software allows two dimensional surface profile maps to be acquired with over 4 million data points per map. Post data acquisition software has full WindowsTM clipboard support and allows any point to be measured in x y and z axes; the data is also exportable in ASCII format. Useful new features include tilt removal, digital filtering and various arithmetic options for off-line post data acquisition analysis. The new OSP370 software has the following key features:
- Control and analysis running under Microsoft™ Windows™
- Control functions include precise speed and position of height measurement sensor, all automatic scanning facilities for single linescans and two dimensional calibrated surface maps
- Live dynamic data height display and all displacement (x, y, z) parameters via optical encoder readouts displayed on floating toolbar
- Threshold display mode
- Macro-analysis language for automatic signal processing of data files including: tilt correction, curved surface removal, digital filtering, thresholding, arithmetic, statistics, and auto thresholding
- Area map analysis with precise post data acquisition measuring spatial displacement and surface height at any point
- Dimensional measurements including point, angle, radius of curvature, etc.
- Full line and surface roughness statistics
For more information please contact Rob Roberts, Product Manager, Princeton Applied Research, 801 S Illinois Avenue, Oak Ridge, TN 37830: 800-366-2741 or visit the company website: www.princetonappliedresearch.com.
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Princeton Applied Research Announces the New Scanning Droplet System Module
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Release Date: Thursday, May 15, 2008
Release Date: May 15, 2008
Oak Ridge, TN - Princeton Applied Research announces the introduction of the Scanning Droplet System, Model SDS370, to compliment its range of scanning probe instrumentation.
The scanning droplet technique confines a liquid in contact with a sample surface in order to measure electrochemical and corrosion reactions over the limited region where the droplet is in contact with the sample. This offers the ability to spatially resolve electrochemical activity and to confine it exclusively to a quantifiable area of the sample.
The SDS370 scanning droplet system allows a spatially resolved, in-situ investigation by standard electrochemical techniques such as line scans, area maps, potentiostatic pulse steps and open circuit measurements.
The SDS370 Module is used in conjunction with the M370 x,y,z positioning system and benefits from highly accurate optical encoders providing precise closed loop feedback positioning over the full scan length and offers higher stability and measurement precision.
Application areas for the SDS techniques include:
- Characterization of Surface Oxides
- Investigation of Coatings
- Characterization of ISFETs
- Investigation of Pitting Corrosion
- Localized Corrosion Versus Flow Rate
The SDS370 expands the range of scanning electrochemical techniques available from Princeton Applied Research for research and industrial applications and compliments the SVET, LEIS, SKP, SECM and OSP modules.
For more information please contact Rob Roberts, Product Manager, Princeton Applied Research, 801 S. Illinois Avenue, Oak Ridge, TN 37830 : 800-366-2741 or visit the company website: www.princetonappliedresearch.com
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Princeton Applied Research Announces the Launch of the New VersaSTAT 3F Potentiostat / Galvanostat
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Release Date: Friday, June 19, 2009
Oak Ridge, TN - On the 19 June 2009 Princeton Applied Research announced the launch of their new potentiostat/galvanostat, the VersaSTAT 3F.
The new VersaSTAT 3F is the latest member of the VersaSTAT series. Sharing similar specifications to the VersaSTAT 3 and the VersaSTAT 4, the VersaSTAT 3F was designed specifically to operate with earth-grounded cells.
The "F" in the VersaSTAT 3F name is for "floating," a term used to describe the electrical isolation of the systems electrode leads and rear panel connectors from earth ground. The VersaSTAT 3F was designed to operate in either a "normal" mode (same mode as V3 and V4 models) or a "floating" mode, selectable in the operating software.
VersaSTAT 3F features:
- Capable of "floating" for operation with grounded cells and electrodes
- Specialized filters for float mode operation for enhanced signal/noise ratio
- ±650mA / ±10V polarization range as standard
- An internal frequency response analyzer option that provides impedance analysis over the frequency range 10µHz to 1MHz
- Additional bandwidth filtering options for greater stability on capacitive cells
- Easty-to-use VersaStudio software included
To find out how the VersaSTAT 3F can benefit your specific application area and further information about the new product, please email pari.info@ametek.com.
For more information regarding Princeton Applied Research and the VersaSTAT 3F please contact Rob Roberts at robert.roberts@ametek.com or call 865-481-2400.
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Princeton Applied Research Announces the Launch of the New VersaSTAT 4 Potentiostat/Galvanostat
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Release Date: Friday, December 19, 2008
On the 19 December 2008 Princeton Applied Research announced the launch of their new affordable and versatile Potentiostat/Galvanostat, the VersaSTAT 4.
The new VersaSTAT 4 is the latest member of the VersaSTAT series and an improvement over the VersaSTAT 3 system. The base hardware offers 1A maximum current standard, 500kHz sampling rate (2µs) capability, and a lower current range of 4nA.
Offering improved speed, versatility, and precision, the new VersaSTAT 4 combines value with performance. Some highlights of the VersaSTAT 4 include:
- Improved low current performance with fA resolution and pA accuracy
- Maximum current up to 1A with additional booster options from 2A-20A
- 2µs time base for faster data acquisition and faster scan rates
- Additional analog filter selections on current and voltage channels for superior signal/noise measurements
- Easy-to-use VersaStudio software included
To find out how the VersaSTAT 4 can benefit your specific application area and for further information about the new product please email pari.info@ametek.com or visit www.princetonappliedresearch.com.
For more information regarding Princeton Applied Research and the VersaSTAT 4 please contact Rob Roberts at robert.roberts@ametek.com or call (865) 425-1289.
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PEMEX PURCHASES 45 MODEL 5100 HD GAS ANALYZERS
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Release Date: Thursday, October 27, 2011
CONTACT: Mike Fuller (412) 826-2476
PITTSBURGH, PA –Petroleos Mexicanos (PEMEX), the Mexican state-owned petroleum and natural gas company, has acquired forty-five of the latest Model 5100 HD Series gas analyzers from AMETEK Process Instruments to monitor moisture levels in natural gas at monitoring stations throughout Mexico. According to Jorge Ovidio Martinez of COIMSUR, S.A. de C.V., AMETEK’s process instruments distributor in Mexico, “the Model 5100 HD analyzer was selected because of its exceptional performance, reliability and competitive pricing.”
Model 5100 Series gas analyzers are based on tunable diode laser absorption spectroscopy (TDLAS). The analyzers provide a non-contact, rapid response approach to measuring moisture in natural gas. Among the instrument’s benefits are integrated sample conditioning and Ethernet-based diagnostics that allow for economic installation and ease of operation.
AMETEK provides several stationary and portable moisture measurement technologies suitable for natural gas service, including chilled mirror hygrometers (dew point testers), quartz-crystal-microbalance (QCM) analyzers that feature on-board NIST-traceable verification and calibration, electrolytic (P2O5) sensors and TDLAS-based instruments.
AMETEK Process Instruments—the leader in on-line analytical instrumentation with the industry’s most extensive product line—offers analyzers based upon eleven differentiated technology platforms and used by markets ranging from oil, gas, and power to pharmaceutical and semiconductor chip manufacturing.
AMETEK Process Instruments is a unit of AMETEK, Inc., a leading global manufacturer of electronic instruments and electric motors. For more information on the full line of AMETEK’s analytical instrumentation, contact AMETEK Process Instruments, 150 Freeport Road, Pittsburgh, PA 15238. Phone: 412-828-9040 Fax: 412-826-0399. Web site: www.ametekpi.com
Other AMETEK Process Instruments locations are 455 Corporate Blvd., Newark, Delaware, 19702 USA. Phone: 800-222-6789. Fax: 302-456-4444; 2876 Sunridge Way NE, Calgary, AB T1Y 7H9. Phone: 403-235-8400 Fax: 403-248-3550; and 9750 Whithorn Dr., Houston, TX 77095. Phone: 281-463-2820. Fax: 281-463-2701. E-mail: sales.info@ametek.com
Click here for a hi-res image of the Model 5100 HD Dual Laser Gas Analyzer
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PETROBRAS AWARDS AMETEK SOLIDSTATE CONTROLS MAJOR CONTRACT FOR UPS SYSTEMS AT COMPERJ OIL REFINERY
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Release Date: Tuesday, August 16, 2011
Contact: Patrick Williams (614) 410-6273
AMETEK Solidstate Controls
COLUMBUS, OH—Petroleo Brasileiro, SA (Petrobras), Brazil’s state-owned energy company, has awarded a multi-million-dollar contract to AMETEK Solidstate Controls, a global leader in industrial uninterruptible power supply (UPS) systems for the Comperj oil refinery currently under construction in Itaborai, near Rio de Janero.
“Solidstate Controls is extremely pleased to be a participant in the development of the Comperj oil refinery. We look forward to further building our relationship with Petrobras as it expands oil refining and petrochemical production in the years ahead,” comments George Ardolino, Vice President and Business Unit Manager
“The Comperj refinery is expected to start up in 2013 and have a projected heavy crude capacity totaling 330,000 barrels per day. It is the first of several new major oil refineries Petrobas has planned or underway,” he adds.
Petrobras is the world’s third-largest integrated energy company and the largest publicly traded company by market value in the Southern Hemisphere. It also is a world leader in the development of advanced technology for deep-water and ultra-deep water oil production being used to tap the enormous Santos oil basin off the east coast of Brazil.
UPS systems are designed to provide continuous clean, regulated power for critical loads in process control and industrial applications. They are installed to provide backup power for systems that cannot afford to shutdown during power outages or disruptions. They also are important for a clean, transient-free power supply for critical control systems. Oftentimes, power aberrations such as surges, sags and brownouts can damage systems or cause errors in data readings.
A typical UPS system consists of an inverter and battery charger. Most UPS systems, however, are designed for the relatively clean, controlled environments of a computer room or similar facility. They are not suitable for harsh or demanding environments of an oil platform, power plant or petrochemical facility. For these applications, an industrial grade UPS system is required.
Industrial UPS systems use passive electronic and magnetic components that are better suited for industrial environments than standard UPS systems that rely on complicated power devices with complex feedback circuits, which must be protected or isolated from the harsh industrial operating conditions.
AMETEK Solidstate Controls is a recognized leader in UPS, inverters and battery charger systems for industrial applications and specializes in the design and manufacture of highly customized inverters and UPS systems for critical processes involving harsh environments such as oil refineries or power plants.
AMETEK Solidstate Controls has administrative and manufacturing operations at its world headquarters in Columbus, Ohio. It is a unit of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with annualized sales of $3.0 billion.
All of Solidstate Controls’ products are marketed through an independent network of manufacturer’s representatives and distributors in the United States and 27 foreign countries. Solidstate’s commitment to the customer service continues long after the sale with a worldwide network of skilled, experienced field service technicians available for UPS installation, start-up, on-site service, and training.
For additional information, contact Solidstate’s Marketing Department at 875 Dearborn Drive, Columbus, OH 43085 USA. Phone: 614-846-7500. Fax: 614-885-3990. Web site: www.solidstatecontrolsinc.com
Click here for a hi-res image of a Solidstate Controls DPP UPS System
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PETROLAB INTRODUCES GRABNER® MINISCAN IRXpert MULTI-FUEL ANALYZER FOR GASOLINE, DIESEL AND BIODIESEL TESTING
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Release Date: Wednesday, January 11, 2012
CONTACT: Angel Schell (518) 689-0055
BROKEN ARROW, OK – The MINISCAN IRXpert analyzer from AMETEK Grabner® Instruments is the first completely portable multi-fuel analyzer for gasoline, diesel and biodiesel blends that incorporates the advantages of mid-IR and near-IR spectroscopy to achieve unmatched accuracy of fuel properties.
Based on Grabner’s long-standing expertise in fuel analysis, the MINISCAN IRXpert is an intelligent, self-learning analyzer that uses more than 12,000 data points from the infrared spectrum to determine the concentration of molecules in a sample. The MINISCAN IRXpert is able to yield from that spectrum a “fingerprint” of more than 40 important fuel properties.
The MINISCAN IRXpert performs compound analysis according to international standards (ASTM D5845 for oxygenates, ASTM D6277 and EN 238 for benzene, and EN 14078 for biodiesel). Predictions for octane number, AKI and cetane number are based on ASTM D2699, 2700, 613, ISO 5163, 5164; distillation on ASTM D86 and ISO 3405; and vapor pressure on ASTM D6378, D5191, D323 and EN 13016. An integrated temperature controlled density meter allows for direct determination of fuel density.
The MINISCAN IRXpert comes fully configured and ready for fuels testing. A high-end, full-color touch screen facilities menu navigation and allows for in-depth spectrum analysis. USB and Ethernet interfaces facilitate quick data transfer, printing, LIMS integration, and remote control and service.
The MINISCAN IRXpert is highly adaptable and intelligent. An unlimited number of new parameters can be added with the push of a button. Users simply upload a database, and the analyzer creates the optimum measuring model.
The MINISCAN IRXpert multi-fuel analyzer is available in North America from AMETEK Petrolab Company, a unit of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with annual sales of $3.0 billion. For more information, contact AMETEK Petrolab Company 2001 N. Indianwood Ave., Broken Arrow, OK 74012. Phone: 918-459-7170. Fax: 918-459-7178. Web site: www.petrolab.com.
Click here for a hi-res image of the MINISCAN IRXpert Multi-Fuel Analyzer
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PetroOXY RAPID OXIDATION STABILITY TESTER APPROVED FOR ASTM D7525 TESTING OF GASOLINE, ASTM D7545 DIESEL AND BIODESIEL FUELS
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Release Date: Friday, October 09, 2009
BROKEN ARROW, OK— The PetroOXY Rapid Oxidation Stability tester from Petrotest Instruments has been approved for ASTM D7525-Standard Test Method for Oxidation Stability of Spark Ignition Fuel—Rapid Small Scale Oxidation Test (RSSOT).
The compact PetroOXY tester was specifically developed to replace traditional stability test methods (ASTM D525-ISO 7536 for gasoline and ASTM D2274 and EN 14 112 for diesel fuels), which were far too time consuming and labor intensive to be used for spot checking product quality or process control and monitoring.
In addition, the PetroOXY tester offers excellent repeatability and reproducibility of results along with simple handling procedures, small sample sizes, improved user safety, automatic operation, and simple cleaning procedures, making it ideal for fast and simple stability spot checks as well as routine monitoring of products.
The compact PetroOxy tester features a small hermetically sealed test chamber in which a 5 ml sample is combined with oxygen at a pressure of 700 kPa (approx. 7 bar) and heated to a temperature of 140°C. These test conditions initiate a very fast artificial aging process, which is measured by a pressure drop within the chamber. The time needed to achieve a fixed pressure drop is directly related to the oxidation stability of the sample. Test times can be reduced by elevating the test temperature.
The PetroOXY Oxidation Stability Tester is available in North America from AMETEK Petrolab, a unit of AMETEK Process & Analytical Instruments, a division of AMETEK, Inc. (NYSE:AME) a leading global manufacturer of electromechanical devices with 2008 sales of more than $2.5 billion. For more information, contact AMETEK Petrolab 2001 North Indianwood Ave., Broken Arrow, OK 74012. Phone: 918-250-7200. Web site: www.petrolab.com
Click here a hi-res image of the PetroOXY Oxidation Stability Tester
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PITTMAN "I SERIES" BRUSHLESS DC SERVO MOTORS OPTIMIZED FOR PERFORMANCE, EXTENDED SERVICE LIFE, AND VALUE
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Release Date: Thursday, July 23, 2009
KENT, OH—Pittman® brand “I Series” brushless motors equip machine designers with a family of motor solutions created for commercial and light-industrial OEM applications. Motors are available in various sizes offering a wide range of performance capability from 40 Watts to 1700 Watts continuous. Brushless technology delivers extended service life, efficiency, improved performance, and superior machine control.
The I Series motors were developed using the latest magnetic tools and materials. Their magnetic core is optimized to favor power density and efficiency while minimizing cost. The winding system allows for a wide range of operation on machine bus voltages from 12 Vdc to 325 Vdc. The choice of materials, including bearings, Hall devices, and insulation promote extended service life.
These small and powerful motors are available in NEMA frame sizes 17, 23, 34, and 56 and in multiple lengths for each. Depending on model, they can provide continuous stall torque from 0.117 Nm to 6.6 Nm (1 lb-in to 58 lb-in) and peak torque from 0.35 Nm to 19.7 Nm (3.1 lb-in to 174 lb-in). Rated speeds for this family of motors range from 3000 RPM to 12,000 RPM.
Applications include power transmission, traction, and motion control. Whether powering a paint pump, driving an autonomous robot, or positioning a semiconductor wafer, I Series motors offer an ideal balance of performance and value. Other common applications include medical and biotech, business machine, factory automation, textile, HVAC equipment, and pumps.
Motors are available from stock and can be customized with gearing, optical encoders, holding brakes, cables, and unique features to satisfy application needs.
AMETEK Technical & Industrial Products is a unit of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with annual sales of more than $2.5 billion. For more information, contact Shannon Booth, AMETEK Technical & Industrial Products, 627 Lake Street, Kent, OH 44240. Phone: 330-673-3452. Fax: 330-677-3306. Web site: http://www.ametektechnicalproducts.com
Click here for a hi-res image of the Pittman I Series motors
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PITTMAN SERIES 1300 SLOTTED BRUSHLESS DC SERVO MOTORS DELIVER MORE POWER IN COMPACT PACKAGE
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Release Date: Thursday, July 02, 2009
KENT, OH -- Pittman® Series 1300 slotted brushless DC servo motors deliver more power in a smaller and cost-effective package to maximize design flexibility and satisfy application requirements where space may be minimal. They are ideal for power applications in a wide range of industries, including data storage, medical/biotech, semiconductor processing, automation, and others requiring high performance, long life, and reliability.
Despite their small size (1.3”/33mm diameter), these brushless DC motors can achieve peak torque from 10 oz-in to 57 oz-in and continuous torque from 3.5 oz-in to 8.5 oz-in, depending on model. Robust rotor construction allows rotational speeds up to 8000 RPM.
Standard features include three Hall sensors to provide rotor position feedback for electronic commutation; 3-phase stator with 6-slot silicon steel laminations; 4-pole rotor integrating high-energy neodymium ring magnets for optimized motor performance; and large ABEC ball bearings with high dynamic load ratings (up to 390 lbs.) and shielded to protect against contaminants.
PITTMAN Series 1300 brushless DC motors are available in three lengths (1.5 in., 2 in., and 2.5 in.) and are housed in precision-machined aluminum to promote lightweight designs and to integrate the front-endbell. Optional square flanges can be specified for NEMA 14 mounting.
Motors can be customized with planetary or spur gearboxes, optical encoders, and other options to meet application demands.
AMETEK Technical & Industrial Products is a unit of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with annual sales of more than $2.5 billion. For more information, contact Shannon Booth, AMETEK Technical & Industrial Products, 627 Lake Street, Kent, OH 44240. Phone: 330-673-3452. Fax: 330-677-3306. Web site: http://www.ametektechnicalproducts.com
Click here for a hi-res image of the PITTMAN 1300 Series motors
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PITTMAN SERIES 8000 BRUSH DC SERVO MOTORS FEATURES 7-SLOT SKEWED ARMATURE DESIGN TO MINIMIZE COGGING
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Release Date: Monday, August 31, 2009
KENT, OH—Pittman® “Series 8000” brush-commutated DC motors feature a 7-slot skewed armature design to minimize magnetic cogging (or reluctance torque) and promote smooth and quiet operation. This family of motors offers high performance and reliability to power applications ranging from data storage and medical equipment to semiconductor processing and automation machinery, among others.
These motors are available in three lengths (2.070 in., 2.195 in., and 2.445 in.) and can achieve peak torques up to 16.8 oz-in and speeds up to 9020 RPM at continuous torque for standard motors at rated voltages. Speed, voltage, current, and torque characteristics can be varied to satisfy particular application needs.
Standard features for all models include, 2-pole stator, neodymium magnets, heavy gauge steel housing, silicon steel laminations, and copper graphite brushes. Commutators are diamond turned after armature assembly to promote optimum concentricity and long brush life. Windings are resin-impregnated for greater reliability in incremental motion applications.
Modular construction enables their assemblies to be customized with alternative brush materials, optical encoders, timing belt pulleys, brakes, cables, connectors, modified shafts, and RFI suppression or other special configurations to meet application demands. Motors can be equipped with planetary or spur gearboxes as specified.
AMETEK Technical & Industrial Products is a unit of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with annual sales of more than $2.5 billion. For more information, contact Shannon Booth, AMETEK Technical & Industrial Products, 627 Lake Street, Kent, OH 44240. Phone: 330-673-3452. Fax: 330-677-3306. Web site: http://www.ametektechnicalproducts.com
Click here for a hi-res image of the Pittman Series 8000 DC motors
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Pittman® ‘Size 8’ High-Performance Slotless Brushless DC Motors Introduced in Autoclavable Versions for Medical Device Applications
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Release Date: Friday, February 25, 2011
PR CONTACT: David P. Hammer
609-654-8090
KENT, OH – Pittman® “Size 8” high-performance slotless brushless DC motors have been introduced in autoclavable versions to power medical instruments, dental drills, and other small medical devices. These motors deliver high-speed capabilities, extended 1000+ autoclave cycle count, and high efficiency with low temperature rise to suit handheld operation. Their patented “Parallex” winding geometry uniquely enables the motors to develop more power using less energy.
Pittman “Size 8” slotless brushless DC motors provide compact solutions for tight design envelopes. They are offered in two standard lengths (2.1 in. / 53mm and 2.9 in. / 74mm) with diameters of 0.8 in. / 20mm. They can realize speeds up to 19,400 RPM under varying loads, depending on model, and can achieve continuous torque ratings approaching 4.0 oz-in.
Standard features include precision shielded and replaceable ABEC ball bearings, high-energy rare earth magnets for enhanced performance, robust construction with stainless steel housings for durability and corrosion-resistance, balanced 4-pole rotors for smooth and quiet operation, 3-phase stator, and Hall sensors.
These autoclavable motors additionally can be customized with gearboxes, optical encoders, and drives, among other options, to tailor motor to application.
AMETEK Technical & Industrial Products, Inc. is a unit of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with annual sales of more than $2.5 billion. For more information, contact Shannon Booth, AMETEK Technical & Industrial Products, Inc., 627 Lake Street, Kent, OH 44240. Phone: 330-673-3452. Fax: 330-677-3306. Web site: www.ametektechnicalproducts.com
Click here for a hi-res image of a Pittman Size 8 Slottless Motor
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Pittman® 8540 Series DC Servo Motors Offer High Performance in a Small Package
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Release Date: Monday, February 06, 2012
CONTACT: Marcia Colucci
203-756-7441 ext. 255
HARLEYSVILLE, PA - Pittman® 8540 Series brush-commutated DC motors are designed using the latest advancements in materials and manufacturing technology. This product line is ideal for customer applications requiring high performance in a small package size. The 8540 Series is a significant improvement over similar sized older generation Pittman motors and is perfect for high-tech applications found in medical devices, lab instrumentation, data storage, and precision automation machinery, to name a few.
The most significant feature of the new design is a greatly improved power density through the use of bonded neodymium magnets. The 8540 has approximately twice the continuous torque rating, compared with the previous generation of motors. The 8540 Series motors are 1.18” (30mm) in diameter and are available in three lengths; 2.114” (53.69mm), 2.585” (65.66mm), and 3.057” (77.65mm). Depending on the model, they can achieve a continuous torque rating from 2.5 oz-in (0.018 Nm) to 8.3 oz-in (0.059 Nm) without the use of a heat sink.
The 8540 Series motors are available with 8 standard windings ranging from 9.55V to 48V. Customized windings also can be designed to optimize performance for a specific application requirement. The motors have standard pre-loaded ball bearings, allowing high speeds, radial and axial shaft loading, and higher temperatures. A new bearing support system, a 7 slot armature, and improved manufacturing techniques allow more balanced armatures resulting in very low vibration and audible noise characteristics. At low speeds, the motors exhibit very low cogging as a result of a optimized magnetic circuit design. Low vibration and low cogging makes the 8540 Series ideal for position control in servo applications.
Complementary products include gearboxes, encoders, and brakes. The motors have the capability of extensive customization including shaft configurations, leadwire assemblies, optional EMI/RFI filtering components, transmission components (shaft gears, pulleys, or sprockets) and a variety of brush materials (including standard graphite).
About Pittman
Pittman is a unit of AMETEK Precision Motion Control. Pittman products are designed into a wide variety of high-tech motion applications, including lab automation, medical devices, communications equipment, semiconductor processing equipment, aerospace systems, and many other applications where precision motion is critical. The Pittman motor line spans a wide variety of DC motor sizes and technologies ranging from 12mm diameter brushless slotless DC motors used in high-speed medical applications to large NEMA frame DC servo motors used in sophisticated automation equipment. Pittman also offers a wide variety of complementary products such as gearboxes, encoders, brakes, and drive systems. For more information, visitwww.ametektip.com
Click here for a hi-res image of Pittman 8450 DC servo motors
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Pittman® G30A Planetary Gearbox for DC Motors Brings Torque Density to New Heights
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Release Date: Wednesday, March 07, 2012
CONTACT: Marcia Colucci
203-756-7441 ext. 255
HARLEYSVILLE, PA - Pittman® G30A planetary gearboxes are designed with maximum torque density and durability in mind. These small gearboxes are engineered to complement 5 different series of Pittman motors allowing a wide range of output torques and speeds.
The mounting profile is 30.5mm (1.20-in) in diameter, or 38.0mm (1.50-in) square when the optional mounting flange is used. Gearbox lengths vary depending on the gear reduction and range from 33.7mm (1.33-in) to 51.2mm (2.02-in). Fourteen standard reduction ratios are available ranging from 4:1 to 1296:1 and allow a maximum output load of 2.47Nm (350 oz-in) to 8.83Nm (1250 oz-in). Custom gear ratios can also be configured to meet just about any application need.
Carefully engineered for challenging applications, the G30A planetary gearbox incorporates sintered steel planet gears to promote high torque capacity and low audible noise while maintaining a compact design. Single piece carrier plates with integral gear posts and sun gear can be arranged to achieve many different reduction ratios. The gearbox output is through a 416 stainless steel shaft and a sintered metal output bearing. Optional ball bearings are available for high radial loads.
The G30A gearbox is a perfect complement to the Pittman 8220, 8690, 8540, 9230, and 1300 Series brush and brushless DC motors. When the G30A is combined with the latest motor materials and manufacturing technology such as high energy neodymium magnets, silicon lamination steel, and advanced winding techniques to maximize slot fill, a high-efficiency system is created perfectly suited for high-tech motion applications.
About Pittman
Pittman is part of the AMETEK Precision Motion Control division. Pittman products are designed into a wide variety of high tech motion applications including lab automation, medical devices, communications equipment, semiconductor processing equipment, aerospace systems, and many other applications where precision motion is critical. The Pittman motor line spans a wide variety of dc motor sizes and technologies ranging from 12mm diameter brushless slotless dc motors used in high speed medical applications to large NEMA frame dc servo motors used in sophisticated automation equipment. Pittman also offers a wide variety of complementary products such as gearboxes, encoders, brakes, and drive systems. For more information, visit
www.Pittman-Motors.com.
Click here for a hi-res image of the Pittman G30A Planetary Gearbox
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PRECITECH OFFERS REMOTE DEVICE INTERFACE FOR INDUSTRY-LEADING UPx MACHINE CONTROLLER
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Release Date: Friday, January 20, 2012
Contact: Tina Hoppock (603) 357-2511
KEENE, NH— Precitech, a global leader in ultra precision manufacturing, now offers the UPx Remote Device Interface –a powerful suite of approximately 100 commands that open up a host of new possibilities for data sharing and process automation of Precitech’s ultra precision machine tools.
The UPx Remote Device allows for, among other things, the ability to remotely load program parameters and run programs. Data collected by external measurement equipment can now be used to actively update part program parameters between passes. Time stamps and part information can be put on a network from within the program, and start/stop times, number of cycles, and current state of a part can be tracked automatically.
Precitech offers a wide range of fast tool and slow tool options for the ultra precision manufacturing industry. These tools incorporate Precitech’s user friendly UPx machine controller that features the fast code execution rates and an extremely robust QNX operating system.
The UPx CNC machine controller is designed specifically to increase throughput.
This computational power allows users to produce excellent surface finishes at higher cutting rates and lower part-cutting times than older DSP-based technologies. Part-cutting programs can be set up to cut multiple roughing or finishing passes without operator intervention. The machine also comes equipped with many machine diagnostic and set up aids.
Precitech, based in Keene, NH, provides ultra precision single-point and multi-axis diamond turning machines for applications requiring nanometric levels of accuracy. Its NanoForm 250Ultra precision diamond turning lathe is specifically designed for the production of optical lenses, optical mold inserts and mirrors as well as precision mechanical components.
Preecitech is a unit of AMETEK Ultra Precision Technologies, a division of AMETEK, Inc, a leading global manufacturer of electronic instruments and electromechanical devices, with annualized sales of $3.0 billion. For more information on Precitech’s line of ultra-precision machining systems, contact Precitech, 44 Blackbrook Road, Keene, NH 03431, USA. Tel: (603) 357-2511. Fax: (603) 358-6174. E-mail: precitech.machinesales@precitech.com Web site: http://www.precitech.com
Click here for a hi-res screen catpure of the new UPx Remote Device Interface
Click here for a hi-res image of the NanoForm 250 Ultra Precision Machining System
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PRESTOLITE POWER INTRODUCES ECLIPSE II SERIES ENERGY-SAVING INDUSTRIAL BATTERY CHARGERS
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Release Date: Monday, November 14, 2011
CONTACT: Jim Keyser (937) 440-0898
TROY, OH, -- AMETEK Prestolite Power, the industry leader in industrial battery charging and fleet management solutions, has introduced the Eclipse II Series, a completely redesigned line of advanced high-frequency industrial battery chargers.
The Eclipse II Series uses advanced IGBT high-frequency power conversion circuitry to set a new industry standard for efficiency, accuracy and flexibility. Designed and manufactured in the United States, the Eclipse II provides energy-efficient charging in one of the most compact units available.
The highly versatile Eclipse II is the most adaptive charging solution on the market. Its advanced high-frequency design is extremely efficient at 93%, converting AC power to usable DC power with minimum possible impact on the utility grid. A .95 power factor minimizes AC amp draw and thereby reduces installation costs. The compact design of the Eclipse II requires no more space than existing industrial chargers.
Both the Eclipse II conventional charger and Eclipse II Plus for opportunity and fast charging are able to recharge a fully drained lead-acid battery in eight hours or less. The Eclipse II Plus opportunity charging function sustains the battery between 30% and 80% state of charge via short, opportunistic charges and is able to fully charge a battery in six hours or less.
The user friendly EC2000 control includes four bright LEDs that provide charge status at a glance and a sealed membrane touch pad for easy customer interface. It also features programmable start modes that allow batteries to be charged during off-peak hours for additional cost-savings or to block out time periods to reduce peak demand. It also allows for user controlled battery cool down for increased control of battery rotation, resulting in increased battery efficiency and longer life.
The unit’s intelligent monitoring system allows it to provide optimum charge with minimal temperature rise and to complete the charging cycle at the proper current regardless of the battery age, battery type or electrolyte temperature.
Functionality of the Eclipse II also can be enhanced with the addition of an optional Battery Identification Module (BID) that is programmed with battery information including rated capacity, rated voltage and battery type. The BID tracks and records completed charge cycles. When the number of completed cycles matches the user selected equalize interval, the Eclipse II equalizes the battery, ensuring that every battery is equalized at the interval selected by the customer regardless of which charger is connected.
The Eclipse II also features improved serviceability with easier access from the front and both sides, providing greater access to internal components, even when chargers are stacked. In addition, many of its components can be replaced in the field, including the primary board, power transformer, the inductor and control transformer among others, reducing both cost and downtime.
Prestolite Power offers the industry’s broadest range of industrial motive power chargers and is the only industrial battery charger provider able to custom tailor a system that combines the full range of conventional, opportunity and rapid charging solutions.
Prestolite Power is a unit of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with annualized sales of $3.0 billion. For more information, contact AMETEK Prestolite Power, 2220 Corporate Drive, Troy, OH 45373. Tel: (937) 440-0800. Fax: (937) 440-0840. Website: www.prestolitepower.com
Click here for a hi-res image of the Eclipse II Industrial Battery Charger
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Princeton Applied Research Celebrates 50 Years of Service To The Scientific Community
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Release Date: Wednesday, May 11, 2011
OAK RIDGE, TN – For half a century, Princeton Applied Research has been a leader in the design and manufacture of instrumentation for scientific research and is recognized today as one of the most trusted and reliable names in the field of electrochemical research, offering such instruments as the PARSTAT 2273 and VersaStat Series potentiostat/ galvanostats.
Princeton Applied Research was founded in 1961 by a group of scientists from Princeton University and the Plasma Physics Laboratory. Among its earliest products were power supplies, voltmeters and the first commercial lock-in amplifier. In 1969, the business expanded into electrochemical research with the release of the Model 170 potentiostat /galvanstat, which served as the foundation for its entire line of industry-leading electrochemical of products.
Acquired in 1967 by EG&G, Inc., which later became Perkin Elmer, Princeton Applied Research was acquired in 2002 by AMETEK, Inc., and is now a unit within AMETEK Advanced Measurement Technology in Oak Ridge, TN. AMETEK, is a leading global manufacturer of electronic instruments and electromechanical devices with annualized sales of $2.7 billion.
Princeton Applied Research is a leading manufacturer and global distributor of instrumentation and software for research electrochemistry, corrosion research, battery/fuel cell development, sensor research, and impedance measurements. It provides a full suite of products, including potentiostats, galvanostats, impedance analyzers, localized imaging equipment and a host of related software, ancillary instruments, and accessories. More information is available on the web at princetonappliedresearch.com.
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PROMAXION PROCESS MASS SPECTROMETRY OFFERS ON-LINE MONITORING OF BTEX AND OTHER AMBIENT AIR
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Release Date: Friday, May 22, 2009
Download the entire Press Release for Promaxion Process Mass Spectrometry Offers On-Line Monitoring of BTEX and Other VOCs in Ambient Air
PITTSBURGH, PA – Industries that produce or use hazardous substances in their processes are required to monitor the environment in and around their plants and facilities to ensure that concentrations of known pollutants remain below acceptable limits of exposure.
Of particular concern is a class of compounds known as volatile organic compounds (VOCs) that include benzene, toluene, ethylbenzene and xylenes and are referred to collectively as BTEX. Also included are such highly reactive VOCs as ethylene, propylene, 1-3 butadiene and butanes. The BTEX chemicals are used as solvents or intermediates and occur together in gasoline as well as other petroleum products. All have some acute and long-term effects to human health, while benzene in particular is a known carcinogen.
The ProMaxion® process mass spectrometer from AMETEK Process Instruments provides fast on-line monitoring of VOCs in ambient air in a reliable, easy-to-use instrument. It comes equipped with a membrane inlet mass spectrometer (MIMS) that provides data at 10 to 15 seconds per sample stream and is between 10 and 50 times faster than most GC methods that require separation prior to analysis.
At the heart of the ProMaxion mass spectrometer is a dimethylsilicone membrane inlet coupled directly to its ion source. A sub-atmospheric sampling system draws a sample into the analyzer. The membrane selectively extracts analyte and delivers a highly enriched sample directly to the ion source. The extreme sensitivity of the ProMaxion allows it to detect very low levels of VOC emissions.
The speed of the ProMaxion facilitates the analysis of multiple streams. Up to 80 inlet ports are available providing the option of a centrally located, high stream count, multiple sample point configuration. Another approach is to have fewer sample points to minimize the length of the sample lines and provide the earliest advance notice of contamination. System design depends on plant layout and user preferences.
The proprietary software provides for easy set-up, operation and calibration together with advanced alarm and automation capabilities. Self-diagnostics and a modular design ensure ease of maintenance, and modem support is available for additional factory diagnosis and troubleshooting. Data can be exported using all common industrial protocols as well as dedicated analogue lines to bring the data to a common point for collection. Alarms are available for every stream, and a mathematical package allows data to be presented in various ways.
Mass spectrometry offers direct quantification of the species of interest, as well as a total reading. A single mass ion can be chosen specific to each compound and these masses can be continuously monitored. If a total concentration is required, the mass spectrometer can survey all VOCs or BTEX, total them within the software, and output realtime concentration. This technique also avoids sounding false alarms.
The analyser can periodically scan for mass intensities across the operating range and can detect abnormal conditions such as leaks or other problems. Another advantage of the ProMaxion is its ability to provide rapid measurement of multiple components on the same sample stream. Different calibration and analysis methods can be assigned to each inlet port.
The ProMaxion draws on AMETEK’s 20 years of experience in mass spectrometer design and manufacture and more than 30 years experience in the design and development of sophisticated process analyzers.
AMETEK Process Instruments is a unit of AMETEK, Inc., a leading global manufacturer of electronic instruments and electric motors. For more information on use of the ProMaxion process mass spectrometer for analysis of volatile organic compounds, contact AMETEK Process Instruments, 150 Freeport Road, Pittsburgh, PA 15238. Phone: (412) 828-9040. Fax: (412) 826-0399. Web site: http://www.ametekpi.com
Click here for a hi-res image of the ProMaxion process mass spectrometer
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RAYTHEON HONORS AMETEK SCP WITH SUPPLIER EXCELLENCE AWARD
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Release Date: Friday, November 07, 2008
WESTERLY, RI, —Raytheon Integrated Defense Systems (IDS) recognized AMETEK SCP for exemplary performance over the last year. AMETEK SCP, a world leader in underwater cable and connector solutions for military and commercial applications, was among a group of suppliers selected by Raytheon for maintaining the highest standards in supply chain performance.
“We can only achieve our mission of being the most admired defense and aerospace system supplier by partnering with suppliers who are as committed as we are to excellence,” commented Zack Noshirwani, Vice President of Integrated Supply Chain Quality for Raytheon IDS. "Last year, there were 25. This year, there are 62. We hope this number will continue to grow. We appreciate their role in providing consistent quality of services, on-time delivery, and dedication to safety and investment in process improvement. "
"We are extremely pleased to receive this recognition. Raytheon has always emphasized excellent customer service and support, and this award reflects that commitment on the part of its entire supply chain," noted Ian McGavisk, Vice President and General Manager of Engineered Materials, Interconnects and Packaging.
AMETEK SCP is a leader in custom electrical and optical connectors, cable assemblies and hull penetrators that are widely found on the U.S. submarine fleet as well as many other of the world’s navies. AMETEK SCP also provides electrical interconnect solutions for a wide range of extreme environments, including undersea, oil field, nuclear and aerospace that draw upon its extensive knowledge of submarine systems and expertise in electrical connector and data transmission technologies.
AMETEK SCP is a unit of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with sales of more than $2.5 billion. For additional information, contact AMETEK SCP, 52 Airport Road, Westerly, RI, 02891. Telephone: 401-596-6658. Fax: 401-596-8597. Web site: www.ametekscp.com
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RESOURCE GUIDE 12 HIGHIGHTS TMC'S PRECISION VIBRATION ISOLATION SYSTEMS
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Release Date: Monday, January 23, 2012
Contact: Steven Ryan (978) 532-6330
sryan@techmfg.com
Peabody, MA,—Technical Manufacturing Corporation (TMC), a unit of AMETEK, Inc., and a world leader in high-performance vibration isolation systems, has released its comprehensive Resource Guide 12, highlighting the company’s expanded line of Precision Floor Vibration Isolation Systems, Optical Tables, and Magnetic Field Cancellation Systems. Featured are piezoelectric active vibration cancellation products based on its patented STACIS® technology. In addition, the Guide details TMC’s many standard products and their recommended applications.
TMC offers a wide array of vibration isolation products from simple, inexpensive desktop isolated microscope bases, to virtually any size optical table, to STACIS® active vibration cancellation systems employing vibration sensors, piezoelectric actuators, and digital controllers. Highlighted are its recent innovations including STACIS® iX SEM-Base™ floor platforms for SEMs, STACIS® iX Stage-Base™ frame mountable vibration cancellation systems, STACIS® iX LaserTable-Base™ hybrid piezoelectric/air active vibration cancellation systems, and Mag-NetX™ magnetic field cancellation systems. A technical background section serves as a primer on vibration control.
TMC designs and manufactures precision vibration isolation systems for sensitive research and manufacturing processes worldwide. The ISO 9001:2008-certified company’s products include active and passive vibration isolation systems; optical tops, optical table systems, and breadboards; laboratory tables and table top platforms; floor platforms; magnetic field cancellation and electric field shielding systems; and acoustic enclosures.
TMC was acquired by AMETEK earlier this year and is now a unit of AMETEK Ultra Precision Technologies, a pioneer in the development of ultra precision measurement instruments and a global leader in ultra precise machine tools and manufacturing systems for the semiconductor, photovoltaic, nanotechnology, military, defense and ophthalmic lens markets. AMETEK, Inc. is a leading global manufacturer of electronic instruments and electro-mechanical devices with annualized sales of $3.0 billion.
For more information, contact Steven T. Ryan at Technical Manufacturing Corporation, 15 Centennial Drive, Peabody, MA 01960. Tel: 978-6330. Fax: 978-531-8682. E-mail: sryan@techmfg.com Website: http://www.techmfg.com
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STACIS is a registered trademark and SEM-Base, Stage-Base, LaserTable-Base, and Mag-NetX are trademarks of Technical Manufacturing Corporation. All trademarks and registered trademarks are properly of their respective holders.
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ROTRON "MD 101" MAGNETIC-DRIVE REGENERATIVE BLOWERS CAN BOOST NATURAL GAS IN FURNACES FOR MANUFACTURING
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Release Date: Tuesday, July 28, 2009
KENT, OH—Rotron® "MD 101" magnetic-drive regenerative blowers are designed to boost natural gas in furnaces for manufacturing operations. They employ regenerative air technology to develop proper air pressures and vacuums for the boost function without the higher energy and maintenance costs associated with larger multi-stage or positive air-displacement blowers and compressors.
These hermetically designed seal-less blowers have been engineered for continuous operation and extended service life. Blowers are clean, oil-free, and quiet (within OSHA standards). They can achieve maximum flows up to 29 SCFM; pressures up to 25 IWG; and vacuums up to 23 IWG. Voltage is 115 VAC with 24 VDC option.
Standard motors are 0.25HP TEFC or XP with the capability for users to upgrade horsepower and/or optimize motors for chemical duty, high efficiency, inverter duty, or industry-specific designs. Rugged cast aluminum housing, impeller, and flanges contribute to blower durability. All models can be customized with a wide range of options and accessories to satisfy particular application requirements.
Blower options include corrosion-resistant surface treatments and slip-on or face flanges, among others. Available accessories range from flowmeters (reading in SCFM), filters, and moisture separators to pressure and vacuum gauges, relief valves, specialized switches (air flow, pressure, vacuum, or temperature) and a variable frequency drive package.
AMETEK Technical & Industrial Products is a unit of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with annual sales of more than $2.5 billion. For more information, contact Shannon Booth, AMETEK Technical & Industrial Products, 627 Lake Street, Kent, OH 44240 USA. Phone: 330-673-3452. Fax: 330-677-3306. Web site: http://www.ametektechnicalproducts.comClick
Click here for a hi-res image of the Rotron® MD 101 regenerative blower
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Rotron® SE Minispiral™ Regenerative Blowers Provide Quiet Solutions for Office Equipment and Applications with Small Design Envelopes
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Release Date: Thursday, June 11, 2009
KENT, OH—Rotron® SE Minispiral™ regenerative blowers provide low-noise solutions for developing ideal air pressures and vacuums in office equipment and other applications characterized by extremely small design envelopes. These instrument-grade blowers perform quietly (to NC-47 office equipment specifications), feature lightweight construction at 1.9 lbs. (0.86kg), and can fit in the palm of a hand at 4.18” diameter x 1.83” (106.2mm x 46.5mm).
Their regenerative air technology generates pressures or vacuums using a spinning, non-contacting, oil-free impeller. Blower design and simple operation contribute to cleaner, safer, more reliable, and virtually maintenance-free pneumatics. These blowers can be specified in three DC versions offering maximum flow variability and in AC versions available in voltages ranging from 24AC to 230AC, depending on model. They incorporate a glass-filled molded phenolic blower housing, cover, and impeller and a shaded pole motor with ball bearings promoting up to 30,000 hours of service life.
SE Minispiral blowers can achieve maximum flows up to 9 SCFM and pressures and vacuums up to 20 IWG, depending on blower style. All versions are ISO 9001 and CE compliant and can be customized as sealed units or with a wide range of options and accessories to satisfy application requirements.
AMETEK Technical & Industrial Products is a unit of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with annual sales of more than $2.5 billion. For more information, contact Jay Jarboe, AMETEK Technical & Industrial Products, 627 Lake Street, Kent, OH 44240. Phone: 330-673-3452. Fax: 330-677-3306. Web site: http://www.ametektechnicalproducts.com
Click here for a hi-res image of the Rotron Minispiral Blower
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SEACON PHOENIX RENAMED SEA CONNECT PRODUCTS
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Release Date: Thursday, August 16, 2007
WESTERLY, RI, August 17, 2007--Seacon Phoenix, a world leader in underwater cable and connector solutions for military and commercial applications, has been renamed Sea Connect Products.
Acquired in April 2007 by AMETEK, Inc. (NYSE:AME) Sea Connect Products enjoys an excellent reputation with the world’s leading naval defense contractors and holds strong positions on several current submarine development programs. Headquartered in Westerly, RI, with manufacturing operations in Westerly and Barrow-in-Furness, UK, Sea Connect Products is a unit of AMETEK HCC Industries.
Sea Connect Products’ custom electrical and optical connectors, cable assemblies and hull penetrators are widely found on the U.S. submarine fleet as well as many other of the world’s navies. In addition, Sea Connect Products provides electrical interconnect solutions for a wide range of extreme environments, including undersea, oil field, nuclear and aerospace that draw upon its extensive knowledge of submarine systems and expertise in electrical connector and data transmission technologies.
AMETEK HCC Industries is a division of AMETEK’s Electromechanical Group (EMG). In addition to electrical interconnects and microelectronic packaging, AMETEK EMG is a leader in technical motors and systems, specialty metal products, and electric motors for floor care and other applications. It had 2006 sales of approximately $800 million. AMETEK, Inc. is a leading global manufacturer of electronic instruments and electromechanical devices with annual sales of more than $1.8 billion.
For additional information, contact Sea Connect Products, 52 Airport Road, Westerly, RI, 02891. Telephone: 401-596-6658. Fax: 401-596-8597. Web site: www.ametekscp.com
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SEALTRON COMPLETES RECERTIFICATION FOR EN2997 Y & E HERMETICALLY SEALED RECEPTICLES
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Release Date: Tuesday, January 10, 2012
Contact: Wes Hausman (513) 733-8400
CINCINNATI, OH, January X, 2012—Sealtron, Inc, a unit of AMETEK HCC Interconnect Technologies, has completed the steps required by the ASD-CERT mandated body for the recertification of EN 2997 Y and YE hermetically sealed receptacles. ASD-CERT is a non-profit association that qualifies standard aerospace products and approves the quality system used in their manufacture.
Sealtron, which will continue to manufacture qualified EN 2997 parts while the re-qualification documentation is completed at ASD-CERT, offers EN2997Y1, EN2997Y0, EN2997Y7, EN2997YE1, EN2997YE0 and EN 2997YE7 in shell sizes from 8 to 28. All items that are classified to Class Y are suitable for operations from -65º Celsius to + 200º Celsius, while Class YE is suitable for cyclical operations from -65o Celsius to +260o Celsius.
“The re-qualification reaffirms Sealtron’s commitment to the aircraft engine connector market and further enhances its reputation as a leader in glass-to-metal-sealed (GTMS) electrical connectors for high-reliability applications,” notes Liam Shanahan, Vice President and Business Unit Manager of HCC Interconnect Technologies.
AMETEK HCC Interconnect Technologies is a leading designer and manufacturer of highly engineered hermetic connectors, terminals, headers and bulkheads for mission-critical electronics used in the aerospace, defense, industrial, telecommunications and petrochemical markets. It is a business unit of AMETEK, Inc, a global manufacturer of electronic instruments and electromechanical devices with annualized sales of $3.0 billion.
For additional information, contact Sealtron, Inc., 9705 Reading Road, Cincinnati, OH 45215. Telephone: 513-733-8400. Fax: 513-733-0131. Web site: www.hccindustries.com
Click here for a hi-res image of Sealtron EN2997 aircraft engine connectors
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SOLARTRON ISA OFFERS RADIATION FREE, CUSTOMIZED SUBSEA WET GAS METERS
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Release Date: Friday, May 15, 2009
SHILDON, UK – Solartron ISA, a world leader in wet gas flow meters for subsea applications that are capable of providing gas, water and condensate flow measurement without the use of radiation emitting sources. This environmentally friendly technology helps speed development of offshore natural gas reservoirs by simplifying project compliance with existing and future environmental regulations.
The Dualstream family of wet gas flow meters from AMETEK Solartron ISA requires only the meter’s fixed physical geometry to provide environmentally safe, reliable and universally-accepted monitoring of total pressure, differential pressure and temperature. The patented Dualstream II advanced flow meter pushes the oil and gas industry’s definition of wet gas by operating continuously in applications with a gas volume fraction as low as 80%. This highly capable meter is perfectly suited to practically every subsea natural gas reservoir.
Dualstream meters are designed for direct installation at a wellhead or subsea gathering line. Stable and reliable with a typical lifespan greater than 20 years, Dualstream meters are ideal for unmanned platforms and marginal field development and suitable for ultra deepwater installation. Solartron ISA customizes each of its subsea meters to ensure its compatibility with other project equipment such as remotely operated vehicles, subsea trees, gathering lines, available power and communication protocols.
Solartron ISA is among the pioneers of wet gas measurement, including deepwater and ultra-deep water applications. Solartron ISA flow meters have an unsurpassed field service history, even in the most demanding and hostile installation environments. Its patented Dualstream wet gas meters provide multiphase flow data in real time at the wellhead or transmission pipeline. Its Seastream (single phase) flow meters were specifically developed for subsea injection metering, including water injection, methanol injection and gas lift, and have played a key role in optimizing oil and gas recovery from marginal fields.
Established in 1968 and acquired in 2005 by AMETEK, Inc., Solarton ISA is a unit of the AMETEK Oil & Gas Business Unit. AMETEK, Inc is a leading diversified manufacturer of electronic instruments and electromechanical devices with 2008 sales of more than $2.5 billion. For more information, contact Solartron ISA, Hackworth Industrial Park, Shildon, County Durham, DL4 1LH, UK. Telephone: 44 (01) 1388 773065. Fax: 44 (01) 1388 774888. Website: http://www.solartronisa.com Email: sales.solartronisa@ametek.com
Click here for a hi res image of Solartron ISA Dualstream wet gas flow meter
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Solartron Metrology Displacement Transducers Are Ruggedized for Challenging Environments
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Release Date: Monday, March 05, 2012
Contact: Cosimi Corleto + 33 (1) 30 68 89 55
BOGNOR REGIS, WEST SUSSEX, ENGLAND— Solartron Metrology (www.solartronmetrology.com) has developed its SR Series displacement transducers specifically for challenging laboratory, test and process control applications. Based on its popular field-proven S Series displacement transducers, the SR Series has been ruggedized for challenging environments and applications.
The SR Series features a strong modular construction with a stainless steel body and core carrier along with sturdy end caps and guides to ensure long life and reliability under harsh conditions. Solartron increased the environmental ratings for the SR Series to IP 68 or hermetically sealed, both with higher temperature capabilities where required on the AC and digital versions. It also added extra screening against electrical interference and pressure tested the transducers to 100 bar (submersible)
Screw mount options are available to allow easier installation when conventional mounting clips are a problem. MS-type axial connector also is an option. The submersible version comes with three meters of FEP cable standard. Standard mount versions are available as free core or guided armature. Spring return is an option with an external spring on guided versions.
Solartron Metrology is a world leader in dimensional gauging probes, displacement transducers, optical linear encoders and associated instrumentation. It also is a unit of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with annual sales of $3.0 billion.
For more information on the SR Series displacement transducers, contact AMETEK SAS, Rond Point de Epine des Champs, 78990 Elancourt, France. Tel: 33-1-30-68-89-55. E-mail: cosimi.corleto@ametek.com Website: www.solartronmetrology.com
Click here for a hi-res image of the SR Series displacement transducer
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SOLARTRON METROLOGY PROBES IMPROVE THE SIGHT OF WORLD'S MOST ADVANCED RADIO TELESCOPE
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Release Date: Tuesday, October 18, 2011
Contact: David Börner + 44 (0) 1243 833 407
BOGNOR REGIS, WEST SUSSEX, ENGLAND— Solarton Metrology (www.solartronmetrology.com) was selected by Vertex Antennentechnik GmbH to custom design dimensional gauging probes for the 25 antennas it is providing to the Atacama Large Millimeter/Submillimeter Array (ALMA) astronomical observatory under development high in the Chilean Andes. The array site is located at 16,500 feet above sea level, where temperatures can drop to -20oC. In addition to the cold, the antennas are subjected to high winds, vibration and other stresses that less robust probes were not able to handle.
The probes are a critical element of a temperature compensation system used to maintain the accuracy of the project’s multiple antenna array and are used to compensate for changes in the shape of the project’s 12-meter diameter antennas due to the warming effect of sunlight. The probes feed information back to a control unit that adjusts antenna positions continuously.
Solartron Metrology was selected for the robust design, high accuracy and repeatability of its precision dimensional gauging probes that were specifically designed to meet the demanding conditions found atop Chile’s Chanjnator Plateau. The easy to mount and maintain probes feature a special silicon gaiter and PFA-jacketed cable to handle the low temperatures and rugged operating conditions.
“ALMA’s antennas are technological marvels,” notes Thijs de Graauw, ALMA Director. “They are more precise and more capable than any ever made. Their performance in the harsh winds and temperatures of our high-altitude site bodes well for the observatory’s future.”
The antennas have surfaces accurate to less than the thickness of a human hair and are able to be pointed precisely enough to pick out an object the size of a golf ball from a distance of nearly 10 miles. The antennas will have reconfigurable baselines ranging from 15 meters to 16 kilometers and achieve resolutions as fine as 0.005 arcseconds at the shortest wavelengths-a factor of 10 better than the Hubble Space Telescope.
When completed early in the next decade, the ALMA project will have a total of 66 antennas provided by partners from North America, Europe and Asia and be the leading astronomical instrument for observing the cool Universe—the molecular gases and particles that constitute the building blocks of the planets, stars and galaxies. ALMA will combine signals from the antennas spread across the desert and synthesize them with the effective sharpness of a single gigantic antenna.
The North American ALMA partners, led by the National Radio Astronomy Observatory, are providing 25 antennas designed by Vertex Antennentechnik for the global radio-antenna array. The remaining antennas will be provided by ALMA partners in Europe and Japan.
Vertex Antennentechnik (www.vertexant.de) is a leader in satellite communications, offering a variety of satellite communications products and services.
Solartron Metrology is the world’s leader in “pencil” style electronic gauging probes and a leading manufacturer of dimensional gauging probes, displacement transducers, optical linear encoders and associated instrumentation. It also is a unit of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with annualized sales of $3.0 billion.
For more information, contact Solartron Metrology, 915 N. New Hope Road, Suite C, Gastonia, NC 28054. Tel: 800-873-5838. E-mail: usasales@solartronmetrology.com Website: www.solartronmetrology.com
Click here for a hi-res image of the Solartron dimensional gauge probe used on the ALMA radio telescope
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SOLARTRON WIRELESS BORE GAUGE CUTS OUT THE CABLES
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Release Date: Friday, October 09, 2009
BOGNOR REGIS, WEST SUSSEX, ENGLAND—Solartron Metrology has launched Wigauge™ wireless bore gauge (WBG)--the first in a new line of Bluetooth® enabled linear measurement and gauging systems.
The rugged, high precision IP65 rated gauge is set to change the design of manufacturing workstations by eliminating the need for cables to download measurement data. This offers manufacturers greater freedom and flexibility in the design and placement of manufacturing work stations.
The use of precision hand-held electronic gauges in post process gauging is not new. However, the cables used to connect the tools to the receiving SPC system, printer or data logger have long caused problems. Downtime due to cable damage and tangles is all too common, and cable length and routing often have dictated the design and placement of gauging stations, leading to loss of efficiency.
“Industry has been asking for this type of wireless gauge for quite some time,” notes Neil Curtis, Sales and Marketing Director for Solartron Metrology. “We are delighted to offer the solution. Applications for the Wigauge WBG include any manufacturing plant producing precision bored holes, such as automotive components.”
The new Wigauge is compatible with industry standard M6 and M10 gauge head threads. The transducer is linear along its full measuring range, making it easy to set up and adaptable for applications other than bore gauging. Resolution is user selectable up to 0.1 µm. The gauge’s NiMH battery pack delivers up to 10 hours of continuous data transmission and can be removed for off line recharging.
Solartron Metrology is a unit of AMETEK, Inc., a leading diversified manufacturer of electronic instruments and electromechanical devices with 2008 sales of more than $2.5 billion. For more information, contact Solartron Metrology, 915 N. New Hope Road, Suite C, Gastonia, NC 28054. Tel: 800-873-5838. E-mail: usasales@solartronmetrology.com Website: http://www.solartronmetrology.com
Click here for a hi-res image of the Wigauge WBG from Solartron Metrology
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SORENSEN XEL-P SERIES FROM AMETEK PROGRAMMABLE POWER
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Release Date: Tuesday, July 07, 2009
SAN DIEGO, CA, U.S.A.—New Sorensen XEL-P Series advanced linear regulated bench-top power supply from AMETEK Programmable Power offers all of the manual control features of the Sorensen XEL Series but adds comprehensive remote control programmability. With power up to 90 watts, the ultra-compact, 1/4-rack, 3U sized programmable power supply is ideal for rack mounted applications, while its user friendly manual controls are well suited for bench-top applications.
To support the needs of today’s engineers, the Sorensen XEL-P offers a comprehensive array of interfaces. RS-232, USB and LAN (Ethernet) certified to LXI Class C are provided as standard, with an additional GPIB interface available as an option. Each of these digital bus interfaces provides full control of voltage, current and output on/off plus read-back of voltage, current and status. The interfaces are at ground potential and are opto-isolated from the output terminals.
From the front, XEL-P models are identical to standard XEL models and retain all of their manual control features. However, power and sense terminals are duplicated on the rear panel of each unit for further flexibility and convenience in applications where rear connections are more appropriate, such as rack-mounting. Up to four single output units can be mounted side by side in a standard rack width. Additionally, any combination of single and dual units can be integrated with the optional rack-mount kit.
The Sorensen XEL Series family provides digital precision but retains true analog control for easy bench operation. All XEL supplies also come with the Output Enable feature that allows preview of the voltage and current settings before turning on the output. While a simple feature, it protects against device damage by allowing the user to verify the settings before applying them to the device being tested.
Along with Output Enable, the XEL Series comes with the V-Span function that increases resolution by allowing users to redefine voltage minimum and maximum limit values within a specific voltage range. Limits can be set at any level up to the rating of the power supply. The voltage span function can be turned on and off with the push of a button.
The ultra-compact design of the XEL Series further allows for higher power efficiency and near-silent cooling. Despite its small size and linear regulation, the XEL Series generates little heat through the use of an advanced phase controlled pre-regulator. This gives the XEL Series significantly higher energy efficiency than conventional linear regulated designs, particularly when supplying lower voltages. In addition, internal heat-sinks use low-noise fan assisted convection cooling to remove heat.
AMETEK Programmable Power is a division of AMETEK, Inc, a leading global manufacturer of electronic instruments and electromechanical devices with 2008 sales of more than $2.5 billion. For more information, contact AMETEK Programmable Power, 9250 Brown Deer Road, San Diego, CA 92121. Web site: http://www.programmablepower.com
Click here for a hi-res image of the Sorensen XEL-P Series
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SPECTRO LAUNCHES NEXT GENERATION SPECTRO xSORT
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Release Date: Monday, October 17, 2011
Contact: Tom Milner +49-2821-892-2128
KLEVE, GERMANY, October 17, 2011–SPECTRO Analytical Instruments, a leading supplier of analytical instruments for optical emission and XRF spectrometry, has introduced the next-generation SPECTRO xSORT handheld energy dispersive X-ray fluorescence (EDXRF) spectrometer. The new instrument comes in a smaller, lightweight package that offers better analytical performance, and incorporates many exclusive new features.
The new xSORT is designed for high-throughput elemental testing and spectro-chemical analysis of a wide range of metals and other materials in the field. Its speed, accuracy and ease of use set new benchmarks for handheld spectrometric performance. SPECTRO xSORT is ideal for applications, including positive material identification (PMI) and environmental screening, recycling of alloys, precious metals, and aluminum, plus mining and compliance screening.
“Users were requesting more speed, higher accuracy and greater operating simplicity in the field,” notes Dirk Wissmann, Senior Product Manager. “For many jobs, such as material verification, our new instrument delivers highly reliable analyses in two seconds! And, for more complex matrices such as in environmental screening, SPECTRO xSORT achieves very low detection limits without the need for complex sample preparation.”
The new xSORT also is available with exclusive time- and cost-saving features, such as an integrated video camera for precise spot testing and visual memory storage. Also available is an integrated global positioning system (GPS) that allows users to quickly return to previously checked locations without time-wasting resurveys.
Two-second Analysis
For metals and most alloys, SPECTRO xSORT delivers grade identification and material verification within two seconds of clicking its trigger. Pre-installed grade libraries cover common alloys used in industry.
“High-volume users, such as service companies doing PMI, may use SPECTRO xSORT to complete hundreds of inspections per shift with greatly enhanced productivity and profitability,” adds Wissmann.
Exceptionally Low Detection Limits
The SPECTRO xSORT offers exceptionally low detection limits— down to the parts-per-million (ppm) range — for analyses of heavy metals. This allows the instrument to deliver accuracy that rivals laboratory analysis results. In addition, the system includes an optional docking unit for stationary operation, adding stability for very small samples along with extended analysis with ultra-low detection limits.
Lightweight, Compact Design
With SPECTRO xSORT, operators don’t need to switch methods between metals or use complicated flushes or vacuum systems. The instrument’s light weight (1.64 kg or 3.62 lb) and compact, one-piece design make it optimal for easy use in the field, even in areas that are less accessible.
The instrument incorporates an exclusive SPECTRO ICAL system for convenient one-sample, one-time calibration. Its simplified software features an intuitive touchscreen interface with two menu levels.
The SPECTRO xSORT spectrometer is available for shipment from SPECTRO dealers around the world. For more information, visit www.spectro.com/xsort.
About SPECTRO:
SPECTRO is a leading global supplier of analytical instruments for optical emission and X-ray fluorescence spectrometry and a unit of the AMETEK Materials Analysis Division. SPECTRO manufactures advanced instruments, develops the best solutions for strongly varying applications and provides exemplary customer service. SPECTRO’s products are exemplified by unique technical capabilities that deliver measureable benefits to the customer. From its founding in 1979 until today, more than 30,000 analytical instruments have been delivered to customers around the world.
AMETEK, Inc. is a leading global manufacturer of electronic instruments and electromechanical devices with annualized sales of approximately 3.0 billion US$. AMETEK’s corporate growth plan is based on four key strategies: Operative excellence, strategic acquisitions and alliances, geographic and market expansion as well as new products. AMETEK’s common stock is a component of the S&P MidCap 400 Index and the Russell 1000 Index.
For additional information, please contact Tom Milner, Tel: +49 / 28 21 / 8 92-0, Fax: +49 / 28 21/ 8 92-22 00. E-Mail: spectro.info@ametek.com
Click here for a hi-res image of the SPECTRO Next Generation xSORT Handheld XRF Spectrometer
Click here for a hi-res image of the xSORT XRF Spectrometer in use
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SPECTRO RECOGNIZED AMONG THE WINNERS OF R&D 100 AWARD
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Release Date: Friday, July 01, 2011
Contact: Tom Milner +49-2821-892-2128
• SPECTRO Recognized with Pacific Northwest National Laboratory, University of Arizona, Indiana University and iMAGERLABS for Development of Array Detector Technology for Mass Spectrometry
• Breakthrough Technology Incorporated in SPECTRO MS –the First Fully Simultaneously Measuring Inductively Coupled Plasma (ICP) Mass Spectrometer
KLEVE, GERMANY– July 1, 2011 – SPECTRO Analytical Instruments was named among the winners of the 49th annual R&D 100 Awards by the editors of R&D magazine for the development of array detection technology for mass spectrometers along with the technology’s co-developers—Pacific Northwest National Laboratory, the University of Arizona, Indiana University and iMAGERLABS.
SPECTRO was cited for its role in the commercialization of the breakthrough technology with the introduction of the SPECTRO MS inductively coupled plasma (ICP) mass spectrometer in March 2010. The instrument also was awarded a 2010 Silver Pittcon Editors’ Award for Best New Product at the 2010 Pittsburgh Conference and a 2011 Annual Conference of China Scientific Instruments (ACCSI) Award as one of the best new instruments of 2010.
Established by the editors of R&D magazine in 1963, the R&D 100 Award is presented annually to the 100 most
significant new developments in research and development as determined by an independent panel of judges and the editors of R&D. The award winners have included such widely recognized products as the automated teller machine (1973), the fax machine (1975), liquid crystal displays (1980) lab on a chip (1996) and high-definition television (1998).
“We are extremely pleased to be selected along with our co-developers for this prestigious award,” comments Manfred Bergsch, Managing Director, SPECTRO Analytical Instruments GmbH. “It confirms our belief that SPECTRO MS represents a breakthrough that changes ICP mass spectrometry forever.
“With its ability to simultaneously measure the complete elemental spectrum, we believe the SPECTRO MS will revolutionize the mass spectrometry market the same way the introduction of optical emission spectrometers did several years ago,” he adds.
SPECTRO MS: Breakthrough in Mass Spectrometry
SPECTRO MS is the world’s first fully simultaneously measuring mass spectrometer with inductively coupled plasma. The instrument is able to record the entire elemental mass spectrum from lithium to uranium with every analysis. That capability provides users with a much higher sample throughput rate and better precision and accuracy than a sequential mass spectrometer.
The SPECTRO MS delivers not only much more precise and repeatable results than a sequential mass spectrometer, but it also measures a great deal faster. Simultaneous recording of the entire spectrum is enabled by a series of newly designed high-end components:
A novel ion optic that is extremely efficient in transporting ions from the plasma into the mass spectrometer itself – while reliably removing neutral particles and photons from the beam.
A double focusing sector field mass spectrometer in Mattauch-Herzog geometry. An electrostatic analyzer and a permanent magnet are utilized to direct the ions onto a focal plane – without additional scanning of the ion beam.
An extremely powerful Direct Charge Detector with 4,800 channels is located in the focal plane of the mass spectrometer and fully simultaneously records the entire mass spectrum from lithium to uranium from the continuous ion beam.
Each channel is additionally divided into two separate detectors with different signal amplification. This enables the SPECTRO MS to achieve a large dynamic working range with which even extreme isotope ratios can be precisely determined.
Array Detection Technology
The SPECTRO MS incorporates revolutionary Array Detection Technology for Mass Spectrometry (ADT-MS) that employs thousands of micro-fabricated detectors arranged in a dense array and electronically integrated into a single monolithic chip-based device, which allows it to simultaneously monitor and detect wide mass ranges at the same time without any loss of signal.
Conventional detectors are able to detect only a single mass or a small range of masses at one time—meaning that all other chemical information for that analysis is either lost or undetected. Multiple scans or runs are required to detect and analyze an entire chemical sample.
“ADT-MS provides scientists and researchers with rapid and complete access to information that was previously lost or inefficiently collected. In addition, these benefits are achieved without degrading other desirable performance criteria such as measurement sensitivity, dynamic range, stability and lifetime. In fact, ADT-MS performs these and other performance criteria at a cumulatively higher level than other mass spectrometer detectors,” notes Dr. Dirk Ardelt, Manager of ICP R&D for SPECTRO.
Benchmark System with Wide Application
SPECTRO expects the SPECTRO MS to establish itself as the benchmark system for many applications where its precision, high sample throughput and permanent and complete information about the entire mass spectrum are key benefits. These include research and development laboratories with extremely high sample throughput and high demand.
In addition to research laboratories, simultaneous mass spectrometry also is attractive for many branches of industry: Environmental, chemical and pharmaceutical laboratories can profit greatly from the instrument’s detection limits and sample throughput rates. Precious metal processors and refineries also will appreciate the high precision of the instrument.
New applications also can be developed with the option to examine isotope ratios together with the instrument’s ability to transfer the precision of the isotope ratio analysis to the quantitative determination of element contents using isotope dilution. In this way, geology laboratories will be able to more accurately characterize samples.
Background: ICP-MS
Mass spectrometry with an inductively coupled plasma (ICP-MS) as ion source has been an established procedure for elemental analysis for over 30 years. The contents of a sample are analyzed using the different masses of the elements. A liquid sample is sprayed with a nebulizer into 10,000o C argon plasma. The plasma ionizes all of the elements within the sample. Those ions are transferred into the ion optic by a vacuum interface, bundled into a beam and focused into the actual mass spectrometer.
The mass spectrometer separates the ion beam according to the mass/charge ratio. A detector records the ions, enabling an analysis of the elemental contents. With its unique combination of ion optic, mass spectrometer and array detector technology, the SPECTRO MS is able to separate and simultaneously detect the entire ion beam continuously.
About SPECTRO:
SPECTRO is among the world’s leading suppliers of analytical instruments for optical emission and X-ray fluorescence spectrometry. SPECTRO manufactures advanced instruments, develops the best solutions for strongly varying applications, and provides exemplary customer service.
SPECTRO products are exemplified by unique technical capabilities that deliver measureable benefits to the customer. From its foundation in 1979 until today, more than 30,000 analytical instruments have been delivered to customers around the world.
SPECTRO Analytical Instruments is a unit of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices with annualized sales of $2.9 billion. For more information, contact contact Spectro Analytical Instruments, Bochstrasse 10, 47533 Kleve, Germany. Tel: +49-2821-892-0, Fax: +49-2821-892-2200, E-Mail: spectro.info@ametek.com
Click here for a hi-res image of the SPECTRO MS Spectrometer
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SPECTRO'S BEST SELLING SPECTROMAXx OFFERS GREATER ECONOMY AND FLEXIBILITY
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Release Date: Friday, May 15, 2009
KLEVE, GERMANY-- SPECTRO Analytical Instruments introduced the latest generation of its SPECTROMAXx stationary metal analyzers at the CONTROL trade show (May 5 to May 8, 2009 in Stuttgart, Germany). The CCD-based analytical instrument was the most successful SPECTRO model over the last few years: Approximately 3,500 instruments have been sold since the beginning of 2005. The current generation of the top seller offers many improvements: The most important innovations are an argon saving module that clearly reduces the argon consumption and a new package of methods and adapters for small sample analysis.
“The SPECTROMAXx has established itself as the international standard for stationary metal analyzers, but even such a top performer can be improved,” explains Tom Milner, head of marketing at SPECTRO. “The fifth generation is more economical, more flexible and more user-friendly than its predecessor. We’ve raised the bar a good bit higher.”
New Argon Saving Module
Highlight of the current product generation is the new argon saving module that reduces the argon consumption when the instrument is not in use to zero; leading to substantial savings.
Product Manager Kay Toedter explains how it works: “When the spark generator is turned off at the end of the day, the argon saver shuts the flush down to zero. The operator sets the time when the instrument is to be used the next morning. The system then automatically starts up the instrument so that the spark stand and the optical system are optimally supplied with argon; on time for the first measurement of the morning.”
When idle for a longer period of time, on weekends or during works holidays for example, the instrument is completely shut down; enabling a proportionally higher savings. The instrument can be pre-programmed for this type of interruption over several days so that the optic is already flushed and ready to measure punctually when work begins.
Improved Analysis of Small Parts
Small sample analysis also has been improved for the SPECTROMAXx: Pre-defined method packages for small pieces of iron, aluminum and copper matrices in the form of screws, pins, wires and sheets are now available. The method packages cover all standard applications in small part analysis. At the same time, SPECTRO offers a new set of adapters for the new SPECTROMAXx, ensuring simple handling of small samples in the laboratory: With the special adapters, small parts and wires can be precisely and securely fixed over the measuring aperture. The adapters accelerate sample throughput in the laboratory and guarantee reliable and reproducible results for measurement series.
New Diagnosis System
Important from a maintenance standpoint, the new SPECTROMAXx possesses an integrated diagnosis system, which continuously informs operators and service technicians as to the state of the system and its main components. This makes it possible to more quickly rectify malfunctions and complete service calls. The SPECTROMAXx’s internal components have been rearranged for optimal serviceability. It is no longer necessary to remove any blocking components in order to conduct common maintenance processes such as changing filters or replacing the filter cartridge. The UV lens can be externally cleaned and replaced. In addition, the SPECTROMAXx now uses the “Spark Analyzer Vision Software” that already has been proven in the larger SPECTROLAB systems.
About SPECTRO:
SPECTRO is one of the worldwide leading suppliers of analytical instruments for optical emission and x-ray fluorescence spectrometry. As a member of the AMETEK Materials Analysis Division, SPECTRO manufactures advanced instruments, develops the best solutions for strongly varying applications and provides exemplary customer service. Innovation and customer relations are its main activities. From its foundation in 1979 until today, more than 30,000 analytical instruments have been delivered to customers around the world.
AMETEK, Inc. is a leading global manufacturer of electronic instruments and electric motors with annual sales of more than $2.5 billion. AMETEK’s Corporate Growth Plan is based on four key strategies: Operational Excellence, Strategic Acquisitions & Alliances, Global & Market Expansion and New Product Development. AMETEK’s common stock is a component of the S&P MidCap 400 Index and the Russell 1000 Index.
For more information, contact Tom Milner for additional information, Tel: +49 / 28 21 / 8 92-0, Fax: +49 / 28 21/ 8 92-22 00, E-Mail: spectro.info@ametek.com
Click here for a hi-res image of the SPECTROMAXx
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SRInstComms ActiveX Control and Software Development Toolkit
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Release Date: Monday, January 01, 0001
•Operates from one to ten instruments simultaneously
•Uses GPIB, USB, Ethernet, or RS232 interface
•Automatic detection of instruments
•Supplied with example programs for Visual Basic, VBScript (HTML), Visual C++, Visual C#, LabVIEW, and Excel
•Full printed and on-screen documentation
•Operates with models 4161A, 5105, 5106, 5109, 5110(A), 5209, 5210, 5302, 7124, 7220, 7220BFP, 7225, 7225BFP, 7230, 7260, 7265, 7270, 7310, 7280, 7280BFP, and 5113
SRInstComms is an ActiveX control that allows users of SIGNAL RECOVERY instruments to control them from PC’s running Windows XP or Vista. Unlike the Acquire data acquisition software which we also offer, it is not a complete package but rather a component conforming to recognized industry standards that allows instruments to be controlled by user-developed programs. The only requirement is that these programs must be written in a language that supports such controls, which in practice is virtually all modern languages capable of developing Windows applications. These include Visual Basic, Visual C++, Visual C#, LabVIEW, Visual Basic for Applications (included in Word, Excel, Outlook, Access and other Microsoft products) and VBScript (supported by Internet Explorer).
The control takes care of all communication between the user-developed program and the instrument, performing the necessary handshaking and decoding status signals over the selected interface, which is either GPIB, USB, Ethernet, or RS232. With the exception of speed, the interface type is essentially transparent to the user, making programs portable between systems with different interfaces.
It includes an automatic search routine which will find any compatible instruments that are attached to the computer’s GPIB, USB, Ethernet, or RS232 ports. In most cases, this eliminates the need to adjust the communications settings controls on the instrument. The complete "profile" of connected instruments, together with any user-entered descriptive comments, is then securely saved in the system registry. Subsequent data transmissions to and from the instrument use this information to give the fastest possible communication. |
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Up to ten compatible instruments can be controlled independently or simultaneously, so that for example in a system measuring impedance one lock-in amplifier can measure the sample current while a second measures the voltage. Both instruments can be read via the control and the output readings combined to determine the impedance.
| The package includes a full printed instruction manual, as well as on-screen help so that programming information is always easily available. In addition, six sample applications in Visual Basic, Visual C++, Visual C#, LabVIEW, and Excel are supplied. The VB, VC++, and VC# examples include a working executable as well as a full project workspace and all the corresponding source files. Similarly the LabVIEW and Excel demonstration programs are complete with all source code information so that they can be easily edited by the user. |
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Example Programs
The supplied example programs offer a quick way to start developing a program. Unlike some software toolkits, this ensures that you have access to code that is known to work with a wide range of hardware.
The Excel spreadsheet and LabVIEW VI demonstrate perfectly the power of the control, allowing data to be taken directly from the instrument and plotted to a graphical display. The HTML webpage, on the other hand, shows how the control can be used to create programs using very user-friendly interfaces, with all the power and convenience that comes from working from within the browser environment.
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Technical Requirements
In addition to a compatible operating system and suitable programming software, the control requires at least one method of connection to the instrument. Depending on the type of communication port fitted to the instrument this can be an RS232, USB, GPIB or Ethernet, with the last three generally giving the fastest communication.
If using GPIB, the computer must be fitted with a National Instruments GPIB Interface card or cable. Other manufacturer’s cards will not work.
Ordering Information
The SRInstComms software pack includes the software supplied on CD and a 57 page printed instruction manual. The package is licensed for use on a single computer; for multiple or redistribution licenses please contact us first.
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Accessories
When ordering this software, don't forget to make sure that you have a suitable USB, RS232 or GPIB cable and GPIB interface card. Click on the links below to reach these items.
•Model CE0114S National Instruments PCI-GPIB Interface Board
•Model SC0073S 2m GPIB cable
•Model SC0067S 4m GPIB cable
•Model SC0066S 1m GPIB cable
•Model CE0115S USB-GPIB Adaptor Cable
•Model 796190 USB A/B 6' (2m) Cable
•Model C01001 9F - 9F Null Modem RS232 cable (for models 5105 and 5106)
•Model C01002 9F - 25M Null Modem RS232 cable (for models 5109, 5110, 5209 and 5210)
•Model C01003 9F - 9M Null Modem RS232 cable (for models 7220, 7260, 7225, 7265 and 7280)
•Model K02001 25F - 9M RS232 adapter
•Model CE0116S USB-RS232 Adaptor Cable
Product and company names mentioned are trademarks or trade names of their respective companies.
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STERLING ULTRA PRECISION EXPANDS IN INDIA AND CHINA
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Release Date: Thursday, October 27, 2011
Contact: Tina Hoppock (603) 357-2511
LARGO, FL— Sterling Ultra Precision, a world leader in ultra precision machine tool systems for the ophthalmic industry, has opened offices in Bangalore, India, and Shanghai, China. Both offices have dedicated sales and service representatives to serve a growing customer base in Asia.
Sterling’s Optoform two-axis contouring lathes are designed for high-speed cutting of spherical, multi-curve, aspheric and edge designs for contact and intraocular lenses. The lathes are fully compatible with Sterling’s FTS1000 Fast Servo toric attachment. Innovative proprietary hardware and software provide lens designers and manufacturers greater capability, including freeform geometry, asymmetric edge designs and superior form and finish.
Sterling’s India office is located at Plot 41, EPIP Zone, Phase 2, Featherlite Tech Park, Whitefield, Bangalore 560066, India, Tel: 91-80-6782-3200, Fax: 91-80-6782-3232. The new Shanghai office is located at 460 North Fute Road in the Waigaoqiao Free Trade Zone, Shanghai, Tel: 86-21-5868-5111, Fax: 86-21-5866-0969.
Sterling Ultra Precision is a unit of AMETEK Ultra Precision Technologies, a division of AMETEK, Inc, a leading global manufacturer of electronic instruments and electromechanical devices, with annualized sales of $3.0 billion.
For more information on Sterling’s Optoform line of ultra-precision ophthalmic lathes, contact , contact Sterling Ultra Precision, 8600 Somerset Drive, Largo, FL 33773 USA. Tel: (727) 538-6132. Fax: (727) 538-6000 (Option 2) E-mail: sterlingsales.us@ametek.com Web site: www.sterlingint.com
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STERLING ULTRA PRECISION INTRODUCES NEW VERSION OF OPTOFORM® SOFTWARE
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Release Date: Thursday, December 08, 2011
Contact: Tina Hoppock (603) 357-2511
LARGO, FL— Sterling Ultra Precision, a world leader in single-point diamond-turning systems for the ophthalmic industry, has introduced its latest Optoform® control software MCS 1.29 designed specifically for the production of specialty contact lenses.
The improved version of the software incorporates more complex algorithms for the production of highly accurate and sophisticated toric, multifocal, prism and slab-off contact lens designs. The software also improves form and surface finish for existing Optoform asymmetric lathe files and allows for the contouring of front and back asymmetric edges for better wearer comfort.
By combining the new MCS 1.29 software with Sterling’s FTS® 1000 fast tool servo, Sterling has expanded the realm of manufacturing possibilities for optical lens designers. With a peak acceleration of 200 m/sec2, the FTS® 1000 permits production of non-symmetric lenses, including asymmetric diffractive designs.
Sterling Ultra Precision is a unit of AMETEK Ultra Precision Technologies, a division of AMETEK, Inc, a leading global manufacturer of electronic instruments and electromechanical devices, with annualized sales of $3.0 billion.
For more information on Sterling’s new Optoform control software and FTS 1000 fast servo, contact Sterling Ultra Precision, 8600 Somerset Drive, Largo, FL 33773 USA. Tel: (727) 538-6132. Fax: (727) 538-6121 E-mail: sterlingsales.us@ametek.com Web site: http://www.sterlingint.com
Click here for a hi-res image of the Sterling Optoform software screen capture
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THERMAL IMAGING CAMERA WITH ONBOARD PROCESSING FOR HEAVY INDUSTRIAL, R&D AND AUTOMATION APPLICATIONS
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Release Date: Thursday, May 26, 2011
CONTACT: Stuart Harris 44 (0) 1246 417 691
DRONFIELD, ENGLAND — A series of thermal imaging cameras rugged enough for heavy industrial applications and compact enough for use in R&D and automation has been introduced by Land Instruments International, a unit of AMETEK, Inc. The new Arc cameras have high resolution radiometric imagers and field of view options that can view targets at any distance with high clarity. The cameras operate over a wide temperature range (-20o to 1000oC).
Because temperature processing is performed by onboard software, the cameras do not need to be connected to a PC. Connection to a range of 1/o modules by standard industrial Ethernet allows simple stand-alone operation. The high-resolution thermal imager uses advanced focal plane array detector technology to produce high-accuracy temperature measurements.
Available options include two temperature ranges, four lenses, two frame sets and three software variants. Standard Arc Viewer software enables visualization of thermal data; Viewer+ offers configuration of Smart Camera features; and LIPS allows complete analysis, recording and playback of thermal data. A choice of enclosures allows dependable operation in harsh environments. Additional details on the new Arc radiometric thermal imager are available at: Industrial Infrared Temperature Measurement | Land Instruments International.
Land Instruments International (www.landinst.com) designs and manufactures monitors and analyzers for industrial infrared temperature measurement, combustion efficiency and environmental pollutant emissions. It is a unit of AMETEK, Inc., a leading global manufacturer of electronic instruments and electromechanical devices motors with annualized sales of $2.9 billion.
For additional information, contact Land Instruments International, Stubley Lane, Dronfield, UK, S18 1DJ. Phone: +44 (0) 1246 417691. Fax: +44 (0) 1246 410585. E-mail: land.combustion@ametek.co.uk Website: www.landinst.com. In the United States, contact AMETEK Land, 150 Freeport Road, Pittsburgh, PA 15238. Phone: 412-826-4444. Fax: 412-826-4460. E-mail: combsales@ametek.com Website: www.ametek-land.com
Click here for a hi-res image of the Arc thermal imager from Land Instruments
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THERMOX REMOTE CALIBRATION UNIT FROM AMETEK PROCESS INSTRUMENTS MAXIMIZES ACCURACY WHILE MINIMIZING COSTS
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Release Date: Thursday, July 23, 2009
PITTSBURH, PA –The AMETEK Thermox® Remote Calibration Unit (RCU) ensures maximum confidence in the accuracy and stability of all Thermox WDG-IV/C/M, HP II, C/M, WDG-Insitu/2000 and WDG-Insitu/IQ oxygen and combustibles analyzers, and it allows for unattended, automatic calibration to minimize labor costs.
The unit’s rugged stainless steel enclosure is fully weatherproof and corrosion-resistant for long life and minimal maintenance. Class 1, Div 2 certification for use in hazardous areas is available. The unit easily replaces existing remote calibration units and is compatible with all new and existing Thermox WDG oxygen and combustibles analyzers. Oxygen span calibration uses instrument air, while an alternative cal gas input option allows for the use of certified calibration gas.
Based on a field-proven design pioneered by AMETEK, Thermox analyzers offer fast response, accuracy and ease of maintenance in a wide range of combustion efficiency applications. In addition, AMETEK offers a comprehensive range of LAND combustion efficiency and environmental monitoring instruments.
Along with Thermox and LAND instruments, AMETEK Process Instruments also manufactures non-combustion analyzers, including trace oxygen and moisture analyzers, photometric and laser analyzers, and Dycor quadrupole mass spectrometers. AMETEK instruments are fully supported by a global network of sales representatives and technical support.
AMETEK Process & Analytical Instruments is a division of AMETEK, Inc., a leading global producer of electronic instruments and electromechanical devices with annual sales of more than $2.5 billion.
For more information, contact AMETEK Process & Analytical Instruments, 150 Freeport Road, Pittsburgh, PA 15238. Phone: 412-828-9040. Fax: 412-826-0399. Web site: http://ww.ametekpi.com or http://www.landinstrument.net
Click here for a hi-res image of the Thermox® Remote Calibration Unit
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VISION RESEARCH ACHIEVES BREAKTHROUGH SENSITIVITY WITH NEW FOUR MEGAPIXEL PHANTOM v640 DIGITAL HIGH-SPEED CAMERA
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Release Date: Thursday, April 09, 2009
WAYNE, N.J., March 25, 2009 – Vision Research, a leading manufacturer of high speed digital imaging systems, today unveiled the Phantom® v640, a four megapixel digital high speed camera offering six gigapixel-per-second throughput and enhanced light sensitivity. To better serve its customers and meet their changing demands in an evolving marketplace, Vision Research is targeting an extensive new product launch schedule for 2009. The second major digital camera announcement of the year for Vision Research, the Phantom v640 is one of a record number of new high speed digital imaging products, including new cameras, workflow solutions and customer convenience features, planned for 2009.
Targeted at industrial, military and R&D applications, which demand high resolution imagery for maximum detail, the v640 offers a recording speed of greater than 1,400 frames per second (fps) at its full-resolution of 2,560 x 1,600. For higher frame rates, users can reduce the camera’s resolution, giving them the ability to increase the speed of the Phantom v640 to meet the needs of their current shooting scenario. At a reduced resolution, the Phantom v640 offers a maximum frame rate of 300,000 fps.
Versatility abounds with the Phantom v640, as the camera can also record at more traditional frame rates for normal use, as low as 10 fps. When recording at 1,920 x 1,080 for example, users can achieve frame rates of 10 fps to over 2,700 fps. Such flexibility, especially when recording in high-definition resolution, positions the Phantom v640 as one of the most versatile, highest-performing four megapixel digital high-speed cameras on the market today.
State-of-the-Art CMOS Imaging Sensor
All Vision Research digital high-speed cameras incorporate a proprietary CMOS imaging sensor, custom-designed for the camera’s intended applications. With a maximum resolution of 2,560 x 1,600, the wide aspect ratio of the Phantom v640’s CMOS sensor allows a user to keep a moving target in the frame longer than when compared to traditional square imaging sensors.
The new four megapixel Phantom v640 also offers users breakthrough sensitivity. Vision Research engineers were able to make significant improvements from previous sensor designs, increasing the Phantom v640’s peak quantum efficiency (QE) to 60 percent. The increased peak QE is also paired with a significant reduction in noise-equivalent power and Vision Research’s micro-lens technology. Designed to increase the efficiency of the Phantom v640’s CMOS sensor, micro-lens technology utilizes a tiny lens bound to each pixel to more effectively direct incoming light into the active areas of the photo site.
The Phantom v640 will be available with either a color or monochrome CMOS sensor, supporting both 8- and 12-bit pixel depths. Utilizing 8-bit pixel depth will yield longer record times and smaller file sizes, while 12-bit pixel depth will add additional gray levels for enhanced detail and clarity. The Phantom v640 color CMOS sensor is rated at ISO (ISO 12232 SAT) 1,000 and the monochrome CMOS sensor is rated at ISO 4,000.
The Phantom v640 also incorporates Vision Research’s Extreme Dynamic Range (EDR) technology. EDR is a useful feature which allows users to capture two different exposures within one single frame. Furthermore, Vision Research adds to the overall ease of use and flexibility of the new Phantom v640 thanks to auto exposure, which automatically adjusts the camera to adapt to changing lighting conditions.
Effortless Calibration Ensures Accurate Images
New to Vision Research’s Phantom v-Series is an internal mechanical shutter. During use, the response of a CMOS sensor’s pixels can drift due to changes in resolution, exposure time and temperature, which can lead to inaccurate color representation and substandard image quality. To ensure optimal performance while using a digital high-speed camera, it’s important to complete a session-specific black reference, otherwise known as a current session reference (CSR). A CSR will allow end-users to calibrate all of the CMOS sensor’s pixels that will be used for a given set of camera parameters, setting all pixels to pure black-- an important step in ensuring the most accurate image possible.
Previously, to perform a CSR a user had no choice but to physically access the camera and cover the lens, a process which could be quite costly in regard to time, especially if the camera is mounted out of reach or used on a range for ballistics or explosion testing. Thanks to the Phantom v640’s internal mechanical shutter, a CSR can now be completed remotely through a software command, even giving users the ability to automatically perform a CSR after every shot. The Phantom v640’s internal mechanical shutter is also highly-beneficial for applications requiring more than one camera, as a user can simultaneously perform a CSR for all cameras in use.
Vision Research’s Phantom v640 is also the ideal high-speed imaging solution for particle image velocimetry (PIV) applications. The camera features a high-resolution timing system that yields a timing resolution of better than 20 nanoseconds, 1 mircosecond straddle time, as well as a frame synchronization signal available via a dedicated BNC for easier cabling and increased signal integrity.
High-Performance, Non-Volatile Memory
Eight gigabytes of high-speed dynamic RAM comes standard with the new Phantom v640, with the option to upgrade to 16GB or 32GB. The internal high-speed dynamic RAM is also dividable, up to 64 segments, allowing users to record multiple shots, back to-back, without having to download data from the camera.
Security and versatility also abound with the Phantom v640 as the camera is fully-compatible with Vision Research’s Phantom CineMag™ system. CineMag is a non-volatile, hot-swappable memory magazine that mounts to an optional interface directly on the body of the camera, providing added storage and data protection. Available in 256GB or 512GB, the CineMag gives end-users the ability to record full-resolution video at a maximum frame rate of 250 fps (490 fps at 1920 x 1080 HD), directly to the magazine, enabling very long record times. To record at higher speeds, users can record to the camera’s onboard memory and then manually or automatically transfer those files to the CineMag at a speed of 1GB per second for storage and maximum data protection.
CineMags are designed to work with Vision Research’s new Phantom CineStation™, the company’s proprietary CineMag docking station. Streamlining the high-speed imaging workflow for the end-user, the CineStation allows the high-speed footage - also known as “cines” - stored on a CineMag to be viewed, trimmed, played over video, and saved to hard disk. This enhanced workflow ultimately provides uninterrupted use of the Phantom digital high-speed camera as the cines can be downloaded and edited offline, rather than utilizing the valuable camera asset to transfer the data.
Viewing Recordings
The Phantom v640 offers users several options to view recordings immediately, including a component video-out port for use with a viewfinder. Like the award-winning Phantom v12.1, the Phantom v640 also features Vision Research’s Versatile Dual HD SDI, which can be used in four different configurations. Users can take advantage of two identical 4:2:2 outputs, independent 4:2:2 outputs where one is live and one is playback, one dual HD-SDI 4:4:4 output, or 4:4:4 playback on the dual HD-SDI while the user has a live image on the component viewfinder.
Additional information and detailed specifications for the Vision Research Phantom v640 can be found at http://www.visionresearch.com
About Vision Research
Vision Research designs and manufactures high-speed digital imaging systems used in applications including defense, automotive, engineering, science, medical research, industrial manufacturing and packaging, sports and entertainment, and digital cinematography for television and movie production.
The Wayne, N.J.-based company prides itself on the sensitivity, high-resolution and image quality produced by its systems, robust software interfaces, and reliability and versatility of its camera family – all which continue to stand as benchmarks for the high speed digital imaging industry.
Vision Research digital high-speed cameras add a new dimension to the sense of sight, allowing the user to see details of an event when it’s too fast to see, and too important not to™. For additional information regarding Vision Research, please visit http://www.visionresearch.com.
Vision Research is a business unit of the Materials Analysis Division of AMETEK Inc., a leading global manufacturer of electronic instruments and electromechanical devices.
Click here for a hi-res image of the Phantom v640 camera
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VISION RESEARCH BOLSTERS ADVANCED PHANTOM v-SERIES WITH TWO NEW DIGITAL HIGH-SPEED CAMERAS
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Release Date: Monday, January 01, 0001
New Phantom® v710 Reaches 1.3 Million Frames-Per-Second Mark,
Capturing World’s Fastest CMOS Digital Camera Title
New Phantom® v210 Addresses Budget Constraints
With Breakthrough Pricing Structure
WAYNE, N.J., June 12, 2009 – On track for a record year of new product introductions in 2009, Vision Research, a leading manufacturer of high speed digital imaging systems, today unveiled the Phantom® v710 and Phantom® v210 -- the latest additions to the company’s renowned v-Series of advanced digital high-speed cameras.
The new flagship model of the company’s industry-leading v Series, the Phantom v710 is the world’s fastest CMOS-based digital camera, with a maximum recording speed of 1.3 million frames per-second (fps). With a competitive pricing structure, the new Phantom v210 serves as the entry-point into the Vision Research v Series, giving industries the ability to utilize high-speed video to maintain a competitive edge, despite existing budget challenges.
The Phantom v710
The Phantom v710 offers an unrivaled throughput of over seven gigapixels per second, which allows the camera to record at speeds of over 7,500 fps at its maximum resolution of 1280x800. At reduced resolutions, the Phantom v710 can reach the 1.3 million fps mark, making the new v-Series flagship the world’s fastest CMOS-based digital high-speed camera. The new Phantom v710 is ideally suited for use in a variety of industries for which high-speed and high-resolution imagery is critical, including industrial and R&D applications, military and ballistics testing, PIV, as well as
ultraslow motion replays for 720p high-definition professional sports broadcasts.
Additional high performance features include:
- Breakthrough sensitivity: increased peak quantum efficiency and reduction in noise-equivalent power
- Active pixel size of 20 microns
- Sub-microsecond shuttering: down to 300 nanoseconds, programmable in 18 nanosecond increments
- High-resolution timing: better than 20 nanosecond resolution
- Precise frame synchronization: BNC cable provides synchronization signal and increased signal integrity
- Range Data input
- 500 nanosecond straddle time and no image lag: ideal for particle image velocimetry (PIV) applications.
- Extreme Dynamic Range (EDR): two exposures within a single frame
- Gb Ethernet
- 8GB, 16GB or 32GB of high-performance built-in dynamic RAM
- Phantom CineMag™ and CineStation™ support
In addition to blazing speed, the Phantom v710 offers a full suite of user convenience features, which further elevate the versatility of the new v-Series digital high-speed camera. Building on the architecture of the award-winning v12.1, the world’s first CMOS-based digital camera to break the one million fps mark, the v710 features an internal mechanical shutter as well as Vision Research’s Versatile Dual HD SDI outputs.
The Phantom v710’s internal mechanical shutter gives users the ability to perform a session-specific black reference, also known as a CSR, without having to manually cover the lens. Performing a CSR gives users the ability to calibrate their camera’s CMOS sensor, setting all pixels to pure black-- an important step in ensuring the highest-performance and most accurate image possible.
The Phantom v710’s Versatile Dual HD SDI outputs can be used in four different configurations. Users can take advantage of two identical 4:2:2 outputs, independent 4:2:2 outputs where one is live and one is playback, one dual HD-SDI 4:4:4 output, or 4:4:4 playback on the dual HD-SDI, while the user has a live image on the component viewfinder. Versatile Dual HD-SDI is an extremely beneficial feature, especially for the professional sports broadcast industry, as it gives camera operators the ability to simultaneously feed replays to the broadcast truck, while still viewing and capturing new footage with the Phantom v710 at the start of each play. Furthermore, at 720p HD resolution, the Phantom v710 can record events at speeds of 8,400 fps, providing unmatched ultra-slow motion replay.
The Phantom v210
The evolving marketplace has placed significant budget constraints on a number of industries, making it difficult for professionals in these sectors to utilize digital high speed video to maintain a competitive edge. Whether it is used in R&D, product development, maintenance or testing applications, digital high-speed video is a useful tool that can have a positive and direct impact one’s bottom line.
Offering a range of breakthrough technologies, along with the industry’s most competitive pricing structure, the new Vision Research Phantom v210 is the entry-point into the company’s revered v-Series and the ideal digital high-speed camera for industries where budgets may be tight. Offering the same megapixel resolution as the Phantom v710, the Phantom v210 offers end-users two gigapixel-per-second throughput with a maximum frame rate of over 2,000 fps at full resolution. At reduced resolution, the Phantom v210 can record at speeds up to 300,000 fps. Additional high performance features include:
- Active pixel size of 20 microns
- Two microsecond global electronic shutter to help reduce motion blur
- Phantom CineMag and CineStation support
- Internal mechanical shutter for remote CSR (optional)
- Twin HD-SDI outputs
- High-resolution timing system
- Precise frame synchronization: BNC cable provides synchronization signal and increased signal integrity
- 8GB, 16GB or 32GB of high-performance built-in dynamic RAM
- Extreme Dynamic Range (EDR): two exposures within a single frame
- Phantom CineMag and CineStation support
Security and versatility also abound with the Phantom v710 and v210 as the cameras are fully-compatible with Vision Research’s Phantom CineMag system, which is quickly becoming the de facto standard for the storage of massive high-speed video files. CineMag is a non-volatile, hot-swappable memory magazine that mounts to an optional interface directly on the body of the camera, providing added storage and data protection.
Available in 256GB or 512GB, the CineMag gives end-users the ability to record full resolution video at a maximum frame rate of 700 fps, directly to the magazine, enabling very long record times. To record at higher speeds, users can record to the camera’s onboard memory and then manually or automatically transfer those files to the CineMag for immediate storage and maximum data protection.
CineMags are designed to work with Vision Research’s new Phantom CineStation, the company’s CineMag docking station. Streamlining the high speed imaging workflow for the end-user, the CineStation allows the high-speed footage - also known as “cines” - stored on a CineMag to be viewed, trimmed, played over video, and saved to hard disk or tape via 10GB Ethernet, dual HD-SDI, or component video outputs. This enhanced workflow ultimately provides uninterrupted use of the Phantom digital high-speed camera as the cines can be downloaded and edited offline, rather than utilizing the valuable camera asset to transfer the data.
The Phantom v710 and v210 is available with either a color or monochrome CMOS sensor, supporting both 8- and 12-bit pixel depths. The color CMOS sensor is rated at ISO (ISO 12232 SAT) 1,600 and the monochrome CMOS sensor is rated at ISO 6,400.
Vision Research is taking orders for both products now with deliveries to begin in July.
Additional information and detailed specifications for the Vision Research Phantom v710 and v210 can be found at www.visionresearch.com
About Vision Research
Vision Research designs and manufactures high-speed digital imaging systems used in applications including defense, automotive, engineering, science, medical research, industrial manufacturing and packaging, sports and entertainment, and digital cinematography for television and movie production.
The Wayne, N.J.-based company prides itself on the sensitivity, high-resolution and image quality produced by its systems, robust software interfaces, and reliability and versatility of its camera family – all which continue to stand as benchmarks for the high speed digital imaging industry.
Vision Research digital high-speed cameras add a new dimension to the sense of sight, allowing the user to see details of an event when it’s too fast to see, and too important not to™. For additional information regarding Vision Research, please visit http://www.visionresearch.com.
Vision Research is a business unit of the Materials Analysis Division of AMETEK Inc., a leading global manufacturer of electronic instruments and electromechanical devices.
Click here for a hi-res image of the Phantom v710 high-speed camera
Click here for a hi-res image of the Phantom v210 high-speed camera
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VISION RESEARCH BOLSTERS ADVANCED PHANTOM v-SERIES WTIH TWO NEW DIGITAL HIGH-SPEED CAMERAS
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Release Date: Thursday, July 02, 2009
WAYNE, N.J., June 12, 2009 – On track for a record year of new product introductions in 2009, Vision Research, a leading manufacturer of high speed digital imaging systems, today unveiled the Phantom® v710 and Phantom® v210 -- the latest additions to the company’s renowned v-Series of advanced digital high-speed cameras.
The new flagship model of the company’s industry-leading v Series, the Phantom v710 is the world’s fastest CMOS-based digital camera, with a maximum recording speed of 1.3 million frames per-second (fps). With a competitive pricing structure, the new Phantom v210 serves as the entry-point into the Vision Research v Series, giving industries the ability to utilize high-speed video to maintain a competitive edge, despite existing budget challenges.
The Phantom v710
The Phantom v710 offers an unrivaled throughput of over seven gigapixels per second, which allows the camera to record at speeds of over 7,500 fps at its maximum resolution of 1280x800. At reduced resolutions, the Phantom v710 can reach the 1.3 million fps mark, making the new v-Series flagship the world’s fastest CMOS-based digital high-speed camera. The new Phantom v710 is ideally suited for use in a variety of industries for which high-speed and high-resolution imagery is critical, including industrial and R&D applications, military and ballistics testing, PIV, as well as
ultraslow motion replays for 720p high-definition professional sports broadcasts.
Additional high performance features include:
- Breakthrough sensitivity: increased peak quantum efficiency and reduction in noise-equivalent power
- Active pixel size of 20 microns
- Sub-microsecond shuttering: down to 300 nanoseconds, programmable in 18 nanosecond increments
- High-resolution timing: better than 20 nanosecond resolution
- Precise frame synchronization: BNC cable provides synchronization signal and increased signal integrity
- Range Data input
- 500 nanosecond straddle time and no image lag: ideal for particle image velocimetry (PIV) applications.
- Extreme Dynamic Range (EDR): two exposures within a single frame
- Gb Ethernet
- 8GB, 16GB or 32GB of high-performance built-in dynamic RAM
- Phantom CineMag™ and CineStation™ support
In addition to blazing speed, the Phantom v710 offers a full suite of user convenience features, which further elevate the versatility of the new v-Series digital high-speed camera. Building on the architecture of the award-winning v12.1, the world’s first CMOS-based digital camera to break the one million fps mark, the v710 features an internal mechanical shutter as well as Vision Research’s Versatile Dual HD SDI outputs.
The Phantom v710’s internal mechanical shutter gives users the ability to perform a session-specific black reference, also known as a CSR, without having to manually cover the lens. Performing a CSR gives users the ability to calibrate their camera’s CMOS sensor, setting all pixels to pure black-- an important step in ensuring the highest-performance and most accurate image possible.
The Phantom v710’s Versatile Dual HD SDI outputs can be used in four different configurations. Users can take advantage of two identical 4:2:2 outputs, independent 4:2:2 outputs where one is live and one is playback, one dual HD-SDI 4:4:4 output, or 4:4:4 playback on the dual HD-SDI, while the user has a live image on the component viewfinder. Versatile Dual HD-SDI is an extremely beneficial feature, especially for the professional sports broadcast industry, as it gives camera operators the ability to simultaneously feed replays to the broadcast truck, while still viewing and capturing new footage with the Phantom v710 at the start of each play. Furthermore, at 720p HD resolution, the Phantom v710 can record events at speeds of 8,400 fps, providing unmatched ultra-slow motion replay.
The Phantom v210
The evolving marketplace has placed significant budget constraints on a number of industries, making it difficult for professionals in these sectors to utilize digital high speed video to maintain a competitive edge. Whether it is used in R&D, product development, maintenance or testing applications, digital high-speed video is a useful tool that can have a positive and direct impact one’s bottom line.
Offering a range of breakthrough technologies, along with the industry’s most competitive pricing structure, the new Vision Research Phantom v210 is the entry-point into the company’s revered v-Series and the ideal digital high-speed camera for industries where budgets may be tight. Offering the same megapixel resolution as the Phantom v710, the Phantom v210 offers end-users two gigapixel-per-second throughput with a maximum frame rate of over 2,000 fps at full resolution. At reduced resolution, the Phantom v210 can record at speeds up to 300,000 fps. Additional high performance features include:
- Active pixel size of 20 microns
- Two microsecond global electronic shutter to help reduce motion blur
- Phantom CineMag and CineStation support
- Internal mechanical shutter for remote CSR (optional)
- Twin HD-SDI outputs
- High-resolution timing system
- Precise frame synchronization: BNC cable provides synchronization signal and increased signal integrity
- 8GB, 16GB or 32GB of high-performance built-in dynamic RAM
- Extreme Dynamic Range (EDR): two exposures within a single frame
- Phantom CineMag and CineStation support
Security and versatility also abound with the Phantom v710 and v210 as the cameras are fully-compatible with Vision Research’s Phantom CineMag system, which is quickly becoming the de facto standard for the storage of massive high-speed video files. CineMag is a non-volatile, hot-swappable memory magazine that mounts to an optional interface directly on the body of the camera, providing added storage and data protection.
Available in 256GB or 512GB, the CineMag gives end-users the ability to record full resolution video at a maximum frame rate of 700 fps, directly to the magazine, enabling very long record times. To record at higher speeds, users can record to the camera’s onboard memory and then manually or automatically transfer those files to the CineMag for immediate storage and maximum data protection.
CineMags are designed to work with Vision Research’s new Phantom CineStation, the company’s CineMag docking station. Streamlining the high speed imaging workflow for the end-user, the CineStation allows the high-speed footage - also known as “cines” - stored on a CineMag to be viewed, trimmed, played over video, and saved to hard disk or tape via 10GB Ethernet, dual HD-SDI, or component video outputs. This enhanced workflow ultimately provides uninterrupted use of the Phantom digital high-speed camera as the cines can be downloaded and edited offline, rather than utilizing the valuable camera asset to transfer the data.
The Phantom v710 and v210 is available with either a color or monochrome CMOS sensor, supporting both 8- and 12-bit pixel depths. The color CMOS sensor is rated at ISO (ISO 12232 SAT) 1,600 and the monochrome CMOS sensor is rated at ISO 6,400.
Vision Research is taking orders for both products now with deliveries to begin in July.
Additional information and detailed specifications for the Vision Research Phantom v710 and v210 can be found at http://www.visionresearch.com
About Vision Research
Vision Research designs and manufactures high-speed digital imaging systems used in applications including defense, automotive, engineering, science, medical research, industrial manufacturing and packaging, sports and entertainment, and digital cinematography for television and movie production.
The Wayne, N.J.-based company prides itself on the sensitivity, high-resolution and image quality produced by its systems, robust software interfaces, and reliability and versatility of its camera family – all which continue to stand as benchmarks for the high speed digital imaging industry.
Vision Research digital high-speed cameras add a new dimension to the sense of sight, allowing the user to see details of an event when it’s too fast to see, and too important not to™. For additional information regarding Vision Research, please visit www.visionresearch.com.
Vision Research is a business unit of the Materials Analysis Division of AMETEK Inc., a leading global manufacturer of electronic instruments and electromechanical devices.
Click here for a hi-res image of the Phantom v710 high-speed camera
Click here for a hi-res image of the Phantom v210 high-speed camera
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VISION RESEARCH BRINGS HIGH-SPEED IMAGING TO NEW YORK UNIVERSITY'S TISCH SCHOOL OF THE ARTS
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Release Date: Tuesday, June 07, 2011
Contact: Angeline Boyer (908) 722-5757
R&J Public Relations
aboyer@randjpr.com
WAYNE, N.J. – Vision Research, a leading manufacturer of high speed digital imaging systems, has donated a Phantom® HD GOLD digital high-speed camera to New York University’s (NYU) Tisch School of the Arts. The Phantom HD GOLD gives professionals in the entertainment, sports, digital cinema and television production markets the ability to capture impressive ultra slow-motion video. It is anticipated that the camera will be used by graduate and undergraduate cinematography students.
AbleCine, a leading supplier of professional film and digital equipment and Vision Research’s partner in entertainment sales in North America, will oversee the relationship between NYU and Vision Research. AbelCine will train the professors on how to use the camera and maintain the service contract for the university. The Phantom HD GOLD camera system is expected to be included in advanced cinematography classes and be used in a classroom setting to teach students the production and workflow aspects of digital high-speed photography.
“We are very grateful that Vision Research has provided our students with the opportunity to work with the Phantom HD GOLD,” states Mike Carmine, Associate Arts Professor and the Director of Cinematography Studies at NYU’s Tisch School of the Arts. “This is certain to be an advantageous learning experience for them as the use of high-speed imaging technology is growing in both the broadcast and entertainment industries.”
“It is important to us at Vision Research to give young filmmakers the opportunity to use this technology,” notes Rick Robinson, Division VP of Marketing for Vision Research. “Through hands-on experience with the Phantom HD GOLD, students at NYU’s Tisch School of the Arts can train in high-speed digital imaging and become more knowledgeable filmmakers.”
Vision Research’s Phantom HD GOLD has emerged as one of the most sought after digital high-speed cameras. The camera, which has a range of 1 to 1,000 frames-per-second, is used for TV commercials, music videos, documentaries, motion pictures and sporting events. The Phantom HD GOLD offers 35mm depth of field either at HD or 2K resolutions. The camera is fully compatible with Vision Research’s acclaimed CineMag™ memory magazine and CineStation docking stations that allow footage to be stored downloaded to a PC for editing.
Additional information and detailed specifications for the Vision Research Phantom® HD GOLD digital high-speed camera can be found at www.visionresearch.com.
About Abel Cine Tech Inc.
Abel Cine Tech, established in 1989, is a leading supplier of professional film and digital equipment with facilities in New York City, Burbank, CA and Chicago, IL. Core services include equipment sales, rental and technical service, digital media services, and training. The company is the North American agent for Phantom high-speed cameras, as well as a Sony Solutions Reseller, Panasonic Specialty Reseller, Arri digital camera reseller, and the exclusive US agent for Aaton motion picture cameras.
About Vision Research
Vision Research designs and manufactures high-speed digital imaging systems used in applications including defense, automotive, engineering, science, medical research, industrial manufacturing and packaging, sports and entertainment, and digital cinematography for television and movie production.
Based in Wayne, N.J, Vision Research prides itself on the unsurpassed light-sensitivity, image resolution, acquisition speed, and image quality produced by its systems, as well as robust software interfaces, reliability and versatility of its camera family – all which continue to stand as benchmarks for the high speed digital imaging industry. Known for its innovations in high-speed digital camera technology and sensor design, Vision Research has received numerous research and development awards and was recently honored with an Emmy® Award for its revolutionary technology and engineering.
Vision Research’s broad line of digital high-speed cameras, marketed under the Phantom® brand, add a new dimension to the sense of sight. They are used as innovative engineering tools, enabling users to visualize and analyze physical phenomena when it’s too fast to see, and too important not to™. For additional information regarding Vision Research, please visit www.visionresearch.com.
Vision Research is a business unit of the Materials Analysis Division of AMETEK Inc., a leading global manufacturer of electronic instruments and electromechanical devices.
Click here for a hi-res image of Phantom HD Gold digital high-speed camera
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Vision Research Introduces Versatile Phantom Miro M320S Compact Digital High-Speed Camera
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Release Date: Tuesday, April 10, 2012
Contact: Melissa Hoistion
R&J Public Relations
(908) 722-5757
mhoistion@randjpr.com
WAYNE, N.J. – Vision Research, the leading manufacturer of digital high-speed imaging systems, presents the Phantom® Miro® M320S digital high-speed camera, which takes portable high-speed imaging to the next level by combining the lightweight, rugged design of Vision Research’s latest Miro family with advanced features not found on any other camera in its class.
“Our new M320S follows Vision Research’s Miro M-Series tradition in versatility by adapting to many imaging applications,” comments Rick Robinson, Division VP Marketing, Vision Research. “With precise control over resolution, frame rate, exposure time, and trigger point, this camera is an ideal tool for everyone from scientists and engineers to professionals in TV production and new media applications. The advanced features and small, lightweight form factor make the Miro M320S the most accessible and adaptable Phantom high-speed digital camera available today.”
The Miro M320S is capable of recording 1320 frames-per-second (fps) at its full resolution of 1920 x 1200; 1540 fps at 1920 x 1080; 2250 fps at 1152 x 1152; and higher frame rates at reduced resolutions. Leveraging the Academy Award®-winning camera technology of the Phantom Flex, the M320S offers exceptional light sensitivity and picture quality with 35mm depth of field thanks to the camera’s 2-megapixel CMOS sensor. The Phantom Miro M320S has standard 12-bit pixel depth and can be configured with 3GB, 6GB or 12GB of internal RAM Memory.
M320S Workflow
Featuring a single HD-SDI output, the M320S can adapt to a wide range of monitors and HD field recorders for a video-based workflow. For maximum quality using uncompressed raw files, the M320S takes advantage of the new Phantom CineFlash Storage system, which ships standard with every M320S camera. The removable CineFlash drives offer up to 240 Gigabytes of non-volatile flash storage. Once full, quickly download the drives via a CineFlash Dock over eSata, and the resulting Cine Raw files are ready to be reviewed and processed with either Phantom software or a number of compatible third-party solutions.
When used together with the Phantom Remote Control Unit (RCU), the Miro M320S becomes a fully portable high-speed camera system. In addition to controlling all recording parameters, the RCU’s built in video monitor allows for live preview, framing, focus and full control of the HD-SDI playback. Users can trim the shot and quickly save it to the removable CineFlash drive, then start capturing the next shot right away.
Additional Features:
- HD-SDI video output, for 720p, 1080psf and 1080i monitoring
- Canon EOS, Nikon F, 35mm PL, and C lens mounts
- Size & Weight: 7.5 x 3.5 x 4 inches, 19 x 9 x 10 cm, Weight: 3.0 lbs, 1.4 kg
- Internal Mechanical Shutter
- Phantom RCU compatible
- Standard rechargeable battery
- Extreme Dynamic Range (EDR)
- Image-Based Auto-Trigger
- Continuous Recording
- Gb Ethernet on camera, eSata on CineFlash Dock
Follow Vision Research on Twitter at @PhantomHiSpeed or friend it on Facebook at “vision research”.
About Vision Research
Vision Research is a leading manufacturer of high-speed digital imaging systems that are indispensible across a wide variety of applications including defense, automotive, engineering, science, medical research, industrial manufacturing, packaging, sports broadcast, TV production and digital cinematography.
The Wayne, N.J.-based company designs and manufactures the most comprehensive range of digital high-speed cameras available today, all of which deliver unsurpassed light-sensitivity, image resolution, acquisition speed and image quality.
Over the course of its 60+ year history, Vision Research has earned numerous awards in recognition of its innovations in high-speed digital camera technology and sensor design, including a technical Emmy and an Academy Award®. Vision Research digital high-speed cameras add a new dimension to the sense of sight, allowing the user to see details of an event when it’s too fast to see, and too important not to™. For additional information regarding Vision Research, please visit www.visionresearch.com.
Vision Research is a business unit of the Materials Analysis Division of AMETEK Inc., a leading global manufacturer of electronic instruments and electromechanical devices.
Click here for a hi-res image of the Miro M 320 digital high-speed camera
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Vision Research Unveils Phantom v642-Third Generation Digital High-Speed Camera
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Release Date: Monday, April 09, 2012
Contact: Melissa Hoistion
R&J Public Relations
(908) 722-5757
mhoistion@randjpr.com
WAYNE, N.J.– Vision Research, the leading manufacturer of the industry’s broadest line of digital high speed cameras, announces the introduction of the Phantom® v642. The high-speed digital camera retains the unique ability to both record and playback ultra-slow motion footage simultaneously, while adding the capability to accurately color match regular speed broadcast cameras using advanced Multi-Matrix Color Correction Technology. The Phantom v642 incorporates Academy Award®- and Emmy® Award-winning technology to record and deliver impressive ultra slow-motion images.
“We at Vision Research pride ourselves on responding to customer feedback. After the introduction of the v641, many customers asked for better color-matching capability. We’ve addressed our customers’ top priority request by adding this technology to the Phantom v642,” comments Patrick Ott de Vries, Broadcast Business Manager for Vision Research. “With advanced Multi-Matrix Color Correction Technology, the Phantom v642 delivers an essential tool to color-match regular speed cameras used in Live Sports Broadcast. This upgrade is the hallmark of the v642 and marks Vision Research’s continued interest and commitment to bringing innovation to the Live Sports Broadcast market and to our integration partners.”
Vision Research’s ultra slow motion technology has been widely adopted in sporting and other live events around the world, including the Super Bowl, World Series, Olympics, World Cup, and Commonwealth Games. This technology is also used in television commercials and motion pictures and is a key component of the 3D imaging in many Hollywood films.
The v642 is supported by a custom designed ultra-sensitive 4-megapixel 2K sensor that can record full-resolution frame rates of 1450 frames-per-second and be leveraged to support pan and zoom applications. Typical broadcast resolutions are supported, in addition to 1080p at 2560 frames-per-second.
With shutter speeds down to 1 microsecond and a global electronic shutter, crisp, sharp images are guaranteed with little or no image blur or motion artifacts. Extremely high frame rates at HD resolutions enables playback speeds as much as 90X times slower than live action.
Multi-Matrix Color Correction Technology
The v642 supports Multi-Matrix Color Correction Technology, which was the number one most requested feature from users of the v641. This technology allows for accurate color matching to normal frame rate cameras, leveraging independent adjustments of saturation and hue of each of the 16 axes. Working with video matrix, hue, gamma and chroma adjustments enables the Phantom v642 to color match with normal speed broadcast supporting live sporting events.
Storage and Workflow
The v642 includes 8 GB of built in high-speed dynamic RAM with 16 GB and 32GB versions also available. A unique segmented memory feature allows users to divide images into up to 63 segments, creating multiple back-to-back shots without the need to download data from the camera. In addition, users can record into one segment while playing back a slow-motion clip from another. One segment is always recording the live action.
This feature gives the v642 flexibility to support environments with and without playback server support. The v642 can be connected to a controller in the studio or Outside Broadcast truck, which can access the camera’s memory for playback while the camera operator is framing and recording the live action.
The v642 comes standard with a PL-mount for full sensor coverage (2560 X1600 pixels). Native support for 1080p using customized B4 adapter options.
Follow Vision Research on Twitter at @PhantomHiSpeed or friend us on Facebook at “vision research”.
Key Features Include:
- Supporting up to 90X ultra-slow motion at 2k, 1080p and 720p resolutions.
- Multi-matrix color correction for fast and accurate color matching to regular frame rate Live Sport cameras.
- Breakthrough light sensitivity, ISO 1200T color (ISO 12232 SAT method)
- Versatile Dual HD-SDI, two HD-SDI ports for dual-link 4:4:4 or 2x 4:2:2
- Multi-cine recording capability
- Remote Replay Camera Control
- EVS integration for camera control and playback
- 1 μs minimum exposure times for sharp images of fast moving events
- Internal mechanical shutter for hands-free / remote black referencing
- 8 GB, 16 GB or 32 GB built-in high-speed memory
- 8-bit or 12-bit pixel depth
- Extreme Dynamic Range (EDR): two different exposures within a single frame
- Burst Mode
About Vision Research
Vision Research is a leading manufacturer of high-speed digital imaging systems that are indispensible across a wide variety of applications including defense, automotive, engineering, science, medical research, industrial manufacturing, packaging, sports broadcast, TV production and digital cinematography.
The Wayne, N.J.-based company designs and manufactures the most comprehensive range of digital high-speed cameras available today, all of which deliver unsurpassed light-sensitivity, image resolution, acquisition speed and image quality.
Over the course of its 60+ year history, Vision Research has earned numerous awards in recognition of its innovations in high-speed digital camera technology and sensor design, including a technical Emmy and an Academy Award®. Vision Research digital high-speed cameras add a new dimension to the sense of sight, allowing the user to see details of an event when it’s too fast to see, and too important not to™. For additional information regarding Vision Research, please visit www.visionresearch.com.
Vision Research is a business unit of the Materials Analysis Division of AMETEK Inc., a leading global manufacturer of electronic instruments and electromechanical devices.
Click here for a hi-res image of the Phantom v642 camera
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WESTCHESTER PLASTICS COMPLETES EXPANSION AT WAPAKONETA COMPOUNDING FACILITY
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Release Date: Tuesday, January 24, 2012
CONTACT: Glenn Rasberry (713-899-0142)
WAPAKONETA, OH– AMETEK Westchester Plastics, a leading independent toll compounder of engineering resins, alloys, blends, reactive modifiers and other thermoplastic materials, has significantly expanded compounding capabilities at its Wapakoneta, OH facility. The new capacity provides Westchester Plastics with greater flexibility and processing capabilities and positions the plant to better meet the needs of its customers for high performance engineering resins in numerous markets.
The Wapakoneta facility has more than 50 years of experience in custom compounding of plastic resins and offers a range of capabilities in state-of-the-art twin screw compounding, as well as continuous- mixer technology. Recent capital investments include:
• Commissioning a new twin-screw compounding line, featuring a 92mm Coperion ZSK MEGA compounder PLUS extrusion system. This line also features 44:1 L/D, 1250 hp, dual vacuum venting, dual side feeder capability, liquid injection capability, water bath/strand or Gala Underwater Pelletization, chilled process water, Witte Shaker/Cooler, rare earth magnets and electronic metal detection for pellets.
• Commissioning a new twin-screw development size and/or production capable compounding line that features a 40mm Century Extrusion CXE40 High Speed & Torque extrusion system. Additional features of this line include 44:1 L/D, 1200 RPM max screw speed, dual vacuum venting, dual side feed capability, liquid injection capability, water bath/strand or Gala Underwater Pelletization, chilled process water, Witte Shaker/Cooler, rare earth magnets and electronic metal detection for pellets.
• Upgrading and lengthening an existing 70mm 9 Barrel Coperion Super Compounder to an 11 Barrel MEGA compounder. Many of the downstream components of this line are the same as the newly commissioned lines detailed above.
• Rebuilding and upgrading an existing #4 Farrell Continuous Mixer compounding line. Additional features of this line include post blending and drying.
AMETEK Westchester Plastics also has plans in place for 2012 to upgrade and lengthen another existing 92mm 9 Barrel Coperion Super Compounder to an 11 Barrel machine with similar downstream components as on the recently commissioned lines. This upgrade is scheduled for completion during the second quarter of 2012.
Westchester Plastics is a unit of AMETEK, Inc., a New York Stock Exchange-listed company and a leading global manufacturer of electronic instruments and electromechanical devices with annual sales of $3.0 billion. For additional information, contact Glenn Raspberry at AMETEK Chemical Products/Westchester Plastics, 42 Mountain Avenue, Nesquehoning, PA 18240 USA. Phone: 610-442-4951. Fax: 570-645-6959 Web site: www.ametek-westchesterplas.com
Click here for a hi-res image of the 40mm Century Twin-Screw Extruder
Click here for a hi-res image of the 70mm 9 Barrel Super Compounder
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When Capability is Critical
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Release Date: Wednesday, June 01, 2011
"When Capability is Critical," article featured in the June 2011 issue of World Pipelines, written by AMETEK's Daniel R. Potter.
When Capability is Critical
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