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Vacuum Measurement Catalog

Vacuum Measurement Catalog
44Pages

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AGILENT Vacuum Measurement Gauge Selection Card 8-11 Gauge Controller 13-21 Transducers 22-37 Active Gauges 38-39 Cables 40-43 Technical Notes

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Vacuum Measurement for Science and Industry Agilent vacuum gauges and controllers are reliable, accurate, and cost- effective tools for measuring and controlling vacuum pressure in a wide • Agilent features pressure measurement technology designed for challenging industrial environments: simplicity, rugged design, plus ease of service to insure maximum productivity and uptime in your vacuum system or vacuum process. • With over 50 years experience in science research, our superior accuracy and stability meets the most demanding scientific requirements. Rough Gauge Controllers Reliable,...

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Vacuum Measurement Intelligent Design & Functionality • Simultaneous operation of all gauges – up to 12 • < 20 millisecond signal-to-set- point response time • Standard features include: – fully programmable RS-232/485 serial communications • Displays up to 8 gauges at one time – E-beam degas for hot filament gauges – pressure unit selection: Torr, mbar, Pascal – universal voltage compatability – analog output Main Screen Vacuum Measurement Intuitive screen functions • Displays up to 8 gauges on one screen • Customizable gauge labels Capacity, Flexibility & Expandability Only 3 gauge cards...

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Agilent Gauge Selection Chart Transducers Controller Required ConvecTorr 536 ConvecTorr quality a ccuracy and repeatability Best overall accuracy and repeatability. Secure bayonet connector. pag. 12 531 Most economical r ough gauge 572 Glass; most popular general purpose HV gauge ( hot filament). Dual filament. pag. 15 571 Glass; same as 563 without platinum coating pag. 16 cold cathode board 563 Best general purpose HV gauge (hot filament) for overall performance and reliability. pag. 17 MBA2-200 Small, rugged, wide range HV gauge (cold cathode); f astest response pag. 19 ULTRA HIGH VACUUM...

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Vacuum Measurement Rough Gauge Packages Active Gauges RGC-100/RGC-150: Pre-calibrated rough gauges and controller packages PVG-500 Robust, reliable; general rough vacuum use CDG-500 Full scale range options; push-button zeroing and setpoints pag. 24 Multi-gauge Controller PCG-750 Combo Pirani a nd CDG for accuracy and gas-type independence pag. 26 P irani and B/A - widest v acuum measurement range pag. 28 Active Gauge Controller/Display AGC-100/AGD-100: Low cost active gauge controllers automatically identify the connected gauge Vacuum Measurement FRG-700 Combo Pirani a nd IMG – accuracy...

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Physics R&D, Accelerators • Synchrotron Light Sources and Beam Lines • Particle Accelerator Rings Vacuum gauges are widely used in High Energy Physics, Fusion Technology and general UHV research. Synchrotron Light Sources, Particle Accelerator Rings, UHV Laboratory research, and Fusion reactors need extremely accurate, reliable and cost effective HV and UHV gauges. Agilent offers a full range of vacuum transducers that can be equipped with high function controllers to monitor and control HV and UVH environments. If desired, Agilent also offers “Active Gauges” equipped with on-board...

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Vacuum Measurement Scanning electron microscopes, like the one shown here, can “see” details as small as one nanometre – one millionth of a metre! An NRC researcher uses a liquid chromatography-mass spectrometry system to quantify toxins in shellfish samples. Nanotechnologies & Semiconductor Manufacturing Analytical Instrumentation • Mass Spectrometry Mass Spectrometry has become an important analytical tool in many industries including pharmaceuticals and life sciences. Thanks to advances in electronics, instrument designers can implement cost-effective, high-performance analytical power...

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AGILENT GAUGE CONTROLLER _^^^^H I. I TOKH COHTEOlSfl^n^l" The XGS-600 Vacuum Gauge Controller provides unprecedented capacity, performance and flexibility in a cost effective, standard half-rack package. A single controller can simultaneously operate up to four hot filament (or four cold cathode) gauges and four convection gauges, up to five cold cathode gauges, or up to twelve convection gauges. Expansion or re-configuration in the field is easy to do. Serial communications (RS-232 or RS-485), sixteen set points, and universal voltage compatibility are standard in all units. A programmable...

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Vacuum Measurement XGS-600 Controller operates all Agilent gauges with only 3 gauge cards… convection, hot filament and cold cathode (inverted magnetron) Accelerators, Synchrotrons and Other Large Facilities • ignal response – <20 milliseconds from signal S to set point response – ideal for fast acting valves • apacity – operates up to 5 IMG gauges in one controller C • ompact – half-rack size saves up to 50-75% C of rack space from other controller options • perability – fully programmable serial communications O with individual gauge labeling; choice of RS-232/485 • lexibility – combine...

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Agilent Gauge Controller Dimensions: millimeters (inches) Technical Specifications User interface LCD monochrome dot matrix, 240 x 128, white LED backlight; 5 button keypad Display capability to eight simultaneous channels of pressure measurement, up to a 5 character user label for each; up to Up two channels in a large font; readable from 15 feet; display updates every 200 msec Gauge capability to 4 Hot Filament BA gauges including metal, glass, and nude UHV types using the HFIG** cards; up to Up 5 IMGs* using the IMG* cards; up to 12 rough gauges using the Dual Convection Gauge Cards; up...

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Vacuum Measurement Ordering Information Description XGS-600 Vacuum Controller, without cards Configure your XGS-600 Controller with cards – constructing your part number: 1 Refer to the Gauge Selection Chart to help determine the gauge you need 2 Choose the number of HFIG** cards you want; place after the ”H”; will be 0 to 4 3 Choose the number of IMG* (cold cathode) cards you want; place after the “M”; will be 0 to 5 4 hoose the number of Dual Convection Gauge Cards; place after the “C”; each card C runs two convection type gauges, will be 0 to 6 5. f ordering Active Gauge...

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