MERCURY Mercury Instrumentation Intelligent control of cryogenic and magnetic environments

MercuryiTC Intelligent Temperature Controller Accurate, intelligent, upgradable 8 expansion cards slots to expand the capability of your Mercury instruments Accurate Measurements M • easures and controls temperatures to below 250 mK with a precision of 0.1 mK. (24 bit A to D resolution) • Heater output up to 80 W per channel U • ses a true constant voltage source for sensor excitation, preventing self-heating Example of configurations Simultaneous temperature control of 4 stages (4 independent PID control loops) and allowing for high quality measurements at the lowest temperature S • upports...

MercuryiPS Intelligent Magnet Power Supply Accurate, intelligent, upgradable Temperature sense Level meter Stable Measurements Variable temperature insert control (simultaneous control of needle valve, helium level and second PID loop at sample) • Bi-polar, four quadrant magnet power supply • ± 60 A and ± 10 V output • Highly accurate and stable, better than 2.8 mA current stability at 120 A • Low noise • iSense intelligent magnet monitoring and quench protection. Auto-rundown allowing the MercuryiPS to be programmed Level meter to run magnet down safely in event of over temperature or low cryogen...

System control Intelligent control of magnet and cryogenic environments The intuitive touch screen user interface facilitates easy monitoring, control and configuration of your experimental system. The Mercury instruments are also linked by a common software: the OxsoftIDK (Instrument Development Kit) offering: • Easy connection to your Mercury instrument via multiple remote interfaces: Ethernet, GPIB, or serial E • asy integration within your data acquisition programs and direct and remote control of your cryogenic and superconducting magnet system The MercuryiTC has also a number of custom...

Technical Specifications MercuryiTC Temperature Controller Thermometry Configuration Options* 1 incl. as standard, up to 8 extra Sensor input Heater output Maximum reading rate All sensors independantly isolated Supported sensor types All standard types for diode/RTD and thermocouple Auxillary control (stepper motor) GPIB Heater Number of inputs 1 incl. as standard, up to 3 extra Heater load range Control Number of loops 1 incl. as standard, up to 3 extra Proportional gain Integral time Derivative rate MercuryiPS Magnet power supply Configurable Module Specifications (typical) Output current...

Ordering Information MercuryiTC Standard configurations MERC-TC_V MercuryiTC temperature controller MercuryiTC temperature controller with gas flow control MercuryiTC temperature controller with gas flow control and 2 PID Loops (gas flow, extra sensor card, extra heater card) MercuryiPS Standard configurations MERC-PS120 MercuryIPS 120A superconducting magnet power supply and slave MercuryIPS 120A superconducting magnet power supply and slave with level meter MercuryIPS 60A superconducting magnet power supply MercuryIPS 60A superconducting magnet power supply slave only Omicron NanoScience For...