MercuryiTC (Click to enlarge)
Cryogenic temperature controller: accurate, intelligent and upgradable.
- Accurate: Measures and controls temperatures down to 250 mK with a precision of 0.1 mK. Best-in-class measurement capability via constant voltage excitation.
- User- friendly interface: Intuitive touch screen interface and remote software control. Allows for direct and remote control of your superconducting magnet and cryogenic systems.
- Adapts to your needs: via its unique flexible design incorporating plug-and-play expansion cards. Optional level meter and gas flow control. Allows up to four isolated PID control loops, nine sensor inputs and four 80 W heater outputs.
CLICK HERE TO CHECK PRICES AND ORDER ONLINE VIA OUR NEW CRYOSPARES WEBSITE!
**SPECIAL OFFER** 
Send us an old Oxford Instruments cryogenic temperature controller ITC502, ITC503, ITC501 or ITC4
and we will offer you 15 % off a new one.
Offer valid until 27th July 2012
Trading offers also available on third party temperature controllers.
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Thermometry
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Heater
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Configuration options*
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Control
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Pictures
| Number of inputs |
1 incl. as standard, up to 8 extra |
| A/D Resolution |
24-bit analog to digital |
| Maximum reading rate |
Up to 10 readings per sec |
| Isolation |
All sensors independantly isolated |
| Supported sensor types |
All standard types for diode/RTD and thermocouple |
| Number of inputs |
1 incl. as standard, up to 3 extra |
| A/D Resolution |
16-bit |
| Max heater power |
80 W |
| Max current |
2 A |
| Max voltage |
40 V |
| Heater load range |
20 Ohms to 120 Ohms |
| Heater noise (0 - 2MHz) |
2 mV |
| Sensor input |
Up to 9 |
| Heater output |
Up to 4 |
| N2 / He level meter |
Up to 2 |
| Auxillary control (stepper motor) |
Up to 4 |
| GPIB |
1 |
* Base systems includes thermometer and heater control as standard.
Additional configuration to a maximum of 8 options can be installed
| Number of loops |
1 incl. as standard, up to 3 extra |
| PID control |
Fixed or zonal |
| Set point |
Programmable |
| Proportional gain |
0 to 200 K (resolution 0.1) |
| Integral time |
0 to 200 s (resolution 0.1) |
| Derivative rate |
0 to 200 s (resolution 0.1) |