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The proprietary design of the CryoCore minimizes vibrations at the sample without the need for complex external support structures, expensive helium exchangegas, or sensitive and labor-intensive alignment. The system truly is “plug-andplay” with all vacuum pumps, valves, and electronics included.
Cryostation® s200
Montana Instruments
The CryoCore platform is built for researchers studying the optical and electrical properties of new materials and devices. The system offers full variable temperature control from 4.9K - 350K.The proprietary design of the CryoCore minimizes vibrations at the sample without the need for complex external support structures, expensive helium exchangegas, or sensitive and labor-intensive alignment. The system truly is “plug-andplay” with all vacuum pumps, valves, and electronics included.
Cryostat Features
Based on the user-friendly design of Montana Instrument’s original Cryostation®, the CryoCore® offers:- Low cost, helium-free operation
- Fully-automated temperature & vacuum control
- Versatile & flexible tabletop mounting with no external support stuctures
- Proprietary vibration damping technology to isolate cryocooler vibrations
- Sample-in-vacuum environment with conductive cooling for optimized thermal performance
- Unobstructed sample & optical access
Power and Water Requirements
- Control Units Power Cable NEMA 5-15P (2x needed)
- Compressor Power Cable NEMA L6-20P
- Water Connections 1/2” Tubing
- Water Inlet Temperature 4° - 27° C (40° - 80° F)
- Cooling Water Pressure
- (Min/Max)
- 210 kPa (30 psig) /
- 690 kPa (100 psig)
- Cooling Water Flow (Minimum) 2.7 L/min (0.7 gpm)
- Water Chiller Cooling Capacity 3.2 kW (11,000 BTU/hr)
Additional Requirements:
- Optical table (see recommended minimum dimensions below)
- Rack unit (19”) or shelf space for control units
- (optional) Dry nitrogen supply (1/4” tubing)
- (optional) Ethernet connection to local network for remote control functionality