Cryogenic refrigerator
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PDCS01 1.5K Cryostat - Vacuum Type
The sample of the product is placed in vacuum and connected to the bottom of the liquid helium tank. The helium-circulation circuit is isolated from the sample. The standard model uses a non-optical vacuum cover. An optical vacuum cover can also be installed. Simples connected to the bottom of the liquid helium tank by a cooling rod for optical experiments such as spectrometry.
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Specification |
Sample Temp. : |
1.5-373k |
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Sample Environment: |
Vacuum |
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Temp. Stability: |
±0.01K |
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Vacuum Degree: |
5*10-4 Pa |
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Cooling Capacity: |
20-300 mW@2K |
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Optional Specification |
Vacuum Degree: |
Ultra High Vacuum |
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Temp. Stability: |
±5mK, ±1mK |
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Specification |
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Standard Specification |
Optional Specification |
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4K GM Cryocooler System |
Vacuum System |
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JT System |
Control System |
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Helium Circulation System, Liquid Helium Tank |
Chiller |
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Vacuum Chamber |
Interface |
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Radiation-proof Screen |
Number of optical windows and materials |
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Cooling component, Sample Holder |
Supporting Structure |
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Temp. Control System |
Sample Holder |
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Vacuum Valve Block |
Vacuum Chamber |
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16-pin Sample Lead |
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Typical application areas:
Spectral experiment
Resistivity measurement Hall resistance test
Thermal electromagnetic rate
Neutron scattering neutron diffraction
Ultra-low temperature material testing
CSIC Pride（Nanjing）Cryogenic Technology Co., Ltd.
