Cryogenic generators type SPC-T are mainly used to generate the cooling capacity for helium gas cooling with forced gas flow. The single-cylinder or four-cylinder systems operate according to the Stirling principle and are electrically driven.
SPC-T cryogenic generators generate cooling capacity by compression and expansion of the working gas helium in a closed system. At the cold head of the Stirling machine temperatures from 15K can be provided. The systems are designed in such a way that two cooling circuits with output temperatures of >15K (primary circuit) and ≥80K (secondary circuit) can be supplied with cooling energy.
This design enables two-stage cryogenic cooling:
First stage: Thermal shielding or pre-cooling by the secondary cooling circuit with an output temperature ≥80K
Second stage: cryogenic cooling by the primary cooling circuit with an output temperature >15K
Further configurations are possible.
In the low-temperature circuit, pressurized helium gas is generally used as the cooling medium. Neon-based solutions are also possible. The gas circulation is carried out by maintenance-free cryofan gas pumps, which are optimised for minimal heat input into the cooling circuit.
The available cooling capacity can be scaled with multisystem systems.
We supply our customers with cross-component system solutions in the field of refrigeration, air conditioning and cryogenics. Our approach is to achieve the most efficient results possible with individual system components when it comes to maintenance, costs and energy.
© 2023 ERT Refrigeration Technology GmbH
+49 40 76 10 48-0
