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Cryogenic High-vacuum Cryo-pump
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- -JR- cryogenic high-speed exhaust vacuum cryopump can be started its [COOL] mode after having been enabled the [STANDBY] mode for 30 minutes; thus the cryogenic cold-trap interface can quickly to extract the water vapor out quickly in few minutes; a initiation of [DEFROST ACTIVE] process will follow right after the vacuum operation that has been finished in shortest period; and after the completion of defrost mode [DEFROST COMPLETE], carrying out the next operating stroke is available after elapsing the [STANDBY] mode for 5 minutes. The system is capable of performing quick circulation to the existing operation system that heightens a higher capacity by 20% ~100% for every operation shift and shortens the extraction-separation time by 25% ~75% approximately
- Using the –JR- cryogenic high-speed vacuum cryo-pump system for process operation is mainly to take the advantage of the principle to capture the water molecules from cryogenic freezing. The water vapor can be captured from the cryogenic freezing surface, and this is the so-called cold-trap interface module. The cold-trap interface module can be mounted directly in the vacuum cabin, for example: vacuum chamber, connecting port, manifold, valve and partitioning board, etc. Ease of installation, the control functions of this cold-trap interface module can be relayed to the readymade controller or processor.
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The –JR- cryogenic high-speed vacuum cryo-pump is the most cost-effective vacuum-exhaust system of higher version. Integration to mount any diffusion vacuum pump, turbine vacuum pump or helium cryogenic pump for operation is available.
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The –JR- cryogenic high-speed vacuum cryo-pump can offer a lot of operating functions and assembly methods for cold-trap interface. Mounting two cold-trap interfaces, or one cold-trap interface with a set of partitioning board.
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For more details about the mode, please refer to the product specification table and the related options.
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