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Please click on each red block in the diagram below for detail information.
Large heat exchange area, ensuring system stability when running in extreme conditions to achieve the temperature after the door is opened.
HFC R507 refrigerant. For low temperature applications.
POE lubrication, customised formula. Maximum miscibility with refrigerant and chemical stability
A large fan guarantees rapid air circulation.
Efficient design, keeps the system clean, ensures uninterrupted refrigerant flow and prevents pipe blockages.
Approaches 100% efficiency, allowing even, uninterrupted liquid refrigerant flow. Produces stable and specified pressure and temperature drop.
Large heat exchange area ensures an efficient high cascade system, completely removing heat from the low cascade system.
Increases high cascade refrigeration efficiency, preventing liquid refrigerant from entering into the compressor.
Efficient design, keeps the system clean and ensures uninterrupted refrigerant flow, preventing pipe blockages.
Proprietary design. Removes heat from the storage chamber by transferring the heat transfer? from the low to high cascade.
Delivers refrigerant to the evaporator which surrounds the cabinet interior. Allows liquid even refrigerant flow which results in a controlled pressure and temperature drop.
Wide radius coils and down feed configuration facilitates refrigerant flow. High conductivity material increases heat transfer from the storage chamber.
HFC R508B green refrigerant is more efficient than R23. This results in energy savings and extended life.
Custom formulated POE lubrication provides optimum refrigerant miscibility as well as chemical stability.