Auxiliary Refrigeration Equipment
Model: LNL25~LNL450
Specifications of the Ammonia Condenser
Accepts refrigerant R717 (ammonia)
Heat exchange area: 25m2~450m2
Design pressure: 2.0Mpa
Accepts refrigerant R717 (ammonia)
Heat exchanger area: 30m2~800m2
Nominal heat exchanger power: 75KW~2000KW
Design pressure for shell: 1.4Mpa
Design pressure for tube: 0.6Mpa
Accepts refrigerant R717 (ammonia)
Heat exchanger area: 2m2~24m2
Design pressure: 1.6Mpa
Uses: Placed between the two compressor stages of a two-stage compressor to cool down the hot compressed air.
Accepts refrigerant R717 (ammonia)
Heat exchanger area: 2.5m2~80m2
Design pressure for shell: 1.4Mpa
Design pressure for tube: 2.0Mpa
Uses: The ammonia two-stage economizer is typically used in a two-stage screw compressor to compensate for loss of gas as well as to super-cool liquids.
Specifications
Receives refrigerant R717 (ammonia)
Design pressure: 1.4Mpa
Specifications of the Vertical Steam Separator
Accepts refrigerant R717 (ammonia)
Vessel diameter: 400~2000mm
Design pressure: 1.4Mpa
Specifications of the Liquid Refrigerant Receiver
Accepts refrigerant R717 (ammonia)
Volume: 0.5m3~40m3
Design pressure: 2.0Mpa
Specifications
Accepts refrigerant R717 (ammonia)
Volume: 0.5m3~5m3
Design pressure: 2.0Mpa
The liquid receiver is typically placed between a condenser and expansion unit to ensure a steady supply of liquid refrigerants and reliable refrigeration performance. A pump unit provides maximum volumes of liquids for optimal heat exchange efficiency. Control devices can be of either a home brand or Danfoss brand to meet customers' differing needs.
Accepts refrigerant R717 (ammonia)
Heat exchange area: 0.47m2~1.12m2
Shell pass design pressure: 2.0Mpa
Tube pass design pressure: 1.4Mpa.
The oil receiver is designed to stock the excessive oil in a refrigeration system.
Accepts refrigerant R717 (ammonia)
Design pressure: 2.0Mpa
Heat exchange area: 15m2~160m2
Nominal heat exchange amount: 75KW~760KW
Shell pass design pressure: 2.0Mpa
Tube pass design pressure: 1.4Mpa