Brand Name: | copeland |
Model Number: | ZP385KCE-TWD |
MOQ: | 1 pieces |
Price: | discussed |
Delivery Time: | 3 days |
Payment Terms: | T/T, Western Union, MoneyGram |
Produtcs information :
316000 BTU R410a refrigerant copeland industrial air conditioner compressor ZP385KCE-TWD | |
Brand | Copeland |
Model no. | ZP385KCE-TWD |
Production Capacity | 2000 Piece/Pieces per Month |
Year | 2021 |
Certification | VDE, TUV, UL and CE |
Place of origin | Thailand |
Voltage | 380~420 |
Phase | 3 |
COLOR | BLACK |
Horse power | 30hp |
Cooling capacity(w) | 92500 |
Input power(w) | 28500 |
COP(W/W) | 3.25 |
Current(A) | 310 |
Weight | 177 |
Common faults and solutions of scroll compressor
Scroll damage is generally caused by liquid hammer. There are three main situations: first, a large amount of refrigerant liquid enters the compressor at the moment of startup; Second, the water flow of evaporator is insufficient (evaporation load decreases), and the compressor has liquid return phenomenon; Third, the defrosting of the unit heat pump is not good, and a large amount of liquid refrigerant enters the compressor without evaporation, or the liquid in the evaporator (condenser during heat pump operation) at the moment of four-way valve reversing enters the compressor.
Brand Name: | copeland |
Model Number: | ZP385KCE-TWD |
MOQ: | 1 pieces |
Price: | discussed |
Packaging Details: | wooden box |
Payment Terms: | T/T, Western Union, MoneyGram |
Produtcs information :
316000 BTU R410a refrigerant copeland industrial air conditioner compressor ZP385KCE-TWD | |
Brand | Copeland |
Model no. | ZP385KCE-TWD |
Production Capacity | 2000 Piece/Pieces per Month |
Year | 2021 |
Certification | VDE, TUV, UL and CE |
Place of origin | Thailand |
Voltage | 380~420 |
Phase | 3 |
COLOR | BLACK |
Horse power | 30hp |
Cooling capacity(w) | 92500 |
Input power(w) | 28500 |
COP(W/W) | 3.25 |
Current(A) | 310 |
Weight | 177 |
Common faults and solutions of scroll compressor
Scroll damage is generally caused by liquid hammer. There are three main situations: first, a large amount of refrigerant liquid enters the compressor at the moment of startup; Second, the water flow of evaporator is insufficient (evaporation load decreases), and the compressor has liquid return phenomenon; Third, the defrosting of the unit heat pump is not good, and a large amount of liquid refrigerant enters the compressor without evaporation, or the liquid in the evaporator (condenser during heat pump operation) at the moment of four-way valve reversing enters the compressor.