Portable Anti-Explosion HC Refrigerant recovery machine CM-EP
CM-EP hc refrigerant recovery machine is specially designed for the recovery of R290,
R600A,R32, etc.The hc refrigerant recovery machine is suitable for the after service of
household A/C, fridge, freezer,etc.Special industry can be customized.
Features:
1. HC refrigerant recovery machine CM-EP Can recovery and recharge R290, R600a, R32etc
2. The hc refrigerant recovery machine applies anti- explosion design. Can recover vapor,
liquid refrigerants
3. The hc refrigerant recovery machine applies large fan and high- efficiency condenser design,
recovery speed is very rapid
4. The hc refrigerant recovery machine applies Multi-valve design, can self- purge residual
refrigerant in system, no worry for cross contamination
5. The hc refrigerant recovery machine applies high pressure protection and current protection
function
6. The hc refrigerant recovery machine applies applies Pull-rod design, convenient for carry out
7. The hc refrigerant recovery machine can continuously work for 24 hours
Specification:
|
Compressor
|
Refrigerants
|
Vapor Recovery
Rate
|
Liquid Recovery
Rate
|
Vapour & liquid
mixture
recovery speed
|
Push and Pull
recovery speed
|
Power supply
|
|
1/2HP
|
R290,R600a,
R32,etc.
|
≤19.5kg/h
|
≤120kg/h
|
36kg/h
|
≤385kg/h
|
220V/50HZ
110V/60HZ
or customized
|
CM-EP HC Refrigerant Recovery Machine in packing:
Package size:580*300mm*460mm(carton)
Our Services
CM-EP portable refrigerant recovery machine warranty terms:
Two year guarantee,forever technic support
Company Information
CM refrigerant recovery/recharge/reclaim machines are widely used in the field of HVAC/R. CM is a comprehensive hi-tech. enterprise specialized in R&D, manufacture, sales of products for HVAC/R industry.
CM factory, Nanjing Wonfulay Precision Machinery Company Ltd. is located in Nanjing, China. Ever since our establishment in 1990s, CM dedicates to R&D and manufacturer of refrigerant recovery systems. With our unremitting efforts and more than 20 years of experience, our ref... View detail
