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High Pressure Air Dryer

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Product Parameters

PSI High Pressure Air Dryer are energy efficient with low noise level and compact design.

It also have automatically drain system and low maintenance needs.


Advantages

  1. Superior energy saving

  2. Efficient refrigerant compressor with low pressure drop

  3. Easy to service aoto-drain

  4. No loss of compressed air

  5. R407C refrigerant, environmentally friendly

Product selection


ModelAir Flow Rate
Air ConnectionPower SupplyRefrigerant TypeDimmensions (mm)Weight(kg)
NM³/MinLWH
PFD76P1.2Rc 1/2"230V/1Ph/50HzR134a60031050035
PFD144P2.4Rc 3/4"230V/1Ph/50HzR134a75036055050
PFD216P3.6Rc 3/4"230V/1Ph/50HzR134a75036055055
PFD360P6.0Rc 1 1/4"230V/1Ph/50HzR134a75055088080
PFD480P8.0Rc 1 1/4"230V/1Ph/50HzR134a75055088080
PFD600P10.0Rc 1 1/4"230V/1Ph/50HzR134a75055088080
PFD720P12.0Rc 1 1/4"230V/1Ph/50HzR134a75055088080
PFD900P15.0Rc 1 1/4"230V/1Ph/50HzR407C10008001000150
PFD1200P20.0Rc 1 1/4"230V/1Ph/50HzR407C10008001000150
PFD1500P25.0Rc 2 1/2"400V/3Ph/50HzR407C11009001550270
PFD1800P30.0Rc 2 1/2"400V/3Ph/50HzR407C11009001550270
PFD2100P35.0Rc 2 1/2"400V/3Ph/50HzR407C11009001550300
PFD2400P40.0Rc 2 1/2"400V/3Ph/50HzR407C11009001550350
PFD3000P50.0Rc 2 1/2"400V/3Ph/50HzR407C11009001550470
PFD3600P60.0DN80400V/3Ph/50HzR407C145011301650550
PFD4200P70.0DN80400V/3Ph/50HzR407C145011301650570
PFD4800P80.0DN80400V/3Ph/50HzR407C145011301650600

Norminal dryer flow rated at inlet pressure 40 barg, inlet air temperature 38℃,ambient temperature 38℃ and dew point 3℃ to 10℃.

Technique info

How to select a suitable PSI Refrigeration Air Dryer

Correction factor for pressure barg (CP)

202530354045
0.91 0.94 0.97 0.99 1.00 1.01 


Correction factor for inlet air temperature (CT)


30℃32℃38℃45℃50℃55℃60℃
1.27 1.18 1.00 0.87 0.76 0.68 0.61 


Correction factor for ambient temperature (CA)


25℃30℃35℃38℃40℃45℃50℃
1.15 1.10 1.02 1.00 0.890.790.69
  1. Selected the correction factor(CP),(CT) and (CA).

  2. Calculate the dryer capacity require using the following: Actual flow rate=Nominal flow rate x CP x CT x CA