SE Air Cooled Aftercooler
(1.0 to 6.9 m3/min)
Aftercooler for Heatless Air Dryer

Built to Order

Air Cooled
SE90 / SE150 / SE320 / SE600

Air Processing Capacity
1.0 to 6.9m3/min
Maximum Inlet Air Temperature
70℃
Compatible Air Compressor
5.5 to 37kW
  • Wide profile condenser for easy maintenance.
SE320
SE320

Specifications

SE90 SE150 SE320 SE600
Air Processing Capacity m3/min 1.0 1.7 3.7 6.9
Inlet Air Conditions Maximum Inlet Air Temperature 70
Pressure (Gauge pressure) MPa 0.7
Ambient Temperature 32
Outlet Air Temperature 50 or lower
Maximum Operating Pressure (Gauge pressure) MPa 0.98
External Dimensions Height mm 595 642 610 712
Depth mm 300 298 333 353
Width mm 440 730 770 1170
Mass kg 19 28 34 60
Electrical Specifications Voltage (50/60 Hz) V Single-phase 200 Single-phase 100 Single-phase 200 Single-phase 200
Power Consumption (50/60 Hz) W 35/40 65/64 150/180 230/280
Electric Current (50/60 Hz) A 0.15/0.20 0.8/0.7 0.90/0.95 1.24/1.30
Blower Fan Output W 25 25 85 85×2
Air Inlet/Outlet Connection Port Size 1/2B union fitting 1B union fitting 1 1/2B union fitting 2B union fitting
Drain Outlet Port Size R1/2 Rc1/2 R1/2
Compatible heatless air drier When deciding the processing capacity of your heatless air dryer, make your choice based find the correction coefficient for operation at 50 ℃.
Air Processing Capacity ≧ Operating Air Flow ÷ Pressure Correction Coefficient ■ Aftercooler Pressure Correction Coefficient Chart (Be sure to add some leeway for your final choice.)
Pressure (MPa) 0.39 0.49 0.59 0.69 0.78 0.88 0.98
Pressure Correction Coefficient 0.63 0.75 0.88 1.0 1.07 1.13 1.2
  • The value for air processing capacity is calculated based on compressor intake conditions. (Atmospheric pressure, 32 ℃, 75%)
  • Please contact us for guaranteed performance specifications.
  • When using as an aftercooler for the QSQ dryer, always install a Super Drain Filter on the outlet side.
  • A separate drain trap should be installed when used with dryers other than the QSQ series.
  • Please use in ambient temperatures of 40 ℃ or below.
  • The highest design inlet temperature is 80 ℃.