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Water cooled after cooler

The superior design of the aftercoolers ensures that the compressed air will be cooled to the closest approach temperature above the cooling media temperature.

This outstanding heat exchanger performance, combined with the high efficiency of a separator, ensures the maximum removal of moisture from the compressed air.

By lowering the temperature of the compressed air in downstream airlines using water-cooled aftercoolers, up to 70% of the water vaporpresent condenses to a liquid, which can then be removed by moisture separators

Water cooled after cooler

Specifications

MODEL Air Flow End Conn Dimensions in mm Water Weight
M3/Hr IN OUT A B C IN/OUT Kg
BWC100 180 1 1/2" 1 1/2" 1150 40 395 1/2" 20
BWC200 360 2 1/2" 1 1/2" 1375 40 395 1/2" 27
BAC300 480 2 1/2" 1 1/2" 1575 40 395 3/4" 29
BWC400 850 100NB 100NB 1875 70 725 1" 34
BWC500 1500 100NB 100NB 1875 70 725 1" 52
BWC600 2400 150NB 125NB 2100 70 725 1 1/4" 93
BWC700 3000 200NB 125NB 2150 240 775 1 1/4" 148
BWC800 4800 250NB 150NB 2050 275 850 1 1/4" 235
BWC900 6600 250NB 150NB 2050 275 1525 1 1/2" 290
BWC1000 9000 300NB 200NB 2200 350 950 2" 420
BWC1100 10800 350NB 200NB 2400 350 950 2" 490
BWC1200 12600 400NB 200NB 2600 350 950 2 1/2" 540
Operating Conditions
Ambient temperature 35 DegC min.
Working pressure 7 bar
Inlet air temperature (max) BWC100-300 : 120 ℃
BWC400-1200 : 200℃
Cooling Water
IN-OUT water temperature 15-25 ℃
Water side pressure 3 bar (7 max.)
Inlet/Outlet connection BSP / NPT / Flanged to ANSI B 16.5
Drain Connection BSP(F) Optional NPTF
Drain Type Manual drain,( Optional - No loss Drain )
Usage/Application: ◼Rotary Screw Compressors ◼Piston Compressors ◼ Centrifugal Air Compressors ◼ Vacuum Systems ◼ Blower Lube Oil Coolers ◼ Compressed Air Cooling ◼ Oil Coolers ◼Hydraulics ◼Approach/Trim Coolers