Air cooled After Coolers are of fine-tube construction with the compressed air passing through the tube. Air Cooled After Cooler transfer the heat from the compressed air to the atmosphere. The compressed air is cooled using a cooler fan. Air Cooled After Coolers are preferred because it is easy to install and no additional pipe lines for water and easy to maintain.
Features
Reliability - All components of the bag filter housing are fully traceable. At Ganeshfilter, we can also tailor it to your specifications. The filter vessels are designed and manufactured following the Directive 2006/42/EC and in compliance with the EC standard.
High-performance filtration - The path through which the fluid groes has been designed to be the shortest, facilitating cleaning. There is a wide variety of high-performance filter bags (ranging from less than one micron to several hundred microns) and the design of the filter vessel guarantees perfect sealing with the filter bags.
Convenient and simple - The filter housing is designed to be easy-to-use. The tilting covers allow the filter bags to be changed quickly. The tripods are compact and ensure the stability of the filter vessel.
Economical technology - Without automation and moving parts, the bag filter housing is cost-effective and economical to purchase. When compared to the flow rate, the use of a bag is often trivial compared to the volume of product filtered in the process. The bag filter is undeniably the simplest customizable filter on the market.
Standard and custom filters - Ganeshfilter manufactures two types of bag filter housings. First, the standard vessels, which are produced in large quantities according to Ganeshfilter specifications. These vessels are not customizable but can be purchased at competitive prices. Secondly, the filter vessels tailored to our customer specifications. These filter housings are manufactured individually or in small series and the full list of options (detailed below) is possible.
Air cooled Aftercooler
MODEL
Air Flow
In/Out
Dimensions in mm
Watts
Weight
M3/Hr
End Conn
A
B
C
D
Kg
GAC60
60
1"
620
290
850
430
45
20
GAC120
120
1"
620
290
850
430
45
22
GAC180
180
1 1/2"
850
290
1025
475
110
29
GAC240
240
1 1/2"
1075
350
1025
575
130
34
GAC300
300
2"
1075
350
1025
575
130
52
GAC390
390
2"
1075
380
1025
575
700
53
GAC480
480
2"
1075
400
1275
575
700
56
GAC720
720
2"
1075
675
1525
575
750
95
GAC960
960
2 1/2"
1075
675
1525
575
750
125
GAC1200
1200
NB 75
1475
510
2025
660
650
245
GAC1500
1500
NB 75
1475
510
2025
660
650
255
GAC1800
1800
NB 100
1950
510
1975
850
650
288
GAC2400
2400
NB 100
2260
510
1975
850
2 x 750
310
GAC3000
3000
NB 125
3275
580
1875
880
2 x 1325
325
GAC3900
3900
NB 125
3275
590
1875
880
2 x 1325
370
GAC4500
4500
NB 150
3380
600
1875
925
2 x 1325
395
Technical Details
Operating Conditions
Air Inlet temperature
120 ℃
Inlet Pressure
7 bar(g)
Air outlet Temperature
25 ℃,above ambient
Inlet Relative humidity
70%
Max working Pressure
16 bar(g) upto 25 bar available on request.
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 )
STANDARD VOLTAGE
Model BAC60 to 120
230V/1ph/50-60Hz
Model BAC60 to 120
400V/3ph/50Hz
Usage/Application:
◼Rotary Screw Compressors◼Piston Compressors◼Centrifugal Air Compressors◼Vacuum Systems◼Blower Lube Oil Coolers◼Compressed Air Cooling.
Air cooled Aftercooler
Usage/Application:
◼Rotary Screw Compressors◼Piston Compressors◼Centrifugal Air Compressors◼Vacuum Systems◼Blower Lube Oil Coolers◼Compressed Air Cooling.
