Wear and corrosion threaten your air distribution network. Our Cool range of refrigeration dryers keeps your compressed air system in optimal shape
Refrigeration dryers use a refrigerant gas in order to cool the compressed air. As a result the water from the air condenses and can be removed. With this technique we can reach in the COOL MK range a pressure dew point of 5°C. As a result, the refrigeration technology is by far the most used dryer technology, complying for more than 95% of industrial applications. Refrigerant dryers are commonly used with pneumatic applications and in the general industry (e.g. engineering, steel, paper, tannery, garage).
Type |
Max. working pressure |
Air treatment capacity |
Voltage |
|||
bar |
psi |
l/min |
mc/h |
cfm |
V / ph / Hz |
|
COOL 400 |
16 |
232 |
350 |
21 |
12,4 |
230/1/50 |
COOL 600 |
16 |
232 |
600 |
36 |
21,2 |
230/1/50 |
COOL 900 |
16 |
232 |
850 |
51 |
30 |
230/1/50 |
COOL 1200 |
16 |
232 |
1200 |
72 |
42,4 |
230/1/50 |
COOL 1800 |
16 |
232 |
1825 |
110 |
64,4 |
230/1/50 |
COOL 2200 |
16 |
232 |
2150 |
129 |
76 |
230/1/50 |
COOL 3000 |
16 |
232 |
3000 |
180 |
106 |
230/1/50 |
COOL 3600 |
16 |
232 |
3600 |
216 |
127 |
230/1/50 |
COOL 4100 |
13 |
188 |
4100 |
246 |
145 |
230/1/50 |
COOL 5200 |
13 |
188 |
5200 |
312 |
184 |
230/1/50 |
COOL 6500 |
13 |
188 |
6500 |
390 |
230 |
230/1/50 |
COOL 7700 |
13 |
188 |
7700 |
462 |
272 |
230/1/50 |
Model | Length mm |
Width mm |
Height mm |
COOL 400 |
233 |
550 |
561 |
COOL 600 |
233 |
550 |
561 |
COOL 900 |
233 |
550 |
561 |
COOL 1200 |
233 |
550 |
561 |
COOL 1800 |
233 |
550 |
561 |
COOL 2200 |
233 |
550 |
561 |
COOL 3000 |
233 |
559 |
561 |
COOL 3600 |
310 |
706 |
994 |
COOL 4100 |
310 |
706 |
994 |
COOL 5200 |
310 |
706 |
994 |
COOL 6500 |
310 |
706 |
994 |
COOL 7700 |
310 |
706 |
994 |
Capillary tube in order to considerably reduce the pressure and temperature of the refrigerant, improving the cooling process.
Hot gas by-pass valve:
• Injects hot gas from compressor discharge into suction / liquid separator
• Keeps refrigeration capacity in all load conditions
• Maintains constant pressure in the evaporator, avoiding freezing
Refrigerant compressor driven by an electric motor, cooled using refrigerant fluid and protected against thermal overload.
Refrigerant filter in order to protect the capillary from some possible dirty particles.
Air/Air and Air/Refrigerant Heat Exchanger with high thermal exchange and low load losses. Integrated water separator allows a highly efficient water-air separation.
Timer drain ensures a proper drain of the condensate