Atmospheric air always contains humidity. As a result of the compression process, condensate is generated and the compressed air is saturated. Any small variation of the operating temperature may cause new condensate which may cause damage to your air distribution system or the products the air is in contact with. Our MDX 4-840 refrigerant dryers have been developed to solve this problem. They remove the water vapor content in your compressed air, delivering dry air at a dewpoint of up to +3°C.
All our MDS refrigerant dryers as standard are equipped with a capacitieve condensate drain, using electronic sensors to save energy and discharge only condensate without wasting any compressed air.
Our dryers have a capacity starting from 0.36 kW. With an easy-to-operate on/off controller, 3-in-1 heat exchanger and a durable refrigerant with environment-friendly gases, we guarantee energy efficiency and longer runtime. Mark air dryers have ISO 9001, ISO 14001 quality assurance.
Model |
Max. Working Pressure |
Air Treatment Capacity |
Norminal power |
Electrical |
|||
|
Bar |
PSI |
l/s |
m3/hr |
cfm |
KW |
V/Ph/HZ |
MDS 10 |
13 |
189 |
17 |
60 |
35 |
0.22 |
230/1/50 |
MDS 13 |
13 |
189 |
22 |
78 |
46 |
0.36 |
230/1/50 |
MDS 21 |
13 |
189 |
35 |
126 |
74 |
0.37 |
230/1/50 |
MDS 40 |
13 |
189 |
67 |
240 |
141 |
0.70 |
230/1/50 |
MDS 66 |
13 |
189 |
110 |
396 |
233 |
1.05 |
230/1/50 |
MDS 85 |
13 |
189 |
142 |
510 |
300 |
1.10 |
230/1/50 |
MDS 105 |
13 |
189 |
175 |
630 |
371 |
1.15 |
230/1/50 |
MDS 140 |
13 |
189 |
233 |
840 |
494 |
1.40 |
230/1/50 |
MDS 175 |
13 |
189 |
292 |
1050 |
618 |
1.65 |
230/1/50 |
MDS 220 |
13 |
189 |
367 |
1320 |
777 |
2.65 |
230/1/50 |
MDS 260 |
13 |
189 |
433 |
1560 |
918 |
2.90 |
230/1/50 |
Model |
Length mm |
Width mm |
Height mm |
MDS 10 | 430 | 354 | 463 |
MDS 13-21 | 548 | 400 | 615 |
MDS 40-66 | 600 | 520 | 750 |
MDS 85-105 | 650 | 650 | 875 |
MDS 140 | 752 | 745 | 960 |
MDS 175 | 752 | 800 | 1020 |
MDS 220-260 | 927 | 795 | 1126 |
Automatic discharge of condensate
User adjustable, timer solenoid drain,
reliable and timely, proven design
Condensate separator
High-efficiency separator for optimum performance
Air-air exchanger
With high thermal exchange
and low load losses
Refrigerant compressor
Driven by an electric motor, cooled using refrigerant fluid and protected against thermal overload
Refrigerant condenser
Air-cooled and with a large
exchange surface for efficient
thermal exchange
Motor-driven fan
For the condenser cooling air flow
Air/refrigerant evaporator
With high thermal exchange and low leakage