The MD series modular heatless regeneration compressed air dryer utilizes the principle of pressure swing adsorption and adopts countercurrent heatless regeneration to dry compressed air. Its structure is a dual-tower design, where one tower adsorbs while the other regenerates.
The dryer features multiple groups of adsorption chambers with a large aspect ratio and a modular design. This enhances adsorption and regeneration efficiency, resulting in more compact equipment. It employs novel and reliable technologies like pneumatic cut-off and electronic program control with automatic switching characteristics.
This product series is designed to provide dry and clean compressed air sources for various industries, including petroleum, chemical, pharmaceutical, food, textile, telecommunications, metallurgy, painting, cigarettes, transportation, and machinery manufacturing.
Inquiry
Product Description
1. Adsorption Chamber Design & Efficiency
2. Regeneration & Energy Efficiency
3. Materials & Components
4. Control & Maintenance
|
Working conditions and technical indicators |
|
|
Purge air volume |
≤10~12% |
|
Working pressure |
0.6~1.0Mpa |
|
Inlet oil content |
≤0.1mg/m³ |
|
Outlet air pressure dew point |
-20℃~ -40℃ |
|
Desiccant |
Activated aluminum + Molecular sierra |
|
Working period |
T=4~20 minutes |
|
Inlet temperature |
0℃~45℃ |
|
Power |
220V/50Hz |
| Model | Processing Capacity (@7bar,35℃) | Overall Dimensions | Interface Size | Weight | ||||
| m³/min | m³/h | cfm | L/mm | W/mm | H/mm | inch(G) | KG | |
| MXW0696 | 6.96 | 417.60 | 245.69 | 740 | 260 | 1750 | G1-1/2 | 178 |
| MXW0875 | 8.75 | 525.00 | 308.88 | 865 | 260 | 1750 | G1-1/2 | 216 |
| MXW1063 | 10.63 | 637.80 | 375.24 | 990 | 260 | 1750 | G2 | 254 |
| MXW1276 | 12.76 | 765.60 | 450.43 | 1115 | 260 | 1750 | G2 | 272 |
| MXW1428 | 14.28 | 856.80 | 504.08 | 1240 | 260 | 1750 | G2 | 310 |
| MXW1796 | 17.96 | 1077.60 | 633.99 | 1490 | 260 | 1750 | G2-1/2 | 386 |
| MXW2088 | 20.88 | 1252.80 | 737.06 | 1615 | 260 | 1750 | G2-1/2 | 462 |
| MXW2465 | 24.65 | 1479.00 | 870.15 | 1130 | 520 | 1750 | G2-1/2 | 560 |
| MXW2853 | 28.53 | 1711.80 | 1007.11 | 1255 | 520 | 1750 | G3 | 636 |
| MXW3462 | 34.62 | 2077.20 | 1222.09 | 1380 | 520 | 1750 | G3 | 714 |
| MXW3836 | 38.36 | 2301.60 | 1354.11 | 1505 | 520 | 1750 | G3 | 792 |
| MXW4258 | 42.58 | 2554.80 | 1503.07 | 1630 | 520 | 1750 | DN100 | 870 |
| MXW4680 | 46.8 | 2808 | 1652 | 1755 | 520 | 1750 | DN100 | 948 |
| MXW5100 | 51.00 | 3060 | 1800.3 | 1880 | 520 | 1750 | DN100 | 1026 |
| MXW5650 | 56.50 | 3390 | 1994.45 | 1530 | 1340 | 1910 | DN100 | 1258 |
| MXW6580 | 65.80 | 3948 | 2322.74 | 1655 | 1340 | 1910 | DN125 | 1398 |
| MXW7350 | 73.50 | 4410 | 2594.55 | 1780 | 1340 | 1910 | DN125 | 1528 |
| MXW8300 | 83.00 | 4980 | 2929.9 | 1905 | 1340 | 1910 | DN125 | 1678 |
Construction Cases
Contact Us for More Details
Don't hesitate to contact when you need us!







Why Compressed Air Drying Determines System Reliability Moisture carried inside a compressed air line is one of the most common causes of unplanned downtime in...
View MoreThe Overlooked Variable Behind Equipment Failures In most medical and pharmaceutical facilities, compressed air is treated as a utility rather than a process ...
View MoreWhy Pressure Dew Point Is the Hidden Variable in Air Quality Control Most compressed air quality conversations start with particle filtration and oil carryove...
View MoreThe Hidden Cost of Corrosion in Compressed Air Systems Every compressed air network eventually reveals the weakest link in its filtration chain, and in most ca...
View More