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Billede: 2767 EU

HRE Adsorption dryer Adsorption dryer

Compressed air is used in almost all areas of industrial manufacturing as a source of energy or processing

 

Billede: 1723

Why drying compressed air?

Compressed air needs to be dry, oilfree and clean in order to prevent costly production downtimes and losses in the production quality. The atmospheric air drawn in contains harmful substances, dirt particles and moisture in the form of water vapour, which condenses out in compressed air pipes and can lead to considerable damages (corrosion, freezing etc.). Beneath compressed air fridge dryer, adsorption dryer represent the most common drying method for compressed air. Maximum efficiency and the highest operational safety, coupled with low operational costs are attributes that convey the advantages of the adsorption dryer. State of the art technology and selected materials are the basis for high operational safety. Adsorption dryers are made of two - in some applications more - compressed air vessels filled with desiccant. Whilst one vessel is drying the incoming compressed air, the other vessel is regenerated. Within the range of adsorption dryers we differ between heatless regenerated dyers and heat regenerated dryers. While heatless dryers are regenerated by a partial flow of more than 15 % of the dried compressed air, heat regenerated adsorption dryers generally manages the regeneration process without compressed air consumption.

 

Quality products Made in Germany

In order to produce heat regenerated dryers a considerable experience is required. ultrafilter GmbH looks back on a long lasting experience in developing and producing heat regenerated adsorption dryers for different applications. Only the best components that meet the high quality standards of production are used. The Quality Assurance system according to ISO 9001 means that all appliances receive the “Quality Product” certification. All ultrafilter purification components convince by their service- and maintenance-friendly construction. ultrafilter adsorption dryer ensure highest operational safety and reliability and guarantee lowest possible total cost of ownership.

 

Billede: 1717

 

 

Size Volume Flow Connection Dimensions   Weight Installed Installed

ULTRA.DRY

HRE

 

Vnom

m3/h

 

DIN2633

DN

Width

W

mm

Depth

D

mm

Height

H

mm

 

 

kg

Power

Blower

kW

Power

Heater

kW

0400 400 50 1750 1030 2260 1200 1,5 6,0
0700 700 50 1800 1150 2310 1400 2,0 9,0
1000 1000 80 1920 1280 2390 1500 2,0 12,0
1400 1400 80 1920 1320 2420 1900 3,0 16,5
1700 1700 80 2120 1450 2480 2300 3,0 19,5
2000 2000 80 2160 1470 2550 2800 5,5 24,0
2500 2500 100 2260 1600 2630 3400 5,5 30,0
3000 3000 100 2320  1540 2630 3600 8,5 40,5
3500 3500 100 2750 1910 2790 4000 8,5 45,0
4000 4000 150 2800 1790 2890 4800 7,5 45,0
5000 5000 150 2910 2010 2870 5600 7,5 60,0
6000 6000 150 3400 2380 2910 6300 11,0 70,5
7000 7000 150 3500 2300 2990 7200 11,0 81,0
8200 8200 150 3600 2500 3100 8000 11,0 81,0
9500 9500 200 3700 2600 3300 9400 11,0 94,5

Volume Flow Vnom in m³/h related to 20 °C and 1 bar abs suction condition of compressor, 7 bar g operating pressure and 35 °C inlet temperature.

 

 Billede: 1726 Billede: 1724 Billede: 1728