Heatless Adsorption Dryer

(3 customer reviews)
Availability:

6 in stock


  • Product Name:  Micro-heat Adsorption Dryer, Air dryer for air compressor
    Dew point: -20℃~40℃
    Gas consumption: ≤7%
    Working pressure: 5bar~10bar
    Intake temperature: 2°C~38°C (MAX.40°C)
    Ambient temperature: ≤40℃
    Imported oil content: ≤0.1PPM
    Adsorption cycle: 1H~6H
    Adsorbent: activated alumina
    Control mode: local control

6 in stock

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OPERATING PRINCIPLE

 

Micro-heat regenerative adsorption dryer is based on the heatless adsorption dryer, adding a heater, by increasing the temperature of the regeneration airflow, increasing the capacity of the regeneration airflow to water vapor, and increasing the temperature of the adsorbent to make the surface of the adsorbent Enhanced activity and easier regeneration. Through the above two aspects, while improving the regeneration effect, it can also reduce the regeneration air consumption, so as to achieve the purpose of saving compressed air and energy

 

FLOW CHART

 

PRODUCT ADVANTAGES

 

1. The high-efficiency wear-resistant adsorbent is selected, which not only has a large specific surface area and strong adsorption capacity but also has very good wear resistance, ensuring a stable dew point and not easy to pulverize after long-term use

2. Standard frame, prefabricated forklift holes and lifting rings, convenient for handling and lifting operations

3. High-performance butterfly valve, stainless steel valve plate, and high-efficiency pneumatic actuator to ensure a longer service life

4. PLC control text display, sensor monitoring, equipment operation visualization, stable and reliable

5. Remote monitoring and remote dry contact control

6. Stainless steel air distributor to ensure uniform air distribution, reliable and durable

SKU: 5487FB8/06 Category:

TECHNICAL PARAMETER

Based on 3 reviews

3.7 overall
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  1. Peter Wargner

    Fusce vitae nibh mi. Integer posuere, libero et ullamcorper facilisis, enim eros tincidunt orci, eget vestibulum sapien nisi ut leo. Cras finibus vel est ut mollis. Donec luctus condimentum ante et euismod.

    Peter Wargner

  2. John Doe

    Sed id tincidunt sapien. Pellentesque cursus accumsan tellus, nec ultricies nulla sollicitudin eget. Donec feugiat orci vestibulum porttitor sagittis.

    John Doe

  3. Anna Kowalsky

    Sed id tincidunt sapien. Pellentesque cursus accumsan tellus, nec ultricies nulla sollicitudin eget. Donec feugiat orci vestibulum porttitor sagittis.

    Anna Kowalsky