Features The of Regenerative Desiccant Air Dryer
- High-performance pneumatic valve, reliable performance, long service life.
- Taiwan brand high-pressure fan.
- International brands such as French Schneider are selected for electrical components.
- Siemens PLC controller, Kunlun Tongtai 7 inch large screen touch screen, dynamic monitoring of the operation process.
- Customized high-performance adsorbent, designed filling allowance of 20%.
- 304 stainless steel control air source pipeline, beautiful and elegant;
- The specially designed diverter has high adsorbent utilization and low gas pressure loss.
- High-efficiency cooler was designed by HTF software.
Operating Conditions And Technical Requirements
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Rated air inlet pressure
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0.7MPa (0.6-1.0mpa is allowed to be used; other working pressures are customized)
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Rated air inlet temperature
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125 ℃ (110 ℃ – 140 ℃ allowed)
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Outlet pressure dew point
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≤ – 20 ℃, ≤ – 40 ℃ (other pressure dew points are required to be customized)
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Rated ambient temperature
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35 ℃ (2 ℃ – 40 ℃ allowed)
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Cooling water pressure
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2bar-6bar
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Cooling water temperature
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25 ℃ (2 ℃ – 32 ℃ is allowed to use)
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Pressure loss
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≤ 0.035MPa
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The oil content of intake air
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Oil-free air
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Average regeneration gas consumption
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≈ 2%-3%
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Heat Regenerative Air Dryer Working Principle
The working principle of the micro gas waste heat regeneration dryer is to use the heat of the high-temperature air discharged from the air compressor to directly heat the adsorbent after the adsorption process so that the adsorbent can be completely dehydrated and regenerated. In heating and regeneration, compressed air is not consumed. Only a small amount of compressed air (2% – 3%) is used in the cooling stage, greatly saving energy. Its unique design, fuzzy cycle logic, perfect temperature control, and alarm functions ensure the complete regeneration of adsorbent. It solves problems such as ordinary compression-type heat dryers that can not adapt to changing working conditions, gas volume change, adsorbent bubble water powder crushing, etc.
