Heatless regenerative adsorption series

Heatless regenerative adsorption dryer

Displacement：

Motor power：

Operating conditions and technical requirements

Rated inlet pressure: 0.7MPa (06mpa-1.0mpa is allowed)

Rated intake air temperature: 10 ° c-30 ° C (2 ° C-40 ℃)

Dew point of finished gas: - 20 ~ - 40 ℃

Ambient temperature: ≤ 45 ℃

Pressure loss: ≤ 0.02MPa

Regeneration mode: no heat regeneration

Adsorbent: activated alumina

Oil content of intake air: ≤ 0.1mg/m3

Average regeneration gas consumption: 8-14% gas consumption

Installation method: there is no foundation indoors, the concrete is flat, and the surrounding space is not less than 1m2

Control mode: full electronic programmable time control (dew point control) can be selected

Consulting

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Product Overview

Configuration Advantages

MC certified pressure gauge
Hongqi pressure gauge certified by national MC metrology is adopted
Inlet silencer
The imported special silencing filter material can minimize the noise, and the safety device with high pressure is designed to ensure the safe operation of the unit
Intelligent control interface
The microcomputer single chip microcomputer control mode is adopted, and the mature control program is implanted to automatically control the operation of the unit, with a variety of modes and function choices
Tse dew point energy saving control (optional configuration)
Tse implements dynamic control according to the drying dew point at the outlet. When it detects that the drying tower in the adsorption cycle is not saturated, its switching cycle will be extended, which can not only ensure the stable dew point, but also save the gas consumption required for regeneration to the greatest extent. Optional high dew point alarm function
Pneumatic control element
After years of practical experience, the improved and upgraded operation life can reach 1 million times, which can ensure the ultra long service life of the unit for 5 to 10 years
Gas diffusion device
Stainless steel increased flow design ensures uniform air flow through the adsorption tower to achieve the highest adsorption efficiency