13m3/Min 1PH 220V 50HZ Heat Regenerative Adsorption Dryer -20 To -60 Degree Compressed Air Dryer

The principle of voltage transformation adsorption and regeneration cycle, adopt external (electricity heating) micro heat regenerative adsorption drying of compressed air. Comprehensive the advantages of no heat regenerative and heat regenerative dryer, use external heating reduced the loss of regeneration gas, but also to avoid the faults of hot regeneration drying machine will consume large electricity. An adsorption tower adsorption drying under the pressure of work, and the corresponding adsorption tower from the head of another way to extract very little compressed air after decompression, heating process, as regeneration gas on the micro thermal regeneration. The micro thermal regeneration of desiccant. The residual water content has a slash, improves the device can processing capacity.

Working conditions:
1. Rated processing air flow:20-150m3/min
2. The regeneration method: electric heating
3. The inlet temperature: ≦ 40 ℃
4. The inlet pressure: 0.45-1.0 Mpa
5. Inlet oil content: 0.08 PPM

Common parameters:
1. The finished product angry dew point: - 20 ℃ ~ 60 ℃
2. Regeneration method:(70-95℃)micro-heating
3. The adsorbent: activated alumina oxide or molecular sieve
4. Control modes: PLC control ,60min cycle of loop
5. The pressure drop: ≦ 0.021 Mpa
6. Power supply: 1ph/220 v /50 hz
7. Installation: Indoor

Main tech parameters:

• Operating pressure:0.7-1.0Mpa
• Inlet temperature: less than 45℃
• Ambient temperature: less than 40℃
• Power supply: 220v/50hz or 110v/60hz
• Refrigerant type: R134A,R410A,R407C can be customized
• Power consumption:0.75KW

Main specialties

Energy-saving dew point sensor with standard configuration (medium and large series)

All function indicators are displayed.

Small size, light weight, convenient maintenance.

Heatless Adsorption Dryer Workflow

	1.Two towers drying in parallel Before start-up, the inlet and outlet valves of the left and right towers are always open, and compressed air passes through both towers to the point of use at the same time.
	2. The left tower is dried and the right tower is regenerated After the power is turned on, the right tower inlet / outlet valve is closed, the right tower regeneration inlet / exhaust valve is opened, and the compressed air flows through the left tower to be dried. The dry air passes through the orifice plate, and the right tower is regenerated after being throttled and expanded.At this time, the pressure of the right tower should be 0 kg. The compressed air containing moisture is released into the atmosphere through the right tower regeneration exhaust valve and muffler. left and right towers are always open, and compressed air passes through the two towers to the point of use simultaneously.
	3.Regeneration is over, ready to boost After 4 and a half minutes of regeneration, the right tower regeneration exhaust valve was closed, and the right tower began to boost pressure.
	4. The left tower is dry and the right tower is boosted The booster valve opens, and the pressure of the two towers slowly rises to equilibrium.After 5 minutes, the tower is changed to enter the next cycle.