Heated Air Dryer For Compressed Air System 60m3/min

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The Heated Air Dryer for Compressed Air System 60m3/min operates on the principle of Pressure Swing Adsorption (PSA) with external heated blower purge regeneration. It features a twin-tower design filled with high-grade desiccant (such as Activated Alumina or molecular sieve). While one tower actively adsorbs moisture from the wet compressed air, the other undergoes a regeneration cycle consisting of two phases:

Heating Phase: An external blower draws ambient air, which is then heated by an integrated electric heater. This hot, dry air is passed through the saturated desiccant bed in the offline tower, stripping away the adsorbed moisture and carrying it out to the atmosphere through a silencer.

Cooling Phase: After heating, the bed is cooled down using a portion of dry air (or sometimes continued blower air) to prepare the desiccant for the next adsorption cycle, ensuring efficient moisture removal and preventing thermal shock.

The switching between the two towers is automatically controlled by a programmable logic controller (PLC), ensuring continuous supply of dry air. Key components include stainless steel adsorption towers, a high-efficiency blower, a durable heater, precision valves for reliable switching, and an advanced control system with optional connectivity.

1.Very Low/Zero Compressed Air Purge Loss

The blower purge technology minimizes or even eliminates the consumption of compressed air for regeneration (as low as 0-2% purge air in some modes), making more compressed air available for your processes.

2.Extended Desiccant & Component Life

Reduced load on the desiccant due to efficient external heating and cooling cycles leads to less degradation and longer service intervals. High-quality components like stainless steel valves enhance durability and reduce maintenance needs.

3.Quiet Operation

Integrated silencers effectively minimize noise levels during the regeneration exhaust process.

1.Electronics & Semiconductor Manufacturing

Prevents moisture damage during production, soldering, and testing processes.

2.Chemical & Petrochemical Industry

Used in catalyst protection, instrument air, and processes where moisture can cause reactions or corrosion.

3.Power & Metallurgy Industry

Provides dry air for control systems, pneumatic tools, and instrumentation in plants.

4.Light Industry & Textile

Used in automated looms, spinning machines, and pneumatic controls.

1.Initial Startup

Check all connections and ensure the air inlet and outlet valves are open.

Verify the drain traps are functioning properly.

Ensure the electrical connections are secure and match the required voltage.

Power on the control system. The Heated Air Dryer for Compressed Air System 60m3/min will typically initiate a self-check.

Start the air compressor and allow the system to pressurize gradually.

The PLC will automatically control the cycling between the two towers.

2.Daily Operation & Monitoring

Monitor the pressure dew point reading on the control panel (if equipped).

Check for any unusual noises or vibrations.

Observe the system pressure drop across the dryer; a significant increase may indicate a need for filter replacement.

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