Refrigerated compressed air dryer

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AirHorse AH-20SG Compressed Air Refrigerated Dryer (capacity 2.3 m³/min)
In stock
Productivity, m³/min: 2.3
Maximum pressure, bar: 13
Compressor engine power, kW: 0.73
Supply voltage, V: 220
Refrigerant type: R134A
AirHorse AH-30SG Compressed Air Refrigerated Dryer (capacity 3.6 m³/min)
In stock
Productivity, m³/min: 3.6
Maximum pressure, bar: 13
Compressor engine power, kW: 0.92
Supply voltage, V: 220
Refrigerant type: R134A
AirHorse AH-50G Compressed Air Refrigerated Dryer (capacity 6.5 m³/min)
In stock
Productivity, m³/min: 6.5
Maximum pressure, bar: 13
Compressor engine power, kW: 1.38
Supply voltage, V: 220
Refrigerant type: R407C
AirHorse AH-10SG Compressed Air Refrigerated Dryer (capacity 1.5 m³/min)
Pre-order
Productivity, m³/min: 1.5
Maximum pressure, bar: 13
Compressor engine power, kW: 0.43
Supply voltage, V: 220
Refrigerant type: R134A
AirHorse AH-15SG Compressed Air Refrigerated Dryer (capacity 2.0 m³/min)
Pre-order
Productivity, m³/min: 2.0
Maximum pressure, bar: 13
Compressor engine power, kW: 0.51
Supply voltage, V: 220
Refrigerant type: R134A

Refrigerated compressed air dryers are designed to remove excess moisture from the compressed air coming from the compressor. These industrial units operate on the principle of a refrigerator or air conditioner, where freon is used as the working refrigerant.

Advantages of refrigerated compressed air dryers

The advantages of the equipment make it one of the most effective and in demand in production:

  • High reliability;
  • Corrosion-protected housing;
  • Drying of compressed air with temperatures up to +45 °C;
  • High performance cooling system;
  • Dew point temperature (+3°C);
  • Low cost of maintenance.

buy a refrigerated compressed air dryer

Compressed air dryers equipment

Industrial compressed air dryers include important components to ensure efficient operation:

  1. Compressor. The main element responsible for compressing and cooling the refrigerant used to dry compressed air.
  2. Heat exchanger. Designed to cool compressed air to its dew point, at which moisture condenses and is removed from the air flow.
  3. Condensate drain. Responsible for removing condensate resulting from the drying process.
  4. Filters and valves. Used for additional cleaning and regulation of air flow, ensuring the stability and efficiency of the compressed air dryers.
  5. Receiver. Serves in industrial compressed air dryers to temporarily store air and ensure uniform pressure distribution.
  6. Control Panel. Provides the operator with the opportunity to control and configure the dryer’s operating parameters and display information about its performance.

Many of the сompressed air dryers offered in the catalog have expanded functionality, thanks to which they can clean the air not only of moisture, but also of mechanical particles, dust, bicarbonates, oil inclusions, and microorganisms.

Compressed air dryers with cooling

Operating principle of industrial compressed air dryers

Moisture contained in a gas mixture can condense when exposed to cold, forming water. This process occurs in compressed air systems. With refrigerated compressed air dryers, moisture is removed before it enters the work equipment. This approach ensures the safety and durability of pneumatic equipment, preventing the formation of corrosion on metal parts.

Advantages of purchasing a refrigerated compressed air dryer from the Stancomplect online store

An industrial compressed air dryer can be selected and ordered from our catalog online, quickly and easily selecting the desired model. Our specialists will advise you on the characteristics and differences of different types of equipment, help you quickly place your order and organize prompt delivery. From us you can buy a refrigerated compressed air dryer at an affordable price with a quality guarantee from the manufacturer.