An air-cooled chiller removes heat from your process by circulating refrigerant through an evaporator, where it absorbs heat from water or coolant. The refrigerant is then compressed into high-temperature gas, cooled in a finned condenser using ambient air, and converted back into liquid. This cycle repeats continuously, delivering stable cooling without the need for a cooling tower.

·Condenser – Releases heat to the surrounding air.

·Liquid Reservoir – Stores condensed refrigerant for stable operation.

·Filter Drier – Removes moisture and debris to prevent blockages.

·Evaporator – Absorbs heat from the process liquid.

·Thermal Expansion Valve – Regulates refrigerant flow and pressure for efficient cooling.

These components work together to ensure reliable and energy-efficient operation.

·Check pipelines, valves, and power supply.

·Power on and confirm correct phase sequence.

·Start the water pump, then the compressor, and set the desired temperature.

·To stop, turn off the compressor first, then the pump.
Once installed, operation is simple and requires minimal training.

Perfect for outdoor or well-ventilated workshops. Especially recommended in regions with water shortages, as it uses air for heat dissipation instead of consuming large amounts of water. No cooling tower is required, reducing installation complexity.

Units can be configured for various voltages and frequencies to meet different country standards—such as 440–480V, 380–420V, 220–230V, at both 50Hz and 60Hz—ensuring compatibility worldwide.

Advanced controllers provide high-precision temperature management, maintaining stable cooling within ±1°C. Automatic control reduces operator workload, improves product quality, and saves up to 15% in energy consumption.

Yes. Installation is straightforward—just connect and start. They require less maintenance than water-cooled units, lowering operational costs over time.

The compressor is the heart of the chiller. High-quality compressors ensure stable operation, low noise, and long service life. This directly impacts reliability and energy efficiency in your production line.

Air-cooled chillers discharge heat directly into the air using built-in fans. Water-cooled chillers use water and a cooling tower. Air-cooled units are more compact and mobile, while water-cooled units typically offer higher cooling capacities but require more installation space and water supply.

Air-cooled chillers are smaller, lighter, and easier to relocate—ideal for small and medium-sized factories or laboratories. Water-cooled chillers require a cooling tower and a dedicated machine room.

Air-cooled chillers are the clear choice—they operate independently without a constant water source.

Water-cooled chillers are generally more powerful, suitable for large-scale systems. Air-cooled chillers are optimized for small to medium-scale production with cooling capacities tailored to specific needs.

Used in laser processing, CNC machining, coating, plastic molding, metal casting, jewelry manufacturing, electronics, and laboratory testing—anywhere precise, reliable cooling is required.

Air-cooled chillers have a lower upfront cost since they include a built-in water tank and pump, require no cooling tower, and reduce site preparation expenses.