Air-Cooled Chillers

Industrial Cooling Solutions for a Wide Range of Industries

KANSA delivers reliable and energy-efficient industrial chillers, temperature control units, cutting fluid coolers, hydraulic oil chillers, cabinet air conditioners, shell-and-tube evaporators and condensers for diverse industrial sectors, aiming at ensuring stable temperature control, and long-term equipment performance.

Our Industries

If your industry is not listed, we can also provide a custom industrial cooling solution engineered for your specific process, equipment and working requirements.

Capabilities

With over 20 years of experience in the industrial cooling industry, KANSA designs and manufactures a variety of industrial chillers and process temperature control equipment in-house to ensure consistent quality, reliable operation and high temperature control accuracy of ±0.05°C. The company holds CE, ISO9001-2016, ISO45001 and other international certifications, serving more than 70,000 customers worldwide.

How does an air-cooled chiller dissipate heat, and what distinguishes it from a water-cooled chiller?

The air-cooled chiller dissipates heat by means of fans blowing air across the condenser, without the need for external cooling water. The main distinction is that it does not require a cooling tower, making installation simpler and more suitable for environments where water resources are limited or water-cooled systems are impractical.

What does “split system” mean in a split-system air-cooled chiller, and when is this configuration appropriate?

Split system refers to the separation of the compressor and condenser into distinct units. This configuration is appropriate for locations with limited installation space, insufficient ventilation, or where it is desirable to reduce the noise level of the main unit in the workspace.

How does high ambient temperature affect the operation of an air-cooled chiller?

Excessive ambient temperature reduces cooling efficiency and may trigger compressor overload protection. It is recommended to install the unit in a well-ventilated area where the temperature does not exceed 40°C.

What specific considerations apply when air-cooled chillers are used in food or pharmaceutical applications?

The cooling medium and contact materials should comply with relevant standards (e.g., stainless steel, food-grade hoses, and seals). Leak prevention, cleanability, and indirect cooling via plate heat exchangers should be ensured to prevent direct contact between the cooling medium and the product. Compliance with applicable hygiene standards and validation procedures is also required.

What should be checked if cooling performance decreases in a high-temperature environment?

Two aspects should be examined:

Whether the condenser fins are contaminated with dust or oil; they should be cleaned with compressed air or suitable cleaning agents to maintain heat exchange efficiency.
Whether the cooling fan is malfunctioning (e.g., reduced speed or stopped operation); inspect the fan motor and wiring, and repair or replace components as necessary to maintain proper airflow.

What is the function of an air-cooled chiller in mold processing?

It maintains stable mold temperatures, improves product forming quality, and reduces the rate of defects and rework.

Why are air-cooled chillers used in coating production?

Stable temperature control prevents fluctuations in material properties, ensuring consistent color, viscosity, and coating performance.

Can cooling equipment meet the temperature control requirements for photovoltaic module testing?

Yes. The temperature control accuracy reaches ±0.1°C, with rapid heating and cooling response, making it suitable for component aging and performance testing.

What role does temperature control equipment play in pharmaceutical research and development?

It provides a stable thermal environment to ensure data accuracy, consistency, and repeatability in experimental processes.