industrial chiller manufacturer

Tips To Consider For Choosing the Right Industrial Chiller

If you are looking for industrial chillers, get in touch with a reliable industrial chiller manufacturer. Industrial chillers minimize the threat of production downtime or product quality caused by extra heat in a process or application. These protect the integrity of the process by removing extra heat from the item and applications that are sensitive to high temperatures. The examples of this include:

  • Food and beverage
  • Plastics
  • The printing industries.

By using the facility’s water supply, industrial chillers also help to decrease:

  • The water consumption of plants
  • Lower the costs associated with cooling water
  • Bypass the need to have access to a municipal water supply and wastewater discharge system.

Things To Consider Before Choosing Industrial Chiller:

Cooling The Fluid:

When you are selecting a cooling fluid for your process, consider two things:

  • How a fluid performs
  • Its equipment compatibility.

The performance of any fluid depends on its properties at a temperature, such as:

  • Specific heat
  • Viscosity
  • Freezing and boiling points.

When considering the compatibility of the equipment, consider both the materials and fluids being used.

Cooling The Temperature Of The Fluid:

Know the performance data of your chiller! The cooling capacity of the chiller is directly affected by the setpoint temperature. This means that there is a direct relationship between the temperatures at which the chiller is set and its total cooling capacity. A drop in temperature increases the load on the refrigeration system, whereas a temperature rise has the reverse effect.

Pressure and Flow Requirements in the Process:


Place pressure gauges at the process’s inlet and outlet to determine pressure loss across a system, and then add pump pressure to gain the results. The flow will be routed around the process and back into the chiller if the chiller has internal pressure relief. If there is no internal pressure relief, the pump will try to maintain the required pressure.


Insufficient flow via the process will cause insufficient heat transfer. This prevents the flow from removing the heat required for the process’s safe functioning.

Operating Conditions:

To get the best operating chiller, contact an industrial air conditioner chiller supplier. Knowing the site conditions is critical to choosing the right equipment for your needs. It is vital to think about ambient temperature and Spatial Constraints.

Ambient Temperature:

As the refrigeration system uses the ambient temperature to induce heat transfer for the condensation process, the ability of an air-cooled chiller to heat is affected by this. The temperature differential decreases as the temperature rises. High ambient temperatures can harm important components if the chiller uses a liquid-cooled condenser.

Spatial Constraints:

It is critical to provide air circulation space around the chiller to maintain the proper ambient temperature. Recirculation of an insufficient volume of air quickly heats it without correct airflow. This will affect the chiller operation and may even cause damage to the chiller unit.

The size of the chiller:

The choice of the proper chiller size is critical! A large chiller can never work at peak efficiency and will be more expensive to run. Know the rate of flow and the thermal energy that the process equipment is adding to the cooling medium.

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