How does a water cooled chiller work?

The working principle of a water cooled chiller mainly involves the circulation flow of water and the distribution of heat.

Water cooled chiller are usually composed of water pumps, radiator, cooling fans, thermostats, compensation buckets, water covers in the engine body and cylinder head. The work process is roughly as follows:

1.Circulation flow:Through the role of the pump, the coolant circulates in the system. In this process, the coolant will absorb the heat of the engine or other cooling equipment.

2‌.Heats:The flowing cooling liquid then entered the heat sink, and the heat dissipation tablets were distributed into the air through the heat sink of the radiator. This process helps to maintain engines such as engines and other devices in an appropriate temperature range.

3.Temperature adjustment:Temperatures adjust the flow of coolant according to the temperature of the engine. When the engine temperature is too high, the thermostat is turned on, and the coolant enters the radiator for heat dissipation; when the temperature is too low, the thermostat is closed, and the coolant will flow directly back to the engine to help increase the temperature.

4 ‌. Auxiliary equipment:Compensation buckets are used to keep the liquid level and pressure of the coolant to prevent the engine from being overheated or too cold. The cooling fan helps increase heat dissipation efficiency, especially in high temperature environments.

In addition, there are two ways: automatic water filter, pressure difference and timely sewage discharge. Voltage sewage discharge is to monitor whether the pressure difference between inlet and out of water determines whether sewage is needed, and timed sewage discharge according to the preset time interval. These two methods help maintain the system's cleaning and efficiency.

In summary, the water cooled chiller effectively controls the temperature of the equipment and system through the heat dissipation effect of the circulating coolant and the radiator, ensuring that its normal operation and extending the service life