10 Ton Chiller for Sale

10 Ton Chiller for Sale

The exhaust temperature of the compressor in the 10 ton chiller determines whether the operation of the equipment is stable and efficient. The compressor is prone to the problem of excessively high exhaust temperature. Once this happens, it is easy to make the pressure of the 10 ton chiller too high. High and high temperatures, high loads, reduced compressor efficiency, and various other problems. So what is the reason for the high exhaust temperature of the 10 ton chiller?

1. The compression ratio is too high

The exhaust temperature is greatly affected by the compression ratio, the larger the compression ratio, the higher the exhaust temperature. Reducing the compression ratio can significantly reduce the exhaust temperature, and the specific methods include increasing the suction pressure and reducing the exhaust pressure.

Suction pressure is determined by evaporating pressure and suction line resistance. Increasing the evaporation temperature can effectively increase the suction pressure and rapidly reduce the compression ratio, thereby reducing the exhaust temperature. Reducing the resistance of the return air pipeline can also increase the return air pressure. The specific methods include timely replacement of the dirty and clogged return air filter, and reducing the length of the evaporation tube and the return air line as much as possible.

In addition, insufficient refrigerant is also a factor for low suction pressure. After the refrigerant leaks, it must be replenished in time.

The main reason for the exhaust pressure being too high is that the condensing pressure is too high. Insufficient heat dissipation area of the condenser, fouling, insufficient cooling air volume or water volume, too high cooling water or air temperature, etc. can lead to excessively high condensing pressure. It is very important to select a suitable condensation area and maintain sufficient cooling medium flow.

2. High return air temperature

The return air temperature is relative to the evaporation temperature. In order to prevent liquid return, the general return gas pipeline requires a return gas superheat of 20°C. If the return air pipeline is not well insulated, the superheat will far exceed 20°C.

The higher the return air temperature, the higher the cylinder suction temperature and exhaust temperature. For every 1°C increase in the return air temperature, the exhaust temperature will increase by 1 to 1.3°C.

3. Motor heating

For the return air-cooled refrigeration compressor, the refrigerant vapor is heated by the motor when it flows through the motor cavity, and the cylinder suction temperature is raised again. The heat generated by the motor is affected by power and efficiency, while the power consumption is closely related to displacement, volumetric efficiency, working conditions, and frictional resistance.

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