What are the factors that determine the cooling capacity of the laser chiller?

The laser chiller is a device used to cool the laser, and its cooling capacity has an important influence on the output power of the laser. So, how to determine the cooling capacity of the laser chiller? The following are several determining factors:

1. Water volume: The size of the water flow is directly related to the size of the cooling capacity. The larger the water flow, the larger the cooling capacity, and vice versa.

2. Water temperature: When other conditions remain unchanged, the higher the outlet water temperature, the greater the cooling capacity, and vice versa, the smaller, but at the same time, the outlet water temperature must be within a reasonable range.

3. Power supply voltage: The voltage must reach the rated power, and the cooling effect of the laser chiller can be optimal.

4. Refrigerant: Different refrigerants will also affect the cooling effect of the laser chiller.

5. Compressor: The greater the compressor power, the greater the cooling capacity of the chiller, and vice versa.

6. Filter: The more serious the filter blockage, the smaller the cooling capacity of the chiller, and the worse the cooling effect.

In addition to the factors introduced above, there are many other factors that determine the cooling capacity of the laser chiller, such as the selection of evaporator and condenser, etc. When purchasing a chiller, users can choose the appropriate model and cooling method according to their needs to enhance the cooling capacity and ensure the stable operation of the laser.

Related product links

Fiber Laser Cutting Machine