What is a laser cooler? It is a mechanical device for cooling laser equipment, such as a cooler, freezer, cooler, chiller, etc.

The main factors affecting the cooling capacity of the laser chiller are:

1. Water temperature:

When the ambient temperature is the same. The higher the water output, the greater the cooling capacity, the lower the outlet temperature, and the smaller the cooling capacity.

2. Water volume:

The flow rate directly affects the heat transfer speed. High water flow rate, high cooling capacity, low water volume, and low cooling capacity.

3、 Supply voltage:

The voltage is unstable, and the equipment has the best cooling effect.

4. Capacitors:

The diameter of the condensing tube. The larger the condensing tube, the greater the cooling capacity, while the smaller the condensing tube, the smaller the cooling capacity.

5. Evaporator:

The evaporation forms are divided into sink coil, shell tube, plate evaporator, etc. The shape of the evaporator and the difference in coolant can also affect the overall cooling effect.

6. Compressor power:

The greater the power of the compressor, the greater the cooling capacity, the lower the power, and the less the cooling capacity.

7. Filter blockage:

After the filter is blocked, the dust on the condenser will accumulate more and more, and in the long run, the cooling effect will become worse and worse. In order to maintain good cooling performance, the filter screen should be replaced regularly.

From the above, it can be seen that there are many factors that affect the cooling capacity of the chiller, and manual intervention is needed to ensure the best cooling effect. When selecting the power of the chiller, redundancy should be left to ensure the normal operation of the laser in individual extreme situations.