◇ Independently developed microcomputer LCD temperature controller, with intelligent mode and constant temperature mode, temperature control accuracy up to ± 0.5 ℃

Intelligent mode control, automatically adjusts to the corresponding water temperature as the ambient temperature changes

Humanized design, with return water temperature detection and protection function, to prevent excessive water flow and protect the laser

Equipped with two independent water cooling systems, it can simultaneously cool the laser body, cutting head, and lens

◇ It has protection signal alarm functions such as overload, pressure, phase sequence, flow rate, liquid level, high and low temperature

Configure a high-pressure pure water filtration device to ensure that the pipeline is free of dirt and blockage, making the operation of the laser equipment safer

Selection method:

Calculate the heat generation of the laser based on its photoelectric conversion efficiency

Calculation formula: P heat=P laser ● (1- η)/η

P heat: laser heat generation (W)

P laser: laser input power (W)

η: Laser photoelectric conversion rate (%), determined according to different lasers.

Carbon dioxide laser value range: 8% -10%

Lamp pump laser value range: 2% -3%

Value range of semiconductor pump laser: 20% -30%

Fiber laser value range: 20% -30%

Example: The output power of a certain brand of carbon dioxide 2000W laser is 2000W, and the photoelectric conversion rate is 8.5%

P heat=2000 x (1-8.5%) ÷ 8.5%=2000x10.8=21530W

According to the selection principle of chillers, the cooling capacity of chillers should be greater than 20% -30% of the heat generation.