Does the chiller temperature have an effect on the laser?

Some! Temperature will have a certain impact on the performance of the laser, especially the solid-state laser will be more sensitive to temperature. When the temperature is relatively high, the efficiency of the laser decreases.

Long-term high-temperature work will also have a great impact on the service life of the laser. In order to avoid the influence of temperature on the laser, it is necessary to configure the cooler cooling of the cool era to keep the working temperature of the laser in a relatively constant state.

The temperature of the chiller has a great impact on the performance of the laser, the temperature increases, the wavelength of the laser becomes longer under the same current, the output power will also decrease, the temperature will decrease, and the trend is opposite. Because the laser will generate a lot of heat during operation, it must be cooled by water-cooling, and the laser must be controlled in a certain temperature range to ensure the light output quality and output power of the laser, and is conducive to prolonging the service life of the laser.

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The temperature setting of the laser chiller is between 15 and 25. The method of setting the temperature is:1

2.Consider the environment in which the laser chiller will be used: The environment in which the laser chiller will be used is also a factor that determines the temperature setting, such as room temperature, relative humidity, air circulation, etc.

In the hot summer, the room temperature will be relatively high, and the temperature needs to be set in a low range to ensure the stability and safety of the laser. 3.Consider the power and time of use of the laser:

The more powerful the laser, the more heat it will generate when used, requiring a lower temperature setting. At the same time, prolonged use will also cause the temperature of the laser chiller to rise, and the temperature setting needs to be adjusted accordingly. 4.

Adjust the temperature setting of Zen Ming: After determining the optimal working temperature range and considering the use environment, power and time of use, the temperature of the laser chiller can be set within a suitable range, and the temperature can be set between 15 -25. The temperature setting of the laser chiller needs to be adjusted according to the specific situation, and care and maintenance need to be paid attention to to ensure the stability and longevity of the laser.

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Summary. Dear, glad to answer for you! Laser chiller temperature setting:

The temperature setting range of the chiller required for the fiber laser: 20-30 degrees, under the load condition, the beam laser manufacturer recommends that the temperature range of the laser chiller can be controlled between 20 and -30 degrees in summer.

Dear, glad to answer for you! Laser chiller temperature setting: Chiller temperature setting range required for fiber lasers:

20-30 degrees, under the lead state of the load strip, the beam laser manufacturer suggests that the temperature of the laser chiller can be controlled between 20 and -30 degrees in summer. Shut up.

Extended information: Laser chiller temperature setting method: 1. Press and hold the "ON off" button for 2 seconds to complete a power switch.

2. Press and hold the "set" button for 2 seconds to enter the setting interface, at this time, the temperature setting area on the display screen will display "set f0", and then click the "set" button each time, the area will display "set f0", "set f1", "set f2" three logos in a loop. "set f0" indicates that the target temperature can be set at this time; "set f1" indicates that the high temperature alarm value can be set at this time; "set f2" indicates that the low temperature alarm value can be set at this time. In any of the settings of "Set F0", "Set F1", and "Set F2", press and hold for 2 seconds to restore the display to the normal display state.

If you stay on the settings screen for more than 10 seconds without any button operation, the display will also return to its normal display state.

The temperature setting of the laser chiller will vary according to the different laser model, the use environment and the amount of power that needs to be cooled. In general, the temperature of the chiller should be set above the minimum temperature required for the laser, and the flow and pressure of the chilled water should be stable. Generally speaking, the temperature of the laser chiller is set between 15 and 25.

If the temperature of the chiller is too high, it will reduce the cooling effect, resulting in damage to the laser, and if the temperature is too low, it will be prone to condensation. In order to ensure the normal operation of the laser, it is necessary to regularly check the temperature and flow rate of the chiller and make appropriate adjustments.

Laser chiller temperature setting:

The temperature setting of the laser chiller will vary according to different laser models, the use environment and the amount of power that needs to be cooled. In general, the temperature of the chiller should be set above the minimum temperature required for the laser, and the flow and pressure of the chilled water should be stable. Generally speaking, it is more appropriate to set the temperature of the laser chiller between 15 and 25.

If the temperature of the chiller is too high, it will reduce the cooling effect, resulting in damage to the laser, and if the temperature is too low, it is prone to pin plexus condensation. In order to ensure the normal operation of the laser, it is necessary to regularly check the temperature and flow rate of the chiller and make appropriate adjustments.

Benefits of Laser Chiller Temperature Setting:1Maintain laser stability:

Lasers need to be stable and not affected by temperature. The temperature setting of the chiller can control the temperature of the laser to ensure that it works stably within a safe range. 2.

Improve the life of the laser: The operating life of the laser depends on its operating temperature, and the temperature that is too high or too low will affect the life of the laser. The correct chiller temperature setting can extend the life of the laser.

3.Improve the quality of material processing: The processing quality of lasers is greatly affected by temperature.

When the temperature of the laser is too high or too low, the processing quality will deteriorate. The correct chiller temperature setting can ensure the stability and consistency of the laser processing quality. 4.

Energy saving: Reasonable temperature settings can reduce the power consumption of the chiller, thereby saving energy. At the same time, reducing power consumption can also reduce the operating costs of the equipment.

Possible reasons for the high water temperature in the laser chiller water tank in the Kuling era:

1. The dust filter is blocked.

2. The laser chiller is not ventilated.

3. Dust accumulation in the machine leads to high water temperature in the water tank.

4. The fan of the laser chiller stops running.

5. The starting capacitance of the compressor decreases.

6. The power supply voltage is unstable.

7. The laser chiller leaks refrigerant.

Solution to the high water temperature in the water tank of the laser chiller:

1. If the dust filter is blocked, only need to clean the dust filter.

2. Ensure that the laser chiller is installed in the position of smooth air inlet and outlet channels.

3. The chassis needs to be disassembled and the dust in the laser chiller should be cleaned up.

4. The laser chiller needs to be replaced with a new fan.

5. The capacitor of the laser chiller needs to be replaced to ensure that the starting capacitance of the compressor is sufficient.

6. A voltage regulator needs to be added to ensure the stability of the power supply voltage.

7. It is necessary to check and fill the leakage refrigerant point, and refill the refrigerant.

What temperature is the right temperature for a laser cutter chiller? Under normal conditions, the temperature setting range is 10 35.

As a necessary supporting cooling device for laser cutting machine, the use of laser cutting machine chiller can ensure the stable and continuous normal operation of the laser cutting machine at a constant temperature.

The normal ambient temperature of the laser cutting machine chiller should be controlled at about 20 30, not more than 40, if it is operated at a temperature of more than 40 degrees Celsius, it is likely to be overloaded, and the condenser and exhaust temperature of the refrigeration system will rise, which may also cause the electric protector to act, cut off the power supply, and have an impact on the service life of the laser chiller. When using, pay attention to keep the air inlet and outlet of the laser chiller unobstructed, and do not block the air inlet in front and the air outlet in the back.

Generally, according to our laser cutting machine chiller customer application experience, the laser cutting machine chiller is the most suitable in the temperature range of 20 -30.

Laser chiller is welcome to consult Han's Refrigeration.

Hello dear, there are several main differences between laser chillers and ordinary chillers:1How it works:

The laser chiller is a cooling system specially designed for laser equipment, and its working principle is to transfer the heat generated by the laser into the cooling medium through circulating water to maintain the stable working temperature of the laser. The ordinary chiller is a general cooling equipment, which is used to cool the heat source in various equipment or process benches. 2.

Temperature control: Laser chillers often need to provide very precise temperature control to ensure that the laser operates within a specific temperature range. A regular chiller may only need to provide a certain range of temperature control.

3.Cooling capacity: Laser chillers typically need to have a high cooling capacity to cope with the large amount of heat generated by the laser.

Ordinary chillers may be comparatively low in terms of cooling capacity. 4.Control system:

Laser chillers usually have more complex control systems, which can achieve precise control and monitoring of parameters such as temperature, flow, and pressure. The control system of the ordinary cold water Zaozhou bridge machine is relatively simple.