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What is the function of water chiller in vacuum coating machine?

2023-05-22

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The chiller is a very important part of the vacuum coating machine, so the manufacturer will pay special attention to the model and type of the chiller when purchasing vacuum coating machine, because the vacuum coating machine is applied to different industries, and the type of chiller will be somewhat different. Today, we will introduce the function of the vacuum coating machine chiller.


vacuum coating machine


Water chillers are widely used in industrial refrigeration. They can provide constant current, constant temperature, and constant pressure, and control the temperature of vacuum coating machine. Different vacuum deposition processes need to control different temperatures. The water chillers in vacuum coating machine can be divided into air cooled water chillers and water-cooled water chillers. To achieve a good cooling effect, water-cooled water chillers need to add cooling towers. Air cooled water chillers have requirements for the working environment, It is cooled through a hot air cycle, and the ventilation effect directly affects the cooling effect of the chiller.

The chiller should have the ability to regulate and control water temperature, and be unaffected by temperature and environmental factors; Performance should be stable, ensuring that there are no faults during long-term continuous operation; Energy saving and self regulating function, effectively saving electricity; The noise should be low, and there should be phase loss, phase mismatch, current overload, and high and low voltage protection systems.

The purpose of equipping vacuum equipment with a chiller is to achieve efficient and high-precision temperature control to ensure the high quality of the plated parts, increase the density and smoothness of the plated parts, shorten the electroplating cycle, improve production efficiency, and improve product quality.

The main components of a water chiller specifically designed for vacuum equipment include a compressor, reservoir, drying filter, thermal expansion valve, evaporator, refrigerant, and condenser.

The compressor is the heart, and the chiller refrigeration system inputs electrical energy through the compressor to flush heat into the low-temperature environment and discharge it into the high-temperature environment. The refrigeration compressor determines the efficiency of the entire system.

The liquid receiver is installed behind the condenser and is directly connected to the discharge pipe of the condenser. The liquid receiver plays a role in regulating and storing refrigerants.

Condensers can be divided into three types: air-cooled condensers, evaporative condensers, and water-cooled condensers. condensers play a role in outputting heat energy and allowing the refrigerant to condense.

The drying filter prevents the entry of moisture and pollutants in the refrigeration cycle from affecting the normal use of the refrigeration device.

The thermal expansion valve is installed between the drying filter and the evaporator, and its main function is to throttle and depressurize the high-temperature refrigerant liquid into a low-temperature mortgage wet steam that enters the evaporator to achieve refrigeration and cooling.

The function of the evaporator in the system is to absorb heat and output cooling capacity.

Refrigerant is an active medium, mainly used to carry heat and achieve heat absorption and release.

For enterprises, the configuration of chillers in vacuum coating machine is to adapt to the law of economic development, help complete cooling quickly and timely, reduce production time, and improve work efficiency.
Today, we will introduce the function of the vacuum coating machine chiller.

Water chillers are widely used in industrial refrigeration. They can provide constant current, constant temperature, and constant pressure, and control the temperature of vacuum coating machine. Different vacuum deposition processes need to control different temperatures. The water chillers in vacuum coating machine can be divided into air cooled water chillers and water-cooled water chillers. To achieve a good cooling effect, water-cooled water chillers need to add cooling towers. Air cooled water chillers have requirements for the working environment, It is cooled through a hot air cycle, and the ventilation effect directly affects the cooling effect of the chiller.

The chiller should have the ability to regulate and control water temperature, and be unaffected by temperature and environmental factors; Performance should be stable, ensuring that there are no faults during long-term continuous operation; Energy saving and self regulating function, effectively saving electricity; The noise should be low, and there should be phase loss, phase mismatch, current overload, and high and low voltage protection systems.

The purpose of equipping vacuum equipment with a chiller is to achieve efficient and high-precision temperature control to ensure the high quality of the plated parts, increase the density and smoothness of the plated parts, shorten the electroplating cycle, improve production efficiency, and improve product quality.

The main components of a water chiller specifically designed for vacuum equipment include a compressor, reservoir, drying filter, thermal expansion valve, evaporator, refrigerant, and condenser.

The compressor is the heart, and the chiller refrigeration system inputs electrical energy through the compressor to flush heat into the low-temperature environment and discharge it into the high-temperature environment. The refrigeration compressor determines the efficiency of the entire system.

The liquid receiver is installed behind the condenser and is directly connected to the discharge pipe of the condenser. The liquid receiver plays a role in regulating and storing refrigerants.

Condensers can be divided into three types: air-cooled condensers, evaporative condensers, and water-cooled condensers. condensers play a role in outputting heat energy and allowing the refrigerant to condense.

The drying filter prevents the entry of moisture and pollutants in the refrigeration cycle from affecting the normal use of the refrigeration device.

The thermal expansion valve is installed between the drying filter and the evaporator, and its main function is to throttle and depressurize the high-temperature refrigerant liquid into a low-temperature mortgage wet steam that enters the evaporator to achieve refrigeration and cooling.

The function of the evaporator in the system is to absorb heat and output cooling capacity.

Refrigerant is an active medium, mainly used to carry heat and achieve heat absorption and release.

For enterprises, the configuration of chillers in vacuum coating machine is to adapt to the law of economic development, help complete cooling quickly and timely, reduce production time, and improve work efficiency.
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