Explain the classification of ice machines and the role of accessories

Common types, working principles and electrical control of ice machines

1. Important types of common ice machines: commercial ice machines, supermarket ice machines , catering ice machines, snowflake ice machines , milk tea ice machines, industrial flake ice machines , hotel ice machines, bar ice machines , Ice machine for cold drinks, laboratory ice machine , hospital ice machine, household ice machine , seafood ice machine, cement factory ice machine, chemical ice machine, cooling ice machine, sea ice machine, ice machine Machine type, industrial ice machine, scale ice machine, cube ice machine , cylindrical ice machine, ice brick machine , plate ice machine, small ice machine, large ice machine, ice machine manufacturer, ice machine offer , Ice machine manufacturing, flake ice machine .

Second, the working principle of the ice machine  Common types, working principles and electrical control of ice machines

1. Important types of common ice machines: commercial ice machines, supermarket ice machines , catering ice machines, snowflake ice machines , milk tea ice machines, industrial flake ice machines , hotel ice machines, bar ice machines , Ice machine for cold drinks, laboratory ice machine , hospital ice machine, household ice machine , seafood ice machine, cement factory ice machine, chemical ice machine, cooling ice machine, sea ice machine, ice machine Machine type, industrial ice machine, scale ice machine, cube ice machine , cylindrical ice machine, ice brick machine , plate ice machine, small ice machine, large ice machine, ice machine manufacturer, ice machine offer , Ice machine manufacturing, flake ice machine .

Second, the working principle of the ice machine  

⒈The chilled water pump of the water storage tank continuously circulates through the plate or grid evaporator;

⒉ After the compressor is in operation, it is suctioned-compressed-exhausted-condensed (liquefied)-throttled-and then evaporated in the evaporator at a low temperature of -10 to -18 degrees to absorb heat and vaporize. The frozen water continuously condenses into ice on the surface of the lower temperature evaporator at a water temperature of 0 degrees. When the ice layer condenses to a certain thickness, the refrigerant evaporation temperature reaches the temperature-controlled set temperature, that is, the defrost solenoid valve is turned on and the heat pump is often used to de-ice, and then the next cycle is realized.

3. The working principle of electrical control: Let me talk about the working principle of the ice maker. The circuit principle is based on the ever-changing work of the ice maker. *Stage ice making: working components include: compressor, water pump, and condensing fan. In the second stage, the lower the temperature of the ice to a certain thickness, the lower the sensor perception (there are several sensors: thermostat, thermistor, pressure controller (low ice thickness return air pressure), ice thickness sensor, etc. depending on your ice machine One), start the third phase of Huashuang (also called deicing off ice) Huashuang: working components; compressor, defrosting solenoid valve, water inlet solenoid valve into the water. (At this time, the water pump and the condensing fan stop) The fourth stage: after Huashuang finishes the ice falls, the sensor senses and repeats the * stage. Repeatedly. After the ice is made, the ice-full sensor senses that the whole machine stops working.    

⒈The chilled water pump of the water storage tank continuously circulates through the plate or grid evaporator;

⒉ After the compressor is in operation, it is suctioned-compressed-exhausted-condensed (liquefied)-throttled-and then evaporated in the evaporator at a low temperature of -10 to -18 degrees to absorb heat and vaporize. The frozen water continuously condenses into ice on the surface of the lower temperature evaporator at a water temperature of 0 degrees. When the ice layer condenses to a certain thickness, the refrigerant evaporation temperature reaches the temperature-controlled set temperature, that is, the defrost solenoid valve is turned on and the heat pump is often used to de-ice, and then the next cycle is realized.

3. The working principle of electrical control: Let me talk about the working principle of the ice maker. The circuit principle is based on the ever-changing work of the ice maker. *Stage ice making: working components include: compressor, water pump, and condensing fan. In the second stage, the lower the temperature of the ice to a certain thickness, the lower the sensor perception (there are several sensors: thermostat, thermistor, pressure controller (low ice thickness return air pressure), ice thickness sensor, etc. depending on your ice machine One), start the third phase of Huashuang (also called deicing off ice) Huashuang: working components; compressor, defrosting solenoid valve, water inlet solenoid valve into the water. (At this time, the water pump and the condensing fan stop) The fourth stage: after Huashuang finishes the ice falls, the sensor senses and repeats the stage. Repeatedly. After the ice is made, the ice-full sensor senses that the whole machine stops working.