๐ แฐแแ แแต แคแฐแฐแฆแปแฝแ แแฌ แตแ #แแชแ
แ แฐแแ แฅแแซแแแข แจแแแฐ แจแแ แ แแ แแแฝ แ แฅแแฒแฐแญแต แผแญ แแตแจแ แญแแแแข แตแแแแซแแแณแฝแ แจแแฒแ แฅแแแฐแแแแโ๏ธแ แแแฐ แตแฅแฅแญ แฅแแแฝ แ แแตแจแต แฝแแแแข แ แแ แ แแฅแณ แแฐ แตแแ
แญแฑ แฅแแแฃแแแข
#แจแแชแ _แแฐแจแณแ_แ แฐแซแญ_แแ_แญแแตแแโ
#What_is_Working_Principle_of_frigeโ
========================
#แตแแแชแ แ แฐแซแญ แจแแจแณแฝแ แ แแต แ แฐแแฅ แแแ แฅแแฒแแแแ แตแแแชแ แแ แแ แญแแแฝ แฅแแซแแแข
๐Before looking the the working principle let's see the Components of Refrigerator.
1. Compressor
2. Condenser
3. Evaporator
4. Capillary tube/Expansion valve
5. Thermostat
We will see one by one
๐#แแแแฝแ_แซแแฉโ๏ธ
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๐น๐ธ๐น#แแแณแ แแ_แซแแฉ!๐ธ๐น
๐น๐ธ๐น๐น#แฅแแแฐแแแแ!๐น๐ธ๐น
#แจแแชแ _แแฐแจแณแ_แ แฐแซแญ_แแ_แญแแตแแโ
#What_is_Working_Principle_of_frigeโ
========================
#แตแแแชแ แ แฐแซแญ แจแแจแณแฝแ แ แแต แ แฐแแฅ แแแ แฅแแฒแแแแ แตแแแชแ แแ แแ แญแแแฝ แฅแแซแแแข
๐Before looking the the working principle let's see the Components of Refrigerator.
1. Compressor
2. Condenser
3. Evaporator
4. Capillary tube/Expansion valve
5. Thermostat
We will see one by one
๐#แแแแฝแ_แซแแฉโ๏ธ
#แแตแแ แ_แแจแ
0118644716
0991156969
0911585854
@electricexpert
๐นแแตแกแญ:-
๐ https://www.facebook.com/amenelectricaltechnology
๐ธแตแจแแ :-
๐
https://www.amenelectrical.com
" #แแแแฝ_แแแฅ_แแญแแซแต_แฅแแแโ๏ธ"
๐น๐ธ๐น#แแแณแ แแ_แซแแฉ!๐ธ๐น
๐น๐ธ๐น๐น#แฅแแแฐแแแแ!๐น๐ธ๐น
1. #Compressor
๐it has an electric motor inside it to power the compressor.
๐it forces liquid into condenser.
๐compressor is the "heart" of a refrigerator.
๐It circulates the refrigerant throughout the system and adds pressure to the warm part of the circuit, and makes the refrigerant hot.
๐It's similar to when you are pumping air into a bicycle tube - you can sense a heat increase in the pump while you compress the air.
๐#แแแแฝแ_แซแแฉโ๏ธ
#แแตแแ แ_แแจแ
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๐น๐ธ๐น๐น#แฅแแแฐแแแแ!๐น๐ธ๐น
๐it has an electric motor inside it to power the compressor.
๐it forces liquid into condenser.
๐compressor is the "heart" of a refrigerator.
๐It circulates the refrigerant throughout the system and adds pressure to the warm part of the circuit, and makes the refrigerant hot.
๐It's similar to when you are pumping air into a bicycle tube - you can sense a heat increase in the pump while you compress the air.
๐#แแแแฝแ_แซแแฉโ๏ธ
#แแตแแ แ_แแจแ
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0991156969
0911585854
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๐น๐ธ๐น#แแแณแ แแ_แซแแฉ!๐ธ๐น
๐น๐ธ๐น๐น#แฅแแแฐแแแแ!๐น๐ธ๐น
2. #Condenser
๐The condenser sits on the back of a refrigerator, and is likely quite dusty.
๐Inside, the refrigerant is cooled down and condenses, meaning it turns from a gas back into a liquid.
๐ #แแแ แ แแแแแ แแฐ #แแณแฝ แฅแแฒแแจแญ แซแฐแญแแแข
๐#แแแแฝแ_แซแแฉโ๏ธ
#แแตแแ แ_แแจแ
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๐น๐ธ๐น#แแแณแ แแ_แซแแฉ!๐ธ๐น
๐น๐ธ๐น๐น#แฅแแแฐแแแแ!๐น๐ธ๐น
๐The condenser sits on the back of a refrigerator, and is likely quite dusty.
๐Inside, the refrigerant is cooled down and condenses, meaning it turns from a gas back into a liquid.
๐ #แแแ แ แแแแแ แแฐ #แแณแฝ แฅแแฒแแจแญ แซแฐแญแแแข
๐#แแแแฝแ_แซแแฉโ๏ธ
#แแตแแ แ_แแจแ
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๐น๐ธ๐น๐น#แฅแแแฐแแแแ!๐น๐ธ๐น
3. #Evaporator
๐ #แจแแณแฝ แแฐ #แแ แญแแญแซแแข
๐The evaporator is located inside a refrigerator and is the part that makes the items in the refrigerator cold.
๐As the refrigerant turns from a liquid into a gas through evaporation, it cools the area around it, producing the proper environment for storing food.
๐#แแแแฝแ_แซแแฉโ๏ธ
#แแตแแ แ_แแจแ
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๐น๐ธ๐น๐น#แฅแแแฐแแแแ!๐น๐ธ๐น
๐ #แจแแณแฝ แแฐ #แแ แญแแญแซแแข
๐The evaporator is located inside a refrigerator and is the part that makes the items in the refrigerator cold.
๐As the refrigerant turns from a liquid into a gas through evaporation, it cools the area around it, producing the proper environment for storing food.
๐#แแแแฝแ_แซแแฉโ๏ธ
#แแตแแ แ_แแจแ
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๐น๐ธ๐น๐น#แฅแแแฐแแแแ!๐น๐ธ๐น
4. #Capillary_tube
๐The capillary tube is a thin piece of tubing that serves as an #expansion_device.
๐The liquid refrigerant is routed through the capillary tube and sprayed into the low-pressure environment of the evaporator.
๐#แแแแฝแ_แซแแฉโ๏ธ
#แแตแแ แ_แแจแ
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๐น๐ธ๐น๐น#แฅแแแฐแแแแ!๐น๐ธ๐น
๐The capillary tube is a thin piece of tubing that serves as an #expansion_device.
๐The liquid refrigerant is routed through the capillary tube and sprayed into the low-pressure environment of the evaporator.
๐#แแแแฝแ_แซแแฉโ๏ธ
#แแตแแ แ_แแจแ
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0991156969
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๐น๐ธ๐น๐น#แฅแแแฐแแแแ!๐น๐ธ๐น
5. #Thermostat
๐The thermostat controls the cooling process by monitoring the temperature and then switching the compressor on and off.
๐When the sensor senses that it's cold enough inside a refrigerator, it turns off the compressor.
๐If it senses too much heat, it switches the compressor on and begins the cooling process again.
๐#แแแแฝแ_แซแแฉโ๏ธ
#แแตแแ แ_แแจแ
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๐น๐ธ๐น๐น#แฅแแแฐแแแแ!๐น๐ธ๐น
๐The thermostat controls the cooling process by monitoring the temperature and then switching the compressor on and off.
๐When the sensor senses that it's cold enough inside a refrigerator, it turns off the compressor.
๐If it senses too much heat, it switches the compressor on and begins the cooling process again.
๐#แแแแฝแ_แซแแฉโ๏ธ
#แแตแแ แ_แแจแ
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๐น๐ธ๐น#แแแณแ แแ_แซแแฉ!๐ธ๐น
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#แจแแชแ
_แแฐแจแณแ_แ แฐแซแญ
#Working_Principle_of_frige
=====================
๐In order to keep food fresh, a low temperature must be maintained in the immediate environment to reduce the reproduction rate of harmful bacteria.
๐A refrigerator works to transfer heat from inside to outside, which is why it feels warm if you put your hand on the back side of fridge near the metal pipes - you'll find out how that works in a bit.
๐To start the evaporation process and change the refrigerant from liquid to gas, the pressure on the refrigerant needs to be reduced through an outlet called the #capillary_tube.
๐To keep a refrigerator running, you need to be able to get the gaseous refrigerant back to its liquid state, so the gas needs to be compressed to a higher pressure and temperature again.
๐Once the compressor has done its work, the gas should be under high pressure and hot.
๐It needs to be cooled in the condenser, which is mounted on the back of the refrigerator, so its contents can be cooled by the ambient air.
๐When the gas cools off inside the condenser (still under high pressure), it changes back into a liquid.
๐Then, the liquid refrigerant circulates back to the evaporator where the process starts all over again.
๐Refrigeration is a cooling process.
๐Refrigerators work by causing the refrigerant circulating inside them to change from a liquid into a gas.
๐This process, called #evaporation, cools the surrounding area and produces the desired effect.
๐A compressor is found at the base of the fridge and This compressor contains refrigerant.
๐A refrigerant is a substance that turns from #liquid to #gas or #gas to #liquid very quickly
๐The motor activates the compressor which forces the refrigerant into the condenser.
i.e Motor๐Compressor๐Refrigerant๐Condenser
๐The condenser causes the gaseous refrigerant to cool, changing it into a liquid.
๐The refrigerant moves to the evaporator where it turns back into a gas.
๐The liquid evaporates as heat is taken from the fridge cabinet
๐This cools the fridge
๐The refrigerant returns to the compressor and it starts again
๐#แแแแฝแ_แซแแฉโ๏ธ
#แแตแแ แ_แแจแ
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0991156969
0911585854
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" #แแแแฝ_แแแฅ_แแญแแซแต_แฅแแแโ๏ธ"
๐น๐ธ๐น#แแแณแ แแ_แซแแฉ!๐ธ๐น
๐น๐ธ๐น๐น#แฅแแแฐแแแแ!๐น๐ธ๐น
#Working_Principle_of_frige
=====================
๐In order to keep food fresh, a low temperature must be maintained in the immediate environment to reduce the reproduction rate of harmful bacteria.
๐A refrigerator works to transfer heat from inside to outside, which is why it feels warm if you put your hand on the back side of fridge near the metal pipes - you'll find out how that works in a bit.
๐To start the evaporation process and change the refrigerant from liquid to gas, the pressure on the refrigerant needs to be reduced through an outlet called the #capillary_tube.
๐To keep a refrigerator running, you need to be able to get the gaseous refrigerant back to its liquid state, so the gas needs to be compressed to a higher pressure and temperature again.
๐Once the compressor has done its work, the gas should be under high pressure and hot.
๐It needs to be cooled in the condenser, which is mounted on the back of the refrigerator, so its contents can be cooled by the ambient air.
๐When the gas cools off inside the condenser (still under high pressure), it changes back into a liquid.
๐Then, the liquid refrigerant circulates back to the evaporator where the process starts all over again.
๐Refrigeration is a cooling process.
๐Refrigerators work by causing the refrigerant circulating inside them to change from a liquid into a gas.
๐This process, called #evaporation, cools the surrounding area and produces the desired effect.
๐A compressor is found at the base of the fridge and This compressor contains refrigerant.
๐A refrigerant is a substance that turns from #liquid to #gas or #gas to #liquid very quickly
๐The motor activates the compressor which forces the refrigerant into the condenser.
i.e Motor๐Compressor๐Refrigerant๐Condenser
๐The condenser causes the gaseous refrigerant to cool, changing it into a liquid.
๐The refrigerant moves to the evaporator where it turns back into a gas.
๐The liquid evaporates as heat is taken from the fridge cabinet
๐This cools the fridge
๐The refrigerant returns to the compressor and it starts again
๐#แแแแฝแ_แซแแฉโ๏ธ
#แแตแแ แ_แแจแ
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0991156969
0911585854
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๐น๐ธ๐น๐น#แฅแแแฐแแแแ!๐น๐ธ๐น