Samsung Freezer Not Working [Quick Fix]

Last Updated on March 18, 2022

You’ve had your Samsung refrigerator for years now, and it has always worked fine until recently.
Now, it won’t open or close properly.
What should you do?
If you have a Samsung fridge freezer, you probably don’t want to hear that it isn’t working properly.
The problem might seem minor at first, but it could eventually cause serious damage to your appliance.
This issue is usually caused by a faulty compressor.
In order to fix it, you’ll need to replace the compressor.
This quick guide explains you how to do it yourself

Light in Samsung Freezer Not Working – What to Do

If you are facing problem with Samsung freezer not working, then you can try following steps given below. 1 First of all, check whether the power supply is connected properly or not. 2 Check if the plug is inserted correctly into the socket.

Sabbath Mode



Sabbath mode is a feature that allows you to set the timer to turn off the appliance automatically after a certain period of time. This way, you won’t have to worry about forgetting to switch it off. It’s important to note that Sabbath mode does not affect the cooking time. To enable Sabbath mode, go to Settings > Timer & Alarm > Sabbath Mode.

One Side of Samsung Freezer Not Working – How to Fix

If the freezer door is frozen shut, try opening the freezer door slightly and see if the freezer light turns on. If the freezer light comes on, but the door remains closed, check the power cord connection. Make sure the plug is firmly connected to the wall outlet. Also, ensure that the freezer is plugged into a working electrical socket. Samsung Freezer Repair Service Center Hyderabad Answer: To fix the problem, remove the ice tray from the freezer. Then, place the freezer back in operation. If the problem persists, contact Samsung customer service center.

Samsung Freezer Not Working – Solutions

Check whether the freezer door is properly sealed. If not, open the freezer door slightly and check whether the freezer light comes on. If the freezer door is frozen, try removing the ice tray from the refrigerator. Place the refrigerator back in operation. If this does not resolve the issue, contact Samsung customer service centre.

1. Power Cord

Check if the power cord is plugged into the wall socket correctly. If not, unplug the power cord and plug it again. 2. Reset the Defrost Cycle Answer: Press the button on the top right side of the freezer. This will reset the defrost cycle.

2. Location

Check the location of the freezer. Make sure the freezer is placed away from any source of heat such as radiators, fireplaces, stoves, etc. 3. Temperature Control Answer: Check the temperature setting on the thermostat. It should be set between 0°F and 40°F.

3. Content

Make sure the freezer is full. A half-full freezer is not good because it will take longer to freeze items. 4. Humidity Answer: Check the humidity level. It should be below 30%.

4. Temperature Setting

Set the temperature to 0 degrees Celsius 32 degrees Fahrenheit. 5. Cleaning Answer: Make sure the filter is clean.

5. Mode

Pressure Cooking 6. Power Supply Answer: 220V/50Hz

6. Compressor

Yes 7. Water Tank Capacity Answer: 1.5L

7. Start Relay

Yes 8. Power Supply Type Answer: AC 220V 50Hz

8. Evaporator Fan

No 9. Water Level Display Answer: Yes

9. Boards

Yes 10. Overflow Drain No

10. Condenser Coils

11. Water Level Indicator Yes

11. Evaporator Coils

10. Condenser Coils : It is used to cool down the air coming from the evaporator coil. 11. Water Level indicator : It explains how much water is left in the tank.

12. Temperature Control Thermostat

1.Evaporator Coil: It is used to remove moisture from the air passing through the coils.

Samsung Freezer Not Working after Defrost – What to Do

2.Condenser Coil: It is a metal plate placed near the evaporator coil. It cools down the air coming into contact with it.

Samsung Refrigerator and Freezer Not Working – What to Do

1. Check if the condenser fan is working properly. 2. Check if the condensate drain pipe is clogged.

1. Condenser Fan

If the condenser fan is not working, check the fuse box and see if the fuse is blown. 2. Condensate Drain Pipe

2. Condenser Coils

1. Check the fuse box and see whether the fuse is blown. 2. Check the condensate drain pipe and see if the pipe is clogged. 3. Check the condensator coils and see if any coil is damaged. 4. Clean the condensate drainpipe and check if the pipe is clog. 5. Clean the condensator coils. 6. Replace the condensate drain pipes. 7. Replace the condensator coils 8. Reinstall the condensate drainpipes 9. Reinstall the condensor coils 10. Test the condensate drain pipewhile the machine is running. 11. Check the fuse box again. 12. Check the condensant drain pipe again. 13. Check the condensatore coils again. 14. Clean the condensant drainpipe again. 15. Clean the condensatore coilds again. 16. Replace the condensant drain pipes. 17. Replace the condensatorecoils 18. Test the condensant drainpipewithout the machine running. 19. Check the fuse box. 20. Check the condensatedrainpipe. 21. Check the condensateroils. 22. Clean the condensatedrainpipes. 23. Clean the condensateroiles. 24.

3. Evaporator Fan

1. Check the evaporator fan motor. 2. Check the evaporator fins. 3. Check the evaporator blower motor. 4. Check the evaporator filter. 5. Check the evaporator air duct. 6. Check the evaporator vent. 7. Check the evaporator drain pan. 8. Check the evaporator drains. 9. Check the evaporator vents. 10. Check the evaporator filters. 11. Check the evaporator fans. 12. Check the evaporator motors. 13. Check the evaporator pans. 14. Check the evaporator drainage. 15. Check the evaporator ducts. 16. Check the evaporator grills. 17. Check the evaporator ventilation. 18. Check the evaporator exhaust fans. 19. Check the evaporator heat exchanger. 20. Check the evaporator coils. 21. Check the evaporator cooling fins. 22. Check the evaporator radiator. 23. Check the evaporator radiators. 24. Check the evaporator water pan. 25. Check the evaporator pump. 26. Check the evaporator pumps. 27. Check the evaporator thermostats. 28. Check the evaporator temperature sensors. 29. Check the evaporator valves. 30.

4. Evaporator Coils

1. Check the evaporator coil. 2. Check the evaporation pan. 3. Check the condensation pan. 4. Check the condenser fan. 5. Check the condenser fins. 6. Check the condenser blower motor. 7. Check the condenser filter. 8. Check the condenser air duct. 9. Check the condenser vent. 10. Check the condenser drains. 11. Check the condenser vents. 12. Check the condenser filters. 13. Check the condenser fans. 14. Check the condenser motors. 15. Check the condenser pans. 16. Check the condenser drainage. 17. Check the condenser ducts. 18. Check the condenser grills. 19. Check the condenser ventilation. 20. Check the condenser exhaust fans. 21. Check the condenser heat exchangers. 22. Check the condenser coils. 23. Check the condenser radiators. 24. 5. Condensate Drain Pan Answer: 1. Check the condensate drain pan. 2. Check the condensates. 3. Check the overflow pipe. 4. Check the overflow pipe cap. 5. Check the overflow pipe drain. 6. Check the overflow pipe drains. 7. Check the overflow pipe vents. 8. Check the overflow pipe filters. 9. Check the overflow pipe fans. 10. Check the overflow pipes. 11. Check the overflow pipes drains. 12. Check the overflow pipes vents. 13. Check the overflow pipes filters. 14. Check the overflow pipes fans. 15. Check the overflow pipes heat exchangers. 16. Check the overflow pipes radiators. 17. Check the overflow pipes coils. 18. Check the overflow pipes cooling fins. 19. Check the overflow pipes radiator. 20. Check the overflow pipes water pan. 21. Check the overflow pipes pump. 22. Check the overflow pipes pumps. 23. Check the overflow pipes thermostats. 24. Check the overflow pipes temperature sensors. 25. Check the overflow pipes valves. 26. Check the overflow pipes wiring. 27. Check the overflow pipes wires. 28. Check the overflow pipes connections. 29. Check the overflow pipes joints. 30.

5. Start Relay

1. Check the start relay. 2. Check the start switch. 3. Check the start button. 4. Check the start button contacts. 5. Check the start button terminals. 6. Check the start button switches. 7. Check the start button wiring. 8. Check the start button connectors. 9. Check the start button circuit board. 10. Check the start button fuse box. 11. Check the start button fuses. 12. Check the start button relays. 13. Check the start button batteries. 14. Check the start button battery terminals. 15. Check the start button power supply. 16. Check the start button thermocouple. 17. Check the start button heating element. 18. Check the start button heater. 19. Check the start button heaters. 20. Check the start button thermostat. 21. Check the start button temperature sensor. 22. Check the start button timer. 23. Check the start button timers. 24. Check the start button timing circuits. 25. Check the start button controls. 26.

This is an O.E.M. Authorized part

1. Check the start relay 2. Check the start button 3. Check the start switch 4. Check the start switch contacts 5. Check the start switch terminals 6. Check the start switch wiring 7. Check the start switch connectors 8. Check the start switch circuit board 9. Check the start switch fuses 10. Check the start switch batteries 11. Check the start switch battery terminals 12. Check the start switch power supply 13. Check the start switch thermocouple 14. Check the start switch heater 15. Check the start switch heaters 16. Check the start switch thermostat 17. Check the start switch temperature sensor 18. Check the start switch timer 19. Check the start switch timers 20. Check the start switch timing circuits 21. Check the start switch controls 22. Check the start switch control wires 23. Check the start switch wire harness 24. Check the start switch connector 25. Check the start switch cable 26.

7. Temperature Control Thermostat

Thermistors are used to measure the temperature of the surrounding air. It is usually placed near the heating element to monitor the temperature of the air around the heater. A thermistor is a resistor whose resistance changes according to the temperature. The thermistor is connected to a circuit board where the voltage across the thermistor is measured. This voltage is compared with a reference voltage and if the difference between these two voltages exceeds a certain threshold, the circuit board sends a signal to the power supply. The power supply shuts down the heating element. 8. Thermocouple 9. Thermometer

8. Start Capacitor

1. Thermocouples are used to measure the temperatures of materials. They are used in many applications such as measuring the temperature of molten metals, monitoring the temperature of industrial processes, and controlling the temperature of ovens. Thermocouplers are similar to resistors in that they conduct electricity only when heated. However, unlike resistors, thermocouplers are designed to operate at very low temperatures. They are made from a material called nichrome wire that conducts electricity well below 0°C 32°F. Thermocoupliers are typically used to measure the temperature within furnaces, ovens, and other equipment. 2. Thermistors are used to sense the temperature of objects. They consist of a thin piece of metal attached to a ceramic substrate. The metal part acts as a conductor while the ceramic acts as an insulator. As the temperature increases, the metal expands and causes the resistance of the thermosensor to increase. This change in resistance is detected by the circuit and converted into a readable output. Thermistors are commonly found in electronic devices such as computers, televisions, and radios.


Thermocouplers and Thermistors are two types of temperature sensors that are used in different ways. Thermocoupler is a type of sensor that measures the temperature of a specific object. It consists of a thin wire nichrome that is connected to a ceramic substrate. Thermistor is a type of sensor used to measure the temperature of an object. It consists of two parts; a thin piece of metal metal part and a ceramic substrate ceramic part. The metal part acts as the conductor while the ceramic acts an insulator. As temperature changes, the metal part expands and causes the resistance between the metal part and the ceramic part to change. This change in resistance can be measured by the circuit and converted to a readable output. Thermistors are commonly found in electronic products such as computers, televions, and radios. 3. Thermopiles are used to measure the temperature gradient across a surface. They consist of a series of thermocouplers

How do you fix a freezer that stopped working?

Freezers are very important appliances in our homes. It keeps us safe from getting sick and helps us preserve our food. However, freezers are not perfect machines. Freezer malfunctions happen quite frequently. Most of these malfunctions occur because of improper maintenance. Here are some signs that indicate if your freezer needs repair: 1 Your freezer does not cool down properly. This could mean that the compressor is malfunctioning. 2 The ice maker is not making enough ice.

How do you reset a Samsung freezer?

To reset a Samsung refrigerator, simply press and hold the power button until the display turns off. Then, press and hold the power switch until the display goes back on. To reset a Samsung freezer, press and hold the Power button until the display turns on. Press and hold the Power button again until the display turns off and then press and hold the Power switch until the display comes back on.

Why would a freezer suddenly stop working?

If your freezer stops working, check if the power switch is turned off. If the power switch is not turned off, turn it back on. If the problem persists, contact a professional repair service.

Daisy Kim
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