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Customer Questions and Answers for Temperature Sensor by Lg

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Manufacturer Part
4.89 (64)
By: Lg
Part Number: OEM14012289
Manufacturer Part Number: ACQ73244001

The Temperature Sensor is an OEM part for LG refrigerators, designed to monitor and relay the temperature inside the refrigerator to the control board. This component ensures that your refrigerator maintains the correct temperature to keep your food fresh and safe to eat. 

Over time, temperature sensors can fail or become less accurate due to wear and tear, environmental factors, or electrical issues. This can lead to problems such as the refrigerator cooling too much or not enough, resulting in food spoilage or excessive energy consumption.

Symptoms of a bad Temperature Sensor include:

  • The refrigerator or freezer is too warm or too cold, despite setting adjustments
  • Unusual fluctuations in temperature, indicating the sensor is not accurately detecting or communicating the internal temperature
  • The refrigerator runs constantly or more frequently than normal, attempting to reach the desired temperature

This OEM LG part is also compatible with some Kenmore models.

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Questions & Answers

For Lg Temperature Sensor (Part Number: OEM14012289)

1 Answer

Miguel, Unfortunately, we do not have any information on this unit to be able to assist with you question.

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1 Answer

Jim, You can test the door switches to make sure that they are good by testing for continuity. If the door switches are good but the fan is not coming on check to make sure that the fan is getting power to it and if it is then the fan is the issue. The sensors can be tested for resistance at the control board and the resistance will depend on the temperature inside the unit. At 70 degrees it should have a resistance of 5K ohms. If all this checks ok then the control board will be the most likely cause.

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1 Answer

Mario, If the compressor is running, check the evaporator coils to see if the coils have frost on them. If they do not have any frost or have very little frost then this will be a sealed system issue in which service will be required.

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1 Answer

Dustin, as the sensors and fans have been replaced, the main control has failed and would need to be replaced. To ensure the correct control is identified, there should be a series number that would be necessary. Another part identifier would be retrieving the part number from the original part itself.

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Grilledchicken for Model Number Kenmore elite 795.69004.900

my refrigerator would not get cold, no air blowing up.. control with temperature display for the refrigerator side would but ok when you first plug the unit in, but afterward, it would go out and only the freezer display is lit with numbers 5 and 6 lite.. but I can't change anything on the temp controls... nothing comes up from the freezer. the freezer does not stay cold but is about 28 F. I changed the control board... checked the compressor and it seems to be working... it draws 1amp when first startup and then drops to .88am. the 3 pin reading on the compressor is 4.5, 3.4, 7.7. I checked the refrigerator sensor from the Molex plug in the back that plugs into the control board and I get 12.35k OHMs when it was about 68F inside the top fridge. I also checked the freezer sensor and I got a reading of 6.12k Ohms when the freezer was about 28-32 degrees. do I have a bad freezer temp sensor ?? I checked the resistor chart and my freezer sensor should get a reading of around 8-9k ohms at 28 -32 F ?? let me know. should I also check my defrost resistor? thanks

1 Answer

Grilledchicken, the freezer sensor 6500JB2002T is going to be out of tolerance as the resistance noted would indicate about 40°F. It would be recommended that the defrost sensor and fuse assembly 6615JB2005C is tested for continuity on the fuse and the heater (part of the evaporator assembly 5421JJ1001A which has been discontinued by the manufacturer and is no longer available) be tested for 120VAC within 5 seconds of the refrigerator power cord being plugged in. If the heater gets voltage and does not heat, it has failed. If the fuse does not have continuity, it has failed and would prevent 120VAC from reaching the defrost heater.

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1 Answer

John, you'll need to access and check the main control board EBR83806901/EBR83806901 Refrigerator electronic control board for cracks, damage loose connections, and discolored/burnt areas on the board and components. Then check the AJU74892401/] AJU73872501 Refrigerator refrigerant valve for operation this valve distributes the refrigerant to the two compartments(either compartment as needed), it may be "stuck" or failed. The valve or other repairs would be a sealed system issue and would require a certified refrigerant repair technician to perform any repairs. Thanks,

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1 Answer

John, was there an even frost pattern across the evaporator top to bottom and front to back? Could you hear or feel the air movement from the evaporator fan motor [ADJ73252246] Refrigerator fresh food evaporator cover and fan(tape the door switch down). There may be a loose connection in the [ACM73919214] Refrigerator freezer temperature sensor, at the wall connector to make sure the sensor is communicating with the main control board.

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1 Answer

Manny, at 77°F the resistance would be 11kO and at 32°F, the resistance would be 30KO for the refrigerator sensor 6500JB2001B. For the freezer sensor ACQ73244001, the resistance would be 2.5kO at 77°F and 7.8kO at 32°F.

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Edwin for Model Number 79572053114 model ser. no305kr02393

refri works proper defrost and stays at assigned temp (defrost perfectly) i know that refri works on a different cycle than freezer. the freezer has different coil ( defrost) checked heating coil in freezer resistance read 0 on Rx1 continuity. Don't have a schematic so does the freeze have a complete circuit for defrost. which means half of control board could be bad. how to test both circuit to tell which is bad. thanks getting on nerves.

1 Answer

Edwin, Unfortunately, we do not have the wiring schematic on this unit but you would test the defrost heater, defrost thermistor to make sure that they are good and if they are good then you would replace the control board. The control board will control each defrost circuit differently. The defrost heater should have a resistance reading and if it is showing 0 resistance then the heater would be faulty. The thermistor reading should be around 5K at room temperature and there is a fuse next to the filter that should have continuity.

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1 Answer

Edwin, as the defrost sensor assembly ACM73919214 has been replaced, it would be recommended that the defrost heater MEE62225101 is tested for resistance. The defrost heater should measure between 41O to 46O. It is possible that the temperature sensor ACQ73244001 could have failed, however, if the freezer is reaching proper temperatures and cycling the compressor off before the evaporator gets blocked up, it would be less likely that the sensor is the issue.

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