What is the make and model number of the refrigerator where the sensor is located?
Most refrigerator temperature sensors, in both the freezer and refrigerator sections are NTC type thermistors.
This means as the temperature increases the resistance value of the thermistor decreases.
-
You would have to know either the make and model number of the thermistor, not the part number which you have provided or know the make and model number of it, as usually it supplies the resistance values of the thermistor at 0°F (-18ºC), 37°F (3°C) and 77°F (25°C)
+
You would have to know either the make and model number of the thermistor, not the part number which you have provided or know the make and model number of the appliance to hopefully find the service manual for it, as usually it supplies the resistance values of the thermistor at 0°F (-18ºC), 37°F (3°C) and 77°F (25°C)
=== Update (03/11/25) ===
Hi @alekseydanilov
Here's the [document|41354|service manual] for the model series.
On p.9 it shows the resistance values of the thermistors at selected temperatures.
On p.39 it shows how to activate the ''service test modes'' and on p.41 it shows how to test the ''Fresh Food Thermistor'' (see Test 4) and the ''Freezer Thermistor'' (see Test 5).
What is the make and model number of the refrigerator where the sensor is located?
Most refrigerator temperature sensors, in both the freezer and refrigerator sections are NTC type thermistors.
This means as the temperature increases the resistance value of the thermistor decreases.
-
You would have to know either the make and model number of the thermistor, not the part number which you have provided or know the make and model number of as usually it supplies the resistance values of the thermistor at 0°F (-18ºC), 37°F (3°C) and 77°F (25°C)
+
You would have to know either the make and model number of the thermistor, not the part number which you have provided or know the make and model number of it, as usually it supplies the resistance values of the thermistor at 0°F (-18ºC), 37°F (3°C) and 77°F (25°C)
=== Update (03/11/25) ===
Hi @alekseydanilov
Here's the [document|41354|service manual] for the model series.
On p.9 it shows the resistance values of the thermistors at selected temperatures.
On p.39 it shows how to activate the ''service test modes'' and on p.41 it shows how to test the ''Fresh Food Thermistor'' (see Test 4) and the ''Freezer Thermistor'' (see Test 5).
What is the make and model number of the refrigerator where the sensor is located?
Most refrigerator temperature sensors, in both the freezer and refrigerator sections are NTC type thermistors.
This means as the temperature increases the resistance value of the thermistor decreases.
-
You would have to know either the make and model number of the thermistor, not the part number which you have provided or know the make and model number of the appliance where it is used to hopefully find the tech sheet or service manual for it where usually it supplies the resistance values of the thermistor at 0°F (-18ºC), 37°F (3°C) and 77°F (25°C)
+
You would have to know either the make and model number of the thermistor, not the part number which you have provided or know the make and model number of as usually it supplies the resistance values of the thermistor at 0°F (-18ºC), 37°F (3°C) and 77°F (25°C)
=== Update (03/11/25) ===
Hi @alekseydanilov
Here's the [document|41354|service manual] for the model series.
On p.9 it shows the resistance values of the thermistors at selected temperatures.
On p.39 it shows how to activate the ''service test modes'' and on p.41 it shows how to test the ''Fresh Food Thermistor'' (see Test 4) and the ''Freezer Thermistor'' (see Test 5).
What is the make and model number of the refrigerator where the sensor is located?
-
Most refrigerator temperature sensors, both in the freezer and refrigerator sections are NTC type thermistors.
+
Most refrigerator temperature sensors, in both the freezer and refrigerator sections are NTC type thermistors.
This means as the temperature increases the resistance value of the thermistor decreases.
You would have to know either the make and model number of the thermistor, not the part number which you have provided or know the make and model number of the appliance where it is used to hopefully find the tech sheet or service manual for it where usually it supplies the resistance values of the thermistor at 0°F (-18ºC), 37°F (3°C) and 77°F (25°C)
=== Update (03/11/25) ===
Hi @alekseydanilov
Here's the [document|41354|service manual] for the model series.
On p.9 it shows the resistance values of the thermistors at selected temperatures.
On p.39 it shows how to activate the ''service test modes'' and on p.41 it shows how to test the ''Fresh Food Thermistor'' (see Test 4) and the ''Freezer Thermistor'' (see Test 5).
What is the make and model number of the refrigerator where the sensor is located?
Most refrigerator temperature sensors, both in the freezer and refrigerator sections are NTC type thermistors.
This means as the temperature increases the resistance value of the thermistor decreases.
You would have to know either the make and model number of the thermistor, not the part number which you have provided or know the make and model number of the appliance where it is used to hopefully find the tech sheet or service manual for it where usually it supplies the resistance values of the thermistor at 0°F (-18ºC), 37°F (3°C) and 77°F (25°C)
=== Update (03/11/25) ===
Hi @alekseydanilov
Here's the [document|41354|service manual] for the model series.
On p.9 it shows the resistance values of the thermistors at selected temperatures.
-
On p.39 it shows how to activate the ''service test modes'' and on p.41 it shows how to test the ''Fresh Food Thermistor'' (see Test 4) ''''and the''Freezer Thermistor'' (see Test 5).
+
On p.39 it shows how to activate the ''service test modes'' and on p.41 it shows how to test the ''Fresh Food Thermistor'' (see Test 4) and the ''Freezer Thermistor'' (see Test 5).
What is the make and model number of the refrigerator where the sensor is located?
Most refrigerator temperature sensors, both in the freezer and refrigerator sections are NTC type thermistors.
This means as the temperature increases the resistance value of the thermistor decreases.
You would have to know either the make and model number of the thermistor, not the part number which you have provided or know the make and model number of the appliance where it is used to hopefully find the tech sheet or service manual for it where usually it supplies the resistance values of the thermistor at 0°F (-18ºC), 37°F (3°C) and 77°F (25°C)
+
+
=== Update (03/11/25) ===
+
Hi @alekseydanilov
+
+
Here's the [document|41354|service manual] for the model series.
+
+
On p.9 it shows the resistance values of the thermistors at selected temperatures.
+
+
On p.39 it shows how to activate the ''service test modes'' and on p.41 it shows how to test the ''Fresh Food Thermistor'' (see Test 4) ''''and the'' Freezer Thermistor'' (see Test 5).
What is the make and model number of the refrigerator where the sensor is located?
Most refrigerator temperature sensors, both in the freezer and refrigerator sections are NTC type thermistors.
This means as the temperature increases the resistance value of the thermistor decreases.
-
You would have to know either the make and model number of the thermistor, not the part number which you have provided or know the make and model number of the appliance where it is used to hopefully find the tech sheet or service manual for it where usually that give the resistance values of the thermistor at 0°F (-18ºC), 37°F (3°C) and 77°F (25°C)
+
You would have to know either the make and model number of the thermistor, not the part number which you have provided or know the make and model number of the appliance where it is used to hopefully find the tech sheet or service manual for it where usually it supplies the resistance values of the thermistor at 0°F (-18ºC), 37°F (3°C) and 77°F (25°C)
What is the make and model number of the refrigerator where the sensor is located?
-
Most refrigerator temperature sensors, both freezer and refrigerators are NTC type thermistors.
+
Most refrigerator temperature sensors, both in the freezer and refrigerator sections are NTC type thermistors.
This means as the temperature increases the resistance value of the thermistor decreases.
You would have to know either the make and model number of the thermistor, not the part number which you have provided or know the make and model number of the appliance where it is used to hopefully find the tech sheet or service manual for it where usually that give the resistance values of the thermistor at 0°F (-18ºC), 37°F (3°C) and 77°F (25°C)
Hi @alekseydanilov
What is the make and model number of the refrigerator where the sensor is located?
Most refrigerator temperature sensors, both freezer and refrigerators are NTC type thermistors.
This means as the temperature increases the resistance value of the thermistor decreases.
You would have to know either the make and model number of the thermistor, not the part number which you have provided or know the make and model number of the appliance where it is used to hopefully find the tech sheet or service manual for it where usually that give the resistance values of the thermistor at 0°F (-18ºC), 37°F (3°C) and 77°F (25°C)