Here’s the [link|https://midbec.com/files/partsnet-pdfs/31-51810-1.pdf|mini manual] for the refrigerator that may help.
It shows the resistance values for the ''thermistor''. It may be prudent to check that they are OK given the fluctuations in the temps. The control board may be just reacting to what the thermistors (temp sensor) are telling it.
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The thermsitor is an NTC (negative temperature co-efficient) resistor, i.e. as the temperature goes up its resistance value goes down.
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The thermsitor is an PTC (positive temperature co-efficient) resistor, i.e. as the temperature goes up its resistance value goes up.
Here’s the [https://midbec.com/files/partsnet-pdfs/31-51810-1.pdf|mini manual] for the refrigerator that may help.
+
Here’s the [link|https://midbec.com/files/partsnet-pdfs/31-51810-1.pdf|mini manual] for the refrigerator that may help.
-
It shows the resistance values for the ''thermistor''. It may be prudent to check that it is OK given the fluctuations in the temps. The control board may be just reacting to what the thermistor (temp sensor) is telling it.
+
It shows the resistance values for the ''thermistor''. It may be prudent to check that they are OK given the fluctuations in the temps. The control board may be just reacting to what the thermistors (temp sensor) are telling it.
The thermsitor is an NTC (negative temperature co-efficient) resistor, i.e. as the temperature goes up its resistance value goes down.
Hi @brianfox ,
Here’s the [https://midbec.com/files/partsnet-pdfs/31-51810-1.pdf|mini manual] for the refrigerator that may help.
It shows the resistance values for the ''thermistor''. It may be prudent to check that it is OK given the fluctuations in the temps. The control board may be just reacting to what the thermistor (temp sensor) is telling it.
The thermsitor is an NTC (negative temperature co-efficient) resistor, i.e. as the temperature goes up its resistance value goes down.