abdul999

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  • abdul999
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    kwatt wrote:If the sensors are okay then I don’t know what could be causing that as they are, in effect, the thermostats.

    K.

    Is there anyway to check the “electric damper” this opens and closes with he door switch according to my findings, and I have noticed if the fridge is set to coldest temperature and freezer set to warmest, then the temperatures are fine for 2-3 days (door switch taped in closed position), as soon as the doors are opened 2-3 times or if the temperature is increased on fridge the would mean the damper must open and close. this then immediately reverts back to initial issue of fridge +10 and freezer -50.

    I removed the damper which has following info:
    FBZA-1750-7
    DC12V <60mA
    NO. 03 JUL20R SONXIE
    it was stuck in closed position even manually pushing the door downside not work, after being out of freezer for maybe 15 minutes I can now push this door down manually without issue. and when I connect it to the freezer I can hear the damper door open and close as I open close fridge door and/or turn on or off the fridge from the touch panel.

    so question is how can this be tested or possibly repaired? if not possible then last option may be to buy one? so I have looked online can get similar thing from aliexpress but the last line of part number is different how can I tell if it will be right for my fridge?

    abdul999
    Participant

    kwatt wrote:Best guess is that it’s one or both sensors that ar in it.

    There is one behind the rear cover of the fridge and one in the freezer but I’ve no way to tell which might be the issue but the good news is they are replaceable and not that expensive really. Getting to them will be the issue as that I can’t see.

    K.

    Thanks for the above, so I have checked the sensors, the one in fridge, reads a pretty stable 2.570 kilo ohms at room temp – and making the sensor cold increases the resistance and warming up decreases it – so seems to be fine?

    Same for the freezer one around room temp approx 2.700 kilo ohms at room temp, cooling it increases and warming decreases resistance

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