Kenmore 795.7409 refrigerator not cooling — indoor icemaker

Use only checks that match the exact appliance or system and its official guide.

1. Check 1

   Read the complete model and serial label inside the refrigerator compartment, including every character after 795.7409. Do not assume that 795.7409 alone is a service model or that another 795-series manual applies.

   Expected result: The label supplies a longer exact model, or only the partial 795.7409 prefix can be confirmed.

   Next step: Use the complete label for the model manual and service request. Until then, stay with the external symptom checks below and do not order a compressor or control part.

   Why this matters

   Why: Kenmore's own manual page says model numbers must be at least 11 characters, so the partial value cannot safely establish exact controls, cooling layout, or compatible parts.

2. Check 2

   Place an appliance thermometer in the middle of the refrigerator compartment and another among freezer contents. Record both readings after the thermometers have stabilized, along with the control display and whether the indoor ice maker is producing ice.

   Expected result: The freezer is cold while the refrigerator is warm, both sections are warm, or the display looks normal but thermometer readings are unsafe; ice production is normal, reduced, or absent.

   Next step: Keep the doors closed and protect food while continuing with settings, door, and airflow checks. If both sections remain above safe temperatures, plan qualified service rather than a guessed part.

   Why this matters

   Why: The compartment split is more useful than the word compressor: it separates an airflow or refrigerator-section problem from a whole-appliance cooling problem. Ice production alone does not prove or rule out a compressor fault.

3. Check 3

   Check the temperature controls and any visible vacation, demo, lock, or similar mode using only the normal controls. Compare settings with the exact manual once the full model is known; do not repeatedly change the setting while temperatures are being measured.

   Expected result: A special mode or clearly warm setting is active, or the controls appear normal but measured temperatures remain high.

   Next step: Correct only a clearly incorrect setting or mode, then monitor without repeated resets. If the temperatures do not recover, continue to the visible seal, load, and coil checks and prepare for service.

   Why this matters

   Why: A setting or mode can explain warming without proving a component failure. Normal controls with unsafe measured temperatures shift the problem toward airflow, defrost, fan, power, or sealed-system diagnosis.

4. Check 4

   Close both doors normally and inspect the full visible gasket perimeter for tears, warping, dirt, or gaps. Move only containers that visibly block the door or interior air vents; do not reshape, heat, remove, or buy a gasket without the complete model.

   Expected result: A door does not close flush, the gasket has a persistent gap or damage, food blocks an air path, or the seals and vents appear clear.

   Next step: Clean an accessible gasket and clear a plainly blocked vent or door path, then monitor. Have damaged alignment or a persistent gap inspected against the exact model manual.

   Why this matters

   Why: Warm-air entry or blocked circulation can raise temperatures and make the refrigerator run longer. A good visible seal does not identify or exclude an internal cooling fault.

5. Check 5

   With power safely disconnected before cleaning, look from the outside for accessible condenser coils covered with dust or lint and for stored items blocking ventilation. Keep hands and tools away from fans, wiring, and the compressor; do not remove a rear cover or open the sealed system.

   Expected result: Accessible coils are dusty or ventilation is blocked, or the coils are inaccessible/clean while one or both sections remain warm.

   Next step: Clear surrounding space and clean only accessible coil surfaces as the complete model manual permits. If access needs a cover removed, or cooling remains poor, stop owner troubleshooting and arrange qualified service.

   Why this matters

   Why: Kenmore says dust on condenser coils makes the compressor work harder, but coil condition does not prove the compressor itself failed. Clean coils and persistent warming require professional diagnosis.

6. Check 6

   Record whether the compressor or fans seem to run continuously, click repeatedly, or remain silent, and whether ice production changed at the same time. Do not touch the compressor, force a fan, bypass a door switch, use a meter on powered wiring, add refrigerant, or open tubing.

   Expected result: The refrigerator runs constantly, makes repeated clicks or unusual noise, is silent despite unsafe temperatures, or the indoor ice maker changed at the same time.

   Next step: Keep the appliance and food safe, preserve the exact temperature trend and model label, and arrange qualified refrigeration service when temperatures stay unsafe or the abnormal sound persists.

   Why this matters

   Why: These observations help a technician choose a diagnostic path but cannot identify a compressor, relay, fan, control, defrost, or sealed-system failure. The ice-maker timing is correlation, not proof of a common failed part.