Kenmore 106 50043 717 refrigerator not cooling — exposed to very cool temperatures and drafts

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

1. Check 1

   Read the complete rating-plate model, including every digit and suffix, and enter the model as 10650043717 in Kenmore's official manual search because its portal instructs users to search model numbers without special characters. Without opening panels, record whether the refrigerator section, freezer section, or both are warm, which items are freezing, the displayed settings, and the coldest room temperature beside the appliance. Note whether an exterior door, window, HVAC outlet, or walkway creates a direct draft across the cabinet.

   Expected result: The rating plate confirms 106 50043 717 and the room stays stable, or the model cannot be matched, the room drops well below ordinary indoor conditions, or a draft reaches the cabinet or base grille.

   Next step: If the model is confirmed and the exact manual allows the location, stabilize the room and stop the direct draft without adding heat or blocking ventilation, then monitor. If the model cannot be confirmed, keep all model-specific adjustments on hold and arrange model identification or service.

   Stop if: Do not pull the refrigerator, remove covers, or handle a damaged cord, water line, plug, or grille to investigate the draft.

   Why this matters

   Why: A missing model match prevents safe transfer of another Kenmore or Whirlpool control procedure. Whirlpool's general guidance says that very cold rooms can change refrigerator cycling and that operation outside its stated 55°F to 110°F range can produce improper temperatures or fluctuations; this does not establish the exact Kenmore rating.

2. Check 2

   Place an appliance thermometer in the center of the refrigerator compartment away from walls, doors, and vents, and another between frozen packages. Leave the doors closed as much as practical and record readings after the exact manual's stabilization period; as a general Whirlpool reference, allow 24 hours after one small control change before judging a new trend.

   Expected result: The center refrigerator temperature is in the model's documented range while only food near a vent freezes; the refrigerator is actually too warm; the freezer is too warm; or readings swing substantially between checks.

   Next step: Use the Kenmore manual's exact set points and make at most one normal control change, then recheck after stabilization. Do not keep making colder or warmer changes when the measured trend is unstable; use the branch below and service boundary instead.

   Stop if: If perishable food has been above 40°F for more than 2 hours, follow the opened Whirlpool food-safety guidance and discard it; do not taste food to decide whether it is safe.

   Why this matters

   Why: A single frozen item or a display setting cannot distinguish a local cold spot from a compartment-wide failure. Actual compartment readings establish whether the food-safety risk is warming, whether over-cooling is localized, and whether the cold-draft condition is still confounding the result.

3. Check 3

   With the appliance stopped and the doors open only briefly, inspect the visible refrigerator and freezer vents and the placement of food. Move only food or containers that are directly against a vent or back wall; do not remove an interior cover or insert cardboard or insulation into an opening. Pay special attention to the exact pattern: frozen items near the cold-air path versus freezing throughout the refrigerator compartment.

   Expected result: Only items directly in a vent path freeze and the center thermometer is acceptable, or the vents are blocked, the entire refrigerator compartment is too cold, or both compartments are warm.

   Next step: Clear the visible obstruction and keep temperature-sensitive food out of the direct vent stream, then recheck the center readings after stabilization. If the whole compartment is too cold or both sections are warm despite clear vents, continue to the environment, door, coil, and service decisions rather than guessing a part.

   Why this matters

   Why: Whirlpool explains that cold air moves between compartments through vents and that items placed directly in this airflow can freeze; blocked vents can also create uneven temperatures. That observation supports an airflow or placement branch, not a diagnosis of a damper, fan, or control board.

4. Check 4

   Close the refrigerator and freezer doors normally and inspect the full visible gasket perimeter for a twist, tear, separation, dirt, or a container preventing closure. At several clean, undamaged edges, close the door on a strip of paper and gently pull; do not heat, reshape, remove, or order a gasket based on appearance alone.

   Expected result: A door does not close fully, a visible gap remains, the gasket is torn or warped, or the paper slips easily at repeated areas; alternatively, the door closes and the gasket makes even contact.

   Next step: Rearrange only the item that blocks closure and clean accessible sealing surfaces with a suitable damp cloth. If a gap or damage remains, preserve the exact model information for a model-specific gasket, hinge, or alignment inspection; do not select a replacement by shape.

   Why this matters

   Why: A closure problem can admit room air and cause temperature fluctuation, but a passing paper check does not prove that internal cooling is healthy. A cold draft can make the outside condition unusual, while a damaged seal is a separate physical finding.

5. Check 5

   If the exact manual permits owner cleaning, disconnect power from a safe dry position before looking behind or beneath the refrigerator for accessible condenser coils coated with dust or lint. Keep hands, clothing, and tools away from fans, wiring, and the compressor; do not remove a rear cover or touch hot components.

   Expected result: Accessible coils are visibly dusty but there is no hazard, the coil area is inaccessible, or there is water near electrical parts, an unusually hot plug or connection, smoke, a burning odor, damaged wiring, sparks, or a repeated breaker trip.

   Next step: Only when the area is safe and the exact manual permits it, gently vacuum or wipe the accessible external coil area, restore the grille, and monitor. If cooling remains poor, access requires cover removal, or any hazard is present, leave internal diagnosis to qualified service.

   Stop if: Stop immediately for smoke, burning odor, sparks, damaged wiring or cord, water near electrical parts, abnormal heat, or a repeated breaker trip.

   Why this matters

   Why: Whirlpool's not-cooling guidance says dust on accessible condenser coils can make the compressor work harder, but coil condition does not identify a compressor or sealed-system failure. Electrical, heat, or water hazards change this from a cleaning check to a stop condition.

6. Check 6

   After the room has been stabilized and the safe external checks are documented, record the exact model, minimum and typical room temperature, draft source, compartment thermometer readings and times, settings, vent pattern, door/gasket result, coil condition, unusual sounds, and any warning. Do not remove interior panels, perform energized electrical work, open sealed-system tubing, or attempt compressor, fan, control, defrost, or refrigerant repair.

   Expected result: The refrigerator and freezer reach and hold model-appropriate temperatures after the environment and visible airflow issue are corrected, or readings remain unsafe/unstable despite stable room conditions and safe external checks.

   Next step: For persistent or recurring instability, arrange qualified Kenmore or refrigeration service and provide the measurement log. Move perishable food to a safe appliance while waiting and do not recreate the cold-draft or warming condition just to obtain another symptom.

   Stop if: Keep the refrigerator disconnected as appropriate and seek urgent qualified help for smoke, sparks, burning odor, abnormal heat, water near electrical parts, damaged power hardware, or repeated breaker trips.

   Why this matters

   Why: Recovery only after the environmental variable is removed supports an environmental contribution but does not certify the appliance. Persistent compartment-wide instability after the external checks leaves model-specific controls, airflow, defrost, compressor, or sealed-system causes possible without identifying a part.