Kenmore 795 79753 900 refrigerator not producing ice — ice maker in left door of a french door refrigerator

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

1. Check 1

   From a safe standing position, read the complete rating-label model number and confirm that it is 795.79753.900. Record that the ice maker is in the left door, the date the no-ice symptom began, whether the fill opening looks blocked, and whether any water or ice is present around the door. Do not remove the door trim, ice maker cover, or tubing to obtain the label.

   Expected result: The complete model and left-door ice-maker location are confirmed, or the number is partial, different, or unreadable.

   Next step: Use the complete model in Kenmore's manual and customer-care routes. If identity cannot be confirmed without moving the appliance or opening a panel, stop at identification and service.

   Stop if: Do not pull out the refrigerator, remove a door, open a panel, or reach behind a tight installation to find the label.

   Why this matters

   Why: The exact Reddit report is specific to 795.79753.900, while Kenmore's official manual route is model-number based. A partial or different number cannot safely inherit the reported door layout or any repair conclusion.

2. Check 2

   Using only normal user controls and the matching manual, confirm that ice making is enabled, the ice bin is seated, and the shutoff arm or visible full-bin sensor is not raised or blocked. Check that the left door closes fully and its gasket contacts the cabinet. Do not force an arm, reach into the ejector, or start a hidden test cycle.

   Expected result: The ice maker is off, the bin or arm is out of position, the door or gasket has a gap, or all visible controls and closure are normal.

   Next step: Correct only a harmless position shown in the exact manual and allow normal production time. If the arm will not move normally, the sensor is inaccessible, or the door cannot seal, arrange service rather than forcing it.

   Stop if: Stop for a broken arm, packed ice around the mechanism, a damaged gasket or hinge, loose wiring, or any need to remove the ice maker.

   Why this matters

   Why: An off control, full-bin signal, or door that cannot seal can pause production without establishing a fill-tube or valve failure. Normal settings and closure move the decision toward temperature, water delivery, or the ice-maker mechanism.

3. Check 3

   Check the freezer from outside the mechanism: confirm it is maintaining the exact manual's operating guidance, note whether frozen food is firm, and look for a door obstruction, broad frost, or a blocked cold-air path. Do not scrape frost, use a hair dryer or heat gun, or remove an interior panel to reach the fill tube.

   Expected result: The freezer is warm or broadly frosted, the door or airflow is compromised, or the freezer is cold with no broad cooling symptom.

   Next step: Remove only an obvious door or vent obstruction and follow the model manual's temperature guidance. For persistent warmth, heavy frost, or a door that will not seal, protect food and arrange refrigerator service.

   Stop if: Stop for softening food, rapid frost return, a fan blocked by ice, exposed wiring, or any need to force a defrost or touch refrigeration components.

   Why this matters

   Why: A warm or poorly sealed freezer can stop ice production generally. A cold, sealed freezer with a localized left-door fill blockage makes a system-specific fill-path problem more plausible, but it still does not identify a heater, valve, or other part.

4. Check 4

   If the refrigerator has a dispenser, use it normally for a brief comparison and note whether its flow is usual, weak, or absent. Inspect only visible external water-line routing and the filter housing for a kink, recent filter change, or leak; do not disconnect the line or operate an unknown shutoff.

   Expected result: Dispenser flow is also weak or dry, dispenser flow is normal while the ice maker does not fill, flow changed after a filter change, or there is a leak.

   Next step: Follow only the exact manual's filter-seating instruction and document the comparison. Keep water and ice functions off for a leak or inaccessible connection and arrange qualified appliance service for line, pressure, or valve diagnosis.

   Stop if: Stop for water near electrical equipment, a bulging or cracked line, a filter housing leak, a seized shutoff, or any need to disconnect tubing.

   Why this matters

   Why: Weak flow at both outlets makes a supply, filter, line, or inlet-valve path more likely. Normal dispenser flow narrows the issue toward the ice-maker branch but cannot prove that the valve or fill tube is defective. A leak is a safety boundary, not a test result.

5. Check 5

   Without a forced harvest, manual fill, or disassembly, observe the visible ice mold and fill opening during normal operation over a safe period. Record whether the mold stays dry, receives water, contains frozen cubes that remain, or works briefly and then stops after a repeat freeze at the left-door fill opening. Do not clear the ice with a tool or direct heat.

   Expected result: The mold stays dry, the mold fills but cubes do not harvest, the ice maker cycles normally while the fill opening refreezes, or the mechanism is silent or jammed.

   Next step: Record the timing and pattern, then stop owner testing. Give the exact model and observations to qualified appliance service so the door fill path and model-specific water controls can be diagnosed with safe power and water isolation.

   Stop if: Stop for a jammed ejector, exposed heater or wiring, unusual heat or smell, water leakage, or any need to bridge contacts, probe voltage, remove a tube, or open the door skin.

   Why this matters

   Why: A dry mold can reflect water delivery, a frozen fill path, a valve outlet, or control timing; retained cubes point to harvest-side service; and repeated refreezing after otherwise normal cycling is the distinctive pattern reported for this exact model. The report and its comments discuss possible door-heater or valve causes, but they do not provide manufacturer confirmation or a safe user repair.