Lg lrsos2706s refrigerator not producing ice — island in the caribbean

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

1. Check 1

   Read the nameplate and display, record the complete LRSOS2706S suffix and country or market, and confirm that the missing output is conventional ice from the door while Craft Ice still works. From ordinary access, confirm the in-door ice function is enabled and the panel is not locked.

   Expected result: The suffix or market differs from the opened LG page, the door-ice function is off or locked, a warning is displayed, or only Craft Ice is producing ice.

   Next step: Use the matching regional manual for the control state; if the control will not respond or the identity cannot be matched, arrange local qualified service.

   Stop if: Do not remove the control panel, bypass a lock, jumper a sensor, or improvise a reset.

   Why this matters

   Why: A market mismatch makes a generic reset unreliable. An off or locked function can pause production without proving a failed valve or ice-maker assembly. Working Craft Ice narrows the symptom to the dual-ice system but does not establish whether water paths are shared.

2. Check 2

   Check freezer cooling from ordinary access: compare other frozen food, look for visibly blocked vents or a gasket that is not closing, and note recent installation, restart, power interruption, room heat, or unusually frequent door openings.

   Expected result: Other frozen food is soft, the freezer is warmer than usual, a visible vent or gasket is obstructed, or the symptom followed installation or an outage; alternatively the freezer is stable and cold.

   Next step: Follow the exact manual's temperature and stabilization guidance, protect food that is not safely frozen, and arrange service if cooling does not return or ice does not resume.

   Stop if: Do not open the sealed cooling system or keep perishable food in an unsafe freezer.

   Why this matters

   Why: A broader cooling or stabilization problem can prevent the in-door maker from reaching its cycle condition even while Craft Ice occasionally operates. A cold stable freezer makes an in-door path issue more plausible but does not identify a part.

3. Check 3

   With the in-door maker stopped, inspect the conventional ice bin, chute, and visible sensing or transfer area from ordinary access. Look for a full or clumped bin or an accessible obstruction, using the exact manual for bin removal.

   Expected result: The bin is full or clumped, ice blocks sensing or transfer, the chute is obstructed, or the in-door area is empty and unobstructed.

   Next step: Use only the model-authorized loose-ice and bin procedure, then allow a normal cycle; arrange service if the tray or sensing area jams or will not move normally.

   Stop if: Do not pry cubes, pull a feeler arm, rotate a tray, use tools on a sensor, or reach into a moving mechanism.

   Why this matters

   Why: Clumping or a blocked sensing or transfer area can pause production or make a working cycle appear to produce no usable ice. An empty unobstructed area shifts attention toward cooling, water delivery, or the maker mechanism, without identifying one failed component.

4. Check 4

   Check only the accessible water supply: verify the normally installed valve is open, inspect visible tubing for a kink or leak without moving the refrigerator or loosening a connection, and check filter status. If water dispensing is available, record whether flow is normal without assuming it proves the in-door fill path.

   Expected result: Water flow is weak or absent, the filter is restricted or due, the accessible valve is not fully open, a kink or leak is visible, or dispenser flow is normal while the in-door mold remains empty.

   Next step: Restore only an accessible normally operating valve and use the exact filter procedure; if flow is normal but door ice remains absent, arrange service for the in-door fill path and controls.

   Stop if: Do not disconnect tubing, force a valve, apply heat to an internal line, or operate with water leaking behind the refrigerator.

   Why this matters

   Why: A total supply or filter problem can affect ice, but normal dispenser flow does not rule out an in-door fill or control issue. Craft Ice and dispenser observations must be combined; they do not justify naming a valve or module.

5. Check 5

   Only after the safe checks, consult the exact regional manual for a normal in-door ice-maker test or reset, if one is provided. Keep hands clear and record whether the maker moves, fills, and transfers ice.

   Expected result: The authorized test completes with water, the tray or motor moves without water, there is no movement, a warning remains, or the test produces abnormal heat, noise, leaking, or movement.

   Next step: Stop and provide the model, suffix, market, and observed sequence to qualified service for no-fill, no-movement, persistent warning, leak, overfill, or repeated transfer failure.

   Stop if: Do not jumper terminals, measure live voltage, bypass sensors, remove the maker, touch the tray during a cycle, or repeat a hot or abnormal test.

   Why this matters

   Why: Movement with water shifts attention to timing, bin, cooling, or transfer. Movement without water points toward water delivery. No movement or a persistent warning makes a maker, motor, or control fault more plausible, but does not establish a specific replacement part.