Samsung RF263BEAESG/AA Ice Maker Not Making Ice: Safe Checks Before Service

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

1. Check 1

   Copy the full model number, check the display for an Ice Off state, and determine whether the ice bucket is empty or contains ice that will not dispense. Check that the bucket is seated and that the ice is not frozen into one solid block; do not force it.

   Expected result: Ice Off is lit, the bucket contains ice but will not dispense, the bucket is empty, the bucket is stuck, or ice is piled against one side.

   Next step: If ice is present but will not dispense, use Samsung's dispenser guidance. If Ice Off is lit, enable the ice maker using the exact model control sequence. If the bucket is empty, continue to the water-flow check. If it is stuck or frozen solid, stop and do not pry it loose.

   Stop if: Do not chip at the bucket, insert a sharp tool, or continue if water is leaking toward electrical parts or the bucket cannot be removed with gentle model-authorized movement.

   Why this matters

   Why: Samsung treats an ice-dispenser failure, a disabled ice maker, a frozen or mis-seated bucket, and a true no-production complaint as different paths. A full bucket does not prove that the ice maker has stopped producing.

2. Check 2

   With a glass or measuring cup under the RF263BEAESG/AA water dispenser, check whether it dispenses at least 6 ounces, or three-quarters of a cup, in less than 10 seconds. Keep the refrigerator and floor dry while observing.

   Expected result: No water dispenses, the measured flow is below Samsung's check, or the dispenser passes the check.

   Next step: If there is no flow, verify the accessible household water valve is open and the line is connected without moving the refrigerator. If flow is low, address the supply or filter path before testing the ice maker. If flow passes, continue to the filter comparison and control check.

   Stop if: Do not disconnect a pressurized line, pull the refrigerator out, or work near a wet outlet or cord.

   Why this matters

   Why: A closed or poorly connected supply, low household pressure, or a restricted filter can prevent the ice maker from filling even though the refrigerator has power. Passing the dispenser check makes a general supply restriction less likely but does not prove the ice-maker valve or fill tube works.

3. Check 3

   If the water dispenser uses a filter, repeat Samsung's water-flow check only as the model guide permits with the filter removed, then inspect the filter seating and housing for an obvious misalignment or leak. Do not use a filter type that the model documentation does not specify.

   Expected result: Flow improves only with the filter removed, flow remains poor with the filter removed, or the housing is dry and flow is normal.

   Next step: Install only the model-authorized filter and correct its seating if the guide permits. Resolve low supply pressure at the source before further ice-maker testing. If flow and filter condition are normal, proceed to a single power cycle and model-authorized test.

   Stop if: Stop for a cracked housing, persistent leak, water near electrical components, or any need to open a sealed panel.

   Why this matters

   Why: Samsung says a dispenser that passes only without the filter points to a filter restriction; if flow remains poor, the household pressure or supply path remains unresolved. A normal test shifts attention toward the ice setting, bucket, test cycle, or an internal ice-maker fault.

4. Check 4

   After the refrigerator is dry and free of hazards, turn it off or unplug it for two minutes, restore power, and follow the RF263BEAESG/AA manual to locate the ice-maker test control. Run the test once only and observe whether it completes, fills, or reports an error.

   Expected result: The test completes and the valve fills the ice maker, the test does not start or complete, an error appears, or water overflows or jams.

   Next step: If the test completes normally, leave the ice maker enabled and allow the documented recovery period. If it fails, repeats a code, or causes a jam or overflow, stop using the ice function and arrange qualified service.

   Stop if: Do not press the test button repeatedly, disconnect wiring, remove panels, or reach into moving or energized mechanisms.

   Why this matters

   Why: Samsung describes the test as a functional check, not a confirmed part diagnosis. A completed test followed by no ice shifts attention to recovery time or a model-specific production condition; an incomplete test, code, overflow, or jam needs service diagnosis.

5. Check 5

   After one successful test, check for the first new ice after about 8 hours and normal recovery by 24 hours. Dispense ice occasionally so it does not pile up at one end of the bucket; record the model, water-flow result, test result, elapsed time, and any display code.

   Expected result: Ice begins forming within the window, production remains absent after 8 hours, normal quantity has not returned after 24 hours, or the issue is accompanied by a leak, code, unusual noise, or electrical symptom.

   Next step: Contact Samsung or qualified refrigerator service with the exact model, test result, water-flow result, and timing. Keep the ice function off when the problem includes a leak or unsafe electrical symptom.

   Stop if: Do not continue repeated resets or order an ice-maker part from the symptom alone.

   Why this matters

   Why: Samsung distinguishes initial recovery from normal production. No ice after the stated window, or any hazard or recurring code, means that the user-level sequence has not restored operation; it does not identify a compatible valve, motor, board, or ice-maker assembly.