Samsung Washer Not Filling With Water: What to Check and What to Do Next

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

1. Make the washer safe and classify the fill symptom

   Press Pause or Power and wait until the tub or drum is completely still. Record the exact model, front-load or top-load style, selected cycle, whether any water enters, how long the display remains in sensing, and every code or blinking light. From a dry, safe position, look for water near the cord, outlet, controls, smoke, a hot connection, a leak, or a washer that continuously fills.

   Expected result: Water is near electrical equipment, the washer continuously fills, a leak is spreading, smoke or a burning odor appears, the washer will not stop, or the tub does not stop moving.

   Next step: Keep clear and isolate power only from a safe, dry location. Do not touch wet electrical equipment or pull a wet plug. Close the water valves only if safely reachable from a dry position, then arrange qualified appliance or electrical service; use emergency help for smoke or fire.

   Stop if: Do not restart, open the cabinet, or reach into a moving tub.

   Why this matters

   Why: This is an electrical, fire, water-damage, or moving-equipment safety event rather than a routine supply check.

2. Allow for Weight Sensing and check for a true no-fill

   If the display says Weight Sensing or shows rolling lines, leave the washer undisturbed while it performs the model's sensing step. Do not add or remove laundry during the check. If the display advances and water begins, note that it was a delay rather than a failed fill; if the cycle never advances and no water enters, continue with the supply checks.

   Expected result: The washer rotates briefly and then fills, the sensing phase continues unusually long, or the cycle stops with no water and a water-supply code or blinking light.

   Next step: Use the model-specific error and fill guidance for a stalled or no-fill result. Do not assume the washer is defective merely because the initial water delay is visible.

   Stop if: Do not manually skip a model's sensing sequence or repeatedly restart a stalled washer.

   Why this matters

   Why: A short sensing period can be normal. A stalled sensing phase or true no-fill condition points toward supply, hose, drain-siphon, door or lid, inlet screen, or control diagnosis.

3. Verify both water valves and matching hose connections

   With the washer off and the area dry, confirm that the household hot and cold valves are fully open and that the hot hose goes to the hot inlet and the cold hose to the cold inlet. Inspect the visible hose bodies and both ends for kinks, pinching, crushing, damage, or a hose type the Samsung guidance excludes. Do not loosen a pressurized connection or reach behind a wet appliance.

   Expected result: A valve is closed, the lines are swapped, a hose is kinked or damaged, only one line is connected, or both lines are open, correctly matched, and undamaged.

   Next step: Correct only a safe, visible valve or hose-routing issue and keep the washer off for a damaged hose. If a connection, valve, or inlet is damaged or cannot be safely accessed, request service.

   Stop if: Do not use tape, glue, or a makeshift clamp on a pressurized supply hose.

   Why this matters

   Why: A closed, mismatched, restricted, or missing supply line can prevent water entry or cause a water-supply or hot-and-cold error. A correct visible supply side shifts suspicion toward inlet screens, drain siphoning, door or lid sensing, or the washer's inlet system.

4. Inspect drain-hose routing for siphoning

   Check the visible drain hose against the exact Samsung installation instructions. For the general Samsung guidance, a standpipe insertion should be neither too shallow nor too deep, the hose should be secured without an airtight seal, and the drain should remain within the model's permitted height range. Look for a hose below the required height, pushed too far down, taped airtight, kinked, pinched, or missing its rear holder; do not remove that holder screw.

   Expected result: The hose is inserted outside the model range, forms an airtight connection, slips down, is too low or high, is kinked, or is correctly routed and secured.

   Next step: Make only the model-documented visible routing correction and secure the hose. If the holder is missing, the hose is damaged, or the no-fill condition remains, arrange service.

   Stop if: Do not pull out or disconnect a wet hose, remove the rear retaining screw, or seal the standpipe airtight.

   Why this matters

   Why: Siphoning can remove water as the washer tries to fill, making a supply problem appear when the water is actually draining away. Correct routing with a continuing no-fill result makes a water inlet or control issue more likely.

5. Check the door, lid, and child-lock state

   For a front-load washer, confirm that the door closes fully and the lock indicator behaves as the model manual describes. For a top-load washer, confirm that the lid is closed and not obstructed. Check whether Child Lock is active. Do not force a latch, pry the door, or bypass an interlock; keep hands out of the tub until it is completely still.

   Expected result: The door or lid was open or obstructed, Child Lock is active, the lock indicator never engages, or the closure appears correct but no water enters.

   Next step: Clear only a visible obstruction and use the exact model's Child Lock procedure. If the latch, lock light, or switch is damaged or the no-fill condition remains, request service.

   Stop if: Do not bypass or defeat the door or lid interlock.

   Why this matters

   Why: Samsung uses door or lid and child-lock states to prevent a cycle or water from starting on applicable models. A damaged or unrecognized interlock can stop the fill sequence.

6. Check inlet screens only if the model allows safe access

   If both valves and hoses are correct but no water enters, turn the water valves off and follow the exact model instructions before disconnecting a supply hose. Look only at the washer-side inlet connections for visible debris; clean a removable inlet screen only when the manual permits, the connection is depressurized, and the floor and electrical area are dry. Reconnect securely and reopen the valves before any test.

   Expected result: Debris is visible at a documented removable inlet screen, a screen is damaged or inaccessible, no debris is visible, or water begins after the screen and hose check.

   Next step: Clean and refit only as the model manual permits. Stop for a damaged seal, uncontrolled water, a stripped connection, or a returning no-fill code and request service.

   Stop if: Do not probe an inlet screen with metal, work on a pressurized hose, or remove cabinet panels to reach an internal valve.

   Why this matters

   Why: Samsung explains that dirt or debris in the water supply can be filtered before entry and eventually block the inlet. A clean or inaccessible screen with continued no-fill points toward the inlet valve, wiring, sensor, or control system.

7. Distinguish low water from a no-fill fault

   If some water enters but the load looks dry, compare the result with the exact cycle and load type rather than adding water manually. Samsung uses weight sensing and may use less water on high-efficiency cycles; bulky bedding, waterproof items, and some settings have their own documented cycle guidance. Check whether the washer displays a fill code, whether the water level increases normally, and whether laundry is overloaded.

   Expected result: The washer fills a little and then washes normally, water is insufficient for a bulky load or selected cycle, no water enters at all, or a fill code or blinking light returns.

   Next step: Use the cycle and settings documented for the load. Do not calibrate or change settings as a substitute for checking a true no-fill error; request service if the amount remains abnormal after the model guidance.

   Stop if: Do not pour water into the washer or override a water-level control.

   Why this matters

   Why: A low but designed water level is different from a supply failure. A true no-fill or recurring code needs the supply and inlet path checked rather than calibration or a guessed part.

8. Perform one model-documented power cycle after visible checks

   Only after the hoses, valves, drain routing, closure, and any permitted inlet-screen check are correct, cycle power once using the exact Samsung guidance. Disconnect power only from a safe, dry location, wait the model-specified interval, restore power, and run one supervised fill attempt. Do not cycle power while water is near electrical equipment or a leak is active.

   Expected result: Water enters normally once, the same fill code returns, the washer fills and immediately drains, or no water enters after the reset.

   Next step: If the no-fill condition or code returns, leave the washer off and arrange qualified service with the recorded model, code, hose state, and observations.

   Stop if: Do not repeat resets or run cycles to force a washer that still will not fill.

   Why this matters

   Why: A single reset may clear a temporary control state, but it cannot repair a blocked supply, siphoning drain, failed inlet valve, sensor, wiring, or control fault.