Kenmore Washer Fill & Water-In Error Codes (IE, NF): Meaning & Fixes

A Kenmore washer that will not fill is not one machine with one code — it is two different machines wearing the same badge, and the badge is the wrong place to look. Kenmore codes follow the builder, not the brand: a model number starting 110 was built by Whirlpool, and a model number starting 796 was built by LG. That is why the same fill fault appears as IE on one Kenmore and NF on another. IE is the LG-built machines' inlet error, and NF is the Whirlpool-built machines' no-fill code. Both mean the fill ran without the water level rising as it should, and both are worked through the same chain — taps, hoses, inlet screens, valve, and level sensing — but you must read the code in its own builder's language first.

How a Kenmore washer fills — and why the model prefix decides the code

Every wash cycle starts the same way, whichever company built the machine. The control opens one or both solenoids in the water inlet valve assembly, house water flows through the fill hoses and the fine inlet screens that protect the valve, and the tub begins to fill. While that happens, the control watches the water level through a level sensor — a pressure device connected to the tub by a small air hose, so rising water squeezes air and the sensor reports the level. The control gives the fill a time budget. If the level does not rise enough inside that budget, the cycle stops and the display names the failure. That single event — valves called, level not rising in time — is the whole fill fault family. What differs is only the spelling. On LG-built Kenmores, prefix 796, the code is IE, LG's inlet error, sometimes rendered 1E on a display that struggles with the letter I. On Whirlpool-built Kenmores, prefix 110, the same fault is spelled NF in letters on older letter-display models, and its close siblings on the Whirlpool platform are LF and F8E1, the long-fill and no-fill F-code renderings. So the first diagnostic step costs nothing and needs no tools: open the door or lid, read the model number plate, and note the three digits before the decimal point. A 796 machine showing IE and a 110 machine showing NF are reporting the identical physical problem, and a 110 machine will never show IE, nor a 796 machine NF — if a chart tells you otherwise, the chart is mixing builders. From there, both codes share one diagnostic order, because both machines fill through the same parts in the same order: the house taps, the fill hoses, the inlet screens, the inlet valve itself, and finally the level-sensing path that decides whether the fill succeeded.

Error code IE: inlet error (LG-built Kenmore 796)

Error code IE on a Kenmore washer means an inlet error: the machine called for water and the tub did not fill to an adequate level in the time allowed. This is the code behind most searches for a Kenmore Elite front load washer error code IE, a Kenmore front load washer error code IE, and a plain Kenmore washer error code IE, and on Kenmore machines it belongs to the LG-built line — model prefix 796, which covers many Kenmore Elite front-load and top-load models. LG's own support wording is the same: an IE, or water inlet error, occurs if the water fails to fill the tub to an adequate level in a specified period, and the Kenmore 796 owner's manual adds that an IE message may blink when the water pressure is weak or an inlet filter is clogged. On some displays the code renders as 1E, which is the same fault, not a different one. The causes rank in a clear order. Most likely is a supply restriction at the taps or hoses: a tap not fully open, a hose kinked or crushed behind the machine after it was pushed back, a hose connected loosely, or, in cold weather, a frozen supply line — LG lists a cut-off supply, a closed faucet, a pressed or bent hose, and a frozen hose first for a reason. Next are the clogged inlet screens, the small filters where the hoses meet the valve, which slowly mat over with sediment, sand, and hard-water scale until a fill that once took two minutes takes ten. After that comes the inlet valve itself: a solenoid that has failed open-circuit or weakened so the valve barely opens even though the screens are clean and the pressure at the tap is strong. Least likely, but real, is a level-sensing fault — the pressure sensor or its small air hose misreporting, so the machine is actually receiving water yet believes it is not, and stops a healthy fill. The owner checks follow that ranking. Confirm both hot and cold taps are fully open, straighten the hoses, and run a bucket flow test at the tap end of each hose to prove the house supply is strong before blaming the machine. Then unplug the washer and close both taps, disconnect the hoses at the machine, and inspect and clean the inlet screens — the Kenmore 796 manual's own maintenance procedure — soaking them if scale is heavy, rinsing them, and pressing them back into place, because running without the screens can damage the valve. Watch a fresh fill attempt: if water now enters briskly, the screens or the supply were the story. If the supply is proven strong, the screens are clean, and water still only trickles, the fix is the water inlet valve assembly — replace it when a solenoid meters open or fails its continuity comparison against its partner solenoid. If the fill is visibly strong and IE still appears, stop changing fill parts: the fault has moved to the level sensor or its hose, which should be checked and replaced as needed. The reset is simple: power-cycle the machine, and IE clears on a normal fill — there is no separate clearing ritual, and a code that returns on the next fill is information, not a nuisance.

Error code NF: no fill (Whirlpool-built Kenmore 110)

Error code NF on a Kenmore washer means No Fill: the fill ran long without the water reaching the expected level, and the control stopped the cycle. This is the code behind searches for a Kenmore Elite washer error code NF, a Kenmore front load washer error code NF, and a Kenmore washer error code NF on the Whirlpool-built side of the Kenmore line — model prefix 110. Where the LG-built machines spell this fault IE, the Whirlpool platform spells it in letters as NF on its letter-display models, and the same fault appears on related Whirlpool machines as LF, long fill, and as the F-code F8E1, which Whirlpool's own product help describes as long fill and no fill — the washer is not detecting the correct amount of incoming water. Treat NF, LF, and F8E1 as one fault in three spellings, and treat NF and IE as the same fault on two different builders' Kenmores. The causes are the fill chain again, in the same order of likelihood. First, a supply restriction: taps not fully open — Whirlpool stresses that both the hot and cold valves must be fully open and both hoses connected for the washer to operate correctly — a kinked hose restricting flow, or a frozen line in winter. Second, clogged inlet screens: Whirlpool names mineral build-up and debris caught in the screens, and the Kenmore 110 owner's manual's won't-fill checklist is the same three items owners have used for decades — are the faucets turned on, is the inlet hose kinked, are the inlet valve screens clogged. Third, the inlet valve itself, with a solenoid failed open so the valve never opens, or opening so weakly that the fill times out even with clean screens and full pressure; flood-safe or anti-flood hoses belong in this conversation too, because Whirlpool notes they can reduce the pressure and volume reaching the machine enough to trip a fill fault on a healthy washer. A level-sensing problem sits last: if the tub is visibly filling well yet NF appears, the sensor or its air hose is misreporting the level. Owner checks mirror the IE machine's, because the physics is identical. Prove the taps first with a bucket flow test, inspect the hose run for kinks, then unplug the washer, close both taps, remove the hoses at the machine, and clean the inlet screens. The fix follows the evidence: restore the flow if the supply was the restriction, replace the water inlet valve assembly if a solenoid has failed — a continuity comparison between the hot and cold solenoids is the quick electrical proof, since an open solenoid reads no continuity — and check the sensor hose if the fill is visibly strong but the code persists. One disguised cause deserves a specific check before any part is ordered: if the drain hose is pushed too far into the standpipe or sits too low, the machine can siphon — water leaving the tub as fast as it enters — so the level never rises and a fill code sets on a machine whose fill side is completely healthy; correct the drain hose installation and retest before condemning the valve. Reset is a power-cycle, and NF clears on a normal fill; Whirlpool's guidance for the sibling F8E1 code is the same pattern, disconnecting power for several minutes to cycle the control, then service if the code returns.

The shared fill diagnosis, in order: taps, hoses, screens, pressure, valve, sensor

Because IE and NF are one fault in two builders' spellings, one diagnostic order serves both machines, and working it in order is what keeps this repair cheap. Start outside the machine entirely. Are both supply taps fully open, and is anything else in the house — a softener, a pressure-reducing valve, work on the street main — throttling the supply at certain hours? A fill code that appears only during busy morning or evening hours is often a pressure sag in the house supply, not a dying part, while a code on every single fill points inside the chain. Next, the hoses: pull the machine out carefully, look for kinks, crush points where the hose passes behind the cabinet, and hoses that were swapped hot-for-cold during a move. Then prove flow with a bucket: close the taps, disconnect each hose at the machine end into a bucket, open the tap, and time the flow — a strong, full stream clears the house side in one step, and a weak stream moves the whole diagnosis out of the washer and into the plumbing. Only then, with the washer unplugged and both taps closed, remove the hoses at the valve and inspect the inlet screens; clean them gently, rinse away the sediment, and refit them, never discarding them, because they protect the valve from exactly the grit that killed the flow. Reconnect, open the taps, check for leaks, and run a fill while watching: strong fill and no code means the chain is repaired. If flow at the bucket was strong, screens are clean, and the fill inside the machine is still slow, the inlet valve is the remaining restriction — that is the point at which replacing the inlet valve assembly is diagnosis, not guessing. If the fill inside the machine is strong and the code still sets, the water is innocent and the reporting is guilty: inspect the level sensor's air hose for kinks, water, or a loose end before condemning the sensor itself. Worked in this order, most IE and NF calls end at the taps or the screens, and the valve is replaced only when the evidence has eliminated everything upstream of it.

How to reset a Kenmore fill code — and what a reset can and cannot do

Neither IE nor NF has a special reset sequence, button combination, or service-mode clearing procedure for the owner, and any guide inventing one is describing a different fault on a different machine. On both builders' platforms the documented reset is the same: correct the cause, then power-cycle the washer — turn it off, unplug it for a few minutes so the control fully discharges, plug it back in, and start a normal cycle. The code clears when the machine completes a normal fill, because both codes are live judgements about the fill happening right now, not stored verdicts about the machine's past. That design makes the reset itself a diagnostic test. If the code is gone and stays gone across a full wash, the restriction you cleared was the fault. If the code returns on the very next fill, the reset has told you the cause is still present — the screens were not the restriction, or not the only one — and the next step is further down the chain in the diagnosis section, not another reset. Two cautions belong with any reset. First, never reset-and-retry repeatedly to push a load through: a machine that cannot fill is protecting itself, and repeated forced attempts help nothing. Second, if the washer's door has locked with an unresponsive control during the fault — behaviour Whirlpool documents for the sibling F8E1 code — pressing Power starts a drain routine that runs the pump for several minutes before the control accepts input again; let that routine finish rather than unplugging mid-drain. A fill code that clears once and returns weeks later in the same pattern — busy-hour timing, or steadily lengthening fills — is a trend worth acting on early, at the screens or the house pressure, before it becomes a code on every load.

When to call a professional for a Kenmore fill fault

Most fill faults end at the taps, the hoses, or the screens, and those are owner jobs. Call a professional when the diagnosis has moved past them. The clearest line is this: supply proven strong at the bucket test, inlet screens clean, and the code still setting on every fill. At that point the remaining suspects are the inlet valve's electrical side, the level sensor and its hose, the wiring between them, and the control board — a proven supply plus a proven valve plus a persistent IE or NF is a sensor-or-board diagnosis, and it needs meter work: solenoid continuity and voltage at the valve during a fill call, sensor testing, and harness checks. Call sooner if anything about the job stops being a cleaning job — a valve that drips into the tub with the machine off, any leak at the hose or valve connections you cannot stop by reseating them, a hose that is bulging or corroded at its fittings, or signs of water damage behind the machine. Those are flood risks, not error-code curiosities, and the taps should stay closed until they are fixed. Also hand the job over if the machine is a stacked or built-in installation you cannot safely pull out to reach the connections, or if the model plate shows a prefix other than 110 or 796 — Kenmore sold machines from other builders in smaller numbers, and their fill codes follow those builders instead, so a technician identifying the platform first will save a wrong-chart diagnosis. When you call, give the technician the full model number including the prefix, which code the display shows, and what the bucket test and the screens showed; that information turns the visit from a fresh investigation into the second half of one, and it is the difference between one trip and two.

Key takeaways

• Read the model prefix before reading any code chart: 796 means LG-built and the fill code is IE, 110 means Whirlpool-built and the fill code is NF — the same fault, spelled by two different builders.
• Do the bucket flow test before ordering any part: a strong stream at the hose end clears the house supply in one step and points the diagnosis at the screens or the valve, while a weak stream points it at the plumbing.
• Always refit the inlet screens after cleaning them — running a Kenmore without its screens lets grit reach the valve and can turn a slow-fill code into a valve stuck open and a flood.

Resetting the Kenmore washer

Whirlpool-built washers clear most codes with a power reset: unplug for 1 minute (top-load models with a cycle-status display sometimes need the lid opened and closed 6 times within 12 seconds after power is restored — the well-known lid-sequence calibration/clear procedure on VMW top-loaders). Codes stored in the control's fault history remain readable in diagnostic mode even after they stop showing on the display, which is why a code that 'went away' can still be found by a technician.

Related guides

Facts on this page were checked against manufacturer documentation: searspartsdirect.com · www.searspartsdirect.com · www.lg.com · www.lg.com