F26 and F31 are both out-of-balance codes on a GE top-load washer. F26 is the machine ending the final spin because the load never settled. F31 is the fallback it logs when it drops to a lower speed, tries again, and still cannot get there.
Almost everybody reads “out of balance” and starts rearranging towels. On the seven of these I have worked on, the load was almost never the problem.
What F26 and F31 actually were, seven times
- Four of seven — the drivetrain was slipping. On three of those the gearcase was seeping oil down onto the drive belt and the pulleys. An oiled belt cannot grip, the tub never reaches spin speed, and the washer reads that as a load it cannot balance. One also had the agitator hub stripped at the transmission shaft.
- Two of seven — the code was old history and had nothing to do with the complaint. One washer’s live fault was a failed drain pump. Another’s was the lid lock. F26 was sitting in memory on both.
- One of seven — nothing on the washer was broken. Restricted cold water supply. The tub was filling to about half an inch, and the clothes piled to one side because there was not enough water to float them. Cleared the restriction, no parts.
So the honest read is that a bit over half the time it is the belt and pulleys, and the rest of the time the code is either lying to you or pointing at the plumbing.
Watch it fill — this is the free one
Start a normal cycle and look at the water level before it starts agitating. If the water is not up around the clothes on a full load, stop reading about balance codes. A washer that under-fills cannot distribute a load, and it will throw F26 every time on a machine that is mechanically perfect.
Check that both taps are fully open, that the fill hoses are not kinked behind the machine, and that the inlet screens at the back of the washer are not silted up. That was the entire repair on one of the seven above, and it would have cost that owner nothing to find.
Two more that cost nothing. Rock the washer corner to corner — a machine sitting on an uneven laundry room floor will fault on a load that would be fine six inches to the left. And run one deliberately small load. If a half load spins clean and a full load faults, that is a torque problem, and torque problems live in the belt and the gearcase.
Belt or gearcase — this is the expensive question
Pull the lower panel and look at the drive belt and the two pulleys. If they are wet with gear oil, the belt is a symptom, not the cause. The seal on the gearcase is letting go and the oil is killing the belt’s grip.
The question then is how far gone the gearcase is, and that is what separates a normal repair from a dead washer.
If it is only seeping at the seal and it still runs quiet, a new belt, motor pulley and transmission pulley puts the machine back in service. That is what several of these needed. But if the gearcase howls in spin, the bearing has failed, and it needs a complete gear case. On one of the seven I found exactly that, and a complete gearcase on that washer cost more than the machine was worth. I told the owner so instead of selling them the repair.
This is the reading that matters, and it takes about two minutes with the panel off. Anyone quoting you parts for an out-of-balance code without having looked at that belt is guessing.
The firmware nobody mentions
GE has issued main board and parametric updates for these washers that change how the machine handles an unbalanced load. On three of the seven above I loaded the current firmware alongside the mechanical repair.
It is not a substitute for a slipping belt — a firmware update will not put grip back on an oil-soaked belt. But a washer still running its original code trips out-of-balance more readily than it needs to, and once the mechanical fault is fixed the update is what keeps it from nuisance-faulting afterwards. Worth asking whoever works on your washer whether they can actually load it.
A word about stored codes
These washers keep a fault history, and F26 will be in there on virtually any machine that has ever tried to spin a wet comforter. Two of the seven above had out-of-balance codes in memory and a completely different live fault.
Reading the history is useful. Treating everything in it as today’s problem is how people end up paying for the wrong part. The current fault, the actual complaint, and the stored history all have to agree before I replace anything.
What it costs
A belt and pulley job on one of these lands in the $167 to $400 range including parts and labor. If it turns out to be a supply restriction or a leveling problem, it is a service call and you are done. If it is a failed gearcase, I will tell you what a complete gear case costs and you will very likely decide the same thing my customer did.
The service call runs $167 to $227 depending on where you are, and it comes off the repair when you go ahead. You get a flat-rate number before I start any work, and labor is covered for six months.
Getting F26 or F31 on a GE, Hotpoint or Profile washer? Request service online any time, or call or text (330) 915-7222.