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The most common cause of a fault "i10" is closed valve on the water supply line. So this failure indicates a problem with filling of water.
Possible error causes:
Closed water tap, Inlet valve faulty, inlet hose bent, softener system clogged, pressure switch or pressure switch hose obstructed or leaking, wiring from pressure switch to printed circuit board (PCB), wiring from inlet valve to PCB and finally PCB.
The most common cause of a fault "i10" is closed valve on the water supply line. So this failure indicates a problem with filling of water.
Possible error causes:
Closed water tap, Inlet valve faulty, inlet hose bent, softener system clogged, pressure switch or pressure switch hose obstructed or leaking, wiring from pressure switch to printed circuit board (PCB), wiring from inlet valve to PCB and finally PCB.
The most common cause of a fault "i10" is closed valve on the water supply line. So this failure indicates a problem with filling of water.
Possible error causes:
Closed water tap, Inlet valve faulty, inlet hose bent, softener system clogged, pressure switch or pressure switch hose obstructed or leaking, wiring from pressure switch to printed circuit board (PCB), wiring from inlet valve to PCB and finally PCB.
I have a similar issue on oko favorit 50700. I have checked the flow from the inlet hose into a bucket and it really seems ok, so I think maybe a problem at the inlet to the machine? Plea update if you get a fix!
If you set the water temperature to "warm" (turns on both hot and cold water) do you get water? If so this will cut your troubleshooting work in half (if you only get hot water, you can focus on the cold water plumbing).
Check the water supply valve for the washing machine to see if somebody turned it off. If you are in a northern state and the plumbing is in an exterior wall, check to make sure the pipes aren't frozen (it happens to me when the temperature drops below -15° F).
The surest test of water supply is to turn off the supply valve, disconnect the hoses from the washer, put them in a bucket and turn the supply valve on again. If you get full flow from both hoses, check the inlet screens on the washing machine's hose fittings to make sure they aren't clogged with lime or or sediment. If they are clear, you'll need to check for voltage on the water inlet solenoid valves. Full line voltage on the valve coil terminals but no water indicates the valve is stuck shut or burned out. No voltage when the machine is supposed to be filling indicates a controller problem.
Check the votage in the inlet valve when the start button is pressed, if voltage is present then the inlet is faulty, can be dirt which can be remvoed and ccleaned orr the valve can be faulty if there is no continutiy test onthe coil.
If there is no voltage on the valve the program controller must be checked for fault.
Open the lower front panel and locate where the water inlet hose is connected. Shut the water off under the sink, disconnect the hose at the water inlet solenoid, then put the loose end into a bowl or pan and turn the under-sink valve on slowly. Do you get water flowing from the hose? If so, then check the solenoid water inlet valve for damage. If the coil is ok, the valve part may be stuck closed. It should make a firm 'click' when the timer is set to start the machine (leave the hose loose). If it doesn't click, the coil may be bad, the valve may be stuck, or the timer is not sending 115 volts to the solenoid. Try a new valve first. If still no click, you may need the professional service. Good luck!
If for any reason (water leak)the anti flood device at the bottom of the washer is triggered it automatically stops the inlet of water via inlet solinoid and puts the washer in pump out mode. Check the float (polystireene plate with micro switch at the bottom of the washer). Dry any water and determine the reason for water and this should let water in again.
This seems like the anti flood system (polystireen float / micro switch) at the base of the washer is triggered,\. This puts the washer in pump out mode and stops inlet of water via the inlet solinoid. Dry the water on the base and then check for any water leaks. (pipe leak
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