Electrolux washing machine won't start

If your Electrolux washing machine, which was working perfectly yesterday, won't start, troubleshooting is essential. You'll need to carefully inspect the machine, analyze its previous behavior, and determine the cause of the malfunction. Several malfunctions can prevent the machine from starting and washing, ranging from power supply issues to a burned-out control board. To figure out what's wrong, you need to examine the accompanying symptoms.

Alarming behavior of the equipment

It is unlikely that you will notice the breakdown at a glanceFirst, you need to assess the scale of the problem, recall the machine's behavior the day before, and try to notice any signs that indicate a malfunction. Typically, a washing machine's failure is accompanied by the following symptoms:

• the system does not respond to user commands (the “Start” button cannot be pressed);
• When the machine is plugged into a socket, the LEDs on the panel blink randomly or do not light up at all;
• After selecting a mode, the washing machine “freezes”.

It's impossible not to notice suspicious behavior from the vending machine. It's impossible to control, and the system isn't reading user commands. Several factors could cause this malfunction:

• interrupted power supply (damaged power cord, power outlet, no light in the room);
• faulty power filter (the power supply or the wiring connected to it has burned out);
• "stuck" dashboard buttons;
• broken UBL;
• a failed programmer – an element that controls the operation of the keys on the panel;
• worn wiring leading to the board;
• burnt out control module.

Before performing any repairs on your washing machine, you must turn off the power and disconnect it from the water supply!

Almost all of the listed causes of failure can be identified and resolved independently. The key is to take your time and carefully inspect each system element. It's possible there's no problem at all—just a brief glitch due to overloading the equipment.

"Mark" the trivial reasons

Electrolux appliances rarely break down for serious reasons. More often, it's due to simple user carelessness or easily remedied issues. If your washing machine suddenly refuses to cycle, don't panic—it's far more productive to assess the situation soberly and avoid potential problems. Here's what to do:

• make sure that the washing machine is connected to the power supply;
• we check if there is electricity in the room;
• We look at the power cord (suddenly it is pinched or damaged).

The rest is simple: plug the forgotten cord into the outlet, straighten the power cord, or wait for the power to come back on. If the problem is a damaged power cable, you'll need to replace it with a new one. "Repairing" the wiring with twisted wires or electrical tape is strongly discouraged—it's unsafe!

If the cause of the failure has not been identified, further diagnostics are necessary. This will involve sequentially checking all possible system "weak points" and performing appropriate repairs.

Algorithm for finding the causes of a malfunction

The troubleshooting process begins with an analysis of the Electrolux washing machine's behavior just before the sudden shutdown. It is important to remember what preceded the system shutdown. Did the problem occur during the first wash, after a sudden power surge, or after a long journey? It's important to consider every detail, as any information will help narrow down the causes.

If the program won't start on a newly purchased Electrolux washing machine, we don't recommend attempting to diagnose it yourself. Remember that new appliances come with a one-year warranty. It's best not to open the machine's casing; instead, contact a service center immediately for free servicing. It's possible the problem is caused by a manufacturing defect.

It's a different story if the washing machine stops working after a power surge. The electronics in modern Electrolux machines are very sensitive to power surges, but more often than not, a specially designed surge protector absorbs the full impact. The surge protector detects the excess load and, by burning out, shuts down the system. After this, electricity is no longer supplied to the machine for safety reasons.

Checking the condition of your interference filter yourself is easy. Just follow these instructions:

• remove the top cover from the body;
• find the FPS located at the side wall, at the entrance of the power cord;
• inspect the filter for signs of fire (burning smell, dark spots, melted insulation, bulging housing).

The entire filter is visually tested using a multimeter in ohmmeter mode. We apply the probes to the contacts and compare the readings with the standard. If there are significant deviations, replace the part. The FPS is not repairable.

Having made sure that the filter is in good working order, we continue the inspection. Now you need to check the integrity of the wiring leading from the FPS to the power button or to the control board. It is possible that a sudden power surge may have burned out or damaged the conductor.

Next, we move on to the dashboard. More specifically, we check its keys for sticking and for current flow. If the former is the case, we check to see if there's any cleaning solution or dirt on the button, which will need to be cleaned off. If the latter is the case, we attach the multimeter probes and measure the resistance. A zero reading indicates a fault, which can be resolved by replacing the part.

Machines often suffer damage due to improper transportation. Inadequate preparation for transport can result in moisture getting onto the board during vibration. You'll need to check the control module by removing it from the housing and testing each semiconductor. However, attempting such repairs yourself is not recommended—it's best to have it done by a professional.

   

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