E57 error in Zanussi washing machine: causes and real solution

The E57 code on a Zanussi washing machine usually appears when the system detects an anomaly in the motor or in the electrical communication that controls it. In practice, this translates into a drum that turns jerkily, a weak spin cycle, or a cycle that stops before finishing while the machine tries to protect itself from further damage.

The correct approach is not to assume that the motor is simply broken. In many cases, the cause lies in worn brushes, wiring weakened by vibration, a loose connector, the tachometer, or the electronic board. The error is serious, but it does not always mean replacing the entire drive assembly.

If you have a problem with your washing machine, you can use our free error code finder. From there, you can find out what all the errors mean and solve them easily and effectively.

What the E57 code really indicates

E57 indicates a fault in the motor or its control system, but that diagnosis needs to be read with some nuance. The washing machine does not only measure whether the drum is moving; it also monitors the speed, power consumption, and the system’s response when it starts or enters the spin cycle. If any of these signals do not match, the electronics stop the operation and display the warning.

That behavior makes sense. An unresolved motor fault can overload the board, cause overheating, or damage nearby mechanical components. This is why the machine stops before continuing to try. It is not an arbitrary failure: it is a safety barrier designed to prevent a localized issue from turning into a more expensive repair.

In practical terms, E57 usually appears when the washing machine tries to move, detects that the rotation is not responding as it should, and protects itself. Sometimes the drum barely gives a jolt; other times, the program runs for a few minutes and freezes. The important thing is to look at the whole system: not just the motor, but also everything around it.

Symptoms that usually accompany the fault

Before the code remains fixed on the display, fairly clear signs usually appear. The drum may start sluggishly, the spin cycle may sound irregular, or the machine may make a brief humming noise and stop. On some models, the panel flashes or the cycle is interrupted without the user noticing anything unusual at first.

Another frequent clue is laundry that comes out too wet. If the final spin phase does not finish, the clothes retain more water than normal and the problem becomes obvious when taking them out. A burning smell may also appear, a symptom that should be taken seriously because it usually indicates excessive strain on the motor or its connections.

When the fault is intermittent, the pattern matters a lot. If the washing machine works during the gentle wash but fails during the spin cycle, suspicion focuses on the drive system, the speed sensor, or contacts that open because of vibration. This difference helps narrow down the diagnosis without taking parts apart blindly.

The most likely causes behind the error

E57 is often related to worn brushes in universal-type motors, although that is not the only possibility. The wiring, motor terminals, tachometer, the motor itself if it has internal wear, and the electronic board that controls it can also be involved. The fault may originate at any of these points and end up displaying the same message.

The brushes deserve special attention because they are subject to natural wear. When they become too short or lose good contact, the motor turns unstably and the washing machine interprets this as a more serious electrical fault. In many cases, the repair is reasonable because it involves a relatively affordable replacement part with a good balance between cost and results.

The wiring may also be to blame. A corroded connector, a loose pin, or a cable partially broken by vibration can cause an irregular signal that the electronics interpret as a motor error. The washing machine cannot always distinguish between a damaged component and faulty communication; it only detects an inconsistency and stops.

When the problem lies with the tachometer or the board, the situation changes. The tachometer tells the electronics the motor’s actual speed; if that reading fails, the machine may believe that the rotation is incorrect even though the motor still has power. If the board is damaged, the repair may be more expensive and require a more level-headed assessment of whether it is worth fixing.

How to diagnose it without taking apart more than necessary

The sensible first step is to disconnect the washing machine from the power supply and wait a few minutes. Then it is worth turning the drum by hand to check whether it rotates freely. If it is stiff, blocked, or scraping, a mechanical part may be involved. If it turns normally, suspicion shifts toward the electrical control system or the motor itself.

It is also worth visually checking the back of the machine and any accessible areas, always with the appliance unplugged. A poorly fitted terminal, signs of oxidation, or a burned cable can provide valuable clues. In appliances exposed to moisture, detergent, and heat, small contact defects can easily turn into larger faults.

Once measuring tools come into play, the diagnosis becomes more precise. A technician can check continuity, winding resistance, the tachometer’s response, and the condition of the board. This step prevents parts from being replaced based on guesswork, something quite common when an electrical symptom appears mechanical, or vice versa.

What to check at home before calling a technician

There are simple checks that can help rule out basic faults without taking unnecessary risks. It is worth checking whether the load was too full, whether the clothes ended up bunched to one side of the drum, or whether the machine is standing on an unstable floor. An unevenly distributed load does not by itself explain a persistent E57, but it can worsen the motor’s behavior and make it erratic.

It is also worth observing whether the fault always appears during the same phase of the program. When the error occurs only during the spin cycle, the problem points more clearly to the rotation system, speed control, or a fatigued contact. If it appears from the moment the machine starts, the fault may be more extensive and affect the electrical startup or the reading taken by the board.

It is not advisable to run several consecutive cycles to see whether the washing machine recovers on its own. Forcing repeated starts can strain the board, heat up the motor further, or finish damaging a part that could still have been salvaged. With this type of fault, insisting usually ends up costing more than stopping.

When the fault points to the brushes and when it does not

In washing machines with brushed motors, wear usually leaves fairly clear signs. The drum loses power, the rotation becomes irregular, and the machine fails more often during the spin cycle than during the slow wash. Sometimes the appliance seems to respond when cold and gets worse as the motor works, a very useful clue for guiding the inspection.

If the brushes are very short, uneven, or burned, E57 fits that picture well. Visible sparking may also occur, although that already points to a fault requiring immediate attention. The problem is that these symptoms resemble those of a faulty tachometer, so it is not advisable to decide based solely on the external appearance.

In models with a different electronic architecture, the approach changes. It is no longer enough to look at carbon components or physical contact; sensors, wiring, and the board that controls the entire process must also be considered. Two washing machines may display the same code and yet require different repairs.

Useful table for interpreting the fault

Why it is not advisable to keep using the washing machine this way

Continuing to wash with the error active can turn a localized fault into a much more expensive repair. If the motor starts with poor power supply, if the electronics receive inconsistent readings, or if there is internal rubbing, every attempt adds more wear. The machine enters a kind of short, repeated strain that leaves no room for recovery.

Modern electronics protect themselves before they are destroyed. When they do not receive clean signals, the washing machine stops the cycle. If it is forced to continue, the board, wiring, or motor itself may be worse off. What today seems like a simple intervention on one specific part may become a major repair tomorrow.

The laundry also pays the price. A drum that does not turn normally tumbles the load unevenly, drains water less effectively, and leaves clothes heavier and poorly spun out. The fault therefore affects not only the appliance; it is also noticeable in the laundry and in the time and energy used.

Which repairs are usually worthwhile and which are not

When the cause is the brushes, a connector, or a damaged cable, the repair is usually worth it. These are moderately priced interventions with a good chance of returning the appliance to a normal service life. Even replacing the tachometer can be affordable if the rest of the assembly is in good condition.

The situation changes if the board is damaged or if the motor has a serious internal fault. In that case, the decision depends on the age of the washing machine, its overall condition, and the actual value of the model. Replacing the most expensive component is not always worthwhile if the appliance is already showing other signs of wear, such as vibrations, noises, or a history of repeated stops.

In a well-maintained washing machine with relatively little use and no previous symptoms, the repair has better prospects. In heavily used appliances, with heavy loads and intensive use, the diagnosis needs to be more level-headed. The same code may conceal simple wear or the beginning of a broader chain of failures.

Professional inspection when the error appears again

If E57 disappears after a reset but returns after a few washes, the fault is still there. Intermittent faults are especially deceptive because they allow the machine to work for a while and then fail again at the worst possible moment. This irregularity often reveals a fatigued connection or a component that can no longer maintain stability.

A professional diagnosis helps distinguish a one-off hiccup from a structural problem. A stop caused by overloading is not the same as a motor unable to maintain its response. Nor is a poorly seated cable equivalent to a damaged solder joint on the board. From the outside they look similar; inside, they are not.

The technician’s experience also matters because it makes it possible to read the context. A washing machine that runs every day, with heavy loads and intensive programs, puts more strain on the motor and electronics than one used occasionally. Wear is not always visible in a single blow; often it builds slowly, like a seam giving way from repeated use.

A serious warning that can still be repaired

E57 is not usually a definitive sentence, but it is a warning that requires a methodical approach. On a Zanussi washing machine, this code points to the mechanical and electrical heart of the appliance, so it is worth taking a calm look before deciding what to do. Sometimes the cause is a simple part; other times, it is a more complex control chain that can only be clarified through testing.

The good news is that not every motor fault means replacing the washing machine. Checking connections, assessing the condition of the brushes, checking the drum’s movement, and avoiding repeated cycles are steps that protect the appliance and improve the diagnosis. With a fault like this, precision is worth more than haste.

When the drum loses power, the program stops, and the code appears again, the machine is asking for a serious inspection. Ignoring it only prolongs the problem; understanding it properly opens the door to a more accurate repair and, very often, one that is perfectly manageable.