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Error code reference

Electrolux Range Error Code 1,5

Max Lock Time Exceeded (Motor Door Latch)

Max Lock Time Exceeded (Motor Door Latch) - Door latch motor failed to lock within allowed time.

First step from the service manual

Set the oven up for a clean cycle. Does the latch motor turn? No: Check the voltage applied to the latch motor. If line to neutral, replace latch mechanism. If zero, replace electronic control board. Yes: Check the phase and lock switches.

The complete diagnostic procedure includes additional test steps, resistance specifications, wiring diagram references, and component test points.

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  • Step-by-step tests with expected resistance, voltage, and continuity values
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What 1,5 means on a Electrolux range

Error code 1,5 on an Electrolux range indicates that the door latch motor failed to complete the locking sequence within the control board's allowed time window. This code is specifically tied to the self-clean cycle, which requires the oven door to mechanically lock before high-temperature cleaning can begin. The latch mechanism uses a small motor to drive a bolt into the locked position, and the control board monitors feedback from phase and lock switches to confirm the latch has fully engaged. If that confirmation does not arrive within the programmed time limit, the board throws code 1,5 and halts the clean cycle.

The root cause can fall into two broad categories: a complete latch motor failure or a motor that runs but does not complete the locking sequence. To distinguish between them, the first diagnostic step is to initiate a self-clean cycle and observe whether the latch motor turns at all. If the motor does not turn, the next step is measuring the voltage at the motor terminals. Line-to-neutral voltage present at the motor with no motor movement points to a failed latch mechanism that needs replacement. Zero volts at the motor terminals with a clean cycle initiated points to the electronic control board failing to send the drive signal.

If the motor does turn but the door still does not lock within the allowed time, attention shifts to the phase switch and lock switch. These switches provide positional feedback to the control board confirming that the latch has moved through its travel and reached the fully locked position. A switch that is worn, misaligned, or failed open will prevent the board from receiving the confirmation signal it needs, causing the timeout condition even though the motor itself is functioning correctly.

Source: manufacturer service documentation.

Common causes of 1,5

  1. 01

    Failed latch motor with voltage present

    Part replacement

    The latch motor receives proper line-to-neutral voltage but does not turn, indicating an internal motor failure. Replacing the entire latch mechanism assembly is the correct repair in this case.

  2. 02

    Faulty phase or lock switch

    Part replacement

    The latch motor runs but one or both feedback switches are worn or misaligned, so the control board never receives confirmation that the latch is fully engaged. Inspecting and testing the phase and lock switches will identify this condition.

  3. 03

    Electronic control board not sending drive signal

    Part replacement

    If voltage measured at the latch motor terminals reads zero during a clean cycle initiation, the control board is not outputting the drive signal. This points to a failed control board rather than a mechanical latch problem.

  4. 04

    Obstructed or misaligned latch mechanism

    Wiring / connection

    Physical debris, grease buildup, or a misaligned latch bolt can create enough resistance that the motor stalls before fully locking, causing the timeout. Inspecting the latch path and cleaning or realigning components may resolve this without parts.

See the test procedure for each cause

Frequently asked questions about 1,5

What does 1,5 mean on a Electrolux range?
Code 1,5 means the door latch motor exceeded the maximum allowed time to lock the oven door during a self-clean cycle. The control board monitors the latch mechanism and cuts off the process if the lock is not confirmed within its time limit. This is a safety feature that prevents the oven from running a high-temperature clean cycle with an unsecured door. The fault can be caused by a failed latch motor, a bad feedback switch, or a faulty control board.
Can I fix error code 1,5 on my Electrolux range myself?
Some of the diagnostic steps are approachable for a knowledgeable DIYer, such as initiating a clean cycle to see if the latch motor turns and visually inspecting the latch area for obstructions. Testing voltage at the latch motor terminals requires a multimeter and comfort working near live components, so exercise caution. If the diagnosis points to a failed latch mechanism or control board, those parts require replacement and some disassembly of the range.
Is it safe to use my Electrolux range while error code 1,5 is active?
Normal baking and cooking functions are typically unaffected by this error because code 1,5 is specifically triggered during the self-clean cycle door locking sequence. However, you should not attempt to run a self-clean cycle until the latch issue is repaired. Avoid forcing the door latch manually, as this can cause additional damage to the mechanism.
Will resetting my Electrolux range clear error code 1,5?
Resetting the range by cutting power at the breaker may temporarily clear the displayed code, but the error will return the next time a self-clean cycle is initiated if the underlying latch problem has not been fixed. The code is a symptom of a hardware fault, not a software glitch, so a reset alone does not resolve it.
How much does it cost to repair error code 1,5 on an Electrolux range?
Repair costs depend on which component has failed. A replacement latch mechanism typically runs in the range of $50 to $150 for the part alone, while a new electronic control board can range from $100 to $300 or more depending on the model. Adding professional labor, total repair costs commonly fall between $150 and $450. Getting a diagnosis first helps avoid replacing the wrong component.

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