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Error code reference

Fisher & Paykel Refrigerator Error Code 41

Icemaker solenoid transistor 2 short circuit.

Icemaker solenoid transistor 2 short circuit.

First step from the service manual

Check the solenoid resistance (refer to Section 5.6). If not within limits, replace the solenoid. Check wiring and connections at the solenoid and module. If OK, replace the power/control module.

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

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What 41 means on a Fisher & Paykel refrigerator

Error code 41 on a Fisher & Paykel refrigerator indicates a short circuit condition detected in the transistor that drives icemaker solenoid 2 within the power/control module. The control module uses dedicated transistors to switch power to individual icemaker solenoids, and when the firmware detects that transistor 2 is pulling excessive current or is stuck in a low-resistance conducting state, it logs this fault. This is a protection mechanism designed to prevent the transistor from burning out or damaging surrounding circuitry on the module board.

The fault can originate from two distinct locations: the solenoid itself or the control module. A failed solenoid winding that has developed a short circuit between its coil layers will present an abnormally low resistance reading. Fisher & Paykel specifies acceptable resistance limits in Section 5.6 of the technical documentation, and any measurement outside those limits confirms the solenoid is the source. A shorted solenoid places excessive current demand on the transistor driver, which the module then reports as a transistor short circuit fault.

If the solenoid resistance tests within the specified limits, the wiring harness and connectors between the solenoid and the module must be inspected for chafing, pinched insulation, or terminals that have corroded and bridged to ground. If wiring and connections also check out correctly, the fault lies within the power/control module itself, where the transistor driver circuit has failed internally. In that case, replacing the power/control module is the required repair.

Source: manufacturer service documentation.

Common causes of 41

  1. 01

    Shorted icemaker solenoid winding

    Part replacement

    The coil inside icemaker solenoid 2 can develop an internal short between winding layers, dropping resistance below the specified limits. This is confirmed by measuring solenoid resistance and comparing it against the values listed in Section 5.6.

  2. 02

    Damaged or pinched wiring harness

    Wiring / connection

    Wiring routed to the icemaker solenoid can become chafed, pinched, or abraded over time, allowing conductors to contact the refrigerator chassis or each other and create a short to ground. Inspect the full harness run from the solenoid connector back to the control module.

  3. 03

    Corroded or bridged connector terminals

    Wiring / connection

    Moisture intrusion at the solenoid connector or module connector can cause terminal corrosion that bridges adjacent pins and creates a low-resistance fault path. Inspect both connector bodies for discoloration, debris, or moisture deposits.

  4. 04

    Failed power/control module transistor

    Part replacement

    The transistor driver circuit on the power/control module that switches solenoid 2 can fail internally in a short-circuit mode. This is the diagnosis when the solenoid resistance is within spec and all wiring checks out clean.

See the test procedure for each cause

Frequently asked questions about 41

What does 41 mean on a Fisher & Paykel refrigerator?
Error code 41 means the refrigerator has detected a short circuit in the transistor that drives icemaker solenoid 2 on the power/control module. The fault can be caused by a shorted solenoid winding, damaged wiring, or a failed driver transistor on the module itself. The refrigerator logs this code as a protective measure to prevent further electrical damage.
Can I fix error code 41 myself on a Fisher & Paykel refrigerator?
Some steps are accessible to experienced DIYers, including visually inspecting wiring and connector terminals for obvious damage or corrosion. However, properly diagnosing the fault requires measuring the solenoid resistance against the specified limits from Section 5.6, which needs a multimeter and knowledge of how to safely access the icemaker components. Replacing the power/control module, if that is the root cause, involves working with line voltage components and is generally best left to a qualified technician.
Is error code 41 on a Fisher & Paykel refrigerator dangerous?
The short circuit condition itself is an electrical fault that the refrigerator's control system has already detected and isolated. The refrigerator disables the affected solenoid circuit to protect the hardware, so the immediate risk of further damage is reduced. That said, leaving a wiring short unrepaired can pose a broader electrical risk over time, and the fault should be diagnosed and corrected promptly.
How much does it cost to repair error code 41 on a Fisher & Paykel refrigerator?
If only the solenoid needs replacement, parts and labor typically fall in the range of $100 to $250 depending on your location and service rates. If the power/control module is the failed component, costs are generally higher, often ranging from $250 to $500 or more, since the module is a more expensive part. Wiring repairs for chafed or shorted harnesses can vary widely based on the extent of the damage.
Will resetting my Fisher & Paykel refrigerator clear error code 41?
A reset may temporarily clear the code from the display, but because error 41 is caused by an active short circuit condition, the fault will return as soon as the refrigerator attempts to operate icemaker solenoid 2 again. The underlying cause, whether a shorted solenoid, damaged wiring, or failed module transistor, must be identified and repaired before the code will clear permanently.

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