LG Refrigerator Error Code ICE-Kit

The ICE-Kit error code on an LG refrigerator indicates that the ice maker motor module has failed or is not communicating correctly with the control board. The motor module drives the mechanical harvest cycle that moves ice from the tray into the bin. The refrigerator detects the fault through the signal it monitors at connector CON10 in the freezer compartment. Ice production will typically stop until the issue is resolved.

The ICE-Kit error is not a safety hazard in the typical sense. It affects only ice production and does not indicate a problem with food cooling or refrigeration. The freezer and refrigerator compartments should continue operating normally. You can continue using the appliance while you arrange a repair.

A power reset may temporarily clear the ICE-Kit error code from the display, but if the underlying motor module fault still exists, the code will return once the refrigerator attempts to run an ice harvest cycle. Resetting is a reasonable first step to confirm the fault is persistent, but it does not address the mechanical or electrical failure causing the error. A proper diagnosis of CON10 and the motor module is needed for a lasting fix.

A homeowner with basic appliance repair skills can start by inspecting the ice maker in the freezer compartment and reseating the CON10 connector, which sometimes resolves the error if the connection was loose. If you have a multimeter, checking for 5V to 12V between pins 9 and 10 of CON10 can help confirm whether the module or the control board is at fault. If the connector is secure and voltage is correct, replacing the ice maker motor module is the necessary repair, which requires sourcing a compatible replacement part and basic disassembly of the ice maker.

If the repair requires a new ice maker motor module, parts typically cost in the range of $50 to $150 depending on the specific model. If a technician is hired for the diagnosis and replacement, total repair costs including labor generally range from $150 to $350. Costs can be higher if the fault traces back to the main control board rather than the module itself.