Home » Parts » Ice Maker Part 1011514-483 » OVERLOAD 55-56 230/60-50
OVERLOAD 55-56 230/60-50
Part Number
:
1011514-483
Price
:
$40.84
Shipping
:
$20.00
Brand :
Model :
Quantity :
Please wait..
Part Details:
Part 1011514-483 is used to replace a failed Overload 55 56 23060 50 after diagnosis confirms the fault path. It is a overload replacement used in equipment repair and maintenance work. Compare the old part to the replacement for connectors, mounting, and orientation. What it does: it protects the compressor circuit during overload. Common service complaints can include restart after cool down, tripping, and hot shutdowns. If the overload 55 56 23060 50 is worn or failing, replacing part 1011514-483 can restore the affected function. Technicians typically verify the fault before ordering the replacement. Compare the removed part to the replacement for connector style, mounting points, and orientation before installing. After replacement, run a full operating cycle test and recheck for leaks, vibration, or returning symptoms. Ordering and installation go smoother when you verify the details first. Install the overload 55 56 23060 50 carefully, then verify operation after replacement. Using the right part number helps solve the fault cleanly and improves repair confidence. After the first test cycle, recheck fasteners and connectors to confirm everything remains secure. Inspect related components so the new part is not exposed to the same stress that damaged the original. After the first test cycle, recheck fasteners and connectors to confirm everything remains secure. If the unit has multiple revisions, confirm the exact configuration so the replacement matches correctly. If the unit has multiple revisions, confirm the exact configuration so the replacement matches correctly. Inspect related components so the new part is not exposed to the same stress that damaged the original. Keep the removed part nearby for a side by side comparison during installation. Inspect related components so the new part is not exposed to the same stress that damaged the original.