OVERLOAD

Part number 18-8897-27 refers to a overload used in machine repair and replacement work. Replacement is usually considered after inspection confirms wear, damage, electrical failure, or a repeat operating issue tied to this component. Always verify the brand family and machine series used on the service call so the replacement matches correctly. Model verification is important because close machine variants may use different revisions of the same component category. Protects and resets the compressor circuit when overheating or overload conditions cause shutdown and restart problems. When this component fails, technicians may see issues such as compressor trips, hot shutdowns, and not cooling consistently. An overload protector issue may appear as shutdown after heating and restart only after the system cools down. For this overload protector category, the typical repair goal is to restore the function that the failed component was affecting. In troubleshooting, matching the part number and checking the related wiring, mounting points, and operating conditions helps avoid repeat repairs. Overload diagnosis often includes checking compressor amperage, terminal condition, and ventilation issues that may trigger thermal trips. If the machine has a history of intermittent faults, reviewing recent service notes can help confirm whether this component is the primary failure. Replacing a failed component with the correct part number helps restore normal operation, reduces repeat callbacks, and supports more reliable troubleshooting outcomes. For ordering, match the part number exactly and compare the removed component to the replacement before installation. That step matters on commercial ice equipment because similar-looking parts can have different ratings, connectors, or mounting details. If you are troubleshooting symptoms such as not turning on, no power, not cooling, not starting, intermittent operation, error code behavior, or ice not dropping, confirming the failed component first will make this replacement more effective.