The Supco RIM597 is a universal replacement icemaker module designed to replace most standard 8-cube modular icemakers found in top-mount and side-by-side refrigerators. It is a direct replacement for common OEM units such as Whirlpool/KitchenAid 4317943, 628356, D7824706Q, 1129316, and similar modular icemaker assemblies. The RIM597 from Supco provides a plug-and-play fit for refrigerators originally equipped with these modular-style icemakers.

The Supco RIM597 operates on 115 volts AC, 60 Hz, and produces approximately 8 ice cubes per cycle, yielding roughly 3 to 4 pounds of ice per 24 hours under normal operating conditions. It includes a built-in thermostat and shut-off arm for automatic ice-level sensing. The unit is engineered to match OEM performance tolerances and is designed specifically for modular icemaker housings — not for newer twist-tray or in-door ice systems.

Yes. The Supco RIM597 ships as a complete icemaker head assembly including the mounting bracket, shut-off arm, wire harness plug, and fill cup. Because it uses the standard 3-hole mounting pattern and factory wiring plug used by most modular icemakers, no modifications or additional adapters are needed for compatible refrigerators. Installation typically takes 10–15 minutes with only a nut driver required.

The Supco RIM597 is an icemaker module, not a water filter, so it does not carry NSF/ANSI 42 or 53 filtration certifications and does not have a micron rating or gallon-based service life. It is manufactured to meet OEM electrical safety and performance standards. For filtered ice quality, the RIM597 should be paired with your refrigerator's dedicated inline or push-in water filter, which handles chlorine, taste, and sediment reduction.

Under typical household use, the Supco RIM597 icemaker module is engineered to last 5 or more years, comparable to OEM modular icemakers. Supco backs the RIM597 with a manufacturer warranty against defects in materials and workmanship. To maximize service life, ensure incoming water pressure stays between 20–120 psi and that the freezer maintains a temperature of 0–5°F for optimal ice production cycles.