1068558660 Parts

This gasket/seal creates a tight barrier between two mating parts in your appliance to prevent leaks and performance loss. Replacing a worn gasket restores proper sealing and helps stop seepage at the joint. What it does

• Forms a reliable seal between components to prevent fluid or air leaks
• Maintains proper operation by keeping the sealed area contained
• Replaces gaskets that are brittle, cracked, flattened, or swollen
• Common signs include residue or moisture around the joint, visible wear on the old gasket, or a loose/poor seal

• 1 gasket/seal

• Disconnect power and any water or gas supply before servicing
• Note the gasket's orientation; compare old and new parts before installation
• Clean and dry mating surfaces; remove old adhesive and debris
• Seat the gasket evenly; do not overtighten fasteners; test for leaks after reassembly

This factory fastener is a #8-18 x 5/8-inch Type AB screw designed for appliance assembly. It secures panels and components to restore a tight, rattle-free fit and dependable alignment. What it does:

• Thread-forming Type AB design engages thin metal or plastic components
• Secures panels, brackets, trim, or covers to reduce looseness and vibration
• Replaces missing, stripped, or corroded fasteners
• Helps maintain alignment for proper operation and reduced noise

• One screw

• Disconnect power before servicing; shut off water supply if working near water lines
• Use the correct driver for the screw head; start by hand to avoid cross-threading
• Tighten until snug—do not overtighten to prevent stripping or cracking plastic
• Repair damaged holes or replace worn clips/inserts before installing the new screw

• Size: #8-18 x 5/8 in (length 0.625 in)
• Thread type: Type AB, thread-forming

Size: 1/4 inch hex head, 10-12 x 1/2 inch.

This is the ice container that stores and dispenses ice from the freezer. A clear, intact bin helps ensure reliable ice storage and smooth dispensing without jams or spills.

• Holds and presents ice to the auger/crusher for dispensing
• Replacing a cracked or warped bin helps prevent ice jams and leaks
• Common symptoms: broken/cracked bin, ice spilling, poor/irregular dispensing, bin not seating properly

• Unplug refrigerator and remove the ice maker bin before service
• Depress release latch (if equipped) and lift bin straight out
• Transfer and seat the new bin fully so it locks into place
• Restore power and test ice dispensing for smooth operation

These inserts are for 1/4 inch plastic tubing. Package of 4.

This compressor overload is the thermal protector for your refrigerator's compressor. It opens the circuit when the motor overheats or draws excessive current, helping prevent damage and restoring reliable starts when the original protector fails.

• Interrupts power to protect the compressor during overheat or overcurrent conditions
• If failed, symptoms include: compressor won't start, repeated clicking or brief hum then stop, warm refrigerator/freezer, and an unusually hot compressor shell
• A weak protector may trip repeatedly and reset after cooling, causing intermittent cooling
• Works in tandem with the start relay/device to manage compressor startup current

• Disconnect power before servicing and pull the unit forward for rear access
• Remove the rear cover; note wire positions and take a photo for reference
• Pull the old overload straight off the compressor terminal; transfer leads and firmly seat the new overload in the same orientation
• Capacitors can retain a charge—handle with care; reinstall cover and restore power to test

This replacement screw secures appliance panels and internal components. Installing a correct OEM fastener restores a tight fit, reduces rattles and vibration, and helps keep assemblies aligned so your machine operates smoothly.

• Fastens brackets, panels, ducts, or housings to the cabinet or frame
• Replaces missing, stripped, or corroded hardware
• Helps stop rattles, vibration, and loose or misaligned parts
• Maintains proper alignment for reliable operation

• Disconnect power; shut off gas and water before servicing
• Match this screw to the original location and hardware type used on your model
• Start threads by hand to avoid cross-threading; use the correct driver
• Snug only—do not overtighten, especially into plastic or thin sheet metal

This cold control thermostat regulates your refrigerator's temperature by cycling cooling on and off based on air temperature at the sensing bulb. Replacing a worn control restores accurate settings and consistent cooling performance. What it does:

• Monitors compartment temperature via a capillary sensing bulb
• Opens/closes electrical contacts to start and stop the compressor (and related cooling circuits)
• Helps maintain the temperature you set on the control dial
• Failure symptoms include: unit too warm or too cold, runs continuously, won't start until the knob is moved/tapped, or erratic temperature swings

• 1 thermostat

• Disconnect power before servicing; wear cut-resistant gloves
• Note wire positions or take a photo; transfer the dial/shaft and any mounting hardware from the old control if reused
• Route the capillary bulb exactly as original; do not kink, pinch, or cut it; secure with existing clips
• After install, set to a mid setting and allow up to 24 hours for temperatures to stabilize

This PTC start relay mounts on the compressor and momentarily powers the start winding to get the motor running, then disengages for normal operation. Replacing a weak relay can stop repeated clicking and help restore cooling.

• Provides initial boost to the compressor's start winding for reliable startup
• Automatically drops out after startup so the compressor runs on the run winding
• Helps address symptoms like warm temperatures, compressor clicking or humming without starting, or frequent overload trips
• Failure may show as rattling, burn marks, or a melted relay housing

• Disconnect power and remove the rear access panel to reach the compressor
• Allow components to cool; note wire locations and take a reference photo
• Pull the old relay straight off the compressor pins; align and firmly seat the new relay in the same orientation, then reconnect wires
• If your unit uses a run capacitor and/or separate overload protector, reconnect per the wiring diagram before restoring power

This coupling is the small connector that links a drive motor to its mating component, transferring rotation so the appliance operates smoothly. Replacing a cracked or stripped coupling restores reliable drive and helps prevent further wear.

• Connects the motor shaft to the driven part to transmit torque
• Maintains alignment to reduce wobble and slippage
• Failure signs can include no movement, intermittent operation, clicking/grinding, or visible cracks/rounding
• Restores consistent motion of the connected part once replaced

• Disconnect power (and shut off water/gas if applicable) before servicing
• Access the drive area and remove any covers/tray/drive components as needed
• Pull the old coupling straight off the keyed or D-shaped shaft; clean and inspect the shaft
• Align and press the new coupling fully onto the shaft, reassemble, and test

An ice maker delay mechanism is the small timing device that staggers the steps of the ice-making cycle so each action happens in the right order. Replacing a worn unit helps restore steady, predictable ice production.

• Provides a brief, controlled delay in the ice maker cycle so components engage in the correct order
• Helps prevent short cycling or erratic operation
• Failure may result in no ice, intermittent ice, or stalls mid-cycle
• May be accompanied by repeated clicking or ticking from the ice maker head

• Disconnect power to the refrigerator and shut off the water supply before servicing
• Remove the ice maker assembly to access the delay mechanism
• Transfer any brackets or clips from the original part if required
• Align components carefully during reassembly to avoid bending any lever arms

Ice stripper removes ice cubes from the ice maker mold so the dispenser or storage bin fills properly. Replacing a worn or broken stripper helps the ice maker eject cubes cleanly and reduces ice jams or stuck cubes. What it does:

• Pushes or guides harvested cubes out of the ice mold into the bin during the ice maker's harvest cycle.
• Prevents cubes from sticking in the mold; a damaged stripper can cause incomplete ejection or leftover ice in the mold.
• Works with the ice maker's ejector mechanism to maintain consistent cube release and storage.
• A faulty or broken stripper may lead to noisy operation, partial fills, or visible ice build-up in the mold.

• Disconnect power to the appliance before starting any repair to avoid electrical shock.
• Remove the ice maker or access panel per the manufacturer's instructions to reach the stripper; keep small parts and screws organized.
• Inspect the ice mold and surrounding components for damage or ice build-up; clear ice before installing the new stripper.
• After installation, restore power and run a test harvest cycle to ensure proper cube ejection.

This freezer door gasket creates a tight seal around the door to keep cold air in and humid air out. Replacing a worn gasket restores proper temperature control, reduces frost, and helps the door close and seal correctly.

• Seals the gap between the freezer door and cabinet to maintain cold temperatures
• Blocks warm, moist room air that can cause frost and ice buildup
• Helps prevent sweating/condensation around the door perimeter
• Addresses issues from torn, shrunken, brittle, or deformed gaskets that won't seal

• Disconnect power before servicing; clear items from the door
• Lay gasket flat and warm gently (hot water or low heat) to relax kinks before installation
• Loosen inner-liner screws/retainer, press gasket fully into the channel, then tighten screws evenly
• Perform a dollar-bill test around the perimeter; gently warm stiff areas to smooth and adjust door alignment if needed

Almond. Size: 13 oz. can. Acrylic appliance paint.

Capacitor supplies a short burst of stored electrical energy to help the appliance motor start and run efficiently. Replacing a failing capacitor can restore reliable motor startup and reduce humming or intermittent operation. What it does

• Provides the electrical boost motors need to start and maintain proper speed.
• A failing capacitor commonly causes motors to hum, struggle to start, run slowly, or stop unexpectedly.
• Used on motors and fans that require a start/run assist; replacing a bad capacitor often resolves startup and intermittent operation issues.

• Always disconnect power to the appliance before accessing electrical components.
• Discharge the capacitor safely (use insulated tools and gloves) before touching terminals — capacitors can hold a dangerous charge.
• Photograph or label wiring and terminal locations before removal so replacements reconnect exactly the same way.

This support mounts in the dispenser area to secure the ice housing assembly. It helps keep the chute and door properly aligned so ice dispenses smoothly and the opening seals as designed.

• Supports and positions the ice housing/chute assembly in the freezer door
• Helps maintain proper alignment and sealing of the ice door/flapper
• Reduces wobble or flex that can affect dispensing performance
• Typical signs it may be needed: loose or misaligned dispenser housing, ice or air leaking at the chute, frost buildup around the dispenser, inconsistent ice dispensing

• Disconnect power to the refrigerator before servicing
• Remove the dispenser trim/control to access the housing; handle wiring and tabs carefully
• Remove mounting fasteners, replace the support, and transfer any reusable hardware
• Reassemble, restore power, and test ice dispensing and chute seal