241816602 Frigidaire Refrigerator Motor-AUGER is a compact electric auger motor and integrated gear assembly designed to drive the ice auger in compatible Frigidaire refrigerator models. As a low‑speed, high‑torque motor coupled to a reduction gearbox, it provides the rotational force required to move cubed or crushed ice from the ice bin through the dispenser mechanism; the unit typically includes the motor, gear train, and the auger coupling interface in a single replaceable component.
Inside the appliance the motor‑auger assembly interfaces mechanically with the ice bin and auger flighting and electrically with the dispenser control circuitry and associated interlocks. It is normally mounted at the rear of the ice bin or inside the freezer door adjacent to the dispenser chute, and it works in concert with the dispenser switch/actuator, the ice maker control module, wiring harness, and any level or jam sensors. Proper operation of the motor prevents ice jams, ensures metered dispensing, and contributes to overall user safety by operating only when door and actuator interlocks allow.
In this article you will find a technical review of the motor’s function and typical installation locations, guidance on determining compatibility with specific Frigidaire models (including key part‑number cross‑checks), a list of common failure symptoms (for example: no rotation, humming with no output, intermittent operation, grinding or burnt smells), and a structured approach to troubleshooting (visual inspection, mechanical obstruction checks, basic electrical tests with a multimeter and verification of control signals). Replacement considerations covered include matching mechanical mounting and electrical connectors, verifying gear orientation and seals, and safety precautions such as removing power before service. The goal is to provide technicians, engineers, and owners with the contextual information needed to diagnose, evaluate compatibility, and plan a safe, effective repair or replacement.
Table of Contents
- Function and Role of the Ice Auger Motor in Frigidaire refrigerators
- How the 241816602 Frigidaire Refrigerator Motor-AUGER Operates: Mechanical Drive, Electrical Interface, and Control Integration
- Common Failure Symptoms and Diagnostic Indicators of Auger Motor Malfunction
- Replacement Considerations and Step-by-Step Installation procedure for the ice Auger Motor
- Q&A
- In Retrospect
Function and Role of the Ice Auger Motor in Frigidaire Refrigerators
241816602 Frigidaire Refrigerator Motor-AUGER is the gear-reduction motor assembly that turns the spiral auger inside the ice bin to feed ice to the dispenser. The motor converts electrical input from the dispenser control into low-speed, high-torque rotation transmitted through a gearbox and shaft; this mechanical advantage is necessary to move densely packed ice and overcome static friction in the ice column. During a dispense cycle the control applies power for a short, timed interval and the auger must rotate smoothly in a single direction to advance ice. Proper operation depends on correct mounting alignment, intact auger flighting, and the original connector and wiring so the motor receives the designed voltage and control signals.
The assembly is a field-replaceable component in Frigidaire refrigerators that share the same mounting and electrical interface; technicians should confirm mechanical fit and terminal compatibility before installation. Troubleshooting typically includes checking for mechanical obstruction in the auger path, measuring voltage at the motor during a dispense command, and verifying continuity of the motor windings. Replacing the motor without correcting a jammed or broken auger will often result in repeat failure, so inspection of the bin, drive coupling, and gearbox for wear is recommended as part of a complete repair.
- common symptoms: no dispense, intermittent rotation, grinding or clicking noises under load.
- Basic checks: verify dispenser control outputs voltage, inspect auger for jams, measure motor winding resistance.
- Installation notes: confirm connector pinout, shaft length, and mounting hole alignment to ensure proper fit.
| Item | Description |
|---|---|
| Function | Provides low-speed, high-torque rotation to the ice auger for dispensing. |
| Common failure modes | Mechanical jam, worn gearbox, electrical open/short in windings, connector/cable faults. |
| Field checks | Voltage during dispense, winding continuity, physical inspection of auger and coupling. |
How the 241816602 Frigidaire Refrigerator Motor-AUGER operates: Mechanical Drive, Electrical Interface, and Control Integration
The 241816602 Frigidaire Refrigerator Motor-AUGER is a compact geared drive that transmits torque to the ice-bin auger through a splined or keyed hub and a small reduction gearbox. Mechanically, the assembly is designed to convert the motor’s high-speed, low-torque output into the low-speed, high-torque rotation required to feed ice through the dispenser chute; the gearbox and mounting flange control axial alignment and load transfer to the auger shaft. Compatibility depends on the exact spline pattern, shaft diameter, and mounting footprint, so replacements must match those mechanical interfaces to avoid play, misalignment, or premature wear.In practice, technicians will note that a slipped or stripped hub produces free rotation at the motor with no auger movement, whereas gearbox binding typically causes high current draw and motor overheating symptoms.
- Mechanical interfaces: splined/keyed hub, gearbox reduction, mounting flange
- Electrical interfaces: multi-pin harness, drive voltage and ground, possible feedback sensor
- control integration: driven by dispenser/control board, interlocked with door and dispenser switches
- Common service symptoms: humming without rotation, intermittent operation, high current draw under load
Electrically the motor connects to the refrigerator control circuitry via a harness; the control board supplies a timed drive signal (relay or solid-state driver) and may monitor rotation via current sensing or a position/zero-cross sensor for end-of-cycle detection. Integration concerns include ensuring correct drive polarity and rotation direction where applicable and that dispenser interlocks (door or motor switches) are functioning so the board will enable the motor only during a dispense request. For troubleshooting, measure supply voltage at the motor connector during a dispense command to discriminate between a control-board fault and a mechanical failure; continuity checks of the winding and inspection of the harness and connector are practical first steps before gearbox disassembly or replacement.
| item | Description |
|---|---|
| Drive type | Geared auger motor with splined/keyed output |
| Connector | Multi-pin harness to refrigerator control board (model-specific) |
| Typical fault signatures | No rotation with humming (mechanical coupling or stripped spline), intermittent spin (wiring/connector), high current draw (binding/gear damage) |
Common Failure Symptoms and Diagnostic Indicators of Auger Motor Malfunction
The 241816602 Frigidaire Refrigerator Motor-AUGER is the low-speed drive that turns the auger shaft to feed ice from the bin to the dispenser. In normal operation the motor produces steady torque at a controlled speed and couples to the plastic or metal auger through a coupler; failures manifest as electrical faults in the motor windings,mechanical wear in bearings or gears,or intermittent connector/control-signal issues. Technicians can distinguish motor-origin failures from external jams by listening for characteristic sounds: a smooth rotation indicates a healthy motor and coupler, a steady hum without rotation frequently enough points to a stalled rotor or internal short, and harsh grinding usually signals mechanical damage to the gear train or shaft.
Practical diagnostic checks begin with a visual and mechanical inspection of the auger path and coupler, followed by basic electrical verification at the motor connector and bench testing where safe. Use a multimeter to check for continuity across the motor windings and confirm that the dispenser control is supplying the expected drive signal; if voltage is present at the connector but the shaft does not turn and continuity is intact, the fault is probably mechanical. Where possible, perform a controlled bench apply of the proper supply to observe torque and audible behavior; repeated overheating, burning odor, or an open winding on resistance measurement are clear indicators to replace the motor assembly rather than attempting field repairs.
- No rotation, motor hums: Possible rotor stall, seized bearings, or shorted winding.
- Intermittent operation: Corroded connector, broken wire, or intermittent control-board output.
- Loud grinding or clicking: Damaged gears, stripped coupler, or foreign debris in auger path.
- Burnt smell or overheating: Winding insulation failure or sustained overcurrent condition.
| Item | Description |
|---|---|
| Continuity test | Open circuit across motor leads indicates winding failure; low but finite resistance indicates intact windings. |
| Connector voltage | Presence of drive voltage with no rotation suggests a mechanical seizure or internal motor fault. |
| Audible characteristics | Humming without movement points to electrical stall; grinding implicates mechanical wear or debris. |
Replacement Considerations and Step-by-Step Installation Procedure for the Ice Auger Motor
The 241816602 Frigidaire Refrigerator Motor-AUGER is the compact drive unit that rotates the internal auger to deliver ice from the storage bin to the dispenser. It is a low-speed, high-torque assembly often coupled to a plastic gearbox; the control board or dispenser switch applies a short-duration drive signal to prevent overheating during continuous operation. Typical failure modes are mechanical (stripped gears, seized shaft, or broken splines) and electrical (open windings, intermittent brush/contact failure, or connector corrosion). Before replacement, confirm the part number, connector style, and mounting flange orientation to ensure mechanical and electrical compatibility with the refrigerator model and auger tube geometry.
- Disconnect power and water supply, then remove the ice bin and any access panels to expose the auger motor assembly.
- Document wiring and take a photo of the connector and mounting orientation, then unplug the motor harness and remove the retaining screws or clips securing the motor to the auger housing.
- Extract the old motor, inspect the auger shaft and gear interface for damage, and transfer any required shims or seals to the replacement motor if applicable.
- Install the 241816602 motor into the housing, align splines carefully to avoid gear damage, secure fasteners to original torque, reconnect the harness, and reassemble panels and the ice bin.
- Restore power, run a few dispense cycles to verify smooth rotation, absence of grinding noises, and proper motor disengagement; check for ice jams and verify the dispenser switch and control board responses.
| Item | Description |
|---|---|
| Function | Low-speed, high-torque drive for auger ice dispensing with gearbox interface |
Q&A
What is the 241816602 Frigidaire Refrigerator Motor‑AUGER used for?
The 241816602 is the auger (dispensing) motor used in Frigidaire refrigerators with a built‑in ice dispenser. It rotates the auger shaft inside the ice bin or chute to push ice out to the dispenser. The motor couples to the auger assembly and the gearbox inside the dispenser module to move ice when the dispenser actuator is operated.
What symptoms indicate the auger motor (241816602) is failing?
Common symptoms include: the dispenser switch clicks but no ice comes out, the motor hums but the auger does not turn, intermittent dispensing or the motor runs only sometimes, loud grinding or unusual noises from the dispenser area, and visible damage to the auger or coupling. You may also see ice jammed in the bin while the motor tries to run.
How do I test the auger motor to determine if it is indeed bad?
Start by disconnecting power to the refrigerator. Check the motor wiring connector for corrosion/loose connections.Use a multimeter to check continuity across the motor windings-an open circuit (infinite resistance) indicates a bad motor. With power restored and the dispenser actuated, measure the voltage at the motor connector; you should see the motor’s rated supply (consult the service manual or the motor nameplate-many models are driven with line voltage from the dispenser circuit, but some use low‑voltage signals). if the correct voltage is present but the motor does not turn, the motor is highly likely faulty. For bench testing, only apply the exact voltage specified on the motor label and follow safety precautions.
Can I replace the 241816602 motor myself and what tools/steps are required?
Yes, a competent DIYer or technician can replace it. Basic steps: unplug the refrigerator, remove the ice bucket and front dispenser bezel/panel, disconnect the motor wiring harness, remove mounting screws or clips securing the motor/gears, swap in the new motor making sure the auger shaft and coupling align correctly, reconnect wiring, reassemble, and test. Required tools typically include a Phillips screwdriver,nut driver or small socket set,and a multimeter for testing. Always follow safety precautions and the refrigerator’s service manual for model‑specific instructions.
Why does the motor hum but not turn the auger?
A humming motor usually indicates the motor is receiving power but can’t rotate. Causes include: ice jam blocking the auger, stripped or broken motor coupling or gearbox, seized bearings, or internal motor failure. First remove the ice and inspect the auger/coupling for damage.If the auger and coupling are intact and clear, but the motor still hums, the motor or internal gearbox is highly likely worn and should be replaced.
How do I clear an ice jam without damaging the motor or auger?
Always disconnect power before attempting to clear a jam.Remove the ice bucket and allow ice to thaw naturally for a short time or carefully break large ice chunks into smaller pieces with a plastic tool (never use metal tools that can damage the auger or bin). Check and clear the discharge chute as well. After clearing, reassemble and test the dispenser. If jams recur frequently, check for crushed ice buildup caused by frequent small fill cycles, a faulty water inlet/ice maker, or a worn auger/coupling that allows ice to pack.
Is 241816602 an OEM part and will it fit my Frigidaire model?
241816602 is an OEM Frigidaire part number for certain models. Fitment depends on yoru specific refrigerator model and dispenser configuration. Always verify compatibility by checking your refrigerator’s model number against Frigidaire’s parts lookup, the service manual, or by contacting Frigidaire/customer support or an authorized parts supplier. Do not assume fitment by visual similarity alone-mounting points, harness connectors and shaft orientation must match.
Where can I buy a replacement and does it come with a warranty?
You can purchase the 241816602 motor from Frigidaire parts dealers, authorized appliance parts retailers, or reputable online appliance parts stores. OEM parts typically include a limited warranty from the seller or manufacturer-terms vary (often 30-90 days from aftermarket sellers, longer for Frigidaire OEM through authorized channels). Keep your proof of purchase and check the seller’s warranty policy before buying.
In Retrospect
The 241816602 Frigidaire refrigerator motor-AUGER is the component responsible for driving the auger that delivers ice from the storage bin to the dispenser. Its reliable operation is essential to maintain consistent ice dispensing, prevent jams or damage to the ice delivery mechanism, and ensure overall user convenience and appliance performance. As a small but critical drive element, its condition directly affects the functionality of the refrigerator’s ice system.
As symptoms of a failing auger motor can overlap with other dispenser or ice-maker issues,proper diagnosis is critically important to identify the 241816602 as the root cause before replacing it. Timely, accurate diagnosis and the use of a compatible, correctly installed replacement help restore normal operation, reduce the risk of further component damage, and extend appliance service life. When in doubt, follow manufacturer guidance or consult a qualified service technician to confirm the problem and carry out the replacement safely and effectively.
Professional Appliance Service
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