Supply and frequency
Check: Provide voltage, frequency, phase, connector and lead details
Consider: Confirms the basic electrical interface for the requested motor.
Compact shaded pole fan motors for refrigerators, freezers, evaporators and commercial refrigeration equipment.
Shaded pole motors are used in compact fan applications where supply, frequency, rotation, mounting and fan load must be matched to the equipment. This category is intended for buyers reviewing shaded pole motor options for refrigerators, freezers, evaporators and commercial refrigeration equipment. Domi's published residential and commercial products include shaded pole motor examples. Send the old motor reference, electrical details, wiring, fan geometry, mounting, rotation, operating condition and quantity for a structured replacement or OEM review.
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The product view highlights the compact motor housing, shaft, mounting and lead arrangement typical of a shaded pole motor. Confirm voltage, frequency, rotation, speed, shaft dimensions, mounting pattern and fan load against the original motor or drawing.

Shaded pole motors are used in compact refrigerator, freezer, evaporator and refrigeration fan assemblies. Use the application view to check the fan position, airflow duty, available envelope and wiring connection before selecting a replacement.
Check: Provide voltage, frequency, phase, connector and lead details
Consider: Confirms the basic electrical interface for the requested motor.
Check: Share fan geometry, airflow or pressure requirement, rotation and duty cycle
Consider: Helps review the motor with the real fan assembly.
Check: Provide fixing points, shaft or hub, envelope, clearance and refrigerator or freezer condition
Consider: Confirms mechanical fit and operating context.
The category is intended for compact refrigeration fan uses; confirm the exact motor, fan, mounting and wiring configuration from product data.
Domi's published product titles include aluminum-wire and copper-wire examples; confirm the applicable winding, leads and connector for the requested model.
Match shaft or hub, rotation, fixing points, fan geometry and available space before release.
| Parameter | Information to provide | Why it matters |
|---|---|---|
| Electrical input | Voltage, frequency, phase, connector and lead length | Confirms electrical compatibility. |
| Motor and fan duty | Fan diameter or geometry, airflow or pressure, rotation and duty cycle | Reviews the motor with its actual load. |
| Mechanical fit | Mounting, shaft or hub, envelope and clearance | Prevents an incorrect replacement. |
| Environment | Refrigerator, freezer, evaporator, condenser or other use; temperature or moisture context | Identifies operating questions. |
| Reference and quantity | Old motor label, drawing, photos, quantity and revision | Supports traceable quotation. |
| Choice area | What changes | Confirm before choosing |
|---|---|---|
| Shaded pole motor | A compact motor direction evaluated through supply, frequency, rotation, mounting and fan load | Confirm the exact electrical and mechanical data. |
| EC motor | Electronically commutated technology with its own input and control requirements | Confirm supply, signal, speed, mounting and fan compatibility. |
| Selection decision | Motor names do not replace a fan and system review | Compare the actual duty, control, envelope and operating environment. |
Compact fan motors must fit the cabinet and wiring arrangement
Confirm: Provide old motor, fan geometry, supply, mounting and target condition.
Motor selection affects air movement, mounting and defrost context
Confirm: Share fan, airflow, rotation, wiring and available clearance.
The motor must align with the fan, coil, controls and service access
Confirm: Provide equipment layout, duty, electrical and quantity information.
Confirm voltage, frequency, phase, wiring, connector and rotation against the approved reference.
Confirm mounting, shaft or hub, fan geometry, envelope and clearances.
Agree the applicable running, rotation, noise, temperature or other project-specific checks before release.
Send nameplate, photos, product link, drawing and wiring
Why it matters: Provides a traceable replacement reference.
Provide fan diameter or geometry, shaft or hub, fixing points, rotation and envelope
Why it matters: Enables assembly-fit review.
State voltage, frequency, connector, application, operating condition and duty
Why it matters: Supports compatibility review.
Share quantity, drawing revision and required records
Why it matters: Supports quotation detail.
No. Confirm frequency, wiring, rotation, mounting, fan geometry, load, envelope and operating environment.
The published product titles indicate different winding material directions; confirm the exact model, electrical data and application before choosing.
Review the motor with fan geometry, airflow, target condition, defrost, mounting and electrical data.
Provide the old motor label, photos, wiring, dimensions, shaft or hub, fan, rotation and quantity.
Compare supply, control, speed, mounting and fan load; the motor technology must match the complete assembly.
Use it to organize motor, fan and RFQ inputs.
Use it to separate a fan-motor replacement request from airflow or defrost diagnosis.
Use the published product page as a reference, then confirm current technical data.
A clear RFQ helps the team review the right category, construction and interface. Use the checklist below as a practical starting point, then provide the category-specific details shown above.
State the equipment, target condition, ambient environment and expected duty.
Share dimensions, mounting points, connections, airflow direction and service clearances.
For fans and motors, include voltage, frequency, control signal, rotation and wiring.
Attach the old part, drawing or sample and state quantity, revision and documentation needs.
Share your application, drawings and operating requirements so our team can review the details of your project.