Spare Motor Impeller for Miter Saw No name VU211201 (60) – part YVU121WS

Replacement motor impeller designed for use with compatible miter and angle saw motors. This impeller mounts on the motor shaft to direct airflow, promote ventilation and assist cooling of the motor during operation. It is intended for repair or maintenance tasks where restoring proper motor cooling and ventilation improves performance and prolongs motor life.

Advantages

The impeller provides targeted airflow to the motor housing, helping to dissipate heat generated during cutting tasks. Manufactured to fit the specified saw model range, it restores original ventilation function without requiring motor replacement. Its balanced design reduces vibration and contributes to smoother motor rotation when installed correctly.

Suitable for

• Repairing a miter or angle saw with degraded or damaged motor cooling components
• Replacing a worn impeller to restore motor ventilation and reduce overheating
• Routine maintenance to maintain motor efficiency and extend service life

Key specifications

• Function: radial airflow generation for motor cooling and ventilation
• Compatibility: designed for compatible miter/angle saw motors of the specified model family
• Mounting: fits onto the motor shaft with compatible bore and fastening method
• Material: durable molded material suitable for rotating motor components
• Balance: engineered for rotational balance to minimise vibration during operation

How to use

Ensure the saw is disconnected from power before beginning any repair work. Remove the motor housing or cover according to the saw manufacturer's service instructions to access the motor shaft. Slide the impeller onto the motor shaft, aligning any keyways or locating features, and secure it with the appropriate nut, washer or fastener. Reassemble the housing and perform a test run to confirm smooth rotation and improved airflow; check for unusual noises or excessive vibration.

Usage recommendations

Use original or compatible fasteners when installing the impeller and verify correct seating and balance. Inspect surrounding cooling passages and slots for obstructions and clean any accumulated dust or debris to ensure optimal airflow. Replace the impeller if you observe cracks, severe wear, or imbalance that could affect motor performance.