Flat 10%

SP-5 ROTOR INGCO (CIWLI2001) B-31

Receives Electrical Energy: The rotor gets its electrical power directly from the battery, channeled through the motor's brushes or windings.
Generates Magnetic Field: This incoming electricity creates a powerful magnetic field within the rotor's core.
Interacts with Stator for Torque: This magnetic field then interacts with the stationary electromagnets (stator) of the motor. This interaction is fundamental to generating torque – the twisting force that drives the wrench.
Specialized for Impact: Crucially, unlike a standard motor, the rotor in an impact wrench is engineered to produce rapid, powerful bursts of torque. This specialized design is what makes it exceptionally effective at driving and loosening even the toughest bolts and nuts.
Key to Impact Generation: The rotor's internal design is central to the impact mechanism itself. It often houses a hammer mechanism that leverages the swift changes in the magnetic field.
Strikes the Anvil: This hammer mechanism is designed to strike an anvil, which is typically located on the stator (or output shaft).
Delivers Impactful Blows: This rapid striking action is what generates the high-impact blows, delivering the immense torque necessary to break free stubborn fasteners.

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