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INGCO S-ID-S-ID6538-8, Impact Drill – Stator
INGCO S-ID-S-ID6538-8, Impact Drill – Stator

INGCO S-ID-S-ID6538-8, Impact Drill – Stator

INGCO S-ID-S-ID6538-8, Impact Drill - Stator

INGCO S-ID-S-ID6538-8, Impact Drill – Stator

In stock

Components:

  • Metal Housing: Provides structural support, protects the internal components from dust, debris, and potential impacts.
    • Ventilation: Strategically placed vents are crucial for heat dissipation, preventing overheating and potential stator damage.
  • Laminated Steel Core: Made from thin layers of steel, often with a silicon content, to:
    • Amplify Magnetic Field: The laminated structure intensifies the magnetic field generated by the coils.
SKU: S-ID-S-ID6538-8-INGCO Categories: ,

Description

INGCO S-ID-S-ID6538-8, Impact Drill – Stator(S-ID-S-ID6538-8)

product details:

The stator in an impact drill is the heart of the motor, transforming electrical energy into the forceful rotation and hammering action needed to tackle tough drilling jobs in concrete, masonry, and other hard materials. Here’s a detailed breakdown, going beyond the basics, to provide a comprehensive understanding of this crucial component:

Function:

  • Electromagnetic Conversion: The stator’s core function is to convert electrical energy into a rotating magnetic field. This field, in turn, interacts with magnets on the rotor (spinning component) to generate the motor’s force.
  • Stationary Component: Unlike the rotor, the stator remains fixed within the motor housing.

Components:

  • Metal Housing: Provides structural support, protects the internal components from dust, debris, and potential impacts.
    • Ventilation: Strategically placed vents are crucial for heat dissipation, preventing overheating and potential stator damage.
  • Laminated Steel Core: Made from thin layers of steel, often with a silicon content, to:
    • Amplify Magnetic Field: The laminated structure intensifies the magnetic field generated by the coils.
    • Minimize Eddy Currents: The silicon content reduces energy losses within the core due to eddy currents (electrical currents induced within the metal by the changing magnetic field).
  • Stator Coils: Multiple coils of high-conductivity copper wire wrapped around the laminated steel core.
    • Electromagnets: When energized with electricity, the coils act as electromagnets due to the magnetic field generated around them.
    • Coil Design: The number of coils, thickness of the wire, and winding configuration significantly impact the motor’s characteristics like power output, speed, and starting torque.

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