INGCO S-AG-S-AG6801,Grinder Stator 680W
Components:
A typical grinder stator consists of the following key parts:
- Stator Frame: This is the outer housing, typically made from steel for durability and to channel magnetic flux (the invisible lines of force produced by a magnet).
- Stator Core: Laminated electrical steel cores minimize eddy current losses (energy wasted as heat) and improve overall motor efficiency.
- Stator Windings: Copper wires are wound within the core, forming coils with a specific design. When electric current flows through these coils, they generate magnetic poles (north and south) within the stator. The design and thickness of these windings influence factors like power output and efficiency. For a 680W grinder, the stator windings would be designed to handle the current required to deliver that specific wattage output.
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Description
INGCO S-AG-S-AG6801,Grinder Stator 680W(S-AG-S-AG6801)
product details:
In an angle grinder or handheld grinder, the stator is a crucial stationary component within the motor that works in conjunction with the rotor (spinning part) to generate the power required for grinding, cutting, or polishing. Here’s a breakdown of its functionalities, components, and what the “680W” specification might indicate:
Function:
The stator’s primary function is to create a rotating magnetic field within the motor housing. This rotating magnetic field interacts with the magnetic field of the rotor, creating a force that causes the rotor to spin. The rotation of the rotor shaft is then transmitted to the grinding wheel or attachment of the grinder.
Components:
A typical grinder stator consists of the following key parts:
- Stator Frame: This is the outer housing, typically made from steel for durability and to channel magnetic flux (the invisible lines of force produced by a magnet).
- Stator Core: Laminated electrical steel cores minimize eddy current losses (energy wasted as heat) and improve overall motor efficiency.
- Stator Windings: Copper wires are wound within the core, forming coils with a specific design. When electric current flows through these coils, they generate magnetic poles (north and south) within the stator. The design and thickness of these windings influence factors like power output and efficiency. For a 680W grinder, the stator windings would be designed to handle the current required to deliver that specific wattage output.
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