INGCO S-COS-CBR-COS35538-SP37 Cut Off Saw- Carbon Brush
Description
The carbon brush is one of the most commonly replaced power tool components. Carbon Brushes with wire leads and brush springs attached. Worn brushes are often the cause of a poorly running motor.
Product Name : Cut Off Saw- Carbon Brush
Material : Carbon & Metal
Color : Black, Gold Tone
Carbon Brush Size (Approx.) : 16 x 11 x 5mm/ 2/3″ x 13/32″ x 1/5″ (L*W*T)
Total Length(Approx) : 47mm/ 1.85″
Net Weight : 5g
Wire Length: 25mm/1″
SPECIFICATION ;
- Conductive, thermal conductivity
- Suitable for an electric motor or generator to function, the coils of the rotor must be connected to complete an electrical circuit
- It is convenient to replace the carbon brush.
- 100% brand new and high quality.
- Carbon brush is a item easy to broken when it working.
- Description
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Description
INGCO S-COS-CBR-COS35538-SP37 Cut Off Saw- Carbon Brush
The carbon brush, also sometimes called a motor brush, is a crucial component found in many cut -off saw. It conducts electricity from the stationary part of the motor (stator) to the rotating part (rotor), enabling the cut -off saw to function.
Descripti0n
The carbon brush is typically a rectangular block made of carbon composite material. They are designed to make good electrical contact with minimal friction.
Components:
While a single carbon brush itself is a simple component, the system involving them includes several parts:
- Carbon Brush: The rectangular block of conductive material that makes contact with the commutator.
- Brush Holder: A spring-loaded holder that keeps the brush in contact with the commutator and allows for brush wear adjustment. The brush holders might have wires or terminals for connecting the brush to the motor’s electrical circuit.
- Commutator: A rotating cylinder on the motor’s rotor, typically made up of insulated segments with electrical contacts.
How it Works:
- Current Flow: The motor receives electricity from a power source (battery or outlet).
- Brush Contact: The brushes press against the commutator segments, conducting electricity from the stator windings to the rotor.
- Commutator Rotation: As the motor runs, the commutator rotates.
- Current Reversal: The brushes constantly switch polarity as they contact different segments of the commutator. This reverses the current direction in the motor’s rotor windings, creating a magnetic force.
- Magnetic Force: The interaction between the reversed current in the rotor windings and the stator’s magnetic field creates a force that keeps the motor shaft spinning.
Uses:
Carbon brushes are used in various electric motors across many applications, including:
- Power Tools: Drills, saws, grinders, sanders, and other handheld or stationary power tools often use electric motors with carbon brushes.
- Household Appliances: Vacuum cleaners, blenders, mixers, and other appliances might have motors that rely on carbon brushes.
- Industrial Machinery: Many industrial machines and processes utilize electric motors with carbon brushes.
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