Industries Supplied
- Power Tools
- Automotive
- Household Appliances
Molding Compound: Phenolic or glass fiber asbestos free
Mica Insulated:Between segments
Segments: Silver-copper, electrolytic copper and oxygen free
Bushing:Brass or steel
Reinforcing Ring:Steel or glass epoxy ring
Quality:
100% Testing
Strict Process Control
long operation life
Certification: ISO9001:2008, ISO/TS16949: 2009
Package&Delivery
Package :carton box with plastic tray or as required
Delivery:10 days against payment
Commutator for the automotive motor
Electric motors for wiper systems, fans power windows, security system.ABS
Motor for fuel pumps and for starting motor with shell type, segments type and slip ring.
Commutator for household appliance
Motors for vacuum cleaners, washing machines , hairdries and other household appliances with shell type, segments no ring type and segments with reinforcing ring type.
Commutator for power tool
Motors for grinders,circular saws,hammer,drills, rotary hammers, drills,jig saws,screw drivers, hand carry compressors with shell type , hook and slot segments type(with or without ring)
Commutators for other industries
Industrial motor with overall commutators and combines types
Commutator is a rotary electrical switch in certain types of electric motors or electrical generators that periodically reverses the current direction between the rotor and the external circuit. In a motor, it applies power to the best location on the rotor, and in a generator, picks off power similarly. As a switch, it has exceptionally long life, considering the number of circuit makes and breaks that occur in normal operation
.A commutator is a common feature of direct current rotating machines. By reversing the current direction in the moving coil of a motor's armature, a steady rotating force is produced. Similarly, in a generator, reversing of the coil's connection to the external circuit provides unidirectional (i.e. direct) current to the external circuit
A commutator consists of a set of contact bars fixed to the rotating shaft of a machine, and connected to the armature windings. As the shaft rotates, the commutator reverses the flow of current in a winding. For a single armature winding, when the shaft has made one-half complete turn, the winding is now connected so that current flows through it in the opposite of the initial direction. In a motor, the armature current causes the fixed magnetic field to exert a rotational force, or a torque, on the winding to make it turn. In a generator, the mechanical torque applied to the shaft maintains the motion of the armature winding through the stationary magnetic field, inducing a current in the winding. In both the motor and generator case, the commutator periodically reverses the direction of current flow through the winding so that current flow in the circuit external to the machine keep in one direction
