This DC Electric Brush Motor requires only a few external components or no external components at all, so brushed motors can reliably handle harsh environments. It is widely used in household appliances, toys and automobiles. Easy to construct and control, it is the solution of choice for professionals and amateurs.Send InquiryChat Now
1. This DC Electric Brush Motor requires only a few external components or no external components at all, so brushed motors can reliably handle harsh environments. It is widely used in household appliances, toys and automobiles. Easy to construct and control, it is the solution of choice for professionals and amateurs.
2. This DC Electric Brush Motor consists of brushes, contacts, commutators, windings, shafts, magnets, bushings and cans. The brush supplies power from the contacts to the armature through the commutator. The contacts supply power from the controller to the brush. The commutator supplies power to the appropriate windings as the armature rotates. The winding converts electrical power into a magnetic field of the drive shaft. The shaft transfers the mechanical power of the motor to the user application. The magnet provides a magnetic field to the winding for attraction and repulsion. The bushing minimizes the friction of the shaft. Cans provide mechanical housing for the motor
3. When DC Electric Brush Motor's winding is energized, it attracts a magnet located around the motor. This causes the motor to rotate until the brush contacts a new set of commutator contacts. This new contact powers a new set of windings and starts the process again. To reverse the direction of the motor, simply reverse the polarity of the motor contacts. The spark in the brush motor is generated by the brush jumping to the next contact. Each wire of the coil is connected to the two closest commutator contacts.
500rpm～15000rpm for option
Brake of power off for option
Protection degree IP