The outside of the 24V brushless motor is the stator, which is made up of two or more permanent magnets, with the rotor rotating in the middle and the rotor is made up of windings and connected to the commutator. The windings keep the rotor in motion by inverting its magnetic poles to the permanent poles of the stator. When the rotor is in the right position, the brush moves over the commutator connection and activates the next winding, to keep moving.
The structure of the 24V brushless motor gives it a distinct advantage. First of all, because there is no brush and commutator, the traditional DC motor is limited to the development of high-speed and large-capacity motor, by changing the condition of commutation, the utility model solves the problems of commutating spark, the mechanical strength of commutator, abrasion of electric brush, etc. . Non-slip contact also solves the problem of commutating sparks and can be used in an explosive environment. The brushless structure also improves the efficiency, the motor itself has no excitation loss and carbon brush loss, eliminating the multi-stage deceleration loss, and the overall energy saving rate can reach 20% ~ 60%. Second, it can be a low-speed, high-power operation, and can save the reducer directly driven heavy load. And 24V brushless motor vibration resistance, low noise, small vibration, smooth operation, and long life.
The 24V brushless motor, which is used in many industries, is rapidly gaining market share due to its multiple advantages.