Advantages of balanced braking motors

There are many types of brake motors on the market, among which the balanced booster brake is widely used. This type of brake motor can achieve balanced braking, which means that during vehicle braking, the braking force of all wheels can be maintained in balance. Maintaining consistency between the two front wheels can prevent directional deviation, and maintaining balance between the two rear wheels can prevent the vehicle from skidding and tailgating. When a vehicle is driving on icy and snowy roads or in rainy conditions, tailgating or deviation during braking can lead to varying degrees of loss of control.

　　Currently on the market Brake motor There are many types available, among which the balanced power brake is widely used. This type of brake motor aims for balanced braking, meaning that during vehicle braking, the braking force on all wheels can be maintained in equilibrium. Consistent force on both front wheels can prevent directional deviation, and balanced force on both rear wheels can prevent body sideslip and fishtailing. When a vehicle is driving on ice and snow or in the rain, fishtailing or deviation during braking can lead to varying degrees of loss of control.

　　When both of these situations occur simultaneously, even driving on a normal road, sudden braking can cause the vehicle to lose control. Once a heavy transport vehicle experiences brake failure, the consequences are very serious. Therefore, to avoid major traffic accidents, protect property safety, and save lives, heavy transport vehicles need to eliminate some unbalanced brake motors to prevent brake deviation and fishtailing.

       

　　The braking force of a balanced brake motor is relatively small. During its operation, it needs to generate friction, which is then converted into mechanical force to increase the braking force. When two braking forces are combined, the overall braking force can increase by 40%. Therefore, this type of brake motor can improve safety performance for steep slopes, heavy loads, and various dangerous road conditions, and it can solve the problem of brake drum rupture. If the brake drum ruptures during braking, it will cause the wheel brake motor to fail, which impacts driving safety. Vehicles equipped with balanced brake motors will find that the vexing problem of brake drum rupture has been resolved.

　　The brake pads of the original vehicle's brake motor have a contact surface of no more than 80%, and the wear on both shoes is inconsistent; the entire set is replaced once the thinner end reaches its limit. It's a great pity to see the thick discarded pads. The contact surface of the balanced brake is always 1, and the wear is even, with discarded pads having equal thickness. Calculated by wear volume or weight, one-third more material is worn away.

　　 Brake motor It is installed on the axle housing, and the brake drum is installed on the wheel hub. The wheel hub is installed on the half-shaft tube via bearings; this is the car axle. The balanced brake axle eliminates operational stress eccentricity and stress concentration in the driving mechanism. After upgrading the braking system of a transport vehicle, its performance will undergo significant changes, exceeding its value by more than 3 times just in terms of brake drums and friction pads.