YWZ5-300/80 Dust and Gas Industrial Explosion-proof Brake Hengyang Heavy Industry Coal Mine Chemical Plant Use

Main advantages:

　　(1) Compact structure, improved braking efficiency;.

　　(2) Convenient and reliable control and significant reduction in braking noise.

　　(3) No vacuum device is required, effectively reducing brake pedal kick and providing better pedal feel; and

　　(4) Due to the increase of modularity, the design flexibility is improved during the vehicle design process, which reduces the number of brake system components and saves the space of the brake system layout in the vehicle.The limitation of the EHB is that the whole system still needs hydraulic components and cannot be separated from the brake fluid.

　　The integrated electronic pedal sensor accurately senses the driver's control of the pedal and converts it into an electrical signal that is transmitted to the electronic control unit, which then automatically adjusts the braking pressure at the wheels according to the different driving conditions. This system reduces reaction time and avoids the risk of the driver unconsciously reducing braking force due to vibrations caused by the reaction force of the hydro-mechanical braking system.

　　The actuator replaces the pressure regulator and ABS module of a conventional brake with an integrated brake module containing a motor, pump, battery and other components, which generates and stores the braking pressure and individually regulates the braking torque for each of the four tyres. The EHB is a significant improvement over conventional hydraulic brakes.

　Hydraulic fail-safe brakes offer many unique advantages and are widely used to achieve complex motion and control of a wide range of machines. Hydraulic fail-safe brakes are designed to prevent a variety of malfunctions and control failures that often occur when hydraulic systems are improperly designed or used.