TAILIEUCHUNG - Slide Brake_System training

The Bendix Brake features a curriculum that includes the fundamentals of compressed air; tactics for air system failure mode diagnosis and troubleshooting; and air brake system and foundation brake components, including air compressors, valves, foundation drum brake and air disc brakes. Conducted by the veteran ASE-certified Bendix team, this all-inclusive course incorporates description, operation, and service elements for the total range of components found within dual air brake systems. | Brake System Construction (1/1) 6. Parking brake 5. Disc brake 1. Brake pedal 2. Brake booster 3. Master cylinder 4. Proportioning valve (1) Disc brake (2) Disc brake Construction The brake system consists of the following components. 1. Brake pedal 2. Brake booster 3. Master cylinder 4. Proportioning valve (P valve) 5. Foot brake (1) Disc brake (2) Drum brake 6. Parking brake Master Cylinder General & Construction (1/3) Minimum (5) Rubber piston cups (7) Fluid level sensor (6) Reservoir tank (1) piston (2) return spring (3) piston (4) return spring General & Construction 1. General The master cylinder is a device that converts the operation force applied by the brake pedal into hydraulic pressure. Currently, the tandem master cylinder, which includes two pistons, generate hydraulic pressure in two-systems brake line. The hydraulic pressure is then applied to the disc brake calipers or the wheel cylinders of the drum brakes. The reservoir serves to absorb changes in the brake fluid volume caused by changes in fluid temperature. Also, it has a separator inside that divides the tank into front and rear parts as shown in the left. The two-part design of the tank ensures that if one circuit fails due to fluid leakage, the other circuit will still be available to stop the vehicle. The fluid level sensor detects when the fluid level in the reservoir tank falls below the minimum level and then uses the brake system warning light to warn the driver. 2. Construction The master cylinder consists of the following components. (1) piston (2) return spring (3) piston (4) return spring (5) Rubber piston cups (6) Reservoir tank (7) Fluid level sensor Master Cylinder General & Construction (2/3) 3. Principles Fulcrum Principle of the lever Wheel cylinder The principle of the lever is applied by the brake pedal as follows. A B F1 A = F2 B F2 = F1 F1: Pedal force F2: Push rod output force A1: Distance from .

• Cơ khí - Chế tạo máy
• Slide Brake System training
• push rod output force
• distance from push
• amount of movement of push
• compensating port
• breke pedal released