It is usually mounted on the axle, near the wheel that is to be equipped for braking. Air pressure is fed through an inlet port. The air pushes against the diaphragm and the push rod. The push rod is connected by a clevis and pin to a crank arm-type lever called a 'slack adjuster.
OE NO |
25832113 |
MODEL |
Chevrolet |
Specifications
KEEP IN TOUCH
1. Working principle of hydraulic clutch master cylinder Basic structure and workflow Hydraulic clutch master cylinder usually consists of the fol...
READ MORE1. Structure and working principle of brake caliperThe main function of brake caliper is to press friction material to rotating brake disc through cla...
READ MORE1. Thickness detection methodObservation standard-Brake pad new thickness: 10~15mm (about 1 yuan coin thickness)Recommended replacement threshold: ≤3m...
READ MORE1. Function and working principle of 8971384830 Clutch Master CylinderThe 8971384830 Clutch Master Cylinder is the core component of the automobile cl...
READ MOREChevrolet 25832113 brake wheel cylinder follows the modularization and reliability principles of modern automobile brake systems. As the core actuator of the drum brake, the wheel cylinder converts the hydraulic pressure of the brake master cylinder into mechanical force through hydraulic transmission, driving the brake shoe to fit the brake drum, thereby realizing the vehicle deceleration or parking function. It adopts a double-piston structure inside, and the cylinder body is cast from cast iron or aluminum alloy. Through precision machining, the matching tolerance between the piston and the cylinder wall is controlled within ±0.01mm. This design not only improves the sealing performance, but also can adapt to the heat expansion generated by high-frequency braking.
In terms of manufacturing process, the production of 25832113 wheel cylinder strictly follows the ISO/TS 16949 quality management system. From raw material selection to finished product testing, it is necessary to go through several key processes: the casting blank needs to be inspected for internal defects by X-ray flaw detection; the inner wall of the cylinder after CNC machine processing needs to reach a surface roughness of Ra0.8μm; ultrasonic cleaning technology is used to remove metal debris during assembly, and rubber seals are installed with special lubricants. Each assembled slave cylinder must pass air tightness tests and dynamic durability tests to ensure its stability under high-load conditions.
In actual applications, the maintenance of the slave cylinder needs to focus on the piston activity and seal aging. When the brake shoe wear exceeds 3mm, it is recommended to simultaneously check whether the slave cylinder piston returns smoothly to avoid piston jamming due to excessive wear. To ensure optimal performance, it is recommended to perform deep maintenance on the slave cylinder every 60,000 kilometers or when the brake pads are replaced twice - including cleaning the carbon deposits on the piston surface, replacing the dust cover and lubricating the guide pin.