4006003 Brake Caliper Mechanisms Equivalent
4006003
Summary
This brake caliper mechanism features a 115 mm diameter, engineered with heavy-duty grade materials to ensure reliable performance in air disc brake systems. Designed for heavy commercial vehicle applications, it maintains stability under high-pressure braking conditions.
| EAN Code | 8683457005945 |
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Description
What does a brake caliper mechanism do?
This brake caliper mechanism is a critical component within the air disc brake system, responsible for converting pneumatic pressure into mechanical force to ensure effective deceleration. It is manufactured using high-strength components to withstand the intense thermal and mechanical stresses encountered during heavy-duty operation.Compatibility and application
The mechanism is specifically designed for heavy commercial vehicle applications, ensuring consistent braking force across various driving conditions. This component works in tandem with other air brake system parts to maintain the safety and stability of the vehicle's braking performance.Installation and maintenance
When inspecting or replacing this component, technicians should verify the 115 mm diameter and check for any signs of uneven wear or leakage in the pneumatic seals. Regular inspection of the assembly helps prevent brake fade and ensures optimal response times during emergency braking scenarios.Troubleshooting and selection
Proper installation is vital to ensure that the mechanism operates smoothly within the caliper housing. Maintaining clean and well-lubricated contact points within the assembly can significantly extend the service life of the entire air disc brake system.Technical Specifications
| Diameter | 115 mm |
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FAQ
What is the primary function of a brake caliper mechanism?
The mechanism converts pneumatic energy from the air brake system into mechanical force, pressing the pads against the disc to slow or stop the vehicle.
What technical specification is important for this part?
This specific mechanism features a 115 mm diameter, which must be verified against current requirements to ensure correct fitment.
What materials are used in these components?
These components are constructed from heavy-duty grade materials designed to resist high temperatures and extreme mechanical loads.
How can I identify if a replacement is needed?
Technicians should look for uneven pad wear, air leaks, or any mechanical hesitation during braking as indicators that a replacement may be necessary.