4502017 Brake Caliper Pin Piston Compatible
4502017
Summary
This Ø 60 mm brake caliper pin piston is engineered for heavy commercial vehicle braking systems, ensuring precise movement within the caliper mechanism. Built with high-strength components to withstand demanding service conditions in air disc brake systems.
| EAN Code | 8683457033016 |
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Description
What does a brake caliper pin piston do?
This brake caliper pin piston serves as a critical component within the air disc brake caliper assembly. It facilitates the controlled movement of the caliper mechanism, ensuring that braking force is applied accurately and consistently during deceleration.Vehicle and system compatibility
Designed for heavy commercial vehicle applications, this component works within the pneumatic braking system to maintain optimal piston travel. The Ø 60 mm diameter ensures a precise fit for specific caliper architectures used in heavy-duty fleets.Installation and maintenance
For proper installation, technicians should verify that all surfaces are clean and that the piston moves freely within its housing. Regular inspection of the pin piston is recommended during routine brake service to prevent seizing or uneven wear caused by debris or moisture ingress.Troubleshooting and selection
Check the compatibility list.Technical Specifications
| Diameter | Ø 60 mm |
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FAQ
What is the function of a brake caliper pin piston?
The pin piston allows the caliper mechanism to slide correctly, ensuring even pressure is applied to the brake pads within the air disc brake system.
Which vehicles use this Ø 60 mm component?
This specific size is designed for heavy commercial vehicles requiring precise air disc brake caliper performance.
How can I identify if a pin piston needs replacement?
Technicians should look for signs of uneven pad wear or sticking calipers, which may indicate that the pin piston is no longer moving smoothly.
What materials are used in these components?
These components are manufactured using high-strength materials designed to endure the extreme thermal and mechanical stresses of heavy-duty braking.