ACL 5C4322S-00 Camshaft Bearing for Ford Power Stroke 6.7L

The ACL 5C4322S-00 camshaft bearing is designed for Ford Power Stroke 6.7L diesel engine applications. Manufactured for dependable engine rebuilding and replacement use, this bearing supports proper camshaft alignment and smooth rotation within the engine block. It is a practical choice for professional technicians, machine shops, and vehicle owners completing a precision-focused engine service.

ACL develops engine bearings to meet the demands of modern automotive applications, with attention to material consistency, dimensional control, and reliable performance. The 5C4322S-00 is intended to help restore the correct operating relationship between the camshaft and its bearing surfaces when worn or damaged components are replaced. Proper installation should be completed according to the engine manufacturer’s service procedures, including required bore inspection, clearance verification, and lubrication practices.

Key Product Specifications & Technical Data

• Brand: ACL
• Part Number: 5C4322S-00
• Product Type: Camshaft bearing
• Application: Ford Power Stroke 6.7L diesel engine
• Vehicle System: Engine internal components
• Installation Type: Engine rebuild or replacement service
• Quantity: One camshaft bearing set or component as supplied by ACL
• Use: Automotive replacement and performance maintenance

What's Included

• One ACL 5C4322S-00 camshaft bearing

Fitment should be verified against the vehicle’s year, model, engine configuration, and original equipment specifications before purchase. Always compare the existing component and confirm required bearing clearances during installation.

Features:

• Application-Specific Design: Developed for Ford Power Stroke 6.7L diesel engine applications.
• Reliable Camshaft Support: Helps maintain proper camshaft alignment and smooth rotation within the engine block.
• Engine Rebuild Solution: Suitable for replacing worn or damaged camshaft bearing components during engine service.
• ACL Quality: Manufactured by ACL with attention to material consistency and dimensional control for dependable automotive use.