INA ZC-76253 Engine Timing Set

INA ZC-76253 Engine Timing Set

INA ZC-76253 is a premium engine timing set built for timing chain service on select Ford trucks and vans. It includes the core components needed for a complete timing repair, with chains, tensioners, and guides in one kit.

Key Features

• Premium-grade engine timing set from INA
• Includes timing chains, tensioners, and chain guides
• Gaskets not included
• Drive sprocket not included
• Engine timing set for valve train service

Product Details

This INA timing chain kit is engineered to bring together the essential timing components required for a proper repair. For applications covered by this kit, the package is organized to support a complete timing service without having to source the main chain, tensioner, and guide components separately. INA ZC-76253 is also referenced under INA Global Number 559 1453 100, and it cross-references part number 5591453100 for the same application.

Compatible With 2009-2014 Ford E-150, N/A; 2009-2014 Ford E-250, N/A; and 2008-2010 Ford F-150, N/A. Use this timing set when servicing Ford E-150, Ford E-250, or Ford F-150 engines that require the listed application coverage.

Common Repair Uses

• Replacing a stretched or worn timing chain
• Addressing timing noise from worn guides or tensioners
• Restoring proper camshaft and crankshaft timing
• Repairing timing system wear found during engine teardown
• Completing a timing service with matched chain components

Installation Notes

Verify engine code, timing cover configuration, and application details before installation. Inspect related wear items and confirm chain alignment, tensioner operation, and guide condition during assembly. Follow factory timing procedures and torque specifications for the specific Ford E-150, Ford E-250, or Ford F-150 application.

Quality Assurance

INA timing chain kits are assembled with the components needed for a complete timing repair and are positioned as premium replacement parts for engine timing service. The kit format helps reduce the chance of missing critical timing components during repair.