INA ZT-9-5294 Engine Timing Chain Tensioner

INA ZT-9-5294 Timing Chain Tensioner

INA ZT-9-5294 is an engine timing chain tensioner for select GM compact cars with chain-drive valve timing. It supports correct timing drive geometry for steady power transfer and dependable operation in service.

• Engine timing chain tensioner for valve train applications
• OE-style repair solution from INA
• Supports proper gear ratio control in the timing drive
• Built for reliable operation with low maintenance requirements
• Cross-references INA Global Number 551 0389 100

Compatible With Select GM Models

Fits 1995-1996 Buick Skylark, N/A; Fits 1996 Chevrolet Cavalier, N/A; Fits 1996 Oldsmobile Achieva, N/A; Fits 1992-1996 Pontiac Grand Am, N/A; Fits 1995-1996 Pontiac Sunfire, N/A. Additional coverage includes Fits 1995 Chevrolet Cavalier, N/A; Fits 1992-1995 Oldsmobile Achieva, N/A; Fits 1992-1994 Buick Skylark, N/A; Fits 1992-1994 Oldsmobile Achieva, N/A; Fits 1988-1991 Buick Skylark, N/A; Fits 1988-1991 Oldsmobile Cutlass Calais, N/A; Fits 1990-1991 Oldsmobile Cutlass Supreme, N/A; Fits 1988-1991 Pontiac Grand Am, N/A; Fits 1990-1991 Pontiac Grand Prix, N/A; Fits 1987 Oldsmobile Calais, N/A.

What This Part Helps Address

• Timing chain slack or inconsistent chain tension
• Noise from a worn timing drive tensioner
• Timing instability in chain-driven valve train systems
• Service needs on GM 2nd design single-row timing setups
• Replacement needs for L40 engine applications noted in fitment

Installation Notes

Verify engine code, timing drive design, and model-year fitment before installation. This part number is listed for multiple GM applications, including 2nd design single-row and L40 engine notes, so matching the exact configuration is important. Confirm the existing tensioner style against the vehicle application before assembly.

Quality Assurance

INA positions this timing drive component as part of its repair solutions for chain and belt drive systems, with an emphasis on correct gear ratios, dependable operation, and reduced maintenance demands.