Gates CHK140 Engine Timing Chain Kit

Timing Chain Kit Overview

Gates CHK140 is an engine timing chain kit built for interference-engine applications in select Nissan models. It combines steel chain components with matched guides, tensioners, and sprockets to restore timing drive function with OE-level fit and performance.

• Steel timing chain construction for durable timing drive operation
• Silent chain design for smooth, controlled movement
• Includes guides, tensioners, and sprockets for a complete timing service
• Plastic chain guides and steel camshaft sprockets for matched component materials
• Fits select Nissan Altima, Rogue, and Rogue Select applications

Detailed Application Fitment

Compatible With 2014-2016 Nissan Altima, N/A; 2014-2016 Nissan Rogue, N/A; and 2014-2015 Nissan Rogue Select, N/A. This Gates CHK140 timing chain kit is engineered for interference engine applications where accurate valve timing is critical. The silent chain design, 6.35 mm pitch, and steel chain construction support consistent timing drive operation, while the included guides, tensioners, and sprockets address the full chain drive assembly. This part cross-references 9-4212SF and 94212SFX for the same application.

What It Helps Address

• Timing chain stretch or wear that affects engine synchronization
• Noisy timing drive operation from worn chain components
• Failed tensioners or guides that reduce chain control
• Worn sprockets that can compromise timing accuracy
• Interference-engine timing service needs during repair

Installation Notes

Verify engine code and timing drive configuration before installation. This kit is intended for the listed interference-engine applications and should be installed with timing marks aligned exactly to specification. Inspect related seals, gaskets, and wear surfaces during service to avoid repeat timing concerns.

Quality Assurance

Gates is a global timing drive supplier in both original equipment and aftermarket channels, and CHK140 is built to meet or exceed OE standards in function, fit, and performance.