Timken 614072 Clutch Release Bearing

Timken Clutch Release Bearing 614072

Timken 614072 is a clutch release bearing for select Honda and Acura manual transmission applications. It is built for consistent bearing performance and meets or exceeds OE bearing performance requirements for the listed vehicles.

Key Features

• Clutch release bearing for transmission service
• Timken-engineered design, materials, and manufacturing process
• OE supplier heritage spanning more than 100 years
• Meets or exceeds OE bearing performance requirements
• Direct-fit application coverage for select Honda Accord, Prelude, CR-V, and Acura Integra models

Application Coverage

• Fits 1990-2002 Honda Accord, N/A
• Fits 1994-2001 Acura Integra, N/A
• Fits 1997-2001 Honda CR-V, N/A
• Fits 1990-2001 Honda Prelude, N/A

This part cross-references National 614072 and SKF N4089 for the same application. Timken 614072 is a practical choice when replacing a worn clutch release bearing in a Honda Accord, Honda Prelude, Honda CR-V, or Acura Integra manual transmission. It is intended to restore smooth clutch release operation and support proper pedal feel during shifting.

What It Helps Solve

• Noise from a worn clutch release bearing
• Rough or inconsistent clutch disengagement
• Shifting difficulty related to release bearing wear
• Vibration or chatter during clutch operation
• Service replacement for high-mileage manual transmission components

Installation Notes

Verify transmission and clutch system compatibility before installation. Inspect the clutch fork, pressure plate contact points, and related release components during service, and replace any worn mating parts as needed. Proper alignment and lubrication of adjacent clutch components help support correct operation after installation.

Quality Assurance

Timken tests bearing design, materials, and manufacturing processes to help maintain consistent performance. As an OE supplier to the automotive industry for more than 100 years, Timken builds this bearing to meet or exceed OE bearing performance requirements.