Clutch Release Bearing 614014,N1714SA,D9ZC-7548AA For FORD

This series of clutch release bearings is specially designed for FORD models, covering core models such as 614014, N1714SA, D9ZC-7548AA, etc., and is suitable for classic models such as FORD F-150, Ranger, Explorer and Mazda B series. The product is made of high-precision chrome steel and has passed ISO9001:2015 and TS16949 international quality system certification to ensure that the material's wear resistance, fatigue resistance and dimensional stability reach the industry's leading level. Its core structure adopts a double-row roller design, and the outer ring raceway is spherical. It has an automatic self-aligning function, which can compensate for the angular deviation caused by installation errors or shaft deflection, and adapt to high-load operation under complex working conditions. The inner hole of the bearing is available in two specifications: cylindrical and 1:12 conical. With a tightening sleeve or a withdrawal sleeve, it can realize the rapid assembly of the smooth shaft or stepped shaft, significantly improving maintenance efficiency.

The dynamic load-bearing capacity of the product is up to 325kN, and the maximum speed can reach 2600 RPM, which meets the stringent requirements of FORD models in scenarios such as frequent start-stop and heavy-load transportation. By optimizing the raceway curvature radius and the cage structure, the friction coefficient of the bearing is reduced by 15% when running at high speed, and the temperature rise control is 20% better than the industry standard, effectively extending the service life of the clutch system. In addition, the bearing adopts a sealed dustproof design to block the intrusion of mud and water, ensuring stable performance under harsh road conditions. This series of bearings supports direct replacement of OEM numbers. For example, D9ZC-7548AA can seamlessly adapt to Ford Ranger 2001-2011 models. The installation hole spacing, axial clearance and other parameters are exactly the same as the original parts, avoiding abnormal noise, shaking and other problems caused by mismatched accessories, and providing a cost-effective solution for the maintenance market.