PINION GAUGE PLATE - Kent-Moore

The Kent-Moore KMJ2177736 Pinion Gauge Plate is a critical component designed for the precise measurement and accurate setting of pinion depth in automotive and industrial differential assemblies. This specialized tool ensures the correct relationship between the pinion gear and the ring gear, which is fundamental for optimal gear mesh, quiet operation, and extended differential lifespan. Crafted to Kent-Moore's rigorous professional standards, this gauge plate provides a stable and accurate reference point, essential for technicians performing crucial drivetrain service.

Key Features

• Precision Manufacturing: Engineered for high accuracy, providing a reliable surface for depth measurement.
• Durable Construction: Built from robust materials to withstand the demanding environment of professional automotive and industrial workshops, ensuring long-term reliability.
• Essential Gauging Component: Integrates seamlessly into a comprehensive pinion setting system, often used in conjunction with a dial indicator and arbor assembly for precise measurements.
• Accurate Pinion Depth Setting: Facilitates the exact positioning of the pinion gear, crucial for preventing premature wear and operational noise in differential units.
• Professional-Grade Tool: Designed for technicians and mechanics who require exact specifications for drivetrain repairs and rebuilds.

Applications

The KMJ2177736 Pinion Gauge Plate is indispensable for professional technicians engaged in differential rebuilding, axle servicing, and any procedure requiring the precise adjustment of pinion depth. It is particularly valuable for applications involving General Motors (GM) vehicles, where Kent-Moore tools are frequently specified as essential for maintaining OEM standards. Proper use of this gauge plate helps achieve the correct gear contact pattern, vital for the performance and longevity of rear-wheel drive and all-wheel drive vehicle differentials. This tool assists in ensuring differentials operate smoothly, quietly, and efficiently after service.