Product description

The Snap-On JBC61686000 Wear Ring is a vital internal bearing component designed for hydraulic cylinders with a 1.75-inch Outside Diameter and a 1.5-inch Inside Diameter. This ring serves as the primary guide for the internal piston or rod assembly, ensuring that the movement within the cylinder bore remains linear and stable. By maintaining a 0.125-inch wall thickness, it provides a robust buffer that prevents metal-to-metal contact, which is the primary cause of internal cylinder scoring and subsequent system failure. In professional Snap-On and John Bean lifting equipment, these wear rings are essential for handling the side loads that occur when vehicles are not perfectly balanced on the lift. The use of a high-quality replacement wear ring like the JBC61686000 ensures that the hydraulic system operates with minimal friction, reducing heat and extending the lifespan of the dynamic seals and the cylinder itself.

Product highlights

• Precision Guidance: Ensures the hydraulic piston maintains perfect alignment within the cylinder bore during all phases of operation.
• Metal-to-Metal Protection: Acts as a sacrificial bearing to prevent expensive damage to the cylinder's internal surfaces.
• Optimized Dimensions: Specifically sized at 1.75" OD and 1.5" ID for a perfect fit in compatible hydraulic systems.
• Load Distribution: Effectively manages lateral forces to protect seals from uneven wear and pressure points.
• Shop Durability: Constructed from materials proven to withstand the heavy-duty cycles of a professional automotive service bay.

Specs

• Component Type: Wear Ring
• Dimensions: 1.75" OD x 1.5" ID
• Manufacturer: Snap-On
• Manufacturer Part Number: jbc61686000
• Country of Manufacture: USA

Direct replacement models

Snap-On JBC61686000, John Bean 61686000

You will receive the same product or an OEM-Equivalent that meets the highest standard of the OEM with warranty that will be a direct-fit. Manufactured with rigorous industry standards and certified in the USA with superior quality to the OEM.