361207-R bearing: complete specifications & equivalents

Specification table

Source: catalog reference (SKF PUB BU/P1 17000/1 EN (Oct 2018), ch. 14 cam rollers) · extracted 2026-10-14

Parameters extracted from the official SKF Rolling Bearings catalogue (SKF PUB BU/P1 17000/1 EN (Oct 2018), ch. 14 cam rollers); SKF® and SKF Explorer® are trademarks of AB SKF, used here for identification only — mpnbase is not an authorized SKF distributor. Boundary dimensions are ISO 15 interchangeable; current production values may differ, verify at skf.com.

Cross references & equivalents

No verified interchange data yet. Send an inquiry and our team will confirm equivalents manually.

How the 361207-R model number is decoded

the 80 mm outside diameter is the crowned track contact surface, the 35 mm bore takes the pin and the 17 mm overall width spreads the Hertzian contact across the thick-walled outer ring published ratings C 22.1 kN and C0 11.8 kN already include the outer-ring bending correction that track rollers require; the C/C0 ratio of 1.87 reflects a single deep groove ball set fatigue load limit Pu 0.5 kN against a 35 mm bore gives 0.63 kN per mm of bore, and the 4,500 r/min figure is a mechanical limit rather than a thermal one the maximum permissible radial loads are Fr 12.9 kN dynamically and F0r 18.3 kN statically; because the permissible static load is the lower of F0r and C0, the 11.8 kN figure governs static selection here the 17 mm width carries 1.30 kN per mm, the ring section measures 22.5 mm between bore and track surface, and 420 g over a 80x17 mm envelope is 0.309 g per mm2 of projected area for low-speed cam duty dimensionally this is a 62 dimension series of deep groove ball bearings at 35 mm bore with a thick-walled outer ring pushed out to 80 mm (the base bearing measures 72 mm); the additional ring wall is what resists bending when the roller is unsupported in a housing at 35 mm bore this is the largest cam roller listed; the 17 mm width gives 22.1 kN dynamic capacity but the limiting speed drops to 4,500 r/min, so it suits slow, heavily loaded cams the 3612 designation means the lightest cam roller design in the chapter, based on a single deep groove ball set; the R suffix marks the NBR contact seals that keep the factory grease fill in place for life the crowned running surface is standard on this design — the 80 mm ring is ground to a radius of 400 mm so that a slightly misaligned or deflecting track does not concentrate load on one edge typical duties are textile machinery cam gear, food processing index conveyors and packaging machine timing cams this size is regularly specified for textile machinery cam gear and food processing index conveyors, where the 80 mm ring rides the cam profile and the 35 mm bore takes a g6 pin the single ball row and the 17 mm wide ring make packaging machine timing cams a natural fit; the 420 g mass keeps the follower inertia low enough for rapid indexing cycles heat stabilisation here only reaches 120 degC, so exposure to higher temperatures will dimensionally destabilise the rings and shorten the seal life the crowned running surface is standard, so the track must still be a smooth continuous profile — a step or weld spatter on the cam will brinell the ball raceway

Typical equipment & failure modes

Selection pitfalls — read before you substitute

• the single row design has the lowest tilting-moment capacity in the chapter; if the cam track is not parallel to the roller axis, the load moves onto one edge of the ring
• heat stabilisation here only reaches 120 degC, so exposure to higher temperatures will dimensionally destabilise the rings and shorten the seal life
• the crowned running surface is standard, so the track must still be a smooth continuous profile — a step or weld spatter on the cam will brinell the ball raceway