RotorClip retaining rings

Internal Housing Ring Once installed in the groove of a housing/bore, the portion of the ring protruding from the groove (shoulder) securely holds an assembly in place.

Internal Housing Inverted Ring Functions like a HO ring in a housing/bore, only the lugs are reversed, providing more clearance if needed in an application.

nternal Bowed Housing Ring Once snapped into the groove, bowed rings exert a force or preload on the retained parts, compensating for accumulated tolerances in a housing/bore.

Internal Beveled Housing Ring These rings have a 15 degree angle on the outer edge, and when combined with a complementary groove angle, eliminate end-play by wedging between the groove and the retained part.

Internal DIN Housing Ring Meets DIN 427 standard. Once installed in the groove of a housing/bore, the portion of the ring protruding from the groove (shoulder) securely holds an assembly in place.

Internal DIN Housing Inverted Ring Functions like a DHO ring in a housing/bore, only the lugs are reversed, providing more clearance if needed in an application.

Internal DIN Housing Teeth Ring Meets DIN 984 standard. This ring features several teeth equally distributed along the inner circumference of the ring. Particularly effective in retaining ...

Internal DIN Housing Reinforced Ring The DHR is an extra thick version of a regular DHO retaining ring. As such, it is stronger and can withstand greater thrust loads than its standard counterpart.

Internal ANSI Metric Housing Ring These retaining rings extend from a groove to provide a sturdy, secure support for the assembly.

External Shaft Ring Once installed in the groove of a shaft, the portion of the ring protruding from the groove (shoulder) securely holds an assembly in place.