This bearing series consists of an inner ring with integral internal teeth, an outer ring, and three rows of cylindrical rollers positioned in precision-machined raceways. Each roller row is dedicated to a specific load direction: one row handles axial loads in one direction, a second row manages axial loads in the opposite direction, and the third row supports radial loads. This separation of load paths ensures that each row can be independently optimized for its designated function, resulting in efficient load transmission and balanced performance under complex loading conditions.

The internal gear is formed directly on the inner ring, allowing the drive pinion to be positioned within the bearing envelope. This configuration provides multiple benefits: the gear teeth are protected from external contamination, debris, and physical damage; the overall footprint of the rotating assembly is reduced; and the machine design can be streamlined for greater efficiency. Both rings are drilled with mounting holes for secure bolted attachment to the supporting structure.