E.32.C Flange Bearing

E.32.C Flange Bearing

E.32.C Flange Bearing

The internal gear with outer flange slewing bearing is a robust rotational component developed to address the demands of equipment that requires both a protected drive arrangement and a straightforward, flange-based mounting solution. This design positions the gear teeth on the inner ring and incorporates a mounting flange on the outer ring, making it particularly suitable for applications where the drive pinion must be housed within the bearing envelope while maintaining a secure and rigid attachment to the machine structure.



Application Areas:

  • Compact crane turntables and winch drives

  • Aerial work platforms and lifting equipment

  • Solar tracking systems requiring protected gearing

  • Light to medium-duty industrial turntables

  • Packaging and handling machinery

  • Equipment requiring internal drive arrangement and flange mounting



  • E.32.C Flange Bearing
  • E.32.C Flange Bearing
  • E.32.C Flange Bearing
InquiryTypeBrandDrawing No.Overall DimensionInstall DimensionStructure DimensionLoadingMass
Da [mm]U [mm]C [mm]D [mm]Di [mm]La [mm]naLi [mm]niP [mm]mzFz nom kNFz max kNWeight [KGS]

This bearing series consists of an outer ring with an integral flange, an inner ring with internal gear teeth, and a single row of steel balls with spacers arranged between precision-ground raceways. The four-point contact ball geometry enables the bearing to support axial loads in both directions, radial loads, and tilting moments simultaneously within a single, compact row of rolling elements.

The outer flange provides a wide, flat mounting surface that facilitates direct bolted attachment to the machine structure, eliminating the need for complex adaptor plates or additional mounting brackets. The inner ring features internal gear teeth machined directly onto its inner circumference, allowing the drive pinion to be positioned within the bearing envelope. This arrangement ensures that the gear teeth are protected from external contamination, debris, and physical impact, reducing wear and extending service life.


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