932 Series90 Type

932 Series 90 Type

932 Series 90 Type

The double flange slewing bearing is a highly adaptable rotational component developed for applications where both the inner and outer rings require direct flange mounting to their respective structures. This symmetric design features flanges on both rings, offering a practical and efficient solution for equipment where installation simplicity, structural stability, and even load distribution are essential.



Application Areas:

  • Compact crane turntables and winch drives

  • Aerial work platforms and lifting equipment

  • Solar tracking systems with space constraints

  • Light to medium-duty industrial turntables

  • Packaging and handling machinery

  • Equipment requiring flange mounting on both rings



  • 932 Series 90 Type
  • 932 Series 90 Type
  • 932 Series 90 Type
  • 932 Series 90 Type
InquiryTypeBrandDrawing No.Dimensions And WeightMounting HolesLoad Ratings
Outside Dia Outer Ring Inside Diameter,Inner ringInside Dia Outer RingOutside Diameter Inner RingDia Outer RingDia Inner RingWeightPitch Arde Diameter Outer RingNumber Of Holes Outer RingPitch Arde Diameter Inner RingNumber Of Holes Inner RingStatic Dynamic
Da [mm]di [mm]Di [mm]da [mm]a [mm]b [mm]G [kg]La [mm]naLi [mm]niCo rad [kN]Co ax [kN]Crad [kN]Cax [kN]

This bearing series comprises an inner ring with an integral flange, an outer ring with an integral flange, and a single row of steel balls 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.

Both rings are manufactured with broad, flat flanges that provide generous mounting surfaces, allowing direct bolted attachment to the machine structure without the need for adaptor plates or intricate mounting brackets. This dual-flange design ensures accurate alignment during installation and promotes even load distribution across both rings, reducing stress concentrations and improving long-term reliability.


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