Products
8038/670
2019-04-29
  • 8038/670 split spherical roller bearing
  • 8038/670 split bearing
  • split spherical roller bearing 8038/670
  • 8038/670 split spherical roller bearing structure
  • Part NO.

    Open type:8038/670

  • Dimension

    d:670mm

    D:980mm

    B:350mm

    C:230mm

  • Mounting

  • Basic Load Ratings

    Cr:6440kN

    Cor:14000kN

  • Equivalent Model

Mass:800kg
  • Features
  • Mounting
  • 8038/670 split spherical roller bearing features:

    1. Comparable capacity to solid bearing.

    2. Internally self-aligning.

    3. Simplify the replacement and installation.

    4. Reduce downtime of machinery and plant.

    5. Reduce assembly and maintenance costs.

    8038/670 split bearings applications

    Cold rolling tube mill

    Cold pilger tube rolling mill

    Pilger mill crankshaft

    Cold pilger rolling

     

  • 8038/670 split spherical roller bearing installation instructions

    Bearings must be disassembled before assembling into position.

    To ensure proper operation, split spherical roller bearings must be clamped onto a clean, uniform shaft that is within the specified tolerance limits and adequately lubricated. Also, the inner and outer ring halves and roller assemblies are not interchangeable with other bearings, and must be matched according to the markings on the rings during installation.

     

    split cylindrical roller bearing mounting 1 802824-1 split cylindrical roller bearing mounting802824-1 split cylindrical roller bearing mounting installation

     

    1. Place the housing base or flange lower half into position.

    2. Place the inner race at the correct position on the cleaned shaft.

    3. Fit the clamping rings then progressively tighten all screws. Tap down each half of the inner race and clamping rings

    all around the shaft using a rubber hammer. Re-tighten the screws.

    4. Assemble the cage and roller assembly around the inner race, then coat them with grease.

    5. Fit the remaining parts, finishing with the upper outer ring half.

    6. Lower the shaft in order to subject the bearing to load.

    7. Secure housing cover.

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