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Vane dampers


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The damper's braking force is produced by the viscosity of the oil. The damper's oil moves into the opposing chamber when the shaft rotates. The amount of oil pressure on the vane affects the torque. The ambient temperature has an impact on the damper's properties. Damper characteristics weaken as the temperature goes up, and become stronger as the temperature goes down.

The damper’s working angle is 110°, Rotating the damper beyond this angle will cause damage to the damper. Please ensure that an external stopper is in place.

 

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  1. Torque 0.60 N-m and Damping direction Counter-clockwise
  2. Torque 0.60 N-m and Damping direction clockwise
  3. Torque 1N-m and Damping direction Counter-clockwise
  4. Torque 1N-m and Damping direction Clockwise
  5. Torque 1.5N-m and Damping direction Counter-clockwise
  6. Torque 1.5N-m and Damping direction Clockwise
  7. Torque 1.8N-m and Damping direction Counter-clockwise
  8. Torque 1.8N-m and Damping direction Clockwise
  9. Torque 3N-m and Damping direction Counter-clockwise
  10. Torque 3N-m and Damping direction Clockwise
  11. Torque 1N-m and Damping direction Counter-clockwise
  12. Torque 1N-m and Damping direction Clockwise
  13. Torque 2N-m and Damping direction Counter-clockwise
  14. Torque 2N-m and Damping direction Clockwise
  15. Torque 3N-m and Damping direction Counter-clockwise
  16. Torque 3N-m and Damping direction Clockwise
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