skip
Products & ServiceCompany Profile

FHD-B1/B2 Series
RoHS Compliant

fig
Friction-Type Hinge Damper [Bi-Directional] Fixed

Specification

Model Rated torque
FHD-B1-133-K 1.35±0.34N•m
(13.5±3.4kgf•cm)
FHD-B2-133-K

Note) Damper torque was measured at 25˚C±2C˚ at 2rpm

fig
  • Max. rotation speed / 15rpm
  • Max. cycle rate / 5 cycle/min
  • Operating temperature / 0~60˚C
  • Weight /
    FHD-B1/B2-133 :50g,
    FHD-B1/B2-133-1:40g
fig

How to Use the Damper

  1. The damper generates torque in both clockwise and counter-clockwise directions.
  2. A friction-type hinge damper can be used as a bearing.
  3. Friction-type hinge dampers have a long product life and do not require lubrication.
  4. Torque down will result if the damper part gets wet with water or oil.
  5. It cannot be used for continuous rotation. Please use it in a vane motion.
  6. Depending on the operating conditions, it can be used as a free-stop hinge. Please calculate the retention torque based on the following equation.
  7. fig
  8. This damper is only for horizontal application. Please do not use this damper for vertical application.

Damper Characteristics

  1. Temperature characteristics
    Damper characteristics vary according to the ambient temperature. In general, the damper characteristics become weaker as the temperature increases, and become stronger as the temperature decreases. This is because the temperature of the shaft bush inside the damper varies according to the temperature. When the temperature returns to normal, the damper characteristics will return to normal as well.
  2. fig
  3. Speed characteristics
    The speed characteristics of a friction-type hinge damper are shown in the graph below. The damper torque is determined based on the speed characteristics at 2rpm.
  4. fig