A |
Red |
0.3±0.1N·cm |
X |
Customized |
Material |
|
Base |
PC |
Rotor |
POM |
Cover |
PC |
Gear |
POM |
Fluid |
Silicon oil |
O-Ring |
Silicon rubber |
Durability | |
Temperature |
23℃ |
One cycle |
→1.5 way clockwise, (90r/min) |
Lifetime |
50000 cycles |
1. Torque vs Rotation Speed at Room Temperature (23℃
The torque of the oil damper changes in response to the rotation speed, as depicted in the accompanying diagram. Increasing the rotation speed results in a corresponding increase in torque.
2. Torque vs Temperature at Constant Rotation Speed (20r/min)
The torque of the oil damper is influenced by temperature variations. In general, as the temperature decreases, the torque tends to increase, and as the temperature increases, the torque tends to decrease. This pattern holds true when maintaining a constant rotation speed of 20r/min.
Rotary dampers enable soft closing in diverse industries like seating, furniture, and automotive.