Torque |
|
0.2 |
0.2±0.05 N·cm |
0.3 |
0.3±0.05 N·cm |
0.4 |
0.4±0.06 N·cm |
0.55 |
0.55±0.07 N·cm |
0.7 |
0.7±0.08 N·cm |
0.85 |
0.85±0.09 N·cm |
1 |
1.0±0.1 N·cm |
1.4 |
1.4±0.13 N·cm |
1.8 |
1.8±0.18 N·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 varies with rotation speed, as depicted in the accompanying diagram. As the rotation speed increases, the torque of the damper also increases.
2. Torque vs Temperature (Rotation Speed: 20r/min)
The torque of the oil damper is affected by temperature fluctuations. In general, when the temperature decreases, the torque tends to increase, whereas an increase in temperature results in a decrease in torque. This relationship holds true at a constant rotation speed of 20r/min.
1. Rotary dampers are ideal motion control components for achieving smooth and controlled soft closings. They find extensive applications in various industries, including auditorium seatings, cinema seatings, theatre seatings, bus seats, and toilet seats. They are also commonly used in furniture, electrical household appliances, daily appliances, and automotive sectors.
2. In addition, rotary dampers are widely utilized in train and aircraft interiors, as well as the entry and exit systems of auto vending machines. With their exceptional performance, rotary dampers greatly enhance user experience and safety across a diverse range of industries.