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. The torque of the oil damper increases as the rotation speed increases, as depicted in the provided diagram. This relationship holds true at room temperature (23℃). In other words, as the rotation speed of the damper increases, the torque experienced also increases.
2. The torque of the oil damper exhibits a correlation with temperature when the rotation speed is maintained at 20 revolutions per minute. Generally, as the temperature decreases, the torque increases. On the other hand, when the temperature increases, the torque tends to decrease.
Rotary dampers are highly effective components for controlling soft closing motions and find applications in a diverse range of industries.
These industries include auditoriums, cinemas, theatres, buses, toilets, furniture, household appliances, automobiles, trains, aircraft interiors, and vending machines.
These rotary dampers effectively regulate the opening and closing movements of seats, doors, and other mechanisms, providing a smooth and controlled motion experience.