Torque |
|
A |
0.24±0.1 N·cm |
B |
0.29±0.1 N·cm |
C |
0.39±0.15 N·cm |
D |
0.68±0.2 N·cm |
E |
0.88±0.2 N·cm |
F |
1.27±0.25 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 fluctuates in response to changes in rotation speed, as illustrated in the accompanying diagram. Torque increases with higher rotation speeds, exhibiting a positive correlation.
2. Torque vs Temperature (Rotation Speed: 20r/min)
The torque of the oil damper varies with temperature. In general, torque increases as temperature decreases and decreases as temperature increases. This relationship holds true at a constant rotation speed of 20r/min.
Rotary dampers are essential motion control components for achieving smooth and controlled soft closing in a wide range of industries. These industries include auditorium seating, cinema seating, theatre seating, bus seating, toilet seats, furniture, electrical household appliances, daily appliances, automotive, train interiors, aircraft interiors, and the entry/exit systems of auto vending machines.