Torque at 20rpm,20℃ |
0.12 N·cm ± 0.07 N·cm |
0.25 N·cm ±0.08 N·cm |
0.30 N·cm ±0.10 N·cm |
0.45 N·cm ±0.12 N·cm |
0.60 N·cm ±0.17 N·cm |
0.95 N·cm ±0.18 N·cm |
1.20 N·cm ±0.20 N·cm |
1.50 N·cm ±0.25 N·cm |
2.20 N·cm ± 0.35 N·cm |
Bulk Materials |
|
Gear wheel |
POM(5S gear in TPE) |
Rotor |
POM |
Base |
PA66/PC |
Cap |
PA66/PC |
O-Ring |
Silicone |
Fluid |
Silicone oil |
Working Conditions |
|
Temperature |
-5°C up to +50°C |
Lifetime |
100,000 cycles 1 cycle=0°+360°+0° |
100% tested |
1. Torque vs Rotation Speed (Room Temperature: 23℃)
Torque increases with rotation speed as depicted in the accompanying drawing.
2. Torque vs Temperature (Rotation Speed: 20r/min)
The torque of the oil damper is influenced by changes in temperature. Generally, torque increases with decreasing temperature and decreases with increasing temperature. This relationship holds true when maintaining a constant rotation speed of 20r/min.
Rotary dampers are versatile motion control components used in various industries for soft closing.