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 Temp: 23℃)
The torque of the oil damper increases with rotation speed, as indicated in the right diagram, showcasing a direct relationship between torque and speed.
2. Torque vs Temperature (Rot Speed: 20r/min)
Torque of the oil damper changes with temperature, typically increasing with temperature reduction and decreasing with temperature increment.
Rotary dampers are essential soft closing components used in various industries, including seating, furniture, appliances, and transportation.