Model |
Max. Torque |
Reverse torque |
Direction |
TRD-N1-18-R103 |
1 N·m (10kgf·cm) |
0.2 N·m (2kgf·cm) |
Clockwise |
TRD-N1-18-L103 |
Counter-clockwise |
||
TRD-N1-18-R153 |
1.5N·m (20kgf·cm) |
0.3 N·m (3kgf·cm) |
Clockwise |
TRD-N1-18-L153 |
Counter-clockwise |
||
TRD-N1-18-R203 |
2 N·m (20kgf·cm) |
0.4 N·m (4kgf·cm) |
Clockwise |
TRD-N1-18-L203 |
Counter-clockwise |
||
TRD-N1-18-R253 |
2.5 N·m (25kgf·cm) |
0.5N·m (5kgf·cm) |
Clockwise |
TRD-N1-18-L253 |
Counter-clockwise |
Note: Measured at 23°C±2°C.
1. TRD-N1-18 is designed to generate a large torque just before a lid closing from a vertical position,as shown in Diagram A, comes to a full closure. When a lid is closed from a horizontal position,as shown in Diagram B, a strong torque is generated just before the lid is fully closed, causing the lid to not close properly.
2. To determine the damper torque needed for a lid, calculate the load torque using the lid mass and dimensions.
Based on this calculation, you can select the appropriate damper model, such as TRD-N1-*303.
3. Ensure a tight fit between the rotating shaft and other parts to ensure smooth lid closure. Correct dimensions for fixing the rotating shaft to the main body are provided on the right side.
Rotary damper are perfect soft closing motion control components used in many different industries such as toilet seat cover, furniture, electrical household appliance, daily appliances, automobile, train and aircraft interior and exit or import of auto vending machines, etc.