Soft-close dampening hinges
the hinge is moved.
- Damper working direction: shown by the arrow in the drawing.
- Operating angle: 115°.
- If the opening angle is wider than 115° (+/- 5°), mechanism is broken and damper doesn't work any longer.
- Do not force the door to close faster in damper effective direction. It can cause damage to the product.
- When the door opening angle is small, the dampers may not work smoothly.
- Torque moment (for one hinge): 2.5 to 4.5 N.m.
- Torque calculation:
Torque (N.m) = L (m) x 1/2 x W (kg) x 9.8 with:
• L = door height in metre.
• W = door weight in kilo.
- Operating temperature: 0 to +40°C.
- Soft close of a door (vertical application): door closing system.
Put together with a spring hinge with same dimension (72-1-4231 or 72-1-4232), an automatic soft close of a door is possible without any other component.
Please ask us for more information.
Soft-close dampening hinges in aluminium
- Soft-close dampening hinge: soft-close damper keeps lid from slamming shut whenthe hinge is moved.
- Damper working direction: shown by the arrow in the drawing.
- Operating angle: 115°.
- If the opening angle is wider than 115° (+/- 5°), mechanism is broken and damper doesn't work any longer.
- Do not force the door to close faster in damper effective direction. It can cause damage to the product.
- When the door opening angle is small, the dampers may not work smoothly.
- Torque moment (for one hinge): 2.5 to 4.5 N.m.
- Torque calculation:
Torque (N.m) = L (m) x 1/2 x W (kg) x 9.8 with:
• L = door height in metre.
• W = door weight in kilo.
- Operating temperature: 0 to +40°C.
- Soft close of a door (vertical application): door closing system.
Put together with a spring hinge with same dimension (72-1-4231 or 72-1-4232), an automatic soft close of a door is possible without any other component.
Please ask us for more information.
| Axial load | Radial load | Load with 90° angle | |
|---|---|---|---|
| Tensile tests |  |
 |
 |
| References | Maximum load (N) | Maximum load (N) | Maximum load (N) |
| 75-1-0004 | 13506 | 10634 | 8680 |
| 75-1-0006 | 13506 | 10634 | 8680 |
| 75-1-0007 | 13506 | 10634 | 8680 |
The values stated are derived from the tests carried out by PINET according to the conditions mentioned in the link below.This does not replace in any way the calculations or validation tests that the customer must make on his application with the hinge.
Test conditions and protocols