Essentials
Side panel cath of piston without pivot
Catch of piston for aluminium door 282
Side panel catch of piston
Essentials
Side panel cath of piston without pivot
Catch of piston for aluminium door 282
Side panel catch of piston
Piston for Lift-up doors H, 8kg, distance range 100mm, Steel and Plastic, Metallic grey
1259225
1259225
Piston for Lift-up doors H, 8kg, distance range 100mm, Steel and Plastic, Metallic grey
1259225
1259225
Product features
- Piston for lift-up doors with 8 kg force.
- 100 mm stroke for smooth and controlled movement.
- Ideal for Wood and aluminium doors from 16 to 19 mm thick.
- Made of Steel and Plastic with Grey metallic finish.
- Piston for lift-up doors with 8 kg force.
- 100 mm stroke for smooth and controlled movement.
- Ideal for Wood and aluminium doors from 16 to 19 mm thick.
- Made of Steel and Plastic with Grey metallic finish.
Product Information
The lifting piston H is a necessary element to support the weight of cupboard and cabinet doors, allowing these compartments to be opened and closed smoothly. It is suitable for 16 mm and 19 mm thick wood and aluminum doors with a straight hinge of the cup with a 15 mm overlap.
This piston is recommended for doors less than 450 mm wide, in case of exceeding this measurement it is necessary to use 2 shock absorbers. This piece is made of steel and plastic with an aluminum-colored finish. It has an opening angle of 80 °, 90 °, and 100 °; and a total force of 5 kg. The product is offered in packages of 20 units.
HOW TO CALCULATE THE MOUNTING:
Add E+1 to calculate A and X, being E the thickness of the board.
• For wooden and aluminium doors.
• For overhangs other than 15 mm, calculate value A+15-overhang.
• For doors wider than 450 mm the use of 2 springs is recommended.
CALCULATING STRENGTH OF STAY:
F: Force supported by piston in kg.
P: Weight of door in kg.
H: Height of door in mm.
B: Fixing point of piston in mm.
F = (P x H x 0,6) / B
CALCULATING WEIGHT OF DOOR:
P = Weight of the door in kg.
H = Height of the door in cm.
A = Width of the door in cm.
e = Thickness of the door in cm.
d = Density of door material.
Particle board: d = 0,72 kg/dm3.
MDF: d = 0,75 kg/dm3.
Glass: d = 2,54 kg/dm3.
P = (H x A x E x D) / 1000
Add E+1 to calculate A and X, being E the thickness of the board.
• For wooden and aluminium doors.
• For overhangs other than 15 mm, calculate value A+15-overhang.
• For doors wider than 450 mm the use of 2 springs is recommended.
CALCULATING STRENGTH OF STAY:
F: Force supported by piston in kg.
P: Weight of door in kg.
H: Height of door in mm.
B: Fixing point of piston in mm.
F = (P x H x 0,6) / B
CALCULATING WEIGHT OF DOOR:
P = Weight of the door in kg.
H = Height of the door in cm.
A = Width of the door in cm.
e = Thickness of the door in cm.
d = Density of door material.
Particle board: d = 0,72 kg/dm3.
MDF: d = 0,75 kg/dm3.
Glass: d = 2,54 kg/dm3.
P = (H x A x E x D) / 1000
| SKU | 1259225 |
| EAN | 8432393102337 |
| Materials | Steel, Plastic |
| Finishings | Silver painted |
| Packaging | 20 Unit |
| C | 100 |
| Strength | 8 Kg |
| L | 276 |
| Components | 1 piston |
