Essentials
Side panel cath of piston without pivot
Side panel catch of piston
Catch of piston for aluminium door 282
Essentials
Side panel cath of piston without pivot
Side panel catch of piston
Catch of piston for aluminium door 282
Piston for Lift-up doors, 11kg, distance range 200mm, Steel and Plastic, Metallic grey
1257925
1257925
Piston for Lift-up doors, 11kg, distance range 200mm, Steel and Plastic, Metallic grey
1257925
1257925
Product features
- Piston for lift-up doors with a force of 11 kg.
- 200 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 a force of 11 kg.
- 200 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 metallic gray lifting piston is a piece made of steel and plastic, finished in aluminum. Its function is to lift and contain the closet door. It has a bearing force of up to 8 kg and can be used for wooden doors and Aluminum. Must be used for module and door from 16 to 19mm thick and straight cup hinge with 15mm overlap.
This system contains the closing of the door with its damping system. In the case of installing doors with a width greater than 450mm, the use of 2 shock absorbers is recommended. Each package contains a total 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 | 1257925 |
| EAN | 8432393102269 |
| Materials | Steel, Plastic |
| Finishings | Silver painted |
| Packaging | 20 Unit |
| C | 200 |
| Strength | 11 Kg |
| L | 470 |
| Components | 1 piston |
