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Piston for lift-up doors Thin, diameter 12mm, with hooks, 8kg, Steel and Plastic, Matt nickel painted

SKU 1261224 / EAN 8432393297897
ForceCLPackagingFinishingSKU
5 kg802478 Unit
Matt nickel painted
1261124 
8 kg802478 Unit
Matt nickel painted
1261224 

Product features

  • Damper piston for wooden lift-up doors, which provide a smooth rise of the door in home, kitchen and bathroom furniture.
  • The piston force is 8 kg and with a stroke of 80 mm.
  • It can be mounted on the right or left side of the furniture, but for doors greater than 450 mm wide, the use of 2 pistons is recommended.
  • The mounting of the door hook is screwed and on the side of the cabinet it is done with an M6 mortise nut (included).
  • Each bag contains 1 piston, 1 wooden door catch, 1 side catch, 1 M60 mortise nut.
  • Made of steel with matt nickel painted finish.
SKU 1261224
EAN 8432393297897
Model Thin
Type Lift-up doors
Latch type Soft close
Assembly Hinges required
Finishing Matt nickel painted
Material Steel, Plastic

Components

1 lift-up piston, 1 side hook, 1 hook for wooden door, 1 nut for mortise M6

The Thin furniture pistons are characterised by their elegant design, thanks to their small diameter Ø12mm. In addition, they are made of steel with a matte nickel finish.

These damping pistons provide a smooth and cushioned rise of the lifting doors in home, kitchen and bathroom furniture. They are supplied individually bagged in kit format with door and side hooking.

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

Documentation

How to select the right lift-up piston according to the weight and dimensions of the door?

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) / BCALCULATING 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

Replacement

Piston for lift-up doors H, 8kg, distance range 80mm, with hooks, Steel and Plastic, Grey metallic product photo
Piston for lift-up doors H, 8kg, distance range 80mm, with hooks, Steel and Plastic, Grey metallic

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