Ball-Bearing Hinge 8 40x40


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Special features:
item products are based on different modular dimensions and their associated system grooves. Profiles from Lines 5, 6, 8, 10 and 12 each need corresponding sizes of fasteners. The profiles in Line X feature a Line 8 system groove but have a particularly flat surface with minimum curve radii that make them ideal for building sealed constructions.
Components that are RoHS-compliant contain no dangerous substances such as lead or cadmium. EC Directive 2002/95/EC (RoHS 1) restricts the use of certain substances in electronic devices and components. These include batteries, etc.
All substances are registered according to the REACH regulation. REACH (Registration, Evaluation, Authorisation and Restriction of Chemicals) ensures that users have accurate information on the type and properties of operating materials, lubricants, etc. that they might come into contact with.
Delivery unit
Scale limit
1 pce.
on application
on application

on application
line 8
Delivery Unit
1 pce.
m = 510 g

More Product Information

  • Details
  • Classification


Ball-Bearing Hinge fork, die-cast zinc, RAL 9006 white aluminium
Ball-Bearing Hinge bearing block, die-cast zinc, RAL 9006 white aluminium
4 anti-torsion lugs, die-cast zinc
2 fastening screws M8x16, St, bright zinc-plated
Cap, PA-GF, grey
Retaining screw M8, St, bright zinc-plated
Ball-Bearing Hinge 8 40x40 is a fastening element for profiles that allows swivelling around 180°. The construction features a swivel axis with dual ball-bearing and guarantees high strength and low wear in continuous operation.
The Ball-Bearing Hinge can be screwed to any components using the integrated M8x16 fastening screws. These screws are driven through the holes in the bearing block using a 5 A/F hexagon key. To access the screws, simply remove the retaining screw from the bearing block. The Ball-Bearing Hinge does not need to be disassembled.
Permissible load:
F1max = 2500 N
F2max = 750 N
Mmax = 45 Nm
Where there is a combination of radial (F1) and axial (F2) load, the total load must satisfy the following equation:


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eCl@ss 4.0
eCl@ss 4.1
eCl@ss 5.0
eCl@ss 5.1
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eCl@ss 7.1
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