PSG adjustable gate hinge M16 with backplate 100×100×4 mm galvanised
Description
PSG adjustable gate hinge M16 with backplate 100×100×4 mm galvanised

The steel adjustable hinge M16 with 100×100×4 mm backplate from PSG is a robust suspension element for swing gates and garden gates. Thanks to the M16 thread with adjustment nut, it enables precise adjustment of the gate leaf after installation is complete — even in operational situations such as structural sagging or thermal deformations in extreme temperatures. One hinge, with adjustment possible at any time without dismantling.
The product is galvanised (black knuckle), guaranteeing many years of corrosion resistance in outdoor conditions. The permissible load of a pair of hinges on a 2 m gate leaf is 65 kg.
Advantages for the installer
- Post-installation adjustment — adjustment nut allows tightening or loosening the hinge without dismantling the gate leaf
- Quick installation — backplate with 4 mounting holes Ø10.5 mm on 75×75 mm centres enables secure attachment to the post
- Galvanisation — durable anti-corrosion protection designed for outdoor use for many years
- Robust construction — steel with high resistance to mechanical damage and dynamic loads

Dimensions and technical parameters
- Thread: M16
- Backplate dimensions: 100×100 mm
- Backplate thickness: 4 mm
- Mounting hole centres: 75×75 mm
- Mounting hole diameter: 4× Ø10.5 mm
- Backplate height: 100 mm
- Total depth (from backplate to knuckle face): 75 mm
- Depth adjustment range (from backplate to pin axis): 42–60 mm
- Knuckle width: 30 mm
- Knuckle height: 36 mm
- Knuckle material thickness: 5 mm
- Pin diameter: Ø14 mm
- Knuckle width (catalogue): 43 mm
- Total length (catalogue): 88 mm
- Screw length: 40 mm

Product data
- Manufacturer: PSG
- Material: steel
- Anti-corrosion protection: galvanisation (black knuckle)
- Weight: 0.6 kg
- Application: swing gates, garden gates
- Permissible load of pair of hinges (2 m gate leaf): 65 kg
- EAN: 5901289675987
Technical data
| Thread type | M16 |
| Mounting Method | With Plate |
| Material | Steel |