Galvanised U-bolt backing plate Ø6 × 49 mm, for 1 1/2" pipe
Leave feedback on the product
Galvanised stirrup connector, Ø6 × 49 mm, for 1 1/2" pipe. Stirrup-shaped (bow) design with a flat mounting base. Galvanised coating for corrosion protection. Weight 0.045 kg. Manufacturer's designation: ŁC.6.49 (1 1/2").
Product code: 002-249
Product features
[PIM] laczniki-cybantow #1019
- Diameter 6
- Pipe size [inch] 1 1/2"
Description
Flat bar with a pipe cut-out and two holes for the U-bolt legs – closes the clamp on the supporting surface side; galvanised finish
About the product
A U-bolt backing plate is a flat bar with a pipe cut-out and two holes for the U-bolt legs. It closes the clamp on the supporting surface side and, paired with a U-bolt of the same size, secures pipes to structures without drilling holes in the supporting surface.
The manufacturer's designation Ø6 × 49 mm specifies the dimensions of the matching U-bolt: the rod diameter Ø6 mm and the internal spacing between the legs A = 49 mm. The matching pipe size is 1 1/2". During installation, fit the backing plate over the U-bolt legs with the cut-out facing the pipe, then tighten the nuts alternately on both sides until the pipe is clamped evenly.
The coating (zinc-coated) protects the steel against corrosion under typical conditions. In the event of contact with salt, chemicals or constant moisture, choose a finish suitable for the exposure conditions. The backing plate is not sold in a set with a U-bolt. The load capacity of the fixing depends on the pipe, the structure and the tightening force – it is determined by the design.
Selection and installation
- ✓Select a backing plate for a U-bolt with the same designation: rod Ø6 mm, spacing A = 49 mm, pipe 1 1/2".
- ✓Fit the backing plate over the U-bolt legs with the cut-out facing the pipe.
- ✓Tighten the nuts alternately on both sides until the pipe is clamped evenly.
Important
The backing plate is not sold in a set with a U-bolt. The load capacity of the fixing depends on the pipe, the structure and the tightening force – it is determined by the design.
Reviews
If you've added a review and it doesn't appear on the list, it may be pending moderation.
