
Load-distributing plate for under-tile hooks CSC Edilizia
Key features
- Hole diameter (mm)10,5
- Weight (kg)1,50
- No. of holes17
What it is
Load-distributing plate for under-tile hooks CSC Edilizia. Key specifications: hole diameter (mm) 10,5, weight (kg) 1,50, no. of holes 17.
An under-tile hook is a metal anchor fixed to the roof structure beneath the roof covering, for connecting lifelines and fall arrest devices.
What it is for
Used as an anchor point in fall protection systems and for roof maintenance.
How to use it
Remove the tiles at the designated point, shape or position the hook on the load-bearing structure and fix it with the anchors or screws specified by the manufacturer. Relay the covering, leaving only the attachment eye protruding. Installation and fixing must follow the design and certification, and the anchor must be inspected periodically.
Where it is used
- Residential construction
- Workplace safety and PPE
Technical data
- Hole diameter (mm): 10,5
- Weight (kg): 1,50
- No. of holes: 17
Who it is for
Designed for formwork carpenters, waterproofing specialists and health and safety officers.
Related products
- S-hook type A CSC Edilizia
- S-hook type A CSC Edilizia 396
- Type C Variable Internal Angle Anchors, CSC Edilizia 601P — from the category Lifeline Accessories
- Harness Gravity Plus 1, Irudek — from the category Fall Arrest Harnesses
- Energy absorber with tension indicator CSC Edilizia 423 — from the category Lanyards and Energy Absorbers
- Browse the whole category: Certified Under-Tile Roof Hooks for Lifelines
Before you order
In your request, please state the diameter and the quantities required, so we can give you the right quotation first time.
For prices and availability, request a quote from AMES Srl: we will reply with our quotation, delivery times and, where needed, an equivalent technical alternative.
Specifications 3
| Hole diameter (mm) | 10,5 |
|---|---|
| Weight (kg) | 1,50 |
| No. of holes | 17 |
The perfect setup for this job
Everything you need in one place, from functionality to safety.




