Categories
Dromet PSRe 16x220/98 ring expansion anchor, galvanised steel
0
Description
Dromet PSRe 16x220/98 ring expansion anchor, galvanised steel
The PSRe 16x220/98 ring anchor by Dromet is a proven expansion connector designed for permanent fixing of structures in concrete and masonry substrates. Thanks to its ring-shaped design with nut and washer, it ensures reliable and repeatable expansion within the hole, guaranteeing high load-bearing capacity of the connection. This solution is dedicated to professional installation teams that need a reliable fixing for profiles, mounting rails and support structures — including for photovoltaic installations.
Application
The anchor is designed for fixing metal profiles and structures, grilles, railings, machinery and other building equipment elements. It can be used in substrates made of:
- Non-cracked concrete, min. class B20
- Natural stone with a dense structure
- Solid brick
Technical parameters
- Designation: PSRe 16x220/98
- Design type: ring-shaped with nut and washer
- Thread: M16
- Total length: 220 mm
- Anchoring depth: 98 mm
- Material: structural steel
- Corrosion protection: electrolytic galvanising
- Weight: 0.328 kg
- Manufacturer: Dromet
- EAN: 5907518678699
Certificates and approvals
The anchor holds a European Technical Approval ETA 05/0242 and a CE certificate, confirming its compliance with European requirements. It is additionally covered by the national AT-15-7574/2008 approval. This means it can be used in projects requiring documented load-bearing capacity and compliance with construction standards — important during technical acceptance of photovoltaic installations and steel structures.
Installation recommendations
- Drill the mounting hole perpendicular to the substrate surface and clean it thoroughly of dust
- The connector should be inserted using light hammer taps
- Carry out installation using a torque wrench
- After the connector has expanded, the washer under the nut must be firmly pressed against the fixed element
- Do not exceed the parameters specified in the technical approval AT-15-7574/2008