Galvanized S275JR steel square anchor SAFETOP

Galvanized S275JR steel square anchor SAFETOP. The galvanized S275JR steel square anchor SAFETOP is a robust fastening element designed to secure the ends of fall protection devices to structures, complying with UNE-EN 795 Standards Types A and C. Its installation can be done by welding or bolting, thanks to its four holes that allow it to be fixed with screws, mechanical or chemical anchors, adapting to different types of supports. With installation dimensions of 200x200 mm and a diameter of 16.2 mm, this anchor offers an impressive resistance of up to 30 kN and allows for a load direction with a 360º rotation, ensuring maximum safety in work at height.

FEATURES

• Fastening element that allows the securing of the ends of the fall protection device to the supported structure.
• Welded or bolted installation, for which it is constructed with four holes that allow its fixation
• using screws, mechanical or chemical anchors depending on the nature of the support.
• It can also constitute a Type A Anchor Device
• In accordance with UNE-EN 795 Standards Types A and C
• Installation dimensions of 200x200 mm and Ø 16.2 mm
• Reaches 30 kN of resistance.
• Load direction with a 360º rotation

APPLICATIONS

The galvanized S275JR steel square anchor SAFETOP is suitable for:

• Securing the ends of the fall protection device to a structure.
• Construction
• Industry
• Maintenance

TECHNICAL DATA

• MATERIALS: S275JR Steel, galvanized
• STANDARDS: EN 795 Personal protective equipment against falls. Class A and C anchor devices

REGULATIONS

- EN795 Class A and C: The EN 795 regulation establishes safety requirements for anchor devices used in fall protection systems. Class A refers to fixed anchors, which must be installed in a permanent location and designed to withstand specific loads, ensuring the user's safety in work at height. On the other hand, Class C focuses on temporary anchors, which are mobile or removable systems and must also be capable of resisting the forces generated by a fall. Both classes aim to ensure that the equipment is safe and effective for use in work environments where there is a risk of falls.