Description
The LINQ Tetha Roof T Bar Temporary Anchor Plate is a durable, efficient, and quick solution for temporary roofline safety. Engineered for extreme workplace conditions, this anchor plate offers unmatched convenience and reliability.
Key Features
- High Strength: Boasts a minimum breaking strength of 15kN to handle extreme fall arrest forces safely.
- Quick Installation: Features an easy-to-use camlock system for tool-free installation in seconds.
- No Fixing Required: Completely tool-free setup makes it a hassle-free option for temporary roofline anchoring.
- Metal Roof Compatibility: Specifically designed for use on metal-clad roofs only, ensuring secure attachment and safety.
- Effortless Removal: Its simple design allows for quick detachment when the task is complete.
- Fully Compliant: Meets ASNZS 1891.4 and ASNZS 5532:2013 standards for safety and performance.
Applications
This anchor plate is ideal for:
- Temporary Roofline Safety: Provides a secure anchor where no permanent anchor point exists.
- Fall Arrest Systems: Perfect for fall protection during roof maintenance, inspections, or repairs.
- Metal Roofs Only: Exclusively designed for tasks involving metal-clad roofing structures.
Alternative Options
If this product doesn’t suit your needs, consider:
- LINQ Anchor Tetha Bar Straight 280mm: Compact and versatile for smaller roofing projects.
- LINQ Anchor Tetha Bar Straight 500mm: Wider compatibility for larger roofline tasks.
Recommended Pairings
Enhance safety with these compatible products:
- LINQ Harnesses: Ensure comfort and secure fall protection.
- LINQ Lanyards: Reduce fall impact forces for maximum safety.
- Roof Safety Kits: All-in-one solutions for comprehensive on-site protection.
Product Information Card
For detailed specifications, usage guidelines, and compliance standards, refer to the Product Information Card.
Choose the LINQ Tetha Roof T Bar Temporary Anchor Plate for a fast, reliable, and compliant temporary roof anchor system. It’s the ultimate tool for professionals seeking efficiency and safety.