Malta Dynamics A7360C 5K Swivel Anchor for Concrete (2-Pack) – 360° Rotating Safety Anchor
The Malta Dynamics A7360C 5K Swivel Anchor is a versatile and reliable anchorage solution designed explicitly for structural concrete substrates. With its 360° Swivel and 180° flip capabilities, this anchor minimizes lanyard entanglement risks and enhances worker mobility, providing a secure 5,000-lb rated attachment point for fall protection in high-risk environments. Built from durable zinc-plated steel and meeting stringent ANSI and OSHA standards, the A7360C is an ideal choice for construction, industrial maintenance, and confined space applications requiring heavy-duty concrete anchorage.
Working on Steel? For structural steel applications, the Malta Dynamics A7360 Swivel Anchor provides similar safety and functionality tailored specifically for steel-surface attachment.
Swivel Concrete Anchor Performance Features for Professional Use:
- 360° Swivel and 180° Flip: Engineered to provide unrestricted movement, reducing entanglement risks and enhancing worker efficiency in complex masonry environments.
- Durable Construction: Crafted from high-strength zinc-plated steel, offering a minimum breaking strength of 5,000 lbs (22kN) for long-term reliability.
- Masonry-Specific Design: Includes a secure concrete anchor interface for fast and efficient attachment to cured concrete surfaces.
- Universal Compliance: Meets or exceeds ANSI Z359.18-2017, ANSI A10.32-12, and OSHA 1910/1926 Subpart M standards.
Technical Specifications & Application Data:
- Material: Zinc-plated steel
- Minimum Breaking Strength: 5,000 lbs / 22kN
- Worker Capacity: 130–310 lbs (Single user)
- Weight: 1.7 lbs
- Primary Uses: Fall Arrest, Restraint, and Work Positioning on concrete substrates.
Malta Dynamics A7360C Concrete Anchor Technical Documentation:
Review the engineering specs and safety certifications for the A7360C Swivel Anchor:
- Malta Dynamics A7360C Anchor Instruction Manual – Detailed setup, hole depth, and torque requirements.
- Malta Dynamics A7360C Technical Spec Sheet – Dimensional drawings and masonry load ratings.
- Malta Dynamics A7360C Declaration of Conformity – Safety certification and compliance details.
Malta Dynamics A7360C 5K Concrete Swivel Anchor FAQ
1. Can the A7360C be installed on a steel beam?
No. The A7360C is specifically engineered for concrete substrates. For structural steel applications, you must use the A7360, which is designed with the appropriate mounting hardware for steel members.
2. What is the minimum concrete strength required for installation?
To maintain the 5,000-lb breaking strength, the concrete substrate must be structural and meet the minimum PSI requirements (typically 3,000 PSI or higher). Refer to the A7360C Instruction Manual above for specific masonry density and edge distance requirements.
3. Is the concrete bolt included with the anchor?
The A7360C 2-Pack includes the swivel anchor heads. Ensure you use the specific mechanical or adhesive anchors outlined in the technical manual to comply with OSHA and ANSI standards.
4. Why is the 360° swivel important for concrete work?
Concrete anchors are often installed in floors or overhead slabs. The 360° swivel and 180° flip prevent lanyards from kinking and allow the worker to move freely without exerting "side-load" forces on the concrete bolt, which can weaken the masonry connection over time.
5. Is this anchor rated for Fall Arrest?
Yes. The A7360C is a 5,000-lb rated anchorage connector suitable for Fall Arrest, Fall Restraint, and Work Positioning for a single user weighing up to 310 lbs.
6. Can I reuse the anchor hole if I move the anchor?
No. Once a concrete anchor is removed, the hole integrity may be compromised. Always drill a fresh hole in accordance with the manufacturer's specifications when relocating the A7360C to a new position on the slab.
7. How do I avoid common installation mistakes?
- 1. Improper Hole Depth: Drilling too shallow or too deep can prevent the concrete bolt from expanding correctly. Always use a depth gauge.
- 2. Dust in the Hole: Failure to blow out concrete dust from the drilled hole can prevent the anchor from achieving its full 5,000-lb capacity.
- 3. Edge Distance: Installing the anchor too close to the edge of a slab can cause the concrete to "spall" or break during a fall. Follow the edge-distance guidelines in the manual.
