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MSA V-Series Tie-back

MSA V-Series Tie-back Single-Leg Adj. EA lanyard, 6ft. (1.8 m), 36C small snaphook, FP5K snaphook

Shop the MSA V-Series Tie-back 6ft Lanyard. Features FP5K snaphook for safe wrap-around anchoring. ANSI certified safety. Order your fall protection now!

Total Length
6 ft. (1.8 m)
Lanyard Type
Single-Leg Adjustable Tie-back
Harness Connector
36C Small Snaphook
Anchorage Connector
FP5K™ Tie-Back Snaphook
Webbing Material
Abrasion-Resistant Polyester
Weight Capacity
130–310 lbs (59–141 kg)
Certifications
ANSI Z359.13, OSHA 1926.502
Energy Absorber
Integrated Shock Absorbing Pack

Equipment Analysis

Versatile Fall Protection with the MSA V-Series Tie-Back Lanyard

The MSA V-Series Tie-back Single-Leg Lanyard is a specialized fall arrest solution designed to provide maximum flexibility in environments where traditional anchor points are unavailable. This adjustable 6ft (1.8m) lanyard allows workers to create a secure anchorage by wrapping the webbing directly around a structural member and connecting back to the lanyard itself, eliminating the need for separate anchor straps.

Technical Features and Industrial Benefits

  • FP5K™ Tie-Back Snaphook: Engineered specifically for tie-back applications, this high-strength hook is designed to withstand the forces of a gate-load, ensuring a safe connection when clipped back onto the lanyard webbing.

  • Adjustable Length: The 6ft (1.8m) adjustable design allows the user to shorten the lanyard to minimize free-fall distance, enhancing safety in tight working quarters.

  • Energy Absorbing (EA) Technology: Features an integrated shock absorber that keeps fall arrest forces well below regulatory limits, protecting the user during a fall event.

  • 36C Small Snaphook: A rugged, zinc-plated steel snaphook ensures a secure and reliable connection to the harness dorsal D-ring.

Specific Use Cases

The MSA V-Series Tie-back is the premier choice for structural steel erection, industrial maintenance, and scaffolding. Its unique ability to create an anchor point on the fly makes it indispensable for workers navigating complex structures where fixed anchorage is inconsistent.

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