Peakworks Fall Protection Restraint Lanyard with 5/8" (16 mm) Polyester Rope and Snap Hooks

The Peakworks fall protection restraint lanyard is a fixed-length connection built with premium 5/8" (16 mm) polyester rope and snap hooks to attach to anchorage points and harness D-rings. It is designed to limit worker movement to prevent access to fall hazards and has no shock-absorbing capacity, so it must not be used for arresting falls. The lanyard connects to the D-ring on a full body harness or a restraint belt and offers a compact, portable solution for positioning tasks. Available in multiple fixed lengths, these restraint lanyards are commonly used in inspection, construction, demolition and maintenance and can be paired with recommended Peakworks safety harnesses or belts for complete worker protection.

• Frequently Bought Together: Pair our Fall Protection Restraint Lanyard with any Peakworks Safety Harnesses or Belts for added security and complete worker protection; These lanyards are used for inspection, construction, demolition and maintenance
• Fall Restraint: Designed to limit the distance a worker can move from one anchor point and towards the edge of the structure; Our lanyards ensure a proactive approach to fall protection and should never be used when there is a risk of falling
• Anchor Connections: Lanyard includes a rebar hook anchorage connection point & a snap hook harness connection point; A 5/8" rope provides additional support for the user, as preventing a fall is a better way of protecting workers than arresting a fall
• Material: Made using premium polyester rope, the lanyard can be attached to the D-ring on a full body harness or restraint belt for ultimate worker safety; Advanced technical design & quality material is the backbone of Peakworks manufacturing process
• Length: Ideal for positioning and restraint situations, these safety lanyards will hold and sustain you in your work environment; With a compact and portable design, the lanyard is a fixed length (5 ft) connection and has no shock absorbing capacity