For hot work use - Arc flashed to 8 cal/cm2 for hot work use in applications like welding, grinding and torching.
Built-in connector for twin-leg SRL direct attachment to harness - Installs to the webbing of harness, leaving the dorsal D-ring open for other equipment or rescue. Designed to provide a snug fit to the worker's back, eliminating nuisance flopping.
11 ft. (3.3 m) 3/4" (19mm) Kevlar fiber webbing lifeline - Kevlar fiber webbing provides ultimate flame resistance and the retractable design provides freedom of movement, keeps the lifeline out of the worker's way and reduces dragging, snagging and trip falls.
Twin-leg 100% tie-off design - Allows user to “leap-frog” while moving from one location to another for added mobility and 100% fall protection.
Tie-back self-locking hook on each lifeline - Unique snap hooks with 5,000 lb. (22 kN) gate strength are specifically designed for the demands of tie-back use providing added safety.
Tough and impact resistant thermoplastic housing - Compact and durable housing is designed to withstand the demands of challenging jobsites, it's built to last.
Swiveling anchorage loop - Limits lifeline twisting for smoother operation and added worker satisfaction.
Quick activating speed sensing brake system - Stops a falling worker within inches, providing more protection at low heights. Designed for smooth consistent operation allowing the user to maintain normal work pace and not be interrupted with constant lock ups.
High capacity energy absorber and impact indicator protected by Kevlar fiber cover - Specialized absorption system maintains safe fall arrest forces for users and tools up to 420 lbs. (190 kg), provides a visual alert that the SRL has been involved in a fall and has a heat resistant cover.
i-Safe equipped - A built-in RFID identification tag helps the user record and store information on inspections.
Wide variety of configurations available - There are numerous arc flash models to choose from to suit almost any application for complete jobsite versatility and flexibility.
