Our Personal SRLs are substantially lighter weight and far more compact versions of traditional overhead self-retracting devices. They attach directly to the user's dorsal D-ring for reliable fall arrest performance. Compared to conventional energy-absorbing lanyards, personal SRLs allow similar mobility, but also offer much shorter deceleration distances. Plus, they afford lower fall force transfer to the user's body. Available in 6-foot single and twin-leg configurations, our personal SRLs also come in 9-foot lengths with your choice of steel cable, Dyneema® web, or Kevlar lifelines. A range of harness attachment and anchorage connector options make them perfect for construction, utilities, and general industry.
FT-X™ EDGECORE™ SRL-P
The 8' FT-X™ EdgeCore™ is a lightweight patent pending personal leading edge SRL-P with a synthetic lifeline that meets ANSI Z359.14-2021 Class 2 leading edge standard AND with field-replaceable retractables.
FT-X™ CABLE SRL-P
The patent pending 8' FT-X™ Cable Class 2 Leading Edge SRL-P series engineered for those who will not compromise on safety, compliance, worker comfort, and efficiency when working at height.
DURATECH® CABLE SRL-P
DuraTech® Personal Leading Edge SRL-Ps are uniquely designed for positive dorsal attachment to anchorage up to 5 feet below the D-ring. An ideal solution in construction situations where sharp and abrasive leading edges present added hazards beyond height concerns.
DURATECH® MINI SRL-P
DuraTech® Mini 6-foot Personal Web SRL-Ps deliver fall arrest performance beyond the capabilities of traditional energy absorbing lanyards.
DURATECH® MAX SRL-P
Our rugged DuraTech® 9-foot MAX SRL-Ps deliver unrivaled versatility for maximum weight capacity and extended working length. Internal inertia brakes and locking pawls combine with external energy absorbers to provide the performance you demand.
DURATECH® WEB SRL
DuraTech® 6-foot Personal SRLs deliver reliable performance with uncompromised durability. All DuraTech® 6-foot SRLs feature rugged over-molded polycarbonate housings for impact resistance.