Fall Safe Self Retracting Lifeline (srl) - Micro-loc Le Series - Leading Edge Twin Leg Srl With Snap Hook - Length: 8-feet

Features and Benefits:

• Lightweight pSRL design delivers exceptional safety performance against edges, with less bulk, less fatigue, and more flexibility for your crew
• High-capacity energy absorber enables safe anchoring below the dorsal D-ring
• FAILSAFE Pawl technology‐ Two cam-activated pawls with 10 locking points per drum revolution for unmatched reliability in any environment
• Full length high strength alloy steel frame for maximum durability
• Full length high strength alloy steel frame for maximum durability
• Specifications:
• Anchor Hook Material: Steel
• Anchor Hook Type: Snap Hook
• Average Arrest Force: 950
• Body Hook Type: Connection Pin
• Capacity (kg.): 140
• Capacity (lb.): 310
• Standards: ANSI Z359.14-2021 Class 2|OSHA
• Class Type: Class 2
• Color: Orange/Black
• Gate Opening (in.): 1
• Gate Opening (mm.): 25.4
• Housing Material: Composite Plastic
• Leading Edge: Yes
• Leg Type: Twin
• Length (ft.): 8
• Length (m.): 2.4
• Lifeline Material: Galvanized Steel
• Maximum Total Arrest Distance - Non-Leading Edge application (in.): 31
• Maximum Total Arrest Distance (m): .78
• Minimum Fall Clearance - Non-Leading Edge application (ft.): 6
• Minimum Fall Clearance - Leading Edge application (ft.): 15.2
• Minimum Fall Clearance - Leading Edge applications (m): 4.6
• Minimum Fall Clearance - Non-Leading Edge application (m): 1.8
• Minimum set back distance from edge - Leading Edge application (cm): 30
• Minimum set back distance from edge - Leading Edge application (in.): 12
• Rescue and Recover - SRL-R: No
• Special Features: Lightweight|Release Pin
• Webbing/Cable Thickness (in.): .18
• Webbing/Cable Thickness (mm.): 4.7
• Webbing/Cable Width (in.): .18
• Webbing/Cable Width (mm.): 4.7



Meet the Micro-Loc LE Personal Self-Retracting Lanyard from Fall Safe engineered with a single goal: protecting you where it matters most ‐ the edge. It-feets designed to keep workers protected against leading edges, while maintaining shorter arrest distances, industry-leading energy capacity, and durability that thrives in the harshest job site conditions, all without slowing workers down or adding unnecessary weight.