Elite 5-Point Full Body Harness, Dorsal D-Ring, MB Legs with Internal Design Shock Absorbing Lanyard with Snap Hooks, (S-M) (ANSI)
Elite 5-Point Full Body Harness, Dorsal D-Ring, MB Legs with Internal Design Shock Absorbing Lanyard with Snap Hooks, (S-M) (ANSI)
KStrong Kapture Full Body Harness
Product Code: UFK20010
The KStrong® Kapture™ Elite 5-Point Full Body Harness with a Dorsal D-Ring and Mating Buckle Legs is designed for enhanced safety and comfort in various work environments. Paired with a 6 ft. Internal Design Shock Absorbing Lanyard with Snap Hooks, this set meets rigorous ANSI standards to ensure optimal fall protection.
Harness Specifications
Feature |
Description |
Design | 5-Point Adjust Full Body Harness with Dorsal D-Ring and Mating Buckle Leg Closures |
Dorsal D-Ring | One dorsal attachment D-ring for fall arrest |
Adjustability | Adjustable shoulder straps and leg straps |
Webbing Material | Polyester |
Webbing Width | 1.73 in. ± 0.04 in. (44mm ± 1mm) |
Breaking Strength | 5000 lbs. |
Stitching Thread Material | High-tenacity polyester |
Metal Component Material | Alloy steel |
Metal Finish | Silver or Golden Yellow Galvanized |
Capacity Range | ANSI – 130 – 310 lbs.; OSHA – 420 lbs. |
Relevant Standards | Meets or exceeds ANSI Z359.11-2014 |
Lanyard Specifications
Feature |
Description |
Design | 6 ft. Internal Design Shock Absorbing Lanyard with Two Snap Hooks |
Webbing Material | Polyester tubular webbing with energy-absorbing polyester webbing |
Webbing Width | 1.57 in. ± 0.04 in. (40mm ± 1mm) |
Breaking Strength | 5000 lbs. (2268kg) |
Stitching Thread Material | High-tenacity polyester |
Metal Component Material | Alloy steel |
Metal Finish | Zinc plated, shot blasted |
Lanyard Breaking Strength | 5000 lbs. (2268kg) |
Weight | 2.53 lbs. ± 0.02 lbs. (1150 gm ± 10 gm) |
Relevant Standards | Meets or exceeds ANSI Z359.13-2013 |
The combination of the KStrong® Kapture™ Elite 5-Point Full Body Harness and the Internal Design Shock Absorbing Lanyard provides robust fall protection, ensuring worker safety in demanding environments.