KStrong® 6 ft. Tie-back SAL with Sliding D-ring, Snap Hook and Tie-back Hook (ANSI)
The KStrong® 6 ft. Tie-Back Shock Absorbing Lanyard (SAL) combines safety, flexibility, and ease of use in a single-leg design tailored for professionals requiring dependable fall arrest systems. This lanyard features a built-in energy absorber (PN 500) to reduce fall forces, helping minimize injury risk during a fall event.
At the user attachment end, a strong steel snap hook (PN 146) ensures a secure connection to the harness, while the anchorage end is equipped with a durable steel snap hook (PN 148), offering reliable anchorage to a variety of fixed points. The addition of an adjustable sliding D-ring provides enhanced mobility and a customizable fit, allowing users to easily adjust the lanyard length for comfortable, efficient movement while maintaining continuous fall protection.
Constructed from high-strength polyester webbing measuring 1.18 inches (30mm) wide, this lanyard boasts a robust breaking strength of 6,000 lbs. (2,722 kg). The metal components, crafted from alloy steel and finished in either silver or golden yellow galvanized coating, provide outstanding corrosion resistance with a breaking strength rating of 5,000 lbs. (2,268 kg).
Reinforced with high-tenacity polyester stitching, the lanyard combines durability with a lightweight design weighing only 3.26 lbs. (1,480 gm), ensuring all-day comfort without compromising safety.
Key Features:
- Single-leg design with integrated energy absorber (PN 500)
- Steel snap hook (PN 146) at harness attachment; steel snap hook (PN 148) at anchorage end
- Adjustable sliding D-ring for customizable fit and mobility
- Polyester webbing, 1.18” wide, 6,000 lbs. breaking strength
- Alloy steel hardware with corrosion-resistant galvanized finish
- Lightweight at 3.26 lbs.
- Meets or exceeds ANSI Z359.13-2013 standards
The KStrong® 6 ft. Tie-Back SAL is ideal for workers requiring versatile, adjustable, and reliable fall protection in construction, maintenance, and industrial environments.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
The KStrong® 6 ft. Tie-Back Shock Absorbing Lanyard (SAL) combines safety, flexibility, and ease of use in a single-leg design tailored for professionals requiring dependable fall arrest systems. This lanyard features a built-in energy absorber (PN 500) to reduce fall forces, helping minimize injury risk during a fall event.
At the user attachment end, a strong steel snap hook (PN 146) ensures a secure connection to the harness, while the anchorage end is equipped with a durable steel snap hook (PN 148), offering reliable anchorage to a variety of fixed points. The addition of an adjustable sliding D-ring provides enhanced mobility and a customizable fit, allowing users to easily adjust the lanyard length for comfortable, efficient movement while maintaining continuous fall protection.
Constructed from high-strength polyester webbing measuring 1.18 inches (30mm) wide, this lanyard boasts a robust breaking strength of 6,000 lbs. (2,722 kg). The metal components, crafted from alloy steel and finished in either silver or golden yellow galvanized coating, provide outstanding corrosion resistance with a breaking strength rating of 5,000 lbs. (2,268 kg).
Reinforced with high-tenacity polyester stitching, the lanyard combines durability with a lightweight design weighing only 3.26 lbs. (1,480 gm), ensuring all-day comfort without compromising safety.
Key Features:
- Single-leg design with integrated energy absorber (PN 500)
- Steel snap hook (PN 146) at harness attachment; steel snap hook (PN 148) at anchorage end
- Adjustable sliding D-ring for customizable fit and mobility
- Polyester webbing, 1.18” wide, 6,000 lbs. breaking strength
- Alloy steel hardware with corrosion-resistant galvanized finish
- Lightweight at 3.26 lbs.
- Meets or exceeds ANSI Z359.13-2013 standards
The KStrong® 6 ft. Tie-Back SAL is ideal for workers requiring versatile, adjustable, and reliable fall protection in construction, maintenance, and industrial environments.
