Super Anchor Safety 1324 - Horizontal Lifeline System, 20ft, 30 degree sag angle

The 30° angle fixed length, factory engineered Horizontal Lifeline System is for use by 3 workers in fall restraint or 2 in fall arrest. This system is available in a 20’ kit with or without a carry bag. This 3rd party engineered horizontal line kit is a cost-effective way to have multiple workers on the roof with room to move freely.

Engineering standards specify that a horizontal lifeline without an energy absorbing device subjected to fall hazards must have a 30° anchors between anchorage points. Super Anchor Safety fixed length horizontal lifelines, when used with our specified anchorage devices provide an engineered system for rafter spacing of 10’ up to 20’. For accurate rigging, each fixed length horizontal lifeline is labeled for the correct rafter spacing.

Each Kit Contains:

(1) 20 ft. Horizontal Lifeline kit, factory assembled with (2) hinged roof anchors, 3/8 in. cable, cable sliders, fasteners, and cargo bag.

Features:

• 3rd Party Engineered 30° Angle HLL System
• Extremely Cost Effective with Replaceable Parts
• Temporary Installation on Flat or Pitched Surfaces
• 2 person Fall Arrest or 3 person Fall Restraint
• Factory Engineered 10’, 16’ and 20’ Replacement Lifelines Available
• Heavy Duty Cargo Bag Available
• Reusable WS Series Screws Provided
• Super Heavy Duty 3/8” Galvanized Cable rated for 14,000+ pounds
• 4-page Instruction/Specification Manual Included

Please read and understand the manufacturer instructions before using this product

• Brand / Model: Super Anchor Safety 1324 Horizontal Lifeline System
• Part Number: 1324
• System Type: Temporary horizontal lifeline (HLL) for fall arrest
• Weight: ~10–12 lb (kit, typical; verify on label)
• Dimensions (Packed): ~18 in L × 10 in W × 6 in H (carry bag; approximate)
• Material: High-tenacity polyester web lifeline; alloy steel connectors/tensioner; plated hardware; heavy-duty carry bag
• Span Length: 20 ft (6.1 m)
• Adjustment Range: ~10–20 ft (typical for this kit; verify exact range)
• Design Sag Angle: 30° (engineered configuration)
• Number of Users: Up to 2 workers in fall arrest when installed per instructions (verify on label/IFU)
• User Capacity (per person): 130–310 lb including tools and clothing (typical PFAS range)
• Anchorage Requirements: Two independent end anchors rated 5,000 lb minimum each, or per qualified person design
• Energy Absorption: In-line shock absorber to limit end-anchor loads and user arrest forces
• Tensioning Method: Integrated tensioner/ratchet for proper pre-tension and sag
• Line Connectors: Rated carabiners/D-rings compatible with system hardware
• Required Clearance: Depends on span, sag, anchor height, and user PPE; consult clearance chart in manual
• Compliance: Designed to meet OSHA 1926 Subpart M/1910 and conform to applicable ANSI Z359 HLL requirements (verify specific standard/version on product label)
• Inspection / Indicators: Pre-use and periodic inspection of webbing, stitching, absorber, tensioner, and labels; remove from service after any fall or if defects are found
• Included: 20 ft lifeline assembly with in-line absorber, end hardware/tensioner, and carry/storage bag (exact contents may vary—verify kit list)

Q1: How many workers can use this HLL at once?
A: Up to 2 users in fall arrest when the system is installed exactly as instructed and all components are compatible and rated.

Q2: Why a 30° sag and how do I set it?
A: Sag controls arrest and end-anchor forces. Use the integrated tensioner to pre-tension the line until the system achieves the approx. 30° design sag specified for this kit; don’t over-tension, and recheck sag after loading or temperature changes.

Q3: What anchorage do I need?
A: Provide two independent end anchors rated 5,000 lb minimum each (or engineered by a qualified person). Anchors should be structurally sound, at similar heights, and free of sharp edges; use rated connectors only.

Q4: How much fall clearance is required?
A: Clearance depends on span, sag, anchor height, and your PPE. Account for free-fall distance, deceleration, harness/D-ring shift, HLL deflection (often the largest factor), and a safety margin. Always consult the kit’s clearance chart for your exact setup.