POWER HONOURTaiwan OEM / ODM

Fall Protection & Industrial Safety Hardware

Horizontal Lifeline System Components

22 products

These stainless steel components build horizontal wire-rope lifelines and via ferrata cable routes, most of them sized for 8 mm wire rope. The range includes end anchors and ladder anchor points, intermediate and corner brackets, jaw, welded fork and swageless fork terminals, cable tensioners with and without an indicator, polyurethane and spring shock absorbers, and Glider-8 shuttles, plus a rock climbing hanger listed to CE EN 959. In Europe, horizontal flexible lifelines are commonly assessed as EN 795 Type C anchor devices, and via ferrata routes are designed to EN 16869; in the United States, OSHA requires horizontal lifelines to be designed, installed and used under the supervision of a qualified person. Compliance applies to the complete system, not to a single bracket. The components can be supplied as OEM or private label, or adapted to a drawing.

Products

22 products

Frequently asked questions

Which components make up a horizontal wire-rope lifeline?
A typical system has end anchors at each end, intermediate brackets along the run, corner brackets where the line turns, the wire rope with its terminals, a tensioner, an in-line shock absorber and a shuttle that carries the user's lanyard. Each part is chosen and spaced according to the system design, so components should be specified as a matched set.
Why does a horizontal lifeline need a shock absorber?
When a fall loads a tensioned cable sideways, the tension at the end anchors can rise far above the load on the user. An in-line shock absorber compresses under that load and limits the peak force reaching the anchors and the structure. This range offers polyurethane-element and stainless steel spring versions for 8 mm cable.
What is EN 795 Type C?
EN 795 is the European standard for anchor devices used in personal fall protection, and Type C covers anchor devices that use a horizontal flexible anchor line, deviating no more than 15 degrees from the horizontal. Testing and certification apply to the defined system, so brackets, terminals and absorbers are normally assessed together rather than individually.
Should I choose stainless steel 304 or 316?
Grade 304 stainless steel performs well in most inland outdoor installations. Grade 316 contains molybdenum, which improves resistance to chloride and pitting corrosion, so it is generally preferred near the coast, on marine structures and in chemically aggressive environments. The FB-2500 bracket is offered in either grade and the Glider-8-ribs shuttle in 316.
How does a via ferrata cable differ from an industrial lifeline?
A via ferrata is a protected climbing route with a fixed steel cable, used by climbers wearing via ferrata lanyard sets with energy absorbers covered by EN 958, and the route itself is designed to EN 16869. An industrial horizontal lifeline protects workers at height on roofs, walkways and structures under work-at-height rules. Components can look similar, but the design standards and user equipment differ.
What should I include in an RFQ for lifeline components?
List each part number with quantity, the cable diameter, the stainless steel grade, the substrate the anchors and brackets will be fixed to, and any marking, packaging or documentation needs. If the system is to be certified, say which standard applies so the scope of testing can be discussed.

How these are made

Fall Clearance Calculation: Lanyards, SRLs and Lifelines

Fall clearance calculation adds free fall, deceleration, harness stretch, D-ring height and a safety margin: about 18.5 ft below the anchor for a 6 ft lanyard, far less for an overhead SRL.

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Horizontal Lifeline System Components: Parts, Loads, Standards

Horizontal lifeline system components are end anchors, an energy absorber, a tensioner, 8 mm wire rope, terminations, brackets and travellers. Here is why end anchor loads exceed the arrest force.

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Horizontal vs Vertical Lifeline Systems for Fall Protection

Horizontal vs vertical lifelines: a horizontal line lets a worker move along an edge, a vertical line protects a climb. How to choose, clearance and OSHA rules.

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Need this in a different specification?

Different size, material, finish, strength rating or gate, or a part that is not here at all. Send a drawing or a sample and we will come back with a DFM review and a quotation.

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