Fall Protection Equipment

Fall protection equipment stops or restrains a fall from height through three linked components: a body support, a connector, and an anchor point, each rated to a specific standard. NLS sources full body harnesses to EN 361, restraint belts to EN 358, and energy-absorbing lanyards to EN 355, for elevated work on Saudi construction, hangar, and heliport sites.

A fall protection system isn't one product, it's a chain of three rated components that all have to match: a body support worn by the worker, a connecting device (lanyard, self-retracting line, or rope grab) linking that support to an anchor, and the anchor point itself. A harness rated to EN 361 without a matched energy-absorbing lanyard doesn't arrest a fall safely on its own, since the connector is what limits the peak force transmitted to the worker's body during arrest.

NLS sources full body harnesses to EN 361, the standard for fall-arrest harnesses with a dorsal D-ring and, on most models, a sternal attachment point too. Restraint belts follow EN 358, used for work positioning and restraint (keeping a worker away from an edge rather than arresting an actual fall) rather than fall arrest. Lanyards follow EN 355, which specifies the energy absorber that keeps arrest force below the level that would injure the worker. A restraint belt isn't a substitute for a full body harness on genuine fall-arrest duty, they're rated for different jobs under different standards.

On Saudi projects, applications include hangar roof and structural steel work, heliport platform and elevated lighting installation, tank and vessel inspection, and general rooftop or elevated MEP work where an edge protection system isn't otherwise in place. Anchor point selection, a fixed structural anchor versus a temporary anchor strap, depends on the specific work location and needs confirming against the structure it attaches to.

NLS quotes fall protection equipment against the work type (restraint versus fall arrest), harness configuration (dorsal only versus dorsal plus sternal or side D-rings), lanyard type (shock-absorbing, twin-leg, self-retracting), and quantity, and returns a priced quote in USD. Standard harness and lanyard combinations typically source faster than specialty configurations like twin-leg self-retracting lanyards or harnesses with integrated rescue loops, which carry a longer, manufacturer-confirmed lead time.

Specifications

✓Standards referenced: EN 361 (full body harness), EN 358 (work restraint belt), EN 355 (energy-absorbing lanyards)
✓Harness attachment points: dorsal D-ring standard, sternal and side D-rings on work-positioning models
✓Restraint belts (EN 358): rated for positioning and restraint, not fall arrest
✓Lanyard types: single-leg or twin-leg shock-absorbing lanyards, self-retracting lines, rope grabs
✓A complete system requires a matched body support, connector, and anchor rated to the applicable standards
✓Typical use: hangar roof/steel work, heliport platform installation, tank/vessel inspection, elevated MEP
✓Anchor point type (fixed structural vs temporary strap) confirmed against the actual work structure

Frequently Asked Questions

What's the difference between a fall-arrest harness (EN 361) and a restraint belt (EN 358)?+

An EN 361 harness is rated for genuine fall arrest, with a dorsal D-ring built to take arrest force. An EN 358 restraint belt is rated for positioning and restraint only, keeping a worker away from an edge, not for arresting a free fall.

Why does a harness need a matched lanyard rather than any lanyard on hand?+

The energy-absorbing lanyard is what limits the force transmitted to the worker's body during arrest. A lanyard that isn't rated or compatible with the harness configuration can transmit more force than the body can safely absorb.

What fall protection equipment does NLS source for heliport or hangar work?+

NLS sources full body harnesses, lanyards, and restraint belts to the applicable European standards, selected against the actual elevated work type and the anchor point location on the structure.