• Reduction of lumbar fatigue at height: The wide ergonomic padding of the belt distributes the load optimally on the lumbar area, ensuring optimal support during prolonged work in suspension.
• Digitalized inspections and traceability in record time: The presence of the integrated NFC chip allows the harness to be uniquely identified via reader, speeding up mandatory periodic safety checks.
• Absolute prevention of accidental openings: The absence of elements that can be opened without dedicated tools eliminates the risk of accidental detachment of components during movements, raising the level of structural safety for the technician.
• Optimized comfort in a sitting position: The combination of the three flexible rear gear loops and the dorsal attachment that follows the curvature of the back prevents painful compressions when the operator is seated.
• Smooth management of ventral devices: The off-center position of the ventral ascender attachment avoids physical interference and overlapping with other connectors inserted in the same point, making maneuvers fluid.
• Facilitation of ground evacuation maneuvers: The geometry of the dorsal attachment follows the body profile, reducing friction and facilitating the dragging of the operator in case of rescue and emergency recovery.

This full work harness finds its optimal application in the execution of interventions at height managed by rope access technicians, lifeline installers, industrial maintenance workers, tower and metal structure operators, and technical or speleological rescue teams. Thanks to the EN 361, EN 358, and EN 813 certifications and compatibility with ventral ascenders, it is the ideal tool for acrobatic construction work, wind turbine maintenance, cleaning of continuous glass walls on skyscrapers, work in confined spaces, and restraint and fall arrest maneuvers in which the sizing configuration (from XS to L) ensures a snug and stable protection for the operator.

The h1046_09 model is the correct choice when the safety protocol for work at height requires a top-of-the-range full harness equipped with 5 stable attachment points, native NFC chip for control digitalization, and a resistance tested up to 150 kg. It proves preferable to standard positioning harnesses since the total absence of manually openable elements and the connection ring openable via dedicated tools offer impenetrable protection against errors of use in demanding professional contexts. Choosing this device developed and produced in Italy means equipping workers with a high-visibility system chromatically differentiated, comfortable to wear even under a jacket and compliant with the precise biometric parameters of waist and leg loops specified.

How does the gear loop configuration of this harness differ from a standard model with entirely rigid loops?

Standard models equipped only with rigid loops can cause strong discomfort, compression, or hindrance to movement when the operator is in a sitting position or works in very narrow spaces. The h1046_09 harness solves this operational problem by integrating 5 gear loops with a mixed structure: the two front ones are rigid shaped to allow quick and precise attachment of frequently used equipment, while the other three rear and side ones are made of flexible material to follow the lines of the body, optimizing comfort while sitting.

What certifications does this PPE for work at height have and how is the periodic verification of the devices managed?

As indicated in the description, the harness is certified and approved according to European standards EN 361 (fall arrest systems), EN 358 (positioning and restraint systems), and EN 813 (belts with leg loops for suspension). Furthermore, the device is tested to withstand a maximum load of 150 kg in compliance with EN 813. To simplify the legal obligations regarding periodic inspections, the structure includes an integrated NFC chip that allows for quick digital reading of the product’s history and data, eliminating manual verification times.