Safety systems
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Safety systems Superior Line

Deformable anchoring devices Product description: The key strength of the LUX-top ASP anchoring devices, aside from the fact that they are made entirely of stainless steel, is their deformability. Should a worker start to fall off a roof, LUX-top ASP will lean in the direction of the fall forming an angle to the plane up to a maximum of 15°. The components of the shear and pullout forces applied are therefore lower and the bending moment (force component for the device‘s arm) is actually considered to be negligible. Installation on thinner roofs is tangibly feasible and is actually even...

Instructions for assembling the Linea Vita LUX-top The LUX-top ASP system is an anchoring device certified according to UNI EN 795 standard relating to the anchoring of a personl safety fall-protection device whilst working in places with a high risk of falling. The LUX-top ASP anchoring device can be used both as a single anchorage point (EN 795 class A), and as a lifeline system (EN 795 Class C). The LUX-top ASP single anchorage point has been designed to be used by 3 people simultaneously. Riwega‘s Linea Vita LUX-top lifeline is certified according to European Regulation EN 795...

Use of Linea Vita Lifeline Installing a Linea Vita Lifeline allows operators to perform periodic checks and carry out ordinary maintenance on roofs, thereby reducing costs and keeping structures performing efficiently (valleys, downpipes, pitch roofs, chimneys, aerials, thermal and photvoltaic solar systems). When using the lifeline, also consider the following: • access; • transit on the roof covering. Access The roof covering must have an internal or external access, so as to guarantee access to the roof in complete safety. In particular, if the roof has a horizontal or inclined opening,...

Fall deviation hook or anti-swing effect So that the user of the lifeline can operate safely even when he is working close to the eaves line, deviation hooks are placed at a short distance from the eaves line. The operator, whilst remaining anchored to the main lifeline located on the ridge, anchors himself to the eyelet located at the base of the hook using a second restraining cable 2 m long. The operator MUST insert the snap hook into the hole ② in order to prevent the snap hook from becoming accidentally unhooked. The operator MUST NOT anchor himself to the hook ① with the snap hook....

The reinforced rod (indicated as LUX-top AP) has been designed to be used as an anchorage for the ends of the horizontal lifelines (EN 795 Class C). The rod has a diameter of 26 mm, and is larger than the intermediate rod which has a 16 mm diameter. In the event of a fall, it is the rods placed at the end that must bear the weight of the cable and must therefore have a diameter larger than that of the intermediate rods in order to prevent plastic deformations caused by excess stress as a result of the excessive stress on the cable or snow loads. Since the intermediate rods are affected by a...

Height of a LUX-top Riwega anchoring device How to determine the correct height. Always bear in mind that the rod must not emerge more than 150 mm above the last layer of roof covering (ridge tile, green layer or gravel on flat roofs, etc.). Example 1: Installation on counter-batten: • height of tile batten: • ridge tile approx.: Example 2: Installation on flat roof: gravel PVC sheath insulation reinforced concrete The obligatory periodic inspection test (En 795) is decided by the manufacturer. In the case of the LUX-top Riwega lifeline, this is every five years (unless regional laws...

Index: Safety systems Safety hooks to be placed under the roof tiles R4| 2 LUX-top safety hook Safety devices LUX-Top R4| 5 LUX-top 3-S pitched roof R4| 6 LUX-top 3-S flat roofs R4| 12 LUX-top mobile and intermediate R4| 17 LUX-top FALZ PLUS R4H8 LUX-top SDH FALZ - SDA FALZ

LifeLine LUX-top R421 Cable for LifeLine FSE 2003 R422 Accessories for LUX-top rods Fixing LUX-top Personal protection and safety devices (DPI) Safety staircase Lightning conductor system Horizontal holding pole LUX-top FSA 2010 - H Vertical holding pole LUX-top FSA 2010 - V Safety staircase LUX-top FSA 2010 - L Parapet Barrial Steps and meaning of escape n and escriptio site: d roduct eb d the p ons from the w nloa Dow ificati om ical spec techn ega.c iw Safety systems

move around the roof in complete safety reduced visual impact Product description: anchorage point for one person, to be used as a single device. Anchoring device certified in accordance with UNI EN 795 (class A2) and norm EN 517-B. Made entirely of galvanized steel.

minimum joist section: 60 x 80 mm; minimum section of board to install on joist: 200 x 38 mm; fixing: 4 wood screws 8 x 100 mm (minimum penetration of screw into the joist 100 mm); type: RoofRox Performant TB it is not necessary to drill into the beam. minimum sill thickness: 100 mm; fixing: 4 Wurth W-FAZ/S M8 x 75/10 (M8) anchors alternative fixing: 4 RoofRox PESANTE SUA anchors Features Safety hook 5F Material galvanized steel Inspection Yearly Sub-structure wooden/concrete Colour galvanized red-brown brown charcoal Our products undergo continuous quality checks according to current DIN...

LUX-top safety hook Stainless steel hooks LUX-top Cable move around the roof in complete safety reduced visual impact

HookLUX-top cable Safety systems

HookLUX-top SDA-6F Product description: anchorage point for maximum 1 person. Made entirely from stainless steel AISI 304 (V2A). Fixing on wooden beam Minimum joist section: 80 x 100 mm, minimum section of board to install on joist: 150 x 40 mm; fixing: 4 wood screws 8 x 40 mm (supplied with the hook); fixing: 6 wood screws 8 x L mm (minimum penetration of screw into joist 100 mm); type: RoofRox Performant TB, it is not necessary to drill into the beam. LUX-top SDA-7F hook for flat tiles Product description: anchorage point for one person, to be used as a single device. Anchoring device...