Stair Step MEAstep XSL 30/10 mm Mesh

MEAstep XSL Stair Steps – Advantages

• Grating stair steps made of S 235 JR steel with safety edge
• Slip resistance R 11 (R13 possible)
• Openings ranging from 500 to 1600 mm
• Screw-in side stringers with holes, in accordance with staircase construction screwing standard
• Durable corrosion protection through hot-dip galvanizing according to DIN EN ISO 1461
• Action of loads according to DIN EN 1991-1-1 Eurocode 1: (actions on structures) with 2.0 kN per load cube of 5 x 5 cm, and 5.0 kN/m²
• Suitable for escape stairs according to DIN 1055-3 (category T1 and T2)
• Suitable for access paths in plants and machine installations according to DIN 24531-1 or DIN EN ISO 14122-3

STAIR STEPS MEASTEP XSL – LIGHT, STABLE, SAFE!

MEASTEP XSL – WHAT’S BEHIND!

The name of the best-selling staircase steps is at the same time a whole range. The abbreviation XSL stands for:

X = safe, thanks to the new load-bearing structure (slip resistance class R11; R13 possible)
S = stable, load capacity according to standards
L = light, the same load-bearing bars for all dimensions, resulting in a lower weight and simpler assembly of the stair grilles

Production is carried out in accordance with DIN 24531-1, with a double perforated safety edge and standard hole screw-in stringers.

FUNCTIONAL WITH A CLEAR DESIGN

The innovative MEASTEP XSL program for steps, platforms, and intermediate platforms combines safety, stability, and low weight. Through a newly designed load-bearing structure, a clear and attractive design is achieved. Another reason why the responsible architects at the University of Vienna campus decided on MEASTEP XSL steps as an visually attractive solution, with a uniform, aligned appearance of the mesh.

STABLE STAIRS WITH PERFECT LOAD DISTRIBUTION

MEA’s high-quality production ensures stability and optimal load distribution. The non-load-bearing bars of the MEASTEP steps are pressed under high pressure into the load-bearing bars equipped with slots. The high pressure and the shape of the slot on the load-bearing bars ensure a very stable grille, resistant to torsion. The crossed load-bearing and non-load-bearing bars press into each other, optimally distributing point and surface loads.