תמחש - מחירון 2021

175 2021 מחירון מפרטים ותעודות Advantages of using Magnelis® for electrical equipment Cable management Cable trays and ladders Protective tubes • Improved durability, especially in marine environments (offshore, ship, seashore, wind towers) or aggressive indoor environments (hot and humid industrial buildings, humid structures such as greenhouses and tunnels, and agricultural buildings with alkaline environments) • Improved edge protection, for perforated parts in particular • Better behaviour in roll forming and bending operations thanks to a low friction coefficient • Cost-effective solution compared to post-galvanised steel, aluminium, or stainless steels. Class Reference: material and finish (EN 61537) Magnelis® alternative 3 Pre-galvanised grade 275 (EN 10327 and EN 10326) ZM120 – 10 µm/side 4 Pre-galvanised grade 350 (EN 10327 and EN 10326) ZM175 – 14 µm/side 5 Post-galvanised with a minimum average zinc coating thickness of 45 µm (ISO 1461) ZM250 – 20 µm/side 6 Post-galvanised with a minimum average zinc coating thickness of 55 µm (ISO 1461) ZM310 – 25 µm/side 7 Post-galvanised with a minimum average zinc coating thickness of 70 µm (ISO 1461) ZM430 – 35 µm/side 8 Post-galvanised with a minimum average zinc coating thickness of 85 µm (ISO 1461) on request Salt-spray test performance Magnelis® is not yet included in the EN 61537 standard on ‘Cable management - Cable tray systems and cable ladder systems’. However, ArcelorMittal has conducted salt spray tests of Magnelis® in accordance with the parameters of ISO 9227. The results showed that Magnelis® ZM120 (10 µm coating per side), up to ZM430 (35 µm per side) is an efficient solution to meet the requirements of the standard (from Class 3 to 8). Solutions for some Class 9 requirements can be found. For more details, please contact ArcelorMittal. Electric drives Mobility drives Building drives (doors, windows, shutters, rollers…) Engine casings and equipment • Improved durability in harsh outdoor environments, especially when located in marine areas. • Improved durability in aggressive indoor environments (for example, industrial buildings with hot and humid atmospheres, agricultural buildings with alkaline environments, greenhouses, tunnels, swimming pools…) • Reduction of maintenance costs thanks to - longer durability (for example, avoids maintenance at height for lighting) - Better resistance to surface damage and scratches thanks to the harder coating and self-healing effect. • Longer tooling lifetime and reduced maintenance in manufacturing thanks to the harder coating and its lower friction coefficient. • Compared with post-galvanisation: - Time- and cost-effective solution - Reduced part deformation - Better aesthetics Lighting Exterior poles Interior industrial lighting Industrial lighting and decorative applications Other metal accessories and holders Power distribution Low voltage: cabinets, switches, charging infrastructure, metal accessories. Medium voltage: stations, transformers… Energy management Batteries (casing, containers) Metal accessories Accumulators