Size 9U 550MMX 450MM Naor 2 Post Series Ultra Rigid Racks, Product Type Heavy Duty, Material Mild Steel

Naor, 2 collection of posts consists of ultra rigid racks for high density application for networking / labs / data centres. These racks consist of rugged aluminum profiles, Individually powder coated and bolted crafted to meet superior quality criteria stringent iso 9001, 2008 manufacturing & framework for quality control management. Will establish the configuration for standard racks be bolted frame with Two or four options post. 4 post will have adjustable steel folded depth members to adjust the depth to meet site requirements. Available in 22ru~52u variants. Features aligns with din 41494 specifications or similar eia / iso / en version standard high, Strength, Lightweight 6061, T6 aluminum extrusion constructions two top angles and heavy, Duty assembly hardware for a stronger rack to handle heavier loading 25 no. M6 mounting screws with combination phillips/ straight heads and pilot points to reduce cross threading and installation time unique packaging inserts eliminate damage from components hitting together in the carton during shipping and handling. Ease of assembling by high quality fasteners. Featuring a flexible alternating hole design of 12. 7mm and 15. 875mm, This setup maximizes the potential for mounting and improves usable space positions panel mounting holes m6 threads in both flanges powder coated or anodized provide a uniform appearance and protection against aluminum oxidation corrosion state, Of, The, Art manufacturing methods offer top-notch performance product quality and fastest delivery across the field conductive m6 tapped din standard holes, 100% assured conductivity within the rack. Eliminate separate grounding strip. Heavy duty bottom 160x60x8th mm & top angles 38x38x4. 8th mm and c frames 32x75x5th mm to ensure up to 1500kg static load capacity custom configurations and assemblies available by special order assembly hardware is included weight capacity of 1500kg static weight must be evenly distributed