Compare asecos 1 door, external HxWxD 1968 x 600 x 615 mm, 1 door, external HxWxD 1968 x 600 x 615 mm, grey, stainless steel Price

Fire resistant hazardous goods storage cupboard, type 90, 1 door, external HxWxD 1968 x 600 x 615 mm, grey, stainless steel. Supplied = assembled. Fire resistance = 90 minutes. External width = 600 mm. External height = 1968 mm. External depth = 615 mm. Internal width = 450 mm. Internal height = 1740 mm. Internal depth = 520 mm. Material = special fire resistant boards, sheet steel, powder coated. Hazard class = for flammable media in work rooms in accordance with DIN EN 14470-1 and TRGS 510 (appendix 3). Ventilation = ventilation connection (NW 75). Design of interior fittings = stainless steel. Body colour = light grey RAL 7035. Door colour = light grey RAL 7035. Door type = hinged door. Door version = 1 door. Number of doors = 1 pcs. Number of shelves = 3 pcs. Max. shelf load = 75 kg. Shelf height adjustment increments = 32 mm. For the storage of flammable media in laboratories in accordance with DIN EN 14470-1 and TRGS 510 (appendix 3). Proven protection against fire for 90 minutes, GS tested. Door stop system for easy storage and removal - self-closing in the event of fire and adjusting device for levelling on uneven surfaces. Locking system compatible, lockable with cylinder profile. Ventilation connection (DN 75) in the roof. Interior fittings Shelves, height adjustable in increments of 32 mm, max. load 75 kg (distributed load), with pull-out stops and anti-tipping device. Base sump tray tested in acc. with StawaR / manufacturer's declaration of conformity. Stainless steel interior fittings Base sump tray tested in acc. with StawaR / manufacturer's declaration of conformity and with shelves made of stainless steel. Ideal for storing hazardous substances which corrode paint, such as acetone and thinners. Quality German product. Plastic coated fine sheet steel, fire insulation, high quality door seals. Labelling in accordance with DIN EN 14470-1. All specified max. loads apply with uniform load distribution.