Steel Wire Mesh Shelf Unit - Black - Max. Load 250 Kg, WxD 1520 X 360mm, Standard, Height 1880mm, 5 Shelves
Steel wire mesh shelf unit, black, max. shelf load 250 kg, WxD 1520 x 360 mm, standard shelf unit, height 1880 mm, 5 shelves. Supplied = flat pack. Shelf unit height = 1880 mm. Shelf unit design = single sided. Material = steel wire. Overall depth = 360 mm. Overall width = 1520 mm. Colour = black. Max. shelf load = 250 kg. Shelf depth = 360 mm. Shelf width = 1520 mm. Always visually attractive, easy to care for and with clear visibility from all sides. Infinitely extendable, also suitable as a room partition. No memory effect for a temporary heavy load. With high quality black plastic coating Can be set up without tools and highly versatile - in store rooms, archives, offices, shops. Only a rubber hammer is required to secure the height adjustment screws. Optimum use of space by constructing extension or corner shelf units using S hooks. 2 S hooks per shelf are supplied with the extension shelf units and with additional shelves. Where S hooks are used, the max. shelf load is reduced to 100 kg. Mobile on non-marking, ball bearing mounted PVC swivel castors. The PVC swivel castors are available with or without wheel stops (see accessories) The PVC swivel castors increase the shelf unit height by 170 mm. Mesh shelves Height adjustable in 25 mm increments. Uprights, 25 mm 2 part - easy bolt together assembly. Incl. top caps and height adjustment screws to compensate for uneven flooring up to a height of 20 mm. The uprights of 2 shelf units can be connected using connecting clamps (see accessories) This results in a gap between shelves of 15 mm. Please note If the height of the shelf unit is more than 5 times its depth, the shelf unit must be secured against tipping. The uprights reduce the effective width and depth of the shelves by 25 mm per upright. The specified max. loads apply with uniform load distribution. Additional shelves may be used if the specified max. bay load or the max. load of the swivel castors is observed.