Loading Dock Canopy Height

The maximum grade percentage from the loading dock to the vehicle is determined by the height of the dock discussed in detail in set the dock height on page 10.

Loading dock canopy height.

48 1 219 mm wide x 12 305 mm rear height x 48 1 219 mm projection loading dock canopies make the process of loading and unloading dry and efficient by installing a rust proof metal canopy over the loading dock door. Dock leveler a height adjustable platform used as a bridge between dock and truck can be operated via mechanical hydraulic or air powered systems. Canopies are the solution to protecting your loading area and shipments from adverse weather conditions. Dock shelters are enclosures that provide a wiper seal against the trailer top and sides for high sealing efficiency.

Rite hite dock shelters are constructed of industrial fabric curtains fitted with fiberglass stays to apply pressure. Part 70 001808 120 3 048 mm wide x 6 152 mm rear height x 18 457 mm projection part 70 001809. Loading dock planning and design the proficient stream of products in and out of facilities is vital in today s extremely competitive world. The dock leveler bridges some height difference but the incline should not be too steep.

Available in a variety of lengths and designs our loading dock canopies ensure optimal protection while providing full unimpeded vehicle access for seamless and safe transportation of goods. Rite hite offers a wide variety of loading dock shelters to fit your loading dock design objectives and budget. The height difference between the dock and the trailer bed should be as small as possible. For gas or diesel powered loading equipment the maximum grade percentage is 15.

The most important characteristic of the loading dock design is the height of the dock. In order to facilitate material handling loading docks may be equipped with the following. The dock height must match the height of the docking trucks. The loading dock canopies and shelters that we provide are manufactured to provide optimum stability and durability while reducing energy consumption.