Other manufacturers with similar products
Allegion
81 EPDs
Delta Dore
101 EPDs
dormakaba
174 EPDs
EPD: Docking loadhouse, Total height 3630 mm (dock height 1200 mm), nominal length 2000 mm, nominal width 3300 mm, Crawford LH6080L loadhouse (Assa Abloy)
Product description / Product definition Product name: Crawford LH6080L loadouse Product characteristic: Load house The Crawford LH6080L loadhouse is the heavy duty version of the new generation of load houses, especially developed to meet all requirements of architects, builders and operators. it is suitable for all geographical areas with snow load up to 2kN/m2. The Crawford LH6080L loadhouse is an independent loading system, designed to move the actual loading and unloading area outside the building and thereby releasing the corresponding floor area inside. It also forms a protective barrier between building and vehicle, contributing to energy savings and an improved working environment. Dock levelers and shelters can be integrated with the load house, together forming a complete Autodock system. Due to the thermal separation between building and docking unit, the load house can be used in temperature controlled applications. The load house consists of four main components: 1) Galvanized steel frame of 290 kg in accordance with /EN 10346:2009/ 2) Six wall panels and four roof panels (insulated panels) of 264 kg in accordance with /EN ISO 6946/ and /EN 14509 A.10/ 3) Cover plates and connection profiles of 31 kg in accordance with /EN 10346:2009/ 4) Drain pipe and gutter of 15 kg in accordance with /EN 1462/ class A-H The steel frame construction with the wall and roof panels is the housing that is connected to the building on top of the platform with the dock leveler. The cover plates and connection profiles finish off the housing and closes all the gaps to the outside. The drain pipe and gutter of the load house secures controlled water drainage from the roof. The design of the frame to the front side of the load house facilitates the installation of a dock shelter.