UK British Standard Preassemble Steel Pedestrian Bailey Bridge Public Transportation Pedestrian bridges are needed where a separate pathway has to be provided for people to cross traffic flows or some physical obstacle, such as a river. The loads they carry are, in relation to highway or railway bridges, quite modest, and in most circumstances a fairly light structure is required. They are, however, frequently required to give a long clear span, and stiffness then becomes an important consideration. The bridges are often very clearly on view to the public and therefore the appearance merits careful attention. Steel offers economic and attractive forms of construction which suit all the requirements demanded of a footbridge. Pedestrian Bailey Bridges are built on site from a pre-engineered system of ready-to-assemble components. Utilizing standardized prefabricated components, Bailey bridges can be built to match a wide range of pedestrian bridging applications. Because of their excellent versatility and overall value, thousands of Pedestrian Bailey bridges have been installed throughout the world.   Product Name Assembled Temporary Pedestrian Bailey Steel Bridge Width 7.6meter or customer required sizes,etc. Maximum span 64meter single span and 200meter multi-span or customized. Bridge deck Steel composite panel,timber,concrete,etc. Steel grade Q345B (equivalent to ASTM A572) or customized materials,etc. Loading capacity 20ton, 40ton truck etc, or HS20-44, HS25-44/Truck 20 Corrosion Original painted or Hot dip galvanized,army blue,etc. Advantages Price effective and technical full analysis and supports     Features • Adaptable - pre-engineered to match each application • Fast - modular stocked components, open to traffic in days • Lower Cost - an alternative to custom designed bridges • Easy - to handle, transport, assemble, install and reuse   Advantage Possessing the features of simple structure, convenient transport, speedy erection easy disassembling, heavy loading capacity, great stability and long fatigue life being capable of an alternative span, loading capacity