General planning of HZP1600 segmental assembly bridge erection equipment

What is general planning of HZP1600 segmental assembly bridge erection equipment?

FAQ Mar 11, 2013 Comments Off on What is general planning of HZP1600 segmental assembly bridge erection equipment?

Considering features of segmental assembly construction, combining long term design and fabrication experience on segmental assembly bridge erection equipment, ZZHZ uses HZP series upstroke box girder bridge erection equipment.

Segmental assembly bridge erection equipment

Segmental assembly bridge erection equipment

The bridge erection equipment is made up of main frame, support structures, overhead travelling crane for lifting girders and transverse luffing mechanism. Consisting of main girder and guide beam, main frame is main load bearing part of the bridge erection equipment, guide beams are arranged symmetrically at front and rear part. Support structures include four parts: front, rear support legs and auxiliary front, rear support legs, working load of the bridge erection equipment is transmitted to bridge structure. The lifting, longitudinal moving and transverse moving of bridge erection equipment can be realized by hydraulic cylinders on front and rear support legs. For span shift bridge, the bridge erection equipment can install precast girders by just changing the position of support legs. Lifting capacity of overhead travelling crane is designed as 150t, one 10t trolley is also equipped to help lift small articles on the precast girder.

The bridge erection equipment uses advanced and integrated mechanical, electrical and hydraulic structure, for the convenient use of front, rear support legs as well as the convenient jacking and expansion of auxiliary front and rear support leg. As overhead travelling crane lifts precast girder segments, its moving, lifting and positioning can be in remote control, with adjustable speed, smooth, sensitive and reliable motion; in the winch system, it is equipped with advanced overload protection control device, over-winding protection device and less-winding device. In addition, to ensure “safety, efficiency” of the bridge erection equipment, the equipment is equipped with wind warning system, all limit switches and emergency stop switch.

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