ADTO News
The New Kind of Electric Scaffolding Used On the Construction Site
Electric climbed scaffolding parts to achieve standardization, generalization, for repeated use. Use of electric hoist for power. Unique design of roller guide rail to ensure body without shaking in the process of lifting and capsizing phenomenon; Reliable security falling prevention device, ensure the power fails, quickly will lock on the main structure frame body;
Synchronous warning load controller and intelligent electrical control cabinet can ensure the hoisting frame synchronization lifting, circuit control system has open circuit, open phase and over-current protection function.
Compared with the traditional high-level scaffolding, electric climbing scaffold has the following advantages: noninterference with vertical transportation equipment, greatly reduce the load of high-rise building vertical transportation equipment. The construction speed is fast, just can be installed a multilayer elevator use, to a large number of resource conservation and labor, and save cost increases with the increase of the layer number of buildings.
Money footprint, reducing the material consumption and saving effect is remarkable. Easy to operate, simple, do not take up the tower crane, but also improve the efficiency of the tower crane, conducive to speed up the progress, shorten the construction period. Reduces the shelf engineering artificial consumption, less labor input, greatly reduce the labor intensity of scaffolder, according to estimates more than three times greater efficiency.
Attached type lifting scaffold for high-rise building structure or decorate construction to provide personnel protective electric hoist adhesive lifting scaffolding (hereinafter referred to as electric climbing frame).Can be used in the design of various types of tall and super-tall building, uniform appearance of tall buildings construction protection; Applicable to the cast-in-place shear wall, frame, arc balcony, complex shape, such as cantilever slab construction.