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Aluminum double width moving scaffolding requirements

May 24, 2019

The components of the aluminum double width moving scaffolding are lightweight and easy to install, handle and store. When used, the weight of the equipment is only 1/3 of the weight of traditional steel scaffolding, without worrying about crushing the ground. The joint strength of the components is high and stable, the design of the support mechanism is scientific, and the overall structure is safe and stable. The damage pull-off force of the Guanyu scaffold joint reaches 4100-4400Kg, which is much larger than the allowable pull-out force of 2100Kg. The maximum load capacity of the 12-meter-high double wide frame is up to 500Kg.

 

The overall structure of the double-wide aluminum scaffolding adopts the "building block" combination design, the components are standardized, and there are no loose parts. Without any installation tools, two workers can build a 20-meter aerial work platform in a short time.

 

The double-wide aluminum scaffold solves the problem of enterprise aerial work. It can be lapped according to the actual height. There are three height specifications. Available in both wide and narrow width specifications. The narrow frame can be lapped on a narrow floor for flexibility and flexibility. He can meet the requirements of high-altitude operations in the narrow space such as the corners of the wall and stairs.

 

Aluminum scaffolding

 

1. Supporting rod type cantilever scaffolding requirements Supporting rod type cantilever scaffolding needs to be controlled

Load, set up firmly. When erecting, the shelf should be set up first, so that the crossbar protrudes out of the wall, and then the slanted pole is propped up and connected to the picking crossbar. Then the overhanging part is set up, the scaffolding board is placed, and the railing and the footrest are provided on the periphery. The safety net is set up below to ensure safety.

 

2. Setting of the wall unit According to the axis size of the building, one is set every 3 spans (6 m) in the horizontal direction. One should be set every 3~4 meters in the vertical direction, and each point is required to be staggered from each other.

The plum blossoms are arranged in the same way as the floor-standing scaffolding.

 

3. When the vertical control is set up, the verticality of the segmented scaffolding should be strictly controlled, and the verticality is allowed to deviate.

 

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