In the field of modern construction engineering, steel cage rolling welding machine plays a vital role. Understanding its working principle can help us better understand this efficient equipment.
The work of steel cage rolling welding machine is a highly automated and rigorous process. First, according to the construction requirements, the main reinforcement of the steel cage is manually passed through the circular hole of the corresponding template of the fixed rotating disk until it is fixed in the corresponding hole of the mobile rotating disk. Then, the end of the coiled reinforcement (wrapped reinforcement) is first welded to a main reinforcement.
Subsequently, the fixed rotating disk and the mobile rotating disk begin to rotate. The mobile disk will gradually move backward while rotating. During this process, the coiled reinforcement will wrap around the main reinforcement. It is worth noting that this winding process is continuous and stable.
While the coiled reinforcement wraps around the main reinforcement, the welding work is also carried out simultaneously. Through the welding device, the coiled reinforcement and the main reinforcement will be tightly welded together. The welding method usually adopts carbon dioxide shielded welding, which can ensure the welding quality and make the connection more solid.
In the whole process, the control of the equipment is crucial. For example, the CNC steel cage rolling welding machine is controlled by PLC, which can accurately set the spacing parameters. In actual work, the spacing between the steel cage hoops is determined by the rotation speed of the fixed rotating disk and the mobile rotating disk and the speed of the mobile disk. As long as these two speeds can be kept stable, the stability of the spacing between the steel cage hoops can be guaranteed, thereby ensuring product quality and meeting the requirements of construction specifications.
The steel cage rolling welding machine efficiently completes the production of steel cages through such an automated and continuous process, greatly improving production efficiency and providing strong support for the construction of large-scale projects such as bridges and high-speed railways.
