Brief: See the solution in real use and note how it behaves under normal conditions. This video showcases the Full Automatic Power Transformer Radiator Production Line, demonstrating its seamless process of forming and welding fin panels with precision and efficiency. Watch as the automated workflow from decoiling to final stacking unfolds, highlighting key features like the Roll Form Press, Multi-Spot Welder, and Seam Welder in action.
Related Product Features:
Roll Form Press controlled by a precision servomotor for producing panels of variable length with chosen profiles and end details.
Multi-Spot Welder makes up to rows of spot welds along the ribs, ensuring symmetrical positioning for optimal pressure distribution.
Seam Welder joins panel edges through resistance welding with internally cooled copper-welding wheels, eliminating the need for an external water system.
Automated workflow includes decoiling, roll forming, hydraulic press, spot welding, seam welding, shearing, cutting, and stacking.
Dual welders for longitudinal sides and a third welder for panel ends ensure consistent and high-quality seam welding.
Operator-controlled manual solution allows precise panel positioning relative to welding wheels for customized welding needs.
Fully automated process reduces manual intervention, enhancing production efficiency and consistency.
Automatic panel stacking machine ensures organized and efficient handling of finished products.
Faqs:
What is the role of the Roll Form Press in the production line?
The Roll Form Press, controlled by a precision servomotor, produces panels of variable length according to the chosen profile and end detail, forming panels in a fully automated process.
How does the Multi-Spot Welder ensure optimal pressure distribution?
The Multi-Spot Welder uses software-controlled servo indexing to assure symmetrical positioning of spots along the ribs, ensuring optimal pressure distribution across the panel.
What are the advantages of the Seam Welder's design?
The Seam Welder features internally cooled copper-welding wheels, eliminating the need for an external water system, and uses dual welders for longitudinal sides and a third welder for panel ends, ensuring consistent and high-quality welding.