Application Of Intelligent Production In High-Temperature Cables

In the conductor processing stage, intelligent equipment enables fully automated operations from wire drawing to stranding. Utilizing sensors and AI algorithms, the equipment monitors the diameter, surface quality, and stranding density of copper wires in real time, ensuring the conductor's performance meets design specifications. Furthermore, intelligent equipment can optimize processing parameters based on historical data, further enhancing product quality.

 The extrusion of insulation layers and sheaths is a critical step in high-temperature cable production. Intelligent extrusion equipment, equipped with high-precision sensors and control systems, adjusts temperature, pressure, and extrusion speed in real time, ensuring uniform thickness and defect-free insulation layers and sheaths. Simultaneously, the equipment automatically detects and eliminates issues like bubbles and impurities, significantly improving product reliability. 

 The intelligent production line incorporates advanced inspection devices, such as X-ray detectors, laser measuring instruments, and electrical performance testers, enabling online inspection of the cable's physical and electrical properties. Inspection data is uploaded in real time to the central control system, where AI algorithms analyze it to promptly identify and rectify production issues, preventing the generation of defective products.

 Intelligent production leverages big data technology to collect and analyze vast amounts of data from the production process, including equipment operating status, material consumption, and environmental parameters. This data assists companies in optimizing production processes, improving resource utilization, and reducing production costs. For instance, by analyzing historical data, companies can identify minor adjustments to specific process parameters that significantly enhance product performance, thereby achieving continuous improvement.