Overview: The document provides technical details about the Cebora Plasma HQC automation system, focusing on the Cebora CP 251 G torch designed for high-quality cutting of metallic materials using various gases. It highlights the system's technological advancements, including patent applications, and the use of high-speed cameras for plasma arc behavior analysis.
Specifications: The Cebora CP 251 G torch is capable of cutting metallic materials with thicknesses ranging from 1 to 45 mm using gases like oxygen, nitrogen, argon-hydrogen, and nitrogen-hydrogen. The system supports a maximum current of 250 A at 100% duty cycle.
Technological Features: The torch allows quick replacement of heads and consumables based on material, gas, and thickness. High-speed imaging is used to optimize thick plate piercing by studying plasma arc discharge phenomena.
Gas Console: The gas console manages process parameters and uses gas mixtures like H35 and F5 for optimal cutting. It features a synergic setting for automatic gas combination suggestions based on material and thickness, and includes functions like marking, gas leak testing, and self-restart for grid cutting.
Interface Kit: The Analogic Interface Kit (Art. 158) includes functions for corner adjustment, current regulation, and arc voltage monitoring. The Spot Marking function allows precise marking using the same consumables and gas settings as cutting.
Oxygen Consumption: The new Cebora HQC Plasma line reduces oxygen consumption when cutting mild steel, offering significant cost savings.
Technical Data: The system operates on a three-phase power supply with a maximum installation power of 46 KW and a current regulation range of 5A to 250A. It complies with IEC 60974.1 standards and has a protection rating of IP 21 S.
Accessories: Various accessories are available, including the Cebora CP251 G torch, connection leads, and gas valve units. Cebora reserves the right to modify technical specifications without notice.