In the modern industrial field, resistance welding is widely used in welding various metal materials as an efficient and reliable connection method. The emergence of medium-frequency inverter resistance welding power supply has injected new vitality into resistance welding technology. With its excellent performance and diversified functions, it has become a leader in modern welding technology. The medium-frequency inverter resistance welding power supply has six control modes, which can flexibly respond to different welding needs. These control modes not only cover the various requirements of traditional resistance welding, but also can be precisely adjusted according to specific process parameters to ensure the efficiency and stability of the welding process.
In addition, the power supply provides five optional operating frequencies, from 1KHZ to 5KHZ, to meet the special requirements of different metal materials for welding current. Whether it is low-carbon steel, stainless steel or copper, aluminum and other metal materials, the medium-frequency inverter resistance welding power supply can provide the most suitable welding current to ensure the best welding quality. In terms of industry innovation, Huandian's medium-frequency inverter resistance welding power supply introduced the servo motor control function for the first time. Through the precise control of the servo motor, the precise adjustment of multi-stage welding pressure and the flexible setting of the welding head reset distance are realized.
This innovation solves the problem of instantaneous impact force generated by the traditional cylinder welding head during the descent process, greatly improving the stability and quality of welding. At the same time, the medium-frequency inverter resistance welding power supply also supports multi-stage welding combined cyclic pulse discharge, making the welding process more refined and controllable. By accurately controlling the time and frequency of pulse discharge, the microstructure and performance of the welded joint can be optimized, further improving the strength and reliability of the welded joint.
In terms of ease of operation, the medium-frequency inverter resistance welding power supply is equipped with an exquisite human-machine touch interface. This interface is not only beautiful and generous, but also has oscilloscope and monitor functions. Through the touch interface, users can intuitively display 8 real waveforms such as current, voltage, power, resistance and corresponding welding data, monitor the welding process in real time, and ensure the stability of welding quality.
It is worth mentioning that the medium-frequency inverter resistance welding power supply also has rich monitoring and protection functions. It supports pressure displacement monitoring, built-in pressure monitoring, pressure triggering, displacement monitoring, and displacement penetration interruption functions. These functions can monitor the changes of various parameters in the welding process in real time, and interrupt welding in time when abnormal conditions occur, protecting the safety of welding equipment and workpieces.
In order to meet the needs of users for data management and analysis, the medium frequency inverter resistance welding power supply also has a built-in database function. It can store about 5 million welding points of current, voltage, power, resistance, pressure, displacement and other values, and supports USB export. This function allows users to easily store, analyze and process welding data, providing strong support for process optimization and quality improvement.
In addition, the medium frequency inverter resistance welding power supply can also monitor the average effective value and instantaneous value of current, voltage and power. This function allows users to control the welding quality more comprehensively and ensure the stability and reliability of the welding process. In short, the medium frequency inverter resistance welding power supply has injected new vitality into the development of modern industry with its excellent performance, diversified functions and innovative technology applications. It not only improves welding efficiency and quality, but also reduces energy consumption and costs, making a positive contribution to the sustainable development of enterprises.
