1. High frequency power supply. The high-frequency generator in the equipment can generate relatively high frequency current, usually in the range of 10kHz to 500kHz. This current can excite electrons and ions in the pipe, accelerate their movement speed, and generate heat.
2. Induction heating. The high-frequency current is introduced into both ends of the pipe through a power regulator and a welding head. The pipe itself generates high-frequency Eddy current through induction, causing the pipe to rapidly heat up and reach the melting point before melting the contact surface.
3. Automatic forward and backward rack. Used for the entry and exit and positioning of pipes, automatically advancing pipes during the welding process, achieving continuous and automated production.
4. Setting of inner and outer diameters. The inner and outer diameter measurement system is used to detect the size of pipes and match with preset welding process parameters, automatically adjusting the movement trajectory of the welding head, and completing accurate weld formation.
5. Sealing and cooling system. The interior is an isolated space, completely sealed from the outside, and equipped with a cooling water system to protect the circuit system and cool the welding hot zone, ensuring stable operation of the equipment.
6. Process control system. All mechanical actions, welding parameters such as high-frequency power, welding head movement speed, cooling water volume, etc. are controlled by a microcomputer, and high automation control is achieved by inputting process parameters through the human-machine interface.
High frequency welded pipe equipment is developed using microcomputer technology, combining theories such as electromagnetics, thermal conductivity, and automatic control. Its main characteristics are: high welding quality, high production efficiency, high degree of automation, wide range of applicable materials, and long service life. It is mainly used for the welding production of stainless steel, aluminum alloy, titanium alloy, and high steel, and is an important equipment in the field of pipe connection.
Therefore, high-frequency welded pipe equipment, with its unique working principle, achieves high-quality and efficient automated production, and is widely used in fields such as petrochemical, pipeline engineering, building decoration, energy and power, metallurgy and mining, and mechanical manufacturing, playing an important role in promoting the development of related industries.
