Understand the classification and application of automated welding equipment together
Date：2021-11-25 Views：639
According to the degree of automation, automated welding equipment can be divided into the following three categories: rigid automated welding equipment. Rigid automated welding equipment can also be called primary automated welding equipment, and most of them are designed based on the principle of open loop control. Although the entire welding process is automatically completed by the welding equipment.
However, a closed-loop feedback system cannot be established for fluctuations in welding parameters during the welding process, and possible deviations cannot be randomly corrected. Adaptive Control Automation Welding Equipment Adaptive control welding equipment is a highly automated welding equipment that is equipped with sensors and electronic detection circuits to automatically guide and track the weld trajectory, and implement closed-loop feedback control for the main welding parameters.
The entire welding process will be automatically completed according to pre-set programs and process parameters. Intelligent automatic welding equipment utilizes various sensing components, such as visual sensors, tactile sensors, auditory sensors, and laser scanners. With the help of computer software systems, databases, and expert systems, it has the functions of recognition, judgment, real-time detection, calculation, automatic programming, welding parameter storage, and automatic generation of welding record files.
The welding machine head is equipped with a moving mechanism, which is composed of a welding machine head, a welding machine head support frame, a suspension type drag plate, etc. It is suitable for precision welding head mechanisms. The driving system should use a servo motor equipped with an encoder, and welding part movement or displacement mechanisms, such as welding roller frames, head and tail frame flippers, rotating platforms, and displacement machines. Precision moving displacement mechanisms should be equipped with servo motor drives.
According to the degree of automation, automated welding equipment can be divided into the following three categories: rigid automated welding equipment. Rigid automated welding equipment can also be called primary automated welding equipment, and most of them are designed based on the principle of open loop control. Although the entire welding process is automatically completed by the welding equipment.
However, a closed-loop feedback system cannot be established for fluctuations in welding parameters during the welding process, and possible deviations cannot be randomly corrected. Adaptive Control Automation Welding Equipment Adaptive control welding equipment is a highly automated welding equipment that is equipped with sensors and electronic detection circuits to automatically guide and track the weld trajectory, and implement closed-loop feedback control for the main welding parameters.
The entire welding process will be automatically completed according to pre-set programs and process parameters. Intelligent automatic welding equipment utilizes various sensing components, such as visual sensors, tactile sensors, auditory sensors, and laser scanners. With the help of computer software systems, databases, and expert systems, it has the functions of recognition, judgment, real-time detection, calculation, automatic programming, welding parameter storage, and automatic generation of welding record files.
The welding machine head is equipped with a moving mechanism, which is composed of a welding machine head, a welding machine head support frame, a suspension type drag plate, etc. It is suitable for precision welding head mechanisms. The driving system should use a servo motor equipped with an encoder, and welding part movement or displacement mechanisms, such as welding roller frames, head and tail frame flippers, rotating platforms, and displacement machines. Precision moving displacement mechanisms should be equipped with servo motor drives.
