PLC, can be programmed logic controller, is the most widely used industrial equipment, the most popular electronic equipment, data show that more than 90% of industrial enterprises mechanical equipment is controlled by PLC. As an automatic motion control device, the servo system is mainly used to accurately control the position, orientation and state of the mechanical parts, which determines the accuracy, control speed and stability of the automation machinery, and is the core of industrial automation equipment.
With the development of industrial automation industry, flexible production has become an important development direction, industrial automation equipment with flexible production, more adaptable and other characteristics, as well as open high efficiency and high-quality development path, automation equipment manufacturers in the era of intelligent manufacturing to enhance the key to market competitiveness. As a result, some excellent technology enterprises at the forefront of The Times have developed and launched a built-in PLC drive control integrated servo system that is more adaptable to flexible intelligent manufacturing.
Built-in PLC drive control integrated servo system, can control all the functions of the servo through the built-in PLC standard instructions, can also do some complex algorithms through the built-in PLC, to achieve rewinding, position control and other functions, because the system structure is simple and reliable, simple operation, strong adaptability and high production efficiency. Ideal for small automated systems as well as customized systems.
Simplified system structure: built-in PLC servo system to achieve drive and control integration, to avoid the tedious connection and wiring work, the system structure is more concise, reduce the number of equipment and occupy space, improve the overall system reliability.
High performance operation: Advanced servo drive technology can achieve high precision, high speed and high response performance of motion control. Whether in position control, speed control or torque control, it can achieve high operating performance.
Flexible programming ability: Programmers can use PLC programming software for flexible customization to meet the requirements of different application scenarios. At the same time, the programmable nature of PLC also makes the system easy to maintain and upgrade.
Multi-axis collaborative control capability: Multi-axis collaborative control can be realized through network communication to achieve complex motion control and coordinated operation. This ability is very useful in complex production lines or mechanical equipment.
Post time: Dec-15-2023
