In the field of industrial automation, more and more new-generation automation equipment uses controllers to control machinery and equipment. Today, more commonly used are PLC systems and microcontrollers. Today we will take a look at PLC systems and microcontrollers, and their use in The advantages of the new generation of automation equipment.
The snapin machine with servo motor for automatic assembly has fast response, high efficiency and stable operation.
Since the 1960s, the PLC control system (Programmable Logic Controller) has gradually replaced electrical control devices and has developed rapidly in industrial control. It is a digital operation electronic device designed for industrial production. Since the establishment of Foshan Hannan Mechanical and Electrical Equipment Co., Ltd. in 2012, most of the automation equipment has been operated and controlled using a PLC system. The electrical and programming departments perform logical operations, sequence control, timing, calculation and arithmetic operations. Customer-required instructions to control various types of machinery or production processes through digital or analog input / output.
The PLC system is stable and reliable. The PLC system is written by relevant technical personnel. Once the program is written, it is only applicable to the trajectory of one device. If you want to change the related trajectory, you need to re-enter and write it. Often for new-generation automation equipment, as many as 50 or more programs are entered. Once changed, the workload of modification is considerable. But because the program written in is fixed, its stability is high, it is not easy to be interfered by the outside world, so it has strong stability.
As for Microcontrollers, it is also widely used in the field of industrial control. It is an integrated circuit chip that integrates ultra-large-scale circuit technology on a silicon chip to form a microcomputer system. Next, Foshan Hannan Electromechanical Equipment Co., Ltd. will explore more applicable fields in the area of single-chip microcomputers, and develop automation equipment to a higher level.
The use of a single-chip microcomputer is highly flexible and can be modified according to the characteristics of the product. The single-chip microcomputer is small in size, flexible in scalability and easy to use, and can constitute a variety of control systems, data acquisition systems, robots and other application systems. The single-chip microcomputer is a computer system that integrates the circuit technology onto a silicon chip, which can modify the information inside and is easy to operate. However, because it is controlled by a computer system, it is easy to be disturbed by signal lights. Once affected, the machine equipment will be disordered, causing the automation equipment to malfunction.
Probably understand the PLC control system and single-chip microcomputer. Each has its own advantages and disadvantages. Enterprises should require suppliers to produce and develop corresponding programming according to the characteristics of automation equipment products, maximize adaptation to equipment production and improve efficiency!