FBM222 P0926TL | FOXBORO | Motion control module

Description

FBM222 P0926TL | FOXBORO | Motion control module

There are over 200 brands of FBM222  , almost each with different programming software, and they are constantly improving their programming software to make it easier to serve electrical engineers. Various program blocks are also becoming more convenient and user-friendly to call, such as PID modules, motion control modules, etc., greatly reducing the development pressure on engineers and shortening the development cycle. How to implement a microcontroller? If there are no ready-made modules to use, then development is the only option. Engineers who have worked on non-standard automation equipment will encounter a problem – insufficient project schedule. PLC, a highly integrated and modular product, is not only able to meet the development cycle required by the equipment, but also has a tight schedule, let alone a microcontroller like a blank sheet of paper.
Nowadays, most assembly lines require cross regional integration and monitoring, and the communication methods used are mostly Ethernet with repeaters, or directly using civilian broadband optical fibers. The things used are likely to end up using Microsoft’s IE browser. It is obvious that PLCs have an RJ-45 interface, which means that even if the body does not have an FBM222 , Ethernet modules can be equipped. Can the PCB board carried by the microcontroller add this interface and develop Ethernet communication? How long does development take?
This is both an advantage and a disadvantage for microcontrollers. There are over 200 brands of PLCs mentioned above, and there are more programming software available. Although most PLCs have similar programming languages, electrical engineers need to thoroughly understand the hardware parameters, software components, programming software, and other aspects of a different brand of FBM222  before they can use it proficiently. The programming language used for microcontrollers is either C or assembly language, which is universal for any microcontroller. In other words, by learning C language or assembly language, one can apply any microcontroller to develop the desired functions (provided that one has a relevant foundation in electrical and electronic engineering). But then again, electrical engineers are not electronic engineers. Their job is not just to consider how microcontrollers drive relays to control machine tools. Some electrical engineers even do not know FBM222  development languages such as C language and assembly language. In recent years, with the promotion of the IEC-61131-3 standard, more and more PLCs support multiple programming languages, such as ST language similar to C language and CFC language similar to circuit diagrams. This convenient function is truly impossible to achieve in traditional microcontroller development environments.