主通信的实现——PLC OMRON CP1H的奴隶

Galuh Purnama Aji, Bakhtiar Alldino Ardi Sumbodo
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引用次数: 1

摘要

现在几乎所有的工厂都使用自动化系统,在自动化系统中,使用可以自己完成工作的控制系统的工厂和操作员都没有发挥积极作用。有了一个自动运行的系统,预计产量将随着产品质量的提高而增加,产生相同的无差异。公司采用PLC(可编程逻辑控制器)形式的通用控制系统。该系统使用两个OMRON CP1H PLC作为驱动器,并与通过一对一NT链路进行通信的CX Designer HMI和由CX Programmer通过通信端口USB外设和RS-232控制的PLC集成。输入输出PLC均与USB-OPTO-RLY88相连,USB-OPTO-RLY88与visual studio 2017软件集成,使用Host Link通信。通过对一个系统的测试,将USB外设与RS-232通信端口之间的响应时间与并行梯形图与时序梯形图进行比较,得到了系统工作时响应时间的400个数据。数据比较的结果告诉USB外设端口的性能比RS-232端口的效率高15%。
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Implementasi Komunikasi Master – Slave pada PLC OMRON CP1H
Almost all factories now use automated system, where the factory using a control system that can do the work itself and the operator are not too play an active role. With a system that runs automatically is expected to yield a production will increase with the quality of the product that generated the same no difference. Common control system used by the company in the form of PLC (Programmable Logic Controller).            The system uses two OMRON CP1H PLC as drivers and integrated with CX-Designer HMI that communicate through one to one NT link and PLC controlled by CX-Programmer through the communication port USB Peripheral and RS-232. Both the input output PLC connected with USB-OPTO-RLY88 which is integrated with visual studio 2017 software using Host Link communication. The result of testing a system that compares the response time between communication port USB Peripheral with RS-232 and parallel ladder diagram with sequential ladder diagram, obtained 400 data of response time when the system was working. The result of data comparison tells that USB Peripheral port has a performance about 15% more efficient compared to the RS-232 port.
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