3BSE018115R1集成系统卡件,TP830-1中文PDF使用手册
现场总线是是一种基础的串行通讯与网络通讯技术,主要用于工厂自动化车间级监控和现场设备层数据通信与控制技术。华杰智控Profinet远程IO通过创新技术实现系统集成,从而灵活设备运行状态,采用了Profinet远程I/O,通过一条通信线和PLC连接,节省了PLC自身的I/O点数。 IO接线简单,系统运行稳定,传输数据快而稳定,232与485转换协议皆为工业级配置。
3BSE018115R1集成系统卡件,TP830-1中文PDF使用手册YF8521光电隔离型中继器,能够延长RS-485总线网络的通信距离最大1200M,增加RS-485网络设备的数量最多255只。隔离通讯网络中的干扰信号,提高通讯质量。产品内部零延时自动收发转换,即插即用。通讯速率300-115Kbps自适应。内置光电隔离器及DC/DC隔离模块,能够隔离2500Vrms的电压,接口两端带有瞬态电压抑制保护器。采用最新型TVS瞬态电压抑制器,正常情况下TVS管呈高阻状态,当TVS管两端经受瞬间的高能量冲击时,它能以极高的速度将其两端的阻抗降低,吸收一个大电流,从而把其两端的电压抑制在一个预定的数值上,保护后面的电路元件不因瞬态高压冲击而损坏。此保护器可以有效地抑制闪电和ESD,提供每线600W的雷击浪涌保护功率,以及各种原因在通讯线路上产生的浪涌电压和瞬态过压。现有的PLC处理器成本很高,很多企业为了节约成本就选择优质远程IO作为子站。华杰智控Profinet远程IO通过创新技术实现系统集成,从而灵活设备运行状态,IO接线简单,系统运行稳定,传输数据快而稳定,232与485转换协议皆为工业级配置。
使用Q-Vision上位机软件与Kvaser硬件相结合,可实现对CAN/CAN FD/LIN总线网络的监控、数据分析与采集、诊断、标定等功能。针对不同的试验需求,也可灵活选择DSUB9、OBDII、M12等不同形式的连接器,并且可实现同时在线监控多个节点,在整个V-Mode开发的过程中是一套必不可少的工具。采集的CAN(FD)信号,可在Trace窗口显示,分别显示报文CAN通道、CAN ID、Name,DLC、Data、time等信息,Q-Vision支持信号的筛选与过滤。
2、CAN(FD)发送功能
Q-Vision支持发送CAN(FD)消息,可选择发送CAN消息的CAN通道,支持扩展帧,DLC最高64byte,Message Data可自己定义,也可以点击Randomize Data生成随机数据。
3、CAN(FD)统计显示
在CAN(FD) Channel选择对应的CAN通道后,会统计并显示CAN负载率,包括最大负载和最低负载,以及平均负载。并且也对字节量与message量进行了统计。
4、CAN(FD)数据回放功能
Q-Vision支持添加用于发送的asc报文文件,可选择用于发送的CAN通道文、件地址、发送间隔周期,向外发送文件中的全部数据。
The growth figures in recent years show its popularity. IO link has rapidly entered the market in the past few years. It is expected that it will continue to grow exponentially in the next few years.
As a digital communication standard, IO link is designed as an important part of the last meter of the intelligent factory. However, this is the problem. Many users only associate this technology with future applications that they have not yet identified. Sometimes they even think that the transformation requires expensive devices to replace the basic proximity switches. But the opposite is true. In addition, not all switches in an IO link system must be equipped with an IO link interface. Digital transmission is more stable and reliable. IO link provides bidirectional point-to-point connection to ensure reliable communication. IO link sensors are generally cheaper than competing products using analog technology because they do not require a digital to analog converter. Firstly, this allows the user to reduce the wiring cost, and secondly, it can also reduce the cost of the sensor itself. Another advantage is that the IO link main channel is backward compatible