Etching NIAK_2 Industrial PC Overview

Etching NIAK_2 Industrial PC Overview

Etching NIAK_2 Industrial PC 1. Industrial PC Equipment Description 1.1 Model The Etching NIAK_2 control uses the SIMATIC IPC427D industrial PC 1.2 PC Interfaces 1.3 LED Status Display 1.4 Features 1.5 Device Identification 2. Industrial PC Hardware and Software Installation 2.1 External Device Connection 1. During PC operation, hot-swappable I/O devices (USB) can be connected; … Read more

10 Common Industrial Communication Protocols: Features and Applications

10 Common Industrial Communication Protocols: Features and Applications

‖ System Learning Life is like a marathon; sometimes pausing to relax helps you go further. Common Industrial Communication Protocols 1. Modbus Communication Protocol Features: Open standard, does not rely on specific manufacturers, can use RS232, RS485, or TCP/IP. Simple and easy to implement. Application Scenarios: Widely used in various industrial applications, such as PLCs, … Read more

Understanding RS-485 Communication Standards

Understanding RS-485 Communication Standards

San Pao Er’s Hardware Development Learning Notes Sharing knowledge to enhance skills♥Exchanging experiences to strive for excellence Table of Contents 1. Main Features 2. Network Topology 3. Signal Levels and Unit Loads 4. Bus Termination and Stub Length 5. Fail-Safe Biasing ✍ RS-485 is a balanced transmission standard for serial communication approved by the Electronic … Read more

Analysis of Common Diagnostic Methods for Profibus Bus and Interference Handling

Analysis of Common Diagnostic Methods for Profibus Bus and Interference Handling

Profibus is an important fieldbus widely used in industrial control. This article analyzes the common problems that occur in Profibus networks, discusses their causes, provides several diagnostic methods, compares the advantages and disadvantages of these methods, and summarizes interference prevention and handling measures. Since the 1990s, the rapid development of 4C technology in the information … Read more

S7-300 Profibus DP Communication Solutions

S7-300 Profibus DP Communication Solutions

Click the arrow and the “blue text” to follow us! In industrial control, communication plays a very important role. Any control is based on correct, reliable, and efficient communication. Let’s learn about Siemens’ Profibus DP communication. The Profibus DP communication of Siemens is mainly divided into the following three forms. 1. Communication between the master … Read more

Configuring PROFIBUS Slave for ABB Robots

Configuring PROFIBUS Slave for ABB Robots

For more content, please click on ABB Robot Practical Skills above to follow. You can also click the official account below Classic Articles to browse more content. For reprints, please leave a message in the background first, let’s support original content together and promote the use and development of robots. This official account provides technical … Read more

Differences Between Modbus and Profibus

Differences Between Modbus and Profibus

Follow the “Automation Control System Communication” public account to learn about the principles of automation control systems and master knowledge of automation control systems. Click the blue “Automation Control System Communication” above to follow us. In DCS systems, the Modbus communication protocol is often heard of, while Siemens’ PLC often encounters the PROFIBUS communication protocol. … Read more

Differences Between PROFIBUS, PROFINET, and Ethernet

Differences Between PROFIBUS, PROFINET, and Ethernet

Ethernet (Ethernet) is a well-known type of network, created by Xerox and jointly developed by Xerox, Intel, and DEC as a baseband LAN specification. It is the most widely used communication protocol standard for existing local area networks, including standard Ethernet (10Mbit/s), Fast Ethernet (100Mbit/s), and 10G (10Gbit/s) Ethernet. PROFIBUS is an international, open, and … Read more

Profibus Bus Interference Handling

Profibus Bus Interference Handling

In the field environment of Profibus, we use a variety of systems, and the devices we face interference from are diverse, so the sources of interference are also varied. Many failures caused by interference are more difficult to troubleshoot than other faults. Before troubleshooting interference failures, we need to understand the types of interference. In … Read more

Handling Interference in Profibus Networks

Handling Interference in Profibus Networks

In the field environment of Profibus, the systems we use are diverse, and the devices we are interfered with are varied, so the sources of interference are also peculiar. Many failures caused by interference are more difficult to troubleshoot than other failures. Before eliminating interference faults, we need to understand the types of interference. To … Read more