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Industrial Communication Protocols Datasheet

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Industrial Communication Protocols Datasheet C E R T I F I E D W O R K S H O P S F O R I N D U S T R I A L E N G I N E E R I N G INDUSTRIAL COMMUNICATION PROTOCOLS AND NETWORK MANAGEMENT Virtual and full-time based theoretical workshop with real practices. Organized by Vester Industrial Training Center Paula Garibay Ph: (+34) 935 721 007 | Mobile: (+34) 660 997 665 Email: [email protected] www.vestertraining.com WORKSHOP CHARACTERISTICS OBJECTIVES Full 3-day Workshop with theory and practice on the use The main objective of this Workshop is to provide of standards communication protocols used in industry, knowledge to work with the DNP3, IEC 60870-5- mainly the electric power industry, that involve the use of 101 and 104, IEC 61850 and Modbus protocols MODBUS, DNP3, IEC 61850 and IEC 60870-5 101 / 104. This training is designed to provide valuable knowledge The previous objective is achieved through about the connectivity and communication standards secondary objectives detailed below: used in the electrical and remote-control industry. Widely recommended for professionals involved in the • Understand how an industrial communication network works. implementation of industrial automation solutions. • Learn how an industrial communication protocol is designed. PARTICIPANT PROFILE • Learn the individual characteristics and functionalities of each of the protocols to study. This Industrial Communication and Network • Obtain knowledge to diagnose and solve Management Protocols Workshop is designed to train problems for each of the protocols to study. professionals working in the automation area, mainly those who develop, design, and implement projects that • Perform practical exercises with real and use the protocols studied in this training. It is also simulation equipment for each of the protocols. oriented to professionals who work in maintenance, • Learn the selection criteria of each protocol commissioning, instrumentation, and areas related to according to its strengths and characteristics. projects. The participant obtains knowledge that can be applied immediately in their daily work. MATERIALS INCLUDED • Training manual in digital format. • Access to the virtual classroom. • Digital certificate of successful completion. All the necessary material will be sent by email before the first day of the Workshop. PROTOCOLS TO ANALYZE DURING THE WORKSHOP IEC 60870-5 BASIC THEORY OF DIGITAL It is an international standard developed by the NETWORKS International Commission IEC (International Know basic theories of digital networks and its Electrotechnical Commission) for monitoring power elements (Routers, Switch, firewall) and systems, control systems and associated communications. communication between intelligent electronic devices, In this protocol, there are several extensions, which will be detailed: IEC 60870-5-101 (IEC101): represents the basic with the purpose of learning the terminology, the application of specific documents described in 1 and 5 of specifications and the tools of remote-control systems the standard and defines the protocol for monitoring DTE- and process control. DCE devices connected via serial cable. MODBUS IEC 60870-5-104 (IEC 104): is the extension of the IEC It is one of the first and most used protocols in the 101 protocol with the necessary changes to the Ethernet industrial world, for monitoring and remote control. network and TCP/IP interface connection. The IEC 104 The first standard was proposed by the company protocol is generally used for remote power systems in Modicon in the seventies and has evolved until today Control Centers and IEC 101/103 protocol is used for with the extension to connect via Ethernet network field remote interaction. (Modbus-TCP). In the Workshop we will show about the benefits and limitations of this protocol, how each of the functions works and compare with other IEC 61850 protocols covered in the course. The IEC 61850 protocol standard is designed to support the communication of all functions being performed in DNP3 the substation. Its’ main goal is interoperability; this is the Is originally proposed by a subsidiary of General ability for IEDs from one or different manufacturers to Electric Company when 60870-5 protocol at the time exchange information and use the information for their was not yet the gold standard, but many of its own functions. Moreover, the standard allows a free features are derived from it, improving them. It is allocation of these functions and accepts any system mainly used in the system of production and philosophy, from a distributed architecture (for example, distribution of electricity and public services such as decentralized substation automation) to a centralized electricity and water companies. During the course of configuration (for example, RTU based). DNP3 protocol will be discussed in detail and make a comparison between this protocol and 60870-5. SCHEDULE: Day 1 Day 2 Day 3 Network theory DNP3 Protocol Protocol 61850 - Models connection (DCE-DTE, client-server) - History -Protocol 61850 - ISO-OSI Model - Features - Introduction - Architecture and devices - Architecture - Specifications and Related - Fieldbus and Ethernet - Format of frames Documents - Fieldbus Protocols - Model and data classes - History - ICMP, SNTP, PTP, SNMP - Commands - Features - Unsolicited Events - Architecture - Data Classes, attributes, functional constraints - Format of frames - Practice Theory and practice of networking DNP3 Protocol -- Model and data classes Internet Protocols --Operational messages - Commands - Implementation of the ISO-OSI - Error Handling - Network architectures model in the Internet protocols - Levels of integration according to the IEC 61850 - Network Security - DNP3 and Ethernet compliance - Integration of information in - Security - QoS + VLAN industrial processes: architecture, - Multicast address in 61850 alarms, events, data - Practice - MRP, RSTP, VLAN - Design a system for process control and data acquisition MODBUS Protocol IEC Protocols 101, 104 - Time Synchronization - History and applications - Features specific to the electrical -- Comparison and differences - Comparison with other protocols environment with IEC 60870-5 protocols - Communication modes ASCII and - Error Handling - ICD, CID, SCL, SCD format files RTU - Maintenance of the - Substation Configuration - Plot ASCII / RTU Message communication Language (SCL) - Class 0,1,2 Posts link - Practice - Data Format - Practical simulation problems - Control of communication errors and common mistakes and link maintenance - Specifications and Related - Synchronization Documents - Common and specific controllers IEC 61870-5-1,2,3,4,5,6,7 Commands - Format of frames - Balanced and Unbalanced Communication MODBUS-TCP Protocol Protocols IEC 101, 103, 104 Comparison between 60870- 5, DNP3, Modbus TCP, IEC - Specific features and differences 61850 with Modbus - Fields of intervention - Frames - Differences and commonalities - Differences and - Extensions - Variable and fixed frames commonalities - Client and server - Commands, Data, Features - How to choose the - Practice and interrogation facility - Practice and interrogation facility remote-control protocol of a device of a device .
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