TRAINING.

Overview

After participating in this course, you will be able to:

• Understand the ISO/OSI model and the fundamentals of communication systems.
• Comprehend the architecture of the DNP3 protocol and configure FIUs, RTUs, and relays.
• Utilize and interpret polling with Report By Exception for enhanced efficiency.
• Implement control mechanisms and optimize communication processes.
• Monitor and troubleshoot DNP3 communication systems effectively.

Description
This course offers a thorough understanding of the Distributed Network Protocol (DNP3), a critical communication standard widely used in industrial automation and control systems. This protocol is essential for ensuring reliable and secure data exchange in sectors such as Oil and Gas, Electricity, Water and Wastewater, and emergency systems like Sirens and Alarms. Understanding DNP3 is crucial for maintaining the efficiency, safety, and resilience of these critical infrastructures, making it a valuable skill for professionals in these fields.

DNP3's interoperability with other communication protocols and its ability to handle complex data types make it indispensable for modern industrial networks. This course teaches the core requirements and design principles of DNP3, its operational mechanics, and how to configure it for various applications. You will delve into practical configuration techniques, gaining hands-on experience with real-world examples. Additionally, you will gain insights into the main hardware and software components involved, enhancing your ability to implement and troubleshoot DNP3 in real-world scenarios.

This knowledge will equip you with the expertise needed to ensure robust and efficient communication in industrial systems.

Who Should Attend
This course is ideal for Engineering Managers, Electrical Engineers, Technicians and Technologists, Design Engineers, Process Engineers, Project Engineers, Operation and Maintenance personnel, and Consultants.

Whether you oversee engineering projects, design systems, manage processes, or maintain critical infrastructure, this course will enhance your knowledge and skills in utilizing the DNP3 protocol for robust and efficient industrial communication.

Please note: You can check other time zones here.

Syllabus

• ISO/OSI model: Overview of the seven-layer model and its relevance to DNP3.
• Bandwidth: Impact of bandwidth on DNP3 communication efficiency.
• DNP3 protocol objectives: Goals and purposes of the DNP3 protocol.
• DNP3 Architecture: Key components and structure.
• Hardware, Master Station, and Outstations: Roles and functions.
• Polling mechanisms: Methods for data collection and communication.
• I/O Tables: Mapping and managing data points.
• Requests and Replies: Communication processes between devices.
• Classes: Data and event classification.
• Quality: Ensuring data reliability.
• Redundancy: Enhancing reliability and fault tolerance.
• Synchronization: Time synchronization techniques.
• Frame formats and Object models: Structure of data frames and object models.
• Control mechanisms: Select Before Operate, Direct Operate, Digital Outputs.
• Configuring drivers: Practical driver configuration skills.
• Monitoring: Techniques for monitoring and maintenance.
• Device Profile: Facilitating interoperability and device management.

Instructor

Eduardo Chaiquin, P.Eng.

Eduardo has over 25 years of experience as an Electrical Power and SCADA engineer. His activity has covered many aspects of the electric utility industry designing products and systems related to Protection and Control, Grounding, Distribution Automation, and Distributed Generation. Eduardo is the sole author of three US patents related to Distribution Automation. Eduardo leads Outright Power Inc. Sales Engineering.