Course Outline:
Introduction: This course provides a comprehensive understanding of the AMPHION system, focusing on its operation, hardware components, software management, and debugging techniques. Participants will gain the skills necessary to effectively diagnose and troubleshoot the AMPHION system.
Who Should Attend:
• Instrumentation Technicians
• Electrical Engineers
• Electrical Technicians
• Operators and Supervisors
Training Methodology: This comprehensive training course blends theoretical knowledge with practical applications, including:
• Pre- and post-test evaluations to assess knowledge gains.
• Individual assessments and group discussions.
Chapter 01: Understanding AMPHION
• What is AMPHION?
An introduction to the AMPHION system and its role in industrial applications.
• Advantages of AMPHION:
Discussion of the key benefits of using AMPHION, including efficiency and reliability.
• The Concept of Communication:
Overview of how AMPHION facilitates communication within systems.
• Data Collection and Processing in AMPHION:
Insights into the methods of data gathering and processing utilized in AMPHION.
• AMPHION Topology:
Exploration of the system’s architecture and layout.
Chapter 02: Equipment Overview and Operation
• Available Equipment Compatible with AMPHION:
List of compatible equipment and their functionalities.
• Operating Each Equipment:
Step-by-step guidance on how to operate the various equipment.
• Differences Between Normal and Maintenance Modes:
Explanation of the operational modes and their implications.
• Parameters Requiring Operator Calibration:
Identification of key parameters that operators need to calibrate.
• Parameters Requiring Technical Calibration:
Overview of parameters that require technical calibration by experts.
• Available Interlocks:
Discussion of safety interlocks within the system.
Chapter 03: Hardware Components
• BC (Single Board Computer):
Description and functionality of the single board computer in AMPHION.
• Moxa Switch:
Overview of the Moxa switch and its role in the network.
• Wago Coupler:
Explanation of the Wago coupler and its functionalities.
• FO Converters:
Introduction to fiber optic converters and their applications.
Chapter 04: Software Management
• How to Restart SBC:
Instructions for restarting the single board computer.
• How to Restart Java:
Steps for restarting Java applications within AMPHION.
• How to Halt and Power On SBC:
Guidance on halting and powering on the SBC safely.
• Software Used in AMPHION and Main Files:
Overview of software components and essential files used in AMPHION.
• How to Backup and Install Verball:
Procedures for backing up and installing Verball software.
• Installing and Updating Java:
Instructions for Java installation and updates.
• Creating and Burning CF Image:
Process for creating and burning compact flash images.
• Procedures to Replace SBC:
Steps for safely replacing the single board computer.
Communication
• Communication Devices and Configuration:
Overview of communication devices used in AMPHION.
• Testing and Pinging Devices in AMPHION Network:
Techniques for testing and ensuring network connectivity.
• IP Map:
Understanding the IP mapping of devices in the network.
• Configuring and Setting IP for Moxa Switch:
Instructions for IP configuration of the Moxa switch.
• Configuring and Setting IP for Wago Coupler:
Steps for setting the IP for the Wago coupler.
Chapter 06: Debugging and I/O Management
• Wago Modules Classifications (Inputs & Outputs):
Overview of Wago modules and their classifications.
• Differences Between C2C, DP, Modbus, and Net:
Explanation of various communication protocols used in AMPHION.
• Monitoring Values:
Techniques for monitoring system values.
• Modifying Values:
Instructions for safely modifying input/output values.
• Technical Calibration:
Overview of calibration processes for technical parameters.
• Common Troubleshooting:
Common issues encountered and their troubleshooting techniques.