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Course Outline
Introduction
- Overview of the Omron Sysmac automation ecosystem
- Summary of NJ501, NJ301, and NX1P controller families
- Sysmac Studio integrated development environment
- Course curriculum and laboratory configuration
NJ/NX Controller Configuration
- Hardware architecture and CPU specifications for NJ/NX series
- Installation of power supplies, wiring connections, and I/O modules
- Ethernet and USB connectivity to Sysmac Studio
- CPU operating modes and initial system setup
- Configuration of device and I/O mapping tables
IEC 61131-3 Programming in Sysmac Studio
- Overview of IEC 61131-3 standards and language support within Sysmac Studio
- Interface navigation, project creation, and management procedures
- Variable declaration, scope definitions, and global versus local storage
- CPU task scheduling and execution control mechanisms
- Utilization of functions and function blocks for modular code structure
- Offline simulation, testing, and debugging capabilities
Ladder Logic Programming
- Fundamental principles and basic instructions of ladder logic
- Implementation of timers, counters, and data manipulation routines
- Advanced techniques for ladder logic development
- Procedures for uploading, downloading, and online editing of programs
- Monitoring and diagnostic methods for ladder code execution
Structured Text Programming
- Syntax rules and control structures for Structured Text
- Data types, arrays, and structure definitions
- Application examples of Structured Text in machine control scenarios
- Integration of Structured Text with ladder logic within unified projects
EtherCAT Networking
- Fundamental concepts and network topology of the EtherCAT protocol
- Configuration of the EtherCAT master function on NJ/NX controllers
- Integration and configuration of EtherCAT slave devices
- Network scanning, device identification, and address assignment
- Diagnostics, error handling protocols, and troubleshooting strategies for EtherCAT networks
- Monitoring real-time network performance metrics
Motion Control with G5, 1S, and 1SA Servo Drives
- Hardware overview and wiring requirements for G5, 1S, and 1SA servo drives
- Configuration of servo drives and axes within Sysmac Studio
- Motion control instructions including speed, position, and torque management
- Homing procedures and reference routine implementation
- Single-axis motion programming for velocity and position control
- Multi-axis coordinated motion and interpolation techniques
- Synchronization methods utilizing electronic gearing and camming
NA Series HMI
- Overview of NA Series HMI hardware and associated software tools
- EtherCAT communication between HMI units and NJ/NX controllers
- Project initialization and screen navigation design processes
- Configuration of display objects including buttons, indicators, sliders, and data entry fields
- Rapid development using Smart Application Gadgets
- Implementation of alarms, recipe management, and data logging features
- Trend graph visualization and runtime monitoring capabilities
Sysmac Safety and NX Safety Hardware
- Machine safety standards and essential safety concepts
- NX Series safety hardware overview and installation guidelines
- Configuration of safety hardware components within Sysmac Studio
- Safety I/O mapping and exposure of safety variables
- Development and validation of safety logic programs
- Safety simulation, analysis, and troubleshooting procedures
- Online safety monitoring and runtime diagnostic tools
Commissioning and System Integration
- Comprehensive commissioning workflow for system deployment
- Integration of logic control, motion systems, HMI interfaces, and safety functions within a single project
- Full-system simulation and validation processes
- Online operations, monitoring, and data trace capabilities
- Structured methodology for troubleshooting system issues
- Diagnostics tools for CPU performance and network integrity
Summary and Next Steps
- Review of core concepts across the Sysmac platform, including solutions designed for government applications where applicable
- Best practices for effective real-world deployment and operational readiness
- Resources designated for continued professional development and technical learning
Requirements
- Fundamental understanding of programmable logic controller (PLC) programming and industrial automation protocols
- Working knowledge of electrical architectures and control system integration
Target Audience
- Automation engineers supporting federal infrastructure initiatives for government
- Control system designers responsible for secure network implementations
- Industrial technicians engaged in the maintenance and deployment of Omron PLC hardware
35 Hours
Testimonials (1)
PLC basic knowledge
