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Course Outline

Introduction

  • Overview of the Omron Sysmac automation platform.
  • NJ501, NJ301, and NX1P controller series overview.
  • Sysmac Studio software and integrated development environment.
  • Course structure and lab setup.

NJ/NX Controller Configuration

  • NJ/NX hardware architecture and CPU types.
  • Power supply, wiring, and I/O module installation.
  • Connecting the controller to Sysmac Studio via USB and Ethernet.
  • CPU operating modes and initial configuration.
  • Device and I/O map setup.

IEC 61131-3 Programming in Sysmac Studio

  • Overview of IEC 61131-3 standards and Sysmac language support.
  • Sysmac Studio interface, project creation, and management.
  • Variable types, scope, and the distinction between global and local variables.
  • CPU task management and execution control.
  • Functions and function blocks for modular programming.
  • Simulation tools, offline testing, and debugging.

Ladder Logic Programming

  • Fundamentals of ladder logic and basic instructions.
  • Timers, counters, and data manipulation techniques.
  • Advanced ladder programming techniques.
  • Uploading, downloading, and online editing procedures.
  • Monitoring and debugging ladder programs.

Structured Text Programming

  • Structured Text syntax and control structures.
  • Data types, arrays, and structures.
  • Practical ST examples for machine control.
  • Combining ST with ladder logic within a single project.

EtherCAT Networking

  • Fundamentals and topology of the EtherCAT protocol.
  • Configuring the EtherCAT master on NJ/NX controllers.
  • Adding and configuring EtherCAT slave devices.
  • Network scan, device identification, and addressing.
  • EtherCAT diagnostics, error handling, and troubleshooting.
  • Real-time performance monitoring.

Motion Control with G5, 1S, and 1SA Servo Drives

  • Hardware overview and wiring for G5, 1S, and 1SA servo drives.
  • Configuring servo drives and axes in Sysmac Studio.
  • Motion control instructions: speed, position, and torque.
  • Homing methods and reference routines.
  • Single-axis motion programming: velocity and position control.
  • Multi-axis coordinated motion and interpolation.
  • Synchronization with electronic gearing and camming.

NA Series HMI

  • Hardware and software overview of the NA Series HMI.
  • Connecting HMI to NJ/NX controllers over EtherCAT.
  • Project initialization and screen navigation design.
  • Display objects: buttons, indicators, sliders, and data entry fields.
  • Smart Application Gadgets for rapid development.
  • Alarms, recipes, and data logging.
  • Trend graphs and runtime monitoring.

Sysmac Safety and NX Safety Hardware

  • Machine safety standards and key safety concepts.
  • NX Series safety hardware overview and installation.
  • Configuring safety hardware in Sysmac Studio.
  • Safety I/O mapping and exposed variables.
  • Safety logic programming and testing.
  • Safety simulation, analysis, and troubleshooting.
  • Online safety monitoring and runtime diagnostics.

Commissioning and System Integration

  • End-to-end commissioning workflow.
  • Integrating logic, motion, HMI, and safety in one project.
  • Full-system simulation and validation.
  • Online operations, monitoring, and data trace.
  • Structured troubleshooting methodology.
  • CPU and network diagnostics tools.

Summary and Next Steps

  • Review of key concepts across the Sysmac platform.
  • Best practices for real-world deployment.
  • Resources for continued learning.

Requirements

  • Basic knowledge of PLC programming and industrial automation.
  • Familiarity with electrical and control systems.

Audience

  • Automation engineers.
  • Control system designers.
  • Industrial technicians working with Omron PLCs.
 35 Hours

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