ADVANCED CERTIFIED AUTOMATION ENGINEER - ACAE Course titleADVANCED CERTIFIED AUTOMATION ENGINEER Duration125 hours Maximum delegates4 Cost...... BRIEF DESCRIPTION You will learn the basics of electricals, electronics and instrumentation concepts required for an automation engineer to troubleshoot the devices. You Will have the knowledge of control panel instruments and wirings. You will have the idea of troubleshooting automation faults. You can work thoroughly with ac drives. Can know about plc's in detail. You can work with human machine interfaces. You can work with Superviory Control and Data Acquisition - SCADA DETAILED COURSE CONTENT BASICS OF AUTOMATION Circuit theory concepts Star-delta connections Direct online starters Sensors principles and specifications Electric motors Speed-torque calculations Gears concepts Basic electronic circuits Digital electronics Communication methodologies Control panel wiring Field instruments- encoders, actuators and much more Applications used in industries Binary conversions and much more AC DRIVES AC motors, operations & Limitations Motor Starters : DOL, Star-Delta, Auto Trasformer Motor control circuits, interlocking circuits Introduction to AC drives & applications Criteria for drives selection Speed-torque controls Parameter Programming Designing of drive control panel Communication with PLC, SCADA Software Fault finding / troubleshooting PROGRAMMABLE LOGIC CONTROLLERS - PLC PLC Fundamentals PLC Hardware & Architecture Source & sink Concepts Wiring a PLC for accepting input and providing output Wiring Different field Devices to PLC Introduction to PLC Programming software Creating new application, addressing Programming Languages NO/NC concept, timer and counter concepts Troubleshooting and fault diagnostics of PLC Basic Programming Instructions Advance Instructions Upload / Download / Monitoring Forcing of I/Os Fault finding / troubleshooting & documentation Communication with SCADA software Hands on experience on real time applications HUMAN MACHINE INTERFACE - HMI Introduction to HMI Graphics placement Tag creation Creation of alarm messages IP address configuration Download and uploading the programs Communication with PLC Fault finding and troubleshooting Live interface Applications Application selections Supervisory Control And Data Acquisition- SCADA What is SCADA and where is it used. The differences between HMI & SCADA. Creating screens with the screen editor. Screen Layout convention. Creating Dynamic content – Bar Graphs, Sliders, 3D effects, Indicators and Buttons. Configuring Drivers. Setting up communications. Templates & Navigation. The Tag database. Trends. Applications analysis. Excersises on SCADA. Alarm Handling and much more.
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