Course Description:

Programmable Logic Controllers (PLC) are the backbone of automated processes in modern industry. This course covers program editing, basic PanelView Plus terminal operation, PLC motor control, analog inputs and outputs, and much more.

Course Outline:

Introduction to Programmable Controllers, Basic PanelView Plus Terminal Operation, PLC Program Operations, PLC Programming, PLC Motor Control, PLC Timer and Counter Instructions, Event Sequencing, Program Control Instructions, Math and Data Move Instructions, PanelView Plus Application Editing, PanelView Plus Application Editing 2, Analog Inputs, Analog Outputs, Variable Output Applications

Course Segments:

Programmable Controller Orientation, Industrial Networks, PC-PLC Connections, Controller Operation, PanelView Plus Terminal Projects, PanelView Plus Terminal Operation, PLC Programming Languages, Program Operation, PLC Memory Organization, Project Creation and Organization, Programming Software, Program Analysis, Program Documentation, Motor Control Basics, Seal-In Program Logic, Data Types and User-Defined Tags, Interlock Functions, PLC Discrete Control of Variable Speed Drives, Non-Retentive Timer Instructions, Retentive Timer Instructions, Time-Driven Sequencing, Counter Instrutions, Event Sequencing and Continuous Cycle Logic, Modes of Operation, Stop Functions, On/Off Process Control, Program Initialization, Master Control Reset, Subroutines, Jump and Label Instructions, Add Instruction, Subtract Instruction, Multiply and Divide Instructions, Move Instructions, Factory/Talk View Studio-Machine Edition, Tags and Communication, Application Displays, Input and Output Objects, Numeric Input/Output, Editing Studio-ME Displays, Local Messages, Alarms and Diagnostic Messages, Information Messages, Sensors, Analog Input Configuration and Operation, Scaling Functions, Comparison Instructions and On/Off Control, Analog Output Devices, Analog Output Configuration and Operation, Scaling Functions, Variable Speed Drives, PW/M Temperature Control, Stepper Motors, Absolute And Relative Modes