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TRANSCRIPT
Proficy Machine Edition
Logic Developer PLC – 2 Day Training Class
Cost: $495 per person
Day 1 Outline
On the first day the students learn how to develop, load, store, document and monitor Logic Developer PLC programs for PACSystems Rx3i. The skills learned can be applied to Series 90 and VersaMax PLC’s. Students work through hands‐on labs using a personal computer, and an Rx3i . No previous experience with PLCs is required; however, previous PC experience using Microsoft Windows is strongly recommended.
A. Part One ‐ System Overview ‐ Presentation 1. Introduction to PLC 2. Program Solving/Scan 3. Definitions/Memory Reference 4. Boolean, Hexadecimal, and Word Data Formats 5. Series 90‐30 Hardware Layout 6. Relay Ladder Logic
B. Part Two ‐ Write an application to perform a sequence of operations . 1. Lab 1 ‐ Creating a project and configuring the Rx3i 2. Lab 2 ‐ Creating basic ladder logic for manual mode. 3. Lab 3 ‐ Creating basic ladder logic for automatic mode.
Day 2 Outline
The second day of this course teaches practical programming examples using some of the more advanced functions of the Logic Developer PLC software. The students will learn about the concepts of Object Based Programming and apply these tools in the development of objects. They will create a QuickPanel HMI target and created graphics linked to the PLC code. We use multiple programming languages including Relay Ladder, Structured Text, and Function Block Diagram to create standard and User Defined Function Blocks.
A. Part One ‐ Enhancing Productivity through Object Programming – Presentation 1. Programming Paradigms 2. Object Concepts 3. Working with Proficy Machine Edition 4. Creating a class object example 5. PACSystems Symbolic addressing 6. PACSystems User Defined Function blocks. 7. User Defined Function blocks
B. Part Two ‐ Use advanced programming techniques to enhance the previously created program.
1. Lab 1 ‐ Working with objects and graphics. 2. Lab 2 ‐ Creating program blocks 3. Lab 3 ‐ Create logic to simulate the machine inputs. 4. Lab 4 ‐ Create Ladder Logic, Structured Text, Function Block Diagram, and a User
Defined Function Block to convert Celsius to Fahrenheit. 5. Lab 5 ‐ Create a user defined function block using ladder logic to calculate a
continuous rolling average. 6. Lab 6 ‐ Create ladder logic to control and simulate a PID instruction.