The Proficy Logic Developer PLC Machine Edition coursefamiliarizes the student with the control logicdevelopment tool suite used to program the entire familyof GE Intelligent Platforms industrial control hardware.Emphasis is given to understanding and operating in thedevelopment environment, understanding the availablelogic development options, generating programs usingthe ladder logic language and communicating withcontrol targets (90/30, 90/70, VersaMax, RX7i and RX3icontrollers).
Seminar Overview. This PLC Programming Workshop combines our introductory PLC course with our programming and applications course to provide the student a complete PLC education from a basic introduction on how PLCs work to providing them the knowledge, confidence and ability to modify or create their own PLC programs. The S5 / S7 for Windows programming software used to program Siemens PLCs supports most current versions of Windows such as Windows XP, Windows 7, Windows 8, Windows 10. The software is very light and fully functional and programming like Siemens Step7 should be a perfect replacement for Step7, the installation process takes only a.
View GE Intelligent Platforms Rx3i PartsThis class is ideal for:
This course provides the opportunity for individuals who are or who will be involved in programming,operating and troubleshooting control systems using Proficy Logic Developer PLC. The course is designedfor electrical technicians, electricians, and programmers beginning to work with Proficy Logic DeveloperPLC or those tasked with developing, modifying and maintaining controller programs.
Are There Any Prerequisites?
Participants should be comfortable operating in an MS Windows environment, and have a basicunderstanding of electrical/control fundamentals.
What Tasks Will Be Taught in This Class?
Upon completion of this Course, the student will be able to:
Class Dates & Location:
October 22-25 2013 - CIMTEC Automation, Charlotte, NC
Class Price:
This Class is Full
Day 1 | |
---|---|
Morning: | Afternoon: |
Control System Architecture and OperationalFundamentals Introduction to basic components of Controllers andwhat roles Controllers play in automation. Controlleroperating concepts – scan, logic solution andcommunication. | PLC Controller Operation and Components -cont’d |
PLC Controller Operation and Components Associate the basic controller components anddescribe operation of a controller | Operating Proficy Machine Edition Orientation to the Machine Edition Programmingenvironment and purpose of the tools. Define aproject and what it contains and create a project andopen existing projects. Import a folder from VersaPro. |
Day 2 | |
---|---|
Morning: | Afternoon: |
Controller Communications Establish communication to a PLC over Serial andEthernet connections. Validate and download ladderprogram. Upload a program. Verify PLC equality;Flash Memory; Monitor/change references; ForceBoolean variables; Use the controller diagnosticcapabilities; View controller status information. | Creating a Project Create a new project. Add project and targetdocumentation. Navigate through the project. |
Configuring the Controller and I/O Configure a CPU module & I/O modules; Correlatephysical I/O with data points; Export hardwareconfiguration file; Print a configuration report. |
Day 3 | |
---|---|
Morning: | Afternoon: |
Ladder Logic Programming Program using Relay Ladder Logic language; Assignaddresses and variables to the program element;Make offline and online changes to the program; Usethe Call function to run ladder diagram blocks | Relay and Contact Logic Elements cont’d |
Relay and Contact Logic Elements Interpret the functionality of each contact and coiltypes; Develop basic series and parallel logic; Usedigital system status references; Use the datamonitor utility; Create a data watch list. | Timer and Counter Function Program ladder logic application programs using timerand counter functions; Access timer/counter data;Download, debug and test. |
Relational and Math Operations Use relational and math instructions in a ladder logicprogram; Configure the display format for cells in aladder logic diagram and in a reference view table. |
Day 4 | |
---|---|
Morning: | Afternoon: |
Relational and Math Operations cont’d | Bit Operation Develop ladder logic programs using Bit operations. |
Basic Data Manipulation Develop and debug ladder logic programs usingconversion and data move instructions; Downloadand run the program. | Advanced Programming Concepts and SpecialtyHardware An introduction to advanced concepts. |
CIMTEC AUTOMATION TRAINING CANCELLATION POLICY:
Canceling or rescheduling at least 2 weeks prior to the start of class will allow us to fully refund tuition or apply credit to another class. With less than 2 weeks notice, cancellations are subject to a 75% fee and rescheduling is subject to a 50% fee.Full tuition will be charged for failing to show up for a class without notice or for leaving a class prematurely. Substitutions of one student for another who cannot make the class are accepted at any time, without charge.
Cimtec Automation reserves the right to cancel any course at least 2 weeks prior to the class. In this event, you will be notified and a full refund will be awarded. However, CIMTEC AUTOMATION IS NOT RESPONSIBLE FOR ANY EXPENSES RELATED TO NON-REFUNDABLE AIRLINE TICKETS OR TRAVEL ARRANGEMENTS. Please do not make non-refundable travel arrangements earlier than two weeks before the class start date.
The Proficy Logic Developer PLC Machine Edition coursefamiliarizes the student with the control logicdevelopment tool suite used to program the entire familyof GE Intelligent Platforms industrial control hardware.Emphasis is given to understanding and operating in thedevelopment environment, understanding the availablelogic development options, generating programs usingthe ladder logic language and communicating withcontrol targets (90/30, 90/70, VersaMax, RX7i and RX3icontrollers).
View GE Intelligent Platforms Rx3i PartsThis class is ideal for:
This course provides the opportunity for individuals who are or who will be involved in programming,operating and troubleshooting control systems using Proficy Logic Developer PLC. The course is designedfor electrical technicians, electricians, and programmers beginning to work with Proficy Logic DeveloperPLC or those tasked with developing, modifying and maintaining controller programs.
Are There Any Prerequisites?
Participants should be comfortable operating in an MS Windows environment, and have a basicunderstanding of electrical/control fundamentals.
What Tasks Will Be Taught in This Class?
Upon completion of this Course, the student will be able to:
Class Dates & Location:
October 22-25 2013 - CIMTEC Automation, Charlotte, NC
Class Price:
This Class is Full
Day 1 | |
---|---|
Morning: | Afternoon: |
Control System Architecture and OperationalFundamentals Introduction to basic components of Controllers andwhat roles Controllers play in automation. Controlleroperating concepts – scan, logic solution andcommunication. | PLC Controller Operation and Components -cont’d |
PLC Controller Operation and Components Associate the basic controller components anddescribe operation of a controller | Operating Proficy Machine Edition Orientation to the Machine Edition Programmingenvironment and purpose of the tools. Define aproject and what it contains and create a project andopen existing projects. Import a folder from VersaPro. |
Day 2 | |
---|---|
Morning: | Afternoon: |
Controller Communications Establish communication to a PLC over Serial andEthernet connections. Validate and download ladderprogram. Upload a program. Verify PLC equality;Flash Memory; Monitor/change references; ForceBoolean variables; Use the controller diagnosticcapabilities; View controller status information. | Creating a Project Create a new project. Add project and targetdocumentation. Navigate through the project. |
Configuring the Controller and I/O Configure a CPU module & I/O modules; Correlatephysical I/O with data points; Export hardwareconfiguration file; Print a configuration report. |
Day 3 | |
---|---|
Morning: | Afternoon: |
Ladder Logic Programming Program using Relay Ladder Logic language; Assignaddresses and variables to the program element;Make offline and online changes to the program; Usethe Call function to run ladder diagram blocks | Relay and Contact Logic Elements cont’d |
Relay and Contact Logic Elements Interpret the functionality of each contact and coiltypes; Develop basic series and parallel logic; Usedigital system status references; Use the datamonitor utility; Create a data watch list. | Timer and Counter Function Program ladder logic application programs using timerand counter functions; Access timer/counter data;Download, debug and test. |
Relational and Math Operations Use relational and math instructions in a ladder logicprogram; Configure the display format for cells in aladder logic diagram and in a reference view table. |
Day 4 | |
---|---|
Morning: | Afternoon: |
Relational and Math Operations cont’d | Bit Operation Develop ladder logic programs using Bit operations. |
Basic Data Manipulation Develop and debug ladder logic programs usingconversion and data move instructions; Downloadand run the program. | Advanced Programming Concepts and SpecialtyHardware An introduction to advanced concepts. |
CIMTEC AUTOMATION TRAINING CANCELLATION POLICY:
Canceling or rescheduling at least 2 weeks prior to the start of class will allow us to fully refund tuition or apply credit to another class. With less than 2 weeks notice, cancellations are subject to a 75% fee and rescheduling is subject to a 50% fee.Full tuition will be charged for failing to show up for a class without notice or for leaving a class prematurely. Substitutions of one student for another who cannot make the class are accepted at any time, without charge.
Cimtec Automation reserves the right to cancel any course at least 2 weeks prior to the class. In this event, you will be notified and a full refund will be awarded. However, CIMTEC AUTOMATION IS NOT RESPONSIBLE FOR ANY EXPENSES RELATED TO NON-REFUNDABLE AIRLINE TICKETS OR TRAVEL ARRANGEMENTS. Please do not make non-refundable travel arrangements earlier than two weeks before the class start date.