Allen Bradley MicroLogix PLC/RsLogix Software and Siemens S7 200 PLC/MicroWin Software

Course Objective

This 6 days beginners to advance course is developed to give hand on practical experience and skills on PLCs Configuration, Programming and Maintenance. Application is opened to anyone desiring to become automation specialist.

Requirements

• Students are supposed to be familiar with Desktop computer or Laptop.
• No other prerequisites for this course, as the instructor will teach everything from scratch

Course Code: PLC012

Duration: 8 days; 9 hours per day

MicroLogix PLC Programming

Day 1

• Introduction to PLC
• PLC Scan Cycle
• PLC Sequence
• PLC Hardware
• PC to Micrologix 1200 PLC Communication setup
• Create a project
• Introduction to Rslogix software environment
• Ladder LogicDiagram
• Rung
• Rail
• Branches
• Configure hardware
• Simple Instruction Bits; OTE, XIC, XIO
• Simple Start Stop Program
• I/O Addressing
• Programming with ladder logic
• Adding Address Descriptions and Symbols
• Rung Comments and Page Titles
• Processor Modes
• Going Online and Offline
• Downloading to the Processor
• Uploading from the Processor
• Program File Online Monitoring
• Data File Online Monitoring

Day 2

Micrologix 1200 PLC programming with ladder logic to practice application of instruction sets

Bits Instructions

• OTE, XIC, XIOInstructions
• Latches (OTL, OTU)Instructions

Timers and Counters Instructions

• TON, CTU and RESInstructions

Mathematics Instructions

• ADD, SUB, MUL, DIV, SQR, NEG

Compare Instructions

• GTR, GEQ, LES, LEQ, EQU, NEQ Instructions

Move Instruction

• MOV

 Program Control Instructions

• JMP, LBL, ,JRT, SBR, RET Instructions

Other Instructions

• SCL
• Based on students demands and questions

Day 3

• Micrologix 1200 I/O wiring
• Controller
• Program Files
• Data Files
• Forcing and Unforcing

Student class work; write programs to control

• Motors
• Temperature control loop
• Pressure control loop
• Level control loop
• Flow control loop

Siemens S7 200 PLC Microwin Programming

Day 4

• Introduction to PLC
• PLC Scan Cycle
• PLC Sequence
• PLC Hardware
• PC to PLC Communication setup
• Create a project
• Introduction to Microwinsoftware environment
• Ladder Logic Diagram
• Rung
• Rail
• Branches
• Configure hardware
• Simple Instruction Bits; OUT, NC, NO
• Simple Start Stop Program
• I/O Addressing
• Programming with ladder logic
• Adding Address Descriptions and Symbols
• Rung Comments and Page Titles
• Processor Modes
• Going Online and Offline
• Downloading to the Processor
• Uploading from the Processor
• Program File Online Monitoring
• Data File Online Monitoring

Day 5

S7 200 PLC programming with ladder logic to practice application of instruction sets

Bits Instructions

• OUT, NC, NOInstructions
• SET, RSET, -LatchesInstructions

Counters Instructions

• CTU, CTD, CTUD

Timers Instructions

• TON, TOF, TONRInstructions

Mathematics Instructions

• AAD_I, SUB_I, MUL, DIV

Compare Instructions

• GTR, GEQ, LES, LEQ, EQU, NEQ Instructions

Move Instruction

• MOV_B,  MOV_W

 Program Control Instructions

• SCR, LBL, ,JMP, STOP, RET Instructions

Logical Instructions

• INV_B, INV_W

Other Instructions

• Based on Studentd demands and questions

Day 6

• S7 200 I/O Wiring
• Program Block
• Symbol Table
• Status Chart
• Data Block
• System Block
• Cross Reference
• Forrcing and Unforcing

Student class work; write programs to control

• Motors
• Temperature control loop
• Pressure control loop
• Level control loop
• Flow control loop

Day 7

• Class practice
• Write new programs and test 

Day 8

• Final Test and Assessment 
• Presentation of Certificate
• Career and CV advice