Allen Bradley Connected Components Workbench PLC Training

PLC training Course for the Micro810, Micro820, Micro830, Micro850, and Micro870 PLC.

Plus Panelview 800 HMI lessons, Powerflex 525 AC drive lessons, and CR30 Safety Relay lessons.

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Existing PLC Trainer customers. Click here to request access.

Course curriculum

1. Getting Started
2. Tell Me About Your PLC Trainer
1. Overview
2. Downloading Software, Connecting, and Basic Instructions
3. Timers and Counters
4. PLC Sequence Programming Methods
5. PLC Troubleshooting 101. Basic Steps to Diagnose and Fix Your Machine
1. Downloading Connected Components Workbench
2. How to use the Micro800 Simulator
1. Wiring Enough to Get Started
2. PLC Output Leakage Current. Do your PLC outputs "glow" slightly?
3. How To Wire A Relay To A Sourcing PLC Output
1. Connected over Ethernet
2. Uploading Your PLC Program
3. Downloading Your PLC Program
4. Optional Lessons For Unexpected Issues
5. Continue With Downloading Of Ethernet Settings? This One is IMPORTANT!
6. Random IP Address of 169.254.X.X on Your PLC
7. I Wrote 0.0.0.0 To My Micro820 IP Address. How To FIX
8. Connected over Serial
1. Basic Bit Instructions. Direct Contact, Reverse Contact, Coil
2. Change Bit Instruction Type
3. Understanding The Scan Cycle
1. Timer Instructions
2. Where Is The RES Timer Reset Instruction?
3. Counter Instructions
4. Making a RES Counter Reset Instruction
5. Programming A Sample Rate Timer
6. Flash On Flash Off Timer
7. Cascading Timers For Auto Sequencing
8. Cascading Timers For Auto Sequencing
1. How To Program A Seal In
2. Using The SET RESET OTL/OTU Instructions
3. Different Ways To Program A START STOP Control For A Motor
4. Start Stop In Ladder Logic, Function Block, And Structured Text
5. Retentive Outputs and How Power Up Affects Instructions
6. Duplicate Destructive Bits. Last Rung Wins = FALSE
1. PLC Sequence Programming Methods
2. MOV Decimal Method Part 1
3. Counter Single Method Part 2
4. Counter Multiple Method Part 3
5. MOV Binary Method Part 4
6. MUL Binary Method Part 5
7. Seal In Method Part 6
8. Latch Unlatch Method Part 7
9. BSL Bit Shift Left Method Part 8
10. SQI SQO Part 9
1. Trainer Meter Wiring Details
2. Configuring a 2080-IF2 Analog Input
3. 2 Wire Current Loop vs 4 Wire Current Source
4. Micro800 Using Discrete Inputs To Control Analog Outputs
5. Scaling Analog Signals in Structured Text
6. Optional Lessons Below
7. Configuring a 2080-RTD2 Plug-In Module
8. Troubleshooting RTD Inputs
9. Plug-In Module Installation and Configuration
10. User Defined Function Blocks UDFB
11. Wiring the Micro820s Analog 0-10VDC Inputs And Outputs
12. Wiring a 4-20mA Sensor to a 0-10VDC
13. How To Configure Trends
1. Wiring an Encoder to a Micro850 High Speed Input
2. High Speed Counter Configuration For Encoders
3. High Speed Counter in Function Block and Structured Text
4. How An Encoder Works. Determining Direction And Position
5. Encoder A And B Channel Signals Are Phase Shifted 90 Degrees. Clarification On Our Encoder Lesson
6. Calculating Rate On A High Speed Counter
7. High Speed Counter Encoder Rollover
8. How To Configure Input Filters
9. Stepper Motor Motion Control. Pulse And Direction.
10. Micro850 Motion Control Positioning Instructions
11. Micro820 PTO Pulse Train Output Instruction
1. Wiring for the PID Exercise
2. Programming the PID Instruction IPIDCONTROLLER
1. Adding Ethernet Modules To A Micro850E. Class 1 Ethernet Messaging
2. Message Instruction to Read from a Controllogix Compactlogix
3. Micro800 a Modbus TCP Client and Server
4. Modbus RTU Serial Configuration
5. Poweflex 525 Communications
1. Overview
2. Backup Your Powerflex 525 Parameters with CCW
3. Add A Powerflex 525 To A Micro850E Or Micro870E IO Configuration
4. Powerflex 525 to Micro800 a User Defined Function Block
5. Messaging from a Micro800 to A Powerflex 525 Drive
1. Testing Your Default HMI Program
2. Upload Your HMI Program
3. Configuring Communications Tags And First Buttons.
4. HMI To Compactlogix PLC Communications
5. Reading And Writing Analog Values
6. Creating Trends And Graphs
7. Adding Screens and Navigation
8. Adding an Alarm Screen
9. Change a Micro800 Timer Preset
10. Factory Reset To Out Of The Box Condition
11. Load A Program From The SD Card
12. Installing Your HMI Option
1. Additional Wiring for the LMC Linear Motion Control Option
2. User Defined Function Block for Motion Control
1. Wiring Enough To Get Started with the Safety Lessons
2. What Do The LEDs Indicate On The Front Of The PLC?
3. Reviewing The Getting Started Program
1. Getting Familiar with Your Trainers
2. Conveyor - Wiring to Your PLC
3. Conveyor - PLC Program
4. Duplicate Destructive Bits. The BEST Program Scan Lesson
5. Stack Magazine - Wiring to Your PLC
6. Stack Magazine - Program without a Plan
7. PLC Sequence Programming Methods
8. Stack Magazine - PLC Program with a Plan
9. Handling - Wiring to Your PLC
10. Handling - PLC Program
11. What Happens when the Power Fails and How to Resume
12. Integrating Your Trainers
13. Micro800 CIP Read Message
14. CCW Communications Resource Locked
15. CCW COP Instruction Swap Parameter
16. Micro800 CIP Write Message
17. Micro850 Modbus TCP Client and Server
18. COP Instruction in CCW vs Studio 5000
19. PLC Program to Integrate the MecLab Trainers
1. Diagnosing Flashing And Solid Fault Lights
2. One Or More Projects In The Solution Were Not Loaded Correctly
3. ANY_TO_REAL Instruction Missing
4. Clear The Password On A Micro820, Micro850, Or Any Micro800 PLC
5. How To Update Firmware in CCW and Handle Update Errors.

About this course

$5.00 / month with 7 day free trial
124 lessons

In this Allen Bradley PLC training course for the Micro810, Micro820, Micro830, Micro850, and Micro870 PLC, we show you how to download you software, go through the PLC programming instructions, and talk about how to maintain your industrial control systems.

Course Overview:

Unlock the capabilities of the Allen-Bradley Micro800 PLC with our specialized training course. This program is designed to give you a thorough understanding of the Micro800 series, focusing on practical skills for programming, configuration, and troubleshooting in real-world applications.

What You Will Learn:

Introduction to Micro800 PLCs:
- Overview of the Series: Familiarize yourself with the Micro800 PLC family, including the Micro820, Micro830, Micro850, and Micro870 models.
- System Architecture: Understand the key components, modules, and communication options that make up the Micro800 PLC systems.
Programming with Connected Components Workbench (CCW):
- Software Navigation: Learn to use the Connected Components Workbench (CCW) software for programming and configuring Micro800 PLCs.
- Basic Programming: Develop skills in creating and modifying ladder logic programs, defining tags, and utilizing basic instructions.
Advanced Programming Techniques:
- Function Block Diagrams (FBD) and Structured Text (ST): Explore advanced programming techniques including function block diagrams for more complex control strategies.
- Data Handling: Learn how to manage and manipulate data effectively within the Micro800 environment.
System Configuration and Integration:
- Hardware Setup: Configure PLC hardware including I/O modules, expansion units, and communication devices.
- Network Integration: Understand how to integrate Micro800 PLCs with other automation components and networks for seamless operation.
Troubleshooting and Maintenance:
- Diagnostic Tools: Utilize the diagnostic features in CCW to troubleshoot and resolve programming and system issues.
- Maintenance Practices: Learn best practices for maintaining and optimizing your Micro800 PLC systems to ensure reliable performance.
Hands-On Experience:
- Practical Labs: Engage in hands-on exercises with actual Micro800 PLCs to apply your learning and gain real-world experience.
- Project Work: Complete projects that simulate industrial scenarios to reinforce your understanding and practical skills.

Course Benefits:

Meet Your Guide: Meet Your Guide: Our courses are led by Tim Wilborne who has extensive experience in automation and control systems.
Comprehensive Coverage: From fundamental to advanced topics, our course ensures a well-rounded understanding of Micro800 PLC programming and configuration.
Flexible Learning Options: Choose between in-person classes, live online sessions, or custom training solutions to fit your needs.
Supportive Materials: Access detailed course materials to enhance your learning experience.

Who Should Sign Up:

Engineers and Technicians: Ideal for professionals seeking to enhance their skills with Allen-Bradley Micro800 PLCs.
Students and Aspiring Technicians: Perfect for those looking to build a strong foundation in PLC programming and system configuration.
Automation Professionals: Beneficial for individuals involved in designing, programming, and maintaining automation systems using Micro800 PLCs.

Enroll Today:

Ready to advance your skills with the Allen-Bradley Micro800 PLC? Contact us today to enroll in our Micro800 PLC Training course and start your journey towards mastering this powerful automation tool.