CCW (1)

1. How to Connect Micro800 PLC with CCW (Connected Components Workbench) Usefull for :- Allen-Bradley Micro800 PLC (Micro810, Micro820, Micro830, Micro850, or Micro870) Prerequisite :- Connected Components Workbench installed on your PC RSLinx Classic installed USB or Ethernet cable Correct firmware revision for your controller 01

2. Connected Components Workbench New Project Step 1 - Create a new CCW project by clicking on “New”. Action: Open Connected Components Workbench. Click "New" on the start page to create a new project. Purpose: This opens a blank CCW project where you will add the Micro800 controller. 02 Connected Components Workbench - Creating a New Project

3. Connected Components Workbench New Project Enter a project name and choose the file location where it will be saved. Click "Create" to continue. 03 Connected Components Workbench - Project Name and File Location

4. Choose the correct Micro800 controller model from the list. Important: Select the firmware revision installed in your PLC. The firmware version must match your PLC. Click “Select” and then “Add to Project.” If versions mismatch, CCW may not allow downloads or communication. 04

5. Connect to the PLC Action: Click the “Disconnected” status to open the communications window. Browse for the controller using RSLinx Classic. Select your Micro800 from the tree and click “OK.” Result: The status changes to Online, meaning CCW is now communicating with the PLC. 05

6. Adding Plug-In and Expansion Modules Action: Disconnect from the controller before adding new modules. Open I/O Configuration. Right-click on Plug-in Modules or Expansion Modules and select the module you need. Purpose: This allows CCW to build the correct hardware configuration for your PLC. 06

7. General Shows basic controller information such as name, model, firmware, and project details. Use this page to verify controller identity 07

8. Memory Displays available program memory and data memory. Useful for monitoring resource consumption in larger applications. 08

9. Startup/Faults Configure how the controller behaves on power-up and after a fault. Common options: Start in Run mode 09 Start in Program mode Restart or hold on fault

10. Serial Port Set baud rate, stop bits, parity, and protocol (Modbus RTU if used). Ensure the device connected uses the same settings. 10

11. USB Port Shows USB communication settings for programming via the USB port. Used primarily for quick setup and local programming. 11

12. Configure IP Address, Subnet Mask, Gateway, and Protocols. Ethernet Your PC and PLC must be in the same IP subnet for Ethernet communication. 12

13. Real time Clock Set date and time for the controller. Required for data logging, recipes, or time-based functions. 13

14. Real time Clock 14

15. Embedded I/O View and configure the built-in digital and analog I/O channels. Displays default addressing for each I/O point. 15

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17. Data Log Configure logging of tags or variables at defined intervals. Data can be saved for diagnostics or trend monitoring. 17

18. Recipe Create and manage parameter sets used in batch or product-based processes. Useful for machine setups requiring multiple product configurations. 18

19. Axis1 Used for simple motion or positioning applications. Configure scaling, speed, acceleration, and axis mapping. 19

20. Plug-in Modules Displays plug-in modules directly mounted on the controller. Configure parameters related to the specific plug-in module. 20

21. Expansion Modules >> Analog 21

22. Example Module >> 2085-IF4 (Analog Input) For this analog input module, configure: Channel type (Voltage / Current) Input ranges Filtering Scaling options Purpose: Ensures accurate analog signal reading. 22

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