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Omron CX-PROGRAMMER - INTRODUCTION GUIDE User Manual

Omron CX-PROGRAMMER - INTRODUCTION GUIDE
60 pages
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Table of Contents

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Omron CX-PROGRAMMER - INTRODUCTION GUIDE Specifications

General IconGeneral
BrandOmron
ModelCX-PROGRAMMER - INTRODUCTION GUIDE
CategorySoftware
LanguageEnglish

Summary

Introduction

Hardware Requirements

Available Device Types

Chapter 1 Installation and Startup

1. Installation Procedure

Detailed steps for installing CX-Programmer software on a PC.

1-1. Installing CX-Programmer

Guide to inserting the CD-ROM and starting the CX-Programmer installation wizard.

1-2. Online Registration

Process for registering the product online after installation for user benefits.

2. Startup of CX-Programmer

How to launch the CX-Programmer application from the Windows start menu.

3. New Project and Device Type Settings

Steps to create a new project and configure the PLC device type.

4. Main Window Overview

Explanation of the primary interface elements of the CX-Programmer main window.

4-1. SYSWIN Key Allocation

Configuring keyboard shortcuts to emulate the SYSWIN interface for familiar operation.

4-2. Managing Program Sections

How to create, rename, and organize program logic into functional sections.

4-3. Window Visibility Control

Methods to show or hide various windows like Project Workspace and Output Window.

Chapter 5 Program Creation

5-1. Entering Normally Open Contact

Step-by-step guide to adding a normally open contact element in ladder logic.

5-2. Entering a Coil

Instructions for adding a coil output element to the ladder program.

5-3. Editing Symbol Comments

How to add or modify descriptive text for symbols used in the program.

5-4. Entering Rung Comments

Adding descriptive comments to individual rungs for better program understanding.

5-5. Entering Normally Closed Contact

Step-by-step guide to adding a normally closed contact element in ladder logic.

5-6. Adding Attached Comments

How to attach detailed comments to program instructions or contacts.

5-7. Differential Contact Up Entry

Using the differential contact instruction that triggers on the rising edge of a bit.

5-8. Differential Contact Down Entry

Using the differential contact instruction that triggers on the falling edge of a bit.

5-9. Vertical Contact Up Entry

Adding vertical contacts to the ladder diagram, specifically for upward transitions.

5-10. Vertical Contact Down Entry

Adding vertical contacts to the ladder diagram, specifically for downward transitions.

5-11. Advanced Instructions: String Entry

How to use advanced instructions, focusing on string manipulation.

5-12. Advanced Instructions: Useful Functions

Exploring various useful functions within advanced instructions, including help features.

5-13. Auxiliary Relay: 1.0 Second Clock Pulse

Using a specific auxiliary relay function for a 1.0-second clock pulse.

5-14. Advanced Instructions: Differential

Implementing differential instructions that execute only once per scan.

5-15. Entering OR Rung Logic

How to create a logical OR condition within a ladder rung.

5-16. Advanced Instructions: Fun No. Entry

Using function numbers to specify advanced instructions like MOV.

5-17. Timer Instructions

Adding and configuring timer instructions within the ladder program.

5-18. Counter Instructions

Adding and configuring counter instructions within the ladder program.

5-19. Rung Copy & Paste

Efficiently duplicating or moving rungs within the ladder program.

5-20. END Instruction

Understanding the automatic generation of the END instruction in new projects.

Chapter 2 Online and Debug

1. Program Error Check (Compile)

Performing a compile to check for errors before transferring the program to the PLC.

2. Going Online with PLC

Connecting CX-Programmer to the PLC or simulator for online operations.

3. Monitoring PLC Status

Observing the real-time status of contacts and coils in monitor mode.

4. Monitoring Multiple Locations

Splitting the ladder window to monitor several program locations simultaneously.

5. Hexadecimal Monitoring

Switching the display format of IO memory values between decimal and hexadecimal.

6. Using the Watch Window

Adding and monitoring specific PLC addresses in a dedicated Watch Window.

7. Watch Window: Value and Binary Monitoring

Changing present values and monitoring data in binary format within the Watch Window.

8. Watch Window: Sheet Functions

Managing data displays in the Watch Window by creating and renaming sheets.

9. Watch Window: Drag and Drop

Adding PLC addresses to the Watch Window by dragging them from the ladder diagram.

10. Rung Wrapping for Long Lines

Adjusting display to wrap long rungs for better readability on screen.

11. Differential Monitor Function

Detecting and indicating up/down changes in specified bits for efficient debugging.

12. Forcing Contacts and Coils

Manually setting the ON/OFF state of contacts and coils for testing.

13. Viewing Forced Bit Status

Listing all bits currently being forced ON or OFF for quick status checks.

14. Changing Timer Set Values

Modifying the preset value of a timer while the PLC is running in monitor mode.

15. Changing Timer Present Values

Adjusting the current accumulated value of a timer during online monitoring.

16. Find from Address Reference Tool

Locating all occurrences of a specific PLC address within the project.

17. Retrace Ladder Rungs

Following the logic flow backwards to find the root cause of issues in ladder rungs.

18. Find by Comment Keyword

Searching for PLC addresses or words based on keywords found in program comments.

19. Go To Rung Comment

Navigating directly to a specific rung based on its associated comment.

20. Find Bit Addresses

Searching for specific bit addresses and displaying their usage in the program.

21. Online Editing

Modifying program logic directly while the PLC is online.

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