Document Outline

• About Us
• New Release 4.7 Features and Enhancements Summary
  • Application and BIOS Compatibility
  • New Features
• 1 DVC System and Software
  • 1.1 Introduction
  • 1.2 The DVC System Overview
  • 1.3 DVC7 Introduction
  • 1.4 DVC10 Introduction
  • 1.5 System Configurations
  • 1.6 How the System Works
  • 1.7 Closed Loop Control Principles
  • 1.8 Programming and Debugging the DVC5/7/10
  • 1.9 Expansion Modules
  • 1.10 Menus
  • 1.11 Projects
  • 1.12 Input Output Configuring
  • 1.13 Input Output Variables and Programming
  • 1.14 Programming Example
  • 1.15 Hints & Tips for code writing
  • 1.16 Circuit Protection
• 2 Software Installation
  • 2.1 System Requirements
  • 2.2 Installation
  • 2.3 Software Overview
• 3 Programming the DVC Family
  • 3.1 Compiling Your Program to Create the Output Files
  • 3.3 Saving DVC Files
  • 3.4 Restoring DVC Files
  • 3.5 Loading PGM and MEM files
  • 3.6 Selecting or Changing Your Project Type
  • 3.7 Programming the DVC5/7/10
  • 3.9 DVC Program Loader Monitor Password Implementation
  • 3.10 Digital Inputs and Programmable LEDs
    • Analog Input Sample Code
  • 3.12 Universal Inputs
  • 3.13 Output Groups
  • 3.14 Input Output Functions
  • 3.15 Controlling LEDs
    • Input/Output Functions
• 4 Bubble Logic
  • 4.1 Always Code
  • 4.2 Logic Sequences
  • 4.3 How Logic Sequences are executed by the DVC5/7/10
  • 4.4 Program Statements
  • 4.5 EE Memory
  • 4.7 Long Unsigned Integer Math
• 5 Programming Examples
  • 5.1 DVC variable types
  • 5.2 Hello Program
  • 5.3 Binary Counter Example for the DVC5 or DVC10 Controllers
  • 5.4 Process PI Closed Loop Control Example (PSI to Valve Current)
  • 5.5 Simple Control Example
  • 5.6 Compactor Program Example
  • 5.7 More Complex Control Program Example
  • 5.8 Send receive bit / byte information
• 6 DVC Expansion Modules
  • 6.1 Introduction
  • 6.2 DVC21
  • 6.3 DVC22
  • 6.4 DVC41
  • 6.5 DVC50
  • 6.6 DVC61
  • 6.7 DVC62
  • 6.8 DVC65
  • 6.9 DVC70
  • 6.10 J1939/DVC80
  • 6.11 Add Device Net Module
  • 6.12 DVC5/7/10 to DVC5/7/10
  • 6.13 Virtual Display
  • 6.14 Application Simulator
  • 6.16 DP04 Pendant
• 7 Program Loader Monitor
  • 7.1 Introduction
  • 7.2 Connecting to the DVC5/7/10
  • 7.3 Starting the Program Loader Monitor
  • 7.4 Main Program Loader Monitor Screen
  • 7.5 Program Loader
  • 7.6 Output Groups
  • 7.7 Analog and Universal Inputs
  • 7.8 Input / Output Functions
  • 7.9 Factory Information
  • 7.10 EE memory
  • 7.11 DVC21 (Sinking and Sourcing Digital Inputs) and the Loader Monitor
  • 7.12 DVC22 (Sinking Digital Inputs) and the Loader Monitor
  • 7.13 DVC41 (High-Side Outputs) and the Loader Monitor
  • 7.14 DVC50 (Multiple Output Types Module) and the Loader Monitor
  • 7.15 DVC61 (Display Module) and the Loader Monitor
  • 7.16 DVC70 (Logging Module) and the Loader Monitor
  • 7.17 DVC80 (J1939 to CAN Bus Module) and the Loader Monitor
• 8 Programming Notes
  • 8.1 Examples of Program Statements and Logical Operators
  • 8.2 Variable Display Types
  • 8.3 Variable initialization
  • 8.4 Program Debugging and Variable tracing
  • 8.5 J1939 Only Mode on the DVC5/7/10
• 9 Application Notes
  • 9.1 CAN Bus Configuring
  • 9.2 CAN Bus Termination Options
  • 9.3 DVC5/7/10 Powering
  • 9.4 Driving Alarms from outputs
• 10 Hardware Installation
  • 10.1 DVC5 Hardware Connections
  • 10.2 DVC7 Hardware Connections
  • 10.3 DVC10 Hardware Connections
  • 10.4 DVC21 Hardware Connections
  • 10.5 DVC22 Hardware Connections
  • 10.6 DVC41 Hardware Connections
  • 10.7 DVC50 Hardware Connections
  • 10.8 DVC61 Hardware Connections
  • 10.9 DVC70 Hardware Connections
  • 10.10 DVC80 Hardware Connections
• 11 Safety is Everyone’s Responsibility
  • 11.1 Safety in building the hardware connections
  • 11.2 Safety in mounting the DVC units
  • 11.3 Safety in programming the controllers
• Appendix A Compiler Keywords
• Appendix B Programming Statement Examples
• Appendix C Troubleshooting Systems
  • Basic Electronics Theory and DVC System Troubleshooting
  • Basic Electronics Introduction
  • Protection with Fuses and Special switches
  • Get the entire valve shift you need
  • Trouble shooting the electronics in your system
  • Troubleshooting the CAN Bus Communication network
• Appendix D Current Regulation using PID techniques
• Appendix E Pulse Width Modulation (PWM) and Dither
• Appendix F Flowchart (Sequence of Operations) example
• Appendix G HCT Terminology and Definitions
• Appendix H Sensor Manufacture recommendations
• Appendix I Frequently Asked Questions
• Introduction
• BIOS / PLM Version 4.0
• BIOS / PLM Version 4.2 and Higher