User Manual Owner's manual
Table Of Contents
- 1772-6.5.8, Mini-PLC-2/02, -2/16, -2/17 Processor, User Manual
- Important User Information
- Summary of Changes
- Table of Contents
- 1 - Using This Manual
- 2 - Fundamentals of a Programmable Controller
- 3 - Hardware Features
- 4 - Installing Your Programmable Controller
- 5 - Starting Your Processor
- 6 - Maintaining and Troubleshooting Your Processor
- 7 - Memory Organization
- 8 - Scan Theory
- 9 - Relay-Like Instructions
- 10 - Program Control Instructions
- 11 - Timers and Counters
- 12 - Data Manipulation and Compare Instructions
- 13 - Three-Digit Math Instructions
- 14 - EAF Math Instructions
- 15 - EAF Log, Trig, and FIFO Instructions
- 16 - EAF Process Control Instructions
- 17 - Jump Instructions and Subroutines
- 18 - Block Transfer
- 19 - Data Transfer Instructions
- 20 - Bit Shift Registers
- 21 - Sequencers
- 22 - Selectable Timer Interrupts
- 23 - Report Generation
- 24 - Program Editing
- 25 - Programming Techniques
- 26 - Program Troubleshooting
- A - Specifications
- B - Processor Comparison Chart
- C - Number Systems
- D - Glossary
- E - Quick Reference
- Index
- Back Cover
Chapter
23
23-1
Report Generation
This chapter describes how to generate messages containing:
ASCII characters
graphic characters
variable information
You can use the report generation function of the 1770-T3 industrial
terminal to generate messages that contain ASCII and graphic characters,
and variable data table information. The industrial terminal must be in the
Mini-PLC-2/02, Mini-PLC-2/16, or Mini-PLC-2/17 mode. Messages are
stored in the processor’s memory after the END of program statement.
The 1770-T3 industrial terminal report generation features include:
as many as 70 messages - you can choose the number of messages to
be stored.
simple programming - only 20 or 3 rungs of programming are required
to display a message by program logic
selectable communication rates - you can choose from seven
communication rates: 110, 300, 600, 1200, 2400, 4800 or 9600 bits
per second
selectable parity bit - you can choose odd, even or no parity
Chapter Objectives