Quick Start Software Training

Июль 24, 2022

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Информатика
Quick Start Software Training

Содержание

2. Overview Software overview RTU overview Start an ISaGRAF Open project Configure an RTU using SXTOOLS (basic
3. SIXNET Tool Kit Used to configure, load, and maintain SIXNET Automation RTUs and I/O Project Management
4. ISaGRAF Open ISaGRAF Open includes: ISaGRAF v5 editor SIXNET enhancements v3 features for backward compatibility to
5. ISaGRAF Open
6. IPM Controller Quick start for software programming that will work with any RTU Embedded Linux controller
7. Main Summary 1 ) ISaGRAF Open - Create and name new project 2 ) SIXNET Tool
8. ISAGRAF Open - Create and name new project Run the Open Workbench File > New Project
9. SIXNET Tool Kit - Start project Open Tool kit Start new project (File > New Project)
10. Export Tags To ISAGRAF Project Goto File Menu > Export > I/O Definitions > ISAGRAF Select
11. Develop program and build (compile) Open project From Resource window right click on Programs and Add
12. Load IPM Controller with Tool Kit Load Tool Kit configuration first to be sure the port
13. Load ISAGRAF Program with the Open Workbench Goto Tools Menu (or Project Tree View) > Communication
14. Load ISAGRAF Program From Main Workbench window select Debug Menu > Download Select Resource (Check box)
15. Load Tool Kit & ISaGRAF program in one step From the Tool Kit setup “Files to
16. Exercise program From the SIXNET Tool Kit run Test I/O to station Test IO will work
18. Скачать презентацию

Слайд 2

Overview
Software overview
RTU overview
Start an ISaGRAF Open project
Configure an RTU using SXTOOLS

(basic setup with tags, & export)
Develop simple program and “Build” (compile) ISAGRAF project
Download to RTU using the Tool Kit and ISaGRAF

Слайд 3

SIXNET Tool Kit
Used to configure, load, and maintain SIXNET Automation RTUs

and I/O
Project Management software
Works with ISaGRAF Open programming software

Слайд 4

ISaGRAF Open
ISaGRAF Open includes:
ISaGRAF v5 editor
SIXNET enhancements

v3 features for backward compatibility to installed SIXNET RTU base
Differences.pdf > C:\Program Files\SIXNET ISaGRAF Open\Documentation 5.1\Users Guide\English
Based on the International Standard IEC 61131-3
ISaGRAF supports all five programming languages:
Sequential Function Chart
Ladder Diagram
Structured Text
Instruction List
Function Block Diagram
(also supports Flow Chart)

Слайд 5

ISaGRAF Open

Слайд 6

IPM Controller
Quick start for software programming that will work with any

RTU
Embedded Linux controller
Shared IO database
Supports a number of running applications
Alarming, Datalogging, custom C application, protocol conversion, web server

Слайд 7

Main Summary
1 ) ISaGRAF Open - Create and name new project

2 ) SIXNET Tool Kit - Start project
3 ) Configure RTU
4 ) Export Tags To ISAGRAF Project
5 ) Develop simple program & Build (compile) ISAGRAF program
7 ) Load IPM Controller with Tool Kit
8 ) Load ISAGRAF Program with the Open Workbench
9 ) Load Tool Kit & ISaGRAF program in one step
10) Exercise program
Let’s get started!!

Слайд 8

ISAGRAF Open - Create and name new project
Run the Open Workbench
File

> New Project (name = PumpOne)
Name and select Template (ISaGRAF_RTU_Project)
Save
Step one complete!

Слайд 9

SIXNET Tool Kit - Start project
Open Tool kit
Start new

project (File > New Project)
Select Project Name
Default project location = C:\SIXNET Tools\Projects
Save – this will automatically lead into the RTU configuration
Add RTU station to configuration
Configure station:
RTU Type
Setup ports
Add a virtual I/0
Add a DI module and Tag I/O (Tags = TurnOnMotor1 & Level)
Add a DO module and Tag I/O (Tag = Motor1)

Слайд 10

Export Tags To ISAGRAF Project
Goto File Menu > Export >

I/O Definitions > ISAGRAF
Select ISAGRAF Open
Browse to Project file: Location = C:\Program Files\SIXNET ISaGRAF Open\Projects\ISaGRAF 5.1\Prj
Select RTU
Finish
Note: View video to review process

Слайд 11

Develop program and build (compile)
Open project
From Resource window right click on

Programs and Add Program Type (use FBD )
Open FBD program
Select F3, or the Function block symbol and add AND block
Select F2, or Variable symbol and add variables accordingly
Select F4 function to connect variable to function block
Save
Compile
Step 4 compete!

Слайд 12

Load IPM Controller with Tool Kit
Load Tool Kit configuration first

to be sure the port settings are correct
By default all IPM stations are 10.1.0.1
Tools > Device Menu > Select
Choose Serial or Ethernet
Ok
Operations Menu > Load > Basic Settings

Слайд 13

Load ISAGRAF Program with the Open Workbench
Goto Tools Menu (or

Project Tree View) > Communication Link Setup
Select Device > Single Station
Select “use project file settings” Browse to project file
Ok
Note: The IP address or serial port settings are found in the Tool Kit project file automatically. Otherwise, select “Use these settings” for manual purposes.
See next slide to complete the load

Слайд 14

Load ISAGRAF Program
From Main Workbench window select Debug Menu > Download
Select

Resource (Check box)
Save on target after download
Start after download
Download
Program is now loaded and
running in RTU!

Слайд 15

Load Tool Kit & ISaGRAF program in one step
From the Tool

Kit setup “Files to Load” in RTU configuration
From the ISaGRAF Tab Check “Load an ISaGRAF program”
Run time version RTU
Select project: appli.X6M
To Load: Operation Menu > Load > Advanced Selected, or Predefined files

Слайд 16

Exercise program
From the SIXNET Tool Kit run Test I/O to station
Test

IO will work if Virtual Input modules are used. If Onboard Inputs are used a the RTU will need to have a wired input or use the Workbench debug lock feature.
Make sure the device menu is setup accordingly
Operations – Test I/O
Turn on DI Tags “TurnOnMotor” & “Level”
Result = DO Tag “Motor1” will turn On.