SCADA Citect: Project Development
PAC- Programmable Automation Controllers: Premium, Unity Pro
PLC- Programmable Controllers: Twido, Twido Suite, HMI
Power Control and Protection, Variable Speed Drives
Drives and Electric Motors Operation & Maintenance

SCADA Vijeo Citect: Project Development


- Hours	30 academic hours

- Estimation :	40%	Multichoice: 30 questions in 30 min
	60%	Practice: a project development in 60 min
- Certification:	Schneider Electric Vietnam Certificate: “Vijeo Citect: Project Development Course”
- Instructor	Truong Dinh Chau, Ph.D

Aims:
The course provides specialists in the area of Automation and Control Engineering the conceptions of Supervisory Control And Data Acquisition (SCADA) system, structure, SCADA components, project design, graphics, I/O device connection and monitoring the systems using the SCADA Vijeo Citect.

Reference

[1]	Schneider Electric	Vijeo Citect: Configuration
[2]	Truong Dinh Chau	Powerpoint slides.
[3]	Schneider Electric	Vijeo Ciect User Guide, version 7.0. 2007.

Learning outcomes:
Knowledge and Understanding of:

Fundamental concepts of SCADA.
Hierarchical control – information systems.
SCADA software overall structures.
Working principles of SCADA software components.
Tag conception
Device connecting mechanisms

Cognitive Skills:

Ability to design and develop SCADA system using Vijeo Citect based on an analysis of the system requirements.
Ability to select and use appropriate components for SCADA system design.
Ability to integrate data acquisition devices to Vijeo Citect.

Subject-specific Skills:

Use of SCADA software in general and Vijeo Citect in particular.
Ability to connect PLCs existing in the industrial automation market with modern Vijeo Citect.
Ability to create and develop SCADA projects.

Detailed contents:

Day	Contents	Hour
1	Introduction to open system of Schneider Electric Automation Design Center (Vietnam) System overview Distributed architecture Segment Conception. Structure. Component Introduction to open system of Schneider Electric Automation Design Center (Vietnam) Supervisory control conception SCADA definition Structure of traditional SCADA systems Functional organization of SCADA system Technical keywords of SCADA system Typically tasks in SCADA system Distributed architecture in Vijeo Citect Popular SCADA packages Vijeo Citect Product Vijeo Citect Configuration Environment System requirements Vijeo Citect Explorer Include Projects Vijeo Citect Project Editor Vijeo Citect Graphics Builder Cicode Editor Managing Projects Create a New Project Computer Setup Wizard Backup and Restore a Project Including Projects Setting up Communications Express communications wizard Communications dialogs Tag conception Tag interpretation Tag structure Tag definition Tag abstracting Command/Data direction Tag value Timestamp obtain Tag structure in Vijeo Citect Scaling Deadband Variable tags Forms Testing communications Structured tag names Using MS Excel and MS Access to add variable tags Graphics Create pages CSV_Include project Drawing basic objects Runtime properties Creating symbols ActiveX True colour graphics	8
2	Commands and Controls Slider Controls Touch Commands Keyboard Commands Creating a Privileged User Genies Pasting a Genie from Libraries Creating a New Genie Modifying a Genie Genie Syntax Pop-up Pages and Super Genies Creating Popup Pages Calling Popup Pages from Symbols Calling Popup Pages from Genies Creating Super Genies Device connection mechanisms Technologies Direct driver (DLL mechanism) DDE mechanism OPC mechanism Architecture of modern process control system The I/O driver problem How does OPC solve the problem? Architecture of modern process control system Architecture of modern process control system What is OPC? OLE The logical object model OPC Data Access Server OPC Item Object The path of real-time data in the integrated process control system OPC Group Object OPC Server Object OPC DA 1.0 Overall picture of the client/server interaction Data source in OPC Servers Modes of data exchange in OPC Servers Synchronous mode Asynchronous mode Subscription Refresh Demo Devices What are Devices? Setting up Devices Using Device History Files Set up a Device Events Define Events Enable Events Alarms Alarm State Diagram Alarm Types HI, LO, HI HI, LO LO Deviation Rate of Change - ROC Configuring Alarms Alarm Categories Logging Alarms to a Printer Displaying Alarms Alarm Groups Audible Alarms Using Alarm Properties as Tags Defining an Alarm I/O Device	8
3	Trends Trend Tags Displaying Trends Configuring Trend Display Trend History Files Instant Trends Displaying Instant Trends Process Analyst What is the Process Analyst? Process Analyst ActiveX Control Properties of the Process Analyst Displaying Tags in the Process Analyst Pen Types Displaying Trends Changing the Properties of the Process Analyst Comparing Trend Data Displaying Alarms Comparing Trends and Alarms Navigation Menu Configuration Tool Custom Page Navigation Navigation Parameters Reports Defining a Report Reporting Format File Viewing Reports Security Planning Plant Security Areas and Privileges Allocating Privileges and Areas Adding User Records Runtime Keyboard and Mouse Security	8
Sum		24

Agenda

Day 1

Day one involves introduction to SCADA conception, structure, components, various components of Vijeo Citect, project design, communications and graphics

Part 1 9:00am ~ 10:30am

Introduction to open system of Schneider Electric Automation Design Center (Vietnam)
Conception. Structure. Component
Vijeo Citect Configuration Environment

Tea break

Part 2 10:45am ~ 12:30pm

Managing Projects

Lunch

Part 3 1:30pm ~ 3:30pm

Setting up Communications
Graphics

Tea break

Part 4 4:00pm ~ 5:00pm

Graphics

Day 2

Day two implements various areas of the project design including controls, alarms and the graphic interface design and connection with I/O devices using various technologies

Part 1 9:00am ~ 10:15am

Commands and Controls
Genies
Pop-up Pages and Super Genies

Tea break

Part 2 10:30 am ~ 12:00pm

Device connection mechanisms
Devices

Lunch

Part 3 1:00pm ~ 3:30pm

Events
Alarms

Tea break

Part 4 4:00pm ~ 5:00pm

Alarms

Day 3

Day three continues with the project design elements of Vijeo Citect and introduces methods of reporting and monitoring the system

Part 1 9:00am ~ 10:30am

Trends

Tea break

Part 2 11:00am ~ 12:30pm

Trends
Process Analyst

Lunch

Part 3 2:00pm ~ 3:30pm

Navigation
Reports

Tea break

Part 4 3:45pm ~ 4:30pm

Security
Test