• Home
  • About us
  • People
  • News and Events
  • Courses
  • Solutions and Seminar
  • Certificate
  • Download
  • Contact
  • Clips

our policies

  • 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
  • Intergrated System
  • Drives and Electric Motors Operation & Maintenance
call our helpline

 

Automation Design Center luôn khai giảng các lớp học mới mỗi tuần

 

  • PCP and VSD

  • PLC

  • PAC

  • SCADA Configuration Course

  • SCADA Advance: Cicode and Networking

  • Industrial Network

  • Integrated System

  • HMI

 

INTEGRATED SYSTEM

 

 

 

 

- Hours         

30 academic hours

 

 

- Estimation   :

20%

Theory:

 

80%

Practice:

- Certification :

Schneider Electric Vietnam Certificate:

“INTEGRATED SYSTEM”

- Instructor

Nguyen Tuan Hung

- Supervisor

Truong Dinh Chau

Aims:
This course is designed for engineer and student who have a basic knowledge in PLC and SCADA. This is an advanced course helps you get more experience in industrial automation, that is reason why we just point to PLC network, devices connection mechanism and SCADA network. Further more, this course offers you a general look of PLC, SCADA system as well as a method to design Integrated system.      

Course outline:
PLC Twido Architecture, PLC networks: Modbus RTU,Modbus ASCII, Modbus TCP, CAN, CANopen. SCADA Concept, Device connection mechanism, SCADA Network, PCP and VSD applications.

Reference


[1]

Schneider Electric

Twidosuite Programming software, Vijeo Citect SCADA software

[2]

Nguyen Tuan Hung

Power-point slides. English version
(Vietnamese version also available)

[4]

Schneider Electric

Telemecanique V4.0 Unity Pro Technical Documentation in PDF format.

         

Learning outcomes:
Knowledge and Understanding of:

  1. PLCs applications
  2. PLC networks
  3. Device connection mechanisms
  4. SCADA network
  5. PCP and VSD
  6. Integrated system

Cognitive Skills:

  1. Ability to design and connect components in an industrial system using Schneider Electric Twido PLC.
  2. Ability to establish connections between PLC and SCADA Vijeo Citect.
  3. Ability to design a integrated system in industrial automation.

Subject-specific Skills:

  1. Programming Schneider Electric Premium PLCs using Unity Pro software.
  2. Ability to effectively deploy features Unity Pro software.
  3. Ability to create connections with other peripherals.

Detailed contents:

 

Contents

Hour

  

Hierarchical Control System

  1. Introduction to Hierarchical Control System
  2. Role of PLCs, PAC in Hierarchical Control System
  3. Role of SCADA in Hierarchical Control System

 

3

  

Industrial network

  1. Introduction
  2. communication standards
  3. Modbus concept
  4. Modbus RTU
  5. Modbus ASCII
  6. Modbus TCP
  7. CAN network
  8. CANopen network

Homework: Revision of lecture notes

3

  

Industrial Network Exercise

  1. PLCs and Remote I/O connection via Modbus RTU
  2. PLCs and Remote I/O connection via Modbus TCP protocol
  3. Exchange data among PLCs via Modbus TCP
  4. PLC and HMI connection via Modbus TCP

 

3

  

Industrial Network Exercise ( cont )     

  1. PLC and Inverter connection via CANopen
  2. PLC and Inverter connection via Modbus RTU
  3. PLC and Remote I/O connection via CANopen

 

3

  

Vijeo SCADA Citect overview

  1. Introduction
  2. Graphic designing and setting
  3. Vijeo Citect Servers Introduction

Exercise: Design Graphic to mornitor and control the operation of motor and the status of inverter.

3

  

SCADA and PLC connection

  1. Introduction
  2. Vijeo Citect and PLC connection via direct driver
  3. Vijeo Citect and PLC connection via OPC mechanism
  4. Vijeo Citect and Window Applications connection via DDE mechanism

Exercise: Establish connections between SCADA Citect and PLC via DLL mechanism, Citect and PLC via OPC mechanism, Citect and Excel via DDE mechanism.

6

  

SCADA network

  1. Introduction
  2. Citect Standalone system
  3. Citect Client - Server system
  4. Citect Redundant system
  5. Citect Global client architecture

     

Exercise: establish configuration for Stardalone system, Client-Server system, redundant system.

3

  

PCP and VSD

  1. Introduction to PCP ( Power Control and Protection)
  2. IEC standard for Power Control and Protection coordination  
  3. Inverter concept
  4. Inverter practices

 

Exercise:Configuration for the operation modes of Inverters(3h)

3

  

Course Evaluation

  1. Theory
  2. Practice

3

  
 

30

  

 

Agenda

Day 1

Part I-Day one involves the concept of PLC and industrial networks such as PLC architecture, PLC applications, PLC and components connection via industrial standards and protocols.
Part 1                                                                        

Introduction to Hierarchical Control System

Role of PLCs, PAC in Hierarchical Control System

Role of SCADA in Hierarchical Control System

Communication Standard

Modbus concept

Modbus RTU

Modbus ASCII

Modbus TCP

CAN network

CANopen network


Break

Part II- Day one deploys the theories that is discussed in part I.
Part 2

PLCs and Remote I/O connection via Modbus RTU

PLCs and Remote I/O connection via Modbus TCP protocol

Exchange data among PLCs via Modbus TCP

PLC and HMI connection via Modbus TCP

PLC and Inverter connection via CANopen

PLC and Inverter connection via Modbus RTU

PLC and Remote I/O connection via CANopen   

Day 2

Part I-Day two deals with Vijeo Citect SCADA software: Graphic, servers.
Part 1

Introduction to Vijeo Citect SCADA software

Graphic designing and project setting

Citect servers introduction  

SCADA Vijeo Citect and PLC connections


Break

Part II-Day two help learners know how to make connection between SCADA software and PLC as well as SCADA software and Window applications.
Part 2

Introduction to Vijeo Citect network architecture

Vijeo Citect and PLC connection via direct driver

Vijeo Citect and PLC connection via OPC mechanism

Vijeo Citect and Window Application connection via DDE mechanism

Day 3

Part I-Day three discusses the Power Control and Protection devices, IEC stardard for Power Control Protection cordinations.
Part 1
Introduction to PCP ( Power Control and Protection)

IEC standard for the coordination of Power Control and Protection  


Break

Part II- Day three focuses on Schneider Electric inverter such as : Altivar 31, Altivar 71, Altivar 61..etc.
Part 2

Inverter concept

The function of inverters of Schneider Electric

Inverter practices

 

  Practice test                           

 

 

SCHNEIDER ELECTRIC AUTOMATION DESIGN CENTER