Step-By-Step Guide On Kingview Scada (Plc-Scada-7)

Practical Course with Examples

What you'll learn
You will be enriched with the latest technical knowledge related with the industrial automation.
Students can establish their career in various manufacturing industries like Oil and Gas, Water/Waste Water Treatment, food & Beverages, Power Plants, Manufacturing Process, Chemicals and Pharmaceutical Industries, Power Generation, Automotive, Fabricated Metals, Packaging Process, Metals and Mining’s Aerospace, etc.

Requirements
Students are supposed to be familiar with Desktop/Laptop.
No other prerequisites for this course, Because instructor will teach everything from scratch.

Description
Supervisory control and data acquisition (SCADA) is a control system
architecture that uses computers, networked data communications and graphical
user interfaces for high-level process supervisory management, but uses other
peripheral devices such as programmable logic controllers and discrete PID
controllers to interface to the process plant or machinery. The operator
interfaces which enable monitoring and the issuing of process commands, such as
controller setpoint changes, are handled through the SCADA computer system.
However, the real-time control logic or controller calculations are performed
by networked modules which connect to the field sensors and actuators.
We use the SCADA Technology to do so that the
Industry Process can monitor and control the industrial process and we can Easy to continuous monitoring on process of the
parameters of voltage, current, Pressure and flow etc. and Easy to online
real-time control for closed loop and open loop processes, Automatic
tasks of switching of transmission lines, Circuit Barkers etc. and Transmission
and receiving of large amounts of data from field to control centres, which makes our works easy. The use of SCADA
Technology increases production in the industry and energy is also saved.
This course will teach you step by step How to make a SCADA design
& SCADA System to any industrial process Monitor and Control.

Overview
Section 1: Overview of SCADA

Lecture 1 Introduction of SCADA

Lecture 2 Why SCADA required? and Fundamental Principle of SCADA

Lecture 3 Features and Function of modern SCADA System

Section 2: Overview of Kingview SCADA

Lecture 4 Introduction of Kingview SCADA Software

Lecture 5 How to make a new project in kingview Software?

Lecture 6 How to make a new picture in Kingview Software?

Section 3: Function of InTouch SCADA Software

Lecture 7 How to work with Objects and Toolbar?

Lecture 8 What is Tag ?

Lecture 9 Different Types of Tag.

Lecture 10 How to create “Tag Name”?

Lecture 11 How to use SCADA Library “WIZARD”?

Lecture 12 How to use Break Cell/Symbol and Make cell/Symbol ?

Lecture 13 Working with Discrete Tag and Switches

Lecture 14 Working with Analog Tag and Slider

Section 4: Animation Links in SCADA System

Lecture 15 Introduction of Animation Links

Lecture 16 Attributes Property

Lecture 17 Location and Size (Fill Property)

Lecture 18 Fill Property (Problem – 1)

Lecture 19 Fill property (Solution of Problem – 1)

Lecture 20 Location and Size (Zoom Property)

Lecture 21 Location and Size (Movement Properties)

Lecture 22 Movement Property (Horizontal)

Lecture 23 Movement Property (Vertical)

Lecture 24 Movement Property (Diagonal)

Lecture 25 Location and Size (Rotation Property)

Lecture 26 Rotation Property (Example)

Lecture 27 User Input(Discrete)

Lecture 28 User Input(Analog)

Lecture 29 User Input(String)

Lecture 30 Slider Property

Lecture 31 Special (Visibility or Hide Property)

Lecture 32 Special (Blink Property)

Lecture 33 Value Display (Discrete, Analog, String)

Section 5: Script writing

Lecture 34 Introduction of Various Script types

Lecture 35 Introduction of Application and Picture Script

Lecture 36 How to write Application and Picture Script? Part - 1

Lecture 37 How to write Application and Picture Script? Part - 2

Lecture 38 Application and picture Script (“On Show” in software)

Lecture 39 Application and picture Script (“While Running” with Example)

Lecture 40 Examples of Script-1 (More Than One Output)

Lecture 41 Examples of Script-2 (OR Gate)

Lecture 42 Examples of Script-3 (EX-OR Gate)

Lecture 43 Example of Script-4 (Making a Clock by Script)

Lecture 44 Introduction to Data Change Script

Lecture 45 Creation of Timer Using Data Change Script

Lecture 46 Example of Data Change Script-1

Lecture 47 Example of Data Change Script-2

Lecture 48 Condition Script

Lecture 49 Hotkey script

Lecture 50 Relating Digital Tag with an Analog Tag by using Script

Lecture 51 Problem - 1 (6 – Light are one by one ON by one Switch)

Lecture 52 How to write Script of Problem – 1?

Lecture 53 Solution of Problem – 1 in Software

Lecture 54 Problem – 2 (Automatic Tank Filling)

Lecture 55 How to write Script of Problem – 2?

Lecture 56 Solution of Problem – 2 in Software

Section 6: Trends in SCADA System

Lecture 57 Introduction of Trend

Lecture 58 Real Time Trends

Section 7: Alarm System

Lecture 59 Introduction of Alarm System

Lecture 60 Analog Alarm (Over limit)

Lecture 61 Analog alarm (Deviation)

Lecture 62 Analog alarm (Rate of Change)

Lecture 63 Discrete value Alarm

Section 8: Recipe Management

Lecture 64 Introduction of Recipe Manager

Lecture 65 Implementation of Recipe Manager

Section 9: SCADA Security

Lecture 66 How to Encryption of Project?

Students who are pursuing or having Masters/ Bachelor’s Degree /Diploma in EC/EE/EEE/EI Branches.,Working Professionals are also invited to join this course to enhance their knowledge in Industrial Automation.,Maintenance Engineers,Application Engineers,PLC Programmers

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