ELECTRONICS

Objective:

Making participants familiar to work with PLC. Discussion of new hardware available in PLC. detailed explanation of software with more focus on the different features available as compared to the classic software.

Outcome:

• System Overview, Installation & removing of modules and information about accessories of PLC kit.

• Overview of Software, licensing, Operating System requirement & Software components.

• Hardware configuration, Editing, monitoring, renaming of PLC Tags.

• Principle of cycle program execution using LADDDER Programming.

• Timers & counters concept in Software.

• Networking of PLC and HMI.

Objective:

This compact course deals with the configuring of SCADA. You will also learn about some SCADA software options and add-ons for selected tasks.Using simple examples, you will acquire the knowledge necessary to use the system simply and quickly for your applications. On completion of the course,you will understand the benefits of SCADA's openness.

Outcome:

• System overview consisting of Software & component of Runtime options & licensing along with system requirements.

• Configuration of software using different interfacing options available like different

• Creation of project and setting up the connection with controller. Checking Device configurations& Runtime settings.

• Basics steps required for configuration like screen layout, using different object on screens.

• Brief introduction on Runtime scripting & making objects dynamic using System functions.

• User & System defined Alarm, configuration of messages in alarm system.

• Creating Users, assigning security to objects using User administration

• Logging of cyclic / acyclic data using Tag logging.

• Recipe Management for storing different sets of data.

Objective:

This compact course deals with the configuring of HMI. Participant will also learn about HMI software options and add-ons for selected tasks.

Outcome:

• System overview consisting of Software & component of Runtime options & licensing along with system requirements, Configuration of software.

• Different HMI panels and difference between SCADA & HMI.

• Checking configurations & Runtime settings. Basics steps required for configuration, User & System defined Alarm, Administration, Recipe and Networking.

Objective:

This compact course deals with the configuring of Drive. Participant will also learn about DRIVE options and add-ons for selected tasks.Using simple examples, participant will acquire knowledge.

Outcomes:

• Introduction to drive, Components in Drive system, AC Motor, AC MOTORS, Overview, Operating principle, Stator and Rotor, Frequency and speed, Rating plate, IP protection.

• AC DRIVES, Motor controls, Power block diagram, AC Drive.

• AC drive commissioning with PLC software, Commissioning Tool configure a drive unit, access point, Set PG/PC interface.

• DC Motor & DC Drive, MLFB, DC Converters, DC Drive Components.

• Circuit breaker, Memory card, Drive configuration- Power unit.

Objectives:

This compact course deals with the modelling of Induction Motor.Participant will also learn about some basics of Induction Motors.You will acquire the knowledge necessary to use the Induction Motor in Industrial applications. On completion of the course.

Outcomes:

• Introduction, what is an electric motor, different parts of induction motor, construction, stator, Rotor.

• Assembling and dismantling of Induction Motor.

• Nameplate details of induction motor, Ingress protection (IP), IE, Frame size, Concept of frame size.

• Starting of Induction Motor, Failure of Induction motor,Troubleshooting and maintenance of Induction Motor.

Objectives:

This compact course deals with the Installation and maintenance of Elevators.Participant will also learn about basic concept of Elevators.On completion of the course, you will understand the different types and parts of Elevators openness.

Outcomes:

• Introduction about Lifts, Types of Lifts, Safety awareness.

• Maintenance of elevators, Over Speed Governor (OSG), Safety Gear Mechanism, Automatic Rescue Device (ARD), Over Load Device.

• Trouble Shootings: Door Assembly & Mechanical Problems,door &sill, Governor Malfunctioning, Elevator Motor Brake Malfunctioning.

• Installation: Template preparation & plumb Dropping, Bracket Marking & installation, Guide rails installation & alignment, Motor & machine room equipment Installation, Car & counterweight frame installation.

Objectives:

This Course focuses on hands on IoT concepts such as sensing, actuation and communication. It covers the development of Internet of Things (IoT) prototypes including devices for sensing, actuation, processing, and communication to help you develop skills and experiences. The Internet of Things (IOT) is the next wave, world is going to witness. Today we live in an era of connected devices the future is of connected things.

Outcomes:

• Introduction to IOT

• Arduino Simulation Environment

• Sensor & Actuators with Arduino

• Basic Networking with ESP8266 Wi-Fi module

• IoT Protocols

• Cloud Platforms for IOT