This video uses Electrical Troubleshooting Simulation software to teach you how to troubleshoot an electrical motor control circuit. At the end is just an example how our software uses real world work order system to track student while doing electrical troubleshooting with our simulation software, and the detailed analysis report. (helps student learn better ways to troubleshoot.)
An exciting look at what it takes to build a electrical control panel.
As the devices in your home need power to operate, so do the modules within your control system. In this video, we talk about the different ways to find the information needed in order to properly power your modules. This detail explains that the power wiring may differ based on the field devices that you are wiring as well such as two and four wire transmitters. We discuss the different front connectors that are used for different module types and which terminals to use for your power wiring based on specific types of field devices and the information…
Have you ever wondered how the digital and analog signals, coming from devices such as valves or sensors, are connected to the PLC’s input and output modules? In this video, using a practical example, you’re going to learn exactly how these field devices are wired and connected to the PLC’s input and output modules.
This video is the beginning of a series of PLC training videos.
Let’s see what exactly a PLC or Programmable Logic Control is in simple terms!
This video explains how to read the Position feedback from the Encoder by reading A Phase feedback in the PLC. We have to use High speed counter to read the encoder feedback pulses.
This video explains the Hardware terminals of VFD & its wiring fundamentals. It show’s how to connect Inputs & Output to the VFD terminals & understanding of various Status Screen in VFD.
This video explains the basic structure of Servo Driver and Motor from the base concept of adding intelligence in motors.
A practical overview of AC servo systems and their implementation is presented by Yaskawa. Aimed at the technical person who is new to the world of servos, this video 1) defines what a servo is and examines its components, 2) explores how a servo works within a motion control system, 3) the concept of a servo “axis”, 4) system power up, 5) directional movement, 6) over-travel limit switches 7) distance and position, 8) homing, 9) actuator types.
This video contains introduction to basic servo and motion control technology concepts.
Lecture on PC based Control Concepts for Smart Factory by Mr. Jitendra Kumar Kataria of Beckhoff Automation in short term course on “Industrial Automation & Mechatronics” at I.I.T. Delhi.
Lecture on Generic Motion Control by Mr. Praveen Vaidya of B&R Automation in short term course on “Industrial Automation & Mechatronics” at I.I.T. Delhi.
Mike picked up a $10 SainSmart 8 Channel DC 5V Relay Module, hooked it up to an Arduino micro controller (a Raspberry Pi should work, too!) and the next thing you know he’s remotely controlling 8 electrical devices… it’s like building an 8 channel remote, each relay on the board can handle some serious juice, up to 10A 230V AC, 30V 10A DC. It’s super easy to set up. Learn how in the video!
This video teaches you everything you need to know to start using Arduino microcontrollers in your projects.
In this video, I’m going to take a look at each sensor in the V.2 kit and explain a little about how each sensor works and what it can be used for. It’s a really nice kit to have, especially if you’re just starting out in DIY electronics. There are enough sensors to keep you busy for a very long time!
This video shows a water control system I designed and built to control multiple water tanks, solenoids, sensors, and one water pump. I used the Arduino UNO to control the conditions needed for the application and to manage IO.
Arduino Microcontroller control for embleded System Project.
Lecture Series on Basic Electronics by Prof. T.S.Natarajan, Department of physics, IIT Madras
Lecture Series on Industrial Automation and Control by Prof. S. Mukhopadhyay, Department of Electrical Engineering, IIT Kharagpur.