Industrial training has become an essential part in training personnel and getting them ready for the challenging work in the industry. An Open Source Hardware initiative by FOSSEE Project at IIT Bombay presents OpenPLC, an open source Programmable Logic Controller. This Cost effective, robust, dynamic and modular hardware with open source software enables students from various streams of Engineering and Polytechnics to learn Industrial automation using Ladder Logic programming language, one of the widely used languages in automation industries. Spoken Tutorials on OpenPLC will be based on OpenPLC hardware and LDmicro software. Both are available free and open source to use. LDmicro generates native code for microcontrollers like Atmel AVR and Microchip PIC16. OpenPLC is based on the ATMega16 AVR microcontroller. The board is equipped with sets of digital and analog input/output pins, a standard ISP header to which you can connect an external programmer for loading programs from computers, output power pins, external UART module, reset button etc and input power terminal. Read more
Foss : OpenPLC with LDmicro - English
Outline: Connection of SMPS and USBasp to the Mainboard Insert Contact and Coil and configure the Coil as Internal Relay Insert a new rung below Insert Contact and Coil in the new rung a..
Outline: Connection of SMPS and USBasp to the Mainboard Insert Contact and Coil and configure the Coil as SET-only Coil Real-time simulation of SET-only Coil Make hardware connections fo..
Outline: Connection of SMPS and USBasp to the Mainboard Insert Contact, OSR and Coil in the same order Real-time simulation of OSR Change cycle time to 3000ms and simulate the OSR logic ..
Outline: Connection of SMPS and USBasp to the Mainboard About Arithmetic instructions 4 Arithmetic Instructions - ADD, SUB, MUL, DIV Insert Contact and ADD instruction Real-time simulat..
Outline: Connection of SMPS and USBasp to the Mainboard About MOV instruction Steps for creating a virtual counter Insert a Contact, OSR and ADD instruction Real-time simulation How to..
Outline: Connection of SMPS and USBasp to the Mainboard 6 types of compare instructions - equals, not equals, less than, less than or equal, greater than, greater than or equal About Comp..
Outline: Connection of SMPS and USBasp to the Mainboard Different types of timers Insert Contact, Delayed turn on timer and Coil in the same order Real-time simulation of timeron Make h..
Outline: Connection of SMPS and USBasp to the Mainboard Insert Contact, Retentive Delayed turn on timer and Coil in the same order Real-time simulation of RTO How RTO works? Turn off si..
Outline: Connection of SMPS and USBasp to the Mainboard 3 types of counters - Count up, Count down, and Count circular About working of CTU counter Insert a Contact and a Coil To the r..
Outline: Connection of SMPS and USBasp to the Mainboard Insert a Contact and a Coil Insert one more Contact parallel to existing Contact To the right of first Contact, insert a CTU To t..
Outline: Connection of SMPS and USBasp to the Mainboard Example for CTC counter Insert a Contact and a CTC Insert a rung below Insert EQU and a Coil in the new rung Set the parameters..
Outline: About OpenPLC Heater module How the Heater module works? Main components - Fan, Resistor, Thermistor, Indicator LEDs and Connectors Power input and 3 MCU pins as fan, heat and t..
Outline: Connection of SMPS and USBasp to the Mainboard About Analog to Digital Converter Read instruction Working of this instruction using a simple analog example How to control the te..
Outline: Connection of SMPS and USBasp to the Mainboard About PWM instruction Create a logic to control the speed of a fan using PWM Setup in LDmicro Setting the duty cycle and frequenc..
Foss : Osdag - English
Outline: Reviewing different versions of Osdag on the Osdag website Downloading Osdag from Osdag website Installing Osdag in Ubuntu Linux OS About Installation steps in Osdag Ab..
Outline: Reviewing different versions of Osdag on the Osdag website Downloading Osdag from Osdag website Fill the Osdag User Information Form Installing Osdag in Windows OS About Instal..
Outline: Opening Osdag Modules in Osdag Homepage of Osdag Selecting Fin Plate connection Loading a sample design example Introduction to Input Dock, Output Dock, Message window and Gra..
Outline: Design Scenarios in Osdag Optimum Design theory Design Check theory Homepage of Osdag Modules in Osdag Selecting Tension Member module Filling of the Input Dock according to ..
Outline: Understand the Design Check algorithm in Osdag Review the Homepage of Osdag Review the Modules in Osdag Perform the design example on the Tension Member module Fill the Input D..
Outline: About Tension member module Filling Input Dock Sample design example Define inputs Save input menu OSI file Load input menu Design check Log messages Unsafe design