---
title: "Activar Motor CC IOT W5100"
url: "https://maker.wiznet.io/scarlet/projects/activar-motor-cc-iot-w5100/"
markdown_url: "https://maker.wiznet.io/scarlet/projects/activar-motor-cc-iot-w5100/md"
type: "UCC: User Created Content"
author: "Arduino and electronics"
author_url: "https://www.youtube.com/watch?v=BHKjdL0PHrE"
editor: "WIZnet"
editor_url: "https://maker.wiznet.io/"
original_author: "Arduino and electronics"
original_url: "https://www.youtube.com/watch?v=BHKjdL0PHrE"
published: "2023-09-01"
language: "en"
likes: 0
views: 294
comments: 0
source: "WIZnet Makers (https://maker.wiznet.io/)"
---

# Activar Motor CC IOT W5100

> How to remotely activate an electric motor with IOT with Arduino Uno and W5100

Original author: Arduino and electronics (source: https://www.youtube.com/watch?v=BHKjdL0PHrE)

## Article

The given text is a transcript of a YouTube video detailing how to connect a motor to an Arduino and a W5100 module using the Internet of Things.

**Summary**: In the video, the instructor demonstrates how to connect a motor to an Arduino and a W5100 module using IoT. Although direct connection to the Arduino is possible, it's often recommended to use a relay, which will be discussed in a subsequent video. The connection involves attaching a black cable to the GND and a blue cable to pin number 3 on the Arduino, which is then connected to an electric motor. Signals sent via the street platform activate the module. The platform's interface is shown, where users can select between 'servomotor' and 'motor switch'. Once the necessary code is loaded onto the Arduino, users can control the motor remotely. The video showcases the motor being turned on and off using this setup, emphasizing that the motor can be controlled from anywhere globally. The instructor concludes by inviting questions and thanking viewers for watching.

Activar Motor CC IOT W5100 - YouTube
https://www.youtube.com/watch?v=BHKjdL0PHrE

Transcript:
(00:00) and have things with arduino practice 2 motor Greetings today we are going to see how to connect a motor to our arduino 1 and our w5100 module through the internet of things using the platform we can also rely on breadboard debt this breadboard is the only one Its function is to serve as a source, however it is not restrictive if we do not find a breadboard, we can still connect. It is worth clarifying that the connection we are going to make is directly with the Arduino, however, it is not always advisable to do it
(00:43) In this way, the most advisable thing is to do it through a relay that we are going to see in an additional video to this practice, which, well, is an optional practice, as we can see, we connect our black cable to the gnd and our blue cable to our pin number 3 and there we connect to our electric motor at the moment that we with the street platform are sending a signal to our module 5 this will be activated we go to the platform and we are going to connect then our arduino we are going to look for our arduino 1
(01:18) and our w5100 module we copy our code to our arduino ID to be able to achieve our connection Here I am going to delete a code that I already had previously and I am going to paste the code that I copied from the street platform Let's give it verification let's leave what starts verify our our code Here it is important to practice with the relay that we mentioned and well that is optional if you have this relay on hand you can do it otherwise it doesn't matter you can just do this simple practice let's
(01:58) descargar nuestro código una vez que ha sido compilado para podernos Conectar a nuestra plataforma Yo ya casi terminamos de cargar nuestro código y listo ha quedado cargado y hemos hecho nuestra conexión vamos ahora a agregar nuevo vamos a agregar y vamos a buscar en dónde está nuestro motores aquí puedo ver que está nuestro motor y aquí el motor nos va a dar dos opciones que vienen cargadas en la plataforma servomotor y motor switch nosotros vamos a elegir motor Swift vamos a cambiarle el nombre Vamos a ponerle motor
(02:38) uno y vamos a poderle conectividad virtual canal vamos a elegir el número 2 y como show Vamos a ponerle un botón vamos a dejar ese icono de motor y vamos a copiar nuestro código sketch a nuestro arduinoide para hacer nuestra conexión con nuestro motor y nuestra plataforma muy bien ahí ya ha quedado pegado y vamos a ver algo aquí interesante que es el pin aquí podemos apreciar lo que está la salida al pin número 3 Qué quiere decir que nuestro arduino en conjunto con nuestro w57 nos va a mandar la señal en el pin número 3
(03:16) ahí debemos de conectarlo como lo vimos al inicio verificamos nuestro código y vamos a descargar también nuestro código estamos un poquito de tiempo para que cargue y una vez que quede cargado nuestro código vamos a nuestra plataforma cerramos nuestro código y vamos a agregar actuador vamos a ver que nos ha agregado un botón en donde Bueno ya tenemos ahí nuestro motor damos clic Para activarlo y en ese momento se enciende nuestro motor damos clic y se va a apagar nuestro motor vamos a verlo este el arduino vamos a ver cómo funciona
(04:03) Here we are using our breadboard as a bridge and I can see that we click here goes our motor and now that we click again it turns off then Well, we can control our motor from anywhere in the world and it will serve us quite well. Any questions I remain at your disposal. your orders and thank you very much for watching this video

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Source: https://maker.wiznet.io/scarlet/projects/activar-motor-cc-iot-w5100/