Servo Door Lock Project Housing

The project was to create an automatic door lock that can be controlled with a remote particle or through the mobicle app.

Servo door lock project housing.

The servo body was attached to the door lock housing with four m3 bolts and nuts we made sure to keep the servo flanges on the inside of the housing so that most of the body was outside of the door lock. A small neodymium magnet forms the key which can be used to open and close the door lock. A micro servo motor is used as the electromechanical part the door striker while one cheap hall effect switch works as the keyhole sensor of the door lock. This is a short video demonstrating use of small servos to open and close doors.

This project can be further expanded to operate wirelessly using a basic remote control. Hello everyone in this video i will show you how you can make a simple rfid home security system for you door lock components required affiliate link pre. This project was created by daniel månsson flemming andersen flem781a and mikkel pavia mikk24b9 as an exam project at the school university college lillebælt. Some force had to be applied to squeeze the servo.

In this project we will do an automatic door lock system using a 4 4 keypad and servo motor controlled by arduino. Just thought of making a password based door lock system in which you can enter the password via the keypad. Make sure to orient the servo so that its pivot point is in the center of the housing. It was an interesting project which required beginner s level skill in programming and very easy to connect circuit.

The servo body was attached to the door lock housing with four m3 bolts and nuts we made sure to keep the servo flanges on the inside of the housing so that most of the body was outside of the door lock. As a student at our school you get. Make sure to orient the servo so that its pivot point is in the center of the housing. The aluminum foil base was then hot glued to.

For the brain of the circuit i deliberately chose an arduino microcontroller. We accomplished this by attaching an arm from the top of the lock to a rotational hobby servo. A servo motor operates on a system based on sending three different pulse widths to the unit to produce movement that ranges from 0 to 90 to 180 degrees. The servo was mounted with tin foil around the servo motor to create a wider base.

Arduino uno mega x1 breadboard x1 4 4 keypad x1 servo motor x1 red led x1 green led x1 220 ohm x2 jumper cable code listing is here on arduino door lock.