Wireless Emergency Stop Button

• WE-PB is designed for all those who need to block the power supply or the passage of a signal by launching a remote command, pressing an emergency button.
• ​The project consists of 2 stations, RECEIVER (connected to the system to command) and TRANSMITTER (consisting of the portable emergency button).
• In a short time you can have a simple, intuitive and fun product on your desk!

OFFICIAL WEBSITE: https://www.diy-tech.it

ON THE SITE YOU WILL FIND MANUALS, DRWAINGS AND SOFTWARE!

Contacts & social:

E-mail: lerdagiovanni@hotmail.com

3D Printed Parts:

• ACT-EMG-LAN[QTTY. 1]
• COV-EMG-LAN [QTTY. 1]
• CRC-EMG-LAN [QTTY. 1]
• CVB-EMG-LAN[QTTY. 1]
• ETC-EMG-LAN [QTTY. 1]
• TB-EMG-LAN [QTTY. 2]

3D Components downloadable from: https://www.diy-tech.it/020-wepb

Hardware Parts:

• M3 x 8 SHCS screw [QTTY. / ]
• M3 Nut [QTTY. / ]

Electronics:

• Arduino Nano [QTTY. 2]
• AA0003 [QTTY. 2]
• KY-019 [QTTY. 1]
• R149 [QTTY. 2]
• NRF24L01 [QTTY. 2]
• 9V Battery [QTTY. 2]
• Battery connector [QTTY. 2]
• LA38A-11ZS [QTTY. 1]

✅ OFFICIAL WEBSITE: https://www.diy-tech.it/

On the official site you will find all the documentation and other very interesting projects!

✅ OFFICIAL WEBSITE: https://www.diy-tech.it/

1. Fix the KY-019 relay module to “CRC-EMG-LAN” using 4 M3X8 screws.
2. Fix the KY-019 relay module to “CRC-EMG-LAN” using 4 M3 Nuts.
3. Fix the support for the Arduino NANO board on the space indicated in the figure on the “CRC-EMG-LAN” using 2 M3X8 screws and 2 M3 Nut.
4. Insert the 9V battery into the aposity slot of the “CRC-EMG-LAN”.
5. Insert the Arduino board on the appropriate connectors of the support board previously installed on “CRC-EMG-LAN”. Pay attention to the correct direction of the Arduino board on the support board.
6. Fix the button inside the hole on the wall of the 3D printed component using the lock nut.
7. Place the NRF24L01 inside the special cavity as shown in the figure, the pins must be facing the Arduino board.
8. Insert the “TB-EMG-LAN” cap inside the special cavity as shown in the figure.
9. Place the “COV-EMG-LAN” lid on the “TB-EMG-LAN” without worrying about the direction.
10. Finally, place the circular plate (“ETC-EMG-LAN”) on the central hole of “COV-EMG-LAN”.

✅ OFFICIAL WEBSITE: https://www.diy-tech.it/

On the site you will find all the documentation and other very interesting projects!

1. Fix the support for the Arduino NANO board on the space indicated in the figure on the “ACT-EMG-LAN” using 2 M3X8 screws.
2. Complete the fastening of the support to the “ACT-EMG-LAN” with 2 M3 nuts.
3. Insert the 9V battery into the aposity slot of the “ACT-EMG-LAN”.
4. Place the NRF24L01 inside the special cavity as shown in the figure, the pins must be facing the Arduino board.
5. Insert the Arduino board on the appropriate connectors of the support board previously installed on “ACT-EMG-LAN”. Pay attention to the correct direction of the Arduino board on the support board.
6. Insert the “TB-EMG-LAN” cap inside the special cavity as shown in the figure.
7. Fix the button inside the hole on the wall of the 3D printed component using the lock nut.
8. Fix the emergency button to the “CVB-EMG-LAN” by installing the button itself inside the appropriate hole. Then place the “CVB-EMG-LAN” on the “ACT-EMG-LAN” as shown in the figure.

✅ OFFICIAL WEBSITE: https://www.diy-tech.it/

On the site you will find all the documentation and other very interesting projects!

Complete WIRING DIAGRAM downloadable from: https://www.diy-tech.it/020-wepb

✅ OFFICIAL WEBSITE: https://www.diy-tech.it/

On the site you will find all the documentation and other very interesting projects!

The software to download for the Arduino boards can be downloaded from the official page of the project: https://www.diy-tech.it/020-wepb

For more information see the official website: https://www.diy-tech.it/

Otherwise contact me via email at: lerdagiovanni@hotmail.com

On the site you will find the STL files to proceed with the printing of the components and other information (Instruction manual, wiring diagram, software, etc.) about the product, including the Software part and the electronics of the project.

I Wish you a Good Job!

✅ OFFICIAL WEBSITE: https://www.diy-tech.it/