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This is the final version of the enclosure for the modbus enabled 1 channel relay. I have standardised some of the components so that now I will be able to use them as blocks to design other enclosures for other electronics required for this project.

For anyone contemplating getting a gaming laptop that is going to work out of the box with a Linux distribution (POP_!OS 22.04 LTS maybe) here is my short overview of the ASUS TUF (I believe 2023 version, A15 FA507NV). Everything just worked on this machine. The OBS Studio detected the hardware encoder, my Steam games work absolutely fine without any issues, my 2K monitor works, wifi, sound etc...

This is the most bare bones setup I can do to control a single relay. Do not get me wrong, I can simply add another relay module and reprogram the heart of the system (obviously the Arduino UNO) and it will be able to deal with that. I could easily have 5 or 10 of them and everything would be just fine. I am actually planning to do some gardening automation with this at some point in the near f...

The final component of the Modbus project is the enclosure for the Arduino UNO, which serves as the central processing unit of the entire system. With this in place, I can now begin exploring practical applications for this setup.

Finally... getting closer to obtain the highly coveted enclosure for the Arduino UNO so the entire project can be contained in a lovely 3D printed set of enclosure to make the project look nice and organised. What can go wrong?

Second iteration of my previous enclosure design. So much work just to have one Modbus controlled relay.

I can't have relays deployed in a messy unorganised way. Hence why this exist. An enclosure that keeps me sane and the cabling down to the minimum. This is V1 with some usability mistakes that I will be addressing in V2. You learn every day, right?

I am currently utilizing an Arduino along with a 1-channel Modbus relay to ensure the system operates correctly for controlling an electrical device within my home. For this purpose, I have selected an LED lamp as the initial test subject. It is far from perfect but does the job done. Need to tidy everything up with some kind of enclosure for the relay.

Recently, Adobe has found itself in a challenging situation following an update to their terms of service, which has triggered significant backlash from their customer base. This scenario is both intriguing and informative. I will be discussing this issue, along with my broader concerns regarding cloud-based software, while playing the classic game Left 4 Dead 2. Tune in at your own peril.

Centring ring for cup sealing machine| | !AI

Modbus Enabled Relay Success | Arduino Modbus Project | Real Human

Bubble Tea Popping Pearl Tag | 3D Printed | Real Human

Generic 1CH and 2CH Modbus Relay power up test | Arduino Modbus Project | Real Human

Single Channel Relay not happy | Arduino Modbus Project

DIN Rail and Terminal Block Enclosure Update | Arduino Modbus Project

Warehouse Layout Model Demo | DIY Warehousing | GebWMS

DIY enclosure lid seal test | Arduino Modbus Project

Essential configuration | DIY Warehousing | GebWMS Tutorial Part 1

DIN Rail and Terminal Block Enclosure | Arduino Modbus Project

Enclosure seal blunder update | Arduino Modbus Project

Enclosure seal blunder | Arduino Modbus Project

The cheapest barcode scanner | DIY Warehousing | GebWMS

Power and data enclosure for all nodes | Arduino Modbus Project

Wire management inside enclosures | Arduino Modbus Project

Rig Update: 2xSHT20 | Arduino Modbus Project

Barcode scanner on a budget | DIY Warehousing | GebWMS

Using TPU as Oring | Arduino Modbus Project

Rig Update | Arduino Modbus Project

Waterproofing my DIY 3D printed enclosures (new way)