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Panel wiring!

@learningautomation

19.3K followers · usually 2.0K views a post

Views

7.6K

Likes

368

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Selling · Other Product

BRADY M211

Why it worked

The video taps into the common pain point of time-consuming manual labor in a skilled trade, while also showcasing desirable professional tools and components. The relatable frustration combined with aspirational equipment likely resonated with viewers interested in automation and electrical work.

Summary

The video shows the process of panel wiring for industrial automation, highlighting the time-consuming nature of manual labeling. It showcases various Siemens automation components and tools like a Brady label printer and Knipex pliers, suggesting a need for standardization and automation in the future.

Structure

1Showcasing panel wiring and automation components
2Highlighting the slowness and boredom of manual wiring
3Mentioning the lack of justification for automated tools
4Demonstrating the use of a Brady label printer
5Concluding with the idea of future standardization

Product placement

Siemens SIMATIC S7-1200 CPU A1: Acts - it is a programmable logic controller, a core component of industrial automation systems. Removing it would change the function of the panel. Siemens SIMATIC S7-1200 I/O A2: Acts - it is an input/output module for the PLC, expanding its connectivity. Removing it would change the function of the panel. Siemens SIMATIC S7-1200 I/O A3: Acts - it is an input/output module for the PLC, expanding its connectivity. Removing it would change the function of the panel. Siemens SIMATIC ET 200 SP PSU 1: Acts - it is a power supply unit for the ET 200 SP system. Removing it would change the function of the panel. Siemens SIMATIC ET 200 SP Q5: Acts - it is a contactor or relay, likely for controlling power to components. Removing it would change the function of the panel. Siemens SIMATIC ET 200 AA: Acts - it is an input/output module for the ET 200 system. Removing it would change the function of the panel. Siemens SIMATIC ET 200 AA A5, A6, A7, A8: Acts - these are input/output modules for the ET 200 system. Removing them would change the function of the panel. KNIPEX: Appears - it is a brand of pliers visible in the shot. Removing it would not change what happens in the video. BRADY M211: Acts - it is a label printer, used to label wires. Removing it would change the process shown in the video as it's used to prepare components. Schneider Electric C12: Acts - it is a circuit breaker, used for electrical protection. Removing it would change the function of the panel.

Original caption

Panel wiring! A great skill and one that is highly encouraged to learn about automation. But damn, it’s slow and can be pretty boring when you want to get on with the exciting bit… programming! Problem with panel wiring is it can be extremely time consuming if you’re not geared up for it. And we’re not. We don’t build enough to justify full automated label printers, automated wire strippers and crimpers. Not yet anyway… So once this is built and tweaked, it will be standardised. We can outsource some of the panel build in the future. For now, we must plod on and do what we can. This needs doing, and this panel will be built better than previous panels. It is better planned, the drawings are nearly complete. There’s more space. It will set the standard going forward and apprentices will be shown the expected levels to work to in the future. This will become a demonstrator machine and an opportunity to teach, learn and grow our own team. From wiring, to PLC programming, to HMI integration and screen design, to Yaskawa robot programming. It will enable us to do more as a team. So, whilst it’s at its boring stage, this is a project I am proud to start because it means more than just me.