Electrical Panel Enclosure | Baying Systems, Panel Compartments, Panel RAL Color, Lifting Eyebolts

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In Part 1 of this video series on Electrical Control Panel Basics, you've learned about the "Wiring" of the electrical control panels and in that tutorial, I just pointed out the electrical panel enclosures.

👉 Watch Part 1 here:
How Electrical Control Panel Works ▶ https://youtu.be/QV8mxq1umEQ

In Part 2, I've discussed different aspects of the electrical control panel enclosures. You learned about some tools (like a hole saw cutter and a metal reamer) and devices (like cable glands, cable grommets, etc.) and how to use those tools and devices in your electrical panel and cabling works.

You also learned about the Electrical Panel IP ratings and NEMA ratings and how to keep and improve these Ingress Protection Ratings while working with the panels.

👉 Watch Part 2 here:
What is an Electrical Control Panel? ▶ https://youtu.be/QV8mxq1umEQ

In this part (Part 3), we'll continue our Electrical Panel Enclosure discussion and you'll gain more practical knowledge about them. You'll learn about:

- The baying system configurations,
- The enclosure compartments,
- Wiring ducts,
- Electrical Panel RAL Standard color codes,
- Lifting eyebolts,
and so on.

As you’ve seen in the previous part, the panel has a steel sheet inside, known as the mounting plate that we have to dismantle and install some Wiring ducts on that before we do anything else.

Ducts are a kind of organizing component that we route the wires inside the panel using them. I’m going to add another point here about Wiring ducts.

In the electrical control panels, in some routes we have more wires and, in others, we have fewer.

So, we should consider the depth and the width of every piece of wiring ducts according to the volume of the wires we’re gonna lay into them.

It is not only about the size of the wiring ducts, but the dimensions of the Enclosure have also a significant impact on the comfort of wiring and installation of the electrical components inside the panel.

Obviously, the more electrical components we have to install inside the panel, the bigger the size of the electrical panel should be.

In addition to the number of components, the purpose of usage can also impact the size, type, and configuration of the enclosure.

Generally, an electrical panel enclosure is comprised of a chassis or frame and some plates on its different sides that can be dismantled and assembled pretty easily to provide different configurations known as enclosure baying systems. Let me give you an example.

Consider a Motor Control Center or MCC panel. This panel has three separate compartments with different dimensions that are attached to each other.

These electrical MCC panels are actually a kind of side-baying system in that separate panels are connected side by side.

👉 We also strongly recommend you to watch these videos about Wiring Diagrams:

▶ How to Read Electrical Diagrams: https://upmation.com/wiring-diagrams/
▶ How to Read PLC Wiring Diagram: https://upmation.com/plc-wiring-diagram/

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Timestamps of this video:

0:00 What do you learn in this video?
0:24 What is a wiring duct and how do we specify its size?
1:11 Size of the Panel Enclosure and the Electrical Panel Usage
1:42 Panel Enclosure Compartments (MCC Panel Example)
2:53 Baying system configurations
3:13 Electrical Control Panel Enclosure Dimensions
3:47 How to lift and move an Electrical Control Panel
4:20 Industrial Control Panel Enclosure Color Codes (RAL Standard Color)

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▶ If you've missed our most recent videos, watch them here:

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https://youtu.be/yh4U4tLvq7g

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https://youtu.be/NNp98ODpBHg

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https://upmation.com/solid-state-relay/

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▶ If you want to become a confident PLC programmer, don't miss this free "Siemens PLC Training" course (This course will be continued):

Part 1: Up & Running with PLC Ladder Programming
https://upmation.com/plc-hardware-configuration/

Part 2: How to Write PLC Ladder Program?
https://upmation.com/ladder-logic-plc-programming/

Part 3: How to Simulate the PLC Program?
https://upmation.com/simulate-the-plc-program/

Part 4: Motor Start and Stop Ladder Logic PLC Program
https://upmation.com/plc-program/

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