How to Make Extension Board Wire Connection With [7 Picture] Best Tips

Hello friends, how are you all? Today, I introduce you to this blog post. I will teach you how to make an extension board wire connection. I will teach very easily. And I will give a photo of each one. So that it is convenient for you to understand, let’s get started.

We will first discuss a little about the Extension Board. Then I will come to the main topic.

What is an Extension Board?

An extension board can be called a type of device that can power many devices at the same time. It has one plug at one end and many plugs at the other end. TVs, fridges, computers, mobile chargers, and many other things can be run simultaneously through those plugs. The extension board has an advantage; a fuse is installed in it to protect it in case of a short circuit.

What are the advantages and disadvantages of an extension board?

An extension board is a device that allows you to connect multiple electrical appliances to a single power source. There are also some advantages and disadvantages to using extension boards.

Some of the advantages are:

• You can use electricity even if there isn’t a plug nearby. You might think you’re working away from outriggers, but the ability to power your devices is a significant benefit of employing extension cords.
• You can improve the overall brand image of your products. If you are a manufacturer or a seller of electrical appliances, you can use extension boards as a way of extending your brand name and reputation to other product categories.
• You can reduce the perceived risk for consumers. If you have a well-established and trusted brand name, consumers will be more likely to accept your new products connected to the extension board, as they will associate them with the same values and aspirations as your core brand.

Some of the disadvantages are:

• You may overload the circuit and cause a fire hazard. If you connect too many devices to the extension board or if the devices have high power consumption, you may exceed the capacity of the circuit and cause overheating, sparks, or even fire.
• You may damage the devices or the extension board. If the extension board is not compatible with the devices, or if it has poor quality or faulty wiring, you may damage the devices or the extension board itself.
• You may lose the original appeal of your brand. If you extend your brand name to too many product categories, or if the products are not related to your core brand, you may dilute the original appeal and identity of your brand and confuse or alienate your consumers.

Component List Example

1. Board
2. Switch
3. Wire
4. 3 PIN TOP & Plug
5. 5 Pin Socket
6. Fuse

5 Pin Socket Female || 3 PIN TOP & Plug Male

Step 1: Component List

In the first step, I will set up the components on my board. And I will set them up well with nut bolts.

Step 2: Wire Connect Phase & Switch

The connector below each switch (L-LINE and phase) will be connected to it.

Step 3: Wire Connect Switch and 5-Pin Plug

The upper connector of the switch will connect to the (L) connector of the 5-pin plug.

Step 4: Wire Connect Direct Neutral (N)

Now we will connect the neutral wire to our board. We will connect the neutral wire to the (N) connector of the 5-pin plug.

Step 5: Wire & Extension Bread: Complete Processes

In any case, our extension bread is completely ready; there is a little left. Now connect a wire to the (E) connector. E is the earthing wire. You can bury this cable anywhere in the house.

Why is the earthing wire used?

Earthing wire is a type of wire that connects the metallic body of an electrical appliance to the ground. It is a safety measure to prevent electric shocks or fires caused by faulty wiring or power surges. Earthing wire provides a low-resistance path for the excess or leakage current to flow into the earth instead of passing through the user or the appliance. Earthing wire is usually made of copper or galvanized iron and is buried in the soil or connected to a metal plate or water pipe underground. Earthing wire is essential for high-power electrical equipment, such as refrigerators, iron boxes, and TVs.

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What is the difference between AC and DC?

The difference between AC and DC is that AC stands for alternating current, while DC stands for direct current. In AC, the electric charge changes its direction periodically, while in DC, the electric charge flows in a single direction. AC is the most commonly used and preferred electric power for household equipment, offices, buildings, etc. because it is easy to generate and transmit over long distances. DC is mainly used to supply power to electrical devices and charge batteries, such as mobile phones, flashlights, electric vehicles, etc because it provides stable and constant electricity.

Some additional sentences are:

• AC can be identified by a waveform called a sine wave, which is a curved line that represents electric cycles measured in hertz (Hz). DC has a straight or dotted line with a plus and a minus sign, indicating the polarity of the current.
• AC can power electric motors that are used in appliances such as refrigerators, washing machines, etc., by creating a rotating magnetic field. DC can also power electric motors, but they require additional components such as brushes and commutators to change the direction of the current.
• AC has a passive parameter called impedance, which is the combination of resistance, inductance, and capacitance. DC has only resistance as its passive parameter. The power factor of AC lies between 0 and 1, depending on the phase difference between voltage and current. DC power factor is always.

How to Make Extension Board Wire Connection Video.

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