When you buy an electrical switchboard then its main function is to control and regulate the flow of electricity in a building and to protect it from any damage. These panels contain a number of safety devices that protect users from getting electrocuted or harmed.
There are three types of electrical switchboards: main, equipment and auxiliary
The main board is located in a central location and distributes power to other boards. It also contains circuit breakers which are used for switching off circuits when there is an overload or short circuit.
The equipment board distributes power to individual pieces of equipment such as lights, fans etc., while the auxiliary board distributes power where it is needed most such as on a loading dock or at an entranceway.
The safety devices that these boards contain include fuses, circuit breakers, surge protectors, ground fault circuit interrupters (GFCIs) and arc fault circuit interrupters (AFCIs).
Electrical switchboards are the nerve centre of an electrical system
They are used in homes and offices, as well as industrial settings. Many individuals have no idea what a switchboard is or even what it does, but they have most likely interacted with one on a daily basis.
A switchboard is a device that contains all the safety devices necessary to protect people from electrocution and injury. In the past, many people were injured by electrical fires and other accidents related to electricity.
Today's switchboards contain circuit breakers, fuses, electrical cable or some other type of protection device so that you don't have to worry about getting shocked when you touch any part of your home's electrical system.
Modern-day switchboards also contain transformers which change voltages from high-voltage transmission lines down into safe levels for use within homes and businesses.
Electrical switchboards are very important in the operation of a building
They are used to provide power to different areas of a building and also to control the flow of electricity. In order to function properly, electrical switchboards must contain all the safety devices that are required for them to operate safely.
The first safety device that should be present in an electrical switchboard is an earth leakage circuit breaker (ELCB). This device is connected between the neutral wire and earth in order to prevent current from passing between them.
It also prevents damage from occurring if an electrical fault develops within the power supply system or if there is a short-circuit at one end of the circuit.
Functions of a residual current device (RCD)
This device detects any remaining current that has been left over after a person has removed their hand from a live conductor, such as when they touch something metal like a metal door handle or metal lampshade while standing on carpeting or other type of soft surface with dry shoes on (such as socks).
This circuit breaker will detect this current and then shut down all power until it has been disconnected by turning off its main switch or pressing its reset button on its control panel so
Electrical switchboards that are designed with all of their safety devices intact are a vital part of any electrical installation. They help to ensure that the electricity being used is safe and reliable.
What happens when an electrical switchboard is installed?
All of the safety devices should be included in the design, as well as being tested regularly. This ensures that they are always in good working order and that they can be relied upon at any time.
Electrical switchboards have been in use since the early 19th century. Their purpose is to control the flow of electricity from one device to another, and they are made up of electrical switches and circuit breakers that are used to cut power when needed.
Most electrical switchboards contain fuses and circuit breakers in order to protect against overloading or short circuits. They also often contain ground fault interrupters (GFI) which shut off power if there's a ground fault within the circuit.
FINAL THOUGHTS
The National Electrical Code (NEC) prescribes that an electrical switchboard must be installed in a dry location with adequate ventilation, away from any sources of heat or moisture. This is because water can cause corrosion on the switchboard's internal parts, which could result in fire or shock hazard.
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