Electric switchboards carry current from a power supply to various termination points connected to the board. An electrical generator or other equipment that feeds current to the electric switchboard, which then distributes the electricity as needed to other devices, can be the source. The board has various features that help manage current flow, making it easier to avoid overloads that could damage the board or any of the recipient devices.
A set of interconnected electrical panels is one of the most frequent arrangements for an electric switchboard. Each panel has a set of switches that can be used to control the flow of electricity. It is possible to control the voltage delivered to connected devices using the switches, ensuring that the flow is insufficient to damage the electronics. The electric switchboard can be considered in this light to improve the safety of using electricity in the operation of various appliances, machines, and other devices.
Function of Switchboards
An electric switchboard’s function includes allocating current to each device based on the amount of electricity required to operate the gadgets. This implies that the switchboard receives a constant flow of current from a source, such as a power generator.
Based on each device’s present status, that current flow is then diverted in smaller amounts to each of the attached devices. The flow of electricity to attached devices that are not now active is reduced to a bare minimum, avoiding any form of wire or circuitry overload. As the devices are turned on, the power flow is modified to accommodate the increased demand.
According to the standard arrangement, the quantity of electricity going into the electric switchboard must equal the amount of current flowing into the attached devices. This means that actions must be taken to balance the pace of consumption with the flow of power.
This function is often controlled by readings between the power supply and the electric switchboard, allowing voltage and frequency to be adjusted as needed. The electrical setup for various forms of control systems within plant facilities, transformers that are part of a power grid, and other types of machinery that are powered by electrical current frequently include an electrical switchboard.
Use of Electrical Switchboard in Commercial Space
Following are some of the common areas where switchboard is used for commercial purpose:
- Wiring or Re-wiring
- Security Systems
- Parking Features
- Fire Alarm Systems
- Motion Detection Systems
- New Circuits
- Energy-Saving Systems
- Indoor and Outdoor Lighting
- Systems to Protect Against Potentially Harmful Surges
- Intercom Units
Different Types of Electric Switchboards
Electric switchboards are classified according to their current rating, construction type, interrupt rating, operation type, voltage type, insulating medium, and other factors. Several busbars, aluminium and copper strips, and switches are attached to the board’s inner section. Electric switchboards’ primary function is to provide power to each recipient of electrical equipment.
To function successfully, the amount of current should be determined by the amount of power utilized by the device. The electrical board collects power from a significant power source, such as a generator, and then distributes it to each of the consumer’s electrical gadgets or appliances.
Electric Switchboard – Choose the Best Quality
A power generator or any other big power source provides power to an electrical switchboard. Electrocution protection is required for the operator controlling a board. Fuse and switch panels are put on the board to provide this. Switchboards must receive the same amount of electricity that they distribute.
This power distribution mechanism is monitored via controllers. There are many load-sharing controls on the board and power supply gauges. It is therefore important that when choosing suppliers for switchboards, it is always advised to get in touch with firms with the experience and quality. With the right organization, one can avail assured quality products.