In our day to day lives, we don’t take notice of the electrical components installed around us that are designed to accelerate our comfort. When we think about the electrical industry, our mind gets clouded with images of heavy machinery and equipment. Even though, to some extent, this perception stands true, there are other components that do not bring out direct outputs but assist other electrical instruments in delivering top-notch results.
Most people are not well-acquainted with the mechanical, technical, or electrical sectors. Hence, they might not understand the fundamentals of basic electrical tools and how they operate or function. This article attempts to throw some light on the basic premise of an electrical switchboard and how it enables the functioning of different electrical appliances.
So, let us begin by answering the most basic question—what is an electrical switchboard? It refers to a device that evenly distributes electric power from multiple sources of supply to numerous smaller load circuits.
In other terms, it can also be considered a collection of one or more panels containing switching devices for the optimal control and protection of electrical circuits fed from a single switchboard. Here are two types of switches installed in different types of electrical switchboards available in the market:
- Single Pole or One Way Electrical Switch
This is the most common type of switch deployed to control fans, lights, and other electrical devices from one single location. It is usually designed with on and off marking, which might not be there in three- or four-way switches.
- Double Pole or Two-Way Electrical Switch
These types of switches are generally deployed in a wide range of industrial applications but are also installed in-home wiring systems. In addition, it also has a ground terminal that allows the user to seamlessly connect the switch with two pairs of wires.
Why You Must Upgrade Your Electrical Switchboard?
When professionals design electrical tools and equipment, they build it on the principle of durability and reliability. However, like every other electrical appliance, switchboards should also be checked once in 5-6 years as it is considered smart to upgrade your electrical switchboard every ten to twenty years.
The majority of old electrical switchboards operate on the principle of ceramic fuses instead of modern circuit breakers. Thus, most technicians and electricians will suggest you get an upgraded circuit installed whenever a new type of electrical product or appliance is installed in your office or house.
Hence, if you are thinking of replacing your circuit breakers, it is a good idea to redo the entire electrical switchboard, which will ensure easy future conversions. Further, let us delve into the various benefits of upgrading or revamping your electrical switchboard:
- Repair Loose Connections and Melted Cables
Many times, electrical switchboards are met with loose connections due to constant wear and tear, which can cause electric arc that starts explosions or fire breakouts.
- Save Money
Most times, malfunctioning or damaged circuit breakers can cause your office or home to trip, causing emergency situations. This can lead to a heavy financial loss that can be avoided if you decide to upgrade the vital parts of your home or office on time.
- Reduced Risk of Fire on Fuse Boards
In the case of a fuseholder arc, it can instantly spread the accelerated temperature over all the other installed circuits. Eventually, all the generated heat will lead to the generation of an arc which can start a fire, leading to large scale damage and loss.
Lastly, we suggest you get in touch with a renowned electrical service provider. They have a team of professionally trained electricians and technicians who will ensure that the electrical switchboard is installed safely and reliably.
Avid music fanatic. Communicator. Social media expert. Award-winning bacon scholar. Alcohol fan.