Believe it or not, if you live in a country where the power is often unstable, a voltage stabilizer is a must-have appliance in your home. Despite this, a lot of people decide to go without one because they just simply do not know much about them.
Remember that buying voltage stabilizers isn’t like buying other appliances. They are long-term investments that will last you for years. When in the search of an ideal voltage stabilizer, there are certain considerations that one has to make.
This blog shares some viable things you should consider before purchasing a voltage stabilizer for your home. Therefore, if you are looking for one, make sure you read this blog till the end to make your purchase informative and satisfactory.
- Safeguard from Equipment Malfunctioning
Any irregularity in the voltage to which your appliances are connected can cause serious damage. When using your appliances, it is important to be within the safe operating limits of the device, any deviation from this can lead to an under-performance and a voltage stabilizer helps with just that.
- Enhances the Longevity of Appliances
A voltage stabilizer is a surge suppressor that smooths out the power from the electrical grid. The device prevents your appliances from being damaged from all of the sudden spikes and dips in current, saving both money and your appliances from excess current flow.
- Safeguards Human Life
Most fire hazards in India are caused by short circuits or faulty equipment, and in extreme cases, this might even cause human fatalities. Using a Voltage Stabilizer reduces the chances of electricity malfunctioning and thus safeguards our homes and our lives.
How do voltage stabilizers work, and what are their components inside?
A Voltage Stabilizer has these four parts: a transformer, a power supply control system, a voltage measuring system, and an integrated circuit. To make a Voltage Stabilizer work, you need these main components.
Other things, like connectors, CMBs, wires, fuses, indicators, sockets, plugs, etc., are also important for making a Voltage Stabilizer. Additionally, most stabilizers today are digital, which is due to their accuracy. The preferred electrical components are also dependent on the voltage stabilizer you choose.
Using op-amps, a circuit can sense a variety of voltages. Op-amps amplify the voltages so they can be processed by other circuits. When the output voltage falls below a certain point, they switch to an alternate set of resistors.
On the other hand, when the output voltage rises above a certain point, they switch to another set of resistors.
How do I select a voltage stabilizer for my house?
Because the functions of stabilizers are diverse, it is necessary to select a suitable one. In this regard, you should consider the following aspects – the power consumption range of the equipment to be protected and the level of voltage fluctuations in your region.
For this article, we will assume that you live in India and your household voltage is 230 VAC. To get the maximum power output, first, multiply 230 by the maximum rated current for each electrical device you own (in amps) and add 20-25% for buffer.
You should figure out the power requirements of the devices which will be connected to the stabilizer. This includes knowing how much power each device draws. You’ll also need to think about the appliances’ power factor (0.8 is normal).
Knowing the basic things before buying a voltage stabilizer for the home can help you make a better decision. Before you buy voltage stabilizers for your home, take the time to consider these important facts.