You’re sitting and watching your favorite television series and everything seems good, but suddenly without any warning, your TV makes a little blow sound and there goes your device off. Just the horror of this happening might scare most of us, but the truth is it has happened in many households and just TV isn’t the affected device as it happens with anything like computer, refrigerator, oven, air conditioners and other costly home appliances.
The cause behind this sudden defectiveness is fluctuation in electric current that flows to your house or office space. Without stable flowing current your device won’t function properly and would blow off in most cases.
Thus, it would be wise to get assured protection with an electric current stabilizer that works well for households as well as commercial spaces.
The market has a wide and versatile range of voltage stabilizers that come through the manufacturing houses of different companies. These devices are innovative and conserve energy and some are even equipped with unique features for better performance and reliability.
Thus, with the availability of a large pool of devices, selecting the right one would seem a little confusing. With a little help, you can surely get the electrical stabilizer that you were looking for.
What to look for
While you’re buying the electrical stabilizer for your requirements, the first things you would need to look after our nature, and power consumption range of applications and the voltage level fluctuations that remained experienced in your locality.
You need to know about equipment rating that has to be protected. The ratings are generally mentioned as KW, KVA or Amps. Also, you will have to know about the nominal voltage line and frequencies.
Factors to Consider Before You Buy Stabilizers
There are many things that you need to know while selecting stabilizers for home and AC, a few of these considerations are:
- Check on current, power ratings and voltage of the device. All these can be seen on the specifications sticker which is posted beside power socket. Or else it would be good to select user manual.
- You can get a maximum power supply multiplied by “230 x Max rated Current” of all the equipment that is required to be linked to a stabilizer. You can add 20-25% margin for safety for the stabilizer rating. Anyone who plans to have more such devices can keep the buffer for these.
- Also, the surge current has to be considered that flows while you switch the device on.
A few things to look at
- Digitized –Making stabilizer function reliable and accurate, a lot of latest models are digitized. The interesting thing about these models is not only these remain digitized, but also, they adapt well to different devices.
- Time delay systems –A time lapse is provided under this feature which gets regulated for supplying power to an appliance. LED indicators are available for newer stabilizer models.
- Overload protection –The protection feature would turn the stabilizer output completely in case of the burn-out or short circuit in different burn-outs because of overloading factors.
- Mounting – As a voltage stabilizer works well with electric power, a little risk is always present as it can get impaired or wet on anywhere unsafe or on the ground. This would be the reason due to which most stabilizers get placed at higher levels, which would not only protect it from damage but would also help in family protection.
All these tips about time delay, overload protection, mounting would help in getting you the perfect stabilizer online or in the market.
Writing is my passion and writing insightful blogs and articles about consumer products like stabilizers is my interest. I often write blogs about voltage stabilizers to educate people. If you have any question, get in touch with me, I will be there to help you.