Like
erratic rainfall erratic flow of current is too a big problem to deal with,
however, with new Automatic Voltage Regulators the various problems related
with it have become things of past. Every one of us at some point in time may
have faced predicaments of high and low flow of electric current. The catch-22
situation attached with it not only prevalent in residential areas but also
pains industries across sectors. On one hand, where residents’ peace of mind
gets disturbed and on the other industrialists get worried over lesser output. Fluctuation
of electricity may seem tiny, but it has its hazardous effect on any electric
and electronic apparatuses. For example, Televisions, Washing Machines,
Refrigerators, Fans, Air Conditioners, Coolers, DVD/ CD Players, Oven,
Microwave, Mixer, Grinder, Juicer, Induction Heater, Computer System, Vacuum
Cleaner, water pumps, and so on and so
forth.
The
irregular flow of current directly damages the main part of particular
equipment. Take the example Washing Machine, the part that first gets affected
is the rotating motor. This rotating motor revolves the container inside the
washing machine clockwise and anti-clockwise. This motor part has copper wire binding
and when it receives high voltage it cannot control that intensity of power and
stops working. Similarly, other electric items also have this copper binding in
them which stop working when they come in contact with high-voltage of
electricity flow.
Why does fluctuation of electric current affect
an electric and electronic machine?
When
you enter a plug of a gadget in a socket, the gadget starts functioning and in
the meanwhile, the flow of electricity gets down and your gadget stops
functioning in a proper way and suddenly it receive high voltage. Now, your
gadget doesn’t have power bear the load of that intensity, so what happens is
that the copper wire starts getting hot and sometime when electricity voltage
is unbearable the wires even get melt away and your gadget gets dead.
What is the best solution for the problem
of erratic flow of electricity?
It
is indeed very important to save your electric and electronic equipment from
the sever affects of fluctuation of the electricity flow. To save your equipment
from the menace of voltage fluctuation, you have to take assistance of Automatic Voltage Regulator. This
voltage regulator helps supply the flow of electricity in even manner that is the
supply will be constant at same pace.
What is the difference between Automatic
Voltage Regulator (AVR) and Voltage Regulator?
If
you take a broader look on these regulators, it is hard to find out any
difference in them. But if you take a narrow look at them like about their
specifics, you will find the former voltage regulators are quite dissimilar in
their approach of operating. The older versions had control panel along with
the voltage meter, so whenever the voltage would go higher or vice-versa you
had to adjust the voltage from the control panel to make a balance on which particular
equipment ran. But with the development in science and technology, the manual
adjust of voltage fluctuation has become a thing of past. Now, once you have
fixed an Automatic Voltage Regulator (AVR) you need not to worry about the
constant ups and downs of electricity flow, as the new regulators have in them inbuilt
mechanism that takes care of fluctuation predicaments and balances the electric
supply.
Advantages of deploying Automatic Voltage
Stabilizer or Regulator:
·
Eliminates any uncertainty of your electric and
electronic items going astray.
·
Aids your various devices work efficiently
without the quandaries of irregular flow of electricity.
·
Delivers your apparatuses strength to bear the
load of high and low voltage issues.
·
Enhances the life of your equipment.
The
writer of this article is an Electrical Engineer. Apart from his work, he is an
avid Social media enthusiast and shares his knowledge about electronic
equipment like: Industrial Voltage Stabilizers, Automatic Voltage Regulators,
and Variable Transformers etc...In his blog and other web portals.