Voltage phase has been established as the force of the flow of
electricity that runs along power lines to destinations needing
specific voltage inputs that will meet the demand loads of equipment
requirements. Since the voltage that flows through power lines
isn't always the specific voltages we need, is it truly necessary to
control our voltage phase input sources?
Businesses Have Different Voltage Phase Demands
times residences or business need more electricity than is actually
being transmitted. Other times they need considerably less. If we
operate our machinery on non-specified power loads, breakdown or
permanent damage to production systems is sure to occur. If there
is too high of a voltage phase, power surges and unbalanced
electricity could damage equipment permanently. You can clearly
understand why controlling voltage phase is so
When rivers become dry, and
there is no water to feed crops, vegetation dies. If the river over
flows from too much rain, crops die due to flooding. The same
example occurs with electrical equipment. Too much or too
little voltage phase can cause production systems to fail because
our voltage demands are not meeting power loads of equipment.
Why control voltage phase?
Power companies can usually supply one-phase power to residences
with very little problems. However, in most areas of the United
States, electrical power is very expensive. Larger facilities and
manufactures need three-phase power to operate large equipment and
assembly lines. Local utilities charge outrageous prices for
three-phase power, and many times don't have higher power
capabilities. That is why we have to depend on transformers,
phase converters and variable frequency drives to regulate
electrical power loads.
Voltage Phase Control Enhances the Life of Operating Systems and
Saves on Costs
What happens when voltage
phase control isnít managed?
voltage phase is of high levels, it can be very susceptible to
lightening strikes. When high voltage phases are not protected,
fires and equipment shutdown can result.
residential voltage phase isnít protected, they too are susceptible
to lightening and power surges which result in equipment wearing out
or becoming permanently damaged.
voltage is too low, it slows motors and machinery and results in
burnt installation and faulty wiring. Equipment will slowly
There are positive reasons
why control of voltage phase is the right decision.
the correct voltage phase meets equipment demands and enables
machinery to operate optimally.
become more cost effective when electrical power is regulated and
equipment is operating without breakdown.
voltage saves in costly repairs and replacement of operating
runs much safer when power loads are adequate, and there is not the
treat of operators getting injured.
voltage phase greatly helps with public electrical demands and
overuse doesnít detract from local electrical supplies.
Please read our articles on
voltage phase converters, and
voltage phase variable
There are great solutions on why controlling voltage phase
is so important. Click onto the articles to the left and right of the page for
answers to your voltage production concerns.
Where Do You Find Help With
Controlling Voltage Phase?
Remember, most people are not
experts on electricity, not even long-term operators of large
equipment. It is always best if you contact a reputable company
such as TEMCo Tower Electric Company for expert advice on the
control of voltage phase. TEMCo has had many years of
experience, and they are extremely knowledgeable in the field of
electricity. Contact them today for answers on
how to control
In addition to articles in this
site, click onto the sites below for detailed information on the
many devices that are available for your power solutions. Trust the
experts. They are here for you!