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Do Many People Build Their Own Phase Converters?
Information about people building
their own phase converters and the advantages and disadvantages.
Should people use the phase converter designs found on the Internet?
How
Long Does It Take To Build a Phase Converter?
Read about why building phase converters can be very time
consuming and costly.
Can Building Your Own Phase Converter Damage Equipment?
Information on why building your own phase
converter can be risky. Why should three-phase equipment be
operated by a true, 3-phase converter?
Why is it Recommended that a Phase
Converter be Purchased from a Reputable Manufacturer Instead of Building Your Own?
Many manufacturers offer wholesale pricing, and they have
experienced professional engineers who can design the correct phase
converter for your application requirements.
Building Your Own Phase Converter does not
Guarantee that it is a True, 3-Phase Converter.
Information on true, 3- phase converters and why they
operate equipment efficiently and safely.
How do I Know What Size and Kind of Phase
Converter will Run My Job Applications?
Information on how to pick the
right phase converter for your three-phase power requirements. Why
the correct size is so important when selecting a 3-phase converter.
Is it Easy to Find Quality Materials When Building a Phase
Converter?
There is no guarantee that the materials purchased to build a
phase converter are reasonably priced or are of dependable quality.
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Isnt It Cheaper to Build Your Own
Phase Converter Than It is to Buy One?
 There
are many three-phase electrical operators who think that building their
own phase converter is substantially cheaper than buying one from a
reputable manufacturer. Studies have proven just the opposite!
The first thing to consider is that most three-phase equipment is
cheaper to purchase than one-phase electrical equipment. Todays
industrial machinery is mostly manufactured for three-phase electricity,
and by having a true, three-phase rotary converter to run three-phase
equipment, you automatically save on expense. Also, if you purchase
additional equipment, you already have a dependable three-phase
converter in place to operate additional job requirements.
When building
your own phase converter, you are never guaranteed that your
applications will run safely and efficiently until you have completed
the converter, and if the design wasnt adequate, then you have to start
all over again. It can be very costly to build your own phase
converter, and there is no warranty coverage for reimbursement if
your phase converter isn't the correct
type and size phase converter to handle your
job applications.
Having the
right three-phase converter is more economical when you are operating
expensive
equipment. A true, rotary phase converter such as an Ace Phase
Converter will operate your machinery with a three-phase balanced
electrical circuitry, which produces alternating currents that produce a
continuous electrical input. Equipment will operate
 without
the risk of power surges due to unbalanced voltages. With three-circuit
electrical power, there is a steady and balanced flow of electricity
eliminating equipment breakdown, and a true, rotary phase converter will
allow your machinery to operate for many years without damage caused by
unbalanced power loads. It is definitely more costly to build your
own phase converter because there is the risk that a self-built
converter may not be designed to meet your specific electrical power
needs. A one-size phase converter design does not fit every piece
of industrial equipment in today's marketplace.
With Ace
Phase
Converters design, three-phase converters are
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manufactured with the control box and generator being one unit. This
eliminates the need to run wiring from the control box to the unit that
supplies the generator, making
installation much easier and much more efficient. You
dont have the extra cost of additional wiring, and your phase converter
is all in one electrical component. It can be more costly to
build your own phase converter because of the additional
materials for wiring the control box to the generator, and it takes
additional space.
The sole purpose of a phase converter is to acquire three-phase
electricity safely and more economically. Why not have the comfort of
knowing that your equipment will be operated to its optimal capacity,
and you have the assurance that your phase converter was professionally
custom made specifically for your particular job requirements.
 Since
there usually isnt the option of buying three-phase power from local
utilities because of the outrageous expense of having power lines
installed, you have two choices. One, buying a true, professionally
designed phase converter from a reputable manufacturer, and two,
building your own. It is too costly to build your own
phase converter, and not many industrial operators know the
ins and outs of designing a true phase converter. Professionals at
Ace Phase Converters have years of
schooling and experience designing phase converters. They are much more
knowledgeable in their design technology, and they use the
highest
quality phase converter materials reasonable because they
manufacture industrial products at higher volumes. This allows
them to sell to consumers at wholesale pricing, not to mention the
long-term warranties they offer. Because of Ace's high inventory,
they can deliver their products in a few days of placing an order.
When considering all the factors that can go wrong and the concern for
safety, it is just to risking and costly to build your own phase
converter. Shouldnt you leave it to the professionals who can
design exactly what phase converter will run your individual job
applications. Why go through the worry of guessing if you can have
the correct phase converter designed with materials of the highest
quality.
Remember, the right size and type phase converter will not only give you
years of excellent production, but will save you money in the long run
due to the high quality of experienced manufacturers!
Please see the additional articles below for more information about
building your own phase converter. |
Building Your Own Phase Converter
is not always the most economical
solution for three-phase power. There is no guarantee that
most "do-it-yourself"
phase converter
wiring diagrams and
phase converters dimensional drawing
designs are that of a true,
3-phase converter.
Ace Phase Converter
- A Leading Manufacturer of 3-Phase Converters
Ace Phase Converters is a leading
manufacturer of quality 3-phase converters, and they offer long-term
warranties on their products.
Additional
3-Phase Converter Resources
The
U.S. Phase Converter Standards Organization
The Three-Phase Resource Site
Phase
Converter Information
Top Rated U.S. Manufacturers
ACE Phase
Converters
TEMCo Phase Converters
Isn't it Cheaper
to Build Your Own Phase Converter than it is to Buy One?
Many people try to save money by
"doing-it-yourself." However, when it comes to electrical
three-phase converters, it's best to trust professionals who have many
years of experience.
What
Happens When the Phase Converter You Built Needs Repair?
Finding repair depots can be difficult, and when building a phase
converter yourself, repair specialists don't always know how the
converter was built or have the same kinds of parts and materials that
were originally used.
Internet Directory:
3-Phase
Power
Ace
Phase Converters
Specializes in
Fast
Freight Delivery
within just a few days of placing your order.
No destination is too remote, and Ace has
worldwide freight capabilities
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