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ACE Phase Converter stands by our product! When you buy ACE, you buy quality.
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Pictured above is the generator room of a large hydroelectric power generation plant.
ACE Phase Converter uses 100% copper windings in the generator unit.
As well, the wiring connecting each component is 100% copper.
ACE Phase Converter provides the best value phase
conversion solution on the market. Take a look at our
Smooth Sine® series. A picture really is worth 1,000 words.
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Power Quality Standards
ACE Phase Converter produces 3 phase power the same way a power generation plant produces power.
They do this using rotary generators. In a hydroelectric power generation plant (such as the Hoover Dam),
they redirect the flow of water through a turbine, which is connected to the rotary generator. The illustration
below shows the basics of a hydroelectric power generation plant.
ACE Phase Converters use the same rotary generation concept. However the powering of the generator
is done with single phase power. This is accomplished using ACE Phase Converter proprietary technology.
This causes rotation, and thus the creation of a third line of power. While in this process, shifting
of the phase angle is done.
Smooth Sine™
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ACE Phase Converter utilizes proprietary Smooth Sine™ technology. This provides a smooth
waveform to ensure longevity of your equipment, as well as proper running operation. The picture to the
left depicts an ideal sine wave. This is the sine wave output you will get from any one of our quality
ACE Phase Converter Smooth Sine™ Signature Series.
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Digitally Synthesized 3 Phase
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The output on this type of phase conversion technology tends produce a significant level of harmonic distortion.
Although the phase displacement is correct, this distortion can have a damaging effect on your
machinery. ACE Phase Converters output no harmonic distortion, as well as produce proper
phase displacement.
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Inferior Rotary Technology
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This is another technology that produces a smooth sinusoidal wave. However in some cases
a critical design oversight produces an output phase displacement that is poorly balanced.
Additionally, due to this unbalance the peak voltages will vary. This combination can
produce poor power factor; a contributor to inefficiency, heat generation, and generally
inferior performance.
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Static Converter "The Buzzbox"
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This technology produces a momentary boost in power to your equipment. It then disconnects abruptly,
resulting in your machine receiving only 1 phase power after full rotation has commenced.
This technology is commonly offered to consumers who desire the cheapest possible solution.
Long term affects caused by the static method may include equipment overheating, rotational imbalance,
and in the worst case scenario, utter failure.
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