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Three Phase Converters
Simply stated, three phase converters generate a voltage “third
leg” which is added to the two legs of the single phase
electrical source.
Optimally, this “third leg” combines in a relationship with
the other 2 legs to create a balanced, sine wave output.
These three voltages are each delayed by 1/3 cycle to create
the three-phase power needed.
The problem is that phase converters up until now
have tended to create a “wild third leg” or a voltage that
is out of balance with the other two.
Though voltage regulation may be accomplished to some
degree, this is difficult, especially with changing load
conditions.
Consequently, voltage unbalance can lead to poor performance
and a reduced life span for a motor.
Phase Perfect balances voltage within 1%, even under
changing load conditions.
Converters with three phase motors are advantageous over single phase motors
for a number of reasons; efficiency, reliability,
simplicity, lighter weight and cost are just a
few. With advances in
technology related to equipment and their applications, the
need for reliable, balanced three phase power has become more
crucial. The phase
converter of old may not have the ability to respond to the
changing load demands of voltage sensitive modern equipment.
Inability to operate multiple loads or sensitive
equipment, poor performance and the fear of damaging
expensive equipment have been some of the drawbacks to
conventional phase converters.
FOR TECHNICAL ASSISTANCE CALL
605-343-7934
(8am-5pm MST).
Our knowledgeable staff of
engineers and technicians are available to answer
your questions.
EMAIL: INFO@PHASEPERFECT.COM
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PHASE CONVERTERS
DPC-A10 Data
Sheet
DPC-20 Data
Sheet
DPC-30 Data
Sheet
Phase Perfect digital phase converters
are UL listed in the USA and Canada. |
