• Simple battery capacity testing mains feed back
without the use external load
.99. (fig.s
TR ANSO TRO IC
IG technology for etter perform ance
General remarks Ranges application
The rectifier range TRANSOTRONIC designed for the secured
supply power for critical loads such control and
monitoring systems well data processing technology in
power stations and industrial plants.
>Better power factor
The power factor the TRANSOTRONIC range reaches
0. This leads the following
performance improvements:
>Substantially smaller harmonic distortion
The harmonic distortion the mains reduced to
< (fig.
However, one the disadvantages these devices the
level harmonic distortion fed back the mains. Dynamic behaviour TRANSOTRONIC rectifier 220 600 A
[ 200 d. The output voltage change
with load steps from 100 and from 100 %
is only approx.
Harmonic distortions produced the switching character
istic the thyristors and can cause disturbances other
loads connected the same mains.
3
• Good dynamic behaviour
Even when not connected battery, the TRANSOTRONIC
has good dynamic behaviour.c. The TRANSOTRONIC with sinusoidal input power ensures
distortion free rectifier operation
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lload
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ithoiit ba
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lload step 100 1Co, Withoiit battery
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y \
fig. For the conversion
of current, rectifiers with thyristor bridges work
satisfactorily.
Power stations ransformer stations
Chemical factories Offshore installations
Refineries Hospitals
Comparison the harmonic
input current with thyristor-IGBT rectifiers
thyristor 6-pulse
rectifier
thyristor 12-pulse
rectifier
TRANSOTRONIC
IGBT rectifier
fig. Therefore only very small amount reactive
power taken from the mains. 2). 1).
Furthermore, the mains will loaded with apparent
power, due the lagging input power factor the thyristor
rectifier. ]
In larger plants, devices with 220 and current outputs
of several hundred amps are often used.
Better performance because IGBT technology
BENNING’s TRANSOTRONIC rectifier range uses IGBT semi
conductors instead thyristors.
These plants require, reliable power supply independent of
the public net, which most often achieved using battery-
secured power supply
