Products
-> Three
Phase Transformers
-> K Factor Transformers
 Transformers
that drive ‘Non Linear’ loads, i.e. loads
that draw currents that are not a pure sine wave but
include a substantial harmonic content, are subject
to additional self heating in comparison to a normal
linear load transformer of the same kVA rating. The
effect of this non linear load requires a larger transformer
to dissipate the additional heat.
The effects of harmonic current content within the
load can be defined mathematically by the ‘K-Factor’.
We can manufacture transformers designed to compensate
for the effects of your specific K-Factor.
A common example of a non linear load encountered today
is the DC power supply unit within a computer. Clearly
a large office complex with several hundred computers
would be subject to a large K-Factor
Features
- Low eddy current loss design
- Compensation for commonly defined K-Factors 4,
10, 13, 20 (Others on request)
- Double rated neutral conductor
Units may also be supplied enclosed with a range of
optional ancillaries.
Dimensional details available on request
More
technical information
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