52
6000-2 & -3 User Guide, Rev E
Watts
—
This is the real power measured by the pair of inputs—Assuming one input is
measuring voltage and other is measuring current—The “bandwidth” of the result
may be set as
DC
only,
AC
only,
AC+DC
, or a range of harmonics (setting the
same start and end harmonic yields the power at the given harmonic).
VAR
—
This is the imaginary power measured by the pair of inputs. Assuming one input is
measuring voltage and other is measuring current—The “bandwidth” of the result
may be set as
AC
only,
AC+DC
, or a range of harmonics (setting the same start and
end harmonic yields the VARs at the given harmonic).
VA
—
This is the “apparent” power measured by the pair of inputs. Assuming one input is
measuring voltage and other is measuring current. The “bandwidth” of the result may
be set as
DC
only,
AC
only,
AC+DC
, or a range of harmonics (setting the same
start and end harmonic yields the VA at the given harmonic).
PF
—
This is the power factor (i.e., Watts/VA) measured by the pair of inputs. Assuming
one input is measuring voltage and other is measuring current. The “bandwidth” of
the result may be set as
AC
only,
AC+DC
, or a range of harmonics (setting the
same start and end harmonic yields the power factor at the given harmonic)—Note
that this is the correlation coefficient of the two signals over the bandwidth defined.
DPF
—
This is the displacement power factor (i.e., Watts/VA of the fundamental) measured
by the pair of inputs. Assuming one input is measuring voltage and other is
measuring current. Note that this is the Power Factor or Correlation of the
fundamental components only.
Eff.Phs—
This is the “Effective Phase” [i.e., cos
-1
(Watts/VA)] measured by the pair of inputs.
Assuming one input is measuring voltage and other is measuring current. The
“bandwidth” of the result may be set as
AC
only,
AC+DC
, or a range of harmonics
(setting the same start and end harmonic yields the Effective Phase at the given
harmonic).
Pk VA
—
This is the highest detected real-time cross product of the waveforms of the selected
pair of inputs. Assuming one input is measuring voltage and other is measuring
current.
Summary of Contents for Xitron 6000-2
Page 1: ...USER S GUIDE 6000 2 6000 3 Phase Angle Voltmeters...
Page 2: ......
Page 36: ...36 6000 2 3 User Guide Rev E...
Page 86: ...86 6000 2 3 User Guide Rev E...
Page 94: ...94 6000 2 3 User Guide Rev E...
Page 101: ...Appendix B 101...
