Hioki 3196 - Time Plot Settings

6.2 Time Plot Settings
81
To display the time series graph, make the following settings in the
SYSTEM screen.
6.2 Time Plot Settings
MAIN
RECORDING
❖ Types of settings to record data 1 (page 82)
❖ Types of settings to record data 2 (page 83)
❖ Settings when the memory is full (page 83)
❖ Setting intervals (page 84)
❖ Setting Auto-save (page 85)
❖ Setting real-time control (page 85)
❖ Setting measurement start/stop time (page 86)
❖ Setting the repeated recording (page 87)
❖ Setting the number of repeated recording (page 88)
You can display all recorded RMS values with voltage
(calculated for a single half cycle-shifted waveform) and
flicker excluded.
These RMS values are based on calculations that are
performed every 200 ms.
Based on these values, you can record the MAX, MIN
,
and AVE within the interval period, or the AVE by itself.
Example:
When the interval is set to 1 sec, 5 calculations are per
-
formed in the 1-second interval. From these, the MAX
,
MIN, and AVE or the AVE by itself are recorded.
135
24
50 Hz:10 waveforms, 60 Hz:12 waveforms,
400 Hz: 80 waveforms
RMS calculation
Harmonic calculation
Voltage RMS calculation
Time series graph for TIME PLOT-DF1[RMS], TIME PLOT-DF3[HARMONICS]:
Time series graph for TIME PLOT-DF2[VOLTAGE]:
You can display recorded voltage (value calculated fo
r
one waveform shifted over half a wave).
When measuring at 50 Hz or 60 Hz, since this voltage i
s
calculated for each single half cycle-shifted waveform,
it
contains a calculated value for every half cycle.
When measuring at 400 Hz, this voltage value is calcu
-
lated from a full cycle.
Based on these values, you can record the MAX an
d
MIN within the interval period.
Example:
When the interval is set to 1 sec, 100 calculations ar
e
performed in the 1-second interval for 50 Hz current. O
f
these, only the MAX and MIN values are recorded.
❖ Recording method of Timeplot graph: (page 215)
1 2 3 4 5
At 50 Hz or 60 Hz measurement
135
Voltage RMS calculation
At 400 Hz measurement