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YOKOGAWA CW120 - Page 114

YOKOGAWA CW120
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9-14
IM CW120-E
Example of Saved, Measured Data
Shown below is an example of a data file saved to a PC card when it is
opened from a spreadsheet application that has a CSV file converter. (The
field configuration varies depending on the measurement conditions.)
CW12x
File Type
Measure
Mode
OUTPUT
DATE
2001/12/01
2001/12/01
2001/12/01
0
1
OUTPUT
TIME
09:10:00
09:20:00
09:30:00
INTEG START
DATE
2001/12/01
2001/12/01
2001/12/01
INTEG START
TIME
09:00:00
09:00:00
09:00:00
ELAPSED
TIME
0:10:00
0:20:00
0:30:00
V1
I1
P
Q
PF
F
Wh(+)
Wh(–)
Header (measurement conditions)
CW12x: Indicates the model.
File Type: “0” indicates a file containing values of integrated data
(saved automatically).
Measure Mode: “1” indicates electric energy measurement.
Fields of each data record
OUTPUT DATE: Date of output
OUTPUT TIME: Time of output
INTEG START DATE: Integration start date
INTEG START TIME: Integration start time
ELAPSED TIME: Elapsed time of integration
(The order of measured value fields below shows an example for the single-
phase two-wire method.)
V1: Rms voltage (value appearing with “V1” on meter screen)
I1: Rms current (value appearing with “A1” on meter screen)
P: Active power (value appearing with “W” on meter screen)
Q: Reactive power (value appearing with “Var” on meter screen)
PF: Power factor (value appearing with “PF” on meter screen)
F: Frequency (value appearing with “Hz” on meter screen)
Wh(+): Active electric energy (value appearing with “Wh” on meter
screen)
Wh(–): Regenerative energy (not appearing on meter screen)
SEE ALSO
For details, see Appendix 3, “File Structures and Data Items Printed.
9.4 Saving Data

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