The [Log_Files] folder is created in the root directory of the microSD memory card. This is where the log data is stored as CSV files. Log data files are created in this configuration. The number of rows changes when the number of selected monitors change.
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First Row
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Drive information
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Second Row
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Log data information
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Third Row
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Log data 1
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Log data 2
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Log data 3
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Last Row
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Log data n
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First Row: Drive Information
This example shows the data text strings and data generated for the first row of log data.
Example of generated data for a long-term data log: 00,0012,160107111230,GA700,VSAA01010,2,62,1000,000001
Example of generated data for a short-term data log: 00,0012,160107111230,GA700,VSAA01010,2,62,1000,000001
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No.
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Item
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Number of Characters
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Example
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Description
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1
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Attribute
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2
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00
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[00] shows that the record is a drive information record.
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2
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File number
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4
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0012
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Long-term data log: Log data file name
Shows the [xxx] part (a 3-digit number) of the [GLOG0xxx.csv] filename
Short-term data log: Log data file name
Shows the [xxx] part (a 3-digit number) of the [SLOG0xxx.csv] filename + 1000
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3
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Time stamp 1
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12
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160107111230
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Date file was generated (YYMMDDHHMMSS)
Example data of [160107111230]: 11:12:30 on January 7, 2016
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4
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Model
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5
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GA700
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Drive model information
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5
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Software number
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9
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VSAA01010
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Drive software number
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6
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Control Method Selection
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1
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2
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Setting value (Hex.) of A1-02 [Control Method Selection]
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7
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Drive capacity
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2
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62
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Setting value (Hex.) of o2-04 [Drive Model (KVA) Selection]
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8
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Sampling time
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5
(Maximum)
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1000
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Setting value (Dec.) of o5-02 [Log Sampling Interval]
Unit: ms
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9
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Log data type 2
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1
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1
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1: Short-term data log (trend log disabled)
2: Short-term log for short-term data log (trend log enabled)
3: Trend log for short-term data log (trend log enabled)
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10
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Trend log sampling cycle 2
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5
(Maximum)
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1000
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Sampling cycle (Dec.) selected by o5-21 [Trend Log Sampling Time Selection]
Unit: ms
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11
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Trigger type 2
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1
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1
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Setting value (Dec.) of o5-15 [Trigger Type Selection]
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12
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Digital trigger target 2
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2
(Maximum)
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E
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Setting value (Hex.) of o5-16 [Digital Trigger Object]
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13
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Analog trigger target 2
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3
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102
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Setting value (Dec.) of o5-17 [Analog Trigger Object]
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14
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Analog trigger level 2
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6
(Maximum)
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50.0
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Setting value (Dec.) of o5-18 [Analog Trigger Level]
Unit: %
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15
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Trigger condition 2
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1
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1
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Setting value (Dec.) of o5-19 [Trigger Condition]
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16
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Pre-trigger 2
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3
(Maximum)
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50
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Setting value (Dec.) of o5-20 [Pre-Trigger Setting]
Unit: %
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17
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Offset between data 2
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6
(Maximum)
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5020
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Time offset (Dec.) between the trend log and short-term log for short-term data log (trend log enabled)
Unit: ms
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18
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Row number
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6
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000001
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Row number (Hex.) in the data log file
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Second Row: Log Data Information
This example shows the data text strings and data generated for the second row of log data.
Example of generated data: 01,0012,160107111230,0101,0201,0102,0201,0103,0206,0107,0005,0108,0209,0000,0000,0000,0000,0000,0000,0000,0000,0000,0000,0000,0000,0000,0000,000002
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No.
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Item
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Number of Characters
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Description
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1
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Attribute
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2
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[01] shows that the record is a log data information record.
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2
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File number
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4
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Long-term data log: Shows the [xxx] part (a 3-digit number) of the [GLOG0xxx.csv] filename.
Short-term data log: Shows the [xxx] part (a 3-digit number) of the [SLOG0xxx.csv] filename + 1000.
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3
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Time stamp
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12
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Date file was generated (YYMMDDHHMMSS)
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4
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Monitor Number 1 3
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4
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Monitor number selected by o5-03 [Log Monitor Data 1]
Example: 0101 (Dec.) for U1-01
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5
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Monitor Unit 1 4
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4
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Unit code and number of decimal places used for the monitor selected with o5-03
Example when U1-01 = 30.00 Hz:
Number of decimal places = 2, Hz unit code = 01, monitor unit 1 = 0201 (Hex.)
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6
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Monitor number 2
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4
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Monitor number (Dec.) set to o5-04 [Log Monitor Data10]
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7
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Monitor Unit 2
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4
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Unit code and number of decimal places used for the monitor selected with o5-04
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:
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:
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:
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:
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22
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Monitor number 10
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4
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Monitor number (Dec.) set to o5-12 [Log Monitor Data10]
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23
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Monitor Unit 10
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4
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Unit code and number of decimal places used for the monitor selected with o5-12
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24 - 27
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Reserved
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4
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-
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28
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Row number
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6
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Row number (Hex.) in the data log file
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Table 1. Unit Codes
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Unit Code (Hex.)
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Unit
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Unit Code (Hex.)
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Unit
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Unit Code (Hex.)
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Unit
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Unit Code (Hex.)
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Unit
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00
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--
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08
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PPR
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10
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H
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18
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0H
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01
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Hz
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09
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kW
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11
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V
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19
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--
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02
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RPM
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0A
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Ω
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12
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us
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1A
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--
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03
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%
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0B
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ms
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13
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min
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1B
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--
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04
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VAC
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0C
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kHz
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14
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°C
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1C
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--
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05
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VDC
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0D
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PSI
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15
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W
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1D
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--
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06
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A
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0E
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MPM
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16
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kWH
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1E
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--
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07
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sec
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0F
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FPM
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17
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MWH
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1F
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--
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Third and Subsequent Rows: Log Data
This example shows the data text strings and data generated for the third row of log data.
Example of generated data: 02,0012,160107111239,1770,1770,00BE,0118,0028,0000,0000,0000,0000,0000,0000,0000,00000C
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No.
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Item
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Number of Characters
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Description
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1
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Attribute
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2
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[02] shows that the record is a monitor data record for a long-term data log.
[03] shows that the record is a monitor data record for a short-term data log.
[04] shows that the record is a monitor data record for a trend log.
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2
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File number
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4
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Long-term data log: Shows the [xxx] part (a 3-digit number) of the [GLOG0xxx.csv] filename.
Short-term data log: Shows the [xxx] part (a 3-digit number) of the [SLOG0xxx.csv] filename + 1000.
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3
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Time stamp
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12
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Data log data was generated (YYMMDDHHMMSS)
Trigger detection time for a short-term data log (common to all data)
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4
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Log Monitor Data 1
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4
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Log monitor data (Hex.) of the monitor selected with o5-03 [Log Monitor Data 1]
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5
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Log Monitor Data 2
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4
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Log monitor data (Hex.) of the monitor selected with o5-04 [Log Monitor Data 2]
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:
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:
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:
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:
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13
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Log Monitor Data 10
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4
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Log monitor data (Hex.) of the monitor selected with o5-12 [Log Monitor Data 10]
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14
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Reserved
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4
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-
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15
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Encoding data
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4
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Log Monitor Data 1 to 10 Code Data (Hex.)
Bits 0 to 9 show the encoding of log monitor data 1 to 10. A bit value of 1 shows that the data represents a negative value. (Log monitor data 1 to 10 is absolute value data without encoding)
Example: When log monitor data 2, 5, and 8 show negative values, bits 1, 4, and 7 have values of 1, and the encoding data = 0010010010 (Bin.) = 0092 (Hex.)
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16
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Row number
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6
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Row number (Hex.) in the data log file
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