Remote Control
77
1
Pri. Volts. Range 1, Sec. Volts. Range 2
2
Pri. Volts. Range 1, Sec. Volts. Range 4
3
Pri. Volts. Range 1, Sec. Volts. Range 8
4
Pri. Volts. Range 1, Sec. Volts. Range 16
5
Pri. Volts. Range 1, Sec. Volts. Range 32
6
Pri. Volts. Range 1, Sec. Volts. Range 64
7
Pri. Volts. Range 1, Sec. Volts. Range 128
8
Pri. Volts. Range 1, Sec. Volts. Range 256
9
Pri. Volts. Range 1, Sec. Volts. Range 512
10
Pri. Volts. Range 1, Sec. Volts. Range 1024
11
Pri. Volts. Range 1, Sec. Volts. Range 2048
12
Pri. Volts. Range 1, Sec. Volts. Range 4096
13
Not Used
14
Not Used
15
Not Used
16
Pri. Volts. Range 8, Sec. Volts. Range 1
17
Pri. Volts. Range 8, Sec. Volts. Range 2
18
Pri. Volts. Range 8, Sec. Volts. Range 4
19
Pri. Volts. Range 8, Sec. Volts. Range 8
20
Pri. Volts. Range 8, Sec. Volts. Range 16
21
Pri. Volts. Range 8, Sec. Volts. Range 32
22
Pri. Volts. Range 8, Sec. Volts. Range 64
23
Pri. Volts. Range 8, Sec. Volts. Range 128
24
Pri. Volts. Range 8, Sec. Volts. Range 256
25
Pri. Volts. Range 8, Sec. Volts. Range 512
26
Pri. Volts. Range 8, Sec. Volts. Range 1024
27
Pri. Volts. Range 8, Sec. Volts. Range 2048
28
Pri. Volts. Range 8, Sec. Volts. Range 4096
29
Not Used
30
Not Used
31
Current Measurement Factor
32
Secondary Current Burden Resistance
Returns:
+OK:<Factor>:~: - Factor (float) is returned.
+ERROR:0910:~: - The requested factor was out of range
Comments:
This function returns the data held in the EEPROM, rather than the calibration data
array. It will not reflect any changes made by setting the calibration.
Setup:NewCalFactor
This sets a new calibration factor.
Structure:
+S:N:<Index>:<Factor>:~:
Fields:
<Index> is the index of the calibration factor to be updated by the system. The
same
indexes are used as for the Setup:ReadCalFactors command.
<Factor> is the new calibration factor for that range to be used.
Returns:
+OK:~: - The calibration factor has been updated.
+ERROR:0910:~: - The requested index was out of range.
Comments:
This function updates the contents of the calibration factor array, not the EEPROM.
The changes to a calibration factor become effective immediately. The Setup:UpdateEEPROM function must be
called to commit them to the EEPROM.
Содержание TTR 2795
Страница 1: ...Operating Instructions HAEFELY TEST AG TTR 2795 Transformer Turns Ratio Meter Version 1 4 ...
Страница 10: ...6 Introduction Maximum Roll Diameter Outer 50mm Inner 10mm ...
Страница 22: ...18 Connection and Setup Figure 11 Connecting to three phase BCT ...
Страница 101: ...Application Software APSW 2795 97 ...
Страница 111: ...Miscellaneous 107 14 7 Conformity ...