The following has been transcribed from email and translated from Afrikaans with Google Translate, and some details have been obfuscated to protect client privacy
Big PLEASE Why meters Phasors not read .
The only Phasors .
It is xxxx - xxxxpnpscada.com : User xxxx xxxxx
Ps : There are 9 Meters a MHub together Epad1

COMMUNICATION MONITOR STARTED
. . .
tx : < 01 > B0 < 03 > q
tx : < 01 > B0 < 03 > q
/ ? 98406939 !
-
|
. . .
The totals :
[ 1 ] A1 ( Mini2012 )
1 ( 15:35:55 ​​)
2 ( 13-09-10 )
A2 ( 065.6 * V )
A3 ( 0 * Deg )
A4 ( 0:10 * A )
A5 ( 354 * Deg )
A6 ( 065.9 * V )
A7 ( 120 * Deg )
A8 ( 0:12 * A )
A9 ( 113 * Deg )
A10 ( 066.3 * V )
A11 ( 240 * Deg )
A12 ( 0:11 * A )
A13 ( 238 * Deg )
A14 ( 000 022 * kW )
A15 ( 000,000 * kvar )
A16 ( 1:00 )
A17 ( 05 ) ( 00 081 * MVA )
A18 ( 00000200 )
A19 ( 00000100 )
A20 ( 98406939 )
A21 ( 13 )
A22 ( 00:00 )
A23 ( 13-09-01 )
A23 ( 13-07-30 00:19 )
A24 ( 11-10-05 19:51 )
A25 ( 00000017 )
A26 (0001) (00-01-01 00:00)
A27 (0002) (00-01-01 00:00)
A28 (0002) (00-01-01 00:00)
A29 (0008) (00-01-01 01:40)
A30 (0008) (00-01-01 01:43)
A31 (0005) (00-01-01 01:31)
A32 (0000) (00-00-00 00:00)
A33 (0000) (00-00-00 00:00)
A34 (0000) (00-00-00 00:00)
A35 (0000) (00-00-00 00:00)
BATT ( 009,510 * h )
3 (00001959 * kWh )
3 * 01 (00001922 * kWh )
3 * 02 (00001806 * kWh )
3 * 03 (00001663 * kWh )
3 * 04 (00001537 * kWh )
3 * 05 (00001401 * kWh )
3 * 06 (00001229 * kWh )
4 (00001851 * kWh )
4 * 01 (00001820 * kWh )
4 * 02 (00001701 * kWh )
4 * 03 (00001543 * kWh )
4 * 04 (00001415 * kWh )
4 * 05 (00001271 * kWh )
4 * 06 (00001110 * kWh )
5 (00000787 * kWh )
5 * 01 (00000773 * kWh )
5 * 02 (00000722 * kWh )
5 * 03 (00000653 * kWh )
5 * 04 (00000597 * kWh )
5 * 05 (00000535 * kWh )
5 * 06 (00000465 * kWh )
6 (00004598 * kWh )
6 * 01 (00004515 * kWh )
6 * 02 (00004229 * kWh )
6 * 03 (00003859 * kWh )
6 * 04 (00003549 * kWh )
6 * 05 (00003206 * kWh )
6 * 06 (00002804 * kWh )
7 (00000178 * kvarh )
7 * 01 (00000178 * kvarh )
7 * 02 (00000178 * kvarh )
7 * 03 (00000171 * kvarh )
7 * 04 (00000162 * kvarh )
7 * 05 (00000155 * kvarh )
7 * 06 (00000139 * kvarh )
1-1:6.8.0 ( 00000000 * kvarh )
1-1:6.8.0 * 01 (00000000 * kvarh )
1-1:6.8.0 * 02 (00000000 * kvarh )
1-1:6.8.0 * 03 (00000000 * kvarh )
1-1:6.8.0 * 04 (00000000 * kvarh )
1-1:6.8.0 * 05 (00000000 * kvarh )
1-1:6.8.0 * 06 (00000000 * kvarh )
1-1:7.8.0 ( 00000000 * kvarh )
1-1:7.8.0 * 01 (00000000 * kvarh )
1-1:7.8.0 * 02 (00000000 * kvarh )
1-1:7.8.0 * 03 (00000000 * kvarh )
1-1:7.8.0 * 04 (00000000 * kvarh )
1-1:7.8.0 * 05 (00000000 * kvarh )
1-1:7.8.0 * 06 (00000000 * kvarh )
1-1:8.8.0 ( 00,000,176 * kvarh )
1-1:8.8.0 * 01 (00000168 * kvarh )
1-1:8.8.0 * 02 (00000134 * kvarh )
1-1:8.8.0 * 03 (00000116 * kvarh )
1-1:8.8.0 * 04 (00000093 * kvarh )
1-1:8.8.0 * 05 (00000083 * kvarh )
1-1:8.8.0 * 06 (00000079 * kvarh )
1-1:2.8.3 ( 00000000 * kWh )
1-1:2.8.3 * 01 (00000000 * kWh )
1-1:2.8.3 * 02 (00000000 * kWh )
1-1:2.8.3 * 03 (00000000 * kWh )
1-1:2.8.3 * 04 (00000000 * kWh )
1-1:2.8.3 * 05 (00000000 * kWh )
1-1:2.8.3 * 06 (00000000 * kWh )
1-1:2.8.2 ( 00000000 * kWh )
1-1:2.8.2 * 01 (00000000 * kWh )
1-1:2.8.2 * 02 (00000000 * kWh )
1-1:2.8.2 * 03 (00000000 * kWh )
1-1:2.8.2 * 04 (00000000 * kWh )
1-1:2.8.2 * 05 (00000000 * kWh )
1-1:2.8.2 * 06 (00000000 * kWh )
1-1:2.8.1 ( 00000000 * kWh )
1-1:2.8.1 * 01 (00000000 * kWh )
1-1:2.8.1 * 02 (00000000 * kWh )
1-1:2.8.1 * 03 (00000000 * kWh )
1-1:2.8.1 * 04 (00000000 * kWh )
1-1:2.8.1 * 05 (00000000 * kWh )
1-1:2.8.1 * 06 (00000000 * kWh )
1-1:2.8.0 ( 00000000 * kWh )
1-1:2.8.0 * 01 (00000000 * kWh )
1-1:2.8.0 * 02 (00000000 * kWh )
1-1:2.8.0 * 03 (00000000 * kWh )
1-1:2.8.0 * 04 (00000000 * kWh )
1-1:2.8.0 * 05 (00000000 * kWh )
1-1:2.8.0 * 06 (00000000 * kWh )
1-1:9.6.8 ( 00,531 * MVA ) (13-09-02 09:00)
1-1:9.6.8 * 01 (00,654 * MVA ) (13-08-07 08:30)
1-1:9.6.8 * 02 (00,910 * MVA ) (13-07-16 08:30)
1-1:9.6.8 * 03 (00,898 * MVA ) (13-06-04 09:00)
1-1:9.6.8 * 04 (01,024 * MVA ) (13-05-14 09:00)
1-1:9.6.8 * 05 (01,152 * MVA ) (13-04-10 10:30)
1-1:9.6.8 * 06 (01,045 * MVA ) (13-03-05 09:00)
1-1:9.6.9 ( 00,441 * MVA ) (13-09-03 05:30)
1-1:9.6.9 * 01 (00,545 * MVA ) (13-08-08 04:00)
1-1:9.6.9 * 02 (00,731 * MVA ) (13-07-12 05:00)
1-1:9.6.9 * 03 (00,799 * MVA ) (13-06-12 06:00)
1-1:9.6.9 * 04 (00,915 * MVA ) (13-05-17 05:30)
1-1:9.6.9 * 05 (00,763 * MVA ) (13-04-16 22:30)
1-1:9.6.9 * 06 (00,944 * MVA ) (13-03-09 05:30)
8 ( 00 531 * MVA ) (13-09-02 09:00)
8 * 01 (00,654 * MVA ) (13-08-07 08:30)
8 * 02 (00,910 * MVA ) (13-07-16 08:30)
8 * 03 (00,898 * MVA ) (13-06-04 09:00)
8 * 04 (01,024 * MVA ) (13-05-14 09:00)
8 * 05 (01,152 * MVA ) (13-04-10 10:30)
8 * 06 (01,045 * MVA ) (13-03-05 09:00)
1-1:1.6.11 ( 00,531 * MW ) ( 13-09-02 09:00 )
1-1:1.6.11 * 01 ( 00 655 * SW ) ( 13-08-07 08:30 )
1-1:1.6.11 * 02 ( 00 907 * SW ) ( 13-07-16 08:30 )
1-1:1.6.11 * 03 ( 00 897 * SW ) ( 13-06-04 09:00 )
1-1:1.6.11 * 04 ( 01 023 * SW ) ( 13-05-14 09:00 )
1-1:1.6.11 * 05 ( 01 143 * SW ) ( 13-04-10 10:30 )
1-1:1.6.11 * 06 ( 01 034 * SW ) ( 13-03-05 09:00 )
9 ( 00 531 * SW ) ( 13-09-02 09:00 )
9 * 01 ( 00 655 * SW ) ( 13-08-07 08:30 )
9 * 02 ( 00 907 * SW ) ( 13-07-16 08:30 )
9 * 03 ( 00 897 * SW ) ( 13-06-04 09:00 )
9 * 04 ( 01 023 * SW ) ( 13-05-14 09:00 )
9 * 05 ( 01 143 * SW ) ( 13-04-10 10:30 )
9 * 06 ( 01 034 * SW ) ( 13-03-05 09:00 )
1-1:10.6.8 ( 00,000 * MVA ) (00-00-00 00:00)
1-1:10.6.8 * 01 (00,000 * MVA ) (00-00-00 00:00)
1-1:10.6.8 * 02 (00,000 * MVA ) (00-00-00 00:00)
1-1:10.6.8 * 03 (00,000 * MVA ) (00-00-00 00:00)
1-1:10.6.8 * 04 (00,000 * MVA ) (00-00-00 00:00)
1-1:10.6.8 * 05 (00,000 * MVA ) (00-00-00 00:00)
1-1:10.6.8 * 06 (00,000 * MVA ) (00-00-00 00:00)
1-1:10.6.9 ( 00,000 * MVA ) (00-00-00 00:00)
1-1:10.6.9 * 01 (00,000 * MVA ) (00-00-00 00:00)
1-1:10.6.9 * 02 (00,000 * MVA ) (00-00-00 00:00)
1-1:10.6.9 * 03 (00,000 * MVA ) (00-00-00 00:00)
1-1:10.6.9 * 04 (00,000 * MVA ) (00-00-00 00:00)
1-1:10.6.9 * 05 (00,000 * MVA ) (00-00-00 00:00)
1-1:10.6.9 * 06 (00,000 * MVA ) (00-00-00 00:00)
1-1:10.6.10 ( 00,000 * MVA ) (00-00-00 00:00)
1-1:10.6.10 * 01 (00,000 * MVA ) (00-00-00 00:00)
1-1:10.6.10 * 02 (00,000 * MVA ) (00-00-00 00:00)
1-1:10.6.10 * 03 (00,000 * MVA ) (00-00-00 00:00)
1-1:10.6.10 * 04 (00,000 * MVA ) (00-00-00 00:00)
1-1:10.6.10 * 05 (00,000 * MVA ) (00-00-00 00:00)
1-1:10.6.10 * 06 (00,000 * MVA ) (00-00-00 00:00)
1-1:2.6.11 ( 00,000 * MW ) ( 00-00-00 00:00 )
1-1:2.6.11 * 01 ( 00,000 * MW ) ( 00-00-00 00:00 )
1-1:2.6.11 * 02 ( 00,000 * MW ) ( 00-00-00 00:00 )
1-1:2.6.11 * 03 ( 00,000 * MW ) ( 00-00-00 00:00 )
1-1:2.6.11 * 04 ( 00,000 * MW ) ( 00-00-00 00:00 )
1-1:2.6.11 * 05 ( 00,000 * MW ) ( 00-00-00 00:00 )
1-1:2.6.11 * 06 ( 00,000 * MW ) ( 00-00-00 00:00 )
1-1:2.6.12 ( 00,000 * MW ) ( 00-00-00 00:00 )
1-1:2.6.12 * 01 ( 00,000 * MW ) ( 00-00-00 00:00 )
1-1:2.6.12 * 02 ( 00,000 * MW ) ( 00-00-00 00:00 )
1-1:2.6.12 * 03 ( 00,000 * MW ) ( 00-00-00 00:00 )
1-1:2.6.12 * 04 ( 00,000 * MW ) ( 00-00-00 00:00 )
1-1:2.6.12 * 05 ( 00,000 * MW ) ( 00-00-00 00:00 )
1-1:2.6.12 * 06 ( 00,000 * MW ) ( 00-00-00 00:00 )
!
?

Continued....
Interpreting line : > [ 1 ] A1 ( Mini2012 ) <
Interpreting line : >
1 ( 15:35:55 ​​) <
15:35:55 ​​)
Interpreting line : >
2 ( 13-09-10 ) <
OKFOUNDADATE
2013-09-10 15:36:03 LOG lgz.prp , SDG.MDAS.SDGInputLGZ , . AskInfo : Checking time
Time ok ?
Interpreting line : >
A2 ( 065.6 * V ) <
WHAT VOLTAGE IS THIS ? ? ? (
A2 ( 065.6 * V ) )
Interpreting line : >
A3 ( 0 * Deg ) <
WHAT ANGLE IS THIS ? ? ? (
A3 ( 0 * Deg ) )
Interpreting line : >
A4 ( 0:10 * A ) <
WHAT CURRENT IS THIS ? ? ? (
A4 ( 0:10 * A ) )
Interpreting line : >
A5 ( 354 * Deg ) <
WHAT ANGLE IS THIS ? ? ? (
A5 ( 354 * Deg ) )
Interpreting line : >
A6 ( 065.9 * V ) <
WHAT VOLTAGE IS THIS ? ? ? (
A6 ( 065.9 * V ) )
Interpreting line : >
A7 ( 120 * Deg ) <
WHAT ANGLE IS THIS ? ? ? (
A7 ( 120 * Deg ) )
Interpreting line : >
A8 ( 0:12 * A ) <
WHAT CURRENT IS THIS ? ? ? (
A8 ( 0:12 * A ) )
Interpreting line : >
A9 ( 113 * Deg ) <
WHAT ANGLE IS THIS ? ? ? (
A9 ( 113 * Deg ) )
Interpreting line : >
A10 ( 066.3 * V ) <
WHAT VOLTAGE IS THIS ? ? ? (
A10 ( 066.3 * V ) )
Interpreting line : >
A11 ( 240 * Deg ) <
WHAT ANGLE IS THIS ? ? ? (
A11 ( 240 * Deg ) )
Interpreting line : >
A12 ( 0:11 * A ) <
WHAT CURRENT IS THIS ? ? ? (
A12 ( 0:11 * A ) )
Interpreting line : >
A13 ( 238 * Deg ) <
WHAT ANGLE IS THIS ? ? ? (
A13 ( 238 * Deg ) )
Interpreting line : >
A14 ( 000 022 * kW ) <
Interpreting line : >
A15 ( 000,000 * kvar ) <
Interpreting line : >
A16 ( 1.00 ) <
Interpreting line : >
A17 ( 05 ) ( 00 081 * MVA ) <
Interpreting line : >
A18 ( 00000200 ) <
Interpreting line : >
A19 ( 00000100 ) <
Interpreting line : >
A20 ( 98406939 ) <
Interpreting line : >
A21 ( 13 ) <
Interpreting line : >
A22 ( 00:00 ) <
Interpreting line : >
A23 ( 13-09-01 ) <
Interpreting line : >
A23 ( 13-07-30 00:19 ) <
Interpreting line : >
A24 ( 11-10-05 19:51 ) <
Interpreting line : >
A25 ( 00000017 ) <
Interpreting line : >
A26 (0001) (00-01-01 00:00) <
Interpreting line : >
A27 (0002) (00-01-01 00:00) <
Interpreting line : >
A28 (0002) (00-01-01 00:00) <
Interpreting line : >
A29 (0008) (00-01-01 01:40) <
Interpreting line : >
A30 (0008) (00-01-01 01:43) <
Interpreting line : >
A31 (0005) (00-01-01 01:31) <
Interpreting line : >
A32 (0000) (00-00-00 00:00) <
Interpreting line : >
A33 (0000) (00-00-00 00:00) <
Interpreting line : >
A34 (0000) (00-00-00 00:00) <
Interpreting line : >
A35 (0000) (00-00-00 00:00) <
Interpreting line : >
BATT ( 009,510 * h ) <
Interpreting line : >
3 (00001959 * kWh ) <
Interpreting line : >
3 * 01 (00001922 * kWh ) <
Interpreting line : >
3 * 02 (00001806 * kWh ) <
Interpreting line : >
3 * 03 (00001663 * kWh ) <
Interpreting line : >
3 * 04 (00001537 * kWh ) <
Interpreting line : >
3 * 05 (00001401 * kWh ) <
Interpreting line : >
3 * 06 (00001229 * kWh ) <
Interpreting line : >
4 (00001851 * kWh ) <
Interpreting line : >
4 * 01 (00001820 * kWh ) <
Interpreting line : >
4 * 02 (00001701 * kWh ) <
Interpreting line : >
4 * 03 (00001543 * kWh ) <
Interpreting line : >
4 * 04 (00001415 * kWh ) <
Interpreting line : >
4 * 05 (00001271 * kWh ) <
Interpreting line : >
4 * 06 (00001110 * kWh ) <
Interpreting line : >
5 (00000787 * kWh ) <
Interpreting line : >
5 * 01 (00000773 * kWh ) <
Interpreting line : >
5 * 02 (00000722 * kWh ) <
Interpreting line : >
5 * 03 (00000653 * kWh ) <
Interpreting line : >
5 * 04 (00000597 * kWh ) <
Interpreting line : >
5 * 05 (00000535 * kWh ) <
Interpreting line : >
5 * 06 (00000465 * kWh ) <
Interpreting line : >
6 (00004598 * kWh ) <
Interpreting line : >
6 * 01 (00004515 * kWh ) <
Interpreting line : >
6 * 02 (00004229 * kWh ) <
Interpreting line : >
6 * 03 (00003859 * kWh ) <
Interpreting line : >
6 * 04 (00003549 * kWh ) <
Interpreting line : >
6 * 05 (00003206 * kWh ) <
Interpreting line : >
6 * 06 (00002804 * kWh ) <
Interpreting line : >
7 (00000178 * kvarh ) <
Interpreting line : >
7 * 01 (00000178 * kvarh ) <
Interpreting line : >
7 * 02 (00000178 * kvarh ) <
Interpreting line : >
7 * 03 (00000171 * kvarh ) <
Interpreting line : >
7 * 04 (00000162 * kvarh ) <
Interpreting line : >
7 * 05 (00000155 * kvarh ) <
Interpreting line : >
7 * 06 (00000139 * kvarh ) <
Interpreting line : >
1-1:6.8.0 ( 00000000 * kvarh ) <
Interpreting line : >
1-1:6.8.0 * 01 (00000000 * kvarh ) <
Interpreting line : >
1-1:6.8.0 * 02 (00000000 * kvarh ) <
Interpreting line : >
1-1:6.8.0 * 03 (00000000 * kvarh ) <
Interpreting line : >
1-1:6.8.0 * 04 (00000000 * kvarh ) <
Interpreting line : >
1-1:6.8.0 * 05 (00000000 * kvarh ) <
Interpreting line : >
1-1:6.8.0 * 06 (00000000 * kvarh ) <
Interpreting line : >
1-1:7.8.0 ( 00000000 * kvarh ) <
Interpreting line : >
1-1:7.8.0 * 01 (00000000 * kvarh ) <
Interpreting line : >
1-1:7.8.0 * 02 (00000000 * kvarh ) <
Interpreting line : >
1-1:7.8.0 * 03 (00000000 * kvarh ) <
Interpreting line : >
1-1:7.8.0 * 04 (00000000 * kvarh ) <
Interpreting line : >
1-1:7.8.0 * 05 (00000000 * kvarh ) <
Interpreting line : >
1-1:7.8.0 * 06 (00000000 * kvarh ) <
Interpreting line : >
1-1:8.8.0 ( 00,000,176 * kvarh ) <
Interpreting line : >
1-1:8.8.0 * 01 (00000168 * kvarh ) <
Interpreting line : >
1-1:8.8.0 * 02 (00000134 * kvarh ) <
Interpreting line : >
1-1:8.8.0 * 03 (00000116 * kvarh ) <
Interpreting line : >

Continued...
1-1:8.8.0 * 04 (00000093 * kvarh ) <
Interpreting line : >
1-1:8.8.0 * 05 (00000083 * kvarh ) <
Interpreting line : >
1-1:8.8.0 * 06 (00000079 * kvarh ) <
Interpreting line : >
1-1:2.8.3 ( 00000000 * kWh ) <
Interpreting line : >
1-1:2.8.3 * 01 (00000000 * kWh ) <
Interpreting line : >
1-1:2.8.3 * 02 (00000000 * kWh ) <
Interpreting line : >
1-1:2.8.3 * 03 (00000000 * kWh ) <
Interpreting line : >
1-1:2.8.3 * 04 (00000000 * kWh ) <
Interpreting line : >
1-1:2.8.3 * 05 (00000000 * kWh ) <
Interpreting line : >
1-1:2.8.3 * 06 (00000000 * kWh ) <
Interpreting line : >
1-1:2.8.2 ( 00000000 * kWh ) <
Interpreting line : >
1-1:2.8.2 * 01 (00000000 * kWh ) <
Interpreting line : >
1-1:2.8.2 * 02 (00000000 * kWh ) <
Interpreting line : >
1-1:2.8.2 * 03 (00000000 * kWh ) <
Interpreting line : >
1-1:2.8.2 * 04 (00000000 * kWh ) <
Interpreting line : >
1-1:2.8.2 * 05 (00000000 * kWh ) <
Interpreting line : >
1-1:2.8.2 * 06 (00000000 * kWh ) <
Interpreting line : >
1-1:2.8.1 ( 00000000 * kWh ) <
Interpreting line : >
1-1:2.8.1 * 01 (00000000 * kWh ) <
Found a total kvarh ( 1 ) ( 00000000 * kWh ) [ 111 ]
Interpreting line : >
1-1:2.8.1 * 02 (00000000 * kWh ) <
Found a total kvarh ( 2 ) ( 00000000 * kWh ) [ 112 ]
Interpreting line : >
1-1:2.8.1 * 03 (00000000 * kWh ) <
Found a total kvarh ( 3 ) ( 00000000 * kWh ) [ 113 ]
Interpreting line : >
1-1:2.8.1 * 04 (00000000 * kWh ) <
Found a total kvarh ( 4 ) ( 00000000 * kWh ) [ 114 ]
Interpreting line : >
1-1:2.8.1 * 05 (00000000 * kWh ) <
Found a total kvarh ( 5 ) ( 00000000 * kWh ) [ 115 ]
Interpreting line : >
1-1:2.8.1 * 06 (00000000 * kWh ) <
Found a total kvarh ( 6 ) ( 00000000 * kWh ) [ 116 ]
Interpreting line : >
1-1:2.8.0 ( 00000000 * kWh ) <
Interpreting line : >
1-1:2.8.0 * 01 (00000000 * kWh ) <
Interpreting line : >
1-1:2.8.0 * 02 (00000000 * kWh ) <
Interpreting line : >
1-1:2.8.0 * 03 (00000000 * kWh ) <
Interpreting line : >
1-1:2.8.0 * 04 (00000000 * kWh ) <
Interpreting line : >
1-1:2.8.0 * 05 (00000000 * kWh ) <
Interpreting line : >
1-1:2.8.0 * 06 (00000000 * kWh ) <
Interpreting line : >
1-1:9.6.8 ( 00,531 * MVA ) (13-09-02 09:00) <
Interpreting line : >
1-1:9.6.8 * 01 (00,654 * MVA ) (13-08-07 08:30) <
Interpreting line : >
1-1:9.6.8 * 02 (00,910 * MVA ) (13-07-16 08:30) <
Interpreting line : >
1-1:9.6.8 * 03 (00,898 * MVA ) (13-06-04 09:00) <
Interpreting line : >
1-1:9.6.8 * 04 (01,024 * MVA ) (13-05-14 09:00) <
Interpreting line : >
1-1:9.6.8 * 05 (01,152 * MVA ) (13-04-10 10:30) <
Interpreting line : >
1-1:9.6.8 * 06 (01,045 * MVA ) (13-03-05 09:00) <
Interpreting line : >
1-1:9.6.9 ( 00,441 * MVA ) (13-09-03 05:30) <
Interpreting line : >
1-1:9.6.9 * 01 (00,545 * MVA ) (13-08-08 04:00) <
Interpreting line : >
1-1:9.6.9 * 02 (00,731 * MVA ) (13-07-12 05:00) <
Interpreting line : >
1-1:9.6.9 * 03 (00,799 * MVA ) (13-06-12 06:00) <
Interpreting line : >
1-1:9.6.9 * 04 (00,915 * MVA ) (13-05-17 05:30) <
Interpreting line : >
1-1:9.6.9 * 05 (00,763 * MVA ) (13-04-16 22:30) <
Interpreting line : >
1-1:9.6.9 * 06 (00,944 * MVA ) (13-03-09 05:30) <
Interpreting line : >
8 ( 00 531 * MVA ) (13-09-02 09:00) <
Interpreting line : >
8 * 01 (00,654 * MVA ) (13-08-07 08:30) <
Interpreting line : >
8 * 02 (00,910 * MVA ) (13-07-16 08:30) <
Interpreting line : >
8 * 03 (00,898 * MVA ) (13-06-04 09:00) <
Interpreting line : >
8 * 04 (01,024 * MVA ) (13-05-14 09:00) <
Interpreting line : >
8 * 05 (01,152 * MVA ) (13-04-10 10:30) <
Interpreting line : >
8 * 06 (01,045 * MVA ) (13-03-05 09:00) <
Interpreting line : >
1-1:1.6.11 ( 00,531 * MW ) ( 13-09-02 09:00 ) <
Interpreting line : >
1-1:1.6.11 * 01 ( 00 655 * SW ) ( 13-08-07 08:30 ) <
Interpreting line : >
1-1:1.6.11 * 02 ( 00 907 * SW ) ( 13-07-16 08:30 ) <
Interpreting line : >
1-1:1.6.11 * 03 ( 00 897 * SW ) ( 13-06-04 09:00 ) <
Interpreting line : >
1-1:1.6.11 * 04 ( 01 023 * SW ) ( 13-05-14 09:00 ) <
Interpreting line : >
1-1:1.6.11 * 05 ( 01 143 * SW ) ( 13-04-10 10:30 ) <
Interpreting line : >
1-1:1.6.11 * 06 ( 01 034 * SW ) ( 13-03-05 09:00 ) <
Interpreting line : >
9 ( 00 531 * SW ) ( 13-09-02 09:00 ) <
Interpreting line : >
9 * 01 ( 00 655 * SW ) ( 13-08-07 08:30 ) <
Interpreting line : >
9 * 02 ( 00 907 * SW ) ( 13-07-16 08:30 ) <
Interpreting line : >
9 * 03 ( 00 897 * SW ) ( 13-06-04 09:00 ) <
Interpreting line : >
9 * 04 ( 01 023 * SW ) ( 13-05-14 09:00 ) <
Interpreting line : >
9 * 05 ( 01 143 * SW ) ( 13-04-10 10:30 ) <
Interpreting line : >
9 * 06 ( 01 034 * SW ) ( 13-03-05 09:00 ) <
Interpreting line : >
1-1:10.6.8 ( 00,000 * MVA ) (00-00-00 00:00) <
Interpreting line : >
1-1:10.6.8 * 01 (00,000 * MVA ) (00-00-00 00:00) <
Interpreting line : >
1-1:10.6.8 * 02 (00,000 * MVA ) (00-00-00 00:00) <
Interpreting line : >
1-1:10.6.8 * 03 (00,000 * MVA ) (00-00-00 00:00) <
Interpreting line : >
1-1:10.6.8 * 04 (00,000 * MVA ) (00-00-00 00:00) <
Interpreting line : >
1-1:10.6.8 * 05 (00,000 * MVA ) (00-00-00 00:00) <
Interpreting line : >
1-1:10.6.8 * 06 (00,000 * MVA ) (00-00-00 00:00) <
Interpreting line : >
1-1:10.6.9 ( 00,000 * MVA ) (00-00-00 00:00) <
Interpreting line : >
1-1:10.6.9 * 01 (00,000 * MVA ) (00-00-00 00:00) <
Interpreting line : >
1-1:10.6.9 * 02 (00,000 * MVA ) (00-00-00 00:00) <
Interpreting line : >
1-1:10.6.9 * 03 (00,000 * MVA ) (00-00-00 00:00) <
Interpreting line : >
1-1:10.6.9 * 04 (00,000 * MVA ) (00-00-00 00:00) <
Interpreting line : >
1-1:10.6.9 * 05 (00,000 * MVA ) (00-00-00 00:00) <
Interpreting line : >
1-1:10.6.9 * 06 (00,000 * MVA ) (00-00-00 00:00) <
Interpreting line : >
1-1:10.6.10 ( 00,000 * MVA ) (00-00-00 00:00) <
Interpreting line : >
1-1:10.6.10 * 01 (00,000 * MVA ) (00-00-00 00:00) <
Interpreting line : >
1-1:10.6.10 * 02 (00,000 * MVA ) (00-00-00 00:00) <
Interpreting line : >
1-1:10.6.10 * 03 (00,000 * MVA ) (00-00-00 00:00) <
Interpreting line : >
1-1:10.6.10 * 04 (00,000 * MVA ) (00-00-00 00:00) <
Interpreting line : >
1-1:10.6.10 * 05 (00,000 * MVA ) (00-00-00 00:00) <
Interpreting line : >
1-1:10.6.10 * 06 (00,000 * MVA ) (00-00-00 00:00) <
Interpreting line : >
1-1:2.6.11 ( 00,000 * MW ) ( 00-00-00 00:00 ) <
Interpreting line : >
1-1:2.6.11 * 01 ( 00,000 * MW ) ( 00-00-00 00:00 ) <
Interpreting line : >
1-1:2.6.11 * 02 ( 00,000 * MW ) ( 00-00-00 00:00 ) <
Interpreting line : >
1-1:2.6.11 * 03 ( 00,000 * MW ) ( 00-00-00 00:00 ) <
Interpreting line : >
1-1:2.6.11 * 04 ( 00,000 * MW ) ( 00-00-00 00:00 ) <
Interpreting line : >
1-1:2.6.11 * 05 ( 00,000 * MW ) ( 00-00-00 00:00 ) <
Interpreting line : >
1-1:2.6.11 * 06 ( 00,000 * MW ) ( 00-00-00 00:00 ) <
Interpreting line : >
1-1:2.6.12 ( 00,000 * MW ) ( 00-00-00 00:00 ) <
Interpreting line : >
1-1:2.6.12 * 01 ( 00,000 * MW ) ( 00-00-00 00:00 ) <
Interpreting line : >
1-1:2.6.12 * 02 ( 00,000 * MW ) ( 00-00-00 00:00 ) <
Interpreting line : >
1-1:2.6.12 * 03 ( 00,000 * MW ) ( 00-00-00 00:00 ) <
Interpreting line : >
1-1:2.6.12 * 04 ( 00,000 * MW ) ( 00-00-00 00:00 ) <
Interpreting line : >
1-1:2.6.12 * 05 ( 00,000 * MW ) ( 00-00-00 00:00 ) <
Interpreting line : >
1-1:2.6.12 * 06 ( 00,000 * MW ) ( 00-00-00 00:00 ) <
Interpreting line : >
! <
. . .

Ok, it is because their phasor values in the IEC readout have non-standard identifiers.
E.g. A2 ( 065.6 * V ) <
WHAT VOLTAGE IS THIS ? ? ? (
We need something like:
1-1:32.7.0(110.8*V)
or possibly
L1(110.8*V)
for red voltage.
and red current would be 31 as opposed to 32, or we can also work with A1(
and the same for the angles. We need something like .4 or P1 or 18( for the red current's angle to the red voltage, or .14 for red current to white voltage, or .24 for red current to blue voltage, etc.
In these things, it is a good idea to use the standard OBIS codes, so that we know what in the universe we are talking about. The Landis and Gyr is great in the sense that you can set it up to do almost anything, but that does have its negative consequences as well, being that it makes it sometimes difficult to get different systems to talk together coherently with a Landis and Gyr, if you set it up as you please, which is, in a non standard way with non standard identifiers.