10:46:02.393 Used protocol profile: "IEC 60870-5-103" Used timeout intervals: "Message TO=1s, Link Down TO=7s" Serial port "COM1" opened: 19200 baud, 8 data bits, even parity and 1 stop bits, 10000ms gap supervision timeout 10:46:02.393 Start monitoring for protocol traffic (Not all frames may be caught) ... 10:46:18.459 TYP=5|M_ID_NA_3|identification VSQ [SQ, N=1], COT=3|reset frame count bit (FCB) CA=10|0x0a FUN=160|overcurrent protection I>>, INF=2|reset FCB COL=2 ASC="SIEMENS "|0x53 0x49 0x45 0x4d 0x45 0x4e 0x53 0x20 Internal software identification: 0x32 0x2e 0x31 0x33 10:46:18.894 TYP=5|M_ID_NA_3|identification VSQ [SQ, N=1], COT=3|reset frame count bit (FCB) CA=14|0x0e FUN=160|overcurrent protection I>>, INF=2|reset FCB COL=2 ASC="SIEMENS "|0x53 0x49 0x45 0x4d 0x45 0x4e 0x53 0x20 Internal software identification: 0x32 0x2e 0x31 0x33 10:46:19.501 TYP=5|M_ID_NA_3|identification VSQ [SQ, N=1], COT=3|reset frame count bit (FCB) CA=18|0x12 FUN=160|overcurrent protection I>>, INF=2|reset FCB COL=2 ASC="SIEMENS "|0x53 0x49 0x45 0x4d 0x45 0x4e 0x53 0x20 Internal software identification: 0x32 0x2e 0x31 0x31 10:46:19.820 TYP=5|M_ID_NA_3|identification VSQ [SQ, N=1], COT=3|reset frame count bit (FCB) CA=3|0x03 FUN=160|overcurrent protection I>>, INF=2|reset FCB COL=2 ASC="SIEMENS "|0x53 0x49 0x45 0x4d 0x45 0x4e 0x53 0x20 Internal software identification: 0x32 0x2e 0x31 0x33 10:46:20.603 TYP=5|M_ID_NA_3|identification VSQ [SQ, N=1], COT=3|reset frame count bit (FCB) CA=7|0x07 FUN=160|overcurrent protection I>>, INF=2|reset FCB COL=2 ASC="SIEMENS "|0x53 0x49 0x45 0x4d 0x45 0x4e 0x53 0x20 Internal software identification: 0x32 0x2e 0x31 0x33 10:46:21.755 TYP=5|M_ID_NA_3|identification VSQ [SQ, N=1], COT=3|reset frame count bit (FCB) CA=15|0x0f FUN=160|overcurrent protection I>>, INF=2|reset FCB COL=2 ASC="SIEMENS "|0x53 0x49 0x45 0x4d 0x45 0x4e 0x53 0x20 Internal software identification: 0x32 0x2e 0x31 0x33 10:46:22.395 TYP=5|M_ID_NA_3|identification VSQ [SQ, N=1], COT=3|reset frame count bit (FCB) CA=17|0x11 FUN=160|overcurrent protection I>>, INF=2|reset FCB COL=2 ASC="SIEMENS "|0x53 0x49 0x45 0x4d 0x45 0x4e 0x53 0x20 Internal software identification: 0x32 0x2e 0x31 0x33 10:46:23.003 TYP=5|M_ID_NA_3|identification VSQ [SQ, N=1], COT=3|reset frame count bit (FCB) CA=4|0x04 FUN=160|overcurrent protection I>>, INF=2|reset FCB COL=2 ASC="SIEMENS "|0x53 0x49 0x45 0x4d 0x45 0x4e 0x53 0x20 Internal software identification: 0x32 0x2e 0x31 0x33 10:46:23.563 TYP=5|M_ID_NA_3|identification VSQ [SQ, N=1], COT=3|reset frame count bit (FCB) CA=8|0x08 FUN=160|overcurrent protection I>>, INF=2|reset FCB COL=2 ASC="SIEMENS "|0x53 0x49 0x45 0x4d 0x45 0x4e 0x53 0x20 Internal software identification: 0x32 0x2e 0x31 0x33 10:46:24.149 TYP=5|M_ID_NA_3|identification VSQ [SQ, N=1], COT=3|reset frame count bit (FCB) CA=12|0x0c FUN=160|overcurrent protection I>>, INF=2|reset FCB COL=2 ASC="SIEMENS "|0x53 0x49 0x45 0x4d 0x45 0x4e 0x53 0x20 Internal software identification: 0x32 0x2e 0x31 0x33 10:46:24.793 TYP=5|M_ID_NA_3|identification VSQ [SQ, N=1], COT=3|reset frame count bit (FCB) CA=16|0x10 FUN=160|overcurrent protection I>>, INF=2|reset FCB COL=2 ASC="SIEMENS "|0x53 0x49 0x45 0x4d 0x45 0x4e 0x53 0x20 Internal software identification: 0x32 0x2e 0x31 0x33 10:46:25.050 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=18|0x12 FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=2|"tuesday" 15:09 18407msec [iv su] 10:46:25.306 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=18|0x12 FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=1|"monday" 15:09 18440msec [iv su] 10:46:25.902 TYP=5|M_ID_NA_3|identification VSQ [SQ, N=1], COT=3|reset frame count bit (FCB) CA=1|0x01 FUN=160|overcurrent protection I>>, INF=2|reset FCB COL=2 ASC="SIEMENS "|0x53 0x49 0x45 0x4d 0x45 0x4e 0x53 0x20 Internal software identification: 0x32 0x2e 0x31 0x33 10:46:26.231 TYP=5|M_ID_NA_3|identification VSQ [SQ, N=1], COT=3|reset frame count bit (FCB) CA=5|0x05 FUN=160|overcurrent protection I>>, INF=2|reset FCB COL=2 ASC="SIEMENS "|0x53 0x49 0x45 0x4d 0x45 0x4e 0x53 0x20 Internal software identification: 0x32 0x2e 0x31 0x33 10:46:26.866 TYP=5|M_ID_NA_3|identification VSQ [SQ, N=1], COT=3|reset frame count bit (FCB) CA=9|0x09 FUN=160|overcurrent protection I>>, INF=2|reset FCB COL=2 ASC="SIEMENS "|0x53 0x49 0x45 0x4d 0x45 0x4e 0x53 0x20 Internal software identification: 0x32 0x2e 0x31 0x33 10:46:27.493 TYP=5|M_ID_NA_3|identification VSQ [SQ, N=1], COT=3|reset frame count bit (FCB) CA=13|0x0d FUN=160|overcurrent protection I>>, INF=2|reset FCB COL=2 ASC="SIEMENS "|0x53 0x49 0x45 0x4d 0x45 0x4e 0x53 0x20 Internal software identification: 0x32 0x2e 0x31 0x33 10:46:27.830 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=17|0x11 FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=2|"tuesday" 15:09 21188msec [iv su] 10:46:28.092 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=17|0x11 FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=1|"monday" 15:09 21211msec [iv su] 10:46:28.525 TYP=5|M_ID_NA_3|identification VSQ [SQ, N=1], COT=3|reset frame count bit (FCB) CA=2|0x02 FUN=160|overcurrent protection I>>, INF=2|reset FCB COL=2 ASC="SIEMENS "|0x53 0x49 0x45 0x4d 0x45 0x4e 0x53 0x20 Internal software identification: 0x32 0x2e 0x31 0x33 10:46:29.356 TYP=5|M_ID_NA_3|identification VSQ [SQ, N=1], COT=3|reset frame count bit (FCB) CA=6|0x06 FUN=160|overcurrent protection I>>, INF=2|reset FCB COL=2 ASC="SIEMENS "|0x53 0x49 0x45 0x4d 0x45 0x4e 0x53 0x20 Internal software identification: 0x32 0x2e 0x31 0x33 10:46:29.686 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=10|0x0a FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=2|"tuesday" 15:09 23043msec [iv su] 10:46:29.864 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=10|0x0a FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=1|"monday" 15:09 23066msec [iv su] 10:46:30.152 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=14|0x0e FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=2|"tuesday" 15:09 23509msec [iv su] 10:46:30.269 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=14|0x0e FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=1|"monday" 15:09 23542msec [iv su] 10:46:30.599 TYP=7|C_IC_NA_3|initiation of general interrogation VSQ [SQ, N=1], COT=9|initiation of general interrogation CA=18|0x12 FUN=255|global function type GLB, INF=0|initiation of general interrogation SCN=1 10:46:30.822 TYP=8|M_IC_NA_3|general interrogation termination VSQ [SQ, N=1], COT=10|termination of general interrogation CA=18|0x12 FUN=255|global function type GLB, INF=0|end of general interrogation SCN=1 10:46:31.001 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=3|0x03 FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=2|"tuesday" 15:09 24358msec [iv su] 10:46:31.176 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=3|0x03 FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=1|"monday" 15:09 24381msec [iv su] 10:46:31.621 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=7|0x07 FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=2|"tuesday" 15:09 24978msec [iv su] 10:46:31.729 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=7|0x07 FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=1|"monday" 15:09 25011msec [iv su] 10:46:32.582 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=15|0x0f FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=2|"tuesday" 15:09 25940msec [iv su] 10:46:32.808 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=15|0x0f FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=1|"monday" 15:09 25963msec [iv su] 10:46:33.086 TYP=7|C_IC_NA_3|initiation of general interrogation VSQ [SQ, N=1], COT=9|initiation of general interrogation CA=17|0x11 FUN=255|global function type GLB, INF=0|initiation of general interrogation SCN=1 10:46:33.307 TYP=8|M_IC_NA_3|general interrogation termination VSQ [SQ, N=1], COT=10|termination of general interrogation CA=17|0x11 FUN=255|global function type GLB, INF=0|end of general interrogation SCN=1 10:46:33.472 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=4|0x04 FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=2|"tuesday" 15:09 26830msec [iv su] 10:46:33.730 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=4|0x04 FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=1|"monday" 15:09 26853msec [iv su] 10:46:34.002 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=8|0x08 FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=2|"tuesday" 15:09 27360msec [iv su] 10:46:34.266 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=8|0x08 FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=1|"monday" 15:09 27383msec [iv su] 10:46:34.546 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=12|0x0c FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=2|"tuesday" 15:09 27904msec [iv su] 10:46:34.672 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=12|0x0c FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=1|"monday" 15:09 27937msec [iv su] 10:46:34.819 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=16|0x10 FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=2|"tuesday" 15:09 28177msec [iv su] 10:46:35.228 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=16|0x10 FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=1|"monday" 15:09 28210msec [iv su] 10:46:35.529 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=18|0x12 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:46:35.680 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=1|0x01 FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=2|"tuesday" 15:09 29038msec [iv su] 10:46:35.781 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=0|0x00 FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=1|"monday" 15:09 29071msec [iv su] 10:46:36.256 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=5|0x05 FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=2|"tuesday" 15:09 29614msec [iv su] 10:46:36.483 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=5|0x05 FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=1|"monday" 15:09 29627msec [iv su] 10:46:36.768 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=9|0x09 FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=2|"tuesday" 15:09 30126msec [iv su] 10:46:36.930 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=9|0x09 FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=1|"monday" 15:09 30159msec [iv su] 10:46:37.123 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=13|0x0d FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=2|"tuesday" 15:09 30481msec [iv su] 10:46:37.346 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=0|0x00 FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=1|"monday" 15:09 30504msec [iv su] 10:46:37.524 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=17|0x11 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:46:37.864 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=2|0x02 FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=2|"tuesday" 15:09 31223msec [iv su] 10:46:38.083 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=0|0x00 FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=1|"monday" 15:09 31236msec [iv su] 10:46:38.536 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=6|0x06 FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=2|"tuesday" 15:09 31894msec [iv su] 10:46:38.754 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=6|0x06 FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=1|"monday" 15:09 31927msec [iv su] 10:46:38.898 TYP=7|C_IC_NA_3|initiation of general interrogation VSQ [SQ, N=1], COT=9|initiation of general interrogation CA=10|0x0a FUN=255|global function type GLB, INF=0|initiation of general interrogation SCN=1 10:46:39.000 TYP=8|M_IC_NA_3|general interrogation termination VSQ [SQ, N=1], COT=10|termination of general interrogation CA=10|0x0a FUN=255|global function type GLB, INF=0|end of general interrogation SCN=1 10:46:39.260 TYP=7|C_IC_NA_3|initiation of general interrogation VSQ [SQ, N=1], COT=9|initiation of general interrogation CA=14|0x0e FUN=255|global function type GLB, INF=0|initiation of general interrogation SCN=1 10:46:39.365 TYP=8|M_IC_NA_3|general interrogation termination VSQ [SQ, N=1], COT=10|termination of general interrogation CA=14|0x0e FUN=255|global function type GLB, INF=0|end of general interrogation SCN=1 10:46:39.557 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=18|0x12 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:46:39.831 TYP=7|C_IC_NA_3|initiation of general interrogation VSQ [SQ, N=1], COT=9|initiation of general interrogation CA=3|0x03 FUN=255|global function type GLB, INF=0|initiation of general interrogation SCN=1 10:46:40.052 TYP=8|M_IC_NA_3|general interrogation termination VSQ [SQ, N=1], COT=10|termination of general interrogation CA=3|0x03 FUN=255|global function type GLB, INF=0|end of general interrogation SCN=1 10:46:40.339 TYP=7|C_IC_NA_3|initiation of general interrogation VSQ [SQ, N=1], COT=9|initiation of general interrogation CA=7|0x07 FUN=255|global function type GLB, INF=0|initiation of general interrogation SCN=1 10:46:40.554 TYP=8|M_IC_NA_3|general interrogation termination VSQ [SQ, N=1], COT=10|termination of general interrogation CA=7|0x07 FUN=255|global function type GLB, INF=0|end of general interrogation SCN=1 10:46:41.271 TYP=7|C_IC_NA_3|initiation of general interrogation VSQ [SQ, N=1], COT=9|initiation of general interrogation CA=15|0x0f FUN=255|global function type GLB, INF=0|initiation of general interrogation SCN=1 10:46:41.545 TYP=8|M_IC_NA_3|general interrogation termination VSQ [SQ, N=1], COT=10|termination of general interrogation CA=15|0x0f FUN=255|global function type GLB, INF=0|end of general interrogation SCN=1 10:46:41.754 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=17|0x11 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:46:41.967 TYP=7|C_IC_NA_3|initiation of general interrogation VSQ [SQ, N=1], COT=9|initiation of general interrogation CA=4|0x04 FUN=255|global function type GLB, INF=0|initiation of general interrogation SCN=1 10:46:42.175 TYP=8|M_IC_NA_3|general interrogation termination VSQ [SQ, N=1], COT=10|termination of general interrogation CA=4|0x04 FUN=255|global function type GLB, INF=0|end of general interrogation SCN=1 10:46:42.319 TYP=7|C_IC_NA_3|initiation of general interrogation VSQ [SQ, N=1], COT=9|initiation of general interrogation CA=8|0x08 FUN=255|global function type GLB, INF=0|initiation of general interrogation SCN=1 10:46:42.424 TYP=8|M_IC_NA_3|general interrogation termination VSQ [SQ, N=1], COT=10|termination of general interrogation CA=8|0x08 FUN=255|global function type GLB, INF=0|end of general interrogation SCN=1 10:46:42.652 TYP=7|C_IC_NA_3|initiation of general interrogation VSQ [SQ, N=1], COT=9|initiation of general interrogation CA=12|0x0c FUN=255|global function type GLB, INF=0|initiation of general interrogation SCN=1 10:46:42.831 TYP=8|M_IC_NA_3|general interrogation termination VSQ [SQ, N=1], COT=10|termination of general interrogation CA=12|0x0c FUN=255|global function type GLB, INF=0|end of general interrogation SCN=1 10:46:43.113 TYP=7|C_IC_NA_3|initiation of general interrogation VSQ [SQ, N=1], COT=9|initiation of general interrogation CA=16|0x10 FUN=255|global function type GLB, INF=0|initiation of general interrogation SCN=1 10:46:43.263 TYP=8|M_IC_NA_3|general interrogation termination VSQ [SQ, N=1], COT=10|termination of general interrogation CA=16|0x10 FUN=255|global function type GLB, INF=0|end of general interrogation SCN=1 10:46:43.488 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=18|0x12 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:46:43.645 TYP=7|C_IC_NA_3|initiation of general interrogation VSQ [SQ, N=1], COT=9|initiation of general interrogation CA=1|0x01 FUN=255|global function type GLB, INF=0|initiation of general interrogation SCN=1 10:46:43.731 TYP=8|M_IC_NA_3|general interrogation termination VSQ [SQ, N=1], COT=10|termination of general interrogation CA=1|0x01 FUN=255|global function type GLB, INF=0|end of general interrogation SCN=1 10:46:44.049 TYP=7|C_IC_NA_3|initiation of general interrogation VSQ [SQ, N=1], COT=9|initiation of general interrogation CA=5|0x05 FUN=255|global function type GLB, INF=0|initiation of general interrogation SCN=1 10:46:44.300 TYP=8|M_IC_NA_3|general interrogation termination VSQ [SQ, N=1], COT=10|termination of general interrogation CA=5|0x05 FUN=255|global function type GLB, INF=0|end of general interrogation SCN=1 10:46:44.705 TYP=7|C_IC_NA_3|initiation of general interrogation VSQ [SQ, N=1], COT=9|initiation of general interrogation CA=9|0x09 FUN=255|global function type GLB, INF=0|initiation of general interrogation SCN=1 10:46:44.806 TYP=8|M_IC_NA_3|general interrogation termination VSQ [SQ, N=1], COT=10|termination of general interrogation CA=9|0x09 FUN=255|global function type GLB, INF=0|end of general interrogation SCN=1 10:46:45.212 TYP=7|C_IC_NA_3|initiation of general interrogation VSQ [SQ, N=1], COT=9|initiation of general interrogation CA=13|0x0d FUN=255|global function type GLB, INF=0|initiation of general interrogation SCN=1 10:46:45.317 TYP=8|M_IC_NA_3|general interrogation termination VSQ [SQ, N=1], COT=10|termination of general interrogation CA=13|0x0d FUN=255|global function type GLB, INF=0|end of general interrogation SCN=1 10:46:45.493 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=17|0x11 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:46:45.871 TYP=7|C_IC_NA_3|initiation of general interrogation VSQ [SQ, N=1], COT=9|initiation of general interrogation CA=2|0x02 FUN=255|global function type GLB, INF=0|initiation of general interrogation SCN=1 10:46:46.057 TYP=8|M_IC_NA_3|general interrogation termination VSQ [SQ, N=1], COT=10|termination of general interrogation CA=2|0x02 FUN=255|global function type GLB, INF=0|end of general interrogation SCN=1 10:46:46.225 TYP=7|C_IC_NA_3|initiation of general interrogation VSQ [SQ, N=1], COT=9|initiation of general interrogation CA=6|0x06 FUN=255|global function type GLB, INF=0|initiation of general interrogation SCN=1 10:46:46.409 TYP=8|M_IC_NA_3|general interrogation termination VSQ [SQ, N=1], COT=10|termination of general interrogation CA=6|0x06 FUN=255|global function type GLB, INF=0|end of general interrogation SCN=1 10:46:46.717 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=10|0x0a FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0155|0.0832520 [er ov] 10:46:46.902 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=14|0x0e FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0322|0.1958008 [er ov] 10:46:47.208 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=18|0x12 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:46:47.367 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=3|0x03 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0222|0.1333008 [er ov] 10:46:47.531 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=7|0x07 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:46:48.364 TYP=7|C_IC_NA_3|initiation of general interrogation VSQ [SQ, N=1], COT=9|initiation of general interrogation CA=15|0x0f FUN=255|global function type GLB, INF=0|initiation of general interrogation SCN=2 10:46:48.556 TYP=8|M_IC_NA_3|general interrogation termination VSQ [SQ, N=1], COT=10|termination of general interrogation CA=15|0x0f FUN=255|global function type GLB, INF=0|end of general interrogation SCN=2 10:46:48.733 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=17|0x11 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:46:49.033 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=4|0x04 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:46:49.271 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=8|0x08 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:46:49.510 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=12|0x0c FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:46:49.831 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=16|0x10 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:46:50.176 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=18|0x12 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:46:50.591 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=1|0x01 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0044|0.0166016 [er ov] 10:46:50.797 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=5|0x05 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:46:51.305 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=9|0x09 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:46:51.599 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=13|0x0d FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0044|0.0166016 [er ov] 10:46:51.762 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=17|0x11 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:46:52.075 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=2|0x02 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0077|0.0290527 [er ov] 10:46:52.267 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=6|0x06 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:46:52.712 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=10|0x0a FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0155|0.0832520 [er ov] 10:46:53.051 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=14|0x0e FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x02ee|0.1831055 [er ov] 10:46:53.357 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=18|0x12 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:46:53.666 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=3|0x03 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0222|0.1333008 [er ov] 10:46:53.830 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=7|0x07 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:46:55.044 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=15|0x0f FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:46:55.450 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=17|0x11 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:46:55.701 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=4|0x04 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:46:56.018 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=8|0x08 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:46:56.285 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=12|0x0c FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:46:56.619 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=16|0x10 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:46:56.920 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=18|0x12 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:46:57.079 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=1|0x01 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0044|0.0166016 [er ov] 10:46:57.268 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=5|0x05 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:46:57.571 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=9|0x09 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:46:57.888 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=13|0x0d FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0044|0.0166016 [er ov] 10:46:58.353 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=17|0x11 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:46:58.546 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=2|0x02 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0077|0.0290527 [er ov] 10:46:58.768 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=6|0x06 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:46:59.031 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=10|0x0a FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0155|0.0832520 [er ov] 10:46:59.260 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=14|0x0e FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0311|0.1916504 [er ov] 10:46:59.658 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=18|0x12 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:46:59.823 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=3|0x03 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0222|0.1333008 [er ov] 10:46:59.989 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=7|0x07 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:00.842 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=15|0x0f FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:01.148 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=17|0x11 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:01.432 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=4|0x04 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:01.752 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=8|0x08 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:01.918 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=12|0x0c FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:02.079 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=16|0x10 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:02.275 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=18|0x12 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:02.489 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=1|0x01 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0044|0.0166016 [er ov] 10:47:02.897 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=5|0x05 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:03.204 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=9|0x09 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:03.496 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=13|0x0d FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0044|0.0166016 [er ov] 10:47:03.761 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=17|0x11 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:03.944 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=2|0x02 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0077|0.0290527 [er ov] 10:47:04.106 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=6|0x06 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:04.272 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=10|0x0a FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0155|0.0832520 [er ov] 10:47:04.729 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=14|0x0e FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0322|0.1958008 [er ov] 10:47:04.947 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=18|0x12 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:05.241 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=3|0x03 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0222|0.1333008 [er ov] 10:47:05.539 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=7|0x07 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:06.341 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=15|0x0f FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:06.521 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=17|0x11 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:06.822 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=255|0xff FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=2|"tuesday" 15:10 182msec [iv su] 10:47:07.000 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=4|0x04 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:07.257 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=0|0x00 FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=1|"monday" 15:10 205msec [iv su] 10:47:07.850 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=8|0x08 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:08.017 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=8|0x08 FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=1|"monday" 15:10 205msec [iv su] 10:47:08.587 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=12|0x0c FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:08.790 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=0|0x00 FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=1|"monday" 15:10 205msec [iv su] 10:47:10.477 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=16|0x10 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:10.672 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=0|0x00 FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=1|"monday" 15:10 205msec [iv su] 10:47:11.233 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=18|0x12 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:11.441 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=0|0x00 FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=1|"monday" 15:10 205msec [iv su] 10:47:12.004 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=1|0x01 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0044|0.0166016 [er ov] 10:47:12.264 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=0|0x00 FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=1|"monday" 15:10 205msec [iv su] 10:47:12.867 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=5|0x05 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:13.057 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=0|0x00 FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=1|"monday" 15:10 205msec [iv su] 10:47:13.668 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=9|0x09 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:13.973 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=0|0x00 FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=1|"monday" 15:10 205msec [iv su] 10:47:14.527 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=13|0x0d FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0044|0.0166016 [er ov] 10:47:14.843 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=0|0x00 FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=1|"monday" 15:10 195msec [iv su] 10:47:15.481 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=17|0x11 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:15.733 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=0|0x00 FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=1|"monday" 15:10 215msec [iv su] 10:47:16.373 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=2|0x02 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0088|0.0332031 [er ov] 10:47:16.667 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=0|0x00 FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=1|"monday" 15:10 205msec [iv su] 10:47:17.226 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=6|0x06 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:17.400 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=0|0x00 FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=1|"monday" 15:10 205msec [iv su] 10:47:18.301 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=10|0x0a FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0155|0.0832520 [er ov] 10:47:18.757 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=0|0x00 FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=1|"monday" 15:10 215msec [iv su] 10:47:19.369 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=14|0x0e FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x02ee|0.1831055 [er ov] 10:47:19.674 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=0|0x00 FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=1|"monday" 15:10 205msec [iv su] 10:47:20.226 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=18|0x12 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:20.514 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=3|0x03 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0222|0.1333008 [er ov] 10:47:20.698 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=0|0x00 FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=1|"monday" 15:10 195msec [iv su] 10:47:21.284 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=7|0x07 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:21.572 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=0|0x00 FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=1|"monday" 15:10 205msec [iv su] 10:47:22.781 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=15|0x0f FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:22.948 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=15|0x0f FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=1|"monday" 15:10 205msec [iv su] 10:47:23.620 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=17|0x11 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:23.907 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=4|0x04 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:24.068 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=8|0x08 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:24.224 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=12|0x0c FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:24.555 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=16|0x10 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:24.846 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=18|0x12 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:25.306 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=1|0x01 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0044|0.0166016 [er ov] 10:47:25.504 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=5|0x05 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:25.748 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=9|0x09 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:26.004 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=13|0x0d FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0044|0.0166016 [er ov] 10:47:26.197 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=17|0x11 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:26.360 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=2|0x02 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0088|0.0332031 [er ov] 10:47:26.835 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=6|0x06 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:27.122 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=10|0x0a FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0155|0.0832520 [er ov] 10:47:27.426 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=14|0x0e FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0311|0.1916504 [er ov] 10:47:27.725 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=18|0x12 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:27.883 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=3|0x03 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0222|0.1333008 [er ov] 10:47:28.226 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=7|0x07 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:29.318 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=15|0x0f FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:29.485 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=17|0x11 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:29.829 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=4|0x04 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:30.297 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=8|0x08 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:30.515 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=12|0x0c FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:30.695 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=16|0x10 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:30.892 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=18|0x12 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:31.055 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=1|0x01 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0044|0.0166016 [er ov] 10:47:31.263 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=5|0x05 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:31.820 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=9|0x09 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:31.975 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=13|0x0d FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0044|0.0166016 [er ov] 10:47:32.660 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=2|0x02 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0088|0.0332031 [er ov] 10:47:32.903 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=6|0x06 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:33.227 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=10|0x0a FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0155|0.0832520 [er ov] 10:47:33.526 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=14|0x0e FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x02dd|0.1789551 [er ov] 10:47:33.809 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=18|0x12 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:33.961 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=3|0x03 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0222|0.1333008 [er ov] 10:47:34.123 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=7|0x07 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:35.281 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=15|0x0f FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:35.925 TYP=5|M_ID_NA_3|identification VSQ [SQ, N=1], COT=3|reset frame count bit (FCB) CA=17|0x11 FUN=160|overcurrent protection I>>, INF=2|reset FCB COL=2 ASC="SIEMENS "|0x53 0x49 0x45 0x4d 0x45 0x4e 0x53 0x20 Internal software identification: 0x32 0x2e 0x31 0x33 10:47:36.347 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=4|0x04 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:36.814 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=8|0x08 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:36.993 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=12|0x0c FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:37.342 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=16|0x10 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:37.624 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=18|0x12 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:38.075 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=1|0x01 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0044|0.0166016 [er ov] 10:47:38.252 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=5|0x05 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:38.408 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=9|0x09 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:38.693 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=13|0x0d FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0044|0.0166016 [er ov] 10:47:38.861 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=17|0x11 FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=2|"tuesday" 15:10 32222msec [iv su] 10:47:39.083 TYP=6|C_CS_NA_3|time synchronization VSQ [SQ, N=1], COT=8|time synchronization CA=17|0x11 FUN=255|global function type GLB, INF=0|time synchronization CP56Time2a=12-03-08 DoW=1|"monday" 15:10 32245msec [iv su] 10:47:39.259 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=2|0x02 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0077|0.0290527 [er ov] 10:47:39.503 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=6|0x06 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:39.661 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=10|0x0a FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0155|0.0832520 [er ov] 10:47:40.006 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=14|0x0e FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0322|0.1958008 [er ov] 10:47:40.244 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=18|0x12 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:40.502 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=3|0x03 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0222|0.1333008 [er ov] 10:47:40.685 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=7|0x07 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:41.556 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=15|0x0f FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:41.769 TYP=7|C_IC_NA_3|initiation of general interrogation VSQ [SQ, N=1], COT=9|initiation of general interrogation CA=17|0x11 FUN=255|global function type GLB, INF=0|initiation of general interrogation SCN=1 10:47:41.909 TYP=8|M_IC_NA_3|general interrogation termination VSQ [SQ, N=1], COT=10|termination of general interrogation CA=17|0x11 FUN=255|global function type GLB, INF=0|end of general interrogation SCN=1 10:47:42.125 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=4|0x04 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:42.418 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=8|0x08 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:42.873 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=12|0x0c FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:43.161 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=16|0x10 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:43.523 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=18|0x12 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:43.754 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=1|0x01 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0044|0.0166016 [er ov] 10:47:43.961 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=5|0x05 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:44.256 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=9|0x09 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:44.513 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=13|0x0d FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0044|0.0166016 [er ov] 10:47:44.767 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=17|0x11 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:44.980 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=2|0x02 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0088|0.0332031 [er ov] 10:47:45.271 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=6|0x06 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:45.459 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=10|0x0a FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0155|0.0832520 [er ov] 10:47:45.624 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=14|0x0e FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x02ff|0.1872559 [er ov] 10:47:46.092 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=18|0x12 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:46.381 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=3|0x03 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0222|0.1333008 [er ov] 10:47:46.701 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=7|0x07 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:47.370 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=15|0x0f FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:47.667 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=17|0x11 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:47.826 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=4|0x04 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:47.994 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=8|0x08 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:48.199 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=12|0x0c FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:48.623 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=16|0x10 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:48.912 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=18|0x12 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:49.359 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=1|0x01 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0044|0.0166016 [er ov] 10:47:49.661 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=5|0x05 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:49.818 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=9|0x09 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:50.312 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=13|0x0d FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0044|0.0166016 [er ov] 10:47:50.774 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=17|0x11 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:51.063 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=2|0x02 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0088|0.0332031 [er ov] 10:47:51.232 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=6|0x06 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:51.558 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=10|0x0a FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0155|0.0832520 [er ov] 10:47:51.854 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=14|0x0e FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x02dd|0.1789551 [er ov] 10:47:52.292 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=18|0x12 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:52.591 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=3|0x03 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0222|0.1333008 [er ov] 10:47:52.819 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=7|0x07 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:53.489 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=15|0x0f FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:53.754 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=17|0x11 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:54.075 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=4|0x04 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:54.266 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=8|0x08 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:54.502 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=12|0x0c FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:54.662 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=16|0x10 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:54.821 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=18|0x12 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:55.000 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=1|0x01 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0044|0.0166016 [er ov] 10:47:55.251 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=5|0x05 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:55.603 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=9|0x09 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:55.891 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=13|0x0d FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0044|0.0166016 [er ov] 10:47:56.063 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=17|0x11 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:56.263 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=2|0x02 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0077|0.0290527 [er ov] 10:47:56.510 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=6|0x06 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:56.817 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=10|0x0a FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0155|0.0832520 [er ov] 10:47:57.133 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=14|0x0e FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x02dd|0.1789551 [er ov] 10:47:57.442 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=18|0x12 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:57.690 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=3|0x03 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0222|0.1333008 [er ov] 10:47:57.982 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=7|0x07 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:58.857 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=15|0x0f FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:59.225 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=17|0x11 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:59.441 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=4|0x04 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:59.613 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=8|0x08 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:47:59.781 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=12|0x0c FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:00.092 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=16|0x10 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:00.569 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=18|0x12 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:00.851 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=1|0x01 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0044|0.0166016 [er ov] 10:48:01.299 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=5|0x05 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:01.475 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=9|0x09 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:01.792 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=13|0x0d FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0044|0.0166016 [er ov] 10:48:02.095 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=17|0x11 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:02.542 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=2|0x02 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0088|0.0332031 [er ov] 10:48:02.899 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=6|0x06 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:03.204 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=10|0x0a FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0155|0.0832520 [er ov] 10:48:03.493 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=14|0x0e FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0311|0.1916504 [er ov] 10:48:03.850 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=18|0x12 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:04.268 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=3|0x03 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0222|0.1333008 [er ov] 10:48:04.441 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=7|0x07 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:05.272 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=15|0x0f FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:05.634 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=17|0x11 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:05.925 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=4|0x04 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:06.375 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=8|0x08 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:06.689 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=12|0x0c FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:06.849 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=16|0x10 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:07.321 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=18|0x12 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:07.501 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=1|0x01 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0044|0.0166016 [er ov] 10:48:07.758 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=5|0x05 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:08.054 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=9|0x09 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:08.341 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=13|0x0d FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0044|0.0166016 [er ov] 10:48:08.641 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=17|0x11 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:08.795 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=2|0x02 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0077|0.0290527 [er ov] 10:48:08.968 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=6|0x06 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:09.255 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=10|0x0a FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0155|0.0832520 [er ov] 10:48:09.480 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=14|0x0e FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x02ee|0.1831055 [er ov] 10:48:09.721 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=18|0x12 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:10.016 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=3|0x03 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0222|0.1333008 [er ov] 10:48:10.320 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=7|0x07 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:11.193 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=15|0x0f FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:11.484 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=17|0x11 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:11.764 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=4|0x04 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:12.071 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=8|0x08 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:12.357 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=12|0x0c FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:12.801 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=16|0x10 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:13.089 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=18|0x12 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:13.241 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=1|0x01 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0044|0.0166016 [er ov] 10:48:13.589 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=5|0x05 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:13.894 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=9|0x09 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:14.345 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=13|0x0d FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0044|0.0166016 [er ov] 10:48:14.660 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=17|0x11 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:14.815 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=2|0x02 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0077|0.0290527 [er ov] 10:48:15.294 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=6|0x06 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:15.603 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=10|0x0a FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0155|0.0832520 [er ov] 10:48:16.052 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=14|0x0e FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0311|0.1916504 [er ov] 10:48:16.268 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=18|0x12 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:16.476 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=3|0x03 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0222|0.1333008 [er ov] 10:48:16.657 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=7|0x07 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:17.685 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=15|0x0f FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:18.011 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=17|0x11 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:18.261 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=4|0x04 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:18.444 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=8|0x08 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:18.739 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=12|0x0c FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:18.920 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=16|0x10 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:19.086 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=18|0x12 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:19.261 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=1|0x01 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0044|0.0166016 [er ov] 10:48:19.557 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=5|0x05 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:19.843 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=9|0x09 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:20.128 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=13|0x0d FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0044|0.0166016 [er ov] 10:48:20.579 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=17|0x11 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:20.763 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=2|0x02 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0088|0.0332031 [er ov] 10:48:21.034 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=6|0x06 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:21.202 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=10|0x0a FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0155|0.0832520 [er ov] 10:48:21.362 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=14|0x0e FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0311|0.1916504 [er ov] 10:48:21.838 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=18|0x12 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:22.127 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=3|0x03 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0222|0.1333008 [er ov] 10:48:22.577 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=7|0x07 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:23.536 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=15|0x0f FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:23.752 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=17|0x11 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:24.200 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=4|0x04 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:24.363 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=8|0x08 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:24.748 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=12|0x0c FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:24.996 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=16|0x10 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:25.248 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=18|0x12 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:25.579 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=1|0x01 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0044|0.0166016 [er ov] 10:48:25.748 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=5|0x05 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:26.103 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=9|0x09 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:26.447 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=13|0x0d FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0044|0.0166016 [er ov] 10:48:26.721 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=17|0x11 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:26.881 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=2|0x02 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0088|0.0332031 [er ov] 10:48:27.365 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=6|0x06 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:27.805 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=10|0x0a FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0155|0.0832520 [er ov] 10:48:28.091 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=14|0x0e FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x02ee|0.1831055 [er ov] 10:48:28.404 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=18|0x12 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:28.694 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=3|0x03 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0222|0.1333008 [er ov] 10:48:28.869 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=7|0x07 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:29.824 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=15|0x0f FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:29.980 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=17|0x11 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:30.302 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=4|0x04 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:30.609 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=8|0x08 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:31.067 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=12|0x0c FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:31.254 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=16|0x10 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:31.657 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=18|0x12 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:31.998 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=1|0x01 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0044|0.0166016 [er ov] 10:48:32.263 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=5|0x05 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:32.583 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=9|0x09 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:32.846 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=13|0x0d FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0044|0.0166016 [er ov] 10:48:33.021 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=17|0x11 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:33.192 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=2|0x02 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0088|0.0332031 [er ov] 10:48:33.446 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=6|0x06 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:33.660 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=10|0x0a FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0155|0.0832520 [er ov] 10:48:34.120 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=14|0x0e FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0311|0.1916504 [er ov] 10:48:34.297 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=18|0x12 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:34.775 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=3|0x03 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0222|0.1333008 [er ov] 10:48:35.006 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=7|0x07 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:35.894 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=15|0x0f FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:36.059 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=17|0x11 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:36.578 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=4|0x04 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:36.768 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=8|0x08 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:37.012 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=12|0x0c FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:37.306 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=16|0x10 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:37.596 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=18|0x12 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:37.757 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=1|0x01 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0044|0.0166016 [er ov] 10:48:37.914 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=5|0x05 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:38.399 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=9|0x09 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:38.743 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=13|0x0d FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0044|0.0166016 [er ov] 10:48:38.989 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=17|0x11 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:39.262 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=2|0x02 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0088|0.0332031 [er ov] 10:48:39.445 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=6|0x06 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:39.742 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=10|0x0a FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0155|0.0832520 [er ov] 10:48:39.920 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=14|0x0e FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0311|0.1916504 [er ov] 10:48:40.077 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=18|0x12 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:40.264 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=3|0x03 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0222|0.1333008 [er ov] 10:48:40.556 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=7|0x07 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:41.341 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=15|0x0f FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:41.630 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=17|0x11 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:41.839 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=4|0x04 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:42.060 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=8|0x08 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:42.346 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=12|0x0c FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:42.657 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=16|0x10 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:42.815 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=18|0x12 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:43.287 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=1|0x01 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0044|0.0166016 [er ov] 10:48:43.553 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=5|0x05 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:43.731 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=9|0x09 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:43.962 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=13|0x0d FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0044|0.0166016 [er ov] 10:48:44.337 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=17|0x11 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:44.620 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=2|0x02 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0077|0.0290527 [er ov] 10:48:44.792 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=6|0x06 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:45.000 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=10|0x0a FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0155|0.0832520 [er ov] 10:48:45.249 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=14|0x0e FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x02ee|0.1831055 [er ov] 10:48:45.546 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=18|0x12 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:45.835 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=3|0x03 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0222|0.1333008 [er ov] 10:48:46.135 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=7|0x07 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:46.881 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=15|0x0f FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:47.319 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=17|0x11 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:47.500 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=4|0x04 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:47.761 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=8|0x08 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:48.054 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=12|0x0c FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:48.275 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=16|0x10 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:48.486 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=18|0x12 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:48.697 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=1|0x01 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0044|0.0166016 [er ov] 10:48:48.993 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=5|0x05 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:49.281 TYP=3|M_ME_NA_3|measurands I VSQ [sq, N=1], COT=2|cyclic CA=9|0x09 FUN=160|overcurrent protection I>>, INF=144|measurand I MEA=0x0000|0.0000000 [er ov] 10:48:49.481 Connection closed