MODBUS tables of Diris_A40\nMODBUS TABLES - V 200.84\nOption Module identification\n256 0x0100 Info 11 NONE READ READ\n256 0x0100 1 Product Option Code - U16\n257 0x0101 1 Constructor code - U8\n258 0x0102 1 Option slot 1 :\n0x0000 : communication option\n0x0001 : Metering option\n0x0003 : Metering + Harmonics option\n0x00F0 : Neutral curent option\n0x0020 : Input/Output option\n0x0030 : Analog Outputs option\n0x0040 : Memory option\n0x0050 : Pro?bus option\n0x0060 : Temperature option\n0x0066 : RCM 1In/1Out option\n0x0068 : RCM 2Out option\n0x0070 : Ethernet option\n0x00FF : None - U16_HEX\n259 0x0103 1 Option slot 2 :\n260 0x0104 1 Option slot 3 :\n261 0x0105 1 Option slot 4 :\n262 0x0106 1 Software version - U16\n263 0x0107 1 Serial number - U16\n264 0x0108 1 Serial number - U16\n265 0x0109 1 Serial number - U16\n266 0x010A 1 Serial number - U16\n8192 0x2000 Info 138 NONE READ READ\n8192 0x2000 1 Customisation specific data loaded0x0000 : FALSE0x0001 : TRUE - U8\n8193 0x2001 1 Retrofit activated0x0000 : FALSE0x0001 : TRUE - U8\n8194 0x2002 8 TC list :TC 1 / TC2 / TC3 / TC4 / TC5 / TC6 / TC7 / TC8 A U32\n8202 0x200A 16 TC gain correction X12 words : 1 TC correction - U32\n8218 0x201A 16 TC gain correction X22 words : 1 TC correction - U32\n8234 0x202A 16 TC gain correction Y12 words : 1 TC correction - U32\n8250 0x203A 16 TC gain correction Y22 words : 1 TC correction - U32\n8266 0x204A 16 TC phasys correction X12 words : 1 TC correction - U32\n8282 0x205A 16 TC phasys correction X22 words : 1 TC correction - U32\n8298 0x206A 16 TC phasys correction Y12 words : 1 TC correction - U32\n8314 0x207A 16 TC phasys correction Y22 words : 1 TC correction - U32\n57344 0xE000 1 Network Type\n57345 0xE001 1 Current Transformer secondary\n5 : 5 A A U8\n57347 0xE003 1 Neutral Current Transformer present\n1 : Yes - U8\n57348 0xE004 1 Neutral Current Transformer secondary:\n5 : 5 A A U16\n57349 0xE005 1 Neutral Current Transformer primary A U16\n57350 0xE006 1 Voltage transformer present\n57351 0xE007 1 Voltage Transformersecondary\n60 : 60 V\n100 : 100 V\n110 : 110 V\n115 : 115 V\n120 : 120 V\n173 : 173 V\n190 : 190 V V U8\n57352 0xE008 2 Voltage Transformer primary V U32\n57354 0xE00A 1 Internal/External Top\n0 : internal\n1 : external - U8\n57355 0xE00B 1 Synchronisation Top for P+/- Q+/- : time in seconds ( 5mn, 8mn, 10mn, 15mn, 20mn, 30mn) s U16\nEthernet module JBUS interface\n57616 0xE110 Settings 20 NONE READ | WRITE | WRITE_MANY READ | WRITE | WRITE_MANY\n57616 0xE110 1 IP : Part 1 . Part 2 . Part3 . Part4Ethernet IP address - part 1 - U8\n57617 0xE111 1 Ethernet IP address - part 2 - U8\n57618 0xE112 1 Ethernet IP address - part 3 - U8\n57619 0xE113 1 Ethernet IP address - part 4 - U8\n57620 0xE114 1 Ethernet GATE - part 1 - U8\n57621 0xE115 1 Ethernet GATE - part 2 - U8\n57622 0xE116 1 Ethernet GATE - part 3 - U8\n57623 0xE117 1 Ethernet GATE - part 4 - U8\n57624 0xE118 1 Ethernet MASK - part 1 - U8\n57625 0xE119 1 Ethernet MASK - part 2 - U8\n57626 0xE11A 1 Ethernet MASK - part 3 - U8\n57627 0xE11B 1 Ethernet MASK - part 4 - U8\n57628 0xE11C 1 DHCP used\n0 : no - U8\n57629 0xE11D 1 Reserved - -\n57630 0xE11E 1 JBUS RTU over Ethernet Enabled\n57631 0xE11F 1 Gateway External JBUS Baudrate enumeration\n0 : 2400 bps\n1 : 4800 bps\n2 : 9600 bps\n3 : 19200 bps\n4 : 38400 bps - U8\n57632 0xE120 1 Gateway External JBUS Parity\n2 : even - U8\n57633 0xE121 1 Gateway External JBUS Stopbit\n1 : 1 stop bit\n2 : 2 stop bits - U8\n57634 0xE122 1 Reserved - -\n57635 0xE123 1 JBUS Slave address (RS485 & RTU over Ethernet) - U8\nHour/Date setting ( Write 6 words in one time Function 16)\n57600 0xE100 Settings 6 NONE READ | WRITE | WRITE_MANY READ | WRITE | WRITE_MANY\n57600 0xE100 1 Day - U8\n57601 0xE101 1 Month - U8\n57602 0xE102 1 Year - U16\n57603 0xE103 1 Hour - U8\n57604 0xE104 1 Minute - U8\n57605 0xE105 1 Second - U8\n0xC3 : Apply Default Settings - U8_HEX\n50512 0xC550 Info 62 NONE READ READ\n50512 0xC550 2 Hour Meter h / 100 U32\n50514 0xC552 2 Phase to Phase Voltage: U12 V / 100 U32\n50516 0xC554 2 Phase to Phase Voltage: U23 V / 100 U32\n50518 0xC556 2 Phase to Phase Voltage: U31 V / 100 U32\n50520 0xC558 2 Simple voltage : V1 V / 100 U32\n50522 0xC55A 2 Simple voltage : V2 V / 100 U32\n50524 0xC55C 2 Simple voltage : V3 V / 100 U32\n50526 0xC55E 2 Frequency : F Hz / 100 U32\n50528 0xC560 2 Current : I1 A / 1000 U32\n50530 0xC562 2 Current : I2 A / 1000 U32\n50532 0xC564 2 Current : I3 A / 1000 U32\n50534 0xC566 2 Neutral Current : In A / 1000 U32\n50536 0xC568 2 ? Active Power +/- : P W / 0.1 S32\n50538 0xC56A 2 ? Reactive Power +/- : Q var / 0.1 S32\n50540 0xC56C 2 ? Apparent Power : S VA / 0.1 U32\n50544 0xC570 2 Active Power phase 1 +/- : P1 W / 0.1 S32\n50546 0xC572 2 Active Power phase 2 +/- : P2 W / 0.1 S32\n50548 0xC574 2 Active Power phase 3 +/- : P3 W / 0.1 S32\n50550 0xC576 2 Reactive Power phase 1 +/- : Q1 var / 0.1 S32\n50552 0xC578 2 Reactive Power phase 2 +/- : Q2 var / 0.1 S32\n50554 0xC57A 2 Reactive Power phase 3 +/- : Q3 var / 0.1 S32\n50556 0xC57C 2 Apparent Power phase 1 : S1 VA / 0.1 U32\n50558 0xC57E 2 Apparent Power phase 2 : S2 VA / 0.1 U32\n50560 0xC580 2 Apparent Power phase 3 : S3 VA / 0.1 U32\n50568 0xC588 2 System value I Sys : ( I1+I2+I3) / 3 A / 1000 U32\n50570 0xC58A 2 System value U Sys : (U12 + U23 + U31 ) / 3 V / 100 U32\n50572 0xC58C 2 System value V Sys : (V1 + V2 + V3 ) / 3 V / 100 U32\n50768 0xC650 2 Hour meter h / 100 U32\n50780 0xC65C 2 Partial Positive Active Energy: Ea+ Wh / 0.001 U32\n50782 0xC65E 2 Partial Positive Reactive Energy: Er + varh / 0.001 U32\n50784 0xC660 2 Partial Apparent Energy : Es VAh / 0.001 U32\n50786 0xC662 2 Partial Negative Active Energy : Ea- Wh / 0.001 U32\n50788 0xC664 2 Partial Negative Reactive Energy : Er - varh / 0.001 U32\n50790 0xC666 2 Number of pulse meter ( 10 Maxi ) - U32\n50792 0xC668 2 Total pulse meter Input 1 - U32\n50794 0xC66A 2 Total pulse meter Input 2 - U32\n50796 0xC66C 2 Total pulse meter Input 3 - U32\n50798 0xC66E 2 Total pulse meter Input 4 - U32\n50800 0xC670 2 Total pulse meter Input 5 - U32\n50802 0xC672 2 Total pulse meter Input 6 - U32\n50804 0xC674 2 Total pulse meter Input 7 - U32\n50806 0xC676 2 Total pulse meter Input 8 - U32\n50808 0xC678 2 Total pulse meter Input 9 - U32\n50810 0xC67A 2 Total pulse meter Input 10 - U32\n50812 0xC67C 2 Predictive Active Power W / 0.1 U32\n50814 0xC67E 2 Predictive Reactive Power var / 0.1 U32\n50816 0xC680 2 Predictive Apparent Power VA / 0.1 U32\n50818 0xC682 2 Mean positive active power between 2 signals W / 0.1 U32\n50820 0xC684 2 Mean negative active power between 2 signals W / 0.1 U32\n50822 0xC686 2 Mean positive reactive power between 2 signals var / 0.1 U32\n50824 0xC688 2 Mean negative reactive power between 2 signals var / 0.1 U32\n51024 0xC750 2 Avg U12 V / 100 U32\n51026 0xC752 2 Avg U23 V / 100 U32\n51028 0xC754 2 Avg U31 V / 100 U32\n51030 0xC756 2 Avg V1 V / 100 U32\n51032 0xC758 2 Avg V2 V / 100 U32\n51034 0xC75A 2 Avg V3 V / 100 U32\n51036 0xC75C 2 Avg F Hz / 100 U32\n51038 0xC75E 2 Avg I1 A / 1000 U32\n51040 0xC760 2 Avg I2 A / 1000 U32\n51042 0xC762 2 Avg I3 A / 1000 U32\n51044 0xC764 2 Avg In A / 1000 U32\n51046 0xC766 2 Avg P+ (? active power +) W / 0.1 U32\n51048 0xC768 2 Avg P- (? active power -) W / 0.1 U32\n51050 0xC76A 2 Avg Q+ (? reactive power +) var / 0.1 U32\n51052 0xC76C 2 Avg Q-(? reactive power -) var / 0.1 U32\n51054 0xC76E 2 Avg S (? apparent power) VA / 0.1 U32\n51056 0xC770 2 Max/avg U12 V / 100 U32\n51058 0xC772 2 Max/avg U23 V / 100 U32\n51060 0xC774 2 Max/avg U31 V / 100 U32\n51062 0xC776 2 Max/avg V1 V / 100 U32\n51064 0xC778 2 Max/avg V2 V / 100 U32\n51066 0xC77A 2 Max/avg V3 V / 100 U32\n51068 0xC77C 2 Max/avg F Hz / 100 U32\n51070 0xC77E 2 Max/avg I1 A / 1000 U32\n51072 0xC780 2 Max/avg I2 A / 1000 U32\n51074 0xC782 2 Max/avg I3 A / 1000 U32\n51076 0xC784 2 Max/avg In A / 1000 U32\n51078 0xC786 2 Max/avg P+ W / 0.1 U32\n51080 0xC788 2 Max/avg P- W / 0.1 U32\n51082 0xC78A 2 Max/avg Q+ var / 0.1 U32\n51084 0xC78C 2 Max/avg Q- var / 0.1 U32\n51086 0xC78E 2 Max/avg S VA / 0.1 U32\n51280 0xC850 Info 35 NONE READ READ\n51280 0xC850 1 Hour Meter h / 100 U16\n51281 0xC851 1 Phase to Phase Voltage: U12 V / 100 U16\n51282 0xC852 1 Phase to Phase Voltage: U23 V / 100 U16\n51283 0xC853 1 Phase to Phase Voltage: U31 V / 100 U16\n51284 0xC854 1 Simple voltage : V1 V / 100 U16\n51285 0xC855 1 Simple voltage : V2 V / 100 U16\n51286 0xC856 1 Simple voltage : V3 V / 100 U16\n51287 0xC857 1 Frequency : F Hz / 100 U16\n51288 0xC858 1 Current : I1 A / 1000 U16\n51289 0xC859 1 Current : I2 A / 1000 U16\n51290 0xC85A 1 Current : I3 A / 1000 U16\n51291 0xC85B 1 Neutral Current : In A / 1000 U16\n51292 0xC85C 1 ? active Power +/- : P W / 0.1 S16\n51293 0xC85D 1 ? reactive Power +/- : Q var / 0.1 S16\n51294 0xC85E 1 ? apparent power : S VA / 0.1 U16\n51296 0xC860 1 Active Power phase 1 +/- : P1 W / 0.1 S16\n51297 0xC861 1 Active Power phase 2 +/- : P2 W / 0.1 S16\n51298 0xC862 1 Active Power phase 3 +/- : P3 W / 0.1 S16\n51299 0xC863 1 Reactive Power phase 1 +/- : Q1 var / 0.1 S16\n51300 0xC864 1 Reactive Power phase 2 +/- : Q2 var / 0.1 S16\n51301 0xC865 1 Reactive Power phase 3 +/- : Q3 var / 0.1 S16\n51302 0xC866 1 Apparent power phase 1 : S1 VA / 0.1 U16\n51303 0xC867 1 Apparent power phase 2 : S2 VA / 0.1 U16\n51304 0xC868 1 Apparent power phase 3 : S3 VA / 0.1 U16\n51308 0xC86C 1 System value I Sys : ( I1+I2+I3) / 3 A / 1000 U16\n51309 0xC86D 1 System value U Sys : (U12 + U23 + U31 ) / 3 V / 10 U16\n51310 0xC86E 1 System value V Sys : (V1 + V2 + V3 ) / 3 V / 10 U16\n51312 0xC870 1 Total Negative Active Energy (no resetable) : Ea- varh / 1E-06 U16\n51313 0xC871 1 Total Positive Reactive Energy (no resetable) : Er+ Wh / 1E-06 U16\n51545 0xC959 1 thd In % / 10 U16\nI : harmonic order\n51546 0xC95A Info 125 NONE READ READ\n51546 0xC95A 1 Number of harmonic rows - U16\n51547 0xC95B 1 harmonic I1 row 3 % / 10 U16\n51548 0xC95C 1 harmonic I2 row 3 % / 10 U16\n51549 0xC95D 1 harmonic I3 row 3 % / 10 U16\n51550 0xC95E 1 harmonic IN row 3 % / 10 U16\n51551 0xC95F 1 harmonic I1 row 5 % / 10 U16\n51552 0xC960 1 harmonic I2 row 5 % / 10 U16\n51553 0xC961 1 harmonic I3 row 5 % / 10 U16\n51554 0xC962 1 harmonic IN row 5 % / 10 U16\n51555 0xC963 1 harmonic I1 row 7 % / 10 U16\n51556 0xC964 1 harmonic I2 row 7 % / 10 U16\n51557 0xC965 1 harmonic I3 row 7 % / 10 U16\n51558 0xC966 1 harmonic IN row 7 % / 10 U16\n51559 0xC967 1 harmonic I1 row 9 % / 10 U16\n51560 0xC968 1 harmonic I2 row 9 % / 10 U16\n51561 0xC969 1 harmonic I3 row 9 % / 10 U16\n51562 0xC96A 1 harmonic IN row 9 % / 10 U16\n51563 0xC96B 1 harmonic I1 row 11 % / 10 U16\n51564 0xC96C 1 harmonic I2 row 11 % / 10 U16\n51565 0xC96D 1 harmonic I3 row 11 % / 10 U16\n51566 0xC96E 1 harmonic IN row 11 % / 10 U16\n51567 0xC96F 1 harmonic I1 row 13 % / 10 U16\n51568 0xC970 1 harmonic I2 row 13 % / 10 U16\n51569 0xC971 1 harmonic I3 row 13 % / 10 U16\n51570 0xC972 1 harmonic IN row 13 % / 10 U16\n51571 0xC973 1 harmonic I1 row 15 % / 10 U16\n51572 0xC974 1 harmonic I2 row 15 % / 10 U16\n51573 0xC975 1 harmonic I3 row 15 % / 10 U16\n51574 0xC976 1 harmonic IN row 15 % / 10 U16\n51575 0xC977 1 harmonic I1 row 17 % / 10 U16\n51576 0xC978 1 harmonic I2 row 17 % / 10 U16\n51577 0xC979 1 harmonic I3 row 17 % / 10 U16\n51578 0xC97A 1 harmonic IN row 17 % / 10 U16\n51579 0xC97B 1 harmonic I1 row 19 % / 10 U16\n51580 0xC97C 1 harmonic I2 row 19 % / 10 U16\n51581 0xC97D 1 harmonic I3 row 19 % / 10 U16\n51582 0xC97E 1 harmonic IN row 19 % / 10 U16\n51583 0xC97F 1 harmonic I1 row 21 % / 10 U16\n51584 0xC980 1 harmonic I2 row 21 % / 10 U16\n51585 0xC981 1 harmonic I3 row 21 % / 10 U16\n51586 0xC982 1 harmonic IN row 21 % / 10 U16\n51587 0xC983 1 harmonic I1 row 23 % / 10 U16\n51588 0xC984 1 harmonic I2 row 23 % / 10 U16\n51589 0xC985 1 harmonic I3 row 23 % / 10 U16\n51590 0xC986 1 harmonic IN row 23 % / 10 U16\n51591 0xC987 1 harmonic I1 row 25 % / 10 U16\n51592 0xC988 1 harmonic I2 row 25 % / 10 U16\n51593 0xC989 1 harmonic I3 row 25 % / 10 U16\n51594 0xC98A 1 harmonic IN row 25 % / 10 U16\n51595 0xC98B 1 harmonic I1 row 27 % / 10 U16\n51596 0xC98C 1 harmonic I2 row 27 % / 10 U16\n51597 0xC98D 1 harmonic I3 row 27 % / 10 U16\n51598 0xC98E 1 harmonic IN row 27 % / 10 U16\n51599 0xC98F 1 harmonic I1 row 29 % / 10 U16\n51600 0xC990 1 harmonic I2 row 29 % / 10 U16\n51601 0xC991 1 harmonic I3 row 29 % / 10 U16\n51602 0xC992 1 harmonic IN row 29 % / 10 U16\n51603 0xC993 1 harmonic I1 row 31 % / 10 U16\n51604 0xC994 1 harmonic I2 row 31 % / 10 U16\n51605 0xC995 1 harmonic I3 row 31 % / 10 U16\n51606 0xC996 1 harmonic IN row 31 % / 10 U16\n51607 0xC997 1 harmonic I1 row 33 % / 10 U16\n51608 0xC998 1 harmonic I2 row 33 % / 10 U16\n51609 0xC999 1 harmonic I3 row 33 % / 10 U16\n51610 0xC99A 1 harmonic IN row 33 % / 10 U16\n51611 0xC99B 1 harmonic I1 row 35 % / 10 U16\n51612 0xC99C 1 harmonic I2 row 35 % / 10 U16\n51613 0xC99D 1 harmonic I3 row 35 % / 10 U16\n51614 0xC99E 1 harmonic IN row 35 % / 10 U16\n51615 0xC99F 1 harmonic I1 row 37 % / 10 U16\n51616 0xC9A0 1 harmonic I2 row 37 % / 10 U16\n51617 0xC9A1 1 harmonic I3 row 37 % / 10 U16\n51618 0xC9A2 1 harmonic IN row 37 % / 10 U16\n51619 0xC9A3 1 harmonic I1 row 39 % / 10 U16\n51620 0xC9A4 1 harmonic I2 row 39 % / 10 U16\n51621 0xC9A5 1 harmonic I3 row 39 % / 10 U16\n51622 0xC9A6 1 harmonic IN row 39 % / 10 U16\n51623 0xC9A7 1 harmonic I1 row 41 % / 10 U16\n51624 0xC9A8 1 harmonic I2 row 41 % / 10 U16\n51625 0xC9A9 1 harmonic I3 row 41 % / 10 U16\n51626 0xC9AA 1 harmonic IN row 41 % / 10 U16\n51627 0xC9AB 1 harmonic I1 row 43 % / 10 U16\n51628 0xC9AC 1 harmonic I2 row 43 % / 10 U16\n51629 0xC9AD 1 harmonic I3 row 43 % / 10 U16\n51630 0xC9AE 1 harmonic IN row 43 % / 10 U16\n51631 0xC9AF 1 harmonic I1 row 45 % / 10 U16\n51632 0xC9B0 1 harmonic I2 row 45 % / 10 U16\n51633 0xC9B1 1 harmonic I3 row 45 % / 10 U16\n51634 0xC9B2 1 harmonic IN row 45 % / 10 U16\n51635 0xC9B3 1 harmonic I1 row 47 % / 10 U16\n51636 0xC9B4 1 harmonic I2 row 47 % / 10 U16\n51637 0xC9B5 1 harmonic I3 row 47 % / 10 U16\n51638 0xC9B6 1 harmonic IN row 47 % / 10 U16\n51639 0xC9B7 1 harmonic I1 row 49 % / 10 U16\n51640 0xC9B8 1 harmonic I2 row 49 % / 10 U16\n51641 0xC9B9 1 harmonic I3 row 49 % / 10 U16\n51642 0xC9BA 1 harmonic IN row 49 % / 10 U16\n51643 0xC9BB 1 harmonic I1 row 51 % / 10 U16\n51644 0xC9BC 1 harmonic I2 row 51 % / 10 U16\n51645 0xC9BD 1 harmonic I3 row 51 % / 10 U16\n51646 0xC9BE 1 harmonic IN row 51 % / 10 U16\n51647 0xC9BF 1 harmonic I1 row 53 % / 10 U16\n51648 0xC9C0 1 harmonic I2 row 53 % / 10 U16\n51649 0xC9C1 1 harmonic I3 row 53 % / 10 U16\n51650 0xC9C2 1 harmonic IN row 53 % / 10 U16\n51651 0xC9C3 1 harmonic I1 row 55 % / 10 U16\n51652 0xC9C4 1 harmonic I2 row 55 % / 10 U16\n51653 0xC9C5 1 harmonic I3 row 55 % / 10 U16\n51654 0xC9C6 1 harmonic IN row 55 % / 10 U16\n51655 0xC9C7 1 harmonic I1 row 57 % / 10 U16\n51656 0xC9C8 1 harmonic I2 row 57 % / 10 U16\n51657 0xC9C9 1 harmonic I3 row 57 % / 10 U16\n51658 0xC9CA 1 harmonic IN row 57 % / 10 U16\n51659 0xC9CB 1 harmonic I1 row 59 % / 10 U16\n51660 0xC9CC 1 harmonic I2 row 59 % / 10 U16\n51661 0xC9CD 1 harmonic I3 row 59 % / 10 U16\n51662 0xC9CE 1 harmonic IN row 59 % / 10 U16\n51663 0xC9CF 1 harmonic I1 row 61 % / 10 U16\n51664 0xC9D0 1 harmonic I2 row 61 % / 10 U16\n51665 0xC9D1 1 harmonic I3 row 61 % / 10 U16\n51666 0xC9D2 1 harmonic IN row 61 % / 10 U16\n51667 0xC9D3 1 harmonic I1 row 63 % / 10 U16\n51668 0xC9D4 1 harmonic I2 row 63 % / 10 U16\n51669 0xC9D5 1 harmonic I3 row 63 % / 10 U16\n51670 0xC9D6 1 harmonic IN row 63 % / 10 U16\nV PH/Ph :harmonic order\n51671 0xC9D7 Info 94 NONE READ READ\n51671 0xC9D7 1 Number of harmonic rows - U16\n51672 0xC9D8 1 harmonic U12 row 3 % / 10 U16\n51673 0xC9D9 1 harmonic U23 row 3 % / 10 U16\n51674 0xC9DA 1 harmonic U31 row 3 % / 10 U16\n51675 0xC9DB 1 harmonic U12 row 5 % / 10 U16\n51676 0xC9DC 1 harmonic U23 row 5 % / 10 U16\n51677 0xC9DD 1 harmonic U31 row 5 % / 10 U16\n51678 0xC9DE 1 harmonic U12 row 7 % / 10 U16\n51679 0xC9DF 1 harmonic U23 row 7 % / 10 U16\n51680 0xC9E0 1 harmonic U31 row 7 % / 10 U16\n51681 0xC9E1 1 harmonic U12 row 9 % / 10 U16\n51682 0xC9E2 1 harmonic U23 row 9 % / 10 U16\n51683 0xC9E3 1 harmonic U31 row 9 % / 10 U16\n51684 0xC9E4 1 harmonic U12 row 11 % / 10 U16\n51685 0xC9E5 1 harmonic U23 row 11 % / 10 U16\n51686 0xC9E6 1 harmonic U31 row 11 % / 10 U16\n51687 0xC9E7 1 harmonic U12 row 13 % / 10 U16\n51688 0xC9E8 1 harmonic U23 row 13 % / 10 U16\n51689 0xC9E9 1 harmonic U31 row 13 % / 10 U16\n51690 0xC9EA 1 harmonic U12 row 15 % / 10 U16\n51691 0xC9EB 1 harmonic U23 row 15 % / 10 U16\n51692 0xC9EC 1 harmonic U31 row 15 % / 10 U16\n51693 0xC9ED 1 harmonic U12 row 17 % / 10 U16\n51694 0xC9EE 1 harmonic U23 row 17 % / 10 U16\n51695 0xC9EF 1 harmonic U31 row 17 % / 10 U16\n51696 0xC9F0 1 harmonic U12 row 19 % / 10 U16\n51697 0xC9F1 1 harmonic U23 row 19 % / 10 U16\n51698 0xC9F2 1 harmonic U31 row 19 % / 10 U16\n51699 0xC9F3 1 harmonic U12 row 21 % / 10 U16\n51700 0xC9F4 1 harmonic U23 row 21 % / 10 U16\n51701 0xC9F5 1 harmonic U31 row 21 % / 10 U16\n51702 0xC9F6 1 harmonic U12 row 23 % / 10 U16\n51703 0xC9F7 1 harmonic U23 row 23 % / 10 U16\n51704 0xC9F8 1 harmonic U31 row 23 % / 10 U16\n51705 0xC9F9 1 harmonic U12 row 25 % / 10 U16\n51706 0xC9FA 1 harmonic U23 row 25 % / 10 U16\n51707 0xC9FB 1 harmonic U31 row 25 % / 10 U16\n51708 0xC9FC 1 harmonic U12 row 27 % / 10 U16\n51709 0xC9FD 1 harmonic U23 row 27 % / 10 U16\n51710 0xC9FE 1 harmonic U31 row 27 % / 10 U16\n51711 0xC9FF 1 harmonic U12 row 29 % / 10 U16\n51712 0xCA00 1 harmonic U23 row 29 % / 10 U16\n51713 0xCA01 1 harmonic U31 row 29 % / 10 U16\n51714 0xCA02 1 harmonic U12 row 31 % / 10 U16\n51715 0xCA03 1 harmonic U23 row 31 % / 10 U16\n51716 0xCA04 1 harmonic U31 row 31 % / 10 U16\n51717 0xCA05 1 harmonic U12 row 33 % / 10 U16\n51718 0xCA06 1 harmonic U23 row 33 % / 10 U16\n51719 0xCA07 1 harmonic U31 row 33 % / 10 U16\n51720 0xCA08 1 harmonic U12 row 35 % / 10 U16\n51721 0xCA09 1 harmonic U23 row 35 % / 10 U16\n51722 0xCA0A 1 harmonic U31 row 35 % / 10 U16\n51723 0xCA0B 1 harmonic U12 row 37 % / 10 U16\n51724 0xCA0C 1 harmonic U23 row 37 % / 10 U16\n51725 0xCA0D 1 harmonic U31 row 37 % / 10 U16\n51726 0xCA0E 1 harmonic U12 row 39 % / 10 U16\n51727 0xCA0F 1 harmonic U23 row 39 % / 10 U16\n51728 0xCA10 1 harmonic U31 row 39 % / 10 U16\n51729 0xCA11 1 harmonic U12 row 41 % / 10 U16\n51730 0xCA12 1 harmonic U23 row 41 % / 10 U16\n51731 0xCA13 1 harmonic U31 row 41 % / 10 U16\n51732 0xCA14 1 harmonic U12 row 43 % / 10 U16\n51733 0xCA15 1 harmonic U23 row 43 % / 10 U16\n51734 0xCA16 1 harmonic U31 row 43 % / 10 U16\n51735 0xCA17 1 harmonic U12 row 45 % / 10 U16\n51736 0xCA18 1 harmonic U23 row 45 % / 10 U16\n51737 0xCA19 1 harmonic U31 row 45 % / 10 U16\n51738 0xCA1A 1 harmonic U12 row 47 % / 10 U16\n51739 0xCA1B 1 harmonic U23 row 47 % / 10 U16\n51740 0xCA1C 1 harmonic U31 row 47 % / 10 U16\n51741 0xCA1D 1 harmonic U12 row 49 % / 10 U16\n51742 0xCA1E 1 harmonic U23 row 49 % / 10 U16\n51743 0xCA1F 1 harmonic U31 row 49 % / 10 U16\n51744 0xCA20 1 harmonic U12 row 51 % / 10 U16\n51745 0xCA21 1 harmonic U23 row 51 % / 10 U16\n51746 0xCA22 1 harmonic U31 row 51 % / 10 U16\n51747 0xCA23 1 harmonic U12 row 53 % / 10 U16\n51748 0xCA24 1 harmonic U23 row 53 % / 10 U16\n51749 0xCA25 1 harmonic U31 row 53 % / 10 U16\n51750 0xCA26 1 harmonic U12 row 55 % / 10 U16\n51751 0xCA27 1 harmonic U23 row 55 % / 10 U16\n51752 0xCA28 1 harmonic U31 row 55 % / 10 U16\n51753 0xCA29 1 harmonic U12 row 57 % / 10 U16\n51754 0xCA2A 1 harmonic U23 row 57 % / 10 U16\n51755 0xCA2B 1 harmonic U31 row 57 % / 10 U16\n51756 0xCA2C 1 harmonic U12 row 59 % / 10 U16\n51757 0xCA2D 1 harmonic U23 row 59 % / 10 U16\n51758 0xCA2E 1 harmonic U31 row 59 % / 10 U16\n51759 0xCA2F 1 harmonic U12 row 61 % / 10 U16\n51760 0xCA30 1 harmonic U23 row 61 % / 10 U16\n51761 0xCA31 1 harmonic U31 row 61 % / 10 U16\n51762 0xCA32 1 harmonic U12 row 63 % / 10 U16\n51763 0xCA33 1 harmonic U23 row 63 % / 10 U16\n51764 0xCA34 1 harmonic U31 row 63 % / 10 U16\nV PH/N : harmonic order\n51765 0xCA35 Info 94 NONE READ READ\n51765 0xCA35 1 Number of harmonic rows - U16\n51766 0xCA36 1 harmonic V1 row 3 % / 10 U16\n51767 0xCA37 1 harmonic V2 row 3 % / 10 U16\n51768 0xCA38 1 harmonic V3 row 3 % / 10 U16\n51769 0xCA39 1 harmonic V1 row 5 % / 10 U16\n51770 0xCA3A 1 harmonic V2 row 5 % / 10 U16\n51771 0xCA3B 1 harmonic V3 row 5 % / 10 U16\n51772 0xCA3C 1 harmonic V1 row 7 % / 10 U16\n51773 0xCA3D 1 harmonic V2 row 7 % / 10 U16\n51774 0xCA3E 1 harmonic V3 row 7 % / 10 U16\n51775 0xCA3F 1 harmonic V1 row 9 % / 10 U16\n51776 0xCA40 1 harmonic V2 row 9 % / 10 U16\n51777 0xCA41 1 harmonic V3 row 9 % / 10 U16\n51778 0xCA42 1 harmonic V1 row 11 % / 10 U16\n51779 0xCA43 1 harmonic V2 row 11 % / 10 U16\n51780 0xCA44 1 harmonic V3 row 11 % / 10 U16\n51781 0xCA45 1 harmonic V1 row 13 % / 10 U16\n51782 0xCA46 1 harmonic V2 row 13 % / 10 U16\n51783 0xCA47 1 harmonic V3 row 13 % / 10 U16\n51784 0xCA48 1 harmonic V1 row 15 % / 10 U16\n51785 0xCA49 1 harmonic V2 row 15 % / 10 U16\n51786 0xCA4A 1 harmonic V3 row 15 % / 10 U16\n51787 0xCA4B 1 harmonic V1 row 17 % / 10 U16\n51788 0xCA4C 1 harmonic V2 row 17 % / 10 U16\n51789 0xCA4D 1 harmonic V3 row 17 % / 10 U16\n51790 0xCA4E 1 harmonic V1 row 19 % / 10 U16\n51791 0xCA4F 1 harmonic V2 row 19 % / 10 U16\n51792 0xCA50 1 harmonic V3 row 19 % / 10 U16\n51793 0xCA51 1 harmonic V1 row 21 % / 10 U16\n51794 0xCA52 1 harmonic V2 row 21 % / 10 U16\n51795 0xCA53 1 harmonic V3 row 21 % / 10 U16\n51796 0xCA54 1 harmonic V1 row 23 % / 10 U16\n51797 0xCA55 1 harmonic V2 row 23 % / 10 U16\n51798 0xCA56 1 harmonic V3 row 23 % / 10 U16\n51799 0xCA57 1 harmonic V1 row 25 % / 10 U16\n51800 0xCA58 1 harmonic V2 row 25 % / 10 U16\n51801 0xCA59 1 harmonic V3 row 25 % / 10 U16\n51802 0xCA5A 1 harmonic V1 row 27 % / 10 U16\n51803 0xCA5B 1 harmonic V2 row 27 % / 10 U16\n51804 0xCA5C 1 harmonic V3 row 27 % / 10 U16\n51805 0xCA5D 1 harmonic V1 row 29 % / 10 U16\n51806 0xCA5E 1 harmonic V2 row 29 % / 10 U16\n51807 0xCA5F 1 harmonic V3 row 29 % / 10 U16\n51808 0xCA60 1 harmonic V1 row 31 % / 10 U16\n51809 0xCA61 1 harmonic V2 row 31 % / 10 U16\n51810 0xCA62 1 harmonic V3 row 31 % / 10 U16\n51811 0xCA63 1 harmonic V1 row 33 % / 10 U16\n51812 0xCA64 1 harmonic V2 row 33 % / 10 U16\n51813 0xCA65 1 harmonic V3 row 33 % / 10 U16\n51814 0xCA66 1 harmonic V1 row 35 % / 10 U16\n51815 0xCA67 1 harmonic V2 row 35 % / 10 U16\n51816 0xCA68 1 harmonic V3 row 35 % / 10 U16\n51817 0xCA69 1 harmonic V1 row 37 % / 10 U16\n51818 0xCA6A 1 harmonic V2 row 37 % / 10 U16\n51819 0xCA6B 1 harmonic V3 row 37 % / 10 U16\n51820 0xCA6C 1 harmonic V1 row 39 % / 10 U16\n51821 0xCA6D 1 harmonic V2 row 39 % / 10 U16\n51822 0xCA6E 1 harmonic V3 row 39 % / 10 U16\n51823 0xCA6F 1 harmonic V1 row 41 % / 10 U16\n51824 0xCA70 1 harmonic V2 row 41 % / 10 U16\n51825 0xCA71 1 harmonic V3 row 41 % / 10 U16\n51826 0xCA72 1 harmonic V1 row 43 % / 10 U16\n51827 0xCA73 1 harmonic V2 row 43 % / 10 U16\n51828 0xCA74 1 harmonic V3 row 43 % / 10 U16\n51829 0xCA75 1 harmonic V1 row 45 % / 10 U16\n51830 0xCA76 1 harmonic V2 row 45 % / 10 U16\n51831 0xCA77 1 harmonic V3 row 45 % / 10 U16\n51832 0xCA78 1 harmonic V1 row 47 % / 10 U16\n51833 0xCA79 1 harmonic V2 row 47 % / 10 U16\n51834 0xCA7A 1 harmonic V3 row 47 % / 10 U16\n51835 0xCA7B 1 harmonic V1 row 49 % / 10 U16\n51836 0xCA7C 1 harmonic V2 row 49 % / 10 U16\n51837 0xCA7D 1 harmonic V3 row 49 % / 10 U16\n51838 0xCA7E 1 harmonic V1 row 51 % / 10 U16\n51839 0xCA7F 1 harmonic V2 row 51 % / 10 U16\n51840 0xCA80 1 harmonic V3 row 51 % / 10 U16\n51841 0xCA81 1 harmonic V1 row 53 % / 10 U16\n51842 0xCA82 1 harmonic V2 row 53 % / 10 U16\n51843 0xCA83 1 harmonic V3 row 53 % / 10 U16\n51844 0xCA84 1 harmonic V1 row 55 % / 10 U16\n51845 0xCA85 1 harmonic V2 row 55 % / 10 U16\n51846 0xCA86 1 harmonic V3 row 55 % / 10 U16\n51847 0xCA87 1 harmonic V1 row 57 % / 10 U16\n51848 0xCA88 1 harmonic V2 row 57 % / 10 U16\n51849 0xCA89 1 harmonic V3 row 57 % / 10 U16\n51850 0xCA8A 1 harmonic V1 row 59 % / 10 U16\n51851 0xCA8B 1 harmonic V2 row 59 % / 10 U16\n51852 0xCA8C 1 harmonic V3 row 59 % / 10 U16\n51853 0xCA8D 1 harmonic V1 row 61 % / 10 U16\n51854 0xCA8E 1 harmonic V2 row 61 % / 10 U16\n51855 0xCA8F 1 harmonic V3 row 61 % / 10 U16\n51856 0xCA90 1 harmonic V1 row 63 % / 10 U16\n51857 0xCA91 1 harmonic V2 row 63 % / 10 U16\n51858 0xCA92 1 harmonic V3 row 63 % / 10 U16\nMinimum and Maximum Instantaneous value\n3840 0x0F00 Info 240 NONE READ READ\n3840 0x0F00 2 3I Minimum A / 1000 U32\n3842 0x0F02 1 Day - U8\n3843 0x0F03 1 Month - U8\n3844 0x0F04 1 Year - U8\n3845 0x0F05 1 Hour - U8\n3846 0x0F06 1 Minute - U8\n3847 0x0F07 1 Second - U8\n3848 0x0F08 2 3I Maximum A / 1000 U32\n3850 0x0F0A 1 Day - U8\n3851 0x0F0B 1 Month - U8\n3852 0x0F0C 1 Year - U8\n3853 0x0F0D 1 Hour - U8\n3854 0x0F0E 1 Minute - U8\n3855 0x0F0F 1 Second - U8\n3856 0x0F10 2 IN Minimum A / 1000 U32\n3858 0x0F12 1 Day - U8\n3859 0x0F13 1 Month - U8\n3860 0x0F14 1 Year - U8\n3861 0x0F15 1 Hour - U8\n3862 0x0F16 1 Minute - U8\n3863 0x0F17 1 Second - U8\n3864 0x0F18 2 In Maximum A / 1000 U32\n3866 0x0F1A 1 Day - U8\n3867 0x0F1B 1 Month - U8\n3868 0x0F1C 1 Year - U8\n3869 0x0F1D 1 Hour - U8\n3870 0x0F1E 1 Minute - U8\n3871 0x0F1F 1 Second - U8\n3872 0x0F20 2 3U Minimum V / 100 U32\n3874 0x0F22 1 Day - U8\n3875 0x0F23 1 Month - U8\n3876 0x0F24 1 Year - U8\n3877 0x0F25 1 Hour - U8\n3878 0x0F26 1 Minute - U8\n3879 0x0F27 1 Second - U8\n3880 0x0F28 2 3U Maximum V / 100 U32\n3882 0x0F2A 1 Day - U8\n3883 0x0F2B 1 Month - U8\n3884 0x0F2C 1 Year - U8\n3885 0x0F2D 1 Hour - U8\n3886 0x0F2E 1 Minute - U8\n3887 0x0F2F 1 Second - U8\n3888 0x0F30 2 3V Minimum V / 100 U32\n3890 0x0F32 1 Day - U8\n3891 0x0F33 1 Month - U8\n3892 0x0F34 1 Year - U8\n3893 0x0F35 1 Hour - U8\n3894 0x0F36 1 Minute - U8\n3895 0x0F37 1 Second - U8\n3896 0x0F38 2 3V Maximum V / 100 U32\n3898 0x0F3A 1 Day - U8\n3899 0x0F3B 1 Month - U8\n3900 0x0F3C 1 Year - U8\n3901 0x0F3D 1 Hour - U8\n3902 0x0F3E 1 Minute - U8\n3903 0x0F3F 1 Second - U8\n3904 0x0F40 2 F Minimum Hz / 100 U32\n3906 0x0F42 1 Day - U8\n3907 0x0F43 1 Month - U8\n3908 0x0F44 1 Year - U8\n3909 0x0F45 1 Hour - U8\n3910 0x0F46 1 Minute - U8\n3911 0x0F47 1 Second - U8\n3912 0x0F48 2 F Maximum Hz / 100 U32\n3914 0x0F4A 1 Day - U8\n3915 0x0F4B 1 Month - U8\n3916 0x0F4C 1 Year - U8\n3917 0x0F4D 1 Hour - U8\n3918 0x0F4E 1 Minute - U8\n3919 0x0F4F 1 Second - U8\n3920 0x0F50 2 ?PF Minimum - / 1000 U32\n3922 0x0F52 1 Day - U8\n3923 0x0F53 1 Month - U8\n3924 0x0F54 1 Year - U8\n3925 0x0F55 1 Hour - U8\n3926 0x0F56 1 Minute - U8\n3927 0x0F57 1 Second - U8\n3928 0x0F58 2 ?PF Maximum - / 1000 U32\n3930 0x0F5A 1 Day - U8\n3931 0x0F5B 1 Month - U8\n3932 0x0F5C 1 Year - U8\n3933 0x0F5D 1 Hour - U8\n3934 0x0F5E 1 Minute - U8\n3935 0x0F5F 1 Second - U8\n3936 0x0F60 2 ?P+ Minimum W U32\n3938 0x0F62 1 Day - U8\n3939 0x0F63 1 Month - U8\n3940 0x0F64 1 Year - U8\n3941 0x0F65 1 Hour - U8\n3942 0x0F66 1 Minute - U8\n3943 0x0F67 1 Second - U8\n3944 0x0F68 2 ?P+ Maximum W U32\n3946 0x0F6A 1 Day - U8\n3947 0x0F6B 1 Month - U8\n3948 0x0F6C 1 Year - U8\n3949 0x0F6D 1 Hour - U8\n3950 0x0F6E 1 Minute - U8\n3951 0x0F6F 1 Second - U8\n3952 0x0F70 2 ?P- Minimum W U32\n3954 0x0F72 1 Day - U8\n3955 0x0F73 1 Month - U8\n3956 0x0F74 1 Year - U8\n3957 0x0F75 1 Hour - U8\n3958 0x0F76 1 Minute - U8\n3959 0x0F77 1 Second - U8\n3960 0x0F78 2 ?P- Maximum W U32\n3962 0x0F7A 1 Day - U8\n3963 0x0F7B 1 Month - U8\n3964 0x0F7C 1 Year - U8\n3965 0x0F7D 1 Hour - U8\n3966 0x0F7E 1 Minute - U8\n3967 0x0F7F 1 Second - U8\n3968 0x0F80 2 ?Q+ Minimum var U32\n3970 0x0F82 1 Day - U8\n3971 0x0F83 1 Month - U8\n3972 0x0F84 1 Year - U8\n3973 0x0F85 1 Hour - U8\n3974 0x0F86 1 Minute - U8\n3975 0x0F87 1 Second - U8\n3976 0x0F88 2 ?Q+ Maximum var U32\n3978 0x0F8A 1 Day - U8\n3979 0x0F8B 1 Month - U8\n3980 0x0F8C 1 Year - U8\n3981 0x0F8D 1 Hour - U8\n3982 0x0F8E 1 Minute - U8\n3983 0x0F8F 1 Second - U8\n3984 0x0F90 2 ?Q- Minimum var U32\n3986 0x0F92 1 Day - U8\n3987 0x0F93 1 Month - U8\n3988 0x0F94 1 Year - U8\n3989 0x0F95 1 Hour - U8\n3990 0x0F96 1 Minute - U8\n3991 0x0F97 1 Second - U8\n3992 0x0F98 2 ?Q- Maximum var U32\n3994 0x0F9A 1 Day - U8\n3995 0x0F9B 1 Month - U8\n3996 0x0F9C 1 Year - U8\n3997 0x0F9D 1 Hour - U8\n3998 0x0F9E 1 Minute - U8\n3999 0x0F9F 1 Second - U8\n4000 0x0FA0 2 ?S Minimum VAh U32\n4002 0x0FA2 1 Day - U8\n4003 0x0FA3 1 Month - U8\n4004 0x0FA4 1 Year - U8\n4005 0x0FA5 1 Hour - U8\n4006 0x0FA6 1 Minute - U8\n4007 0x0FA7 1 Second - U8\n4008 0x0FA8 2 ?S Maximum VAh U32\n4010 0x0FAA 1 Day - U8\n4011 0x0FAB 1 Month - U8\n4012 0x0FAC 1 Year - U8\n4013 0x0FAD 1 Hour - U8\n4014 0x0FAE 1 Minute - U8\n4015 0x0FAF 1 Second - U8\n4016 0x0FB0 2 THD 3I Minimum % / 10 U32\n4018 0x0FB2 1 Day - U8\n4019 0x0FB3 1 Month - U8\n4020 0x0FB4 1 Year - U8\n4021 0x0FB5 1 Hour - U8\n4022 0x0FB6 1 Minute - U8\n4023 0x0FB7 1 Second - U8\n4024 0x0FB8 2 THD 3I Maximum % / 10 U32\n4026 0x0FBA 1 Day - U8\n4027 0x0FBB 1 Month - U8\n4028 0x0FBC 1 Year - U8\n4029 0x0FBD 1 Hour - U8\n4030 0x0FBE 1 Minute - U8\n4031 0x0FBF 1 Second - U8\n4032 0x0FC0 2 THD IN Minimum - U32\n4034 0x0FC2 1 Day - U8\n4035 0x0FC3 1 Month - U8\n4036 0x0FC4 1 Year - U8\n4037 0x0FC5 1 Hour - U8\n4038 0x0FC6 1 Minute - U8\n4039 0x0FC7 1 Second - U8\n4040 0x0FC8 2 THD IN Maximum % / 10 U32\n4042 0x0FCA 1 Day - U8\n4043 0x0FCB 1 Month - U8\n4044 0x0FCC 1 Year - U8\n4045 0x0FCD 1 Hour - U8\n4046 0x0FCE 1 Minute - U8\n4047 0x0FCF 1 Second - U8\n4048 0x0FD0 2 THD 3U Minimum % / 10 U32\n4050 0x0FD2 1 Day - U8\n4051 0x0FD3 1 Month - U8\n4052 0x0FD4 1 Year - U8\n4053 0x0FD5 1 Hour - U8\n4054 0x0FD6 1 Minute - U8\n4055 0x0FD7 1 Second - U8\n4056 0x0FD8 2 THD 3U Maximum % / 10 U32\n4058 0x0FDA 1 Day - U8\n4059 0x0FDB 1 Month - U8\n4060 0x0FDC 1 Year - U8\n4061 0x0FDD 1 Hour - U8\n4062 0x0FDE 1 Minute - U8\n4063 0x0FDF 1 Second - U8\n4064 0x0FE0 2 THD 3V Minimum % / 10 U32\n4066 0x0FE2 1 Day - U8\n4067 0x0FE3 1 Month - U8\n4068 0x0FE4 1 Year - U8\n4069 0x0FE5 1 Hour - U8\n4070 0x0FE6 1 Minute - U8\n4071 0x0FE7 1 Second - U8\n4072 0x0FE8 2 THD 3V Maximum % / 10 U32\n4074 0x0FEA 1 Day - U8\n4075 0x0FEB 1 Month - U8\n4076 0x0FEC 1 Year - U8\n4077 0x0FED 1 Hour - U8\n4078 0x0FEE 1 Minute - U8\n4079 0x0FEF 1 Second - U8\n768 0x0300 Info 164 NONE READ READ\n768 0x0300 2 Phase 1 Current A / 1000 U32\n770 0x0302 2 Phase 2 Current A / 1000 U32\n772 0x0304 2 Phase 3 Current A / 1000 U32\n774 0x0306 2 Neutral Current A / 1000 U32\n776 0x0308 2 Phase to Phase Voltage: U12 V / 100 U32\n778 0x030A 2 Phase to Phase Voltage: U23 V / 100 U32\n780 0x030C 2 Phase to Phase Voltage: U31 V / 100 U32\n782 0x030E 2 Phase to Neutral voltage phase 1 V / 100 U32\n784 0x0310 2 Phase to Neutral voltage phase 2 V / 100 U32\n786 0x0312 2 Phase to Neutral voltage phase 3 V / 100 U32\n788 0x0314 2 Frequency Hz / 100 U32\n790 0x0316 2 ? active power +/- : P W / 0.1 S32\n792 0x0318 2 ? reactive power +/- : Q var / 0.1 S32\n794 0x031A 2 ? apparent power : S VA / 0.1 U32\n798 0x031E 2 Active Power phase1 +/- W / 0.1 S32\n800 0x0320 2 Active Power phase2 +/- W / 0.1 S32\n802 0x0322 2 Active Power phase3 +/- W / 0.1 S32\n804 0x0324 2 Reactive Power phase1 +/- var / 0.1 S32\n806 0x0326 2 Reactive Power phase2 +/- var / 0.1 S32\n808 0x0328 2 Reactive Power phase3 +/- var / 0.1 S32\n810 0x032A 2 Apparent Power phase1 VA / 0.1 U32\n812 0x032C 2 Apparent Power phase2 VA / 0.1 U32\n814 0x032E 2 Apparent Power phase3 VA / 0.1 U32\n822 0x0336 2 avg I1 A / 1000 U32\n824 0x0338 2 avg I2 A / 1000 U32\n826 0x033A 2 avg I3 A / 1000 U32\n828 0x033C 2 avg ?active power + W / 0.1 U32\n830 0x033E 2 avg ?active power - W / 0.1 U32\n832 0x0340 2 avg ?reactive power + var / 0.1 U32\n834 0x0342 2 avg ?reactive power - var / 0.1 U32\n836 0x0344 2 avg ? apparent power VA / 0.1 U32\n838 0x0346 2 max/avg I1 A / 1000 U32\n840 0x0348 2 max/avg I2 A / 1000 U32\n842 0x034A 2 max/avg I3 A / 1000 U32\n844 0x034C 2 max/avg ?active power + W / 0.1 U32\n846 0x034E 2 max/avg ?active power - W / 0.1 U32\n848 0x0350 2 max/avg ?reactive power + var / 0.1 U32\n850 0x0352 2 max/avg ?reactive power - var / 0.1 U32\n852 0x0354 2 max/avg ? apparent power VA / 0.1 U32\n854 0x0356 2 Hour meter h / 100 U32\n856 0x0358 2 Active Energy + Wh / 0.001 U32\n858 0x035A 2 Reactive Energy + varh / 0.001 U32\n860 0x035C 2 Apparent Energy VAh / 0.001 U32\n862 0x035E 2 Active Energy - Wh / 0.001 U32\n864 0x0360 2 Reactive Energy - varh / 0.001 U32\n866 0x0362 2 Input pulse meter 1 - U32\n868 0x0364 2 Input pulse meter 2 - U32\n870 0x0366 2 Number of input pulse meters - U32\n872 0x0368 2 Alarm in progress (Timer finished) - bit field: bit 1: Ibit 2: Inbit 3: Ubit 4: Vbit 5: ?P+bit 6: ?Q+ bit 7: ?S bit 8: F bit 9: ?PF (L)bit 10: Timebit 11: THD I bit 12: THD Inbit 13: THD Ubit 14: THD Vbit 15: ?P-bit 16: ?Q-bit 17: ?PF (C)bit 18: T?C 1bit 19: T?C 2bit 20: T?C 3bit 21: T?C 4bit 22: P Predictedbit 23: Q predictedbit 24: S Predicted - U32\n874 0x036A 2 Alarm detected (Timer in progress) - bit field: bit 1: Ibit 2: Inbit 3: Ubit 4: Vbit 5: ?P+bit 6: ?Q+ bit 7: ?S bit 8: F bit 9: ?PF (L)bit 10: Timebit 11: THD I bit 12: THD Inbit 13: THD Ubit 14: THD Vbit 15: ?P-bit 16: ?Q-bit 17: ?PF (C)bit 18: T?C 1bit 19: T?C 2bit 20: T?C 3bit 21: T?C 4bit 22: P Predictedbit 23: Q predictedbit 24: S Predicted - U32\n876 0x036C 2 Number of inputs-outputs : Low_order: number of inputs : High-order: number of outputs - U32\n878 0x036E 2 Status of inputs-outputsbit 0 : status input 1 (0 : open, 1 : closed) bit 1 : status input 2 (0 : open, 1 : closed) bit 2 : status input 3 (0 : open, 1 : closed) bit 3 : status input 4 (0 : open, 1 : closed) bit 4 : status input 5 (0 : open, 1 : closed) bit 5 : status input 6 (0 : open, 1 : closed) bit 16 : statuis output 1 (0 : open, 1 : closed) bit 17 : statuis output 2 (0 : open, 1 : closed) bit 18 : statuis output 3 (0 : open, 1 : closed) bit 19 : statuis output 4 (0 : open, 1 : closed) bit 20 : statuis output 5 (0 : open, 1 : closed) bit 21 : statuis output 6 (0 : open, 1 : closed) - U32\n880 0x0370 2 System value for current A / 1000 U32\n882 0x0372 2 System value for phase to phase voltage V / 100 U32\n884 0x0374 2 System value for phase to neutral voltage V / 100 U32\n886 0x0376 2 avg U12 V / 100 U32\n888 0x0378 2 avg U23 V / 100 U32\n890 0x037A 2 avg U31 V / 100 U32\n892 0x037C 2 avg V1 V / 100 U32\n894 0x037E 2 avg V2 V / 100 U32\n896 0x0380 2 avg V3 V / 100 U32\n898 0x0382 2 avg F Hz / 100 U32\n900 0x0384 2 max/avg U12 V / 100 U32\n902 0x0386 2 max/avg U23 V / 100 U32\n904 0x0388 2 max/avg U31 V / 100 U32\n906 0x038A 2 max/avg V1 V / 100 U32\n908 0x038C 2 max/avg V2 V / 100 U32\n910 0x038E 2 max/avg V3 V / 100 U32\n912 0x0390 2 max/avg F Hz / 100 U32\n914 0x0392 2 avg In A / 1000 U32\n916 0x0394 2 max/avg In A / 1000 U32\n918 0x0396 2 Mean positive active power between 2 signals W / 0.1 U32\n920 0x0398 2 Mean negative active power between 2 signals W / 0.1 U32\n922 0x039A 2 Mean positive reactive power between 2 signals var / 0.1 U32\n924 0x039C 2 Mean negative reactive power between 2 signals var / 0.1 U32\n926 0x039E 2 Predictive total active power W / 0.1 U32\n928 0x03A0 2 Predictive total Reactive power var / 0.1 U32\n930 0x03A2 2 Predictive total Apparent power VA / 0.1 U32\n1792 0x0700 Info 103 NONE READ READ\n1792 0x0700 1 Phase 1 Current A / 1000 U16\n1793 0x0701 1 Phase 2 Current A / 1000 U16\n1794 0x0702 1 Phase 3 Current A / 1000 U16\n1795 0x0703 1 Neutral Current A / 1000 U16\n1796 0x0704 1 Phase to Phase Voltage: U12 V / 10 U16\n1797 0x0705 1 Phase to Phase Voltage: U23 V / 10 U16\n1798 0x0706 1 Phase to Phase Voltage: U31 V / 10 U16\n1799 0x0707 1 Phase to Neutral voltage phase 1 V / 10 U16\n1800 0x0708 1 Phase to Neutral voltage phase 2 V / 10 U16\n1801 0x0709 1 Phase to Neutral voltage phase 3 V / 10 U16\n1802 0x070A 1 Frequency Hz / 100 U16\n1803 0x070B 1 ? active power +/- : P W S16\n1804 0x070C 1 ? reactive power +/- : Q var S16\n1805 0x070D 1 ? apparent power : S VA U16\n1807 0x070F 1 Active Power phase1 +/- W S16\n1808 0x0710 1 Active Power phase2 +/- W S16\n1809 0x0711 1 Active Power phase3 +/- W S16\n1810 0x0712 1 Reactive Power phase1 +/- var S16\n1811 0x0713 1 Reactive Power phase2 +/- var S16\n1812 0x0714 1 Reactive Power phase3 +/- var S16\n1813 0x0715 1 Apparent Power phase1 VA U16\n1814 0x0716 1 Apparent Power phase2 VA U16\n1815 0x0717 1 Apparent Power phase3 VA U16\n1819 0x071B 1 avg I1 A / 1000 U16\n1820 0x071C 1 avg I2 A / 1000 U16\n1821 0x071D 1 avg I3 A / 1000 U16\n1822 0x071E 1 avg ?active power + W U16\n1823 0x071F 1 avg ?active power - W U16\n1824 0x0720 1 avg ?reactive power + var U16\n1825 0x0721 1 avg ?reactive power - var U16\n1826 0x0722 1 avg ? apparent power VA U16\n1827 0x0723 1 max/avg I1 A / 1000 U16\n1828 0x0724 1 max/avg I2 A / 1000 U16\n1829 0x0725 1 max/avg I3 A / 1000 U16\n1830 0x0726 1 max/avg ?active power + W U16\n1831 0x0727 1 max/avg ?active power - - U16\n1832 0x0728 1 max/avg ?reactive power + var U16\n1833 0x0729 1 max/avg ?reactive power - - U16\n1834 0x072A 1 max/avg ? apparent power VA U16\n1835 0x072B 1 Active Energy +<10 000 Wh / 0.001 U16\n1836 0x072C 1 Active Energy +>10 000 Wh / 0.001 U16\n1837 0x072D 1 Reactive Energy+< 10 000 varh / 0.001 U16\n1838 0x072E 1 Reactive Energy +>10 000 varh / 0.001 U16\n1839 0x072F 1 apparent Energy + < 10000 VAh / 0.001 U16\n1840 0x0730 1 apparent Energy + > 10000 VAh / 0.001 U16\n1841 0x0731 1 Active Energy- < 10000 Wh / 0.001 U16\n1842 0x0732 1 Active Energy - >10000 Wh / 0.001 U16\n1843 0x0733 1 Reactive Energy- < 10000 varh / 0.001 U16\n1844 0x0734 1 Reactive Energy - > 10000 varh / 0.001 U16\n1845 0x0735 1 input pulse meter 1 < 10000 - U16\n1846 0x0736 1 input pulse meter 1 > 10000 - U16\n1847 0x0737 1 input pulse meter 2 < 10000 - U16\n1848 0x0738 1 input pulse meter 2 > 10000 - U16\n1849 0x0739 1 input pulse meter 3 < 10000 - U16\n1850 0x073A 1 input pulse meter 3 > 10000 - U16\n1851 0x073B 1 input pulse meter 4 < 10000 - U16\n1852 0x073C 1 input pulse meter 4 > 10000 - U16\n1853 0x073D 1 input pulse meter 5 < 10000 - U16\n1854 0x073E 1 input pulse meter 5 > 10000 - U16\n1855 0x073F 1 input pulse meter 6 < 10000 - U16\n1856 0x0740 1 input pulse meter 6 > 10000 - U16\n1857 0x0741 1 System value I Sys : ( I1+I2+I3) / 3 A / 1000 U16\n1858 0x0742 1 System value U Sys : (U12 + U23 + U31 ) / 3 V / 10 U16\n1859 0x0743 1 System value V Sys : (V1 + V2 + V3 ) / 3 V / 10 U16\n1860 0x0744 1 Minimum of Current on 3 phases A / 1000 U16\n1861 0x0745 1 Minimum of In A / 1000 U16\n1862 0x0746 1 Minimum of phase to phase voltage on 3 phases V / 100 U16\n1863 0x0747 1 Minimum of Frequency Hz / 100 U16\n1864 0x0748 1 Maximum of Current on 3 phases A / 1000 U16\n1865 0x0749 1 Maximum of AVG In A / 1000 U16\n1866 0x074A 1 Maximum of phase to phase voltage on 3 phases V / 100 U16\n1867 0x074B 1 Maximum of AVG Frequency Hz / 100 U16\n1868 0x074C 1 Minimum of power factor - / 1000 U16\n1869 0x074D 1 Minimum of Active power +/- W U16\n1870 0x074E 1 Minimum of Reactive power +/- var U16\n1871 0x074F 1 Maximum of factor - / 1000 U16\n1872 0x0750 1 Maximum of Active power +/- W U16\n1873 0x0751 1 Maximum of Reactive power +/- var U16\n1874 0x0752 1 thd I1 % / 10 U16\n1875 0x0753 1 thd I2 % / 10 U16\n1876 0x0754 1 thd I3 % / 10 U16\n1877 0x0755 1 thd In % / 10 U16\n1878 0x0756 1 thd U12 % / 10 U16\n1879 0x0757 1 thd U23 % / 10 U16\n1880 0x0758 1 thd U31 % / 10 U16\n1881 0x0759 1 thd V1 % / 10 U16\n1882 0x075A 1 thd V2 % / 10 U16\n1883 0x075B 1 thd V3 % / 10 U16\n1884 0x075C 1 Mean positive active power between 2 signals W / 10 U16\n1885 0x075D 1 Mean negative active power between 2 signals W / 10 U16\n1886 0x075E 1 Mean positive reactive power between 2 signals var / 10 U16\n1887 0x075F 1 Mean negative reactive power between 2 signals var / 10 U16\n1888 0x0760 1 Reserved - U16\n1889 0x0761 1 Reserved - U16\n1890 0x0762 1 AVG In A / 1000 U16\n1891 0x0763 1 Max / AVG In A / 1000 U16\n1892 0x0764 1 Predictive total Active power W U16\n1893 0x0765 1 Predictive total Reactive power var U16\n1894 0x0766 1 Predictive total Apparent power VA U16\nReactive Lag Lead Power\n31232 0x7A00 Info 16 NONE READ READ\n31232 0x7A00 2 Reactive Power phase 1 Lead : Q1 var / 0.1 S32\n31234 0x7A02 2 Reactive Power phase 2 Lead : Q2 var / 0.1 S32\n31236 0x7A04 2 Reactive Power phase 3 Lead : Q3 var / 0.1 S32\n31238 0x7A06 2 Reactive Power Total Lead : Q Total var / 0.1 S32\n31240 0x7A08 2 Reactive Power phase 1 Lag : Q1 var / 0.1 S32\n31242 0x7A0A 2 Reactive Power phase 2 Lag : Q2 var / 0.1 S32\n31244 0x7A0C 2 Reactive Power phase 2 Lag : Q2 var / 0.1 S32\n31246 0x7A0E 2 Reactive Power phase 3 Lag : Q Total var / 0.1 S32\nReactive Cap/Ind Energy\n31264 0x7A20 Info 8 NONE READ READ\n31264 0x7A20 2 Reactive Capacitive Positive Energy varh U32\n31266 0x7A22 2 Reactive Capacitive Negative Energy varh U32\n31268 0x7A24 2 Reactive Inductive Positive Energy varh U32\n31270 0x7A26 2 Reactive Inducitive Negative Energy varh U32\nSetup storage and Reset product (Function 6)\n1536 0x0600 Commands 1 NONE WRITE WRITE\n1536 0x0600 1 No parameter - U8\nDate and Hour Settings\n3072 0x0C00 Settings 6 NONE READ | WRITE_MANY READ | WRITE_MANY\n3072 0x0C00 1 Month - U8\n3073 0x0C01 1 Day - U8\n3074 0x0C02 1 Year - U8\n3075 0x0C03 1 Hour - U8\n3076 0x0C04 1 Minute - U8\n3077 0x0C05 1 Second - U8\nLimited measures setup\n752 0x02F0 Settings 5 NONE READ | WRITE | WRITE_MANY READ | WRITE | WRITE_MANY\n752 0x02F0 1 Intensity Limit # 1 Value A / 10000 U8\n753 0x02F1 1 Intensity Limit # 2 Value A / 10000 U8\n754 0x02F2 1 Intensity Limit # 3 Value A / 10000 U8\n755 0x02F3 1 Voltage Limit # 1 Value V / 1000 U8\n756 0x02F4 1 Voltage Limit # 2 Value V / 1000 U8\nRAZ ( Function 6 )\n1024 0x0400 Commands 4 NONE WRITE WRITE\n1024 0x0400 1 Reset 1 (0xFFFF for all)\n0x0002 : MaxP+\n0x0004 : MaxP-\n0x0008 : MaxQ+\n0x0010 : MaxQ-\n0x0020 : MaxS\n0x0040 : Time Meter\n0x1000 : All energies\n0x2000 : MaxU\n0x4000 : MaxV\n0x8000 : MaxF - U16_HEX\n1025 0x0401 1 Reset 2 (0xFFFF for all)\n0x0001 : E1\n0x0002 : E2\n0x0004 : E3\n0x0008 : E4\n0x0010 : E5\n0x0020 : E6\n0x0040 : Min/Max I\n0x0080 : Min/Max In\n0x0100 : Min/Max U\n0x0200 : Min/Max F\n0x0400 : Min/Max PF\n0x0800 : Min/Max P\n0x1000 : Min/Max Q\n0x2000 : Min/Max thd I\n0x4000 : Min/Max thd In\n0x8000 : Min/Max thd U - U16_HEX\n1026 0x0402 1 Reset 3 (0xFFFF for all)\n0x0001 : Min/Max S\n0x0002 : Min/Max V\n0x0004 : Min/Max thd V\n0x0008 : External input ( Memory option )\n0x0010 : 10 Last Alarms historic\n0x0020 : 10 Last voltage sag historic\n0x0040 : 10 Last voltage swell historic\n0x0080 : 10 Last voltage cut off historic\n0x2000 : Frenquency Average historic\n0x4000 : Voltage Average historic\n0x8000 : Power Average historic - U16_HEX\n1027 0x0403 1 Reset 4 (0xFFFF for all)\n0x0001 : Max Q+ CAP\n0x0002 : Max Q+ IND\n0x0004 : Max Q- CAP\n0x0008 : Max Q- IND\n0x0010 : ER+ CAP\n0x0020 : ER+ IND\n0x0040 : ER- CAP\n0x0080 : ER- IND - U16_HEX\nAVG Voltage Historical\n32768 0x8000 Info 879 NONE READ READ\n32768 0x8000 1 Voltage Pointer - U16\n32769 0x8001 3 VHIS Update DateTime - DATETIME_3\n32772 0x8004 875 3U, 3V values V / 10 U16\nAVG Frequency Historical\n36864 0x9000 Info 8704 NONE READ READ\n36864 0x9000 1 Frecency POinter - U16\n36865 0x9001 3 FHIS Update DateTime - DATETIME_3\n36868 0x9004 8700 F Value Hz / 100 U16\nAVG Power Historical\n12288 0x3000 Info 18005 NONE READ READ\n12288 0x3000 1 PHIS : pointer on the most recent P value in the Historical table - U16\n12289 0x3001 1 QHIS : pointer on the most recent Q value in the Historical table - U16\n12290 0x3002 3 Pointer update datetime - DATETIME_3\n12293 0x3005 4500 Zone P.1 P+ / P- values W / 10 U16\n16793 0x4199 4500 Zone P.2 P+ / P- values W / 10 U16\n21293 0x532D 4500 Zone Q.1 Q+ / Q- values var / 10 U16\n25793 0x64C1 4500 Zone Q.2 Q+ / Q- values var / 10 U16\nVoltage Sag Level (n - occurence) #1\n3328 0x0D00 Info 14 NONE READ READ\n3328 0x0D00 1 Root cause on phase to phase voltage0 : aucune, 5: U12, 6: U23, 7: U31 - U8\n3329 0x0D01 2 Value - U32\n3331 0x0D03 1 Root cause on phase to neutral voltage0 : aucune, 22 : V1, 23 : V2, 24 : V3 - U8\n3332 0x0D04 2 Value - U32\n3334 0x0D06 2 Duration s / 1000 U32\n3336 0x0D08 1 Day - U8\n3337 0x0D09 1 Month - U8\n3338 0x0D0A 1 Year - U8\n3339 0x0D0B 1 Hour - U8\n3340 0x0D0C 1 Minute - U8\n3341 0x0D0D 1 Second - U8\nVoltage Sag Level (n - occurence) #2\n3342 0x0D0E Info 14 NONE READ READ\n3342 0x0D0E 1 Root cause on phase to phase voltage0 : aucune, 5: U12, 6: U23, 7: U31 - U8\n3343 0x0D0F 2 Value - U32\n3345 0x0D11 1 Root cause on phase to neutral voltage0 : aucune, 22 : V1, 23 : V2, 24 : V3 - U8\n3346 0x0D12 2 Value - U32\n3348 0x0D14 2 Duration s / 1000 U32\n3350 0x0D16 1 Day - U8\n3351 0x0D17 1 Month - U8\n3352 0x0D18 1 Year - U8\n3353 0x0D19 1 Hour - U8\n3354 0x0D1A 1 Minute - U8\n3355 0x0D1B 1 Second - U8\nVoltage Sag Level (n - occurence) #3\n3356 0x0D1C Info 14 NONE READ READ\n3356 0x0D1C 1 Root cause on phase to phase voltage0 : aucune, 5: U12, 6: U23, 7: U31 - U8\n3357 0x0D1D 2 Value - U32\n3359 0x0D1F 1 Root cause on phase to neutral voltage0 : aucune, 22 : V1, 23 : V2, 24 : V3 - U8\n3360 0x0D20 2 Value - U32\n3362 0x0D22 2 Duration s / 1000 U32\n3364 0x0D24 1 Day - U8\n3365 0x0D25 1 Month - U8\n3366 0x0D26 1 Year - U8\n3367 0x0D27 1 Hour - U8\n3368 0x0D28 1 Minute - U8\n3369 0x0D29 1 Second - U8\nVoltage Sag Level (n - occurence) #4\n3370 0x0D2A Info 14 NONE READ READ\n3370 0x0D2A 1 Root cause on phase to phase voltage0 : aucune, 5: U12, 6: U23, 7: U31 - U8\n3371 0x0D2B 2 Value - U32\n3373 0x0D2D 1 Root cause on phase to neutral voltage0 : aucune, 22 : V1, 23 : V2, 24 : V3 - U8\n3374 0x0D2E 2 Value - U32\n3376 0x0D30 2 Duration s / 1000 U32\n3378 0x0D32 1 Day - U8\n3379 0x0D33 1 Month - U8\n3380 0x0D34 1 Year - U8\n3381 0x0D35 1 Hour - U8\n3382 0x0D36 1 Minute - U8\n3383 0x0D37 1 Second - U8\nVoltage Sag Level (n - occurence) #5\n3384 0x0D38 Info 14 NONE READ READ\n3384 0x0D38 1 Root cause on phase to phase voltage0 : aucune, 5: U12, 6: U23, 7: U31 - U8\n3385 0x0D39 2 Value - U32\n3387 0x0D3B 1 Root cause on phase to neutral voltage0 : aucune, 22 : V1, 23 : V2, 24 : V3 - U8\n3388 0x0D3C 2 Value - U32\n3390 0x0D3E 2 Duration s / 1000 U32\n3392 0x0D40 1 Day - U8\n3393 0x0D41 1 Month - U8\n3394 0x0D42 1 Year - U8\n3395 0x0D43 1 Hour - U8\n3396 0x0D44 1 Minute - U8\n3397 0x0D45 1 Second - U8\nVoltage Sag Level (n - occurence) #6\n3398 0x0D46 Info 14 NONE READ READ\n3398 0x0D46 1 Root cause on phase to phase voltage0 : aucune, 5: U12, 6: U23, 7: U31 - U8\n3399 0x0D47 2 Value - U32\n3401 0x0D49 1 Root cause on phase to neutral voltage0 : aucune, 22 : V1, 23 : V2, 24 : V3 - U8\n3402 0x0D4A 2 Value - U32\n3404 0x0D4C 2 Duration s / 1000 U32\n3406 0x0D4E 1 Day - U8\n3407 0x0D4F 1 Month - U8\n3408 0x0D50 1 Year - U8\n3409 0x0D51 1 Hour - U8\n3410 0x0D52 1 Minute - U8\n3411 0x0D53 1 Second - U8\nVoltage Sag Level (n - occurence) #7\n3412 0x0D54 Info 14 NONE READ READ\n3412 0x0D54 1 Root cause on phase to phase voltage0 : aucune, 5: U12, 6: U23, 7: U31 - U8\n3413 0x0D55 2 Value - U32\n3415 0x0D57 1 Root cause on phase to neutral voltage0 : aucune, 22 : V1, 23 : V2, 24 : V3 - U8\n3416 0x0D58 2 Value - U32\n3418 0x0D5A 2 Duration s / 1000 U32\n3420 0x0D5C 1 Day - U8\n3421 0x0D5D 1 Month - U8\n3422 0x0D5E 1 Year - U8\n3423 0x0D5F 1 Hour - U8\n3424 0x0D60 1 Minute - U8\n3425 0x0D61 1 Second - U8\nVoltage Sag Level (n - occurence) #8\n3426 0x0D62 Info 14 NONE READ READ\n3426 0x0D62 1 Root cause on phase to phase voltage0 : aucune, 5: U12, 6: U23, 7: U31 - U8\n3427 0x0D63 2 Value - U32\n3429 0x0D65 1 Root cause on phase to neutral voltage0 : aucune, 22 : V1, 23 : V2, 24 : V3 - U8\n3430 0x0D66 2 Value - U32\n3432 0x0D68 2 Duration s / 1000 U32\n3434 0x0D6A 1 Day - U8\n3435 0x0D6B 1 Month - U8\n3436 0x0D6C 1 Year - U8\n3437 0x0D6D 1 Hour - U8\n3438 0x0D6E 1 Minute - U8\n3439 0x0D6F 1 Second - U8\nVoltage Sag Level (n - occurence) #9\n3440 0x0D70 Info 14 NONE READ READ\n3440 0x0D70 1 Root cause on phase to phase voltage0 : aucune, 5: U12, 6: U23, 7: U31 - U8\n3441 0x0D71 2 Value - U32\n3443 0x0D73 1 Root cause on phase to neutral voltage0 : aucune, 22 : V1, 23 : V2, 24 : V3 - U8\n3444 0x0D74 2 Value - U32\n3446 0x0D76 2 Duration s / 1000 U32\n3448 0x0D78 1 Day - U8\n3449 0x0D79 1 Month - U8\n3450 0x0D7A 1 Year - U8\n3451 0x0D7B 1 Hour - U8\n3452 0x0D7C 1 Minute - U8\n3453 0x0D7D 1 Second - U8\nVoltage Sag Level (n - occurence) #10\n3454 0x0D7E Info 14 NONE READ READ\n3454 0x0D7E 1 Root cause on phase to phase voltage0 : aucune, 5: U12, 6: U23, 7: U31 - U8\n3455 0x0D7F 2 Value - U32\n3457 0x0D81 1 Root cause on phase to neutral voltage0 : aucune, 22 : V1, 23 : V2, 24 : V3 - U8\n3458 0x0D82 2 Value - U32\n3460 0x0D84 2 Duration s / 1000 U32\n3462 0x0D86 1 Day - U8\n3463 0x0D87 1 Month - U8\n3464 0x0D88 1 Year - U8\n3465 0x0D89 1 Hour - U8\n3466 0x0D8A 1 Minute - U8\n3467 0x0D8B 1 Second - U8\nVoltage Swell Level (n - occurence) #1\n3584 0x0E00 Info 14 NONE READ READ\n3584 0x0E00 1 Root cause on phase to phase voltage0 : aucune, 5: U12, 6: U23, 7: U31 - U8\n3585 0x0E01 2 Value - U32\n3587 0x0E03 1 Root cause on phase to neutral voltage0 : aucune, 22 : V1, 23 : V2, 24 : V3 - U8\n3588 0x0E04 2 Value - U32\n3590 0x0E06 2 Duration s / 1000 U32\n3592 0x0E08 1 Day - U8\n3593 0x0E09 1 Month - U8\n3594 0x0E0A 1 Year - U8\n3595 0x0E0B 1 Hour - U8\n3596 0x0E0C 1 Minute - U8\n3597 0x0E0D 1 Second - U8\nVoltage Swell Level (n - occurence) #2\n3598 0x0E0E Info 14 NONE READ READ\n3598 0x0E0E 1 Root cause on phase to phase voltage0 : aucune, 5: U12, 6: U23, 7: U31 - U8\n3599 0x0E0F 2 Value - U32\n3601 0x0E11 1 Root cause on phase to neutral voltage0 : aucune, 22 : V1, 23 : V2, 24 : V3 - U8\n3602 0x0E12 2 Value - U32\n3604 0x0E14 2 Duration s / 1000 U32\n3606 0x0E16 1 Day - U8\n3607 0x0E17 1 Month - U8\n3608 0x0E18 1 Year - U8\n3609 0x0E19 1 Hour - U8\n3610 0x0E1A 1 Minute - U8\n3611 0x0E1B 1 Second - U8\nVoltage Swell Level (n - occurence) #3\n3612 0x0E1C Info 14 NONE READ READ\n3612 0x0E1C 1 Root cause on phase to phase voltage0 : aucune, 5: U12, 6: U23, 7: U31 - U8\n3613 0x0E1D 2 Value - U32\n3615 0x0E1F 1 Root cause on phase to neutral voltage0 : aucune, 22 : V1, 23 : V2, 24 : V3 - U8\n3616 0x0E20 2 Value - U32\n3618 0x0E22 2 Duration s / 1000 U32\n3620 0x0E24 1 Day - U8\n3621 0x0E25 1 Month - U8\n3622 0x0E26 1 Year - U8\n3623 0x0E27 1 Hour - U8\n3624 0x0E28 1 Minute - U8\n3625 0x0E29 1 Second - U8\nVoltage Swell Level (n - occurence) #4\n3626 0x0E2A Info 14 NONE READ READ\n3626 0x0E2A 1 Root cause on phase to phase voltage0 : aucune, 5: U12, 6: U23, 7: U31 - U8\n3627 0x0E2B 2 Value - U32\n3629 0x0E2D 1 Root cause on phase to neutral voltage0 : aucune, 22 : V1, 23 : V2, 24 : V3 - U8\n3630 0x0E2E 2 Value - U32\n3632 0x0E30 2 Duration s / 1000 U32\n3634 0x0E32 1 Day - U8\n3635 0x0E33 1 Month - U8\n3636 0x0E34 1 Year - U8\n3637 0x0E35 1 Hour - U8\n3638 0x0E36 1 Minute - U8\n3639 0x0E37 1 Second - U8\nVoltage Swell Level (n - occurence) #5\n3640 0x0E38 Info 14 NONE READ READ\n3640 0x0E38 1 Root cause on phase to phase voltage0 : aucune, 5: U12, 6: U23, 7: U31 - U8\n3641 0x0E39 2 Value - U32\n3643 0x0E3B 1 Root cause on phase to neutral voltage0 : aucune, 22 : V1, 23 : V2, 24 : V3 - U8\n3644 0x0E3C 2 Value - U32\n3646 0x0E3E 2 Duration s / 1000 U32\n3648 0x0E40 1 Day - U8\n3649 0x0E41 1 Month - U8\n3650 0x0E42 1 Year - U8\n3651 0x0E43 1 Hour - U8\n3652 0x0E44 1 Minute - U8\n3653 0x0E45 1 Second - U8\nVoltage Swell Level (n - occurence) #6\n3654 0x0E46 Info 14 NONE READ READ\n3654 0x0E46 1 Root cause on phase to phase voltage0 : aucune, 5: U12, 6: U23, 7: U31 - U8\n3655 0x0E47 2 Value - U32\n3657 0x0E49 1 Root cause on phase to neutral voltage0 : aucune, 22 : V1, 23 : V2, 24 : V3 - U8\n3658 0x0E4A 2 Value - U32\n3660 0x0E4C 2 Duration s / 1000 U32\n3662 0x0E4E 1 Day - U8\n3663 0x0E4F 1 Month - U8\n3664 0x0E50 1 Year - U8\n3665 0x0E51 1 Hour - U8\n3666 0x0E52 1 Minute - U8\n3667 0x0E53 1 Second - U8\nVoltage Swell Level (n - occurence) #7\n3668 0x0E54 Info 14 NONE READ READ\n3668 0x0E54 1 Root cause on phase to phase voltage0 : aucune, 5: U12, 6: U23, 7: U31 - U8\n3669 0x0E55 2 Value - U32\n3671 0x0E57 1 Root cause on phase to neutral voltage0 : aucune, 22 : V1, 23 : V2, 24 : V3 - U8\n3672 0x0E58 2 Value - U32\n3674 0x0E5A 2 Duration s / 1000 U32\n3676 0x0E5C 1 Day - U8\n3677 0x0E5D 1 Month - U8\n3678 0x0E5E 1 Year - U8\n3679 0x0E5F 1 Hour - U8\n3680 0x0E60 1 Minute - U8\n3681 0x0E61 1 Second - U8\nVoltage Swell Level (n - occurence) #8\n3682 0x0E62 Info 14 NONE READ READ\n3682 0x0E62 1 Root cause on phase to phase voltage0 : aucune, 5: U12, 6: U23, 7: U31 - U8\n3683 0x0E63 2 Value - U32\n3685 0x0E65 1 Root cause on phase to neutral voltage0 : aucune, 22 : V1, 23 : V2, 24 : V3 - U8\n3686 0x0E66 2 Value - U32\n3688 0x0E68 2 Duration s / 1000 U32\n3690 0x0E6A 1 Day - U8\n3691 0x0E6B 1 Month - U8\n3692 0x0E6C 1 Year - U8\n3693 0x0E6D 1 Hour - U8\n3694 0x0E6E 1 Minute - U8\n3695 0x0E6F 1 Second - U8\nVoltage Swell Level (n - occurence) #9\n3696 0x0E70 Info 14 NONE READ READ\n3696 0x0E70 1 Root cause on phase to phase voltage0 : aucune, 5: U12, 6: U23, 7: U31 - U8\n3697 0x0E71 2 Value - U32\n3699 0x0E73 1 Root cause on phase to neutral voltage0 : aucune, 22 : V1, 23 : V2, 24 : V3 - U8\n3700 0x0E74 2 Value - U32\n3702 0x0E76 2 Duration s / 1000 U32\n3704 0x0E78 1 Day - U8\n3705 0x0E79 1 Month - U8\n3706 0x0E7A 1 Year - U8\n3707 0x0E7B 1 Hour - U8\n3708 0x0E7C 1 Minute - U8\n3709 0x0E7D 1 Second - U8\nVoltage Swell Level (n - occurence) #10\n3710 0x0E7E Info 14 NONE READ READ\n3710 0x0E7E 1 Root cause on phase to phase voltage0 : aucune, 5: U12, 6: U23, 7: U31 - U8\n3711 0x0E7F 2 Value - U32\n3713 0x0E81 1 Root cause on phase to neutral voltage0 : aucune, 22 : V1, 23 : V2, 24 : V3 - U8\n3714 0x0E82 2 Value - U32\n3716 0x0E84 2 Duration s / 1000 U32\n3718 0x0E86 1 Day - U8\n3719 0x0E87 1 Month - U8\n3720 0x0E88 1 Year - U8\n3721 0x0E89 1 Hour - U8\n3722 0x0E8A 1 Minute - U8\n3723 0x0E8B 1 Second - U8\nPower supply cut off Level (n - occurence) #1\n4096 0x1000 Info 6 NONE READ READ\n4096 0x1000 1 Day - U8\n4097 0x1001 1 Month - U8\n4098 0x1002 1 Year - U8\n4099 0x1003 1 Hour - U8\n4100 0x1004 1 Minute - U8\n4101 0x1005 1 Second - U8\nPower supply cut off Level (n - occurence) #2\n4102 0x1006 Info 6 NONE READ READ\n4102 0x1006 1 Day - U8\n4103 0x1007 1 Month - U8\n4104 0x1008 1 Year - U8\n4105 0x1009 1 Hour - U8\n4106 0x100A 1 Minute - U8\n4107 0x100B 1 Second - U8\nPower supply cut off Level (n - occurence) #3\n4108 0x100C Info 6 NONE READ READ\n4108 0x100C 1 Day - U8\n4109 0x100D 1 Month - U8\n4110 0x100E 1 Year - U8\n4111 0x100F 1 Hour - U8\n4112 0x1010 1 Minute - U8\n4113 0x1011 1 Second - U8\nPower supply cut off Level (n - occurence) #4\n4114 0x1012 Info 6 NONE READ READ\n4114 0x1012 1 Day - U8\n4115 0x1013 1 Month - U8\n4116 0x1014 1 Year - U8\n4117 0x1015 1 Hour - U8\n4118 0x1016 1 Minute - U8\n4119 0x1017 1 Second - U8\nPower supply cut off Level (n - occurence) #5\n4120 0x1018 Info 6 NONE READ READ\n4120 0x1018 1 Day - U8\n4121 0x1019 1 Month - U8\n4122 0x101A 1 Year - U8\n4123 0x101B 1 Hour - U8\n4124 0x101C 1 Minute - U8\n4125 0x101D 1 Second - U8\nPower supply cut off Level (n - occurence) #6\n4126 0x101E Info 6 NONE READ READ\n4126 0x101E 1 Day - U8\n4127 0x101F 1 Month - U8\n4128 0x1020 1 Year - U8\n4129 0x1021 1 Hour - U8\n4130 0x1022 1 Minute - U8\n4131 0x1023 1 Second - U8\nPower supply cut off Level (n - occurence) #7\n4132 0x1024 Info 6 NONE READ READ\n4132 0x1024 1 Day - U8\n4133 0x1025 1 Month - U8\n4134 0x1026 1 Year - U8\n4135 0x1027 1 Hour - U8\n4136 0x1028 1 Minute - U8\n4137 0x1029 1 Second - U8\nPower supply cut off Level (n - occurence) #8\n4138 0x102A Info 6 NONE READ READ\n4138 0x102A 1 Day - U8\n4139 0x102B 1 Month - U8\n4140 0x102C 1 Year - U8\n4141 0x102D 1 Hour - U8\n4142 0x102E 1 Minute - U8\n4143 0x102F 1 Second - U8\nPower supply cut off Level (n - occurence) #9\n4144 0x1030 Info 6 NONE READ READ\n4144 0x1030 1 Day - U8\n4145 0x1031 1 Month - U8\n4146 0x1032 1 Year - U8\n4147 0x1033 1 Hour - U8\n4148 0x1034 1 Minute - U8\n4149 0x1035 1 Second - U8\nPower supply cut off Level (n - occurence) #10\n4150 0x1036 Info 6 NONE READ READ\n4150 0x1036 1 Day - U8\n4151 0x1037 1 Month - U8\n4152 0x1038 1 Year - U8\n4153 0x1039 1 Hour - U8\n4154 0x103A 1 Minute - U8\n4155 0x103B 1 Second - U8\nAlarm histo (n - occurence) #1\n3088 0x0C10 Info 14 NONE READ READ\n3088 0x0C10 1 Alarm Output number (1 ? 6) - U8\n3089 0x0C11 1 Alarm on lower threshold cause:0 : No Alarm / 1 : I1 / 2 : I2 / 3 : I3 / 4 : IN / 5 : U12 / 6 : U23 / 7 : U31 / 8 : ?P+ / 9 : ?Q+ / 10 : ?S / 11 : F / 12 : ?PFL / 15: thdI1 / 16: thdI2 / 17 : thdI3 / 18 : thdU12 / 19 : thdU23 / 20 : thdU31 / 21 : Hour / 22: V1 / 23 : V2 / 24 : V3 / 26: thdV1 / 27 : thdV2 / 28 : thd V3 / 29 : ?P - / 30 : ?Q - / 31 : ?PFC / 32 : T?C 1 / 33 : T?C 2 / 34 : T?C 3 / 35 : T?C internal / 36 : ?P predicted / 37 : ?Q predicted / 38 : ?S predicted - U8\n3090 0x0C12 2 Alarm on lower threshold : min value - U32\n3092 0x0C14 1 Alarm on upper threshold cause:0 : No Alarm / 1 : I1 / 2 : I2 / 3 : I3 / 4 : IN / 5 : U12 / 6 : U23 / 7 : U31 / 8 : ?P+ / 9 : ?Q+ / 10 : ?S / 11 : F / 12 : ?PFL / 15: thdI1 / 16: thdI2 / 17 : thdI3 / 18 : thdU12 / 19 : thdU23 / 20 : thdU31 / 21 : Hour / 22: V1 / 23 : V2 / 24 : V3 / 26: thdV1 / 27 : thdV2 / 28 : thd V3 / 29 : ?P - / 30 : ?Q - / 31 : ?PFC / 32 : T?C 1 / 33 : T?C 2 / 34 : T?C 3 / 35 : T?C internal / 36 : ?P predicted / 37 : ?Q predicted / 38 : ?S predicted - U8\n3093 0x0C15 2 Alarm on upper threshold : max value - U32\n3095 0x0C17 1 duration s U8\n3096 0x0C18 1 Day - U8\n3097 0x0C19 1 Month - U8\n3098 0x0C1A 1 Year - U8\n3099 0x0C1B 1 Hour - U8\n3100 0x0C1C 1 Minute - U8\n3101 0x0C1D 1 Seconde - U8\nAlarm histo (n - occurence) #2\n3102 0x0C1E Info 14 NONE READ READ\n3102 0x0C1E 1 Alarm Output number (1 ? 6) - U8\n3103 0x0C1F 1 Alarm on lower threshold cause:0 : No Alarm / 1 : I1 / 2 : I2 / 3 : I3 / 4 : IN / 5 : U12 / 6 : U23 / 7 : U31 / 8 : ?P+ / 9 : ?Q+ / 10 : ?S / 11 : F / 12 : ?PFL / 15: thdI1 / 16: thdI2 / 17 : thdI3 / 18 : thdU12 / 19 : thdU23 / 20 : thdU31 / 21 : Hour / 22: V1 / 23 : V2 / 24 : V3 / 26: thdV1 / 27 : thdV2 / 28 : thd V3 / 29 : ?P - / 30 : ?Q - / 31 : ?PFC / 32 : T?C 1 / 33 : T?C 2 / 34 : T?C 3 / 35 : T?C internal / 36 : ?P predicted / 37 : ?Q predicted / 38 : ?S predicted - U8\n3104 0x0C20 2 Alarm on lower threshold : min value - U32\n3106 0x0C22 1 Alarm on upper threshold cause:0 : No Alarm / 1 : I1 / 2 : I2 / 3 : I3 / 4 : IN / 5 : U12 / 6 : U23 / 7 : U31 / 8 : ?P+ / 9 : ?Q+ / 10 : ?S / 11 : F / 12 : ?PFL / 15: thdI1 / 16: thdI2 / 17 : thdI3 / 18 : thdU12 / 19 : thdU23 / 20 : thdU31 / 21 : Hour / 22: V1 / 23 : V2 / 24 : V3 / 26: thdV1 / 27 : thdV2 / 28 : thd V3 / 29 : ?P - / 30 : ?Q - / 31 : ?PFC / 32 : T?C 1 / 33 : T?C 2 / 34 : T?C 3 / 35 : T?C internal / 36 : ?P predicted / 37 : ?Q predicted / 38 : ?S predicted - U8\n3107 0x0C23 2 Alarm on upper threshold : max value - U32\n3109 0x0C25 1 duration s U8\n3110 0x0C26 1 Day - U8\n3111 0x0C27 1 Month - U8\n3112 0x0C28 1 Year - U8\n3113 0x0C29 1 Hour - U8\n3114 0x0C2A 1 Minute - U8\n3115 0x0C2B 1 Seconde - U8\nAlarm histo (n - occurence) #3\n3116 0x0C2C Info 14 NONE READ READ\n3116 0x0C2C 1 Alarm Output number (1 ? 6) - U8\n3117 0x0C2D 1 Alarm on lower threshold cause:0 : No Alarm / 1 : I1 / 2 : I2 / 3 : I3 / 4 : IN / 5 : U12 / 6 : U23 / 7 : U31 / 8 : ?P+ / 9 : ?Q+ / 10 : ?S / 11 : F / 12 : ?PFL / 15: thdI1 / 16: thdI2 / 17 : thdI3 / 18 : thdU12 / 19 : thdU23 / 20 : thdU31 / 21 : Hour / 22: V1 / 23 : V2 / 24 : V3 / 26: thdV1 / 27 : thdV2 / 28 : thd V3 / 29 : ?P - / 30 : ?Q - / 31 : ?PFC / 32 : T?C 1 / 33 : T?C 2 / 34 : T?C 3 / 35 : T?C internal / 36 : ?P predicted / 37 : ?Q predicted / 38 : ?S predicted - U8\n3118 0x0C2E 2 Alarm on lower threshold : min value - U32\n3120 0x0C30 1 Alarm on upper threshold cause:0 : No Alarm / 1 : I1 / 2 : I2 / 3 : I3 / 4 : IN / 5 : U12 / 6 : U23 / 7 : U31 / 8 : ?P+ / 9 : ?Q+ / 10 : ?S / 11 : F / 12 : ?PFL / 15: thdI1 / 16: thdI2 / 17 : thdI3 / 18 : thdU12 / 19 : thdU23 / 20 : thdU31 / 21 : Hour / 22: V1 / 23 : V2 / 24 : V3 / 26: thdV1 / 27 : thdV2 / 28 : thd V3 / 29 : ?P - / 30 : ?Q - / 31 : ?PFC / 32 : T?C 1 / 33 : T?C 2 / 34 : T?C 3 / 35 : T?C internal / 36 : ?P predicted / 37 : ?Q predicted / 38 : ?S predicted - U8\n3121 0x0C31 2 Alarm on upper threshold : max value - U32\n3123 0x0C33 1 duration s U8\n3124 0x0C34 1 Day - U8\n3125 0x0C35 1 Month - U8\n3126 0x0C36 1 Year - U8\n3127 0x0C37 1 Hour - U8\n3128 0x0C38 1 Minute - U8\n3129 0x0C39 1 Seconde - U8\nAlarm histo (n - occurence) #4\n3130 0x0C3A Info 14 NONE READ READ\n3130 0x0C3A 1 Alarm Output number (1 ? 6) - U8\n3131 0x0C3B 1 Alarm on lower threshold cause:0 : No Alarm / 1 : I1 / 2 : I2 / 3 : I3 / 4 : IN / 5 : U12 / 6 : U23 / 7 : U31 / 8 : ?P+ / 9 : ?Q+ / 10 : ?S / 11 : F / 12 : ?PFL / 15: thdI1 / 16: thdI2 / 17 : thdI3 / 18 : thdU12 / 19 : thdU23 / 20 : thdU31 / 21 : Hour / 22: V1 / 23 : V2 / 24 : V3 / 26: thdV1 / 27 : thdV2 / 28 : thd V3 / 29 : ?P - / 30 : ?Q - / 31 : ?PFC / 32 : T?C 1 / 33 : T?C 2 / 34 : T?C 3 / 35 : T?C internal / 36 : ?P predicted / 37 : ?Q predicted / 38 : ?S predicted - U8\n3132 0x0C3C 2 Alarm on lower threshold : min value - U32\n3134 0x0C3E 1 Alarm on upper threshold cause:0 : No Alarm / 1 : I1 / 2 : I2 / 3 : I3 / 4 : IN / 5 : U12 / 6 : U23 / 7 : U31 / 8 : ?P+ / 9 : ?Q+ / 10 : ?S / 11 : F / 12 : ?PFL / 15: thdI1 / 16: thdI2 / 17 : thdI3 / 18 : thdU12 / 19 : thdU23 / 20 : thdU31 / 21 : Hour / 22: V1 / 23 : V2 / 24 : V3 / 26: thdV1 / 27 : thdV2 / 28 : thd V3 / 29 : ?P - / 30 : ?Q - / 31 : ?PFC / 32 : T?C 1 / 33 : T?C 2 / 34 : T?C 3 / 35 : T?C internal / 36 : ?P predicted / 37 : ?Q predicted / 38 : ?S predicted - U8\n3135 0x0C3F 2 Alarm on upper threshold : max value - U32\n3137 0x0C41 1 duration s U8\n3138 0x0C42 1 Day - U8\n3139 0x0C43 1 Month - U8\n3140 0x0C44 1 Year - U8\n3141 0x0C45 1 Hour - U8\n3142 0x0C46 1 Minute - U8\n3143 0x0C47 1 Seconde - U8\nAlarm histo (n - occurence) #5\n3144 0x0C48 Info 14 NONE READ READ\n3144 0x0C48 1 Alarm Output number (1 ? 6) - U8\n3145 0x0C49 1 Alarm on lower threshold cause:0 : No Alarm / 1 : I1 / 2 : I2 / 3 : I3 / 4 : IN / 5 : U12 / 6 : U23 / 7 : U31 / 8 : ?P+ / 9 : ?Q+ / 10 : ?S / 11 : F / 12 : ?PFL / 15: thdI1 / 16: thdI2 / 17 : thdI3 / 18 : thdU12 / 19 : thdU23 / 20 : thdU31 / 21 : Hour / 22: V1 / 23 : V2 / 24 : V3 / 26: thdV1 / 27 : thdV2 / 28 : thd V3 / 29 : ?P - / 30 : ?Q - / 31 : ?PFC / 32 : T?C 1 / 33 : T?C 2 / 34 : T?C 3 / 35 : T?C internal / 36 : ?P predicted / 37 : ?Q predicted / 38 : ?S predicted - U8\n3146 0x0C4A 2 Alarm on lower threshold : min value - U32\n3148 0x0C4C 1 Alarm on upper threshold cause:0 : No Alarm / 1 : I1 / 2 : I2 / 3 : I3 / 4 : IN / 5 : U12 / 6 : U23 / 7 : U31 / 8 : ?P+ / 9 : ?Q+ / 10 : ?S / 11 : F / 12 : ?PFL / 15: thdI1 / 16: thdI2 / 17 : thdI3 / 18 : thdU12 / 19 : thdU23 / 20 : thdU31 / 21 : Hour / 22: V1 / 23 : V2 / 24 : V3 / 26: thdV1 / 27 : thdV2 / 28 : thd V3 / 29 : ?P - / 30 : ?Q - / 31 : ?PFC / 32 : T?C 1 / 33 : T?C 2 / 34 : T?C 3 / 35 : T?C internal / 36 : ?P predicted / 37 : ?Q predicted / 38 : ?S predicted - U8\n3149 0x0C4D 2 Alarm on upper threshold : max value - U32\n3151 0x0C4F 1 duration s U8\n3152 0x0C50 1 Day - U8\n3153 0x0C51 1 Month - U8\n3154 0x0C52 1 Year - U8\n3155 0x0C53 1 Hour - U8\n3156 0x0C54 1 Minute - U8\n3157 0x0C55 1 Seconde - U8\nAlarm histo (n - occurence) #6\n3158 0x0C56 Info 14 NONE READ READ\n3158 0x0C56 1 Alarm Output number (1 ? 6) - U8\n3159 0x0C57 1 Alarm on lower threshold cause:0 : No Alarm / 1 : I1 / 2 : I2 / 3 : I3 / 4 : IN / 5 : U12 / 6 : U23 / 7 : U31 / 8 : ?P+ / 9 : ?Q+ / 10 : ?S / 11 : F / 12 : ?PFL / 15: thdI1 / 16: thdI2 / 17 : thdI3 / 18 : thdU12 / 19 : thdU23 / 20 : thdU31 / 21 : Hour / 22: V1 / 23 : V2 / 24 : V3 / 26: thdV1 / 27 : thdV2 / 28 : thd V3 / 29 : ?P - / 30 : ?Q - / 31 : ?PFC / 32 : T?C 1 / 33 : T?C 2 / 34 : T?C 3 / 35 : T?C internal / 36 : ?P predicted / 37 : ?Q predicted / 38 : ?S predicted - U8\n3160 0x0C58 2 Alarm on lower threshold : min value - U32\n3162 0x0C5A 1 Alarm on upper threshold cause:0 : No Alarm / 1 : I1 / 2 : I2 / 3 : I3 / 4 : IN / 5 : U12 / 6 : U23 / 7 : U31 / 8 : ?P+ / 9 : ?Q+ / 10 : ?S / 11 : F / 12 : ?PFL / 15: thdI1 / 16: thdI2 / 17 : thdI3 / 18 : thdU12 / 19 : thdU23 / 20 : thdU31 / 21 : Hour / 22: V1 / 23 : V2 / 24 : V3 / 26: thdV1 / 27 : thdV2 / 28 : thd V3 / 29 : ?P - / 30 : ?Q - / 31 : ?PFC / 32 : T?C 1 / 33 : T?C 2 / 34 : T?C 3 / 35 : T?C internal / 36 : ?P predicted / 37 : ?Q predicted / 38 : ?S predicted - U8\n3163 0x0C5B 2 Alarm on upper threshold : max value - U32\n3165 0x0C5D 1 duration s U8\n3166 0x0C5E 1 Day - U8\n3167 0x0C5F 1 Month - U8\n3168 0x0C60 1 Year - U8\n3169 0x0C61 1 Hour - U8\n3170 0x0C62 1 Minute - U8\n3171 0x0C63 1 Seconde - U8\nAlarm histo (n - occurence) #7\n3172 0x0C64 Info 14 NONE READ READ\n3172 0x0C64 1 Alarm Output number (1 ? 6) - U8\n3173 0x0C65 1 Alarm on lower threshold cause:0 : No Alarm / 1 : I1 / 2 : I2 / 3 : I3 / 4 : IN / 5 : U12 / 6 : U23 / 7 : U31 / 8 : ?P+ / 9 : ?Q+ / 10 : ?S / 11 : F / 12 : ?PFL / 15: thdI1 / 16: thdI2 / 17 : thdI3 / 18 : thdU12 / 19 : thdU23 / 20 : thdU31 / 21 : Hour / 22: V1 / 23 : V2 / 24 : V3 / 26: thdV1 / 27 : thdV2 / 28 : thd V3 / 29 : ?P - / 30 : ?Q - / 31 : ?PFC / 32 : T?C 1 / 33 : T?C 2 / 34 : T?C 3 / 35 : T?C internal / 36 : ?P predicted / 37 : ?Q predicted / 38 : ?S predicted - U8\n3174 0x0C66 2 Alarm on lower threshold : min value - U32\n3176 0x0C68 1 Alarm on upper threshold cause:0 : No Alarm / 1 : I1 / 2 : I2 / 3 : I3 / 4 : IN / 5 : U12 / 6 : U23 / 7 : U31 / 8 : ?P+ / 9 : ?Q+ / 10 : ?S / 11 : F / 12 : ?PFL / 15: thdI1 / 16: thdI2 / 17 : thdI3 / 18 : thdU12 / 19 : thdU23 / 20 : thdU31 / 21 : Hour / 22: V1 / 23 : V2 / 24 : V3 / 26: thdV1 / 27 : thdV2 / 28 : thd V3 / 29 : ?P - / 30 : ?Q - / 31 : ?PFC / 32 : T?C 1 / 33 : T?C 2 / 34 : T?C 3 / 35 : T?C internal / 36 : ?P predicted / 37 : ?Q predicted / 38 : ?S predicted - U8\n3177 0x0C69 2 Alarm on upper threshold : max value - U32\n3179 0x0C6B 1 duration s U8\n3180 0x0C6C 1 Day - U8\n3181 0x0C6D 1 Month - U8\n3182 0x0C6E 1 Year - U8\n3183 0x0C6F 1 Hour - U8\n3184 0x0C70 1 Minute - U8\n3185 0x0C71 1 Seconde - U8\nAlarm histo (n - occurence) #8\n3186 0x0C72 Info 14 NONE READ READ\n3186 0x0C72 1 Alarm Output number (1 ? 6) - U8\n3187 0x0C73 1 Alarm on lower threshold cause:0 : No Alarm / 1 : I1 / 2 : I2 / 3 : I3 / 4 : IN / 5 : U12 / 6 : U23 / 7 : U31 / 8 : ?P+ / 9 : ?Q+ / 10 : ?S / 11 : F / 12 : ?PFL / 15: thdI1 / 16: thdI2 / 17 : thdI3 / 18 : thdU12 / 19 : thdU23 / 20 : thdU31 / 21 : Hour / 22: V1 / 23 : V2 / 24 : V3 / 26: thdV1 / 27 : thdV2 / 28 : thd V3 / 29 : ?P - / 30 : ?Q - / 31 : ?PFC / 32 : T?C 1 / 33 : T?C 2 / 34 : T?C 3 / 35 : T?C internal / 36 : ?P predicted / 37 : ?Q predicted / 38 : ?S predicted - U8\n3188 0x0C74 2 Alarm on lower threshold : min value - U32\n3190 0x0C76 1 Alarm on upper threshold cause:0 : No Alarm / 1 : I1 / 2 : I2 / 3 : I3 / 4 : IN / 5 : U12 / 6 : U23 / 7 : U31 / 8 : ?P+ / 9 : ?Q+ / 10 : ?S / 11 : F / 12 : ?PFL / 15: thdI1 / 16: thdI2 / 17 : thdI3 / 18 : thdU12 / 19 : thdU23 / 20 : thdU31 / 21 : Hour / 22: V1 / 23 : V2 / 24 : V3 / 26: thdV1 / 27 : thdV2 / 28 : thd V3 / 29 : ?P - / 30 : ?Q - / 31 : ?PFC / 32 : T?C 1 / 33 : T?C 2 / 34 : T?C 3 / 35 : T?C internal / 36 : ?P predicted / 37 : ?Q predicted / 38 : ?S predicted - U8\n3191 0x0C77 2 Alarm on upper threshold : max value - U32\n3193 0x0C79 1 duration s U8\n3194 0x0C7A 1 Day - U8\n3195 0x0C7B 1 Month - U8\n3196 0x0C7C 1 Year - U8\n3197 0x0C7D 1 Hour - U8\n3198 0x0C7E 1 Minute - U8\n3199 0x0C7F 1 Seconde - U8\nAlarm histo (n - occurence) #9\n3200 0x0C80 Info 14 NONE READ READ\n3200 0x0C80 1 Alarm Output number (1 ? 6) - U8\n3201 0x0C81 1 Alarm on lower threshold cause:0 : No Alarm / 1 : I1 / 2 : I2 / 3 : I3 / 4 : IN / 5 : U12 / 6 : U23 / 7 : U31 / 8 : ?P+ / 9 : ?Q+ / 10 : ?S / 11 : F / 12 : ?PFL / 15: thdI1 / 16: thdI2 / 17 : thdI3 / 18 : thdU12 / 19 : thdU23 / 20 : thdU31 / 21 : Hour / 22: V1 / 23 : V2 / 24 : V3 / 26: thdV1 / 27 : thdV2 / 28 : thd V3 / 29 : ?P - / 30 : ?Q - / 31 : ?PFC / 32 : T?C 1 / 33 : T?C 2 / 34 : T?C 3 / 35 : T?C internal / 36 : ?P predicted / 37 : ?Q predicted / 38 : ?S predicted - U8\n3202 0x0C82 2 Alarm on lower threshold : min value - U32\n3204 0x0C84 1 Alarm on upper threshold cause:0 : No Alarm / 1 : I1 / 2 : I2 / 3 : I3 / 4 : IN / 5 : U12 / 6 : U23 / 7 : U31 / 8 : ?P+ / 9 : ?Q+ / 10 : ?S / 11 : F / 12 : ?PFL / 15: thdI1 / 16: thdI2 / 17 : thdI3 / 18 : thdU12 / 19 : thdU23 / 20 : thdU31 / 21 : Hour / 22: V1 / 23 : V2 / 24 : V3 / 26: thdV1 / 27 : thdV2 / 28 : thd V3 / 29 : ?P - / 30 : ?Q - / 31 : ?PFC / 32 : T?C 1 / 33 : T?C 2 / 34 : T?C 3 / 35 : T?C internal / 36 : ?P predicted / 37 : ?Q predicted / 38 : ?S predicted - U8\n3205 0x0C85 2 Alarm on upper threshold : max value - U32\n3207 0x0C87 1 duration s U8\n3208 0x0C88 1 Day - U8\n3209 0x0C89 1 Month - U8\n3210 0x0C8A 1 Year - U8\n3211 0x0C8B 1 Hour - U8\n3212 0x0C8C 1 Minute - U8\n3213 0x0C8D 1 Seconde - U8\nAlarm histo (n - occurence) #10\n3214 0x0C8E Info 14 NONE READ READ\n3214 0x0C8E 1 Alarm Output number (1 ? 6) - U8\n3215 0x0C8F 1 Alarm on lower threshold cause:0 : No Alarm / 1 : I1 / 2 : I2 / 3 : I3 / 4 : IN / 5 : U12 / 6 : U23 / 7 : U31 / 8 : ?P+ / 9 : ?Q+ / 10 : ?S / 11 : F / 12 : ?PFL / 15: thdI1 / 16: thdI2 / 17 : thdI3 / 18 : thdU12 / 19 : thdU23 / 20 : thdU31 / 21 : Hour / 22: V1 / 23 : V2 / 24 : V3 / 26: thdV1 / 27 : thdV2 / 28 : thd V3 / 29 : ?P - / 30 : ?Q - / 31 : ?PFC / 32 : T?C 1 / 33 : T?C 2 / 34 : T?C 3 / 35 : T?C internal / 36 : ?P predicted / 37 : ?Q predicted / 38 : ?S predicted - U8\n3216 0x0C90 2 Alarm on lower threshold : min value - U32\n3218 0x0C92 1 Alarm on upper threshold cause:0 : No Alarm / 1 : I1 / 2 : I2 / 3 : I3 / 4 : IN / 5 : U12 / 6 : U23 / 7 : U31 / 8 : ?P+ / 9 : ?Q+ / 10 : ?S / 11 : F / 12 : ?PFL / 15: thdI1 / 16: thdI2 / 17 : thdI3 / 18 : thdU12 / 19 : thdU23 / 20 : thdU31 / 21 : Hour / 22: V1 / 23 : V2 / 24 : V3 / 26: thdV1 / 27 : thdV2 / 28 : thd V3 / 29 : ?P - / 30 : ?Q - / 31 : ?PFC / 32 : T?C 1 / 33 : T?C 2 / 34 : T?C 3 / 35 : T?C internal / 36 : ?P predicted / 37 : ?Q predicted / 38 : ?S predicted - U8\n3219 0x0C93 2 Alarm on upper threshold : max value - U32\n3221 0x0C95 1 duration s U8\n3222 0x0C96 1 Day - U8\n3223 0x0C97 1 Month - U8\n3224 0x0C98 1 Year - U8\n3225 0x0C99 1 Hour - U8\n3226 0x0C9A 1 Minute - U8\n3227 0x0C9B 1 Seconde - U8\nAlarme in progress(1-2) #1\n30464 0x7700 Info 28 NONE READ READ\n30464 0x7700 1 OUT1: Current alarm on lower threshold cause:0 : No Alarm / 1 : I1 / 2 : I2 / 3 : I3 / 4 : IN / 5 : U12 / 6 : U23 / 7 : U31 / 8 : ?P+ / 9 : ?Q+ / 10 : ?S / 11 : F / 12 : ?PFL / 15: thdI1 / 16: thdI2 / 17 : thdI3 / 18 : thdU12 / 19 : thdU23 / 20 : thdU31 / 21 : Hour / 22: V1 / 23 : V2 / 24 : V3 / 25: thdIn26: thdV1 / 27 : thdV2 / 28 : thd V3 / 29 : ?P - / 30 : ?Q - / 31 : ?PFC / 32 : T?C 1 / 33 : T?C 2 / 34 : T?C 3 / 35 : T?C internal / 36 : ?P predicted / 37 : ?Q predicted / 38 : ?S predicted - U8\n30465 0x7701 2 OUT1: Current alarm on lower threshold : min value - U32\n30467 0x7703 1 OUT1: Current alarm on upper threshold cause:0 : No Alarm / 1 : I1 / 2 : I2 / 3 : I3 / 4 : IN / 5 : U12 / 6 : U23 / 7 : U31 / 8 : ?P+ / 9 : ?Q+ / 10 : ?S / 11 : F / 12 : ?PFL / 15: thdI1 / 16: thdI2 / 17 : thdI3 / 18 : thdU12 / 19 : thdU23 / 20 : thdU31 / 21 : Hour / 22: V1 / 23 : V2 / 24 : V3 / 25: thdIn26: thdV1 / 27 : thdV2 / 28 : thd V3 / 29 : ?P - / 30 : ?Q - / 31 : ?PFC / 32 : T?C 1 / 33 : T?C 2 / 34 : T?C 3 / 35 : T?C internal / 36 : ?P predicted / 37 : ?Q predicted / 38 : ?S predicted - U8\n30468 0x7704 2 OUT1: Current alarm on upper threshold : max value - U32\n30470 0x7706 1 OUT1: Current alarm duration s U8\n30471 0x7707 1 OUT1: Previous (n-1) alarm on lower threshold cause - U8\n30472 0x7708 2 OUT1: Previous (n-1) alarm on lower threshold min value - U32\n30474 0x770A 1 OUT1: Previous (n-1) alarm on upper threshold cause - U8\n30475 0x770B 2 OUT1: Previous (n-1) alarm on upper threshold max value - U32\n30477 0x770D 1 OUT1: Previous (n-1) alarm duration s U8\n30478 0x770E 1 OUT1: Previous (n-2) alarm on lower threshold cause - U8\n30479 0x770F 2 OUT1: Previous (n-2) alarm on lower threshold min value - U32\n30481 0x7711 1 OUT1: Previous (n-2) alarm on upper threshold cause - U8\n30482 0x7712 2 OUT1: Previous (n-2) alarm on upper threshold max value - U32\n30484 0x7714 1 OUT1: Previous (n-2) alarm duration s U8\n30485 0x7715 1 OUT1: Previous (n-3) alarm on lower threshold cause - U8\n30486 0x7716 2 OUT1: Previous (n-3) alarm on lower threshold min value - U32\n30488 0x7718 1 OUT1: Previous (n-3) alarm on upper threshold cause - U8\n30489 0x7719 2 OUT1: Previous (n-3) alarm on upper threshold max value - U32\n30491 0x771B 1 OUT1: Previous (n-3) alarm duration s U8\nAlarme in progress(1-2) #2\n30492 0x771C Info 28 NONE READ READ\n30492 0x771C 1 OUT1: Current alarm on lower threshold cause:0 : No Alarm / 1 : I1 / 2 : I2 / 3 : I3 / 4 : IN / 5 : U12 / 6 : U23 / 7 : U31 / 8 : ?P+ / 9 : ?Q+ / 10 : ?S / 11 : F / 12 : ?PFL / 15: thdI1 / 16: thdI2 / 17 : thdI3 / 18 : thdU12 / 19 : thdU23 / 20 : thdU31 / 21 : Hour / 22: V1 / 23 : V2 / 24 : V3 / 25: thdIn26: thdV1 / 27 : thdV2 / 28 : thd V3 / 29 : ?P - / 30 : ?Q - / 31 : ?PFC / 32 : T?C 1 / 33 : T?C 2 / 34 : T?C 3 / 35 : T?C internal / 36 : ?P predicted / 37 : ?Q predicted / 38 : ?S predicted - U8\n30493 0x771D 2 OUT1: Current alarm on lower threshold : min value - U32\n30495 0x771F 1 OUT1: Current alarm on upper threshold cause:0 : No Alarm / 1 : I1 / 2 : I2 / 3 : I3 / 4 : IN / 5 : U12 / 6 : U23 / 7 : U31 / 8 : ?P+ / 9 : ?Q+ / 10 : ?S / 11 : F / 12 : ?PFL / 15: thdI1 / 16: thdI2 / 17 : thdI3 / 18 : thdU12 / 19 : thdU23 / 20 : thdU31 / 21 : Hour / 22: V1 / 23 : V2 / 24 : V3 / 25: thdIn26: thdV1 / 27 : thdV2 / 28 : thd V3 / 29 : ?P - / 30 : ?Q - / 31 : ?PFC / 32 : T?C 1 / 33 : T?C 2 / 34 : T?C 3 / 35 : T?C internal / 36 : ?P predicted / 37 : ?Q predicted / 38 : ?S predicted - U8\n30496 0x7720 2 OUT1: Current alarm on upper threshold : max value - U32\n30498 0x7722 1 OUT1: Current alarm duration s U8\n30499 0x7723 1 OUT1: Previous (n-1) alarm on lower threshold cause - U8\n30500 0x7724 2 OUT1: Previous (n-1) alarm on lower threshold min value - U32\n30502 0x7726 1 OUT1: Previous (n-1) alarm on upper threshold cause - U8\n30503 0x7727 2 OUT1: Previous (n-1) alarm on upper threshold max value - U32\n30505 0x7729 1 OUT1: Previous (n-1) alarm duration s U8\n30506 0x772A 1 OUT1: Previous (n-2) alarm on lower threshold cause - U8\n30507 0x772B 2 OUT1: Previous (n-2) alarm on lower threshold min value - U32\n30509 0x772D 1 OUT1: Previous (n-2) alarm on upper threshold cause - U8\n30510 0x772E 2 OUT1: Previous (n-2) alarm on upper threshold max value - U32\n30512 0x7730 1 OUT1: Previous (n-2) alarm duration s U8\n30513 0x7731 1 OUT1: Previous (n-3) alarm on lower threshold cause - U8\n30514 0x7732 2 OUT1: Previous (n-3) alarm on lower threshold min value - U32\n30516 0x7734 1 OUT1: Previous (n-3) alarm on upper threshold cause - U8\n30517 0x7735 2 OUT1: Previous (n-3) alarm on upper threshold max value - U32\n30519 0x7737 1 OUT1: Previous (n-3) alarm duration s U8\nAlarme in progress(4-6) #1\n30520 0x7738 Info 7 NONE READ READ\n30520 0x7738 1 OUT1: Current alarm on lower threshold cause:0 : No Alarm / 1 : I1 / 2 : I2 / 3 : I3 / 4 : IN / 5 : U12 / 6 : U23 / 7 : U31 / 8 : ?P+ / 9 : ?Q+ / 10 : ?S / 11 : F / 12 : ?PFL / 15: thdI1 / 16: thdI2 / 17 : thdI3 / 18 : thdU12 / 19 : thdU23 / 20 : thdU31 / 21 : Hour / 22: V1 / 23 : V2 / 24 : V3 / 25: thdIn26: thdV1 / 27 : thdV2 / 28 : thd V3 / 29 : ?P - / 30 : ?Q - / 31 : ?PFC / 32 : T?C 1 / 33 : T?C 2 / 34 : T?C 3 / 35 : T?C internal / 36 : ?P predicted / 37 : ?Q predicted / 38 : ?S predicted - U8\n30521 0x7739 2 OUT1: Current alarm on lower threshold : min value - U32\n30523 0x773B 1 OUT1: Current alarm on upper threshold cause:0 : No Alarm / 1 : I1 / 2 : I2 / 3 : I3 / 4 : IN / 5 : U12 / 6 : U23 / 7 : U31 / 8 : ?P+ / 9 : ?Q+ / 10 : ?S / 11 : F / 12 : ?PFL / 15: thdI1 / 16: thdI2 / 17 : thdI3 / 18 : thdU12 / 19 : thdU23 / 20 : thdU31 / 21 : Hour / 22: V1 / 23 : V2 / 24 : V3 / 25: thdIn26: thdV1 / 27 : thdV2 / 28 : thd V3 / 29 : ?P - / 30 : ?Q - / 31 : ?PFC / 32 : T?C 1 / 33 : T?C 2 / 34 : T?C 3 / 35 : T?C internal / 36 : ?P predicted / 37 : ?Q predicted / 38 : ?S predicted - U8\n30524 0x773C 2 OUT1: Current alarm on upper threshold : max value - U32\n30526 0x773E 1 OUT1: Current alarm duration - U8\nAlarme in progress(4-6) #2\n30527 0x773F Info 7 NONE READ READ\n30527 0x773F 1 OUT1: Current alarm on lower threshold cause:0 : No Alarm / 1 : I1 / 2 : I2 / 3 : I3 / 4 : IN / 5 : U12 / 6 : U23 / 7 : U31 / 8 : ?P+ / 9 : ?Q+ / 10 : ?S / 11 : F / 12 : ?PFL / 15: thdI1 / 16: thdI2 / 17 : thdI3 / 18 : thdU12 / 19 : thdU23 / 20 : thdU31 / 21 : Hour / 22: V1 / 23 : V2 / 24 : V3 / 25: thdIn26: thdV1 / 27 : thdV2 / 28 : thd V3 / 29 : ?P - / 30 : ?Q - / 31 : ?PFC / 32 : T?C 1 / 33 : T?C 2 / 34 : T?C 3 / 35 : T?C internal / 36 : ?P predicted / 37 : ?Q predicted / 38 : ?S predicted - U8\n30528 0x7740 2 OUT1: Current alarm on lower threshold : min value - U32\n30530 0x7742 1 OUT1: Current alarm on upper threshold cause:0 : No Alarm / 1 : I1 / 2 : I2 / 3 : I3 / 4 : IN / 5 : U12 / 6 : U23 / 7 : U31 / 8 : ?P+ / 9 : ?Q+ / 10 : ?S / 11 : F / 12 : ?PFL / 15: thdI1 / 16: thdI2 / 17 : thdI3 / 18 : thdU12 / 19 : thdU23 / 20 : thdU31 / 21 : Hour / 22: V1 / 23 : V2 / 24 : V3 / 25: thdIn26: thdV1 / 27 : thdV2 / 28 : thd V3 / 29 : ?P - / 30 : ?Q - / 31 : ?PFC / 32 : T?C 1 / 33 : T?C 2 / 34 : T?C 3 / 35 : T?C internal / 36 : ?P predicted / 37 : ?Q predicted / 38 : ?S predicted - U8\n30531 0x7743 2 OUT1: Current alarm on upper threshold : max value - U32\n30533 0x7745 1 OUT1: Current alarm duration - U8\nAlarme in progress(4-6) #3\n30534 0x7746 Info 7 NONE READ READ\n30534 0x7746 1 OUT1: Current alarm on lower threshold cause:0 : No Alarm / 1 : I1 / 2 : I2 / 3 : I3 / 4 : IN / 5 : U12 / 6 : U23 / 7 : U31 / 8 : ?P+ / 9 : ?Q+ / 10 : ?S / 11 : F / 12 : ?PFL / 15: thdI1 / 16: thdI2 / 17 : thdI3 / 18 : thdU12 / 19 : thdU23 / 20 : thdU31 / 21 : Hour / 22: V1 / 23 : V2 / 24 : V3 / 25: thdIn26: thdV1 / 27 : thdV2 / 28 : thd V3 / 29 : ?P - / 30 : ?Q - / 31 : ?PFC / 32 : T?C 1 / 33 : T?C 2 / 34 : T?C 3 / 35 : T?C internal / 36 : ?P predicted / 37 : ?Q predicted / 38 : ?S predicted - U8\n30535 0x7747 2 OUT1: Current alarm on lower threshold : min value - U32\n30537 0x7749 1 OUT1: Current alarm on upper threshold cause:0 : No Alarm / 1 : I1 / 2 : I2 / 3 : I3 / 4 : IN / 5 : U12 / 6 : U23 / 7 : U31 / 8 : ?P+ / 9 : ?Q+ / 10 : ?S / 11 : F / 12 : ?PFL / 15: thdI1 / 16: thdI2 / 17 : thdI3 / 18 : thdU12 / 19 : thdU23 / 20 : thdU31 / 21 : Hour / 22: V1 / 23 : V2 / 24 : V3 / 25: thdIn26: thdV1 / 27 : thdV2 / 28 : thd V3 / 29 : ?P - / 30 : ?Q - / 31 : ?PFC / 32 : T?C 1 / 33 : T?C 2 / 34 : T?C 3 / 35 : T?C internal / 36 : ?P predicted / 37 : ?Q predicted / 38 : ?S predicted - U8\n30538 0x774A 2 OUT1: Current alarm on upper threshold : max value - U32\n30540 0x774C 1 OUT1: Current alarm duration - U8\nAlarme in progress(4-6) #4\n30541 0x774D Info 7 NONE READ READ\n30541 0x774D 1 OUT1: Current alarm on lower threshold cause:0 : No Alarm / 1 : I1 / 2 : I2 / 3 : I3 / 4 : IN / 5 : U12 / 6 : U23 / 7 : U31 / 8 : ?P+ / 9 : ?Q+ / 10 : ?S / 11 : F / 12 : ?PFL / 15: thdI1 / 16: thdI2 / 17 : thdI3 / 18 : thdU12 / 19 : thdU23 / 20 : thdU31 / 21 : Hour / 22: V1 / 23 : V2 / 24 : V3 / 25: thdIn26: thdV1 / 27 : thdV2 / 28 : thd V3 / 29 : ?P - / 30 : ?Q - / 31 : ?PFC / 32 : T?C 1 / 33 : T?C 2 / 34 : T?C 3 / 35 : T?C internal / 36 : ?P predicted / 37 : ?Q predicted / 38 : ?S predicted - U8\n30542 0x774E 2 OUT1: Current alarm on lower threshold : min value - U32\n30544 0x7750 1 OUT1: Current alarm on upper threshold cause:0 : No Alarm / 1 : I1 / 2 : I2 / 3 : I3 / 4 : IN / 5 : U12 / 6 : U23 / 7 : U31 / 8 : ?P+ / 9 : ?Q+ / 10 : ?S / 11 : F / 12 : ?PFL / 15: thdI1 / 16: thdI2 / 17 : thdI3 / 18 : thdU12 / 19 : thdU23 / 20 : thdU31 / 21 : Hour / 22: V1 / 23 : V2 / 24 : V3 / 25: thdIn26: thdV1 / 27 : thdV2 / 28 : thd V3 / 29 : ?P - / 30 : ?Q - / 31 : ?PFC / 32 : T?C 1 / 33 : T?C 2 / 34 : T?C 3 / 35 : T?C internal / 36 : ?P predicted / 37 : ?Q predicted / 38 : ?S predicted - U8\n30545 0x7751 2 OUT1: Current alarm on upper threshold : max value - U32\n30547 0x7753 1 OUT1: Current alarm duration - U8\n51456 0xC900 Info 3 NONE READ READ\n51457 0xC901 1 Internal module Temperature ?C S16\nExternal temperature #1\n51459 0xC903 Info 1 NONE READ READ\n51459 0xC903 1 External Temperature ?C S16\nExternal temperature #2\n51460 0xC904 Info 1 NONE READ READ\n51460 0xC904 1 External Temperature ?C S16\nExternal temperature #3\n51461 0xC905 Info 1 NONE READ READ\n51461 0xC905 1 External Temperature ?C S16\nExternal temperature #4\n51462 0xC906 Info 1 NONE READ READ\n51462 0xC906 1 External Temperature ?C S16\nExternal temperature #5\n51463 0xC907 Info 1 NONE READ READ\n51463 0xC907 1 External Temperature ?C S16\nExternal temperature #6\n51464 0xC908 Info 1 NONE READ READ\n51464 0xC908 1 External Temperature ?C S16\n51968 0xCB00 1 Reserved - -\n51969 0xCB01 1 Reserved - -\n51971 0xCB03 1 Bit 0 : Output 1 Open or ClosedBit x : Output x Open or Closed - U8\nPulse meters values #1\n2560 0x0A00 Info 2 NONE READ READ\n2560 0x0A00 2 Pulse meter - U32\nPulse meters values #2\n2562 0x0A02 Info 2 NONE READ READ\n2562 0x0A02 2 Pulse meter - U32\nPulse meters values #3\n2564 0x0A04 Info 2 NONE READ READ\n2564 0x0A04 2 Pulse meter - U32\nPulse meters values #4\n2566 0x0A06 Info 2 NONE READ READ\n2566 0x0A06 2 Pulse meter - U32\nPulse meters values #5\n2568 0x0A08 Info 2 NONE READ READ\n2568 0x0A08 2 Pulse meter - U32\nPulse meters values #6\n2570 0x0A0A Info 2 NONE READ READ\n2570 0x0A0A 2 Pulse meter - U32\nSetup - 1st part\n512 0x0200 Settings 9 USER READ READ | WRITE | WRITE_MANY\n512 0x0200 1 Network Type\n5 : 4NBL\n6 : 2NBL - U8\n513 0x0201 1 Current Transformer secondary\n514 0x0202 1 Current Transformer primary A U16\n515 0x0203 1 Voltage transformer present\n516 0x0204 2 Voltage Transformer primary V U32\n518 0x0206 1 Voltage Transformer secondary\n519 0x0207 1 Synchronisation of I (AVG/MAX)\n10 : 10 seconds\n300 : 5 minutes\n480 : 8 minutes\n600 : 10 Minutes\n900 : 15 minutes\n1200 : 20 minutes\n1800 : 30 minutes\n3600 : 60 minutes s U16\n520 0x0208 1 Synchronisation of P/Q/S (AVG/MAX)\nSetup - 2nd part\n567 0x0237 Settings 14 USER READ READ | WRITE | WRITE_MANY\n567 0x0237 1 Reserved - -\n568 0x0238 1 Reserved - -\n569 0x0239 1 Reserved - -\n570 0x023A 1 Reserved - -\n571 0x023B 1 Neutral current transformer secondary\n572 0x023C 1 Neutral current transformer primary A U16\n573 0x023D 1 Synchronisation of U AVG/MAX\n574 0x023E 1 Synchronisation of F AVG/MAX\n575 0x023F 1 Reserved - -\n576 0x0240 1 Reserved - -\n577 0x0241 1 Reserved - -\n578 0x0242 1 Reserved - -\n579 0x0243 1 Mean power synchronization signal\n0 : interne\n1 : externe - U8\n580 0x0244 1 Synchronization period for P+,P-,Q+,Q-\n1800 : 30 minutes s U16\nSetup - 3nd part\n613 0x0265 Settings 7 USER READ READ | WRITE | WRITE_MANY\n613 0x0265 1 Voltage dips detection threshold (SAG) % U8\n614 0x0266 1 Voltage dips detection threshold hysteresis (SAG) % U8\n615 0x0267 1 Voltage surge detection threshold (SWELL) % U8\n616 0x0268 1 Voltage surge detection threshold hysteresis (SWELL) % U8\n617 0x0269 1 Hour meter allocation\n0 : Auxiliary power supply\n1 : Currents\n2 : phase to phase voltage\n4 : E2\n5 : E3\n6 : E4\n7 : E5\n8 : E6 - U8\n619 0x026B 1 Hour meter trigger unit\n0 : /\n1 : k - U8\nSetup - pulse 1\n521 0x0209 Settings 3 USER READ READ | WRITE | WRITE_MANY\n521 0x0209 1 Pulse output allocation\n0 : kVAh\n1 : kWh+\n2 : kvarh+\n3 : kWh-\n4 : kvarh- - U8\n522 0x020A 1 Pulse output value\n0 : 0,1 kWh/kvarh/kVAh\n1 : 1 kWh/kvarh/kVAh\n2 : 10 kWh/kvarh/kVAh\n3 : 100 kWh/kvarh/kVAh\n4 : 1000 kWh/kvarh/kVAh\n5 : 10000 kWh/kvarh/kVAh - U8\n523 0x020B 1 Pulse output duration\nSetup - pulse 2\n524 0x020C Settings 3 USER READ READ | WRITE | WRITE_MANY\n524 0x020C 1 Pulse output allocation\n525 0x020D 1 Pulse output value\n526 0x020E 1 Pulse output duration\n1 : 100 ms\n2 : 200 ms\n3 : 300 ms\n4 : 400 ms\n5 : 500 ms\n6 : 600 ms\n7 : 700 ms\n8 : 800 ms\n9 : 900 ms - U8\nSetup - analog output #1\n527 0x020F Settings 6 USER READ READ | WRITE | WRITE_MANY\n527 0x020F 1 Type\n0 : 0/20 mA\n1 : 4/20 mA\n2 : 30 V - U8\n528 0x0210 1 Allocation\n0 : I1\n1 : I2\n2 : I3\n4 : U12\n5 : U23\n6 : U31\n7 : ?P\n8 : ?Q\n9 : ?S\n10 : ?PF L\n11 : V1\n12 : V2\n13 : V3\n15 : ?PFC\n16 : I Sys\n17 : U Sys\n18 : V Sys\n19 : ?P predicted\n20 : ?Q Precdicted\n21 : ?S predicted\n22 : T?C 1\n23 : T?C 2\n24 : T?C 3\n25 : T?C internal - U8\n529 0x0211 1 Value at 0 or 4 mA - U16\n530 0x0212 1 Multiplier at 0 or 4 mA\n1 : k\n2 : M - U8\n531 0x0213 1 Value at 20 mA - U16\n532 0x0214 1 Multiplier at 20 mA\nSetup - analog output #2\n533 0x0215 Settings 6 USER READ READ | WRITE | WRITE_MANY\n533 0x0215 1 Type\n534 0x0216 1 Allocation\n535 0x0217 1 Value at 0 or 4 mA - U16\n536 0x0218 1 Multiplier at 0 or 4 mA\n537 0x0219 1 Value at 20 mA - U16\n538 0x021A 1 Multiplier at 20 mA\nSetup - analog output #3\n539 0x021B Settings 6 USER READ READ | WRITE | WRITE_MANY\n539 0x021B 1 Type\n540 0x021C 1 Allocation\n541 0x021D 1 Value at 0 or 4 mA - U16\n542 0x021E 1 Multiplier at 0 or 4 mA\n543 0x021F 1 Value at 20 mA - U16\n544 0x0220 1 Multiplier at 20 mA\nSetup - analog output #4\n545 0x0221 Settings 6 USER READ READ | WRITE | WRITE_MANY\n545 0x0221 1 Type\n546 0x0222 1 Allocation\n547 0x0223 1 Value at 0 or 4 mA - U16\n548 0x0224 1 Multiplier at 0 or 4 mA\n549 0x0225 1 Value at 20 mA - U16\n550 0x0226 1 Multiplier at 20 mA\nSetup - relay 1\n551 0x0227 Settings 8 USER READ READ | WRITE | WRITE_MANY\n551 0x0227 1 Allocation\n0 : Cde\n3 : ?P +\n4 : ?Q +\n5 : ?S\n7 : ?PFL\n8 : thd 3I\n9 : thd 3U\n10 : IN\n11 : Hour\n12 : V\n13 : thd In\n14 : thd 3V\n15 : ?P -\n16 : ?Q -\n17 : ?PFC\n18 : Cd-t\n19 : T?C 1\n20 : T?C 2\n21 : T?C 3\n22 : T?C internal\n23 : ?P predicted\n24 : ?Q Precdicted\n25 : ?S predicted\n26 : Impulse Counter 1\n27 : Impulse Counter 2\n28 : Impulse Counter 3\n29 : Impulse Counter 4\n30 : Impulse Counter 5\n31 : Impulse Counter 6 - U8\n552 0x0228 1 Lower threshold - U16\n553 0x0229 1 Multiplier lower threshold\n554 0x022A 1 Upper threshold - U16\n555 0x022B 1 Multiplier upper threshold\n556 0x022C 1 Hysteresis % U8\n557 0x022D 1 Specified time s U16\n558 0x022E 1 Relay status\n1 : Closed - U8\nSetup - relay 2\n559 0x022F Settings 8 USER READ READ | WRITE | WRITE_MANY\n559 0x022F 1 Allocation\n560 0x0230 1 Lower threshold - U16\n561 0x0231 1 Multiplier lower threshold\n562 0x0232 1 Upper threshold - U16\n563 0x0233 1 Multiplier upper threshold\n564 0x0234 1 Hysteresis % U8\n565 0x0235 1 Specified time s U16\n566 0x0236 1 Relay status\nSetup - relay 3\n581 0x0245 Settings 8 USER READ READ | WRITE | WRITE_MANY\n581 0x0245 1 Allocation\n582 0x0246 1 Lower threshold - U16\n583 0x0247 1 Multiplier lower threshold\n584 0x0248 1 Upper threshold - U16\n585 0x0249 1 Multiplier upper threshold\n586 0x024A 1 Hysteresis % U8\n587 0x024B 1 Specified time s U16\n588 0x024C 1 Relay status\nSetup - relay 4\n589 0x024D Settings 8 USER READ READ | WRITE | WRITE_MANY\n589 0x024D 1 Allocation\n590 0x024E 1 Lower threshold - U16\n591 0x024F 1 Multiplier lower threshold\n592 0x0250 1 Upper threshold - U16\n593 0x0251 1 Multiplier upper threshold\n594 0x0252 1 Hysteresis % U8\n595 0x0253 1 Specified time s U16\n596 0x0254 1 Relay status\nSetup - relay 5\n597 0x0255 Settings 8 USER READ READ | WRITE | WRITE_MANY\n597 0x0255 1 Allocation\n598 0x0256 1 Lower threshold - U16\n599 0x0257 1 Multiplier lower threshold\n600 0x0258 1 Upper threshold - U16\n601 0x0259 1 Multiplier upper threshold\n602 0x025A 1 Hysteresis % U8\n603 0x025B 1 Specified time s U16\n604 0x025C 1 Relay status\nSetup - relay 6\n605 0x025D Settings 8 USER READ READ | WRITE | WRITE_MANY\n605 0x025D 1 Allocation\n606 0x025E 1 Lower threshold - U16\n607 0x025F 1 Multiplier lower threshold\n608 0x0260 1 Upper threshold - U16\n609 0x0261 1 Multiplier upper threshold\n610 0x0262 1 Hysteresis % U8\n611 0x0263 1 Specified time s U16\n612 0x0264 1 Relay status\n0 0x0000 Settings 99 NONE READ | WRITE | WRITE_MANY READ | WRITE | WRITE_MANY\n0 0x0000 1 N? S?rie ( AASS) - U8\n1 0x0001 1 N? S?rie ( XXL) - U8\n2 0x0002 1 N? S?rie ( XXL) - U8\n3 0x0003 1 N? S?rie ( R?serve) - U8\n4 0x0004 1 Calibration mesure IN0 : Pas d'option IN1 : Option IN Presente - U8\n5 0x0005 1 Convert Tension d'alim - U8\n6 0x0006 3 Invertion TI :1 : pas d'inversion-1 : inversion - U16\n9 0x0009 8 Courant Inject? en Calib - U16\n17 0x0011 8 Tension simple Inject? en Calib - U16\n25 0x0019 1 Calib Etat :1 : Execute0 : Finie -1 : Error - U8\n26 0x001A 1 R?sultat Calib - U8\n27 0x001B 1 Appuie Touche :0 : I1 : U 3 : P ? - U8\n28 0x001C 1 Backlitgh forc?e :0 : OFF1 : ON : - U8\n29 0x001D 1 Segment forc?e :0 : OFF1 : ON : - U8\n30 0x001E 1 Code Constructeur : 4000 - U8\n31 0x001F 1 Adresse JBUS - U8\n32 0x0020 1 JBUS Speed - U8\n33 0x0021 2 Coef G?n?rale Courant - U32\n35 0x0023 2 Coef G?n?rale Tension - U32\n37 0x0025 2 Coef G?n?rale Puissance - U32\n39 0x0027 2 D?phasage Phase 1 - U32\n41 0x0029 2 D?phasage Phase 2 - U32\n43 0x002B 2 D?phasage Phase 3 - U32\n45 0x002D 1 Offset IN - U8\n46 0x002E 1 Gain IN - U8\n47 0x002F 1 Offset I1 - U8\n48 0x0030 1 Gain I1 - U8\n49 0x0031 1 Offset I2 - U8\n50 0x0032 1 Gain I2 - U8\n51 0x0033 1 Offset I3 - U8\n52 0x0034 1 Gain I3 - U8\n53 0x0035 1 Offset VN - U8\n54 0x0036 1 Gain VN - U8\n55 0x0037 1 Offset V1 - U8\n56 0x0038 1 Gain V1 - U8\n57 0x0039 1 Offset V2 - U8\n58 0x003A 1 Gain V2 - U8\n59 0x003B 1 Offset V3 - U8\n60 0x003C 1 Gain V3 - U8\n61 0x003D 1 Valeur a envoyer sur 4/20 N?1 - U8\n62 0x003E 1 Valeur a envoyer sur 4/20 N?2 - U8\n63 0x003F 1 Valeur a envoyer sur 4/20 N?3 - U8\n64 0x0040 1 Valeur a envoyer sur 4/20 N?4 - U8\n65 0x0041 4 Config cal 4/20 N?1 - U16\n69 0x0045 4 Config cal 4/20 N?2 - U16\n73 0x0049 4 Config cal 4/20 N?3 - U16\n77 0x004D 4 Config cal 4/20 N?4 - U16\n81 0x0051 1 Diag eeprom interne - U8\n82 0x0052 1 Diag eeprom externe - U8\n83 0x0053 6 Date et Heure de calib option memoire - U16\n89 0x0059 1 Memoire info calib - U8\n90 0x005A 4 Test connection inversion TI - U16\n94 0x005E 1 Config Backligth - U8\n95 0x005F 1 Config Type Cpt Horaire - U8\n96 0x0060 1 Config seuil horaire - U8\n97 0x0061 1 Config Unite seuil horaire - U8\n98 0x0062 1 Memory option status - U8


Historique - LU0266012409 - AWF FRAM. GLB REAL EST SEC E (C) EUR\nAWF FRAM. GLB REAL EST SEC E (C) EUR\nAWF FRAM. GLB REAL EST SEC E (C) EUR 21,43 6,68 15,28 0,45\nAct. Sect. Immobilier Monde 23,40 7,25 13,52 0,55\nMSCI World/Real Estate 30,25 9,20 15,17 0,62\nAWF FRAM. GLB REAL EST SEC E (C) EUR 3,31 9,52 25,00 1,25 25,48 -2,97 24,86


Meubilair : Zwart Eiken Zuiver Travis Dressoir Bestel Nu Bij Roosendaal ~ Jennifer-thomas\nMeubilair Zwart Eiken Zuiver Travis Dressoir Bestel Nu Bij\nHome ⟩ meubilair ⟩ Dressoir Roosendaal ⟩ Zwart Eiken Zuiver Travis Dressoir Bestel Nu Bij\nPublished at Tuesday, June 25th, 2019 - 03:58:18 AM. meubilair. By Adela Bergmann.\nGallery of Dressoir Roosendaal\nComments of Zwart Eiken Zuiver Travis Dressoir Bestel Nu Bij


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