device library

Entes MPR-2X power analyzer

Register map(s) for this device, with a note of how far each has been checked. Addresses are 0-based, as on the wire. Scale and byte order are confirmed only at the hardware-verified rung.

coherence-checked

Round-trips through a real Modbus stack with no overlapping addresses and a word-order-sensitive codec — the map is internally coherent and wire-decodable. Does NOT prove byte-order or scaling match a real device: the emulator is seeded from the map's own types, so a uniformly wrong byte-order still round-trips. Only hardware-verified confirms byte-order/scale on the wire.

pointaddress (0-based)typescaleunit
Voltage L1-N0U32BE0.1V/10
Voltage L2-N2U32BE0.1V/10
Voltage L3-N4U32BE0.1V/10
Voltage L4-N6U32BE0.1V/10
Voltage L1-L28U32BE0.1V/10
Voltage L2-L310U32BE0.1V/10
Voltage L3-L112U32BE0.1V/10
Current L114U32BE0.001mA
Current L216U32BE0.001mA
Current L318U32BE0.001mA
Current L420U32BE0.001mA
Neutral Current = IL1+IL2+IL322U32BE0.001mA
Measured frequency24U32BE0.01Hz / 100
Active power L1-N26F32BE1W
Active power L2-N28F32BE1W
Active power L3-N30F32BE1W
Active power L4-N32F32BE1W
Total import active power34F32BE1W
Total export active power36F32BE1W
∑Active Power +/- = ∑P =P1+P2+P338F32BE1W
Reactive power L140F32BE1var
Reactive power L242F32BE1var
Reactive power L344F32BE1var
Reactive power L446F32BE1var
Quadrant 1 total reactive power48F32BE1var
Quadrant 2 total reactive power50F32BE1var
Quadrant 3 total reactive power52F32BE1var
Quadrant 4 total reactive power54F32BE1var
∑Reactive Power +/- = ∑Q=Q1+Q2+Q356F32BE1var
Apparent power L1-N58F32BE1VA
Apparent power L2-N60F32BE1VA
Apparent power L3-N62F32BE1VA
Apparent power L4-N64F32BE1VA
Total import Apparent power66F32BE1VA
Total export Apparent power68F32BE1VA
∑Apparent Power +/- = ∑S=S1+S2+S370F32BE1VA
Power Factor L172I32BE0.001
Power Factor L274I32BE0.001
Power Factor L376I32BE0.001
Power Factor L478I32BE0.001
∑POWER FACTOR +/- = ∑PF=PFL1+PFL2+PFL380I32BE0.001
CosPhi L182I32BE0.001
CosPhi L284I32BE0.001
CosPhi L386I32BE0.001
CosPhi L488I32BE0.001
∑Cos Phi = COS_L1 + COS_L2 + COS_L390I32BE0.001
Rotation field; 1=right, 0=none, -1=left92I32BE1
Voltage Unbalance94U32BE0.1%
Current Unbalance96U32BE0.1%
L1 Phase Voltage Angle98U32BE0.1Angle
L2 Phase Voltage Angle100U32BE0.1Angle
L3 Phase Voltage Angle102U32BE0.1Angle
L4 Phase Voltage Angle104U32BE0.1Angle
L1 Phase Current Angle106U32BE0.1Angle
L2 Phase Current Angle108U32BE0.1Angle
L3 Phase Current Angle110U32BE0.1Angle
L4 Phase Current Angle112U32BE0.1Angle
Analog Input 1114F32BE1
Analog Input 2116F32BE1
Analog Input 3118F32BE1
Analog Input 4120F32BE1
Analog Input 5122F32BE1
Analog Input 6124F32BE1
Analog Input 7126F32BE1
Analog Input 8128F32BE1
Analog Output 1130F32BE1
Analog Output 2132F32BE1
Analog Output 3134F32BE1
Analog Output 4136F32BE1
Temperature Input 1138F32BE1ºC
Temperature Input 2140F32BE1ºC
Temperature Input 3142F32BE1ºC
Temperature Input 4144F32BE1ºC
Temperature Input 5146F32BE1
Temperature Input 6148F32BE1
Temperature Input 7150F32BE1
Temperature Input 8152F32BE1
Hour Meter ( Non Resetable )154U32BE0.001h/1000
Working Hour Counter156U32BE0.001h/1000
Input Status158U32BE1
Output Status160U32BE1
Consumed Active Energy L1200U64BE1Wh
Consumed Active Energy L2204U64BE1Wh
Consumed Active Energy L3208U64BE1Wh
Consumed Active Energy L4212U64BE1Wh
Total Consumed Energy L1..L3216U64BE1Wh
Delivered Active Energy L1220U64BE1Wh
Delivered Active Energy L2224U64BE1Wh
Delivered Active Energy L3228U64BE1Wh
Delivered Active Energy L4232U64BE1Wh
Total Delivered Energy L1..L3236U64BE1Wh
Consumed Apparent energy L1240U64BE1VAh
Consumed Apparent energy L2244U64BE1VAh
Consumed Apparent energy L3248U64BE1VAh
Consumed Apparent energy L4252U64BE1VAh
Total Consumed Apparent Energy L1..L3256U64BE1VAh
Delivered Apparent Energy L1260U64BE1VAh
Delivered Apparent Energy L2264U64BE1VAh
Delivered Apparent Energy L3268U64BE1VAh
Delivered Apparent Energy L4272U64BE1VAh
Total Delivered Apparent energy L1..L3276U64BE1VAh
Quadrant 1 Reactive Energy L1280U64BE1Varh
Quadrant 1 Reactive Energy L2284U64BE1Varh
Quadrant 1 Reactive Energy L3288U64BE1Varh
Quadrant 1 Reactive Energy L4292U64BE1Varh
Quadrant 1 total reactive Energy296U64BE1Varh
Quadrant 2 Reactive Energy L1300U64BE1Varh
Quadrant 2 Reactive Energy L2304U64BE1Varh
Quadrant 2 Reactive Energy L3308U64BE1Varh
Quadrant 2 Reactive Energy L4312U64BE1Varh
Quadrant 2 total reactive Energy316U64BE1Varh
Quadrant 3 Reactive Energy L1320U64BE1Varh
Quadrant 3 Reactive Energy L2324U64BE1Varh
Quadrant 3 Reactive Energy L3328U64BE1Varh
Quadrant 3 Reactive Energy L4332U64BE1Varh
Quadrant 3 total reactive Energy336U64BE1Varh
Quadrant 4 Reactive Energy L1340U64BE1Varh
Quadrant 4 Reactive Energy L2344U64BE1Varh
Quadrant 4 Reactive Energy L3348U64BE1Varh
Quadrant 4 Reactive Energy L4352U64BE1Varh
Quadrant 4 total reactive Energy356U64BE1Varh
Number Of pulse Meter (Max 8)360U32BE1
Total pulse meter input 1362U32BE1
Total pulse meter input 2364U32BE1
Total pulse meter input 3366U32BE1
Total pulse meter input 4368U32BE1
Total pulse meter input 5370U32BE1
Total pulse meter input 6372U32BE1
Total pulse meter input 7374U32BE1
Total pulse meter input 8376U32BE1
Number Of Tariff500U161
Tariff Number In Progress501U161
Positive Active Energies Tariff1502U64BE1kWh
Positive Active Energies Tariff2506U64BE1kWh
Positive Active Energies Tariff3510U64BE1kWh
Positive Active Energies Tariff4514U64BE1kWh
Positive Active Energies Tariff5518U64BE1kWh
Positive Active Energies Tariff6522U64BE1kWh
Positive Active Energies Tariff7526U64BE1kWh
Positive Active Energies Tariff8530U64BE1kWh
Generator Energies534U64BE1kWh
Total tariff energies538U64BE1kWh
L1 Phase Max Voltage800U32BE0.1V/10
L1 Phase Max Voltage Time802U32BE1Unix Time Stamp
L2 Phase Max Voltage804U32BE0.1V/10
L2 Phase Max Voltage Time806U32BE1Unix Time Stamp
L3 Phase Max Voltage808U32BE0.1V/10
L3 Phase Max Voltage Time810U32BE1Unix Time Stamp
L4 Phase Max Voltage812U32BE0.1V/10
L4 Phase Max Voltage Time814U32BE1Unix Time Stamp
L1-L2 Max Voltage816U32BE0.1V/10
L1-L2 Max Voltage Time818U32BE1Unix Time Stamp
L2-L3 Max Voltage820U32BE0.1V/10
L2-L3 Max Voltage Time822U32BE1Unix Time Stamp
L3-L1 Max Voltage824U32BE0.1V/10
L3-L1 Max Voltage Time826U32BE1Unix Time Stamp
L1 Phase Max Current828U32BE0.001A/10
L1 Phase Max Current Time830U32BE1Unix Time Stamp
L2 Phase Max Current832U32BE0.001A/10
L2 Phase Max Current Time834U32BE1Unix Time Stamp
L3 Phase Max Current836U32BE0.001A/10
L3 Phase Max Current Time838U32BE1Unix Time Stamp
L4 Phase Max Current840U32BE0.001A/10
L4 Phase Max Current Time842U32BE1Unix Time Stamp
IN Max Current844U32BE0.001A/10
IN Max Current Time846U32BE1Unix Time Stamp
L1 Phase Max Active Power848F32BE1W/10
L1 Phase Max Active Power Time850U32BE1Unix Time Stamp
L2 Phase Max Active Power852F32BE1W/10
L2 Phase Max Active Power Time854U32BE1Unix Time Stamp
L3 Phase Max Active Power856F32BE1W/10
L3 Phase Max Active Power Time858U32BE1Unix Time Stamp
L4 Phase Max Active Power860F32BE1W/10
L4 Phase Max Active Power Time862U32BE1Unix Time Stamp
Max Total Import Active Power864F32BE1W/10
Max Total Import Active Power Time866U32BE1Unix Time Stamp
Max Total Export Active Power868F32BE1W/10
Max Total Export Active Power Time870U32BE1Unix Time Stamp
Max Total Active Power872F32BE1W/10
Max Total Active Power Time874U32BE1Unix Time Stamp
L1 Phase Max Reactive Power876F32BE1Var/10
L1 Phase Max Reactive Power Time878U32BE1Unix Time Stamp
L2 Phase Max Reactive Power880F32BE1Var/10
L2 Phase Max Reactive Power Time882U32BE1Unix Time Stamp
L3 Phase Max Reactive Power884F32BE1Var/10
L3 Phase Max Reactive Power Time886U32BE1Unix Time Stamp
L4 Phase Max Reactive Power888F32BE1Var/10
L4 Phase Max Reactive Power Time890U32BE1Unix Time Stamp
Quadrant 1 Max Reactive Power892F32BE1Var/10
Quadrant 1 Max Reactive Power Time894U32BE1Unix Time Stamp
Quadrant 2 Max Reactive Power896F32BE1Var/10
Quadrant 2 Max Reactive Power Time898U32BE1Unix Time Stamp
Quadrant 3 Max Reactive Power900F32BE1Var/10
Quadrant 3 Max Reactive Power Time902U32BE1Unix Time Stamp
Quadrant 4 Max Reactive Power904F32BE1Var/10
Quadrant 4 Max Reactive Power Time906U32BE1Unix Time Stamp
Quadrant Total Max Reactive Power908F32BE1Var/10
Quadrant Total Max Reactive Power Time910U32BE1Unix Time Stamp
L1 Phase Max Apparent Power912F32BE1VA/10
L1 Phase Max Apparent Power Time914U32BE1Unix Time Stamp
L2 Phase Max Apparent Power916F32BE1VA/10
L2 Phase Max Apparent Power Time918U32BE1Unix Time Stamp
L3 Phase Max Apparent Power920F32BE1VA/10
L3 Phase Max Apparent Power Time922U32BE1Unix Time Stamp
L4 Phase Max Apparent Power924F32BE1VA/10
L4 Phase Max Apparent Power Time926U32BE1Unix Time Stamp
Max Total Import Apparent Power928F32BE1VA/10
Max Total Import Apparent Power Time930U32BE1Unix Time Stamp
Max Total Export Apparent Power932F32BE1VA/10
Max Total Export Apparent Power Time934U32BE1Unix Time Stamp
Max Total Apparent Power936F32BE1VA/10
Max Total Apparent Power Time938U32BE1Unix Time Stamp
Max System Frequency940U32BE0.1F/10
Max System Frequency Time942U32BE1Unix Time Stamp
L1 Phase Max. Voltage THD944U32BE0.1%
L1 Phase Max. Voltage THD Time946U32BE1Unix Time Stamp
L2 Phase Max Voltage THD948U32BE0.1%
L2 Phase Max. Voltage THD Time950U32BE1Unix Time Stamp
L3 Phase Max. Voltage THD952U32BE0.1%
L3 Phase Max. Voltage THD Time954U32BE1Unix Time Stamp
L4 Phase Max. Voltage THD956U32BE0.1%
L4 Phase Max. Voltage THD Time958U32BE1Unix Time Stamp
L1-L2 Max Voltage THD960U32BE0.1%
L1-L2 Max Voltage THD Time962U32BE1Unix Time Stamp
L2-L3 Max Voltage THD964U32BE0.1%
L2-L3 Max Voltage THD Time966U32BE1Unix Time Stamp
L3-L1 Max Voltage THD968U32BE0.1%
L3-L1 Max Voltage THD Time970U32BE1Unix Time Stamp
L1 Phase Max Current THD972U32BE0.1%
L1 Phase Max Current THD Time974U32BE1Unix Time Stamp
L2 Phase Max Current THD976U32BE0.1%
L2 Phase Max Current THD Time978U32BE1Unix Time Stamp
L3 Phase Max Current THD980U32BE0.1%
L3 Phase Max Current THD Time982U32BE1Unix Time Stamp
L4 Phase Max Current THD984U32BE0.1%
L4 Phase Max Current THD Time986U32BE1Unix Time Stamp
L1 Phase Min Voltage988U32BE0.1V/10
L1 Phase Min Voltage Time990U32BE1Unix Time Stamp
L2 Phase Min Voltage992U32BE0.1V/10
L2 Phase Min Voltage Time994U32BE1Unix Time Stamp
L3 Phase Min Voltage996U32BE0.1V/10
L3 Phase Min Voltage Time998U32BE1Unix Time Stamp
L4 Phase Min Voltage1000U32BE0.1V/10
L4 Phase Min Voltage Time1002U32BE1Unix Time Stamp
L1-L2 Min Voltage1004U32BE0.1V/10
L1-L2 Min Voltage Time1006U32BE1Unix Time Stamp
L2-L3 Min Voltage1008U32BE0.1V/10
L2-L3 Min Voltage Time1010U32BE1Unix Time Stamp
L3-L1 Min Voltage1012U32BE0.1V/10
L3-L1 Min Voltage Time1014U32BE1Unix Time Stamp
L1 Phase Min Current1016U32BE0.001A/10
L1 Phase Min Current Time1018U32BE1Unix Time Stamp
L2 Phase Min Current1020U32BE0.001A/10
L2 Phase Min Current Time1022U32BE1Unix Time Stamp
L3 Phase Min Current1024U32BE0.001A/10
L3 Phase Min Current Time1026U32BE1Unix Time Stamp
L4 Phase Min Current1028U32BE0.001A/10
L4 Phase Min Current Time1030U32BE1Unix Time Stamp
IN Min Current1032U32BE0.001A/10
IN Min Current Time1034U32BE1Unix Time Stamp
L1 Phase Min Active Power1036F32BE1W/10
L1 Phase Min Active Power Time1038U32BE1Unix Time Stamp
L2 Phase Min Active Power1040F32BE1W/10
L2 Phase Min Active Power Time1042U32BE1Unix Time Stamp
L3 Phase Min Active Power1044F32BE1W/10
L3 Phase Min Active Power Time1046U32BE1Unix Time Stamp
L4 Phase Min Active Power1048F32BE1W/10
L4 Phase Min Active Power Time1050U32BE1Unix Time Stamp
Min Total Import Active Power1052F32BE1W/10
Min Total Import Active Power Time1054U32BE1Unix Time Stamp
Min Total Export Active Power1056F32BE1W/10
Min Total Export Active Power Time1058U32BE1Unix Time Stamp
Min Total Active Power1060F32BE1W/10
Min Total Active Power Time1062U32BE1Unix Time Stamp
L1 Phase Min Reactive Power1064F32BE1Var/10
L1 Phase Min Reactive Power Time1066U32BE1Unix Time Stamp
L2 Phase Min Reactive Power1068F32BE1Var/10
L2 Phase Min Reactive Power Time1070U32BE1Unix Time Stamp
L3 Phase Min Reactive Power1072F32BE1Var/10
L3 Phase Min Reactive Power Time1074U32BE1Unix Time Stamp
L4 Phase Min Reactive Power1076F32BE1Var/10
L4 Phase Min Reactive Power Time1078U32BE1Unix Time Stamp
Quadrant 1 Min Reactive Power1080F32BE1Var/10
Quadrant 1 Min Reactive Power Time1082U32BE1Unix Time Stamp
Quadrant 2 Min Reactive Power1084F32BE1Var/10
Quadrant 2 Min Reactive Power Time1086U32BE1Unix Time Stamp
Quadrant 3 Min Reactive Power1088F32BE1Var/10
Quadrant 3 Min Reactive Power Time1090U32BE1Unix Time Stamp
Quadrant 4 Min Reactive Power1092F32BE1Var/10
Quadrant 4 Min Reactive Power Time1094U32BE1Unix Time Stamp
Quadrant Total Min Reactive Power1096F32BE1Var/10
Quadrant Total Min Reactive Power Time1098U32BE1Unix Time Stamp
L1 Phase Min Apparent Power1100F32BE1VA/10
L1 Phase Min Apparent Power Time1102U32BE1Unix Time Stamp
L2 Phase Min Apparent Power1104F32BE1VA/10
L2 Phase Min Apparent Power Time1106U32BE1Unix Time Stamp
L3 Phase Min Apparent Power1108F32BE1VA/10
L3 Phase Min Apparent Power Time1110U32BE1Unix Time Stamp
L4 Phase Min Apparent Power1112F32BE1VA/10
L4 Phase Min Apparent Power Time1114U32BE1Unix Time Stamp
Min Total Import Apparent Power1116F32BE1VA/10
Min Total Import Apparent Power Time1118U32BE1Unix Time Stamp
Min Total Export Apparent Power1120F32BE1VA/10
Min Total Export Apparent Power Time1122U32BE1Unix Time Stamp
Min Total Apparent Power1124F32BE1VA/10
Min Total Apparent Power Time1126U32BE1Unix Time Stamp
Min System Frequency1128U32BE0.1F/10
Min System Frequency Time1130U32BE1Unix Time Stamp
L1 Phase Min. Voltage THD1132U32BE0.1%
L1 Phase Min. Voltage THD Time1134U32BE1Unix Time Stamp
L2 Phase Min Voltage THD1136U32BE0.1%
L2 Phase Min. Voltage THD Time1138U32BE1Unix Time Stamp
L3 Phase Min. Voltage THD1140U32BE0.1%
L3 Phase Min. Voltage THD Time1142U32BE1Unix Time Stamp
L4 Phase Min. Voltage THD1144U32BE0.1%
L4 Phase Min. Voltage THD Time1146U32BE1Unix Time Stamp
L1-L2 Min Voltage THD1148U32BE0.1%
L1-L2 Min Voltage THD Time1150U32BE1Unix Time Stamp
L2-L3 Min Voltage THD1152U32BE0.1%
L2-L3 Min Voltage THD Time1154U32BE1Unix Time Stamp
L3-L1 Min Voltage THD1156U32BE0.1%
L3-L1 Min Voltage THD Time1158U32BE1Unix Time Stamp
L1 Phase Min Current THD1160U32BE0.1%
L1 Phase Min Current THD Time1162U32BE1Unix Time Stamp
L2 Phase Min Current THD1164U32BE0.1%
L2 Phase Min Current THD Time1166U32BE1Unix Time Stamp
L3 Phase Min Current THD1168U32BE0.1%
L3 Phase Min Current THD Time1170U32BE1Unix Time Stamp
L4 Phase Min Current THD1172U32BE0.1%
L4 Phase Min Current THD Time1174U32BE1Unix Time Stamp
L1 Phase Current Demand1176U32BE0.001mA
L2 Phase Current Demand1178U32BE0.001mA
L3 Phase Current Demand1180U32BE0.001mA
L4 Phase Current Demand1182U32BE0.001mA
IN Current Demand1184U32BE0.001mA
L1 Phase Active Power Demand1186F32BE1W/10
L2 Phase Active Power Demand1188F32BE1W/10
L3 Phase Active Power Demand1190F32BE1W/10
L4 Phase Active Power Demand1192F32BE1W/10
Total Import Active Power Demand1194F32BE1W/10
Total Export Active Power Demand1196F32BE1W/10
Total Active Power Demand1198F32BE1W/10
L1 Phase Reactive Power Demand1200F32BE1Var/10
L2 Phase Reactive Power Demand1202F32BE1Var/10
L3 Phase Reactive Power Demand1204F32BE1Var/10
L4 Phase Reactive Power Demand1206F32BE1Var/10
Quadrant 1 Total Reactive Powe Demand1208F32BE1Var/10
Quadrant 2 Total Reactive Powe Demand1210F32BE1Var/10
Quadrant 3 Total Reactive Powe Demand1212F32BE1Var/10
Quadrant 4 Total Reactive Powe Demand1214F32BE1Var/10
Total Reactive Power Demand1216F32BE1Var/10
L1 Phase Apparent Power Demand1218F32BE1VA/10
L2 Phase Apparent Power Demand1220F32BE1VA/10
L3 Phase Apparent Power Demand1222F32BE1VA/10
L4 Phase Apparent Power Demand1224F32BE1VA/10
Total Import Apparent Power Demand1226F32BE1VA/10
Total Export Apparent Power Demand1228F32BE1VA/10
Total Apparent Power Demand1230F32BE1VA/10
L1 Phase Max. Current Demand1232U32BE0.001mA
L1 Phase Max. Current Demand Time1234U32BE1Unix Time Stamp
L2 Phase Max. Current Demand1236U32BE0.001mA
L2 Phase Max. Current Demand Time1238U32BE1Unix Time Stamp
L3 Phase Max. Current Demand1240U32BE0.001mA
L3 Phase Max. Current Demand Time1242U32BE1Unix Time Stamp
L4 Phase Max. Current Demand1244U32BE0.001mA
L4 Phase Max. Current Demand Time1246U32BE1Unix Time Stamp
IN Max. Current Demand1248U32BE0.001mA
IN Phase Max. Current Demand Time1250U32BE1Unix Time Stamp
PL1 Max Active Import Power1252F32BE1W/10
PL1 Max Active Import Power Time1254U32BE1Unix Time Stamp
PL1 Max Active Export Power1256F32BE1W/10
PL1 Max Active Export Power Time1258U32BE1Unix Time Stamp
PL2 Max Active Import Power1260F32BE1W/10
PL2 Max Active Import Power Time1262U32BE1Unix Time Stamp
PL2 Max Active Export Power1264F32BE1W/10
PL2 Max Active Export Power Time1266U32BE1Unix Time Stamp
PL3 Max Active Import Power1268F32BE1W/10
PL3 Max Active Import Power Time1270U32BE1Unix Time Stamp
PL3 Max Active Export Power1272F32BE1W/10
PL3 Max Active Export Power Time1274U32BE1Unix Time Stamp
PL4 Max Active Import Power1276F32BE1W/10
PL4 Max Active Import Power Time1278U32BE1Unix Time Stamp
PL4 Max Active Export Power1280F32BE1W/10
PL4 Max Active Export Power Time1282U32BE1Unix Time Stamp
Total Active Power Import Max Demand1284F32BE1W/10
Total Active Power Import Max Demand Time1286U32BE1Unix Time Stamp
Total Active Power Export Max Demand1288F32BE1W/10
Total Active Power Export Max Demand Time1290U32BE1Unix Time Stamp
L1 Phase Max Demand Reactive Power1292F32BE1Var/10
L1 Phase Max Demand Reactive Power Time1294U32BE1Unix Time Stamp
L2 Phase Max Demand Reactive Power1296F32BE1Var/10
L2 Phase Max Demand Reactive Power Time1298U32BE1Unix Time Stamp
L3 Phase Max Demand Reactive Power1300F32BE1Var/10
L3 Phase Max Demand Reactive Power Time1302U32BE1Unix Time Stamp
L4 Phase Max Demand Reactive Power1304F32BE1Var/10
L4 Phase Max Demand Reactive Power Time1306U32BE1Unix Time Stamp
Quadrant 1 Max Demand Reactive Power1308F32BE1Var/10
Quadrant 1 Max Demand Reactive Power Time1310U32BE1Unix Time Stamp
Quadrant 2 Max Demand Reactive Power1312F32BE1Var/10
Quadrant 2 Max Demand Reactive Power Time1314U32BE1Unix Time Stamp
Quadrant 3 Max Demand Reactive Power1316F32BE1Var/10
Quadrant 3 Max Demand Reactive Power Time1318U32BE1Unix Time Stamp
Quadrant 4 Max Demand Reactive Power1320F32BE1Var/10
Quadrant 4 Max Demand Reactive Power Time1322U32BE1Unix Time Stamp
Quadrant Total Max Demand Reactive Power1324F32BE1Var/10
Quadrant Total Max Demand Reactive Power Time1326U32BE1Unix Time Stamp
SL1 Max Demand Import Power1328F32BE1W/10
SL1 Max Demand Import Power Time1330F32BE1Time
SL1 Max Demand Export Power1332F32BE1W/10
SL1 Max Demand Export Power Time1334U32BE1Unix Time Stamp
SL2 Max Demand Import Power1336F32BE1W/10
SL2 Max Demand Import Power Time1338U32BE1Unix Time Stamp
SL2 Max Demand Export Power1340F32BE1W/10
SL2 Max Demand Export Power Time1342U32BE1Unix Time Stamp
SL3 Max Demand Import Power1344F32BE1W/10
SL3 Max Demand Import Power Time1346U32BE1Unix Time Stamp
SL3 Max Demand Export Power1348F32BE1W/10
SL3 Max Demand Export Power Time1350U32BE1Unix Time Stamp
SL4 Max Demand Import Power1352F32BE1W/10
SL4 Max Demand Import Power Time1354U32BE1Unix Time Stamp
SL4 Max Demand Export Power1356F32BE1W/10
SL4 Max Demand Export Power Time1358U32BE1Unix Time Stamp
Total Apparent Power Max Demand1360F32BE1VA/10
Total Apparent Power Max Demand Time1362U32BE1Unix Time Stamp
Total Apparent Power Max Demand1364F32BE1VA/10
Total Apparent Power Max Demand Time1366U32BE1Unix Time Stamp
Consumed Active Energy L11500U64BE1Wh
Consumed Active Energy L21504U64BE1Wh
Consumed Active Energy L31508U64BE1Wh
Consumed Active Energy L41512U64BE1Wh
Total Consumed Energy L1..L31516U64BE1Wh
Delivered Active Energy L11520U64BE1Wh
Delivered Active Energy L21524U64BE1Wh
Delivered Active Energy L31528U64BE1Wh
Delivered Active Energy L41532U64BE1Wh
Total Delivered Energy L1..L31536U64BE1Wh
Consumed Apparent energy L11540U64BE1VAh
Consumed Apparent energy L21544U64BE1VAh
Consumed Apparent energy L31548U64BE1VAh
Consumed Apparent energy L41552U64BE1VAh
Total Consumed Apparent Energy L1..L31556U64BE1VAh
Delivered Apparent Energy L11560U64BE1VAh
Delivered Apparent Energy L21564U64BE1VAh
Delivered Apparent Energy L31568U64BE1VAh
Delivered Apparent Energy L41572U64BE1VAh
Total Delivered Apparent energy L1..L31576U64BE1VAh
Quadrant 1 Reactive Energy L11580U64BE1Varh
Quadrant 1 Reactive Energy L21584U64BE1Varh
Quadrant 1 Reactive Energy L31588U64BE1Varh
Quadrant 1 Reactive Energy L41592U64BE1Varh
Quadrant 1 total reactive Energy1596U64BE1Varh
Quadrant 2 Reactive Energy L11600U64BE1Varh
Quadrant 2 Reactive Energy L21604U64BE1Varh
Quadrant 2 Reactive Energy L31608U64BE1Varh
Quadrant 2 Reactive Energy L41612U64BE1Varh
Quadrant 2 total reactive Energy1616U64BE1Varh
Quadrant 3 Reactive Energy L11620U64BE1Varh
Quadrant 3 Reactive Energy L21624U64BE1Varh
Quadrant 3 Reactive Energy L31628U64BE1Varh
Quadrant 3 Reactive Energy L41632U64BE1Varh
Quadrant 3 total reactive Energy1636U64BE1Varh
Quadrant 4 Reactive Energy L11640U64BE1Varh
Quadrant 4 Reactive Energy L21644U64BE1Varh
Quadrant 4 Reactive Energy L31648U64BE1Varh
Quadrant 4 Reactive Energy L41652U64BE1Varh
Quadrant 4 total reactive Energy1656U64BE1Varh
Total Harmoic Distorsion VLL122000U32BE0.1%
Total Harmoic Distorsion VLL232002U32BE0.1%
Total Harmoic Distorsion VLL312004U32BE0.1%
Total Harmonic Distorsion VL12006U32BE0.1%
Total Harmonic Distorsion VL22008U32BE0.1%
Total Harmonic Distorsion VL32010U32BE0.1%
Total Harmonic Distorsion VL42012U32BE0.1%
Total Harmonic Distorsion IL12014U32BE0.1%
Total Harmonic Distorsion IL22016U32BE0.1%
Total Harmonic Distorsion IL32018U32BE0.1%
Total Harmonic Distorsion IL42020U32BE0.1%
Total Harmonic Distorsion IN2022U32BE0.1%
Number Of Harmonics3000U160.1%
H_IL1_23001U160.1%
H_IL2_23002U160.1%
H_IL3_23003U160.1%
H_IL4_23004U160.1%
H_ILN_23005U160.1%
H_IL1_33006U160.1%
H_IL2_33007U160.1%
H_IL3_33008U160.1%
H_IL4_33009U160.1%
H_ILN_33010U160.1%
H_IL1_503241U160.1%
H_IL2_503242U160.1%
H_IL3_503243U160.1%
H_IL4_503244U160.1%
H_ILN_503245U160.1%
H_IL1_513246U160.1%
H_IL2_513247U160.1%
H_IL3_513248U160.1%
H_IL4_513249U160.1%
H_ILN_513250U160.1%
Number Of Harmonics4000U160.1%
H_V1_24001U160.1%
H_V2_24002U160.1%
H_V3_24003U160.1%
H_V4_24004U160.1%
H_V1_34005U160.1%
H_V2_34006U160.1%
H_V3_34007U160.1%
H_V4_34008U160.1%
H_V1_504193U160.1%
H_V2_504194U160.1%
H_V3_504195U160.1%
H_V4_504196U160.1%
H_V1_514197U160.1%
H_V2_514198U160.1%
H_V3_514199U160.1%
H_V4_514200U160.1%
NUM_OF_HARMONICS5000U160.1%
H_VLL1_2_25001U160.1%
H_VLL2_3_25002U160.1%
H_VLL3_1_25003U160.1%
H_VLL1_2_35004U160.1%
H_VLL2_3_35005U160.1%
H_VLL3_1_35006U160.1%
H_VLL1_2_45007U160.1%
H_VLL2_3_45008U160.1%
H_VLL3_1_45009U160.1%
H_VLL1_2_505145U160.1%
H_VLL2_3_505146U160.1%
H_VLL3_1_505147U160.1%
H_VLL1_2_515148U160.1%
H_VLL2_3_515149U160.1%
H_VLL3_1_515150U160.1%
DAY6000U161DAY
MONTH 1-126001U161month
YEAR 2000-21996002U161Yıl
HOUR 0-236003U161hour
MINUTES 0-596004U161MINUTE
SECONDS 0-596005U161Second
DAY6006U161DAY
-24 -- +246007I161
DST Region6008U161
DST Start Month: 1-126009U161month
DST Start Week6010U161week
DST Start DAY6011U161DAY
DST Start Hour: 0-236012U161hour
DST End Month: 1-126013U161month
DST END Week6014U161week
DST END DAY6015U161DAY
DST End Hour: 0-236016U161hour
DST_STATUS6017U161
Record Index8000I161
Start Time8016U32BE1Unix Time
End Time8018U32BE1Unix Time
Duration8020U32BE1Second
Cycle8022U161
Type8023U161
Source8024U161
Param8025U161
High8026I32BE1
Low8028I32BE1
High Value8030I32BE1
Low Value8032I32BE1
Index8034U161
Start Hour and Start Minutes Settings9000U161Hour/Minutes
Tariff Number Settings : 0-89001U161
Start Hour and Start Minutes Settings9002U161Hour/Minutes
Tariff Number Settings : 0-89003U161
Start Hour and Start Minutes Settings9004U161Hour/Minutes
Tariff Number Settings : 0-89005U161
Start Hour and Start Minutes Settings9006U161Hour/Minutes
Tariff Number Settings : 0-89007U161
Start Hour and Start Minutes Settings9008U161Hour/Minutes
Tariff Number Settings : 0-89009U161
Start Hour and Start Minutes Settings9010U161Hour/Minutes
Tariff Number Settings : 0-89011U161
Start Hour and Start Minutes Settings9012U161Hour/Minutes
Tariff Number Settings : 0-89013U161
Start Hour and Start Minutes Settings9014U161Hour/Minutes
Tariff Number Settings : 0-89015U161
Start Hour and Start Minutes Settings10000U161Hour/Minutes
Tariff Number Settings : 0-810001U161
Start Hour and Start Minutes Settings10002U161Hour/Minutes
Tariff Number Settings : 0-810003U161
Start Hour and Start Minutes Settings10004U161Hour/Minutes
Tariff Number Settings : 0-810005U161
Start Hour and Start Minutes Settings10006U161Hour/Minutes
Tariff Number Settings : 0-810007U161
Start Hour and Start Minutes Settings10008U161Hour/Minutes
Tariff Number Settings : 0-810009U161
Start Hour and Start Minutes Settings10010U161Hour/Minutes
Tariff Number Settings : 0-810011U161
Start Hour and Start Minutes Settings10012U161Hour/Minutes
Tariff Number Settings : 0-810013U161
Start Hour and Start Minutes Settings10014U161Hour/Minutes
Reset Action Code14000U161
Network Type16384U161
Current Transformer Secondary16385U161A
Current Transformer Primary16386U161A
Voltage Transformer Present16387U161
Voltage Transformer Secondary16388U161V
Voltage Transformer Primary16389U32BE1V
P Demand Time16391U161Minutes
I Demand Time16392U161Minutes
V Average Time16393U161Minutes
System Frequency16394U161Hz
System Voltage16395U32BE1V
Systen Current16397U161A
Sag Level16398U160.1%
Sag Hysteresis16399U160.1%
Swell Level16400U160.1%
Swell Hysteresis16401U160.1%
Network Type17000U161
Current Transformer Secondary17001U161A
Current Transformer Primary17002U161A
Voltage Transformer Present17003U161
Voltage Transformer Secondary17004U161V
Voltage Seconder Primary17005U32BE1V
P Demand Time17007U161Minutes
I Demand Time17008U161Minutes
V Average Time17009U161Minutes
System Frequency17010U161Hz
System Voltage17011U32BE1V
Systen Current17013U161A
Sag Level17014U160.1%
Sag Hysteresis17015U160.1%
Swell Level17016U160.1%
Swell Hysteresis17017U160.1%
OUT1 Type17018U161
OUT2 Type17019U161
OUT3 Type17020U161
OUT4 Type17021U161
INPUT1 Type17022U161
INPUT2 Type17023U161
INPUT3 Type17024U161
INPUT4 Type17025U161
Analog Output 1 Type17026U161
Analog Output 1 Parameter17027U161
Analog Output1 High17028I32BE1
Analog Output1 Low17030I32BE1
Analog Output 2 Type17032U161
Analog Output 2 Parameter17033U161
Analog Output2 High17034U32BE1
Analog Output2 Low17036U32BE1
Analog Output 3 Type17038U161
Analog Output 3 Parameter17039U161
Analog Output3 High17040U32BE1
Analog Output3 Low17042U32BE1
Analog Output 4 Type17044U161
Analog Output 4 Parameter17045U161
Analog Output4 High17046U32BE1
Analog Output4 Low17048U32BE1
Pulse Input 117050U161
Pulse Input 1 Ratio17051U161
Pulse Input 217052U161
Pulse Input 2 Ratio17053U161
Pulse Input 317054U161
Pulse Input 3 Ratio17055U161
Pulse Input 417056U161
Pulse Input 4 Ratio17057U161
Pulse Width17058U161ms
Pulse Output1 Parameter17059U161
Pulse Output 1 Ratio17060U161kWh
Pulse Output 1 Pulse Width17061U161ms
Pulse Output 1 Pulse Duty17062U161ms
Pulse Output 2 Parameter17063U161
Pulse Output 2 Ratio17064U161
Pulse Output 2 Pulse Width17065U161ms
Pulse Output 2 Pulse Duty17066U161ms
Pulse Output3 Parameter17067U161
Pulse Output 3 Ratio17068U161
Pulse Output 3 Pulse Width17069U161ms
Pulse Output 3 Pulse Duty17070U161ms
Pulse Output4 Parameter17071U161
Pulse Output 4 Ratio17072U161
Pulse Output 4 Pulse Width17073U161ms
Pulse Output 4 Pulse Duty17074U161ms
Alarm1 Status17075U161
Alarm1 Parameter17076U161
Alarm1 Condition17077U161
Alarm 1 On Time17078U160.1s
Alarm 1 Off Time17079U160.1s
Alarm 1 Output17080U161
Alarm 1 High Threshold Value17081I32BE1
Alarm 1 Low Threshold Value17083I32BE1
Alarm 1 Hysteresis17085U160.1%
Alarm2 Status17086U161
Alarm2 Parameter17087U161
Alarm2 Condition17088U161
Alarm 2 On Time17089U160.1s
Alarm 2 Off Time17090U160.1s
Alarm 2 Output17091U161
Alarm 2 High Threshold Value17092I32BE1
Alarm 2 Low Threshold Value17094I32BE1
Alarm 2 Hysteresis17096U160.1%
Alarm3 Status17097U161
Alarm3 Parameter17098U161
Alarm3 Condition17099U161
Alarm 3 On Time17100U160.1s
Alarm 3 Off Time17101U160.1s
Alarm 3 Output17102U161
Alarm 3 High Threshold Value17103I32BE1
Alarm 3 Low Threshold Value17105I32BE1
Alarm 3 Hysteresis17107U160.1%
Alarm4 Status17108U161
Alarm4 Parameter17109U161
Alarm4 Condition17110U161
Alarm 4 On Time17111U160.1s
Alarm 4 Off Time17112U160.1s
Alarm 4 Output17113U161
Alarm 4 High Threshold Value17114I32BE1
Alarm 4 Low Threshold Value17116I32BE1
Alarm 4 Hysteresis17118U160.1%
Reserved17119U161
WORKING HOUR COUNTER PARAMETER17120U161
WORKING HOUR COUNTER PARAMETER LEVEL17121I32BE1
Modbus Protocol17123U161
Modbus Slave Address17124U161
Modbus Baud Rate17125U161bps
Modbus Parity17126U161bit
Password Activate17127U161
Password17128U161
LCD Contrast Setting17129U161
LCD Backlight Setting17130U161
Language Setting17131U161
-17132U161
DST Start Month17133U161month
DST Start Week17134U161
DST Start Day17135U161DAY
DST Start Hour17136U161hour
DST End Month17137U161month
DST END Week17138U161
DST END DAY17139U161DAY
DST End Hour17140U161hour
Tariff Activate17141U161
Alarm Output Number20000U161
Alarm1 on lower threshold cause20001U161
Alarm 1 on lower threshold min value20002I32BE1
Alarm1 on upper threshold cause20004U161
Alarm 1 on upper threshold max. value20005I32BE1
Alarm 1 Duration20007U32BE1s
Alarm Output Number20027U161
Alarm4 on lower threshold cause20028U161
Alarm 4 on lower threshold min value20029I32BE1
Alarm4 on upper threshold cause20031U161
Alarm 4 on upper threshold max. value20032I32BE1
Alarm 4 Duration20034U32BE1s
Profile Records Enable21000U161
Profile Synchronizing21001U161
Profile Records Record Time21002U161Minutes
Current Records Enable21003U161
Current Synchronizing21004U161
Current Records Record Time21005U161Minutes
Voltage Records Enable21006U161
Voltage Synchronizing21007U161
Voltage Records Record Time21008U161Minutes
Power Records Enable21009U161
Power Synchronizing21010U161
Power Records Record Time21011U161Minutes
THD Records Enable21012U161
THD Synchronizing21013U161
THD Records Record Time21014U161Minutes
Profile Records Time Stamp21100U32BE1Unix Time
Voltage Records Time Stamp21102U32BE1Unix Time
Current Records Time Stamp21104U32BE1Unix Time
Power Records Time Stamp21106U32BE1Unix Time
THD Records Time Stamp21108U32BE1Unix Time
Profile Records Index Register21200U32BE1
Voltage Records Index Regiter21202U32BE1
Current Records Index Register21204U32BE1
Power Records Index Register21206U32BE1
THD Records Index Regsiter21208U32BE1
Start Hour and Start Minutes Settings22000U161Hour/Minutes
Tariff Number Settings : 0-822001U161
Start Hour and Start Minutes Settings22002U161Hour/Minutes
Tariff Number Settings : 0-822003U161
Start Hour and Start Minutes Settings22004U161Hour/Minutes
Tariff Number Settings : 0-822005U161
Start Hour and Start Minutes Settings22006U161Hour/Minutes
Tariff Number Settings : 0-822007U161
Start Hour and Start Minutes Settings22008U161Hour/Minutes
Tariff Number Settings : 0-822009U161
Start Hour and Start Minutes Settings22010U161Hour/Minutes
Tariff Number Settings : 0-822011U161
Start Hour and Start Minutes Settings22012U161Hour/Minutes
Tariff Number Settings : 0-822013U161
Start Hour and Start Minutes Settings22014U161Hour/Minutes
Tariff Number Settings : 0-822015U161
Record Start Time23000U32BE1Unix Time
Record End Time23002U32BE1Unix Time
Consumed Active Energy23004U32BE1W
Q1 Reactive Energy23006U32BE1VAR
Q4 Reactive Energy23008U32BE1VAR
Consumed Apparent Energy23010U32BE1VA
Delivered Active Energy23012U32BE1W
Q2 Reactive Energy23014U32BE1VAR
Q3 Reactive Energy23016U32BE1VAR
Delivered Apparent Energy23018U32BE1VA
Consumed Active Energy Tariff Generator23020U32BE1W
Pulse Counter 123022U161
Pulse Counter 223023U161
Pulse Counter 323024U161
Pulse Counter 423025U161
Record Index23026U32BE1
Record End Time24000U32BE1Unix Time
Record Start Time24002U32BE1Unix Time
Average Current IL124004U32BE0.001A
Average Current IL224006U32BE0.001A
Average Current IL324008U32BE0.001A
Average Current ILN24010U32BE0.001A
Max Current IL124012U32BE0.001A
Max Current IL224014U32BE0.001A
Max Current IL324016U32BE0.001A
Max Current ILN24018U32BE0.001A
Min Current IL124020U32BE0.001A
Min Current IL224022U32BE0.001A
Min Current IL324024U32BE0.001A
Min Current ILN24026U32BE0.001A
Record Index24028U32BE1
Record End Time25000U32BE1
Record Start Time25002U32BE1Unix Time
Average Voltage L1-N25004U32BE0.1V
Average Voltage L2-N25006U32BE0.1V
Average Voltage L3-N25008U32BE0.1V
Average Voltage L4-N25010U32BE0.1V
Average Voltage L1-L225012U32BE0.1V
Average Voltage L2-L325014U32BE0.1V
Average Voltage L3-L125016U32BE0.1V
Average Frequency25018U32BE0.01Hz
Max Voltage L1-N25020U32BE0.1V
Max Voltage L2-N25022U32BE0.1V
Max Voltage L3-N25024U32BE0.1V
Max Voltage L4-N25026U32BE0.1V
Max Voltage L1-L225028U32BE0.1V
Max Voltage L2-L325030U32BE0.1V
Max Voltage L3-L125032U32BE0.1V
Max Frequency25034U32BE0.01Hz
Min Voltage L1-N25036U32BE0.1V
Min Voltage L2-N25038U32BE0.1V
Min Voltage L3-N25040U32BE0.1V
Min Voltage L4-N25042U32BE0.1V
Min Voltage L1-L225044U32BE0.1V
Min Voltage L2-L325046U32BE0.1V
Min Voltage L3-L125048U32BE0.1V
Min Frequency25050U32BE0.01Hz
Record Index25052U32BE1
Record End Time26000U32BE1Unix Time
Record Start Time26002U32BE1Unix Time
Total Import Active Power26004F32BE1W
Total Export Active Power26006F32BE1
Quadrant 1 average total reactive power26008F32BE1VAR
Quadrant 2 average total reactive power26010F32BE1VAR
Quadrant 3 average total ractive power26012F32BE1
Quadrant 4 average total reactive power26014F32BE1
Average total import apparent power26016F32BE1VA
Average total export apparent power26018F32BE1W
Average total inductive import cosphi value26020U32BE0.001
Average total capacitive import cosphi value26022U32BE0.001
Average total inductive export cosphi value26024U32BE0.001
Average total capacitive export cosphi value26026U32BE0.001
Average total PF26028U32BE0.001
Max. Total import active power26030F32BE1W
Max. Total export active power26032F32BE1W
Max. Total Q1 Reactive Power26034F32BE1VAR
Max. Total Q2 Reactive Power26036F32BE1VAR
Max. Total Q3 Reactive Power26038F32BE1VAR
Max. Total Q4 Reactive Power26040F32BE1VAR
Max. Total Import Apparent Power26042F32BE1VA
Max. Total Export Apparent Power26044F32BE1VA
Min. Total Import Active Power26046F32BE1W
Min. Total Export Active Power26048F32BE1W
Min. Total Q1 Reactive Power26050F32BE1VAR
Min. Total Q2 Reactive Power26052F32BE1VAR
Min. Total Q3 Reactive Power26054F32BE1VAR
Min. Total Q4 Reactive Power26056F32BE1VAR
Min. Total Import Apparent Power26058F32BE1VA
Min. Total Export Apparent Power26060F32BE1VA
Record Index26062U32BE1
Record Index27000U32BE1
Record Time27002U32BE1Unix Time
Average Total Harmonic Distorsion VL127004U32BE0.1%
Average Total Harmonic Distorsion VL227006U32BE0.1%
Average Total Harmonic Distorsion VL327008U32BE0.1%
Average Total Harmoic Distorsion VLL1227010U32BE0.1%
Average Total Harmoic Distorsion VLL2327012U32BE0.1%
Average Total Harmoic Distorsion VLL3127014U32BE0.1%
Average Total Harmonic Distorsion IL127016U32BE0.1%
Average Total Harmonic Distorsion IL227018U32BE0.1%
Average Total Harmonic Distorsion IL327020U32BE0.1%
Max Total Harmonic Distorsion VL127022U32BE0.1%
Max Total Harmonic Distorsion VL227024U32BE0.1%
Max Total Harmonic Distorsion VL327026U32BE0.1%
Max Total Harmoic Distorsion VLL1227028U32BE0.1%
Max Total Harmoic Distorsion VLL2327030U32BE0.1%
Max otal Harmoic Distorsion VLL3127032U32BE0.1%
Max Total Harmonic Distorsion IL127034U32BE0.1%
Max Total Harmonic Distorsion IL227036U32BE0.1%
Max Total Harmonic Distorsion IL327038U32BE0.1%
Min Total Harmonic Distorsion VL127040U32BE0.1%
Min Total Harmonic Distorsion VL227042U32BE0.1%
Min Total Harmonic Distorsion VL327044U32BE0.1%
Min Total Harmoic Distorsion VLL1227046U32BE0.1%
Min Total Harmoic Distorsion VLL2327048U32BE0.1%
Min Total Harmoic Distorsion VLL3127050U32BE0.1%
Min Total Harmonic Distorsion IL127052U32BE0.1%
Min Total Harmonic Distorsion IL227054U32BE0.1%
Min Total Harmonic Distorsion IL327056U32BE0.1%
Record Index27058U32BE1
Device ID60416U161
Device ID && Versiyon No60417U161
Serial Number60418U32BE1
Software Version60420U32BE1
Hardware Version60422U32BE1
Modbus Table Version60424U32BE1
Boot loader version60426U32BE1
Fabrication Date60428U32BE1Unix Time
Calibration Date60430U32BE1Unix Time

link settings as documented (unverified): baud 2400/4800/9600/19200/38400/57600/115200; FC 03,06,16

bench facts as documented (unverified)
model register60416
serial register60418
firmware register60420
field reports — community-sourced, unverified (checked 2026-06-11)
  • confirmed: Baud rates [2400, 4800, 9600, 19200, 38400, 57600, 115200] — confirmed by Entes MPR 2X Register Table
  • confirmed: Identification registers (model @ 60416, serial @ 60418, firmware @ 60420) — confirmed by Entes MPR 2X Register Table
  • confirmed: Register map addresses (voltage_l1_n @ 0, current_l1 @ 14, measured_frequency @ 24, active_power_l1_n @ 26, apparent_power_l1_n @ 58, power_factor_l1 @ 72, cos_phi_l1 @ 82, voltage_unbalance @ 94, l1_phase_voltage_angle @ 98) — confirmed by Entes MPR 2X Register Table

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