Briques techniques
gtbmodbus
Catalogue Modbus
Catalogue ouvert de devices Modbus — registres, types, échelles, RTU/TCP.
- rtu
- tcp
- registres
BTicino
F4N200
Compteur électrique RTU 159 registres À vérifier
À vérifier
- Ordre d'octets (word order) non spécifié — défaut AB-CD, vérifier sur datasheet
Config par défaut
RTU
- Baudrate
- 9600
- Parité
- none
- Bits données
- 8
- Stop bits
- 1
- Slave ID
- 1
Registres (159/159)
| scale | unité | ||||||
|---|---|---|---|---|---|---|---|
| 0x0101 (257) | holding | CT = I prim / I sec ex: 500 A / 5 A CT = 100 · Write Current transformer ratio - CT | uint16 | R/W | |||
| 0x0103 (259) | holding | VT = V prim / V sec ex: 600 V /100 V VT = 6.00 WRITE 600 --- If tranformer not present VT = 1.00 WRITE 100 · Write Voltage transformer ratio - VT | uint16 | 0.01 | R/W | ||
| 0x0104 (260) | holding | 0: Asyn 1: Syn 2: Tariff 3: Pulse Counting · Energy mode accumulation | uint16 | R/W | |||
| 0x0301 (769) | holding | The device returns 0006h · Device identifier | uint16 | 0.01 | R | ||
| 0x1001 (4097) | holding | Measures · Phase 1 : phase voltage | uint32 ×2 | mV | R | ||
| 0x1003 (4099) | holding | Measures · Phase 2 : phase voltage | uint32 ×2 | mV | R | ||
| 0x1005 (4101) | holding | Measures · Phase 3 : phase voltage | uint32 ×2 | mV | R | ||
| 0x1007 (4103) | holding | Measures · Phase 1 : current | uint32 ×2 | mA | R | ||
| 0x1009 (4105) | holding | Measures · Phase 2 : current | uint32 ×2 | mA | R | ||
| 0x100B (4107) | holding | Measures · Phase 3 : current | uint32 ×2 | mA | R | ||
| 0x100D (4109) | holding | Measures · Neutral current | uint32 ×2 | mA | R | ||
| 0x100F (4111) | holding | Measures · Chained voltage : L1-L2 | uint32 ×2 | mV | R | ||
| 0x1011 (4113) | holding | Measures · Chained voltage : L2-L3 | uint32 ×2 | mV | R | ||
| 0x1013 (4115) | holding | Measures · Chained voltage : L3-L1 | uint32 ×2 | mV | R | ||
| 0x1015 (4117) | holding | See Note 1 · 3-phase : active power | uint16 | 0.01 | W | R | |
| 0x1017 (4119) | holding | See Note 1 · 3-phase : reactive power | uint16 | 0.01 | var | R | |
| 0x1019 (4121) | holding | See Note 1 · 3-phase : apparent power | uint16 | 0.01 | VA | R | |
| 0x101B (4123) | holding | 0=positive, 1=negative · 3-phase : sign of active power | uint16 | R | |||
| 0x101C (4124) | holding | 0=positive, 1=negative · 3-phase : sign of reactive power | uint16 | R | |||
| 0x101D (4125) | holding | See Note 2 · 3-phase : positive active energy | uint16 | Wh | R | ||
| 0x101F (4127) | holding | See Note 2 · 3-phase : positive reactive energy | uint16 | varh | R | ||
| 0x1021 (4129) | holding | See Note 2 · 3-phase : negative active energy | uint16 | Wh | R | ||
| 0x1023 (4131) | holding | See Note 2 · 3-phase : negative reactive energy | uint16 | varh | R | ||
| 0x1025 (4133) | holding | 3-phase : power factor | int16 | 0.01 | R | ||
| 0x1026 (4134) | holding | 0="PF=1", 1="ind" (L), 2="cap" (C) · 3-phase : sector of power factor (cap or ind) | uint16 | R | |||
| 0x1027 (4135) | holding | Frequency | uint16 | 0.1 | Hz | R | |
| 0x1028 (4136) | holding | See Note 1 · 3-phase : average power | uint16 | 0.01 | W | R | |
| 0x102A (4138) | holding | See Note 1 · 3-phase : peak maximum demand | uint16 | 0.01 | W | R | |
| 0x102C (4140) | holding | Time counter for average power | uint16 | min | R | ||
| 0x102D (4141) | holding | See Note 1 · Phase 1 : active power | uint16 | 0.01 | W | R | |
| 0x102F (4143) | holding | See Note 1 · Phase 2 : active power | uint16 | 0.01 | W | R | |
| 0x1031 (4145) | holding | See Note 1 · Phase 3 : active power | uint16 | 0.01 | W | R | |
| 0x1033 (4147) | holding | 0=positive, 1=negative · Phase 1 : sign of active power | uint16 | R | |||
| 0x1034 (4148) | holding | 0=positive, 1=negative · Phase 2: sign of active power | uint16 | R | |||
| 0x1035 (4149) | holding | 0=positive, 1=negative · Phase 3: sign of active power | uint16 | R | |||
| 0x1036 (4150) | holding | See Note 1 · Phase 1: reactive power | uint32 ×2 | 0.01 | var | R | |
| 0x1038 (4152) | holding | See Note 1 · Phase 2: reactive power | uint32 ×2 | 0.01 | var | R | |
| 0x103A (4154) | holding | See Note 1 · Phase 3: reactive power | uint32 ×2 | 0.01 | var | R | |
| 0x103C (4156) | holding | 0=positive, 1=negative · Phase 1: sign of reactive power | uint16 | R | |||
| 0x103D (4157) | holding | 0=positive, 1=negative · Phase 2: sign of reactive power | uint16 | R | |||
| 0x103E (4158) | holding | 0=positive, 1=negative · Phase 3: sign of reactive power | uint16 | R | |||
| 0x103F (4159) | holding | See Note 1 · Phase 1: apparent power | uint32 ×2 | 0.01 | VA | R | |
| 0x1041 (4161) | holding | See Note 1 · Phase 2: apparent power | uint32 ×2 | 0.01 | VA | R | |
| 0x1043 (4163) | holding | See Note 1 · Phase 3: apparent power | uint32 ×2 | 0.01 | VA | R | |
| 0x1045 (4165) | holding | Phase 1: power factor | int16 | 0.01 | R | ||
| 0x1046 (4166) | holding | Phase 2: power factor | int16 | 0.01 | R | ||
| 0x1047 (4167) | holding | Phase 3: power factor | int16 | 0.01 | R | ||
| 0x1048 (4168) | holding | 0="PF=1", 1="ind" (L), 2="cap" (C) · Phase 1: sector of power factor (cap or ind) | uint16 | R | |||
| 0x1049 (4169) | holding | 0="PF=1", 1="ind" (L), 2="cap" (C) · Phase 2: sector of power factor (cap or ind) | uint16 | R | |||
| 0x104A (4170) | holding | 0="PF=1", 1="ind" (L), 2="cap" (C) · Phase 3: sector of power factor (cap or ind) | uint16 | R | |||
| 0x104B (4171) | holding | See Note 4 · Phase 1: THD V1 | uint16 | 0.1 | % | R | |
| 0x104C (4172) | holding | See Note 4 · Phase 2: THD V2 | uint16 | 0.1 | % | R | |
| 0x104D (4173) | holding | See Note 4 · Phase 3: THD V3 | uint16 | 0.1 | % | R | |
| 0x104E (4174) | holding | Phase 1: THD I1 | uint16 | 0.1 | % | R | |
| 0x104F (4175) | holding | Phase 2: THD I2 | uint16 | 0.1 | % | R | |
| 0x1050 (4176) | holding | Phase 3: THD I3 | uint16 | 0.1 | % | R | |
| 0x1051 (4177) | holding | Phase 1: I1 average | uint32 ×2 | mA | R | ||
| 0x1053 (4179) | holding | Phase 2: I2 average | uint32 ×2 | mA | R | ||
| 0x1055 (4181) | holding | Phase 3: I3 average | uint32 ×2 | mA | R | ||
| 0x1057 (4183) | holding | Phase 1: I1 peak Max. | uint32 ×2 | mA | R | ||
| 0x1059 (4185) | holding | Phase 2: I2 peak Max. | uint32 ×2 | mA | R | ||
| 0x105B (4187) | holding | Phase 3: I3 peak Max. | uint32 ×2 | mA | R | ||
| 0x105D (4189) | holding | (I1+I2+I3)/3 · 3-phase: I average | uint32 ×2 | mA | R | ||
| 0x105F (4191) | holding | See Note 4 · Phase 1: V1 min. | uint32 ×2 | mV | R | ||
| 0x1061 (4193) | holding | See Note 4 · Phase 2: V2 min. | uint32 ×2 | mV | R | ||
| 0x1063 (4195) | holding | See Note 4 · Phase 3: V3 min. | uint32 ×2 | mV | R | ||
| 0x1065 (4197) | holding | See Note 4 · Phase 1: V1 Max. | uint32 ×2 | mV | R | ||
| 0x1067 (4199) | holding | See Note 4 · Phase 2: V2 Max. | uint32 ×2 | mV | R | ||
| 0x1069 (4201) | holding | See Note 4 · Phase 3: V3 Max. | uint32 ×2 | mV | R | ||
| 0x106B (4203) | holding | See Note 2 · 3-phase: partial active energy | uint32 ×2 | 1000 | Wh | R | |
| 0x106D (4205) | holding | See Note 2 · 3-phase: partial reactive energy | uint32 ×2 | 1000 | varh | R | |
| 0x106F (4207) | holding | Operating timer counter | uint16 | h | R | ||
| 0x1070 (4208) | holding | 0: No active alarm, 1: Alarm active | 0: Deactivate 1: Activate · Alarm status | Output Remote Command | uint16 | R/W | |||
| 0x1071 (4209) | holding | See Note 1 · 3-phase: average active power | uint32 ×2 | 0.01 | W | R | |
| 0x1073 (4211) | holding | See Note 1 · 3-phase: average reactive power | uint32 ×2 | 0.01 | var | R | |
| 0x1075 (4213) | holding | See Note 1 · 3-phase: average apparent power | uint32 ×2 | 0.01 | VA | R | |
| 0x1077 (4215) | holding | See Note 1 · 3-phase: active PMD power | uint32 ×2 | 0.01 | W | R | |
| 0x1079 (4217) | holding | See Note 1 · 3-phase: reactive PMD power | uint32 ×2 | 0.01 | var | R | |
| 0x107B (4219) | holding | See Note 1 · 3-phase: apparent PMD power | uint32 ×2 | 0.01 | VA | R | |
| 0x1201 (4609) | holding | Current transformer ratio (CT) | uint16 | R | |||
| 0x1202 (4610) | holding | Voltage transformer ratio (VT) | uint16 | 0.01 | R | ||
| 0x1207 (4615) | holding | See Note 3 · Digital Inputs Status | uint16 | R | |||
| 0x1251 (4689) | holding | 3-phase: Positive total active energy | uint32 ×2 | 1000 | Wh | R | |
| 0x1253 (4691) | holding | See Note 2 · 3-phase: Positive total reactive energy | uint32 ×2 | 1000 | varh | R | |
| 0x1255 (4693) | holding | See Note 2 · 3-phase: Negative total active energy | uint32 ×2 | 1000 | Wh | R | |
| 0x1257 (4695) | holding | See Note 2 · 3-phase: Negative total reactive energy | uint32 ×2 | 1000 | varh | R | |
| 0x1259 (4697) | holding | See Note 2 · 3-phase Positive partial active energy or tariff 1 active energy (if option tariffs) | uint32 ×2 | 1000 | Wh | R | |
| 0x125B (4699) | holding | See Note 2 · 3-phase Negative partial active energy or tariff 2 active energy (if option tariffs) | uint32 ×2 | 1000 | Wh | R | |
| 0x125D (4701) | holding | See Note 2 · 3-phase Positive partial reactive energy or tariff 3 active energy (if option tariffs) | uint32 ×2 | 1000 | Wh | R | |
| 0x125F (4703) | holding | See Note 2 · 3-phase Negative partial reactive energy or tariff 4 active energy (if option tariffs) | uint32 ×2 | 1000 | varh | R | |
| 0x1301 (4865) | holding | See Note 1 · 3-phase: active average power | uint32 ×2 | 0.01 | W | R | |
| 0x1303 (4867) | holding | See Note 1 · 3-phase: reactive average power | uint32 ×2 | 0.01 | var | R | |
| 0x1305 (4869) | holding | See Note 1 · 3-phase : apparent average power | uint16 | 0.01 | VA | R | |
| 0x1307 (4871) | holding | See Note 1 · 3-phase : active average power tarifs 1 | uint16 | 0.01 | W | R | |
| 0x1309 (4873) | holding | See Note 1 · 3-phase : reactive average power tarifs 1 | uint16 | 0.01 | var | R | |
| 0x130B (4875) | holding | See Note 1 · 3-phase : apparent average power tarifs 1 | uint16 | 0.01 | VA | R | |
| 0x130D (4877) | holding | See Note 1 · 3-phase : active average power tarifs 2 | uint16 | 0.01 | W | R | |
| 0x130F (4879) | holding | See Note 1 · 3-phase : reactive average power tarifs 2 | uint16 | 0.01 | var | R | |
| 0x1311 (4881) | holding | See Note 1 · 3-phase : apparent average power tarifs 2 | uint16 | 0.01 | VA | R | |
| 0x1313 (4883) | holding | See Note 1 · 3-phase : active average power tarifs 3 | uint16 | 0.01 | W | R | |
| 0x1315 (4885) | holding | See Note 1 · 3-phase : reactive average power tarifs 3 | uint16 | 0.01 | var | R | |
| 0x1317 (4887) | holding | See Note 1 · 3-phase : apparent average power tarifs 3 | uint16 | 0.01 | VA | R | |
| 0x1319 (4889) | holding | See Note 1 · 3-phase : active average power tarifs 4 | uint16 | 0.01 | W | R | |
| 0x131B (4891) | holding | See Note 1 · 3-phase : reactive average power tarifs 4 | uint16 | 0.01 | var | R | |
| 0x131D (4893) | holding | See Note 1 · 3-phase : apparent average power tarifs 4 | uint16 | 0.01 | VA | R | |
| 0x1531 (5425) | holding | Total Apparent power | uint16 | VA | R | ||
| 0x1533 (5427) | holding | 3-phase : average active power | uint16 | W | R | ||
| 0x1535 (5429) | holding | 3-phase : average reactive power | uint16 | var | R | ||
| 0x1537 (5431) | holding | 3-phase : average apparent power | uint16 | VA | R | ||
| 0x1539 (5433) | holding | 3-phase : max active power | uint16 | W | R | ||
| 0x153B (5435) | holding | 3-phase : max reactive power | uint16 | var | R | ||
| 0x153D (5437) | holding | 3-phase : max apparent power | uint16 | VA | R | ||
| 0x1581 (5505) | holding | Phase1 voltage crest factor | uint16 | 0.001 | R | ||
| 0x1582 (5506) | holding | Phase2 voltage crest factor | uint16 | 0.001 | R | ||
| 0x1583 (5507) | holding | Phase3 voltage crest factor | uint16 | 0.001 | R | ||
| 0x1584 (5508) | holding | Phase1 current crest factor | uint16 | 0.001 | R | ||
| 0x1585 (5509) | holding | Phase2 current crest factor | uint16 | 0.001 | R | ||
| 0x1586 (5510) | holding | Phase3 current crest factor | uint16 | 0.001 | R | ||
| 0x1587 (5511) | holding | Phase1-2 voltage crest factor | uint16 | 0.001 | R | ||
| 0x1588 (5512) | holding | Phase2-3 voltage crest factor | uint16 | 0.001 | R | ||
| 0x1589 (5513) | holding | Phase3-1 voltage crest factor | uint16 | 0.001 | R | ||
| 0x1601 (5633) | holding | See Note 4 · phase displacement V1-V2 (V12-V23) | uint16 | 0.1 | ° | R | |
| 0x1602 (5634) | holding | See Note 4 · phase displacement V2-V3 (V23-V31) | uint16 | 0.1 | ° | R | |
| 0x1603 (5635) | holding | See Note 4 · phase displacement V3-V1 (V31-V12) | uint16 | 0.1 | ° | R | |
| 0x1604 (5636) | holding | phase displacement I1-I2 | uint16 | 0.1 | ° | R | |
| 0x1605 (5637) | holding | phase displacement I2-I3 | uint16 | 0.1 | ° | R | |
| 0x1606 (5638) | holding | phase displacement I3-I1 | uint16 | 0.1 | ° | R | |
| 0x1607 (5639) | holding | phase displacement V1-I1 | uint16 | 0.1 | ° | R | |
| 0x1608 (5640) | holding | phase displacement V2-I2 | uint16 | 0.1 | ° | R | |
| 0x1609 (5641) | holding | phase displacement V3-I3 | uint16 | 0.1 | ° | R | |
| 0x160A (5642) | holding | phase displacement total | uint16 | 0.1 | ° | R | |
| 0x2001 (8193) | holding | write 16 byte at once · Standard Setup parameters | uint16 ×16 | R/W | |||
| 0x2005 (8197) | holding | 50 ÷ 5000 means (0.5% ÷ 50.00%) · Percentage of rated 3phase active power run hour meter | uint16 | 0.01 | % | R/W | |
| 0x2006 (8198) | holding | 0: Voltages, 1 Power · Run hour meter active on | uint16 | R/W | |||
| 0x2009 (8201) | holding | 0: 0% 1: 35% 2: 70% 3: 100% · Backlight intensity | uint16 | R/W | |||
| 0x200B (8203) | holding | 0: 5min 1: 8min 2: 10min 3: 15min 4: 20min 5: 30min 6: 60min · Power Averaging time | uint16 | R/W | |||
| 0x200C (8204) | holding | 0: 3N-3E 1: 3-3E 2: 3-2E 3: 1N-1E 4: 3N-1E 5: 3-1E · Insertion type | uint16 | R/W | |||
| 0x200D (8205) | holding | 0:V1 1:V12 2:I1 3:In 4:P 5:Q 6:S 7:P1 8:Q1 9:S1 10:PF 3-phase · Measure on line 1 of custom page | uint16 | R/W | |||
| 0x200E (8206) | holding | 0:V2 1:V23 2:I2 3:P 4:Q 5:S 6:P2 7:Q2 8:S2 9:Freq 10:I1 · Measure on line 2 of custom page | uint16 | R/W | |||
| 0x200F (8207) | holding | 0:V3 1:V31 2:I3 3:P 4:Q 5:S 6:P3 7:Q3 8:S3 9:P1 10:I1 · Measure on line 3 of custom page | uint16 | R/W | |||
| 0x2201 (8705) | holding | write 24 byte at once · Output option Setup parameters | uint16 ×24 | R/W | |||
| 0x220B (8715) | holding | 0: Pulse out 1: Alarm out 2: Dual stable Remote command 3: Timed Remote command · W10 Output type | uint16 | R/W | |||
| 0x220C (8716) | holding | 0: 50 ms 1: 100 ms 2: 200 ms 3: 300 ms 4: 400 ms 5: 500ms · W11 Pulse duration | uint16 | R/W | |||
| 0x220D (8717) | holding | 0: 0.01 kWh 1: 0.10 kWh 2: 1.00 kWh 3: 10.0 kWh 4: 0.10 MWh 5: 1.00 MWh 6: 10.0 MWh · W12 Pulse weight | uint16 | R/W | |||
| 0x220E (8718) | holding | 0: Active Energy 1: Reactive Energy · W13 Pulse active on | uint16 | R/W | |||
| 0x220F (8719) | holding | if Output type = Timed Remote command · W14 Alarm deactivation delay or Relay closing time | uint16 | s | R/W | ||
| 0x2210 (8720) | holding | W15 Alarm activation delay | uint16 | s | R/W | ||
| 0x2211 (8721) | holding | W16 Hysteresis | uint16 | % | R/W | ||
| 0x2212 (8722) | holding | 0: NO 1: NC · W17 Relay (NO/NC) | uint16 | R/W | |||
| 0x2213 (8723) | holding | 0: Min 1: Max · W18 Alarm on Min Value or Max Value | uint16 | R/W | |||
| 0x2214 (8724) | holding | W19 Alarm setpoint | uint16 | R/W | |||
| 0x2215 (8725) | holding | W20 | uint16 | R/W | |||
| 0x2216 (8726) | holding | 0: X.XXX 1: XX.XX 2: XXX.X 3: X.XXX k 4: XX.XX k 5: XXX.X k 6: X.XXX M 7: XX.XX M 8: XXX.X M · W21 Unit of setpoint | uint16 | R/W | |||
| 0x2217 (8727) | holding | 0: '+' 1: '-' · W22 Sign of Alarm setpoint | uint16 | R/W | |||
| 0x2218 (8728) | holding | 0:V1 1:V2 2:V3 3:V12 4:V23 5:V31 6:I1 7:I2 8:I3 9:Freq 10:Active Power 11:Reactive Power · W23 Type of measure | uint16 | R/W | |||
| 0x2401 (9217) | holding | See Note 1 · Reset parameters | uint16 | R/W | |||
| 0x2601 (9729) | holding | See Note 2 · Saving parameters | uint16 | R/W | |||
| 0x2701 (9985) | holding | See Note 2 & Note 3 · Enable writing | uint16 | R/W | |||
| 0x2801 (10241) | holding | See Note 3 · Restore default parameters | uint16 | R/W |
Datasheets