schneider Sepam S40
Sepam S40
Importata da documento
| Len | Scala | Endian | ||||||||
|---|---|---|---|---|---|---|---|---|---|---|
| 2 | Binary time (year) Scrivere in blocco di 4 parole (0002-0005) con FC16. Formato definito nel capitolo 'Time-tagging of events' del manuale originale, non trascritto in questa estrazione. | binary_time_year | 3 | uint16 | 1 | 1 | — | R/W | — | |
| 3 | Binary time (months + days) Formato definito nel capitolo 'Time-tagging of events', non trascritto. | binary_time_months_days | 3 | uint16 | 1 | 1 | — | R | — | |
| 4 | Binary time (hours + minutes) Formato definito nel capitolo 'Time-tagging of events', non trascritto. | binary_time_hours_minutes | 3 | uint16 | 1 | 1 | — | R | — | |
| 5 | Binary time (milliseconds) Formato definito nel capitolo 'Time-tagging of events', non trascritto. | binary_time_milliseconds | 3 | uint16 | 1 | 1 | — | R | — | |
| 6 | Manufacturer identification Valore fisso 0100h. | manufacturer_identification | 3 | uint16 | 1 | 1 | — | R | — | |
| 7 | Equipment identification Valore fisso 0. | equipment_identification | 3 | uint16 | 1 | 1 | — | R | — | |
| 8 | Marking + equipment type Duplica il valore del registro 02E2 (zona Configuration). | marking_equipment_type | 3 | uint16 | 1 | 1 | — | R | — | |
| 9 | Modbus version Non gestito (valore fisso 0). | modbus_version | 3 | uint16 | 1 | 1 | — | R | — | |
| 10 | Application version DIM=2 (000A/000B). MSB parola 2 = indice maggiore, LSB parola 2 = indice minore. | application_version | 3 | uint32 | 2 | 1 | — | R | — | |
| 12 | Sepam check-word (idem 0100) Duplica il valore del registro 0100 (Sepam check-word, formato X, vedi zona Status). | sepam_check_word_idem_0100 | 3 | bitfield | 1 | 1 | — | R | — | |
| 13 | Extension word Non gestito (valore fisso 0). | extension_word | 3 | uint16 | 1 | 1 | — | R | — | |
| 14 | Command Non gestito, inizializzato a 0. | command | 3 | uint16 | 1 | 1 | — | R/W | — | |
| 15 | Extension address Valore fisso 02CCh (indirizzo della zona Configuration). | extension_address | 3 | uint16 | 1 | 1 | — | R | — | |
| 64 | Event zone 1 - Exchange word Lettura in blocco di 33 parole (0040-0060) con FC3, scrittura della sola parola di scambio con FC6/16. | event_zone_1_exchange_word | 3 | uint16 | 1 | 1 | — | R/W | — | |
| 65 | Event zone 1 - Event n.1 DIM=8. Formato del singolo evento con marcatura temporale definito nel capitolo 'Time-tagging of events' del manuale originale, non trascritto in questa estrazione. | event_zone_1_event_n_1 | 3 | string | — | 1 | — | R | — | |
| 73 | Event zone 1 - Event n.2 DIM=8. Formato del singolo evento con marcatura temporale definito nel capitolo 'Time-tagging of events' del manuale originale, non trascritto in questa estrazione. | event_zone_1_event_n_2 | 3 | string | — | 1 | — | R | — | |
| 81 | Event zone 1 - Event n.3 DIM=8. Formato del singolo evento con marcatura temporale definito nel capitolo 'Time-tagging of events' del manuale originale, non trascritto in questa estrazione. | event_zone_1_event_n_3 | 3 | string | — | 1 | — | R | — | |
| 89 | Event zone 1 - Event n.4 DIM=8. Formato del singolo evento con marcatura temporale definito nel capitolo 'Time-tagging of events' del manuale originale, non trascritto in questa estrazione. | event_zone_1_event_n_4 | 3 | string | — | 1 | — | R | — | |
| 112 | Event zone 2 - Exchange word Lettura in blocco di 33 parole (0070-0090) con FC3, scrittura della sola parola di scambio con FC6/16. | event_zone_2_exchange_word | 3 | uint16 | 1 | 1 | — | R/W | — | |
| 113 | Event zone 2 - Event n.1 DIM=8. Stesso formato di Event zone 1, non trascritto in questa estrazione. | event_zone_2_event_n_1 | 3 | string | — | 1 | — | R | — | |
| 121 | Event zone 2 - Event n.2 DIM=8. Stesso formato di Event zone 1, non trascritto in questa estrazione. | event_zone_2_event_n_2 | 3 | string | — | 1 | — | R | — | |
| 129 | Event zone 2 - Event n.3 DIM=8. Stesso formato di Event zone 1, non trascritto in questa estrazione. | event_zone_2_event_n_3 | 3 | string | — | 1 | — | R | — | |
| 137 | Event zone 2 - Event n.4 DIM=8. Stesso formato di Event zone 1, non trascritto in questa estrazione. | event_zone_2_event_n_4 | 3 | string | — | 1 | — | R | — | |
| 240 | TC1-TC16 Ordini di telecomando (formato B), leggibile/scrivibile a parola (FC3/4/6/16) o a singolo bit (FC1/2/5/15, indirizzo bit 0F00-0F0F). bit0=Tripping; bit1=Closing; bit2=Switching to setting group A; bit3=Switching to setting group B; bit4=Sepam reset; bit5=Peak demand current zero reset; bit6=Inhibit thermal protection; bit7=Inhibit disturbance recording triggering; bit8=Confirm disturbance recording triggering; bit9=Manual disturbance recording triggering; bit10=Enable recloser; bit11=Disable recloser; bit12=Confirm thermal protection; bit13=Reset undercurrent protection; bit14=S-LAN communication monitoring; bit15=S-LAN communication monitoring inhibition. Applicabilita' per singolo modello Sepam (S40/S41/.../T52) non riportata: varia per bit, vedi manuale originale tabella pag.174. | tc1_tc16 | 3 | bitfield | 1 | 1 | — | R/W | — | |
| 241 | STC1-STC16 Bit di selezione (modalita' SBO - select before operate) corrispondenti 1:1 ai bit di TC1-TC16 (registro 00F0). Formato B, indirizzo bit 0F10-0F1F. | stc1_stc16 | 3 | bitfield | 1 | 1 | — | R/W | — | |
| 242 | TC17-TC32 Formato B, indirizzo bit 0F20-0F2F. bit0=Inhibit TS126 (Inductive) and TS127 (Capacitive); bit1=Confirm TS126 (Inductive) and TS127 (Capacitive); bit2..bit15=Reserved. TC19-TC32: Reserved (dato dal documento come riga unica "19-32 Reserved"). | tc17_tc32 | 3 | bitfield | 1 | 1 | — | R/W | — | |
| 243 | STC17-STC32 Bit di selezione (modalita' SBO) corrispondenti 1:1 ai bit di TC17-TC32 (registro 00F2). Formato B, indirizzo bit 0F30-0F3F. | stc17_stc32 | 3 | bitfield | 1 | 1 | — | R/W | — | |
| 256 | Sepam check-word Formato X. bit15=evento presente in zona eventi 1; bit14=Sepam in stato "data loss" zona eventi 1; bit13=Sepam non sincrono; bit12=Sepam ora non corretta; bit11=eventi presenti in zona eventi 2; bit10=Sepam in stato "data loss" zona eventi 2; bit9=guasto maggiore Sepam; bit8=guasto parziale Sepam; bit7=gruppo di impostazioni A in servizio; bit6=gruppo di impostazioni B in servizio; bit1=Sepam in modalita' impostazione locale; bit0,2,3,4,5=riservati. I cambi di stato dei bit 1,6,7,8,10,12,13,14 generano un evento con marcatura temporale. | sepam_check_word | 3 | bitfield | 1 | 1 | — | R | — | |
| 257 | TS1-TS16 Formato B, word 0101, indirizzo bit 1010-101f. bit0=Protection 50/51 unit 1; bit1=Protection 50/51 unit 2; bit2=Protection 50/51 unit 3; bit3=Protection 50/51 unit 4; bit4=Protection 50N/51N unit 1; bit5=Protection 50N/51N unit 2; bit6=Protection 50N/51N unit 3; bit7=Protection 50N/51N unit 4; bit8=Protection 49 RMS alarm set point; bit9=Protection 49 RMS tripping set point; bit10=Protection 37; bit11=Protection 46 unit 1; bit12=Protection 46 unit 2; bit13=Protection 48/51LR/14 (locked rotor); bit14=Protection 48/51LR/14 (rotor locking on start); bit15=Protection 48/51LR/14 (excessive starting time). Applicabilita' per singolo modello Sepam non riportata: dato non ricostruibile con certezza dall'estrazione del documento (vedi nota di testa dello script). | ts1_ts16 | 3 | bitfield | 1 | 1 | — | R | — | |
| 258 | TS17-TS32 Formato B, word 0102, indirizzo bit 1020-102f. bit0=Protection 27D unit 1; bit1=Protection 27D unit 2; bit2=Protection 27/27S unit 1; bit3=Protection 27/27S unit 2; bit4=Protection 27R; bit5=Protection 59 unit 1; bit6=Protection 59 unit 2; bit7=Protection 59N unit 1; bit8=Protection 59N unit 2; bit9=Protection 81H unit 1; bit10=Protection 81H unit 2; bit11=Protection 81L unit 1; bit12=Protection 81L unit 2; bit13=Protection 81L unit 3; bit14=Protection 81L unit 4; bit15=Protection 66. Applicabilita' per singolo modello Sepam non riportata: dato non ricostruibile con certezza dall'estrazione del documento (vedi nota di testa dello script). | ts17_ts32 | 3 | bitfield | 1 | 1 | — | R | — | |
| 259 | TS33-TS48 Formato B, word 0103, indirizzo bit 1030-103f. bit0=Protection 67 unit 1; bit1=Protection 67 unit 2; bit2=Protection 67N unit 1; bit3=Protection 67N unit 2; bit4=Protection 47; bit5=Protection 32P; bit6=Protection 50BF; bit7=Protection 32Q; bit8=Protection 51V; bit9=TC fault; bit10=TP Phase fault; bit11=TP V0 fault; bit12=Reserved; bit13=Reserved; bit14=Reserved; bit15=Reserved. Applicabilita' per singolo modello Sepam non riportata: dato non ricostruibile con certezza dall'estrazione del documento (vedi nota di testa dello script). | ts33_ts48 | 3 | bitfield | 1 | 1 | — | R | — | |
| 260 | TS49-TS64 Formato B, word 0104, indirizzo bit 1040-104f. bit0=Reserved; bit1=Reserved; bit2=Reserved; bit3=Reserved; bit4=Reserved; bit5=Reserved; bit6=Reserved; bit7=Reserved; bit8=Reserved; bit9=Reserved; bit10=Reserved; bit11=Reserved; bit12=Reserved; bit13=Reserved; bit14=Reserved; bit15=Reserved. Applicabilita' per singolo modello Sepam non riportata: dato non ricostruibile con certezza dall'estrazione del documento (vedi nota di testa dello script). | ts49_ts64 | 3 | bitfield | 1 | 1 | — | R | — | |
| 261 | TS65-TS80 Formato B, word 0105, indirizzo bit 1050-105f. bit0=Protection 38/49T module 1 alarm set point sensor 1; bit1=Protection 38/49T module 1 tripping set point sensor 1; bit2=Protection 38/49T module 1 alarm set point sensor 2; bit3=Protection 38/49T module 1 tripping set point sensor 2; bit4=Protection 38/49T module 1 alarm set point sensor 3; bit5=Protection 38/49T module 1 tripping set point sensor 3; bit6=Protection 38/49T module 1 alarm set point sensor 4; bit7=Protection 38/49T module 1 tripping set point sensor 4; bit8=Protection 38/49T module 1 alarm set point sensor 5; bit9=Protection 38/49T module 1 tripping set point sensor 5; bit10=Protection 38/49T module 1 alarm set point sensor 6; bit11=Protection 38/49T module 1 tripping set point sensor 6; bit12=Protection 38/49T module 1 alarm set point sensor 7; bit13=Protection 38/49T module 1 tripping set point sensor 7; bit14=Protection 38/49T module 1 alarm set point sensor 8; bit15=Protection 38/49T module 1 tripping set point sensor 8. Applicabilita' per singolo modello Sepam non riportata: dato non ricostruibile con certezza dall'estrazione del documento (vedi nota di testa dello script). | ts65_ts80 | 3 | bitfield | 1 | 1 | — | R | — | |
| 262 | TS81-TS96 Formato B, word 0106, indirizzo bit 1060-106f. bit0=Protection 38/49T module 2 alarm set point sensor 1; bit1=Protection 38/49T module 2 tripping set point sensor 1; bit2=Protection 38/49T module 2 alarm set point sensor 2; bit3=Protection 38/49T module 2 tripping set point sensor 2; bit4=Protection 38/49T module 2 alarm set point sensor 3; bit5=Protection 38/49T module 2 tripping set point sensor 3; bit6=Protection 38/49T module 2 alarm set point sensor 4; bit7=Protection 38/49T module 2 tripping set point sensor 4; bit8=Protection 38/49T module 2 alarm set point sensor 5; bit9=Protection 38/49T module 2 tripping set point sensor 5; bit10=Protection 38/49T module 2 alarm set point sensor 6; bit11=Protection 38/49T module 2 tripping set point sensor 6; bit12=Protection 38/49T module 2 alarm set point sensor 7; bit13=Protection 38/49T module 2 tripping set point sensor 7; bit14=Protection 38/49T module 2 alarm set point sensor 8; bit15=Protection 38/49T module 2 tripping set point sensor 8. Applicabilita' per singolo modello Sepam non riportata: dato non ricostruibile con certezza dall'estrazione del documento (vedi nota di testa dello script). | ts81_ts96 | 3 | bitfield | 1 | 1 | — | R | — | |
| 263 | TS97-TS112 Formato B, word 0107, indirizzo bit 1070-107f. bit0=Recloser in service; bit1=Recloser in progress; bit2=Recloser final trip; bit3=Recloser successful reclosing; bit4=Send blocking input 1; bit5=Remote setting inhibited; bit6=Remote control inhibited; bit7=Sepam not reset after fault; bit8=TC/ position discrepancy; bit9=Matching fault or Trip Circuit Supervision; bit10=Disturbance recording stored; bit11=Control fault; bit12=Disturbance recording inhibited; bit13=Thermal protection inhibited; bit14=MET148-1 module sensor fault; bit15=MET148-2 module sensor fault. Applicabilita' per singolo modello Sepam non riportata: dato non ricostruibile con certezza dall'estrazione del documento (vedi nota di testa dello script). | ts97_ts112 | 3 | bitfield | 1 | 1 | — | R | — | |
| 264 | TS113-TS128 Formato B, word 0108, indirizzo bit 1080-108f. bit0=Thermistor tripping; bit1=Thermistor alarm; bit2=External tripping 1; bit3=External tripping 2; bit4=External tripping 3; bit5=Buchholz tripping; bit6=Thermostat tripping; bit7=Pressure tripping; bit8=Buchholz alarm; bit9=Thermostat alarm; bit10=Pressure alarm; bit11=SF6 alarm; bit12=Recloser ready; bit13=Inductive (TC17 puo' inibire questo TS); bit14=Capacitive (TC17 puo' inibire questo TS); bit15=Phase inverse rotation. Applicabilita' per singolo modello Sepam non riportata: dato non ricostruibile con certezza dall'estrazione del documento (vedi nota di testa dello script). | ts113_ts128 | 3 | bitfield | 1 | 1 | — | R | — | |
| 265 | TS129-TS144 Formato B, word 0109, indirizzo bit 1090-109f. bit0=Send blocking input 2; bit1=Tripping due to protection; bit2=S-LAN communication monitoring enabled; bit3=46BC protection (solo applicazioni S5X e T5X); bit4=Reserved; bit5=Reserved; bit6=Reserved; bit7=Reserved; bit8=Reserved; bit9=Reserved; bit10=Reserved; bit11=Reserved; bit12=Reserved; bit13=Reserved; bit14=Reserved; bit15=Reserved. Applicabilita' per singolo modello Sepam non riportata: dato non ricostruibile con certezza dall'estrazione del documento (vedi nota di testa dello script). | ts129_ts144 | 3 | bitfield | 1 | 1 | — | R | — | |
| 267 | Logic inputs status bit0=I11, bit1=I12, bit2=I13, bit3=I14, bit4=I21, bit5=I22, bit6=I23, bit7=I24, bit8=I25, bit9=I26, bit10..15=riservati. Mappatura bit da verificare manualmente sul PDF originale pag.165 (allineamento colonne ambiguo nell'estrazione testo). | logic_inputs_status | 3 | bitfield | 1 | 1 | — | R | — | |
| 268 | Logic equation bits status bit0=V1...bit7=V8, bit8=V9, bit9=V10, bit10=V_TRIPCB, bit11=V_CLOSECB, bit12=V_INHIBCLOSE, bit13=V_FLAGREC, bit14-15=riservati. | logic_equation_bits_status | 3 | bitfield | 1 | 1 | — | R | — | |
| 269 | Logic outputs status bit0=O1, bit1=O2, bit2=O3, bit3=O4, bit4=O11, bit5=O12, bit6=O13, bit7=O14, bit8-15=riservati. | logic_outputs_status | 3 | bitfield | 1 | 1 | — | R | — | |
| 270 | LED status bit0=LD (led rossa, Sepam non disponibile), bit1=L1...bit9=L9, bit10-15=riservati. | led_status | 3 | bitfield | 1 | 1 | — | R | — | |
| 271 | Analog output Formato 16S. Controllo remoto dell'uscita analogica del modulo MSA141; range utile definito dai parametri 'min. value'/'max. value' dell'uscita analogica. Non influenzato dall'inibizione dei telecomandi. | analog_output | 3 | int16 | 1 | 1 | — | R/W | — | |
| 275 | Phase current I1 (x1) | phase_current_i1_x1 | 3 | uint16 | 1 | 10 | A | R | — | |
| 276 | Phase current I2 (x1) | phase_current_i2_x1 | 3 | uint16 | 1 | 10 | A | R | — | |
| 277 | Phase current I3 (x1) | phase_current_i3_x1 | 3 | uint16 | 1 | 10 | A | R | — | |
| 278 | Residual current I0 Sum (x1) | residual_current_i0_sum_x1 | 3 | uint16 | 1 | 10 | A | R | — | |
| 279 | Residual current measured (x1) | residual_current_measured_x1 | 3 | uint16 | 1 | 10 | A | R | — | |
| 280 | Average phase current Im1 (x1) | average_phase_current_im1_x1 | 3 | uint16 | 1 | 10 | A | R | — | |
| 281 | Average phase current Im2 (x1) | average_phase_current_im2_x1 | 3 | uint16 | 1 | 10 | A | R | — | |
| 282 | Average phase current Im3 (x1) | average_phase_current_im3_x1 | 3 | uint16 | 1 | 10 | A | R | — | |
| 283 | Peak demand phase current IM1 (x1) | peak_demand_phase_current_im1_x1 | 3 | uint16 | 1 | 10 | A | R | — | |
| 284 | Peak demand phase current IM2 (x1) | peak_demand_phase_current_im2_x1 | 3 | uint16 | 1 | 10 | A | R | — | |
| 285 | Peak demand phase current IM3 (x1) | peak_demand_phase_current_im3_x1 | 3 | uint16 | 1 | 10 | A | R | — | |
| 286 | Phase-to-phase voltage U21 (x1) | phase_to_phase_voltage_u21_x1 | 3 | uint16 | 1 | 1 | V | R | — | |
| 287 | Phase-to-phase voltage U32 (x1) | phase_to_phase_voltage_u32_x1 | 3 | uint16 | 1 | 1 | V | R | — | |
| 288 | Phase-to-phase voltage U13 (x1) | phase_to_phase_voltage_u13_x1 | 3 | uint16 | 1 | 1 | V | R | — | |
| 289 | Phase-to-neutral voltage V1 (x1) | phase_to_neutral_voltage_v1_x1 | 3 | uint16 | 1 | 1 | V | R | — | |
| 290 | Phase-to-neutral voltage V2 (x1) | phase_to_neutral_voltage_v2_x1 | 3 | uint16 | 1 | 1 | V | R | — | |
| 291 | Phase-to-neutral voltage V3 (x1) | phase_to_neutral_voltage_v3_x1 | 3 | uint16 | 1 | 1 | V | R | — | |
| 292 | Residual voltage V0 (x1) | residual_voltage_v0_x1 | 3 | uint16 | 1 | 1 | V | R | — | |
| 293 | Positive sequence voltage Vd (x1) | positive_sequence_voltage_vd_x1 | 3 | uint16 | 1 | 1 | V | R | — | |
| 294 | Negative sequence voltage Vi (x1) | negative_sequence_voltage_vi_x1 | 3 | uint16 | 1 | 1 | V | R | — | |
| 295 | Frequency | frequency | 3 | uint16 | 1 | 100 | Hz | R | — | |
| 296 | Active power P (x1) | active_power_p_x1 | 3 | int16 | 1 | 1 | kW | R | — | |
| 297 | Reactive power Q (x1) | reactive_power_q_x1 | 3 | int16 | 1 | 1 | kvar | R | — | |
| 298 | Apparent power S (x1) | apparent_power_s_x1 | 3 | int16 | 1 | 1 | kVA | R | — | |
| 299 | Peak demand active power Pm (x1) | peak_demand_active_power_pm_x1 | 3 | int16 | 1 | 1 | kW | R | — | |
| 300 | Peak demand reactive power Qm (x1) | peak_demand_reactive_power_qm_x1 | 3 | int16 | 1 | 1 | kvar | R | — | |
| 301 | Power factor cos phi | power_factor_cos_phi | 3 | int16 | 1 | 100 | — | R | — | |
| 302 | Positive active energy Ea+ (x1) | positive_active_energy_ea_x1 | 3 | uint32 | 2 | 0.01 | kWh | R | — | |
| 304 | Negative active energy Ea- (x1) | negative_active_energy_ea_x1 | 3 | uint32 | 2 | 0.01 | kWh | R | — | |
| 306 | Positive reactive energy Er+ (x1) | positive_reactive_energy_er_x1 | 3 | uint32 | 2 | 0.01 | kvarh | R | — | |
| 308 | Negative reactive energy Er- (x1) | negative_reactive_energy_er_x1 | 3 | uint32 | 2 | 0.01 | kvarh | R | — | |
| 310 | Phase current I1 (x10) | phase_current_i1_x10 | 3 | uint16 | 1 | 1 | A | R | — | |
| 311 | Phase current I2 (x10) | phase_current_i2_x10 | 3 | uint16 | 1 | 1 | A | R | — | |
| 312 | Phase current I3 (x10) | phase_current_i3_x10 | 3 | uint16 | 1 | 1 | A | R | — | |
| 313 | Residual current I0 Sum (x10) | residual_current_i0_sum_x10 | 3 | uint16 | 1 | 1 | A | R | — | |
| 314 | Residual current measured (x10) | residual_current_measured_x10 | 3 | uint16 | 1 | 1 | A | R | — | |
| 315 | Average phase current Im1 (x10) | average_phase_current_im1_x10 | 3 | uint16 | 1 | 1 | A | R | — | |
| 316 | Average phase current Im2 (x10) | average_phase_current_im2_x10 | 3 | uint16 | 1 | 1 | A | R | — | |
| 317 | Average phase current Im3 (x10) | average_phase_current_im3_x10 | 3 | uint16 | 1 | 1 | A | R | — | |
| 318 | Peak demand phase current IM1 (x10) | peak_demand_phase_current_im1_x10 | 3 | uint16 | 1 | 1 | A | R | — | |
| 319 | Peak demand phase current IM2 (x10) | peak_demand_phase_current_im2_x10 | 3 | uint16 | 1 | 1 | A | R | — | |
| 320 | Peak demand phase current IM3 (x10) | peak_demand_phase_current_im3_x10 | 3 | uint16 | 1 | 1 | A | R | — | |
| 321 | Phase-to-phase voltage U21 (x10) | phase_to_phase_voltage_u21_x10 | 3 | uint16 | 1 | 0.1 | V | R | — | |
| 322 | Phase-to-phase voltage U32 (x10) | phase_to_phase_voltage_u32_x10 | 3 | uint16 | 1 | 0.1 | V | R | — | |
| 323 | Phase-to-phase voltage U13 (x10) | phase_to_phase_voltage_u13_x10 | 3 | uint16 | 1 | 0.1 | V | R | — | |
| 324 | Phase-to-neutral voltage V1 (x10) | phase_to_neutral_voltage_v1_x10 | 3 | uint16 | 1 | 0.1 | V | R | — | |
| 325 | Phase-to-neutral voltage V2 (x10) | phase_to_neutral_voltage_v2_x10 | 3 | uint16 | 1 | 0.1 | V | R | — | |
| 326 | Phase-to-neutral voltage V3 (x10) | phase_to_neutral_voltage_v3_x10 | 3 | uint16 | 1 | 0.1 | V | R | — | |
| 327 | Residual voltage V0 (x10) | residual_voltage_v0_x10 | 3 | uint16 | 1 | 0.1 | V | R | — | |
| 328 | Positive sequence voltage Vd (x10) | positive_sequence_voltage_vd_x10 | 3 | uint16 | 1 | 0.1 | V | R | — | |
| 329 | Negative sequence voltage Vi (x10) | negative_sequence_voltage_vi_x10 | 3 | uint16 | 1 | 0.1 | V | R | — | |
| 330 | Frequency (x10) | frequency_x10 | 3 | uint16 | 1 | 100 | Hz | R | — | |
| 331 | Active power P (x100) | active_power_p_x100 | 3 | int16 | 1 | 0.01 | kW | R | — | |
| 332 | Reactive power Q (x100) | reactive_power_q_x100 | 3 | int16 | 1 | 0.01 | kvar | R | — | |
| 333 | Apparent power S (x100) | apparent_power_s_x100 | 3 | int16 | 1 | 0.01 | kVA | R | — | |
| 334 | Peak demand active power Pm (x100) | peak_demand_active_power_pm_x100 | 3 | int16 | 1 | 0.01 | kW | R | — | |
| 335 | Peak demand reactive power Qm (x100) | peak_demand_reactive_power_qm_x100 | 3 | int16 | 1 | 0.01 | kvar | R | — | |
| 336 | Power factor cos phi (x10) | power_factor_cos_phi_x10 | 3 | int16 | 1 | 100 | — | R | — | |
| 337 | Positive active energy Ea+ (x1) [x10 zone] | positive_active_energy_ea_x1_x10_zone | 3 | uint32 | 2 | 0.01 | kWh | R | — | |
| 339 | Negative active energy Ea- (x1) [x10 zone] Nome campo parzialmente in francese nell'estrazione originale ('Energie active negative'); interpretato come 'Negative active energy' per coerenza con la zona x1. | negative_active_energy_ea_x1_x10_zone | 3 | uint32 | 2 | 0.01 | kWh | R | — | |
| 341 | Positive reactive energy Er+ (x1) [x10 zone] | positive_reactive_energy_er_x1_x10_zone | 3 | uint32 | 2 | 0.01 | kvarh | R | — | |
| 343 | Negative reactive energy Er- (x1) [x10 zone] | negative_reactive_energy_er_x1_x10_zone | 3 | uint32 | 2 | 0.01 | kvarh | R | — | |
| 345 | Peak demand Ii/Id Colonna Access estratta come 'L', quasi certamente refuso di estrazione per 'R' (Read): verificare sul PDF originale pag.167. | peak_demand_ii_id | 3 | uint16 | 1 | 1 | % | R | — | |
| 346 | Last tripping current Itrip1 | last_tripping_current_itrip1 | 3 | uint16 | 1 | 0.1 | A | R | — | |
| 347 | Last tripping current Itrip2 | last_tripping_current_itrip2 | 3 | uint16 | 1 | 0.1 | A | R | — | |
| 348 | Last tripping current Itrip3 | last_tripping_current_itrip3 | 3 | uint16 | 1 | 0.1 | A | R | — | |
| 350 | Cumulative breaking current | cumulative_breaking_current | 3 | uint16 | 1 | 1 | kA^2 | R | — | |
| 351 | Number of operations | number_of_operations | 3 | uint16 | 1 | 1 | — | R | — | |
| 352 | Operating time | operating_time | 3 | uint16 | 1 | 1 | ms | R | — | |
| 353 | Charging time | charging_time | 3 | uint16 | 1 | 1 | ms | R | — | |
| 354 | Running hours counter / operation time | running_hours_counter_operation_time | 3 | uint16 | 1 | 1 | h | R | — | |
| 356 | Thermal capacity used | thermal_capacity_used | 3 | uint16 | 1 | 1 | % | R | — | |
| 357 | Time before tripping | time_before_tripping | 3 | uint16 | 1 | 1 | min | R | — | |
| 358 | Time before closing | time_before_closing | 3 | uint16 | 1 | 1 | min | R | — | |
| 359 | Negative sequence / unbalance | negative_sequence_unbalance | 3 | uint16 | 1 | 1 | % Ib | R | — | |
| 360 | Starting time / overload | starting_time_overload | 3 | uint16 | 1 | 10 | s | R | — | |
| 361 | Starting current / overload | starting_current_overload | 3 | uint16 | 1 | 1 | A | R | — | |
| 362 | Start inhibit time delay | start_inhibit_time_delay | 3 | uint16 | 1 | 1 | min | R | — | |
| 363 | Number of starts allowed | number_of_starts_allowed | 3 | uint16 | 1 | 1 | — | R | — | |
| 364 | Temperature 1 | temperature_1 | 3 | int16 | 1 | 1 | °C | R | — | |
| 365 | Temperature 2 | temperature_2 | 3 | int16 | 1 | 1 | °C | R | — | |
| 366 | Temperature 3 | temperature_3 | 3 | int16 | 1 | 1 | °C | R | — | |
| 367 | Temperature 4 | temperature_4 | 3 | int16 | 1 | 1 | °C | R | — | |
| 368 | Temperature 5 | temperature_5 | 3 | int16 | 1 | 1 | °C | R | — | |
| 369 | Temperature 6 | temperature_6 | 3 | int16 | 1 | 1 | °C | R | — | |
| 370 | Temperature 7 | temperature_7 | 3 | int16 | 1 | 1 | °C | R | — | |
| 371 | Temperature 8 | temperature_8 | 3 | int16 | 1 | 1 | °C | R | — | |
| 372 | Temperature 9 | temperature_9 | 3 | int16 | 1 | 1 | °C | R | — | |
| 373 | Temperature 10 | temperature_10 | 3 | int16 | 1 | 1 | °C | R | — | |
| 374 | Temperature 11 | temperature_11 | 3 | int16 | 1 | 1 | °C | R | — | |
| 375 | Temperature 12 | temperature_12 | 3 | int16 | 1 | 1 | °C | R | — | |
| 376 | Temperature 13 | temperature_13 | 3 | int16 | 1 | 1 | °C | R | — | |
| 377 | Temperature 14 | temperature_14 | 3 | int16 | 1 | 1 | °C | R | — | |
| 378 | Temperature 15 | temperature_15 | 3 | int16 | 1 | 1 | °C | R | — | |
| 379 | Temperature 16 | temperature_16 | 3 | int16 | 1 | 1 | °C | R | — | |
| 380 | External positive active energy Ea+ ext | external_positive_active_energy_ea_ext | 3 | uint32 | 2 | 0.01 | kWh | R | — | |
| 382 | External negative active energy Ea- ext | external_negative_active_energy_ea_ext | 3 | uint32 | 2 | 0.01 | kWh | R | — | |
| 384 | External positive reactive energy Er+ ext | external_positive_reactive_energy_er_ext | 3 | uint32 | 2 | 0.01 | kvarh | R | — | |
| 386 | External negative reactive energy Er- ext | external_negative_reactive_energy_er_ext | 3 | uint32 | 2 | 0.01 | kvarh | R | — | |
| 388 | Learnt cooling time constant T2 (49 RMS) thermal rate 1 | learnt_cooling_time_constant_t2_49_rms_thermal_rate_1 | 3 | uint16 | 1 | 1 | min | R | — | |
| 389 | Learnt cooling time constant T2 (49 RMS) thermal rate 2 | learnt_cooling_time_constant_t2_49_rms_thermal_rate_2 | 3 | uint16 | 1 | 1 | min | R | — | |
| 416 | Phase displacement phi0-Sigma Colonna Access estratta come 'L', quasi certamente refuso di estrazione per 'R' (Read): verificare sul PDF originale pag.168. | phase_displacement_phi0_sigma | 3 | int32 | 2 | 1 | ° | R | — | |
| 418 | Phase displacement phi0 Colonna Access estratta come 'L', quasi certamente refuso di estrazione per 'R' (Read): verificare sul PDF originale pag.168. | phase_displacement_phi0 | 3 | int32 | 2 | 1 | ° | R | — | |
| 420 | Phase displacement phi1 Colonna Access estratta come 'L', quasi certamente refuso di estrazione per 'R' (Read): verificare sul PDF originale pag.168. | phase_displacement_phi1 | 3 | int32 | 2 | 1 | ° | R | — | |
| 422 | Phase displacement phi2 Colonna Access estratta come 'L', quasi certamente refuso di estrazione per 'R' (Read): verificare sul PDF originale pag.168. | phase_displacement_phi2 | 3 | int32 | 2 | 1 | ° | R | — | |
| 424 | Phase displacement phi3 Colonna Access estratta come 'L', quasi certamente refuso di estrazione per 'R' (Read): verificare sul PDF originale pag.168. | phase_displacement_phi3 | 3 | int32 | 2 | 1 | ° | R | — | |
| 592 | Time-tagging of the context DIM=4. Formato 'IEC', definito nel capitolo 'Time-tagging of events', non trascritto in questa estrazione. | time_tagging_of_the_context | 3 | string | — | 1 | — | R | — | |
| 596 | Tripping current Itrip1 | tripping_current_itrip1 | 3 | uint32 | 2 | 10 | A | R | — | |
| 598 | Tripping current Itrip2 | tripping_current_itrip2 | 3 | uint32 | 2 | 10 | A | R | — | |
| 600 | Tripping current Itrip3 | tripping_current_itrip3 | 3 | uint32 | 2 | 10 | A | R | — | |
| 602 | Residual current I0 Sum | residual_current_i0_sum | 3 | uint32 | 2 | 10 | A | R | — | |
| 604 | Residual current I0 measured | residual_current_i0_measured | 3 | uint32 | 2 | 10 | A | R | — | |
| 606 | Phase-to-phase voltage U21 | phase_to_phase_voltage_u21 | 3 | uint32 | 2 | 1 | V | R | — | |
| 608 | Phase-to-phase voltage U32 | phase_to_phase_voltage_u32 | 3 | uint32 | 2 | 1 | V | R | — | |
| 610 | Phase-to-phase voltage U13 | phase_to_phase_voltage_u13 | 3 | uint32 | 2 | 1 | V | R | — | |
| 612 | Phase-to-neutral voltage V1 | phase_to_neutral_voltage_v1 | 3 | uint32 | 2 | 1 | V | R | — | |
| 614 | Phase-to-neutral voltage V2 | phase_to_neutral_voltage_v2 | 3 | uint32 | 2 | 1 | V | R | — | |
| 616 | Phase-to-neutral voltage V3 | phase_to_neutral_voltage_v3 | 3 | uint32 | 2 | 1 | V | R | — | |
| 618 | Residual voltage V0 | residual_voltage_v0 | 3 | uint32 | 2 | 1 | V | R | — | |
| 620 | Positive sequence voltage Vd | positive_sequence_voltage_vd | 3 | uint32 | 2 | 1 | V | R | — | |
| 622 | Negative sequence voltage Vi | negative_sequence_voltage_vi | 3 | uint32 | 2 | 1 | V | R | — | |
| 624 | Frequency (tripping context) | frequency_tripping_context | 3 | uint32 | 2 | 100 | Hz | R | — | |
| 626 | Active power P | active_power_p | 3 | int32 | 2 | 1 | kW | R | — | |
| 628 | Reactive power Q | reactive_power_q | 3 | int32 | 2 | 1 | kvar | R | — | |
| 630 | Negative-sequence current Ii | negative_sequence_current_ii | 3 | uint32 | 2 | 10 | A | R | — | |
| 632 | Positive-sequence current Id | positive_sequence_current_id | 3 | uint32 | 2 | 10 | A | R | — | |
| 634 | Faulty phase(s) bit0=fase guasta 1, bit1=fase guasta 2, bit2=fase guasta 3. | faulty_phase_s | 3 | bitfield | 1 | 1 | — | R | — | |
| 636 | Fault location | fault_location | 3 | uint32 | 2 | 1 | m | R | — | |
| 638 | Fault resistance | fault_resistance | 3 | uint32 | 2 | 1 | mOhm | R | — | |
| 656 | Initial value of cumulative breaking current | initial_value_of_cumulative_breaking_current | 3 | uint32 | 2 | 1 | kA^2 | R | — | |
| 658 | Cumulative breaking current (0 < I < 2 In) | cumulative_breaking_current_0_i_2_in | 3 | uint32 | 2 | 1 | kA^2 | R | — | |
| 660 | Cumulative breaking current (2 In < I < 5 In) | cumulative_breaking_current_2_in_i_5_in | 3 | uint32 | 2 | 1 | kA^2 | R | — | |
| 662 | Cumulative breaking current (5 In < I < 10 In) | cumulative_breaking_current_5_in_i_10_in | 3 | uint32 | 2 | 1 | kA^2 | R | — | |
| 664 | Cumulative breaking current (10 In < I < 40 In) | cumulative_breaking_current_10_in_i_40_in | 3 | uint32 | 2 | 1 | kA^2 | R | — | |
| 666 | Cumulative breaking current (I > 40 In) | cumulative_breaking_current_i_40_in | 3 | uint32 | 2 | 1 | kA^2 | R | — | |
| 668 | Cumulative breaking current (totale) Il nome di questo campo non aveva un qualificatore distintivo nel testo estratto (a differenza delle righe precedenti che specificano una fascia di corrente): interpretato come valore cumulativo totale, da verificare sul PDF originale pag.169. | cumulative_breaking_current_totale | 3 | uint32 | 2 | 1 | kA^2 | R | — | |
| 672 | Number of operations (if MES114) | number_of_operations_if_mes114 | 3 | uint32 | 2 | 1 | — | R | — | |
| 674 | Operating time (with MES114) | operating_time_with_mes114 | 3 | uint32 | 2 | 1 | ms | R | — | |
| 676 | Charging time (with MES114) | charging_time_with_mes114 | 3 | uint32 | 2 | 1 | ms | R | — | |
| 716 | Type of application 40="not configured",41="S40",42="S41",43="S42",44="T40",45="T42",46="M41",47="G40",60="S43",61="S50",62="S51",63="S52",64="T50",65="T52",66="S44",67="M40",68="S54",80="S53". | type_of_application | 3 | uint16 | 1 | 1 | — | R | — | |
| 717 | Name of application DIM=6 (12 caratteri ASCII), es. S40/S41/T42... | name_of_application | 3 | string | — | 1 | — | R | — | |
| 723 | Sepam marking DIM=10 (20 caratteri ASCII). | sepam_marking | 3 | string | — | 1 | — | R | — | |
| 733 | Sepam application version DIM=3 (6 caratteri ASCII). | sepam_application_version | 3 | string | — | 1 | — | R | — | |
| 736 | Modbus address (slave number) for Level2 | modbus_address_slave_number_for_level2 | 3 | uint16 | 1 | 1 | — | R | — | |
| 737 | Modbus address (slave number) for RHM | modbus_address_slave_number_for_rhm | 3 | uint16 | 1 | 1 | — | R | — | |
| 738 | Marking + type of equipment MSB=11h (Sepam serie 40). LSB=configurazione hardware: bit7=selettore Mod.MD(1)/Mod.MX(0); altri bit indicano opzioni installate (Option MD/MX, Extension MET148-2/2, DSM303, MSA141, MET148-2/1, MES114, MES108). Mappatura bit-opzione esatta non chiaramente delimitata nel testo estratto: verificare sul PDF originale pag.169 (tabella nota 3). | marking_type_of_equipment | 3 | bitfield | 1 | 1 | — | R | — | |
| 739 | Type of coupler 0=Modbus. | type_of_coupler | 3 | uint16 | 1 | 1 | — | R | — | |
| 740 | Communication version | communication_version | 3 | string | — | 1 | — | R | — | |
| 741 | MET148-2 n.1 module version DIM=3 (6 caratteri ASCII). | met148_2_n_1_module_version | 3 | string | — | 1 | — | R | — | |
| 744 | MET148-2 n.2 module version DIM=3 (6 caratteri ASCII). | met148_2_n_2_module_version | 3 | string | — | 1 | — | R | — | |
| 747 | MSA141 module version DIM=3 (6 caratteri ASCII). | msa141_module_version | 3 | string | — | 1 | — | R | — | |
| 750 | DSM303 module version DIM=3 (6 caratteri ASCII). | dsm303_module_version | 3 | string | — | 1 | — | R | — | |
| 753 | Name of language DIM=10 (20 caratteri ASCII). | name_of_language | 3 | string | — | 1 | — | R | — | |
| 763 | Customized language version number MSB=indice maggiore, LSB=indice minore. | customized_language_version_number | 3 | uint16 | 1 | 1 | — | R | — | |
| 764 | English language version number MSB=indice maggiore, LSB=indice minore. | english_language_version_number | 3 | uint16 | 1 | 1 | — | R | — | |
| 765 | Boot version number MSB=indice maggiore, LSB=indice minore. | boot_version_number | 3 | uint16 | 1 | 1 | — | R | — | |
| 766 | Extension word (Configuration) bit0=1 se modulo MES114E o MES114F Vac configurato. | extension_word_configuration | 3 | bitfield | 1 | 1 | — | R | — | |
| 3072 | Test zone DIM=16 (0C00-0C0F, bit 0C000-0C0FF). Zona di 16 parole liberamente leggibile/scrivibile per test di comunicazione in fase di messa in servizio. Nessun formato dati specifico, inizializzata a 0. | test_zone | 3 | string | — | 1 | — | R/W | — |
Leggi questi registri via API
curl https://busbabel.vercel.app/api/devices/schneider/sepam-s40/registers?version=v1