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abb REF601/REJ601

REF601/REJ601

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247 registri

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LenScalaEndian
0
Binary Output 1 Status
0=OFF, 1=ON.
binary_output_1_status1boolean11—R—
0
Breaker Open Status
0000=Not Open, 0001=Open.
breaker_open_status2boolean11—R—
0
Breaker Open command
Scrivere 0xFF00 per comandare apertura interruttore.
breaker_open_command5boolean11—W—
0
Fault Record 1 - I1 (tstart-100ms)
Fault Record 1, indirizzi 0-27 (FC4). I Fault Record 2-5 ripetono la stessa struttura a partire rispettivamente dagli indirizzi 28, 56, 84, 112 (offset +28 per record). Valore grezzo, 1In=1000. Formula: Actual Current = (valore * Ipn)/1000 [variante CT, Ipn=corrente primaria TA fase 20..9999] oppure (valore * Ir)/1000 [variante Sensor, Ir=corrente di riferimento del relè].
fault_record_1_i1_tstart_100ms4uint1611—R—
1
Binary Output 2 Status
0=OFF, 1=ON.
binary_output_2_status1boolean11—R—
1
Breaker Close Status
0000=Not Closed, 0001=Closed.
breaker_close_status2boolean11—R—
1
Breaker Close command
Scrivere 0xFF00 per comandare chiusura interruttore.
breaker_close_command5boolean11—W—
1
Fault Record 1 - I2 (tstart-100ms)
Fault Record 1, indirizzi 0-27 (FC4). I Fault Record 2-5 ripetono la stessa struttura a partire rispettivamente dagli indirizzi 28, 56, 84, 112 (offset +28 per record). Valore grezzo, 1In=1000. Formula: Actual Current = (valore * Ipn)/1000 [variante CT, Ipn=corrente primaria TA fase 20..9999] oppure (valore * Ir)/1000 [variante Sensor, Ir=corrente di riferimento del relè].
fault_record_1_i2_tstart_100ms4uint1611—R—
2
Binary Output 3 Status
0=OFF, 1=ON.
binary_output_3_status1boolean11—R—
2
Breaker in Service Status
0000=Not in Service, 0001=In Service. Le porte BI2-BI4 possono essere configurate per indicare lo stato dell'interruttore (open/close/maintenance).
breaker_in_service_status2boolean11—R—
2
Reset of protection command
Scrivere 0xFF00.
reset_of_protection_command5boolean11—W—
2
Fault Record 1 - I3 (tstart-100ms)
Fault Record 1, indirizzi 0-27 (FC4). I Fault Record 2-5 ripetono la stessa struttura a partire rispettivamente dagli indirizzi 28, 56, 84, 112 (offset +28 per record). Valore grezzo, 1In=1000. Formula: Actual Current = (valore * Ipn)/1000 [variante CT, Ipn=corrente primaria TA fase 20..9999] oppure (valore * Ir)/1000 [variante Sensor, Ir=corrente di riferimento del relè].
fault_record_1_i3_tstart_100ms4uint1611—R—
3
Binary Input 1 Status
0=OFF, 1=ON.
binary_input_1_status2boolean11—R—
3
Binary Output 4 Status
0=OFF, 1=ON.
binary_output_4_status1boolean11—R—
3
Remote trip command
Scrivere 0xFF00.
remote_trip_command5boolean11—W—
3
Fault Record 1 - I0 (tstart-100ms)
Fault Record 1, indirizzi 0-27 (FC4). I Fault Record 2-5 ripetono la stessa struttura a partire rispettivamente dagli indirizzi 28, 56, 84, 112 (offset +28 per record). Valore grezzo, 1In=1000. Formula: Actual Current = (valore * Ipn)/1000 [variante CT, Ipn=corrente primaria TA fase 20..9999] oppure (valore * Ir)/1000 [variante Sensor, Ir=corrente di riferimento del relè].
fault_record_1_i0_tstart_100ms4uint1611—R—
4
Binary Input 2 Status
0=OFF, 1=ON.
binary_input_2_status2boolean11—R—
4
Binary Output 5 Status
0=OFF, 1=ON.
binary_output_5_status1boolean11—R—
4
Fault Record 1 - I1 (tstart)
Fault Record 1, indirizzi 0-27 (FC4). I Fault Record 2-5 ripetono la stessa struttura a partire rispettivamente dagli indirizzi 28, 56, 84, 112 (offset +28 per record). Valore grezzo, 1In=1000. Formula: Actual Current = (valore * Ipn)/1000 [variante CT, Ipn=corrente primaria TA fase 20..9999] oppure (valore * Ir)/1000 [variante Sensor, Ir=corrente di riferimento del relè].
fault_record_1_i1_tstart4uint1611—R—
5
Binary Input 3 Status
0=OFF, 1=ON.
binary_input_3_status2boolean11—R—
5
Binary Output 6 Status
0=OFF, 1=ON.
binary_output_6_status1boolean11—R—
5
Fault Record 1 - I2 (tstart)
Fault Record 1, indirizzi 0-27 (FC4). I Fault Record 2-5 ripetono la stessa struttura a partire rispettivamente dagli indirizzi 28, 56, 84, 112 (offset +28 per record). Valore grezzo, 1In=1000. Formula: Actual Current = (valore * Ipn)/1000 [variante CT, Ipn=corrente primaria TA fase 20..9999] oppure (valore * Ir)/1000 [variante Sensor, Ir=corrente di riferimento del relè].
fault_record_1_i2_tstart4uint1611—R—
6
Binary Input 4 Status
0=OFF, 1=ON.
binary_input_4_status2boolean11—R—
6
Programmable LED 1 Status
0=OFF, 1=ON.
programmable_led_1_status1boolean11—R—
6
Fault Record 1 - I3 (tstart)
Fault Record 1, indirizzi 0-27 (FC4). I Fault Record 2-5 ripetono la stessa struttura a partire rispettivamente dagli indirizzi 28, 56, 84, 112 (offset +28 per record). Valore grezzo, 1In=1000. Formula: Actual Current = (valore * Ipn)/1000 [variante CT, Ipn=corrente primaria TA fase 20..9999] oppure (valore * Ir)/1000 [variante Sensor, Ir=corrente di riferimento del relè].
fault_record_1_i3_tstart4uint1611—R—
7
Programmable LED 2 Status
0=OFF, 1=ON.
programmable_led_2_status1boolean11—R—
7
Fault Record 1 - I0 (tstart)
Fault Record 1, indirizzi 0-27 (FC4). I Fault Record 2-5 ripetono la stessa struttura a partire rispettivamente dagli indirizzi 28, 56, 84, 112 (offset +28 per record). Valore grezzo, 1In=1000. Formula: Actual Current = (valore * Ipn)/1000 [variante CT, Ipn=corrente primaria TA fase 20..9999] oppure (valore * Ir)/1000 [variante Sensor, Ir=corrente di riferimento del relè].
fault_record_1_i0_tstart4uint1611—R—
8
Programmable LED 3 Status
0=OFF, 1=ON.
programmable_led_3_status1boolean11—R—
8
Fault Record 1 - Timestamp tstart (DD/MM)
Fault Record 1, indirizzi 0-27 (FC4). I Fault Record 2-5 ripetono la stessa struttura a partire rispettivamente dagli indirizzi 28, 56, 84, 112 (offset +28 per record). Valore grezzo, 1In=1000. Formula: Actual Current = (valore * Ipn)/1000 [variante CT, Ipn=corrente primaria TA fase 20..9999] oppure (valore * Ir)/1000 [variante Sensor, Ir=corrente di riferimento del relè].
fault_record_1_timestamp_tstart_dd_mm4uint1611—R—
9
Programmable LED 4 Status
0=OFF, 1=ON.
programmable_led_4_status1boolean11—R—
9
Fault Record 1 - Timestamp tstart (YY:HH)
Fault Record 1, indirizzi 0-27 (FC4). I Fault Record 2-5 ripetono la stessa struttura a partire rispettivamente dagli indirizzi 28, 56, 84, 112 (offset +28 per record). Valore grezzo, 1In=1000. Formula: Actual Current = (valore * Ipn)/1000 [variante CT, Ipn=corrente primaria TA fase 20..9999] oppure (valore * Ir)/1000 [variante Sensor, Ir=corrente di riferimento del relè].
fault_record_1_timestamp_tstart_yy_hh4uint1611—R—
10
Programmable LED 5 Status
0=OFF, 1=ON.
programmable_led_5_status1boolean11—R—
10
Fault Record 1 - Timestamp tstart (MM/SS)
Fault Record 1, indirizzi 0-27 (FC4). I Fault Record 2-5 ripetono la stessa struttura a partire rispettivamente dagli indirizzi 28, 56, 84, 112 (offset +28 per record). Valore grezzo, 1In=1000. Formula: Actual Current = (valore * Ipn)/1000 [variante CT, Ipn=corrente primaria TA fase 20..9999] oppure (valore * Ir)/1000 [variante Sensor, Ir=corrente di riferimento del relè].
fault_record_1_timestamp_tstart_mm_ss4uint1611—R—
11
Fault Record 1 - Timestamp tstart (mSec)
Fault Record 1, indirizzi 0-27 (FC4). I Fault Record 2-5 ripetono la stessa struttura a partire rispettivamente dagli indirizzi 28, 56, 84, 112 (offset +28 per record). Valore grezzo, 1In=1000. Formula: Actual Current = (valore * Ipn)/1000 [variante CT, Ipn=corrente primaria TA fase 20..9999] oppure (valore * Ir)/1000 [variante Sensor, Ir=corrente di riferimento del relè].
fault_record_1_timestamp_tstart_msec4uint1611msR—
12
Fault Record 1 - I1 (ttrip)
Fault Record 1, indirizzi 0-27 (FC4). I Fault Record 2-5 ripetono la stessa struttura a partire rispettivamente dagli indirizzi 28, 56, 84, 112 (offset +28 per record). Valore grezzo, 1In=1000. Formula: Actual Current = (valore * Ipn)/1000 [variante CT, Ipn=corrente primaria TA fase 20..9999] oppure (valore * Ir)/1000 [variante Sensor, Ir=corrente di riferimento del relè].
fault_record_1_i1_ttrip4uint1611—R—
13
Fault Record 1 - I2 (ttrip)
Fault Record 1, indirizzi 0-27 (FC4). I Fault Record 2-5 ripetono la stessa struttura a partire rispettivamente dagli indirizzi 28, 56, 84, 112 (offset +28 per record). Valore grezzo, 1In=1000. Formula: Actual Current = (valore * Ipn)/1000 [variante CT, Ipn=corrente primaria TA fase 20..9999] oppure (valore * Ir)/1000 [variante Sensor, Ir=corrente di riferimento del relè].
fault_record_1_i2_ttrip4uint1611—R—
14
Fault Record 1 - I3 (ttrip)
Fault Record 1, indirizzi 0-27 (FC4). I Fault Record 2-5 ripetono la stessa struttura a partire rispettivamente dagli indirizzi 28, 56, 84, 112 (offset +28 per record). Valore grezzo, 1In=1000. Formula: Actual Current = (valore * Ipn)/1000 [variante CT, Ipn=corrente primaria TA fase 20..9999] oppure (valore * Ir)/1000 [variante Sensor, Ir=corrente di riferimento del relè].
fault_record_1_i3_ttrip4uint1611—R—
15
Fault Record 1 - I0 (ttrip)
Fault Record 1, indirizzi 0-27 (FC4). I Fault Record 2-5 ripetono la stessa struttura a partire rispettivamente dagli indirizzi 28, 56, 84, 112 (offset +28 per record). Valore grezzo, 1In=1000. Formula: Actual Current = (valore * Ipn)/1000 [variante CT, Ipn=corrente primaria TA fase 20..9999] oppure (valore * Ir)/1000 [variante Sensor, Ir=corrente di riferimento del relè].
fault_record_1_i0_ttrip4uint1611—R—
16
Fault Record 1 - Timestamp ttrip (DD/MM)
Fault Record 1, indirizzi 0-27 (FC4). I Fault Record 2-5 ripetono la stessa struttura a partire rispettivamente dagli indirizzi 28, 56, 84, 112 (offset +28 per record). Valore grezzo, 1In=1000. Formula: Actual Current = (valore * Ipn)/1000 [variante CT, Ipn=corrente primaria TA fase 20..9999] oppure (valore * Ir)/1000 [variante Sensor, Ir=corrente di riferimento del relè].
fault_record_1_timestamp_ttrip_dd_mm4uint1611—R—
17
Fault Record 1 - Timestamp ttrip (YY:HH)
Fault Record 1, indirizzi 0-27 (FC4). I Fault Record 2-5 ripetono la stessa struttura a partire rispettivamente dagli indirizzi 28, 56, 84, 112 (offset +28 per record). Valore grezzo, 1In=1000. Formula: Actual Current = (valore * Ipn)/1000 [variante CT, Ipn=corrente primaria TA fase 20..9999] oppure (valore * Ir)/1000 [variante Sensor, Ir=corrente di riferimento del relè].
fault_record_1_timestamp_ttrip_yy_hh4uint1611—R—
18
Fault Record 1 - Timestamp ttrip (MM/SS)
Fault Record 1, indirizzi 0-27 (FC4). I Fault Record 2-5 ripetono la stessa struttura a partire rispettivamente dagli indirizzi 28, 56, 84, 112 (offset +28 per record). Valore grezzo, 1In=1000. Formula: Actual Current = (valore * Ipn)/1000 [variante CT, Ipn=corrente primaria TA fase 20..9999] oppure (valore * Ir)/1000 [variante Sensor, Ir=corrente di riferimento del relè].
fault_record_1_timestamp_ttrip_mm_ss4uint1611—R—
19
Fault Record 1 - Timestamp ttrip (mSec)
Fault Record 1, indirizzi 0-27 (FC4). I Fault Record 2-5 ripetono la stessa struttura a partire rispettivamente dagli indirizzi 28, 56, 84, 112 (offset +28 per record). Valore grezzo, 1In=1000. Formula: Actual Current = (valore * Ipn)/1000 [variante CT, Ipn=corrente primaria TA fase 20..9999] oppure (valore * Ir)/1000 [variante Sensor, Ir=corrente di riferimento del relè].
fault_record_1_timestamp_ttrip_msec4uint1611msR—
20
Fault Record 1 - I1 (ttrip+80ms)
Fault Record 1, indirizzi 0-27 (FC4). I Fault Record 2-5 ripetono la stessa struttura a partire rispettivamente dagli indirizzi 28, 56, 84, 112 (offset +28 per record). Valore grezzo, 1In=1000. Formula: Actual Current = (valore * Ipn)/1000 [variante CT, Ipn=corrente primaria TA fase 20..9999] oppure (valore * Ir)/1000 [variante Sensor, Ir=corrente di riferimento del relè].
fault_record_1_i1_ttrip_80ms4uint1611—R—
21
Fault Record 1 - I2 (ttrip+80ms)
Fault Record 1, indirizzi 0-27 (FC4). I Fault Record 2-5 ripetono la stessa struttura a partire rispettivamente dagli indirizzi 28, 56, 84, 112 (offset +28 per record). Valore grezzo, 1In=1000. Formula: Actual Current = (valore * Ipn)/1000 [variante CT, Ipn=corrente primaria TA fase 20..9999] oppure (valore * Ir)/1000 [variante Sensor, Ir=corrente di riferimento del relè].
fault_record_1_i2_ttrip_80ms4uint1611—R—
22
Fault Record 1 - I3 (ttrip+80ms)
Fault Record 1, indirizzi 0-27 (FC4). I Fault Record 2-5 ripetono la stessa struttura a partire rispettivamente dagli indirizzi 28, 56, 84, 112 (offset +28 per record). Valore grezzo, 1In=1000. Formula: Actual Current = (valore * Ipn)/1000 [variante CT, Ipn=corrente primaria TA fase 20..9999] oppure (valore * Ir)/1000 [variante Sensor, Ir=corrente di riferimento del relè].
fault_record_1_i3_ttrip_80ms4uint1611—R—
23
Fault Record 1 - I0 (ttrip+80ms)
Fault Record 1, indirizzi 0-27 (FC4). I Fault Record 2-5 ripetono la stessa struttura a partire rispettivamente dagli indirizzi 28, 56, 84, 112 (offset +28 per record). Valore grezzo, 1In=1000. Formula: Actual Current = (valore * Ipn)/1000 [variante CT, Ipn=corrente primaria TA fase 20..9999] oppure (valore * Ir)/1000 [variante Sensor, Ir=corrente di riferimento del relè].
fault_record_1_i0_ttrip_80ms4uint1611—R—
24
Fault Record 1 - I1 (ttrip+200ms)
Fault Record 1, indirizzi 0-27 (FC4). I Fault Record 2-5 ripetono la stessa struttura a partire rispettivamente dagli indirizzi 28, 56, 84, 112 (offset +28 per record). Valore grezzo, 1In=1000. Formula: Actual Current = (valore * Ipn)/1000 [variante CT, Ipn=corrente primaria TA fase 20..9999] oppure (valore * Ir)/1000 [variante Sensor, Ir=corrente di riferimento del relè].
fault_record_1_i1_ttrip_200ms4uint1611—R—
25
Fault Record 1 - I2 (ttrip+200ms)
Fault Record 1, indirizzi 0-27 (FC4). I Fault Record 2-5 ripetono la stessa struttura a partire rispettivamente dagli indirizzi 28, 56, 84, 112 (offset +28 per record). Valore grezzo, 1In=1000. Formula: Actual Current = (valore * Ipn)/1000 [variante CT, Ipn=corrente primaria TA fase 20..9999] oppure (valore * Ir)/1000 [variante Sensor, Ir=corrente di riferimento del relè].
fault_record_1_i2_ttrip_200ms4uint1611—R—
26
Fault Record 1 - I3 (ttrip+200ms)
Fault Record 1, indirizzi 0-27 (FC4). I Fault Record 2-5 ripetono la stessa struttura a partire rispettivamente dagli indirizzi 28, 56, 84, 112 (offset +28 per record). Valore grezzo, 1In=1000. Formula: Actual Current = (valore * Ipn)/1000 [variante CT, Ipn=corrente primaria TA fase 20..9999] oppure (valore * Ir)/1000 [variante Sensor, Ir=corrente di riferimento del relè].
fault_record_1_i3_ttrip_200ms4uint1611—R—
27
Fault Record 1 - I0 (ttrip+200ms)
Fault Record 1, indirizzi 0-27 (FC4). I Fault Record 2-5 ripetono la stessa struttura a partire rispettivamente dagli indirizzi 28, 56, 84, 112 (offset +28 per record). Valore grezzo, 1In=1000. Formula: Actual Current = (valore * Ipn)/1000 [variante CT, Ipn=corrente primaria TA fase 20..9999] oppure (valore * Ir)/1000 [variante Sensor, Ir=corrente di riferimento del relè].
fault_record_1_i0_ttrip_200ms4uint1611—R—
288
IED Status
0000=Internal Relay Fault, 0004=Unit Ready with no trip, 0005=Unit Ready with Phase Trip, 0006=Unit Ready with Earth Trip.
ied_status4uint1611—R—
289
L/R Status
0000=Local, 0001=Remote.
l_r_status4uint1611—R—
512
I1 (current measurement)
Valore grezzo, 1In=1000. Formula: Actual Current = (valore * Ipn)/1000 [variante CT, Ipn=corrente primaria TA fase 20..9999] oppure (valore * Ir)/1000 [variante Sensor, Ir=corrente di riferimento del relè].
i1_current_measurement4uint1611—R—
513
I2 (current measurement)
Valore grezzo, 1In=1000. Formula: Actual Current = (valore * Ipn)/1000 [variante CT, Ipn=corrente primaria TA fase 20..9999] oppure (valore * Ir)/1000 [variante Sensor, Ir=corrente di riferimento del relè].
i2_current_measurement4uint1611—R—
514
I3 (current measurement)
Valore grezzo, 1In=1000. Formula: Actual Current = (valore * Ipn)/1000 [variante CT, Ipn=corrente primaria TA fase 20..9999] oppure (valore * Ir)/1000 [variante Sensor, Ir=corrente di riferimento del relè].
i3_current_measurement4uint1611—R—
515
I0 (current measurement)
Valore grezzo, 1In=1000. Formula: Actual Current = (valore * Ipn)/1000 [variante CT, Ipn=corrente primaria TA fase 20..9999] oppure (valore * Ir)/1000 [variante Sensor, Ir=corrente di riferimento del relè].
i0_current_measurement4uint1611—R—
516
Operation counter
operation_counter4uint1611—R—
517
Negative phase sequence current measurement
Valore grezzo, 1In=1000. Formula: Actual Current = (valore * Ipn)/1000 [variante CT, Ipn=corrente primaria TA fase 20..9999] oppure (valore * Ir)/1000 [variante Sensor, Ir=corrente di riferimento del relè].
negative_phase_sequence_current_measurement4uint1611—R—
518
Thermal level
thermal_level4uint1611—R—
4096
I> Curve
Setting Group 1 (il mirror Setting Group 2 e' all'indirizzo 7936). Indirizzo legacy: 0. Enum: 1=DT, 2=IEC NI, 3=IEC VI, 4=IEC LI, 5=IEC EI, 6=IEC RI, 7=ANSI NI, 8=ANSI VI, 9=ANSI MI, 10=ANSI EI. Default DT.
i_curve3uint1611—R/W—
4097
I> k (Time multiplier)
Setting Group 1 (il mirror Setting Group 2 e' all'indirizzo 7937). Indirizzo legacy: 1. Range 0.02-1.6.
i_k_time_multiplier3uint1610.001—R/W—
4098
I> (stadio 1)
Setting Group 1 (il mirror Setting Group 2 e' all'indirizzo 7938). Indirizzo legacy: 2. Range 0.1-2.5 In. Default 1.500 In.
i_stadio_13uint1610.001—R/W—
4099
t> (stadio 1)
Setting Group 1 (il mirror Setting Group 2 e' all'indirizzo 7939). Indirizzo legacy: 3. Range 0.04-64 s. Default 1.00 s.
t_stadio_13uint1610.001—R/W—
4100
I>> (stadio 2)
Setting Group 1 (il mirror Setting Group 2 e' all'indirizzo 7940). Indirizzo legacy: 4. Range 0.2-25 In. Default 4.000 In.
i_stadio_23uint1610.001—R/W—
4101
t>> (stadio 2)
Setting Group 1 (il mirror Setting Group 2 e' all'indirizzo 7941). Indirizzo legacy: 5. Range 0.04-64 s. Default 0.30 s.
t_stadio_23uint1610.001—R/W—
4102
I>>> (stadio 3)
Setting Group 1 (il mirror Setting Group 2 e' all'indirizzo 7942). Indirizzo legacy: 6. Range 0.5-25 In. Default 10.000 In.
i_stadio_33uint1610.001—R/W—
4103
t>>> (stadio 3)
Setting Group 1 (il mirror Setting Group 2 e' all'indirizzo 7943). Indirizzo legacy: 7. Range 0.03-64 s. Default 0.03 s.
t_stadio_33uint1610.001—R/W—
4104
I0> Curve
Setting Group 1 (il mirror Setting Group 2 e' all'indirizzo 7944). Indirizzo legacy: 8. Enum: 1=DT, 2=IEC NI, 3=IEC VI, 4=IEC LI, 5=IEC EI, 6=IEC RI, 7=ANSI NI, 8=ANSI VI, 9=ANSI MI, 10=ANSI EI. Default DT.
i0_curve3uint1611—R/W—
4105
I0> k0 (Time multiplier)
Setting Group 1 (il mirror Setting Group 2 e' all'indirizzo 7945). Indirizzo legacy: 9. Range 0.02-1.6.
i0_k0_time_multiplier3uint1610.001—R/W—
4106
I0> (stadio 1)
Setting Group 1 (il mirror Setting Group 2 e' all'indirizzo 7946). Indirizzo legacy: 10. Earth type External: 0.01-2.0 In. Earth type Internal: 0.1-2.0 In. Default 0.500 In.
i0_stadio_13uint1610.001—R/W—
4107
t0> (stadio 1)
Setting Group 1 (il mirror Setting Group 2 e' all'indirizzo 7947). Indirizzo legacy: 11. Range 0.04-64 s. Default 1.50 s.
t0_stadio_13uint1610.001—R/W—
4108
I0>> (stadio 2)
Setting Group 1 (il mirror Setting Group 2 e' all'indirizzo 7948). Indirizzo legacy: 12. Earth type External: 0.05-12.5 In. Earth type Internal: 0.5-12.5 In. Default 2.500 In.
i0_stadio_23uint1610.001—R/W—
4109
t0>> (stadio 2)
Setting Group 1 (il mirror Setting Group 2 e' all'indirizzo 7949). Indirizzo legacy: 13. Range 0.04-64 s. Default 0.50 s.
t0_stadio_23uint1610.001—R/W—
4110
I inr (Inrush Current Threshold)
Setting Group 1 (il mirror Setting Group 2 e' all'indirizzo 7950). Indirizzo legacy: 14. Range 0.2-25 In (0.2-20 In su variante Sensor). Default 0.50 In.
i_inr_inrush_current_threshold3uint1610.001—R/W—
4111
Inrush Ratio
Setting Group 1 (il mirror Setting Group 2 e' all'indirizzo 7951). Indirizzo legacy: 15. Range 30-50 (%). Default 30%.
inrush_ratio3uint1611—R/W—
4112
st_I2>Isat
Setting Group 1 (il mirror Setting Group 2 e' all'indirizzo 7952). Range 0.1-1.50. Default 0.30.
st_i2_isat3uint1610.01—R/W—
4113
st_I2>Time
Setting Group 1 (il mirror Setting Group 2 e' all'indirizzo 7953). Range 0.1-300 s. Default 1.0 s.
st_i2_time3uint1610.01—R/W—
4114
st_I2/I1>Isat
Setting Group 1 (il mirror Setting Group 2 e' all'indirizzo 7954). Range 10-100 (%). Default 15.
st_i2_i1_isat3uint1611—R/W—
4115
st_I2/I1>.Time
Setting Group 1 (il mirror Setting Group 2 e' all'indirizzo 7955). Range 0.1-64 s. Default 0.1 s.
st_i2_i1_time3uint1610.001—R/W—
4116
Counter. BI Map
Setting Group 1 (il mirror Setting Group 2 e' all'indirizzo 7956). Range 0-4. Default 1.
counter_bi_map3uint1611—R/W—
4117
Counter. Value Set
Setting Group 1 (il mirror Setting Group 2 e' all'indirizzo 7957). Range 0-65535. Default 1.
counter_value_set3uint1611—R/W—
4118
Setting Group Selection
Setting Group 1 (il mirror Setting Group 2 e' all'indirizzo 7958). 1=Setting Group 1, 2=Setting Group 2. Default 1.
setting_group_selection3uint1611—R/W—
4119
Setting Group Activation
Setting Group 1 (il mirror Setting Group 2 e' all'indirizzo 7959). 1=Setting Group 1, 2=Setting Group 2. Default 1.
setting_group_activation3uint1611—R/W—
4120
Setting Group Edit
Setting Group 1 (il mirror Setting Group 2 e' all'indirizzo 7960). 1=Setting Group 1, 2=Setting Group 2. Default 1.
setting_group_edit3uint1611—R/W—
4124
ϑ0 (thermal ambient reference)
Setting Group 1 (il mirror Setting Group 2 e' all'indirizzo 7964). Range 0-100 (%). Default 80.
0_thermal_ambient_reference3uint1611—R/W—
4125
Ib (thermal base current)
Setting Group 1 (il mirror Setting Group 2 e' all'indirizzo 7965). Range 0.1-1.5 In. Default 1.
ib_thermal_base_current3uint1611—R/W—
4126
t↑ (thermal heating time constant)
Setting Group 1 (il mirror Setting Group 2 e' all'indirizzo 7966). Range 1-300 min. Default 45.
t_thermal_heating_time_constant3uint1611—R/W—
4127
t↓s (thermal cooling time constant, stopped)
Setting Group 1 (il mirror Setting Group 2 e' all'indirizzo 7967). Range 1-300 min. Default 45.
t_s_thermal_cooling_time_constant_stopped3uint1611—R/W—
4129
ϑalm (thermal alarm threshold)
Setting Group 1 (il mirror Setting Group 2 e' all'indirizzo 7969). Range 50-200 (%). Default 121.
alm_thermal_alarm_threshold3uint1611—R/W—
4130
ϑtrip (thermal trip threshold)
Setting Group 1 (il mirror Setting Group 2 e' all'indirizzo 7970). Range 50-200 (%). Default 144.
trip_thermal_trip_threshold3uint1611—R/W—
4131
ϑstartinhibit (thermal start inhibit threshold)
Setting Group 1 (il mirror Setting Group 2 e' all'indirizzo 7971). Range 50-200 (%). Default 105.
startinhibit_thermal_start_inhibit_threshold3uint1611—R/W—
4133
Mode ϑpowerOFF (thermal memory on power off)
Setting Group 1 (il mirror Setting Group 2 e' all'indirizzo 7973). Range 1-4. Default 4.
mode_poweroff_thermal_memory_on_power_off3uint1611—R/W—
4135
AR start mode
Setting Group 1 (il mirror Setting Group 2 e' all'indirizzo 7975). 1=Select trip, 2=General Start & Trip. Default 1.
ar_start_mode3uint1611—R/W—
4136
CB Ready (setting)
Setting Group 1 (il mirror Setting Group 2 e' all'indirizzo 7976). 1=OCO, 2=CO. Default 1.
cb_ready_setting3uint1611—R/W—
4137
Shot of Cycle(#)
Setting Group 1 (il mirror Setting Group 2 e' all'indirizzo 7977). Range 0-4. Default 1.
shot_of_cycle3uint1611—R/W—
4139
Cycle t1
Setting Group 1 (il mirror Setting Group 2 e' all'indirizzo 7979). Range 0.2-300 s. Default 0.50 s.
cycle_t13uint1610.01—R/W—
4140
Cycle t2
Setting Group 1 (il mirror Setting Group 2 e' all'indirizzo 7980). Range 0.2-300 s. Default 0.50 s.
cycle_t23uint1610.01—R/W—
4141
Cycle t3
Setting Group 1 (il mirror Setting Group 2 e' all'indirizzo 7981). Range 0.2-300 s. Default 0.50 s.
cycle_t33uint1610.01—R/W—
4142
Cycle t4
Setting Group 1 (il mirror Setting Group 2 e' all'indirizzo 7982). Range 0.2-300 s. Default 0.50 s.
cycle_t43uint1610.01—R/W—
4143
Reclaim tr
Setting Group 1 (il mirror Setting Group 2 e' all'indirizzo 7983). Range 1-300 s. Default 1.
reclaim_tr3uint1611—R/W—
4144
Block tb
Setting Group 1 (il mirror Setting Group 2 e' all'indirizzo 7984). Range 1-300 s. Default 5.
block_tb3uint1611—R/W—
4145
Pulse tp
Setting Group 1 (il mirror Setting Group 2 e' all'indirizzo 7985). Range 0.2-20 s. Default 0.200 s.
pulse_tp3uint1610.001—R/W—
4146
Activate t
Setting Group 1 (il mirror Setting Group 2 e' all'indirizzo 7986). Range 0.1-5 s. Default 0.800 s.
activate_t3uint1610.001—R/W—
4147
I CBFP (Circuit Breaker Failure Protection)
Setting Group 1 (il mirror Setting Group 2 e' all'indirizzo 7987). Range 0.2-2 In. Default 1.100 In.
i_cbfp_circuit_breaker_failure_protection3uint1610.001—R/W—
4148
I0 CBFP
Setting Group 1 (il mirror Setting Group 2 e' all'indirizzo 7988). Range 0.1-2 In. Default 1.100 In.
i0_cbfp3uint1610.001—R/W—
4149
t Retrip
Setting Group 1 (il mirror Setting Group 2 e' all'indirizzo 7989). Range 0.06-0.5 s. Default 0.100 s.
t_retrip3uint1610.001—R/W—
4150
t Backup
Setting Group 1 (il mirror Setting Group 2 e' all'indirizzo 7990). Range 0.06-0.5 s. Default 0.120 s.
t_backup3uint1610.001—R/W—
4861
Application configuration
0001=A, 0002=B, 0003=C, 0004=D.
application_configuration3uint1611—R—
4862
Base Board Software Version (A)
Range 0-9999. Default 02.20. Il documento riporta anche un secondo registro omonimo all'indirizzo 4868, senza ulteriore distinzione.
base_board_software_version_a3uint1611—R—
4863
Base Board Software Sub Version
Range 0-99. Default 00.
base_board_software_sub_version3uint1611—R—
4864
Model Type
0=CEI 0-16, 1=IEC. Default 1.
model_type3uint1611—R—
4865
Nominal Current
Applicabile solo a variante Sensor (indirizzo legacy 33; sulla variante CT genera eccezione Illegal Data Address). Sensore 250A: 0000=40A,0001=80A,0002=250A,0003=1250A. Sensore 80A: 0000=12.8A,0001=25.6A,0002=80A,0003=400A.
nominal_current3uint1611—R—
4866
Product Name
0000=REF, 0001=REJ. Indirizzo legacy: 34.
product_name3uint1611—R—
4867
Earth Type(I0 Measurement)
0000=Internal Calculation, 0001=External Measurement. Default 1. Indirizzo legacy: 35.
earth_type_i0_measurement3uint1611—R/W—
4868
Base Board Software Version (B)
Range 0-9999. Default 02.20. Indirizzo legacy: 36. Il documento riporta anche un registro omonimo all'indirizzo 4862, senza ulteriore distinzione.
base_board_software_version_b3uint1611—R—
4869
Phase Trip counter
Range 0-9999. Indirizzo legacy: 37.
phase_trip_counter3uint1611—R—
4870
Earth Trip counter
Range 0-9999. Indirizzo legacy: 38.
earth_trip_counter3uint1611—R—
4871
Frequency
0000=50Hz, 0001=60Hz. Default 0. Indirizzo legacy: 39.
frequency3uint1611HzR/W—
4872
Comm. Board Software Version
Range 0-9999. Default 00.00. Indirizzo legacy: 40.
comm_board_software_version3uint1611—R—
4873
Comm. Board Software Sub Version
Range 0-99. Default 00.
comm_board_software_sub_version3uint1611—R—
4874
TCS Operating Time (in Second)
Range 1-300. Indirizzo legacy: 42.
tcs_operating_time_in_second3uint1611sR/W—
4876
TCS Block/Unblock
0000=TCS Unblock, 0001=TCS Block. Default 0. Indirizzo legacy: 44.
tcs_block_unblock3uint1611—R/W—
4877
RTC - DD - Date
Range 1-31. Indirizzo legacy (pre-2.2 FP1): 45.
rtc_dd_date3uint1611—R/W—
4878
RTC - MM - Month
Range 1-12. Indirizzo legacy: 46.
rtc_mm_month3uint1611—R/W—
4879
RTC - YY - Year
Range 11-99. Indirizzo legacy: 47.
rtc_yy_year3uint1611—R/W—
4880
RTC - HH - Hour
Range 0-23. Indirizzo legacy: 48.
rtc_hh_hour3uint1611—R/W—
4881
RTC - MM - Minute
Range 0-59. Indirizzo legacy: 49.
rtc_mm_minute3uint1611—R/W—
4882
RTC - SS - Second
Range 0-59. Indirizzo legacy: 50.
rtc_ss_second3uint1611—R/W—
4883
RTC - MILLI - Second
Range 0-999. Indirizzo legacy: 51. Sola lettura.
rtc_milli_second3uint1611—R—
4884
Analogue Input type
0000=Sensor, 0001=1A CT, 0005=5A CT. Indirizzo legacy: 52.
analogue_input_type3uint1611—R—
4885
Phase CT primary
Range 20-9999. Default 1000. Applicabile solo a variante CT (indirizzo legacy 53; su variante Sensor solo i valori 80 e 250 sono ammessi come Data Value).
phase_ct_primary3uint1611AR/W—
4886
Earth CT secondary
0001=1A, 0005=5A. Indirizzo legacy: 54.
earth_ct_secondary3uint1611AR—
4887
Earth CT primary
Range 20-9999. Default 1000. Indirizzo legacy: 55.
earth_ct_primary3uint1611AR/W—
4888
I>Block (protection setting, stadio 1)
0000=No, 0001=Yes. Default 0.
i_block_protection_setting_stadio_13uint1611—R/W—
4889
I>>Block (protection setting, stadio 2)
0000=No, 0001=Yes. Default 0.
i_block_protection_setting_stadio_23uint1611—R/W—
4890
I>>>Block (protection setting, stadio 3)
0000=No, 0001=Yes. Default 0.
i_block_protection_setting_stadio_33uint1611—R/W—
4891
I0>Block (protection setting, stadio 1)
0000=No, 0001=Yes. Default 0.
i0_block_protection_setting_stadio_13uint1611—R/W—
4892
I0>>Block (protection setting, stadio 2)
0000=No, 0001=Yes. Default 0.
i0_block_protection_setting_stadio_23uint1611—R/W—
4893
I2>Block (protection setting)
0000=No, 0001=Yes. Default 0.
i2_block_protection_setting3uint1611—R/W—
4894
I2/I1>Block (protection setting)
0000=No, 0001=Yes. Default 0.
i2_i1_block_protection_setting3uint1611—R/W—
4895
BF Blocking
0000=No, 0001=Yes. Default 0.
bf_blocking3uint1611—R/W—
4896
3I>/I0 - I>Block (stadio 1)
0000=No, 0001=Yes. Default 0.
3i_i0_i_block_stadio_13uint1611—R/W—
4897
3I>/I0 - I>>Block (stadio 2)
0000=No, 0001=Yes. Default 0.
3i_i0_i_block_stadio_23uint1611—R/W—
4898
3I>/I0 - I>>>Block (stadio 3)
0000=No, 0001=Yes. Default 0.
3i_i0_i_block_stadio_33uint1611—R/W—
4899
3I>/I0 - I0>Block (stadio 1)
0000=No, 0001=Yes. Default 0.
3i_i0_i0_block_stadio_13uint1611—R/W—
4900
3I>/I0 - I0>>Block (stadio 2)
0000=No, 0001=Yes. Default 0.
3i_i0_i0_block_stadio_23uint1611—R/W—
4901
Thermal Protection Block
0000=No, 0001=Yes. Default 0.
thermal_protection_block3uint1611—R/W—
5632
Binary Input1 configuration status
0000=Non-Inverted, 0001=Inverted. Default 0. Indirizzo legacy: 60.
binary_input1_configuration_status3uint1611—R/W—
5633
Binary Input2 configuration status
0000=Non-Inverted, 0001=Inverted. Default 0. Indirizzo legacy: 61.
binary_input2_configuration_status3uint1611—R/W—
5634
Binary Input3 configuration status
0000=Non-Inverted, 0001=Inverted. Default 0. Indirizzo legacy: 62.
binary_input3_configuration_status3uint1611—R/W—
5635
Binary Input4 configuration status
0000=Non-Inverted, 0001=Inverted. Default 0. Indirizzo legacy: 63.
binary_input4_configuration_status3uint1611—R/W—
5652
I> Block (BI mapping, stadio 1)
0000=Not mapped, 0001=Mapped with BI1. Default 0. Indirizzo legacy: 70.
i_block_bi_mapping_stadio_13uint1611—R/W—
5653
I>> Block (BI mapping, stadio 2)
0000=Not mapped, 0001=Mapped with BI1. Default 0. Indirizzo legacy: 71.
i_block_bi_mapping_stadio_23uint1611—R/W—
5654
I>>> Block (BI mapping, stadio 3)
0000=Not mapped, 0001=Mapped with BI1. Default 0. Indirizzo legacy: 72.
i_block_bi_mapping_stadio_33uint1611—R/W—
5655
I0> Block (BI mapping, stadio 1)
0000=Not mapped, 0001=Mapped with BI1. Default 0. Indirizzo legacy: 73.
i0_block_bi_mapping_stadio_13uint1611—R/W—
5656
I0>> Block (BI mapping, stadio 2)
0000=Not mapped, 0001=Mapped with BI1. Default 0. Indirizzo legacy: 74.
i0_block_bi_mapping_stadio_23uint1611—R/W—
5657
CB Ctl Blk
0000=Not mapped, 0001=Mapped with BI1. Default 0. Indirizzo legacy: 75.
cb_ctl_blk3uint1611—R/W—
5658
Lockout Rs (Reset)
0000=Not mapped, 0002=Mapped with BI2, 0004=Mapped with BI3, 0008=Mapped with BI4. Default 8. Indirizzo legacy: 76.
lockout_rs_reset3uint1611—R/W—
5659
CB Cls Pos
0000=Not mapped, 0002=BI2, 0004=BI3, 0008=BI4. Default 0. Indirizzo legacy: 77.
cb_cls_pos3uint1611—R/W—
5660
CB Opn Pos
0000=Not mapped, 0002=BI2, 0004=BI3, 0008=BI4. Default 0. Indirizzo legacy: 78.
cb_opn_pos3uint1611—R/W—
5661
CB Maint
0000=Not mapped, 0002=BI2, 0004=BI3, 0008=BI4. Default 0. Indirizzo legacy: 79.
cb_maint3uint1611—R/W—
5662
TCS (BI mapping)
0000=Not mapped, 0001=Mapped with BI2. Default 1. Indirizzo legacy: 80.
tcs_bi_mapping3uint1611—R/W—
5663
Ext Trip
0000=Not mapped, 0002=BI2, 0004=BI3, 0008=BI4. Default 4. Indirizzo legacy: 81.
ext_trip3uint1611—R/W—
5664
Ext Close
0000=Not mapped, 0002=BI2, 0004=BI3, 0008=BI4. Default 0. Indirizzo legacy: 82.
ext_close3uint1611—R/W—
5665
Power Off
0000=Not mapped, 0002=BI2, 0004=BI3, 0008=BI4. Default 0. Indirizzo legacy: 83.
power_off3uint1611—R/W—
5666
SIGNAL 1 (BI mapping)
0000=Not mapped, 0002=BI2, 0004=BI3, 0008=BI4. Default 0. Indirizzo legacy: 84.
signal_1_bi_mapping3uint1611—R/W—
5667
SIGNAL 2 (BI mapping)
0000=Not mapped, 0002=BI2, 0004=BI3, 0008=BI4. Default 0. Indirizzo legacy: 85.
signal_2_bi_mapping3uint1611—R/W—
5668
SIGNAL 3 (BI mapping)
0000=Not mapped, 0002=BI2, 0004=BI3, 0008=BI4. Default 0. Indirizzo legacy: 86.
signal_3_bi_mapping3uint1611—R/W—
5669
TCS Block
0000=Not mapped, 0001=Mapped with BI1. Default 0. Indirizzo legacy: 87.
tcs_block3uint1611—R/W—
5670
I2> Block (BI mapping)
0000=Not mapped, 0001=Mapped with BI1. Default 0.
i2_block_bi_mapping3uint1611—R/W—
5671
I2/I1> Block (BI mapping)
0000=Not mapped, 0001=Mapped with BI1. Default 0.
i2_i1_block_bi_mapping3uint1611—R/W—
5672
3Ith Block
0000=Not mapped, 0001=Mapped with BI1. Default 0.
3ith_block3uint1611—R/W—
5673
SG Select
0000=Not mapped, 0002=BI2, 0004=BI3, 0008=BI4. Default 0.
sg_select3uint1611—R/W—
5676
CB Ready (BI mapping)
0000=Not mapped, 0002=BI2, 0004=BI3, 0008=BI4. Default 0.
cb_ready_bi_mapping3uint1611—R/W—
5677
BF Block
0000=Not mapped, 0001=Mapped with BI1. Default 0.
bf_block3uint1611—R/W—
5678
BF ProtExt
0000=Not mapped, 0002=BI2, 0004=BI3, 0008=BI4. Default 0.
bf_protext3uint1611—R/W—
5679
BF RecTrip (BI mapping)
0000=Not mapped, 0002=BI2, 0004=BI3, 0008=BI4. Default 0.
bf_rectrip_bi_mapping3uint1611—R/W—
6400
Binary Output 1 configuration status
0000=Non-Inverted Hold, 0001=Non-Inverted Latch, 0002=Non-Inverted Self Reset, 0003=Non-Inverted Pulse, 0100=Inverted Hold, 0101=Inverted Latch, 0102=Inverted Self Reset, 0103=Inverted Pulse. Default 3. Indirizzo legacy: 90.
binary_output_1_configuration_status3uint1611—R/W—
6401
Binary Output 2 configuration status
0000=Non-Inverted Hold, 0001=Non-Inverted Latch, 0002=Non-Inverted Self Reset, 0003=Non-Inverted Pulse, 0100=Inverted Hold, 0101=Inverted Latch, 0102=Inverted Self Reset, 0103=Inverted Pulse. Default 3. Indirizzo legacy: 91.
binary_output_2_configuration_status3uint1611—R/W—
6402
Binary Output 3 configuration status
0000=Non-Inverted Hold, 0001=Non-Inverted Latch, 0002=Non-Inverted Self Reset, 0003=Non-Inverted Pulse, 0100=Inverted Hold, 0101=Inverted Latch, 0102=Inverted Self Reset, 0103=Inverted Pulse. Default 3. Indirizzo legacy: 92.
binary_output_3_configuration_status3uint1611—R/W—
6403
Binary Output 4 configuration status
0000=Non-Inverted Hold, 0001=Non-Inverted Latch, 0002=Non-Inverted Self Reset, 0003=Non-Inverted Pulse, 0100=Inverted Hold, 0101=Inverted Latch, 0102=Inverted Self Reset, 0103=Inverted Pulse. Default 2. Indirizzo legacy: 93.
binary_output_4_configuration_status3uint1611—R/W—
6404
Binary Output 5 configuration status
0000=Non-Inverted Hold, 0001=Non-Inverted Latch, 0002=Non-Inverted Self Reset, 0003=Non-Inverted Pulse, 0100=Inverted Hold, 0101=Inverted Latch, 0102=Inverted Self Reset, 0103=Inverted Pulse. Default 3. Indirizzo legacy: 94.
binary_output_5_configuration_status3uint1611—R/W—
6405
Binary Output 6 configuration status
0000=Non-Inverted Hold, 0001=Non-Inverted Latch, 0002=Non-Inverted Self Reset, 0003=Non-Inverted Pulse, 0100=Inverted Hold, 0101=Inverted Latch, 0102=Inverted Self Reset, 0103=Inverted Pulse. Default 3. Indirizzo legacy: 95.
binary_output_6_configuration_status3uint1611—R/W—
6420
I>Start Mapped with Binary Output _Data value (stadio 1)
Range 0000-003F, bitmask BO1-BO6 (bit0=BO1...bit5=BO6). Es.: 0x0001=solo BO1, 0x003F=tutti i canali. Default 0. Indirizzo legacy: 100.
i_start_mapped_with_binary_output_data_value_stadio_13uint1611—R/W—
6421
I>>Start Mapped with Binary Output _Data Value (stadio 2)
Range 0000-003F, bitmask BO1-BO6 (bit0=BO1...bit5=BO6). Es.: 0x0001=solo BO1, 0x003F=tutti i canali. Default 0. Indirizzo legacy: 101.
i_start_mapped_with_binary_output_data_value_stadio_23uint1611—R/W—
6422
I>>>Start Mapped with Binary Output _Data Value (stadio 3)
Range 0000-003F, bitmask BO1-BO6 (bit0=BO1...bit5=BO6). Es.: 0x0001=solo BO1, 0x003F=tutti i canali. Default 0. Indirizzo legacy: 102.
i_start_mapped_with_binary_output_data_value_stadio_33uint1611—R/W—
6423
Unit Rdy Mapped with Binary Output _Data Value
Range 0000-003F, bitmask BO1-BO6 (bit0=BO1...bit5=BO6). Es.: 0x0001=solo BO1, 0x003F=tutti i canali. Default 8. Indirizzo legacy: 103. UNIT READY e' fisso su BO4, non modificabile; nessun altro segnale puo' essere configurato su BO4.
unit_rdy_mapped_with_binary_output_data_value3uint1611—R/W—
6424
I0>Start Mapped with Binary Output _Data Value (stadio 1)
Range 0000-003F, bitmask BO1-BO6 (bit0=BO1...bit5=BO6). Es.: 0x0001=solo BO1, 0x003F=tutti i canali. Default 0. Indirizzo legacy: 104.
i0_start_mapped_with_binary_output_data_value_stadio_13uint1611—R/W—
6425
I0>>Start Mapped with Binary Output _Data Value (stadio 2)
Range 0000-003F, bitmask BO1-BO6 (bit0=BO1...bit5=BO6). Es.: 0x0001=solo BO1, 0x003F=tutti i canali. Default 0. Indirizzo legacy: 105.
i0_start_mapped_with_binary_output_data_value_stadio_23uint1611—R/W—
6426
I>Trip Mapped with Binary Output _Data Value (stadio 1)
Range 0000-003F, bitmask BO1-BO6 (bit0=BO1...bit5=BO6). Es.: 0x0001=solo BO1, 0x003F=tutti i canali. Default 19. Indirizzo legacy: 106.
i_trip_mapped_with_binary_output_data_value_stadio_13uint1611—R/W—
6427
I>>Trip Mapped with Binary Output _Data Value (stadio 2)
Range 0000-003F, bitmask BO1-BO6 (bit0=BO1...bit5=BO6). Es.: 0x0001=solo BO1, 0x003F=tutti i canali. Default 19. Indirizzo legacy: 107.
i_trip_mapped_with_binary_output_data_value_stadio_23uint1611—R/W—
6428
I>>>Trip Mapped with Binary Output _Data Value (stadio 3)
Range 0000-003F, bitmask BO1-BO6 (bit0=BO1...bit5=BO6). Es.: 0x0001=solo BO1, 0x003F=tutti i canali. Default 19. Indirizzo legacy: 108.
i_trip_mapped_with_binary_output_data_value_stadio_33uint1611—R/W—
6429
TCS Fault Mapped with Binary Output _Data Value
Range 0000-003F, bitmask BO1-BO6 (bit0=BO1...bit5=BO6). Es.: 0x0001=solo BO1, 0x003F=tutti i canali. Default 0. Indirizzo legacy: 109.
tcs_fault_mapped_with_binary_output_data_value3uint1611—R/W—
6430
I0>Trip Mapped with Binary Output _Data Value (stadio 1)
Range 0000-003F, bitmask BO1-BO6 (bit0=BO1...bit5=BO6). Es.: 0x0001=solo BO1, 0x003F=tutti i canali. Default 19. Indirizzo legacy: 110.
i0_trip_mapped_with_binary_output_data_value_stadio_13uint1611—R/W—
6431
I0>>Trip Mapped with Binary Output _Data Value (stadio 2)
Range 0000-003F, bitmask BO1-BO6 (bit0=BO1...bit5=BO6). Es.: 0x0001=solo BO1, 0x003F=tutti i canali. Default 19. Indirizzo legacy: 111.
i0_trip_mapped_with_binary_output_data_value_stadio_23uint1611—R/W—
6432
CB Cls Cmd Mapped with Binary Output _Data Value
Range 0000-003F, bitmask BO1-BO6 (bit0=BO1...bit5=BO6). Es.: 0x0001=solo BO1, 0x003F=tutti i canali. Default 4. Indirizzo legacy: 112.
cb_cls_cmd_mapped_with_binary_output_data_value3uint1611—R/W—
6433
CB Opn Cmd Mapped with Binary Output _Data Value
Range 0000-003F, bitmask BO1-BO6 (bit0=BO1...bit5=BO6). Es.: 0x0001=solo BO1, 0x003F=tutti i canali. Default 3. Indirizzo legacy: 113.
cb_opn_cmd_mapped_with_binary_output_data_value3uint1611—R/W—
6434
SIGNAL 1 with Binary Output _Data Value
Range 0000-003F, bitmask BO1-BO6 (bit0=BO1...bit5=BO6). Es.: 0x0001=solo BO1, 0x003F=tutti i canali. Indirizzo legacy: 114.
signal_1_with_binary_output_data_value3uint1611—R/W—
6435
SIGNAL 2 with Binary Output _Data Value
Range 0000-003F, bitmask BO1-BO6 (bit0=BO1...bit5=BO6). Es.: 0x0001=solo BO1, 0x003F=tutti i canali. Indirizzo legacy: 115.
signal_2_with_binary_output_data_value3uint1611—R/W—
6436
SIGNAL 3 with Binary Output _Data Value
Range 0000-003F, bitmask BO1-BO6 (bit0=BO1...bit5=BO6). Es.: 0x0001=solo BO1, 0x003F=tutti i canali. Indirizzo legacy: 116.
signal_3_with_binary_output_data_value3uint1611—R/W—
6437
I2> Start with Binary Output _Data Value
Range 0000-003F, bitmask BO1-BO6 (bit0=BO1...bit5=BO6). Es.: 0x0001=solo BO1, 0x003F=tutti i canali. Default 0.
i2_start_with_binary_output_data_value3uint1611—R/W—
6438
I2> Trip with Binary Output _Data Value
Range 0000-003F, bitmask BO1-BO6 (bit0=BO1...bit5=BO6). Es.: 0x0001=solo BO1, 0x003F=tutti i canali. Default 0.
i2_trip_with_binary_output_data_value3uint1611—R/W—
6439
I2/I1> Start with Binary Output _Data Value
Range 0000-003F, bitmask BO1-BO6 (bit0=BO1...bit5=BO6). Es.: 0x0001=solo BO1, 0x003F=tutti i canali. Default 0.
i2_i1_start_with_binary_output_data_value3uint1611—R/W—
6440
I2/I1> Trip with Binary Output _Data Value
Range 0000-003F, bitmask BO1-BO6 (bit0=BO1...bit5=BO6). Es.: 0x0001=solo BO1, 0x003F=tutti i canali. Default 0.
i2_i1_trip_with_binary_output_data_value3uint1611—R/W—
6441
3Ith tr with Binary Output _Data Value
Range 0000-003F, bitmask BO1-BO6 (bit0=BO1...bit5=BO6). Es.: 0x0001=solo BO1, 0x003F=tutti i canali. Default 0.
3ith_tr_with_binary_output_data_value3uint1611—R/W—
6442
3Ith Alarm with Binary Output _Data Value
Range 0000-003F, bitmask BO1-BO6 (bit0=BO1...bit5=BO6). Es.: 0x0001=solo BO1, 0x003F=tutti i canali. Default 0.
3ith_alarm_with_binary_output_data_value3uint1611—R/W—
6443
3Ith BLK CL with Binary Output _Data Value
Range 0000-003F, bitmask BO1-BO6 (bit0=BO1...bit5=BO6). Es.: 0x0001=solo BO1, 0x003F=tutti i canali. Default 0.
3ith_blk_cl_with_binary_output_data_value3uint1611—R/W—
6444
0->I Close with Binary Output _Data Value
Range 0000-003F, bitmask BO1-BO6 (bit0=BO1...bit5=BO6). Es.: 0x0001=solo BO1, 0x003F=tutti i canali. Default 0.
0_i_close_with_binary_output_data_value3uint1611—R/W—
6445
0->I InPro with Binary Output _Data Value
Range 0000-003F, bitmask BO1-BO6 (bit0=BO1...bit5=BO6). Es.: 0x0001=solo BO1, 0x003F=tutti i canali. Default 0.
0_i_inpro_with_binary_output_data_value3uint1611—R/W—
6446
0->I Final Tr with Binary Output _Data Value
Range 0000-003F, bitmask BO1-BO6 (bit0=BO1...bit5=BO6). Es.: 0x0001=solo BO1, 0x003F=tutti i canali. Default 0.
0_i_final_tr_with_binary_output_data_value3uint1611—R/W—
6447
0->I Blocked with Binary Output _Data Value
Range 0000-003F, bitmask BO1-BO6 (bit0=BO1...bit5=BO6). Es.: 0x0001=solo BO1, 0x003F=tutti i canali. Default 0.
0_i_blocked_with_binary_output_data_value3uint1611—R/W—
6448
BF Stage 1 with Binary Output _Data Value
Range 0000-003F, bitmask BO1-BO6 (bit0=BO1...bit5=BO6). Es.: 0x0001=solo BO1, 0x003F=tutti i canali. Default 0.
bf_stage_1_with_binary_output_data_value3uint1611—R/W—
6449
BF Stage 2 with Binary Output _Data Value
Range 0000-003F, bitmask BO1-BO6 (bit0=BO1...bit5=BO6). Es.: 0x0001=solo BO1, 0x003F=tutti i canali. Default 0.
bf_stage_2_with_binary_output_data_value3uint1611—R/W—
6450
BF Rec Trip with Binary Output _Data Value
Range 0000-003F, bitmask BO1-BO6 (bit0=BO1...bit5=BO6). Es.: 0x0001=solo BO1, 0x003F=tutti i canali. Default 0.
bf_rec_trip_with_binary_output_data_value3uint1611—R/W—
7168
LED 1 Config
0000=Non-Inverted Hold, 0002=Non-Inverted Self Reset.
led_1_config3uint1611—R/W—
7169
LED 2 Config
0000=Non-Inverted Hold, 0002=Non-Inverted Self Reset.
led_2_config3uint1611—R/W—
7170
LED 3 Config
0000=Non-Inverted Hold, 0002=Non-Inverted Self Reset.
led_3_config3uint1611—R/W—
7171
LED 4 Config
0000=Non-Inverted Hold, 0002=Non-Inverted Self Reset.
led_4_config3uint1611—R/W—
7172
LED 5 Config
0000=Non-Inverted Hold, 0002=Non-Inverted Self Reset.
led_5_config3uint1611—R/W—
7188
I> Start (stadio 1)
Range 0000-001F, bitmask LED1-LED5 (bit0=LED1...bit4=LED5).
i_start_stadio_13uint1611—R/W—
7189
I>> Start (stadio 2)
Range 0000-001F, bitmask LED1-LED5 (bit0=LED1...bit4=LED5).
i_start_stadio_23uint1611—R/W—
7190
I>>> Start (stadio 3)
Range 0000-001F, bitmask LED1-LED5 (bit0=LED1...bit4=LED5).
i_start_stadio_33uint1611—R/W—
7191
I0> Start (stadio 1)
Range 0000-001F, bitmask LED1-LED5 (bit0=LED1...bit4=LED5).
i0_start_stadio_13uint1611—R/W—
7192
I0>> Start (stadio 2)
Range 0000-001F, bitmask LED1-LED5 (bit0=LED1...bit4=LED5).
i0_start_stadio_23uint1611—R/W—
7193
I> Trip (stadio 1)
Range 0000-001F, bitmask LED1-LED5 (bit0=LED1...bit4=LED5).
i_trip_stadio_13uint1611—R/W—
7194
I>> Trip (stadio 2)
Range 0000-001F, bitmask LED1-LED5 (bit0=LED1...bit4=LED5).
i_trip_stadio_23uint1611—R/W—
7195
I>>> Trip (stadio 3)
Range 0000-001F, bitmask LED1-LED5 (bit0=LED1...bit4=LED5).
i_trip_stadio_33uint1611—R/W—
7196
I0> Trip (stadio 1)
Range 0000-001F, bitmask LED1-LED5 (bit0=LED1...bit4=LED5).
i0_trip_stadio_13uint1611—R/W—
7197
I0>> Trip (stadio 2)
Range 0000-001F, bitmask LED1-LED5 (bit0=LED1...bit4=LED5).
i0_trip_stadio_23uint1611—R/W—
7198
TCS (LED mapping)
Range 0000-001F, bitmask LED1-LED5 (bit0=LED1...bit4=LED5).
tcs_led_mapping3uint1611—R/W—
7199
SIGNAL 1 (LED mapping)
Range 0000-001F, bitmask LED1-LED5 (bit0=LED1...bit4=LED5).
signal_1_led_mapping3uint1611—R/W—
7200
SIGNAL 2 (LED mapping)
Range 0000-001F, bitmask LED1-LED5 (bit0=LED1...bit4=LED5).
signal_2_led_mapping3uint1611—R/W—
7201
SIGNAL 3 (LED mapping)
Range 0000-001F, bitmask LED1-LED5 (bit0=LED1...bit4=LED5).
signal_3_led_mapping3uint1611—R/W—
7202
I2>Start
Range 0000-001F, bitmask LED1-LED5 (bit0=LED1...bit4=LED5).
i2_start3uint1611—R/W—
7203
I2>Trip
Range 0000-001F, bitmask LED1-LED5 (bit0=LED1...bit4=LED5).
i2_trip3uint1611—R/W—
7204
I2/I1>Start
Range 0000-001F, bitmask LED1-LED5 (bit0=LED1...bit4=LED5).
i2_i1_start3uint1611—R/W—
7205
I2/I1>Trip
Range 0000-001F, bitmask LED1-LED5 (bit0=LED1...bit4=LED5).
i2_i1_trip3uint1611—R/W—
7206
3 Ith > Trip
Range 0000-001F, bitmask LED1-LED5 (bit0=LED1...bit4=LED5).
3_ith_trip3uint1611—R/W—
7207
3 Ith > Alarm
Range 0000-001F, bitmask LED1-LED5 (bit0=LED1...bit4=LED5).
3_ith_alarm3uint1611—R/W—
7208
3 Ith > BlkCl
Range 0000-001F, bitmask LED1-LED5 (bit0=LED1...bit4=LED5).
3_ith_blkcl3uint1611—R/W—
7209
0->I Close
Range 0000-001F, bitmask LED1-LED5 (bit0=LED1...bit4=LED5).
0_i_close3uint1611—R/W—
7210
0->I InPro
Range 0000-001F, bitmask LED1-LED5 (bit0=LED1...bit4=LED5).
0_i_inpro3uint1611—R/W—
7211
0->I Final Tr
Range 0000-001F, bitmask LED1-LED5 (bit0=LED1...bit4=LED5).
0_i_final_tr3uint1611—R/W—
7212
0->I Blocked
Range 0000-001F, bitmask LED1-LED5 (bit0=LED1...bit4=LED5).
0_i_blocked3uint1611—R/W—
7213
BF Stage 1
Range 0000-001F, bitmask LED1-LED5 (bit0=LED1...bit4=LED5).
bf_stage_13uint1611—R/W—
7214
BF Stage 2
Range 0000-001F, bitmask LED1-LED5 (bit0=LED1...bit4=LED5).
bf_stage_23uint1611—R/W—
7215
BF RecTrip (LED mapping)
Range 0000-001F, bitmask LED1-LED5 (bit0=LED1...bit4=LED5).
bf_rectrip_led_mapping3uint1611—R/W—

Leggi questi registri via API

curl https://busbabel.vercel.app/api/devices/abb/ref601-rej601/registers?version=v1