Electrex PFA7411-12 Istruzioni per l'installazione - Pagina 2
Sfoglia online o scarica il pdf Istruzioni per l'installazione per Trasduttore Electrex PFA7411-12. Electrex PFA7411-12 4. Transducer / analyzer
Stampa la paginaINPUT REGISTERS
200 2 F Phase to Neutral Voltage, THD
202 2 F Phase to Neutral Voltage, THD
204 2 F Phase to Neutral Voltage, THD
206 2 F Phase to Phase Voltage, THD
208 2 F Phase to Phase Voltage, THD
210 2 F Phase to Phase Voltage, THD
212 2 F Phase Current, THD
214 2 F Phase Current, THD
216 2 F Phase Current, THD
218 2 F Frequency of U1N
220 2 F Phase to Neutral Voltage, RMS Amplitude
222 2 F Phase to Neutral Voltage, RMS Amplitude
224 2 F Phase to Neutral Voltage, RMS Amplitude
226 2 F Phase to Phase Voltage, RMS Amplitude
228 2 F Phase to Phase Voltage, RMS Amplitude
230 2 F Phase to Phase Voltage, RMS Amplitude
232 2 F Phase Current, RMS Amplitude
234 2 F Phase Current, RMS Amplitude
236 2 F Phase Current, RMS Amplitude
238 2 F Neutral Current, RMS Amplitude
240 2 F Phase Active Power (+/-)
242 2 F Phase Active Power (+/-)
244 2 F Phase Active Power (+/-)
246 2 F Phase Reactive Power (+/-)
248 2 F Phase Reactive Power (+/-)
250 2 F Phase Reactive Power (+/-)
252 2 F Phase Apparent Power
254 2 F Phase Apparent Power
256 2 F Phase Apparent Power
258 2 F Phase Power Factor (+/-)
260 2 F Phase Power Factor (+/-)
262 2 F Phase Power Factor (+/-)
264 2 F Phase to Neutral Voltage, Mean THD
266 2 F Phase to Phase Voltage, Mean THD
268 2 F Phase Current, Mean THD
270 2 F Phase to Neutral Voltage, Mean RMS Amplitude
272 2 F Phase to Phase Voltage, Mean RMS Amplitude
274 2 F Three phase current, RMS Amplitude
276 2 F Total active power (+/-)
278 2 F Total reactive power (+/-)
280 2 F Total apparent power
282 2 F Total power factor (+/-)
284 2 F Internal Temperature, °C
286 2 F Internal Temperature, °F
288 2 F Phase to Neutral Voltage, RMS Amplitude, MIN
290 2 F Phase to Neutral Voltage, RMS Amplitude, MIN
292 2 F Phase to Neutral Voltage, RMS Amplitude, MIN
294 2 F Phase to Neutral Voltage, RMS Amplitude, MAX
296 2 F Phase to Neutral Voltage, RMS Amplitude, MAX
298 2 F Phase to Neutral Voltage, RMS Amplitude, MAX
300 2 F Phase to Phase Voltage, RMS Amplitude, MIN
302 2 F Phase to Phase Voltage, RMS Amplitude, MIN
304 2 F Phase to Phase Voltage, RMS Amplitude, MIN
306 2 F Phase to Phase Voltage, RMS Amplitude, MAX
308 2 F Phase to Phase Voltage, RMS Amplitude, MAX
310 2 F Phase to Phase Voltage, RMS Amplitude, MAX
312 2 F Phase Current, RMS Amplitude, MAX
314 2 F Phase Current, RMS Amplitude, MAX
316 2 F Phase Current, RMS Amplitude, MAX
318 2 F Neutral Current, RMS Amplitude, MAX
320 2 F Phase Active Power, Import, MAX
322 2 F Phase Active Power, Import, MAX
324 2 F Phase Active Power, Import, MAX
326 2 F Phase Active Power, Export, MAX
328 2 F Phase Active Power, Export, MAX
330 2 F Phase Active Power, Export, MAX
332 2 F Phase Current, RMS Amplitude, AVG
334 2 F Phase Current, RMS Amplitude, AVG
336 2 F Phase Current, RMS Amplitude, AVG
338 2 F Phase Current, RMS Amplitude, MD
340 2 F Phase Current, RMS Amplitude, MD
342 2 F Phase Current, RMS Amplitude, MD
344 2 F Total imported active power, AVG
346 2 F Total imported inductive power, AVG
348 2 F Total imported capacitive power, AVG
350 2 F Total imported apparent power, AVG
352 2 F Total exported active power, AVG
354 2 F Total exported inductive power, AVG
356 2 F Total exported capacitive power, AVG
358 2 F Total exported apparent power, AVG
360 2 F Total imported active power, MD
362 2 F Total imported inductive power, MD
364 2 F Total imported capacitive power, MD
366 2 F Total imported apparent power, MD
368 2 F Total exported active power, MD
370 2 F Total exported inductive power, MD
372 2 F Total exported capacitive power, MD
374 2 F Total exported apparent power, MD
376 2 F External Pulse Counter, With Weight, Total counter or Tariff T1
384 2 F External Pulse Counter, With Weight, Partial Counter or Tariff T2
392 2 I External Pulse Counter, Total counter or Tariff T1
400 2 I Lifetimer, Total counter
402 2 I External Pulse Counter, Partial Counter or Tariff T2
410 2 I Lifetimer, Partial Counter or Conditional Counter
412 2 I Total imported active energy, Total counter or Tariff T1
414 2 I Total imported inductive energy, Total counter or Tariff T1
416 2 I Total imported capacitive energy, Total counter or Tariff T1
418 2 I Total imported apparent energy, Total counter or Tariff T1
420 2 I Total exported active energy, Total counter or Tariff T1
422 2 I Total exported inductive energy, Total counter or Tariff T1
424 2 I Total exported capacitive energy, Total counter or Tariff T1
426 2 I Total exported apparent energy, Total counter or Tariff T1
428 2 I Total imported active energy, Partial Counter or Tariff T2
430 2 I Total imported inductive energy, Partial Counter or Tariff T2
432 2 I Total imported capacitive energy, Partial Counter or Tariff T2
434 2 I Total imported apparent energy, Partial Counter or Tariff T2
436 2 I Total exported active energy, Partial Counter or Tariff T2
438 2 I Total exported inductive energy, Partial Counter or Tariff T2
440 2 I Total exported capacitive energy, Partial Counter or Tariff T2
442 2 I Total exported apparent energy, Partial Counter or Tariff T2
444 2 I Phase imported active energy
446 2 I Phase imported active energy
448 2 I Phase imported active energy
THD U1N
[%]
450 2 I Phase imported inductive energy
THD U2N
[%]
452 2 I Phase imported inductive energy
THD U3N
[%]
454 2 I Phase imported inductive energy
THD U12
[%]
456 2 I Phase imported capacitive energy
THD U23
[%]
458 2 I Phase imported capacitive energy
THD U31
[%]
460 2 I Phase imported capacitive energy
THD I1
[%]
462 2 I Phase imported apparent energy
THD I2
[%]
464 2 I Phase imported apparent energy
THD I3
[%]
466 2 I Phase imported apparent energy
f
[Hz]
468 2 I Phase exported active energy
U1N
[V]
470 2 I Phase exported active energy
U2N
[V]
472 2 I Phase exported active energy
U3N
[V]
474 2 I Phase exported inductive energy
U12
[V]
476 2 I Phase exported inductive energy
U23
[V]
478 2 I Phase exported inductive energy
U31
[V]
480 2 I Phase exported capacitive energy
I1
[A]
482 2 I Phase exported capacitive energy
I2
[A]
484 2 I Phase exported capacitive energy
I3
[A]
486 2 I Phase exported apparent energy
IN
[A]
488 2 I Phase exported apparent energy
P1
[W]
490 2 I Phase exported apparent energy
P2
[W]
492 1 B Digital Inputs Status
P3
[W]
494 1 B Alarms Status (simple)
Q1
[var]
495 1 B Alarms Status (combined)
Q2
[var]
496 4 I Total imported active energy, Total counter or Tariff T1
Q3
[var]
500 4 I Total imported inductive energy, Total counter or Tariff T1
S1
[VA]
504 4 I Total imported capacitive energy, Total counter or Tariff T1
S2
[VA]
508 4 I Total imported apparent energy, Total counter or Tariff T1
S3
[VA]
512 4 I Total exported active energy, Total counter or Tariff T1
PF1
[-]
516 4 I Total exported inductive energy, Total counter or Tariff T1
PF2
[-]
520 4 I Total exported capacitive energy, Total counter or Tariff T1
PF3
[-]
524 4 I Total exported apparent energy, Total counter or Tariff T1
THD Ul
[%]
528 4 I Total imported active energy, Partial Counter or Tariff T2
THD UD
[%]
532 4 I Total imported inductive energy, Partial Counter or Tariff T2
THD I
[%]
536 4 I Total imported capacitive energy, Partial Counter or Tariff T2
Ul
[V]
540 4 I Total imported apparent energy, Partial Counter or Tariff T2
UD
[V]
544 4 I Total exported active energy, Partial Counter or Tariff T2
I
[A]
548 4 I Total exported inductive energy, Partial Counter or Tariff T2
PS
[W]
552 4 I Total exported capacitive energy, Partial Counter or Tariff T2
QS
[var]
556 4 I Total exported apparent energy, Partial Counter or Tariff T2
SS
[VA]
560 4 I Phase imported active energy
PFS
[-]
564 4 I Phase imported active energy
T
[°C]
568 4 I Phase imported active energy
T
[°F]
572 4 I Phase imported inductive energy
U1N MIN
[A]
576 4 I Phase imported inductive energy
U2N MIN
[A]
580 4 I Phase imported inductive energy
U3N MIN
[A]
U1N MAX
[A]
U2N MAX
[A]
U3N MAX
[A]
U12 MIN
[A]
U23 MIN
[A]
U31 MIN
[A]
U12 MAX
[A]
100 2 I
Primario TV
U23 MAX
[A]
102 1 I
Secondario TV
U31 MAX
[A]
103 1 I
Primario TA
I1 MAX
[A]
(Non usato se versione 70A)
I2 MAX
[A]
104 1 I
Secondario TA
I3 MAX
[A]
(Fondo scala corrente se
IN MAX
[A]
versione 70A)
P1+ MAX
[A]
105 1 B Modalità inserzione
P2+ MAX
[A]
P3+ MAX
[A]
P1- MAX
[A]
P2- MAX
[A]
106 1 I
Integration Time for Power
P3- MAX
[A]
107 1 I
Integration Time for Current
I1 AVG
[A]
109 1 B Life Timer 2 (partial)
I2 AVG
[A]
I3 AVG
[A]
I1 MD
[A]
I2 MD
[A]
I3 MD
[A]
P+ AVG
[W]
110 1 B Energy Counters set 1 (totals) Bit 0-1 = selezione ingresso comando
Qind+ AVG [var]
Qcap+ AVG [var]
S+ AVG
[VA]
111 1 B Energy Counters set 2
P- AVG
[W]
(partials)
Qind- AVG
[var]
Qcap- AVG [var]
112 2 F Multiplier CNT1
S- AVG
[VA]
120 2 I
Measure unit CNT1
P+ MD
[W]
128 1 I
Total counters set symbol
Qind+ MD
[var]
129 1 I
Partial counters set symbol
Qcap+ MD
[var]
135 1 I
Pulse output 1 measure
S+ MD
[VA]
selection
P- MD
[W]
Qind- MD
[var]
Qcap- MD
[var]
S- MD
[VA]
136 1 I
Pulse length output 1
CNT1 S
137 2 I
Pulse weight output 1
CNT1 P
139 1 I
Pulse output 2 measure
CNT1 S
[-]
selection
TIME S
[s]
140 1 I
Pulse length output 2
CNT1 P
[-]
141 2 I
Pulse weight output 2
TIME P
[s]
151 1 B Confi guration DI 1
Ea S +
[kWh/10]
Er Ind S +
[kvarh/10]
Er Cap S + [kvarh/10]
Es S +
[kVAh/10]
Ea S -
[kWh/10]
Er Ind S -
[kvarh/10]
Er Cap S -
[kvarh/10]
Es S -
[kVAh/10]
Ea P +
[kWh/10]
155 1 B Confi guration DO 1
Er Ind P +
[kvarh/10]
Er Cap P + [kvarh/10]
Es P +
[kVAh/10]
Ea P -
Er Ind P -
Er Cap P -
Es P -
Ea+ L1
Ea+ L2
Ea+ L3
Er Ind + L1 [kvarh/10]
Er Ind + L2 [kvarh/10]
Er Ind + L3 [kvarh/10]
Er Cap + L1 [kvarh/10]
Er Cap + L2 [kvarh/10]
Er Cap + L3 [kvarh/10]
Es + L1
Es + L2
Es + L3
Ea- L1
Ea- L2
Ea- L3
Er Ind - L1
Er Ind - L2
Er Ind - L3
Er Cap - L1 [kvarh/10]
Er Cap - L2 [kvarh/10]
Er Cap - L3 [kvarh/10]
Es - L1
Es - L2
Es - L3
DI
ALS
ALC
Ea S +
Er Ind S +
Er Cap S + [varh/10]
Es S +
Ea S -
Er Ind S -
Er Cap S -
Es S -
Ea P +
Er Ind P +
Er Cap P + [varh/10]
Es P +
Ea P -
Er Ind P -
Er Cap P -
Es P -
Ea+ L1
Ea+ L2
Ea+ L3
Er Ind + L1 [varh/10]
Er Ind + L2 [varh/10]
Er Ind + L3 [varh/10]
Holding Registers
from 1 to 400000 V
from 1 to 999 V
from 1 to 10000 A
1 o 5 A
(14 o 70 se versione 70A con TA esterni. In tale versione, i
registri 103 e 104 puntano allo stesso parametro)
Bit 7 = Abilita Export
Bit 0-3 = modalità di inserzione:
0x00 // 0 = 1P,
0x01 // 1 = 2P
0x02 // 2 = 3P_4W, 0x03 // 3 = 3P_3W_2CT
from 1 to 60 min
from 1 to 60 min
Bit 0-1 = selezione ingresso comando (0-4, 0=disabilita
comando esterno)
Bit 4 = Comando da canale allarme (0=comando da
ingresso digitale, 1=comando da allarme)
Bit 7 = inverte polarità comando (0=conta se comando
attivo, 1=conta se comando non attivo)
Bit 4 = Comando da canale allarme
Bit 7 = inverte polarità comando
Bit 0-1 = selezione ingresso comando
Bit 4 = Comando da canale allarme
Bit 7 = inverte polarità comando
Se 0, disabilita contatore impulsi CNT1
4 caratteri ASCII da 0x30 a 0x39 e da 0x41 a 0x5A
2 caratteri ASCII da 0x30 a 0x39 e da 0x41 a 0x5A
2 caratteri ASCII da 0x30 a 0x39 e da 0x41 a 0x5A
Bit 0-2 = Indice potenza (0=Pimp, 1=QindImp, 2=QcapImp,
3=Simp, 4=Pexp, 5=QindExp, 6=QcapExp, 7=Sexp
Bit 7 = Valore a secondario TA/TV
es: 0x00, 0x01, 0x02...=primario; 0x80, 0x81, 0x82...
=secondario
from 50 to 1000 ms
in Wh/100, da 1 a 100000000
Bit 0-2 = Indice potenza
Bit 7 = Secondario
from 50 to 1000 ms
in Wh/100, from 1 to 100000000
Bit 0 = Durata minima chiusura (0=5ms, 1=50ms)
Bit 4 = Durata minima apertura (0=5ms, 1=50ms)
Bit 11 = Inverte stato (non ha eff etto sulla funzione
contaimpulsi; il contatore si incrementa SEMPRE alla
chiusura del contatto)
es:
0x0000 -> max frequenza impulsi = 100Hz (dritto)
0x0011 -> max frequenza impulsi = 10Hz (dritto)
0x0811 -> max frequenza impulsi = 10Hz (invertito)
Bit 0-1 = Modo (0=comando modbus, 1=allarme, 2=impulsi)
Bit 7 = Normalmente chiuso
[kWh/10]
[kvarh/10]
[kvarh/10]
[kVAh/10]
[kWh/10]
[kWh/10]
[kWh/10]
[kvarh/10]
[kvarh/10]
[kvarh/10]
[kWh/10]
[kWh/10]
[kWh/10]
[kvarh/10]
[kvarh/10]
[kvarh/10]
[kvarh/10]
[kvarh/10]
[kvarh/10]
[-]
[-]
[-]
[Wh/10]
[varh/10]
[VAh/10]
[Wh/10]
[varh/10]
[varh/10]
[VAh/10]
[Wh/10]
[varh/10]
[VAh/10]
[Wh/10]
[varh/10]
[varh/10]
[VAh/10]
[Wh/10]
[Wh/10]
[Wh/10]