DIRCI 04 DIRCI 04 Di Di gital gital R R egulator egulator with with C C ustomer ustomer I I nterface nterface VIA ROMA, 20 - I-36051 CREAZZO (VI) ITALY VIA ROMA, 20 - I-36051 CREAZZO (VI) ITALY PHONE ++39-0444-396111 - FAX ++39-0444- 390908 PHONE ++39-0444-396111 - FAX ++39-0444- 390908 www.meccalte.com E-mail: mecc-alte- www.meccalte.com E-mail: mecc-alte- [email protected][email protected]
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DIRCI 04Digital Regulator with Customer Interface DIRCI 04 Digital Regulator with Customer Interface VIA ROMA, 20 - I-36051 CREAZZO (VI) ITALY PHONE ++39-0444-396111.
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/***********************************************************//* *//* MECC ALTE S.p.A. - DIRCI04 *//* Regolatore Digitale per Alternatori Sincroni *//* *//* Copyright 2004 Mecc Alte S.p.A. *//* Tutti i diritti sono riservati *//* Le informazioni contenute sono di esclusiva proprietà *//* di Mecc Alte S.p.A.. L'uso, la copia, il trasferimento *//* o la visione di una qualunque parte di esse è vietato. *//* a meno di una esplicita autorizzazione scritta da parte *//* di Mecc Alte S.p.A. *//* *//* Software *//* File: <filename>.<extension> *//* *//***********************************************************/
/***********************************************************//* *//* MECC ALTE S.p.A. - DIRCI04 *//* Regolatore Digitale per Alternatori Sincroni *//* *//* Copyright 2004 Mecc Alte S.p.A. *//* Tutti i diritti sono riservati *//* Le informazioni contenute sono di esclusiva proprietà *//* di Mecc Alte S.p.A.. L'uso, la copia, il trasferimento *//* o la visione di una qualunque parte di esse è vietato. *//* a meno di una esplicita autorizzazione scritta da parte *//* di Mecc Alte S.p.A. *//* *//* Software *//* File: <filename>.<extension> *//* *//***********************************************************/
/***********************************************************//* *//* MECC ALTE S.p.A. - DIRCI04 *//* Regolatore Digitale per Alternatori Sincroni *//* *//* Copyright 2004 Mecc Alte S.p.A. *//* Tutti i diritti sono riservati *//* Le informazioni contenute sono di esclusiva proprietà *//* di Mecc Alte S.p.A.. L'uso, la copia, il trasferimento *//* o la visione di una qualunque parte di esse è vietato. *//* a meno di una esplicita autorizzazione scritta da parte *//* di Mecc Alte S.p.A. *//* *//* Software *//* File: <filename>.<extension> *//* *//***********************************************************/
/***********************************************************//* *//* MECC ALTE S.p.A. - DIRCI04 *//* Regolatore Digitale per Alternatori Sincroni *//* *//* Copyright 2004 Mecc Alte S.p.A. *//* Tutti i diritti sono riservati *//* Le informazioni contenute sono di esclusiva proprietà *//* di Mecc Alte S.p.A.. L'uso, la copia, il trasferimento *//* o la visione di una qualunque parte di esse è vietato. *//* a meno di una esplicita autorizzazione scritta da parte *//* di Mecc Alte S.p.A. *//* *//* Software *//* File: <filename>.<extension> *//* *//***********************************************************/
/***********************************************************//* *//* MECC ALTE S.p.A. - DIRCI04 *//* Regolatore Digitale per Alternatori Sincroni *//* *//* Copyright 2004 Mecc Alte S.p.A. *//* Tutti i diritti sono riservati *//* Le informazioni contenute sono di esclusiva proprietà *//* di Mecc Alte S.p.A.. L'uso, la copia, il trasferimento *//* o la visione di una qualunque parte di esse è vietato. *//* a meno di una esplicita autorizzazione scritta da parte *//* di Mecc Alte S.p.A. *//* *//* Software *//* File: <filename>.<extension> *//* *//***********************************************************/
Voltage supply: 30Vac÷280VacFrequency range: 12Hz ÷ 72HzSensing 0÷900 Vac Maximum current: 5Adc; up to 15Adc during a transient conditionVoltage regulation accuracy: ±0,25%
Voltage supply: 30Vac÷280VacFrequency range: 12Hz ÷ 72HzSensing 0÷900 Vac Maximum current: 5Adc; up to 15Adc during a transient conditionVoltage regulation accuracy: 0,25%Voltage recovery within ± 3% of the original value tr< 300msec
Voltage supply: 30Vac÷280VacFrequency range: 12Hz ÷ 72HzSensing 0÷900 Vac Maximum current: 5Adc; up to 15Adc during a transient conditionVoltage regulation accuracy: 0,25%Voltage recovery within 3% of the original value tr< 300msecSingle or 3or loaded phase sensing
Voltage supply: 30Vac÷280VacFrequency range: 12Hz ÷ 72HzSensing 0÷900 Vac Maximum current: 5Adc; up to 15Adc during a transient conditionVoltage regulation accuracy: 0,25%Voltage recovery within 3% of the original value tr< 300msecSingle or 3or loaded phase sensing Regulation on the minimum or maximum of 3-phase voltage or the average of the 3 phases
Voltage supply: 30Vac÷280VacFrequency range: 12Hz ÷ 72HzSensing 0÷900 Vac Maximum current: 5Adc; up to 15Adc during a transient conditionVoltage regulation accuracy: 0,25%Voltage recovery within 3% of the original value tr< 300msecSingle or 3or loaded phase sensing Regulation on the minimum or maximum of 3-phase voltage or the average of the 3 phasesDefault settings: VOLT, STAB, AMP, HZ by trimmer, 50/60Hz by jumper. All the values are adjustable via software
Voltage supply: 30Vac÷280VacFrequency range: 12Hz ÷ 72HzSensing 0÷900 Vac Maximum current: 5Adc; up to 15Adc during a transient conditionVoltage regulation accuracy: 0,25%Voltage recovery within 3% of the original value tr< 300msecSingle or 3or loaded phase sensing Regulation on the minimum or maximum of 3-phase voltage or the average of the 3 phasesDefault settings: VOLT, STAB, AMP, HZ by trimmer, 50/60Hz by jumper. All the values are adjustable via softwareAnalogical remote control of the output voltage by a potentiometer or dc voltage (-5Vdc ÷ +5Vdc)
Voltage supply: 30Vac÷280VacFrequency range: 12Hz ÷ 72HzSensing 0÷900 Vac Maximum current: 5Adc; up to 15Adc during a transient conditionVoltage regulation accuracy: 0,25%Voltage recovery within 3% of the original value tr< 300msecSingle or 3or loaded phase sensing Regulation on the minimum or maximum of 3-phase voltage or the average of the 3 phasesDefault settings: VOLT, STAB, AMP, HZ by trimmer, 50/60Hz by jumper. All the values are adjustable via softwareAnalogical remote control of the output voltage by a potentiometer or dc voltage (-5Vdc ÷ +5Vdc)Visualization by 7-segment display
Voltage supply: 30Vac÷280VacFrequency range: 12Hz ÷ 72HzSensing 0÷900 Vac Maximum current: 5Adc; up to 15Adc during a transient conditionVoltage regulation accuracy: 0,25%Voltage recovery within 3% of the original value tr< 300msecSingle or 3or loaded phase sensing Regulation on the minimum or maximum of 3-phase voltage or the average of the 3 phasesDefault settings: VOLT, STAB, AMP, HZ by trimmer, 50/60Hz by jumper. All the values are adjustable via softwareAnalogical remote control of the output voltage by a potentiometer or dc voltage (-5Vdc ÷ +5Vdc)Visualization by 7-segment displayRS232 and RS485
Voltage supply: 30Vac÷280VacFrequency range: 12Hz ÷ 72HzSensing 0÷900 Vac Maximum current: 5Adc; up to 15Adc during a transient conditionVoltage regulation accuracy: 0,25%Voltage recovery within 3% of the original value tr< 300msecSingle or 3or loaded phase sensing Regulation on the minimum or maximum of 3-phase voltage or the average of the 3 phasesDefault settings: VOLT, STAB, AMP, HZ by trimmer, 50/60Hz by jumper. All the values are adjustable via softwareAnalogical remote control of the output voltage by a potentiometer or dc voltage (-5Vdc ÷ +5Vdc)Visualization by 7-segment displayRS232 and RS485
Voltage supply: 30Vac÷280VacFrequency range: 12Hz ÷ 72HzSensing 0÷900 Vac Maximum current: 5Adc; up to 15Adc during a transient conditionVoltage regulation accuracy: 0,25%Voltage recovery within 3% of the original value tr< 300msecSingle or 3or loaded phase sensing Regulation on the minimum or maximum of 3-phase voltage or the average of the 3 phasesDefault settings: VOLT, STAB, AMP, HZ by trimmer, 50/60Hz by jumper. All the values are adjustable via softwareAnalogical remote control of the output voltage by a potentiometer or dc voltage (-5Vdc ÷ +5Vdc)Visualization by 7-segment displayRS232 and RS485
Ambient temperature: -25°C +70°C Embedded PD, VAR & PFR
Threshold value is adjustable by AMP trimmer or via software at address 23. Estimated temperature (Vc%) is available at address 89.The excitation current is reduced by the regulator when the temperature (exponential line) reaches the threshold (horizontal line). R and C values are fixed.
ADD Parameter Description Range R/W Default UTP SAT USR LVL
... ... ... 26 PD Gain (7FFF-> 5%; 0->0) 0..32767 R/W 20000 Y Y Y 1 27 Mask 1, parallel switch off 16bit R/W 65535 Y Y Y 1 28 Mask 2, parallel switch off 16bit R/W 1152° Y Y Y 1 ... ... ... 33 PFR regulator gain 0..32767 R/W 2000 Y Y Y 2 34 Input configuration 16bit R/W 0 Y Y Y 2 ... ... ... 40 Reference of PFR reactive power +- 32767 R/W 0 41 PFR reference: COSPHI [0 => cosφ = 1;
•PSwEn Mask: PAR_SW_EN = (Word alarms) AND (Mask alarms)PAR_SW_EN = (Word alarms) AND (Mask alarms)
Addr. Variable Contents B 15 B 14 B 13 B 12 B 11 B 10 B 9 B 8 B 7 B 6 B 5 B 4 B 3 B 2 B 1 B 0
56 W_ALL 1 Word Allarms 1 A 16 A 15 A 14 A 13 A 12 A 11 A 10 A 9 A 8 A 7 A 6 A 5 A 4 A 3 A 2 A 1
27 MASK1_PAR_OPEN Mask Allarms 1 M 16 M 15 M 14 M 13 M 12 M 11 M 10 M 9 M 8 M 7 M 6 M 5 M 4 M 3 M 2 M 1
57 W_ALL 2 Word Allarms 2 - - - - - A 27 A 26 A 25 A 24 A 23 A 22 A 21 A 20 A 19 A 18 A 17
28 MASK1_PAR_OPEN Mask Allarms 2 - - - - - M 27 M 26 M 25 M 24 M 23 M 22 M 21 M 20 M 19 M 18 M 17
Add. 56 (57)Add. 56 (57) Add. 27 (28)Add. 27 (28)
ADD Parameter Description Range R/W Default UTP SAT USR LVL
... ... ... 26 PD Gain (7FFF-> 5%; 0->0) 0..32767 R/W 20000 Y Y Y 1 27 Mask 1, parallel switch off 16bit R/W 65535 Y Y Y 1 28 Mask 2, parallel switch off 16bit R/W 1152° Y Y Y 1 ... ... ... 33 PFR regulator gain 0..32767 R/W 2000 Y Y Y 2 34 Input configuration 16bit R/W 0 Y Y Y 2 ... ... ... 40 Reference of PFR reactive power +- 32767 R/W 0 41 PFR reference: COSPHI [0 => cosφ = 1;
ADD Parameter Description Range R/W Default UTP SAT USR LVL
... ... ... 26 PD Gain (7FFF-> 5%; 0->0) 0..32767 R/W 20000 Y Y Y 1 27 Mask 1, parallel switch off 16bit R/W 65535 Y Y Y 1 28 Mask 2, parallel switch off 16bit R/W 1152° Y Y Y 1 ... ... ... 33 PFR regulator gain 0..32767 R/W 2000 Y Y Y 2 34 Input configuration 16bit R/W 0 Y Y Y 2 ... ... ... 40 Reference of PFR reactive power +- 32767 R/W 0 41 PFR reference: COSPHI [0 => cosφ = 1;
ADD Parameter Description Range R/W Default UTP SAT USR LVL
... ... ... 26 PD Gain (7FFF-> 5%; 0->0) 0..32767 R/W 20000 Y Y Y 1 27 Mask 1, parallel switch off 16bit R/W 65535 Y Y Y 1 28 Mask 2, parallel switch off 16bit R/W 1152° Y Y Y 1 ... ... ... 33 PFR regulator gain 0..32767 R/W 2000 Y Y Y 2 34 Input configuration 16bit R/W 0 Y Y Y 2 ... ... ... 40 Reference of PFR reactive power +- 32767 R/W 0 41 PFR reference: COSPHI [0 => cosφ = 1;
ADD Parameter Description Range R/W Default UTP SAT USR LVL
... ... ... 26 PD Gain (7FFF-> 5%; 0->0) 0..32767 R/W 20000 Y Y Y 1 27 Mask 1, parallel switch off 16bit R/W 65535 Y Y Y 1 28 Mask 2, parallel switch off 16bit R/W 1152° Y Y Y 1 ... ... ... 33 PFR regulator gain 0..32767 R/W 2000 Y Y Y 2 34 Input configuration 16bit R/W 0 Y Y Y 2 ... ... ... 40 Reference of PFR reactive power +- 32767 R/W 0 41 PFR reference: COSPHI [0 => cosφ = 1;
N. Descrizione evento Azione PSw_En Ripristino EEPROM Display
1 Checksum EEprom Ripristino dati default; Blocco OFF OFF/ON AL, N N A-012 Perdita del riferimento APO, Blocco OFF OFF/ON AL, N N A-02
3 Rottura ponte rotante APO, Blocco (ritardato) opzionale OFF (4) OFF/ON AL, N N , D D , TT A-034 Sovratensione (@ ω N) APO OFF AUTO AL, N N , D D , TT A-04
5 Sottotensione (@ ω N) APO OFF AUTO AL A-056 Corto circuito APO, Blocco con ritardo progr. OFF AUTO - OFF/ON AL, N N , D D , TT A-06
7 Sovracorrente di eccitazione APO, R iduzione angolo d ’innesco OFF AUTO AL, N N , D D , TT A-078 Sovracorrente fase U(3) APO ON AUTO AL, N N , D D , TT A-089 Sovracorrente fase V(3) APO ON AUTO AL, N N , D D , TT A-09
10 Sovracorrente fase W(3) APO ON AUTO AL, N N , D D , TT A-1011 Sovraccarico = OR [8,9,10] APO ritardato (2) ON AUTO AL, N N , D D , TT A-1112 Temperatura limite (70°C) APO ON AUTO AL, N N , D D , TT A-1213 Sovratem peratura reg. (85° C ) APO, Blocco del regolatore OFF OFF/ON AL, N N (9) A-13
14 Bassa velocità APO OFF AUTO AL A-1415 Sovravelocità APO OFF AUTO AL, N N , D D , TT A-1516 Perdita sonda termica (3) APO, Trascura 17÷22 ON AUTO AL, N N , D D , TT A-1617 Sovratemperatura sonda 1(3) APO ON AUTO AL, N N , D D , TT A-1718 Sovratemperatura sonda 2(3) APO ON AUTO AL, N N , D D , TT A-1819 Sovratemperatura sonda 3(3) APO ON AUTO AL, N N , D D , TT A-1920 Sovratemperatura sonda 4(3) APO ON AUTO AL, N N , D D , TT A-2021 Sovratemperatura sonda 5(3) APO ON AUTO AL, N N , D D , TT A-2122 Sovratemperatura sonda 6(3) APO ON AUTO AL, N N , D D , TT A-2223 Carico capacitivo APO ON AUTO AL, N N , D D , TT A-2324 No voltage matching APO OFF AUTO AL A-2425 Potenza Negativa APO ON AUTO AL, N N , D D , TT A-2526 Out of Range PFR APO ON AUTO AL, N N , D D , TT A-2627 Apertura forzata parallelo APO OFF OFF/ON AL, N N A-27
Refer to Dirci04 Instruction Manual Refer to Dirci04 Instruction Manual for a correct use and updated for a correct use and updated
technical information.technical information.
This information has to be only considered as a reference This information has to be only considered as a reference of DIRCI04 regulator. It is not exhaustive and could be not of DIRCI04 regulator. It is not exhaustive and could be not updated according to the last version available.updated according to the last version available.