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12

ENG

“FCR3 three-phase controller” +030222150 - rel. 1.3 - 12.01.2021

4.2  Advanced internal parameter 

programming

The parameters are programmed via a serial link by expert and trained 
personnel. This procedure for setting the parameters allows more specifi c 
functions to be selected than those available with manual setting.

Function

Variable

State

Description

Enable output override

WE
CO.1

0 :

Disable override of variable EOVR

1 :

Enable override of variable EOVR

Reset default values

FDEF
CO.7

0 :

No action

1 :

Reset default values (one time)

Save parameters

SAVE
CO.8

0 :

No action

1 :

Save the values to memory (one time)

Override input variable

IOVR
CO.9

0 :

No action

1 :

Enable override of input variable and use INMEM

Logic of digital inputs SW1+SW2

MODID
CO.10

0 :

Normally closed

1 :

Normally open

Override output variable

EOVR (1)
CO.11

0 :

No action

1 :

Enable override of output variable and use OUT MEM

Maximum temperature alarm threshold setting


HO.5

-30 -105

High temperature alarm value  (integer with sign)

Minimum temperature alarm threshold setting

TEMPALM-
HO.6

-30 -105

Low temperature alarm value  (integer with sign)

Input delay setting

DELAYINMEM
HO.8

0-100

Response time to an input step. The range of adjustment from 0-100% 
(clockwise) corresponds to setting the time from 0-10 sec 

Output in the event of alarms or timeout 

ALMO
HO.9

0/1/2

Select the output voltage in the event of alarm or serial line timeout and 
activate input override (0=0% , 1=50%, 2 = 100%)

Controller output from memory

OUTMEM
HO.10

0-100

Output voltage value in the case of override (EOVR=1)

Serial communication timeout

TIMOEOUTH|L
HR.11| HR.12

0-5 |0-255

Serial communication timeout beyond which the link LED goes off  and if 
input override is enabled, the ALMO output is activated (seconds)

Saving timeout 

 TIMESAVE
HO.13

0-255

Time for saving the parameters. After this time, if changes are made to the 
parameters, these are saved to memory (minutes)

Tab. 4.e 

(1) Modifi able only if WE=ON

4.3 Default 

settings

Manual/FCR parameters

Function

Manual Setting Parameter

Modbus Default Manual setting

Select type of setting

Dip S2.1

SEL

DI.1

OFF

Manual

Select type of analogue input Dip S2.2

None

None

OFF

0/10V

Select voltage/current input

Dip S2.3

None

None

OFF

Voltage

Select operating frequency

Dip S2.4

HZFCR

DI.2

OFF

50 Hz

Select operating curve

Dip S2.5

LINFCR

DI.3

OFF

Linear

Selection input mode

Dip S2.6

MINCUTFCR

DI.4

ON

Cut-off 

Baud rate

Dip S2.7

BAUD1FCR

DI.5

ON

19200 Baud

Dip S2.8

BAUD2FCR

DI.6

OFF

Serial address

Dip S1

SADDRFCR

IR.1

1

Device Address = 1

Input delay setting

TR3

DELAYFCR

IR.2

100%

100% = 10 sec; TR3 = 0-100% is DELAY = 100% and real delay = 10 sec

Maximum setting

TR2

MAXFCR

IR.3

100%

100%=100%; TR2=0-100% is MAXFCR=100%

Minimum setting

TR1

MINFCR

IR.4

40%

Position TR1 ==> 100% = 40% Vnom. (IR4=40%);  MINFC=40%

Anaolg Input

B/GND

INFCR

IR.6

0

Tab. 4.f 

Note

: The selection of memory parameters and manual setting is defi ne 

by the dip2.1 positioning: if ON = memory; if OFF = manual

Memory/Internal parameters

Function

Parameter

Modbus

Default

Enable output override

WE

CO.1

0

Disabled

Select operating frequency 

HZMEM

CO.2

0

50 Hz

Select operating curve

LINMEM

CO.3

0

Linear

Selection input mode

MINCUTMEM

CO.4

1

Cut-off 

Reset default values

FDEF

CO.7

0

Disabled

Save parameters

SAVE

CO.8

0

No action

Override input variable

IOVR

CO.9

0

Disabled

Logic of digital inputs SW1+SW2

MODID

CO.10

0

Normally closed

Override output variable

EOVR 

CO.11

0

Disabled 

Serial address

SADDR MEM

HR.1

0

No devices in default

Input delay setting 

DELAY MEM

HR.2

100

10 sec

Maximum setting

MAX MEM

HR.3

100

100% 

Minimum setting

MIN MEM

HR.4

40

40% 

Maximum temperature alarm threshold setting

HR.5

85

85°C

Minimum temperature alarm threshold setting

TEMPALM-

HR.6

-20 

-20°C

Input control

INMEM

HR.7

0

0% Off 

Input delay setting

DELAYINMEM

HR.8

100

10 sec

Output in the event of alarms or timeout 

ALMO

HR.9

0

0% Off 

Controller output from memory

OUTMEM

HR.10

0

0% Off 

Serial communication timeout

TIMOEOUTL|H

HR.11| HR.12

30 | 0

30 sec

Saving timeout 

TIMESAVE

HR.13

5

5 minutes 

Tab. 4.g 

Содержание FCR3

Страница 1: ...n c y S o l u t i o n s FCR3 NO POWER SIGNAL CABLES TOGETHER READ CAREFULLY IN THE TEXT Manuale d uso User manual regolatore di velocit trifase collegamento RS485 Modbus three phase speed controller R...

Страница 2: ......

Страница 3: ...e i meccanismi potrebbero subire danni irreparabili Non usare prodotti chimici corrosivi solventi o detergenti aggressivi per pulire il dispositivo Non utilizzare il prodotto in ambiti applicativi di...

Страница 4: ......

Страница 5: ...figurazione del massimo e del minimo 15 6 3 Funzione Minimo e Cut Off 15 6 4 Funzione Lineare e quadratica 16 6 5 Override dell uscita 16 6 6 Condizioni di allarme e relativa gestione 16 7 DESCRIZIONE...

Страница 6: ......

Страница 7: ...ostazione della uscita minima e massima Permette di fissare il campo di variazione dell uscita e quindi la velocit dei ventilatori in modo da soddisfare esigenze di minima velocit sostenibile e massim...

Страница 8: ...i materiali con cui realizzato l involucro garantiscono al regolatore un grado di protezione IP54 Fissaggio Il fissaggio avviene per mezzo di 4 viti Compatibilit elettromagnetica CE Il regolatore FCR...

Страница 9: ...ione di 10m salvo diversa indicazione Dimensionare la sezione dei conduttori di potenza in base alla corrente del carico e alla lunghezza dei cavi Nel caso si utilizzi cavo schermato per la connession...

Страница 10: ...one frequenza di funzionamento Dip S2 4 HZFCR DI 2 HZMEM CO 2 OFF 50Hz ON 60Hz Selezione curva di funzionamento Dip S2 5 LINFCR DI 3 LINMEM CO 3 OFF LIN curva lineare ON QUAD curva quadratica Selezion...

Страница 11: ...ON OFF ON ON ON OFF OFF 59 ON ON OFF ON ON ON OFF OFF 60 OFF OFF ON ON ON ON OFF OFF 61 ON OFF ON ON ON ON OFF OFF 62 OFF ON ON ON ON ON OFF OFF 63 ON ON ON ON ON ON OFF OFF Address 1 2 3 4 5 6 7 8 64...

Страница 12: ...memoria minuti Tab 4 e 1 Modificabile solo se WE ON 4 3 Impostazioni di default Parametri Manuali FCR Funzione Impost manuale Parametro Modbus Impostazione manuale di default Selezione tipo impostazio...

Страница 13: ...egnalazione del LED rosso per qualche secondo quindi verde indica la corretta conclusione della operazione Segnalazioni diverse o lampeggianti indicano che si sono verificati dei problemi vedi tabella...

Страница 14: ...tra selezione manuale e interna DELAY DELAYFCR INFOR IN IR 10 INMEM OFF ON DELAYMEM DELAYINMEM IOVR DIPS2 1 SEL Selezione B Analog Sel Dip S2 2 S2 3 GND 0 1 1 0 Fig 6 a Nella Figura 6 a evidenziato il...

Страница 15: ...zione Minimo cut da interno Dip S2 1 ON SEL IR 1 0 1 R 1 Selezione parameteri manuale 0 Interni 1 S2 1 Tab 6 e regolare la tensione dal 50 200V 400V al 100 La selezione tra un tipo o l altro avviene s...

Страница 16: ...M Descrizione Attivazione OUTFCR IR 9 0 100 0 1 Valore di uscita del regolatore EOVR 0 OUTMEM HR 10 0 100 0 1 Valore di uscita da meoria per sovrascrittura EOVR 1 EOVR CO 11 0 1 0 1 Sovrascrittura del...

Страница 17: ...6 k TEMPALM TEMPALM ALRTMP 0 ALRTMP 1 ALRTMP 1 3 C 3 C Fig 6 e Parametri associati Par Modb Range Def U M Descrizione TEMPER IR 6 20 100 C R 1 Lettura della sonda di temperatura TEMPALM HR 5 30 105 C...

Страница 18: ...ca della sovracrittura dell uscita quindi della variabile EOVR WE 0 modifica disabilitata WE 1 modifica abilitata HZMEM Selezione frequenza da parametro interno indirizzo Modbus read write coil 2 riso...

Страница 19: ...range 0 1 default R Parametro che permette di selezionare la modalit di risposta a segnale di regolazione nullo ovvero quando INFCR 0 o INMEM 0 MINCUTFCR 0 minimo MINCUTFCR 1 cutoff BAUD1FCR BAUD2FCR...

Страница 20: ...tardo nella rispota dell ingresso da memoria INMEM 0 100 0 10 sec ALMO valore di uscita in caso di allarme indirizzo Modbus read write holding register 9 risoluzione e unit di misura 1 range 0 1 2 def...

Страница 21: ...40 default R Valore di tensione minima all uscita 0 40 OUTMAX Valore uscita massimo indirizzo Modbus read input register 8 risoluzione e unit di misura 1 range 50 100 default R Valore di tensione mass...

Страница 22: ...nto 1 acceso DI15 16 14 16 0 1 R 1 Usi futuri HOLDING REGISTERS SADRMEM 1 1 255 1 1 Indirizzo dispositivo in seriale memorizzato da utilizzare nel caso di Dip S1 tutti ad OFF DELAYMEM 2 0 100 100 1 Va...

Страница 23: ...al valore definito dal parametro ALMO e le uscite digitali Lo stato di allarme disponibile via linea seriale 8 2 Segnalazioni La presenza di alimentazione indicata dall accensione del led verde Lo st...

Страница 24: ...slave risponde con Eccezione nei seguenti casi ECCEZIONE 2 Indirizzo della prima variabile richiesta 16 Indirizzo della prima variabile richiesta numero di variabili richieste 16 ECCEZIONE 3 Numero di...

Страница 25: ...F Morsetti e connettori Alimentazione e uscite analogiche Morsetti a vite per cavi sezione min 2 5 mm2 max 4 mm2 6 9 12 20 A Morsetti a vite per cavi sezione min 2 5 mm2 max 10 mm2 40 A Segnali Ingres...

Страница 26: ...P3 J4 J5 J1 J2 J3 J6 S1 S2 TR3 TR2 TR1 Fig 10 a 6 9 12 20 A 40 A L1 L2 L3 PE U V W INPUT OUTPUT M 3 U V W OUTPUT M 3 Alimentazione trifase Three phase supply L1 PE L2 L3 U V W INPUT OUTPUT M 3 Aliment...

Страница 27: ...124020 200 180 280 255 130 6 55 FCR3204020 198 174 280 255 158 6 55 FCR3404020 245 219 340 315 200 6 55 Tab 10 b 150 mm 150 mm Fig 10 e Modelli INPUT OUTPUT SIGNAL FCR3064020 PG 13 5 PG 13 5 PG 9 x 2...

Страница 28: ...28 ITA FCR3 regolatore trifase 030222150 rel 1 3 12 01 2021 FCR3 20A 200 49 5 48 48 39 15 5 91 2 22 Fig 10 i FCR3 40 A 113 5 116 5 6 236 49 5 60 47 28 41 5 Fig 10 j...

Страница 29: ...aged Do not use corrosive chemicals solvents or aggressive detergents to clean the device Do not use the product for applications other than those specified in the technical manual All of the above su...

Страница 30: ......

Страница 31: ...NS 14 6 1 Control mode 14 6 2 Maximum and minimum configuration 15 6 3 Minimum and cut off function 15 6 4 Linear and quadratic function 16 6 5 Override output 16 6 6 Alarm conditions and management 1...

Страница 32: ......

Страница 33: ...personnel Minimum and maximum output setting The range of variation of the output and consequently the fan speed can be set so as to satisfy minimum allowable speed and maximum acceptable noise requir...

Страница 34: ...sket inside and the materials used to make the case guarantee the controller IP54 ingress protection Fastening The device is fastened using 4 screws CE mark Electromagnetic compatibility The FCR contr...

Страница 35: ...connection cables is 10 m except where specified otherwise Size the cross section of the power wires based on the current input of the load and the length of the cables If a shielded cable is used to...

Страница 36: ...nal Memory State Description Select operating frequency Dip S2 4 HZFCR DI 2 HZMEM CO 2 OFF 50 Hz ON 60 Hz Select operating curve Dip S2 5 LINFCR DI 3 LINMEM CO 3 OFF LIN linear curve ON QUAD quadratic...

Страница 37: ...58 OFF ON OFF ON ON ON OFF OFF 59 ON ON OFF ON ON ON OFF OFF 60 OFF OFF ON ON ON ON OFF OFF 61 ON OFF ON ON ON ON OFF OFF 62 OFF ON ON ON ON ON OFF OFF 63 ON ON ON ON ON ON OFF OFF Address 1 2 3 4 5...

Страница 38: ...ab 4 e 1 Modifiable only if WE ON 4 3 Default settings Manual FCR parameters Function Manual Setting Parameter Modbus Default Manual setting Select type of setting Dip S2 1 SEL DI 1 OFF Manual Select...

Страница 39: ...r press the button and check the LED red for a few seconds then green indicates that the operation was completed correctly Other signals or the flashing of the LED indicates that problems have occurre...

Страница 40: ...mode DELAY DELAYFCR INFOR IN IR 10 INMEM OFF ON DELAYMEM DELAYINMEM IOVR DIPS2 1 SEL Selezione B Analog Sel Dip S2 2 S2 3 GND 0 1 1 0 Fig 6 a Figure 6 a shows the processing of the control signal The...

Страница 41: ...emory Dip S2 1 ON SEL IR 1 0 1 R 1 Select parameter settings manual 0 internal 1 S2 1 Tab 6 e be set from 50 200V 400V to 100 The choice is always set using dipswitch S2 1 MAN MEM Fig 6 2 a shows how...

Страница 42: ...e Def UoM Description Activation OUTFCR IR 9 0 100 0 1 Controller output value EOVR 0 OUTMEM HR 10 0 100 0 1 Output value in memory for override EOVR 1 EOVR CO 11 0 1 0 1 Override output value 0 disab...

Страница 43: ...TEMPALM ALRTMP 0 ALRTMP 1 ALRTMP 1 3 C 3 C Fig 6 e Associated parameters Par Modb Range Def UoM Description TEMPER IR 6 20 100 C R 1 Temperature probe reading TEMPALM HR 5 30 105 C 85 1 Maximum tempe...

Страница 44: ...ault 0 Parameter used to enable overriding of the output and consequently changes to variable EOVR WE 0 override disabled WE 1 override enabled HZMEM Select frequency by internal parameter Modbus addr...

Страница 45: ...meter is used to select how the controller responds to no control signal when INFCR 0 or INMEM 0 MINCUTFCR 0 minimum MINCUTFCR 1 cut off BAUD1FCR BAUD2FCR Select baud rate Modbus address read discrete...

Страница 46: ...for response delay of memory input INMEM 0 100 0 10 sec ALMO Output value in the event of alarms Modbus address read write holding register 9 resolution and unit of measure 1 range 0 1 2 default 0 Out...

Страница 47: ...of measure 1 range 0 to 40 default R Minimum output voltage value 0 40 OUTMAX Maximum output value Modbus address read input register 8 resolution and unit of measure 1 range 50 to 100 default R Maxim...

Страница 48: ...0 spento 1 acceso DI15 16 14 16 0 1 R 1 Future uses HOLDING REGISTERS SADRMEM 1 1 255 1 1 Serial address device in saved to be used if all Dip S1 OFF DELAYMEM 2 0 100 100 1 DELAY value in memory MAXME...

Страница 49: ...o the value defined by parameter ALMO and switches the digital outputs The alarm status is also available via serial line 8 2 Signals Power is indicated by the green LED Serial connection status is in...

Страница 50: ...The slave responds with an exception in the following cases EXCEPTION 2 Address of the first requested variable 16 Address of first requested variable number of variables requested 16 EXCEPTION 3 Num...

Страница 51: ...nals and connectors Power supply and analogue outputs Screw terminals for cable cross section min 2 5 mm2 max 4 mm2 6 9 12 20 A Screw terminals for cable cross section min 2 5 mm2 max 10 mm2 40 A Sign...

Страница 52: ...1 JP3 J4 J5 J1 J2 J3 J6 S1 S2 TR3 TR2 TR1 Fig 10 g 6 9 12 20 A 40 A L1 L2 L3 PE U V W INPUT OUTPUT M 3 U V W OUTPUT M 3 Alimentazione trifase Three phase supply L1 PE L2 L3 U V W INPUT OUTPUT M 3 Alim...

Страница 53: ...FCR3124020 200 180 280 255 130 6 55 FCR3204020 198 174 280 255 158 6 55 FCR3404020 245 219 340 315 200 6 55 Tab 10 b 150 mm 150 mm Fig 9 a Models INPUT OUTPUT SIGNAL FCR3064020 PG 13 5 PG 13 5 PG 9 x...

Страница 54: ...28 ENG FCR3 three phase controller 030222150 rel 1 3 12 01 2021 FCR3 20A 200 49 5 48 48 39 15 5 91 2 22 Fig 10 n FCR3 40 A 113 5 116 5 6 236 49 5 60 47 28 41 5 Fig 10 o...

Страница 55: ......

Страница 56: ...AREL INDUSTRIES HQs Via dell Industria 11 35020 Brugine Padova Italy Tel 39 0499 716611 Fax 39 0499 716600 carel carel com www carel com Agency FCR3 three phase controller 030222150 rel 1 3 12 01 2021...

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