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M04 

MASTER OUTPUTS 

Programmable outputs of master device 

M05 

MASTER / SLAVE 

Device role (master or slave) 

M06 

SLAVE 01 OUTPUTS  

Programmable outputs of slave device 01 

… 

… 

 

M13 

SLAVE 08 OUTPUTS 

Programmable outputs of slave device 08 

M14 

PROG. INPUTS  

Programmable digital inputs 

M15 

PASSWORD 

Password access management 

M16 

COMMUNICATION 

Communication channels parameters 

M17 

BASE PROTECTIONS 

Base protections of the panel  

M18 

HARMONIC PROT. 

Harmonic protections (MCP5 module) 

M19 

MISCELLANEOUS 

Various settings 

M20 

LIMIT THRESHOLDS 

Limit thresholds on measurements 

M21 

COUNTERS 

Generic programmable counters 

M22 

ANALOG INPUTS  

Programmable analog inputs 

M23 

ANALOG OUTPUTS  

Programmable analog outputs 

M24 

ENERGY PULSES 

Pulses for energy meters increment 

M25 

USER ALARMS 

Programmable user alarms 

M26 

ALARM PROPERTIES 

Action caused by alarms 

 

 

Select the sub-menu and press  

  to show the parameters. 

 

Each parameter is shown with code, description and actual setting value. 

 
 
 
 
 
 
 
 

Set-up: parameter selection

 

 

 

To modify the setting of one parameter, select it and then press 

.  

 

If the Advanced level access code has not been entered, it will not be possible to enter editing page and 
an access denied message will be shown.  

 

If instead the access rights are confirmed, then the editing screen will be shown. 

 
 
 
 
 
 
 

Set-up: editing page

 

 

 

When the editing screen is displayed, the parameter setting can be modified with ◄ and ►keys.  The 
screen shows the new setting, a graphic bar that shows the setting range, the maximum and minimum 
values, the previous setting and the factory default. 

 

Pressing ◄ + ▼the value decreases faster, while with  ▲+ ►the value grows faster. 

 

Pressing simultaneously ◄ + ►, the setting is set to factory default.  

 

During the entry of a text string, keys ▲and ▼are used to select the alphanumeric character while◄ 
and  ►  are  used  to  move  the  cursor  along  the  text  string.  Pressing  keys  ▲and  ▼simultaneously  will 
move the character selection straight to character ‘A’. 

 

Press 

 to go back to the parameter selection. The entered value is stored. 

 

Press ◄ to save all the settings and to quit the setup menu. The controller executes a reset and returns to 
normal operation.  

 

If the user does  not  press any key for more than 2 minutes, the system leaves the setup  automatically 
and goes back to normal viewing without saving the changes done on parameters. 

 

N.B.: a backup copy of the setup data (settings that can be modified using the keyboard) can be saved in 
the  eeprom  memory  of  the  power  factor  controller.  This  data  can  be  restored  when  necessary  in  the 

Parameter code 

Parameter 

description 

Present setting 

value 

Selected 

parameter 

Selected 

parameter 

New value 

entered 

Factory default 

setting 

Minimum 

possible setting 

Graph bar of the 

value-range 

Maximum 

possible setting 

Summary of Contents for RPC 8BGA

Page 1: ...vatut toiminnot on suoritettu k ynnist yksikk Ei automaattisten yksik iden osalta k ytt notto on nyt suoritettu loppuun Seuraavat toimenpiteet tulee suorittaa ainoastaan automaattisilla tehokertoimen...

Page 2: ...luat my hemmin muuttaa virtamuuntajan ensisijaista arvoa valitse SETUP valikko ja sielt valikko M02 GENERAL Valitse parametri P02 01 CT n ensisijainen arvo Toista yll mainitut toimenpiteet Etusivu Kuv...

Page 3: ...u valikko n kyy vaaleana ja n yt n keskelle ilmestyy valikon tekstikuvaus S timen m rittelem toimenpiteen tila Musta symboli toimenpide suoritettu Harmaa symboli toimenpidett ei suoritettu Ei symbolia...

Page 4: ...j nnite on korkeampi kuin asetettu kynnysarvo P17 13 A07 Paneelin l mp tila liian korkea Paneelin l mp tila on korkeampi kuin asetettu kynnysarvo P17 06 A08 Kondensaattorin virran ylikuormitus Lasket...

Page 5: ...vakio sovelluksiin J nnitemittaus Vaihe vaihe j nnite L2 L3 Virtamittaus L1 vaihe Vaihekulma asetus V L2 L3 Ja L1 90 Capacitor overload current measure 1 kpl L2 L3 Parametriasetukset P02 03 Kolmivaihe...

Page 6: ...rated voltage 415V Rated current AC1 5A 250V AC15 1 5A 415V Maximum current at contact common 10A Contact type 1 changeover UL Rating B300 30V 1A Pilot Duty Max rated voltage 415V Rated current AC1 5...

Page 7: ...s 7 40 Tekninen tuki UTU Oy Ulvilan toimipiste PL 20 Ahjontie 1 28401 Ulvila Puh 02 550 800 Fax 02 550 8680 www utu eu utu utu eu etunimi sukunimi utu eu...

Page 8: ...must be included in the electrical installation of the building It must be installed close by the equipment and within easy reach of the operator It must be marked as the disconnecting device of the e...

Page 9: ...s and messages Expansion bus with 4 slots for expansion modules o RS232 RS485 USB Ethernet Profibus GSM GPRS communications interface o Additional digital I O static or relay outputs o Additional anal...

Page 10: ...r identification number above The flashing can last in cases in which the insertion of a step is not possible due to the reconnection time discharge time of the capacitor If the number above step is l...

Page 11: ...ll settings editing restoring From normal viewing press to recall main menu select the password icon and press fig 1 The display shows the screen in picture fig 2 Keys and change the selected digit fi...

Page 12: ...he system programming and connections Sub pages which can be opened with key are also available on some pages displaying voltages and currents in the form of bar graphs for example The user can specif...

Page 13: ...ency value Push Harmonics voltage and current Push Waveforms voltage and current Push Energy meters Push Event log Push Expansion status Push Key switches between Total Partia l indications Event time...

Page 14: ...ower factor using the and buttons to increase or decrease the value of the desired power factor To confirm press the button 10 Harmonic analysis page In the power factor controller it is possible to e...

Page 15: ...categories o additional steps o communication modules o digital I O modules o Analog I O modules To insert an expansion module 1 remove the power supply to power factor relay 2 remove the protecting c...

Page 16: ...rom the web site www icar com download area concerning the low voltage power factor correction systems MODULE TYPE CODE FUNCTION MAX Nr ADDITIONAL STEPS OUT 2NO 2 RELAY STEPS 4 STR 4NO 4 STATIC STEPS...

Page 17: ...rection systems 16 User Alarms UAx The user has the possibility to define a maximum of 8 programmable alarms UA1 UA8 For more information download the complete manual of the RPC 8BGA power factor cont...

Page 18: ...ont panel To open the parameters programming menu setup o turn the power factor controller in MAN mode and disconnect all the steps o in normal measurements view press to call up the main menu o selec...

Page 19: ...ting screen will be shown Set up editing page When the editing screen is displayed the parameter setting can be modified with and keys The screen shows the new setting a graphic bar that shows the set...

Page 20: ...60 OFF 10 600 P01 08 Default page Usr main page list P01 09 Plant description Usr empty String 20 chr P01 01 Select display text language P01 02 Active automatic clock settings access after power up...

Page 21: ...equest of steps to reach the setpoint waiting time sensitivity number of steps required Example setting the sensitivity to 60s if you request the insertion of one step of weight 1 are expected 60s 60...

Page 22: ...to be energized for alarm A31 then P04 n 02 should be set to value 31 P04 n 3 Sets the state of the output when the function associated with the same is inactive NOR output de energized REV output ene...

Page 23: ...ts Usr 1 1 2 P16 n 05 Protocol Usr various Modbus RTU Modbus ASCII Modbus TCP P16 n 06 IP address Usr 192 168 1 1 000 000 000 000 255 255 255 255 P16 n 07 Subnet mask Usr 255 255 255 0 000 000 000 000...

Page 24: ...nic limit Adv OFF OFF 1 100 P18 n 09 7th Harmonic limit Adv OFF OFF 1 100 P18 n 10 11th Harmonic limit Adv OFF OFF 1 100 P18 n 11 13th Harmonic limit Adv OFF OFF 1 100 P18 n 12 Temperature alarm thres...

Page 25: ...23 n 04 and P23 n 05 Define the value of the measurement that corresponds to a min output value in the range 0mA 4mA 0V 5V etc P23 n 06 and P23 n 07 Define the value of the measurement that correspond...

Page 26: ...Undercompensation All the available steps are connected but the cosphi is still more inductive than the setpoint A02 Overcompensation All the steps are disconnected but the cosphi is still more capaci...

Page 27: ...t exist Retained alarm Remains in the memory even if the cause of the alarm has been eliminated Operating mode Operating modes where the alarm is enabled Global alarm 1 2 3 Activates the output assign...

Page 28: ...he regulator is in AUT mode Limit threshold LIM x Output driven by LIM limits Pulse PULx Output driven by PUL pulses Remote variable REM x Output is remote controller by REM variable Alarms A01 Axx Wh...

Page 29: ...os phi max among phases 38 Senphi MAX Sen phi max among phases 39 VLN MAX Phase voltage max among phases 40 I MAX Current max among phases 41 VLL MAX Phase phase voltage max among phases 42 VLN MIN Ph...

Page 30: ...With proper mounting it guarantees IP54 front protection Insert the device into the panel hole making sure that the gasket is properly positioned between the panel and the device front frame From ins...

Page 31: ...oltage measure 1 ph to ph voltage reading L2 L3 Current measure L1 phase Phase angle offset Between V L2 L3 and I L1 90 Capacitor overload current measure 1 reading calculated on L2 L3 Parameter setti...

Page 32: ...ase applications Voltage measure 1 phase voltage reading L1 N Current measure L1 phase Phase angle offset Between V L1 N and I L1 0 Capacitor overload current measure 1 reading calculated on L1 N Para...

Page 33: ...ions with full three phase voltage control Voltage measure 3 ph to n and 3 ph to ph voltage readings L1 N L2 N L3 N L1 L2 L2 L3 L3 L1 Current measure L1 L2 L3 phase Phase angle offset 0 Capacitor over...

Page 34: ...MEASUREMENT AND CORRECTION ON LV SIDE Voltage measure 1 ph to ph voltage reading L2 L3 on MV side Current measure L1 phase Phase angle offset 90 Capacitor overload current measure 1 reading on L1 L3 L...

Page 35: ...tion Voltage measure 3 ph to ph voltage reading L1 L2 L2 L3 L3 L1 on MV side Current measure L1 L2 L3 phase Phase angle offset 90 Capacitor overload current measure 1 reading on L1 L3 LV side Paramete...

Page 36: ...s 36 40 Steps on expansion modules Fast regulation configuration...

Page 37: ...eading L1 L2 L2 L3 L3 L1 Current measure L1 L2 L3 phase Phase angle offset 90 Capacitor overload current measure 3 Readings on L1 L2 L2 L3 L3 L1 Parameter setting P02 03 Three phase P02 04 L1 L2 L3 P0...

Page 38: ...E 01 SLAVE 02 SLAVE 03 P05 01 COM1 P05 02 Master P05 03 ON P05 04 ON P05 05 ON P04 1 01 Stepx P06 1 01 Stepx P07 1 01 Stepx P08 1 02 Stepx P05 01 COM1 P05 02 Slave01 P05 01 COM1 P05 02 Slave02 P05 01...

Page 39: ...s 39 40 Terminals position OUT 1 600V 50 60 Hz OUT 2 OUT 3 OUT 4 OUT 5 OUT 6 OUT 7 OUT 8 SLOT 1 SLOT 2 SLOT 3 SLOT 4 Mechanical dimensions and front panel cutout mm...

Page 40: ...V Rated current AC1 5A 250V AC15 1 5A 415V Energy storage Back up capacitors Operating time without supply voltage About 12 15 days INSULATION VOLTAGE Rated insulation voltage Ui 600V Rated impulse wi...

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