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P02.14 

Setpoint cosphi 2 

 

0.95 IND 

0.50 IND – 0.50 CAP 

P02.15 

Setpoint cosphi 3 

 

0.95 IND 

0.50 IND – 0.50 CAP 

P02.16 

Setpoint cosphi generating 

 

0.95 IND 

0.50 IND – 0.50 CAP 

P02.17 

S clearance 

 

0.00 

0 – 0.10 

P02.18 

Setpoint - clearance 

 

0.00 

0 – 0.10 

P02.19 

Step disconnection when 
generating 

 

OFF 

OFF / ON 

P02.20 

Plant rated current 

Aut 

Aut / 1 – 30000 

P02.21  

Plant rated voltage 

Aut 

Aut / 100 – 60000 

P02.22 

Plant voltage type 

 

LV 

LV 

LV / MV 

MV 

P02.23 

VT usage 

 

OFF 

OFF 

ON 

P02.24 

VT1 primary 

100 

50-50000 

P02.25 

VT1 secondary 

100 

50-500 

P02.26 

VT2 primary 

100 

50-50000 

P02.27 

VT2 secondary 

100 

50-500 

P02.28 

 

Step insertion mode 

 

Standard 

Standard 

Linear 

Fast 

P02.29 

Static switching delay 

cycles 

1-20 

P02.30 

Tanphi setpoint enable 

 

OFF 

OFF 

ON 

P02.31 

Tanphi setpoint 

 

-1.732 - +1.732 

P02.01 -

 The value of the primary current transformer. Example: with CT 800/5 set 800. If set to 

OFF, after the power-up the device will prompt you to set the TA and allow direct 
access to this parameter. 

P02.02 -

 Value of the secondary of the current transformers. Example: with CT 800/5 set 5. 

 

P02.04

 - Defines on which and on how many phases the device reads the current signal. The 

wiring of current inputs must match the value set for this parameter. Supports  all 
possible combinations of parameter P02.06. 

P02.05

 - Reading the connection polarity of the CT.  

AUT = Polarity is automatically detected at power up. Can only be used when working 
with only one CT and when the system has no generator device. 
Dir = Automatic detection disabled. Direct connection. 
Rev = Automatic detection disabled. Reverse wiring (crossover). 

P02.06

 - Defines on which and on how many phases the device reads the voltage signal. The 

wiring of voltage inputs must match the setting for this parameter. Supports  all 
possible combinations of parameter P02.04. 

P02.07

 - Value in kvar of the smallest step installed (equivalent to the step weight 1). Rated 

power of the capacitor bank provided at  the rated voltage specified in P02.08 and 
referred to the total of the three capacitors for three-phase applications. 

P02.08

 - Rated plate capacitor, which is delivered in specified power P02.07. If the capacitors 

are used to a tansione different (lower) than nominal, the resulting power is 
automatically recalculated by the device. 

P02.09

 - Working frequency of the system. 

Auto = automatic selection between 50 and 60 Hz at power 
50Hz = fixed at 50 Hz 
60 Hz = Fixed to 60 Hz 
Variable = measured continuously and adjusted. 

P02.10 

-  Minimum time that must elapse between the disconnection of one step and the 

subsequent reconnection is that MAN AUT. During this time the number of the step 
on the main page is shown in light gray.

 

P02.11 - 

Connection sensitivity. This parameter sets the speed of reaction of the controller.                

With small values of P02.11 regulation is fast (more accurate  around the setpoint but 

with more step swithchings). With high values instead we’ll have slower reactions of 
regulation, with fewer switchings of the steps. The delay time of the reaction is inversely 
proportional to the request 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 (60/1 = 60). If instead serve a total of 4 steps will be expected 15s 
(60/4 = 15). 

 

P02.12 - 

Disconnection sensitivity. Same as the previous parameter but related to 

disconnection. If set to OFF the disconnection has the same reaction time of connection 
set with the previous parameter. 

P02.13

-Setpoint (target value) of the power factor. Value In use of standard applications. 

P02.14 - P02.15

 - Alternative setpoints  selectable with  combinations of digital inputs 

programmed with the appropriate function. 

P02.16

 - Setpoint used when the system is generating active power to the supplier (with 

negative active power / power factor ). 

P02.17 - P02.18

 - Tolerance around the setpoint. When the cosphi is within the range delimited 

by these parameters, in AUT mode the device does not  connect / disconnect  steps 
even if the delta-kvar is greater than the smallest step. 
Note: + means “towards inductive”, - means “towards capacitive”. 

P02.19

 - If set to ON, when the system is giving active power provider (generation = active 

power and power factor negative) all steps are disconnected. 

P02.20

 - Rated current of the system. Value used for the full scale of the bar graphs and for 

setting the current thresholds expressed as a percentage. If set to Aut then the value of 
P02.01 (CT primary) is used. 

P02.21

 - Rated voltage of the system. Value used for the full scale of the bar graphs and setting 

the voltage thresholds expressed as a percentage.  If set to Aut then the value of 
P02.08 (nominal voltage capacitors) is used. 

P02.22

 – System voltage type. Depending on the setting of this parameter,  the appropriate 

wiring diagrams must be used. See at the end of the manual. 

 

P02.11

  Чувствительность 

с 

  60 

1-1000 

P02.12

  Отключение  

чувствительность 

с 

  ВЫКЛ. 

ВЫКЛ. / 1 – 600 

P02.13

  Уставка cosphi 1 

(стандартная) 

 

  0,95 IND 

  0,50 IND – 0,50 CAP 

P02.14

  Уставка cosphi 2 

 

  0,95 IND 

0,50 IND – 0,50 CAP 

P02.15

  Уставка cosphi 3 

 

  0,95 IND 

0,50 IND – 0,50 CAP 

P02.16

  Уставка cosphi 

генерирующая 

 

0,95 IND 

0,50 IND – 0,50 CAP 

P02.17

  Уставка + допуск 

 

0,00 

  0 – 0,10 

P02.18

  Уставка - допуск 

 

0,00 

  0 – 0,10 

P02.19

  Отключение ступени при 

генерации 

 

ВЫКЛ. 

  ВЫКЛ. / ВКЛ. 

P02.20

  Номинальный ток 

установки 

  Aut 

Aut / 1 – 30000 

P02.21

   Номинальное напряжение 

установки 

В 

  Aut 

Aut / 100 – 60000 

P02.22

  Тип напряжения установки 

 

НН 

НН 

НН / СН 

СН 

P02.23

  Использование ТН 

 

  ВЫКЛ. 

ВЫКЛ. 

ВКЛ. 

P02.24

  VT1 первичная 

В 

  100 

50-50000 

P02.25

  VT1 вторичная 

В 

  100 

50-500 

P02.26

  VT2 первичная 

В 

  100 

50-50000 

P02.27

  VT2 вторичная 

В 

  100 

50-500 

P02.28

 

 

Режим подключения 
ступени 

 

  

Стандартн

ый 

Стандартный 

Линейный 

Быстрый 

P02.29 

Статическая задержка 
переключения 

циклы 

1-20 

P02.30

  Включение уставки tanphi 

 

ВЫКЛ. 

ВЫКЛ. 

ВКЛ. 

P02.31

  Уставка tanphi 

 

-1,732 - +1,732 

ЧП

 «

Профиэлектро

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Т

. +380 44 361-62-55, 80 

e-mail: [email protected] 

www. profielectro.net.ua 

Summary of Contents for RPC 8BGA

Page 1: ...Main menu 4 Password access 4 Display page navigation 5 Table of display pages 5 Harmonic analysis page 7 Waveform pages 7 Expandability 8 Additional resources 9 Communication channels 9 Inputs output...

Page 2: ...y outputs o Additional analog I O for PT100 temperature current voltage Capability to operate with several units interconnected in Master Slave mode o Maximum configuration Master 8 slave o Max 32 ste...

Page 3: ...t the step is not available because its reconnection time is not yet exhausted In this case sending a command to close the step number will flash to indicate that the operation has been confirmed and...

Page 4: ...d and the access is free If instead the passwords have been enabled and defined then to get access it is necessary to enter the password first specifying the numeric code through the keypad To enable...

Page 5: ...o the display remains were it was last You can set this function in menu M01 Utility M01 Utility Table of display pages PAGES EXAMPLE Home page Power Voltage and current Step life statistics Temperatu...

Page 6: ...function is disabled For example if the limit function is not programmed the corresponding page won t be shown Event time stamp Event description Event number total Key switches between Total Partial...

Page 7: ...eric format selecting the required order through and The lower part of the screen will display a little arrow that points to the selected column and the relative percentage value of the three phases T...

Page 8: ...figuration will be saved and will become effective otherwise the mismatch will be shown at every subsequent power on of the system The present system configuration is shown in the dedicated page of th...

Page 9: ...hernet RS485 DCRG RS 485 Ethernet DCRG Ethernet COM1 COM2 COM3 Gateway DCRG Gateway Inputs outputs internal variables counters analog inputs The inputs and outputs are identified by a code and a seque...

Page 10: ...is less than the Lower threshold for the programmed delay When the measured value becomes higher than the upper setpoint after the set delay the LIM status is reset Max function the upper threshold de...

Page 11: ...protections like panel or capacitor overtemperature no voltage release harmonic protections etc The maximum possible configuration is one master with 8 slaves Example 1 application in series It is req...

Page 12: ...gical step and pairing step between logical and physical outputs of the master and the slave The program is then automatically extended to the slaves On the slave it is only necessary to set the slave...

Page 13: ...8 guaranteeing the greatest safety for the operator o High speed data transfer o IP54 front panel o Limits the possibility of unauthorized access with device config Simply hold the CX dongle up to the...

Page 14: ...e panel M18 HARMONIC PROT Harmonic protections EXP1016 module M19 MISCELLANEOUS Various settings M20 LIMIT THRESHOLDS Limit thresholds on measurements M21 COUNTERS Generic programmable counters M22 AN...

Page 15: ...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...

Page 16: ...estore delay when no key pressed If set to OFF the display will always show the last page selected manually P01 08 Default page displayed on power up and after delay P01 09 Free text with alphanumeric...

Page 17: ...number of the step on the main page is shown in light gray P02 11 Connection sensitivity This parameter sets the speed of reaction of the controller With small values of P02 11 regulation is fast more...

Page 18: ...ws to avoid regulation oscillations Set this value according to the technical characteristics closing time declared by the manufacturer of the static contactor P02 30 Enables the setting of the setpoi...

Page 19: ...the previous parameter Example If the output function is set to Alarm Axx and you want this output to be energized for alarm A31 then P04 n 02 should be set to value 31 P04 n 3 Sets the state of the...

Page 20: ...4 PROGRAMMABLE INPUTS INPn n 1 8 UdM Default Range P14 n 01 INPn input function various see Input functions table P14 n 02 Function index x OFF OFF 1 99 P14 n 03 Contact type NO NO NC P14 n 04 Delay O...

Page 21: ...U Modbus ASCII Modbus TCP P16 n 06 IP address 192 168 1 1 000 000 000 000 255 255 255 255 P16 n 07 Subnet mask 255 255 255 0 000 000 000 000 255 255 255 255 P16 n 08 IP port 1001 0 9999 Note this menu...

Page 22: ...milar P17 08 Trip threshold for the capacitors overload protection alarm A08 that will arise after a integral delay time inversely proportional to the value of the overload P17 09 Threshold beyond whi...

Page 23: ...100 P18 n 08 5 1 100 P18 n 09 7 1 100 P18 n 10 11 1 100 P18 n 11 13 1 100 P18 n 12 1 55 0 212 P18 n 13 2 55 0 212 EXP1016 P18 n 01 P18 n 02 P18 n 03 2 1 P18 n 04 P18 n 05 P18 n 06 A11 P18 n 07 A12 P18...

Page 24: ...ould be connected to the appropriate terminal for the type selected See input module manual P22 n 02 and P22 n 03 Define the value to display for a min sensor signal in other words at the start of the...

Page 25: ...Active energy Kvarh Reactive energy kVA Apparent energy P24 n 02 The quantity of energy which must accumulate for a pulse to be emitted for example 10Wh 100Wh 1kWh etc P24 n 03 Pulse duration Applicat...

Page 26: ...function P26 n 10 Modem call A modem is connected as configured in setup P26 n 11 No LCD The alarm is managed normally but not shown on the display P26 n 12 13 Delay time Time delay in minutes or sec...

Page 27: ...eshold set with P18 n 11 A17 Harmonic protection Module nr n Temperature 1 too high The temperature 1 measured by the harmonic protection module is higher than threshold set with P18 n 12 A18 Harmonic...

Page 28: ...LOC 10 A19 LEN GEN 0 UAx GEN 0 Input function table The following table shows all the functions that can be attributed to the INPn programmable digital inputs Each input can be set for an reverse fun...

Page 29: ...Energised when global alarm 2 is active Global alarm 3 Energised when global alarm 3 is active Fan Panel ventilation fan Manual mode Active when the regulator is in MAN mode Automatic mode Active when...

Page 30: ...Senphi L3 26 W TOT Total active power 27 var TOT Total reactive power 28 VA TOT Total apparent power 29 Cosphi TOT Cosphi balanced three phase system 30 Senphi TOT Senphi balanced three phase system...

Page 31: ...he backup of user settings Once the required command has been selected press to execute it The device will prompt for a confirmation Pressing again the command will be executed To cancel the command e...

Page 32: ...arameter setting P02 03 Three phase P02 04 L3 P02 06 L1 L2 P02 22 LV P02 03 P02 04 L3 P02 06 L1 L2 P02 22 Single phase wiring SINGLE PHASE CONNECTION Voltage measure 1 phase voltage reading L1 N 1 L1...

Page 33: ...2 22 FULL THREE PHASE CONNECTION WITH NEUTRAL Wiring configuration used for standard applications with full three phase voltage control Voltage measure 3 ph to n and 3 ph to ph voltage readings L1 N L...

Page 34: ...V P02 23 ON P02 03 P02 04 L3 P02 06 L1 L2 P02 22 P02 23 Configuration with MV measurement and correction Voltage measure 3 ph to ph voltage reading L1 L2 L2 L3 L3 L1 on MV side 3 L1 L2 L2 L3 L3 L1 Cur...

Page 35: ...0 90 Capacitor overload current measure 3 Readings on L1 L2 L2 L3 L3 L1 3 L1 L2 L2 L3 L3 L1 Parameter setting P02 03 Three phase P02 04 L1 L2 L3 P02 06 L1 L2 L3 P02 22 LV P02 29 Fast P02 03 P02 04 L1...

Page 36: ...01 Stepx P07 1 01 Stepx P08 1 02 Stepx P05 01 COM1 P05 02 Slave01 P05 01 COM1 P05 02 Slave02 P05 01 COM1 P05 02 Slave03 P05 01 COM1 P05 02 P05 03 P05 04 P05 05 P04 1 01 x P06 1 01 x P07 1 01 x P08 1 0...

Page 37: ...morsetti 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 Dimensioni meccaniche e foratura pannello mm 380 44 361 62 55 80 e mail info profielectro net ua www...

Page 38: ...age 415V 415 Rated current AC1 5A 250V AC15 1 5A 415V AC1 5A 250 AC15 1 5A 415 Real time clock Energy storage Back up capacitors Operating time without supply voltage About 12 15 days 12 15 Insulation...

Page 39: ...phase neutral voltage 300V 300 Rev Date Notes 00 30 10 2012 First release 00 30 10 2012 01 28 01 2013 Added Tanfi parameters P02 30 e P02 31 01 28 01 2013 tanfi P02 30 P02 31 380 44 361 62 55 80 e ma...

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