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Prophi

®

 12R / 12 RS

25

- 24 -

Annex 2:      Technical  data

Type series

Outputs

Languages

Switching power of relay outputs

Number of active outputs

Operation and display

Number of control series

User-defined control series 

Control principle

Auto-Init

Operating voltage

Measuring voltage

Measuring current

Power drawn

Sensitivity

Target cos phi

Connecting  time

Disconnecting time

Discharge time

Fixed stages/ skipped stages

Alarm relay

No-voltage triggering

Display of power-line parameters

Storage of maximum values

Storage of switching number 

Storage of operating time

Temperature measurement range

Error memory

Accuracy

Housing

Weight

Operating ambient temperature

Protection type to DIN 40 050

Safety guidelines

Sensitivity to interference

(industrial areas)

PROPHI 12

12 (13)

D / E / ES / RU / NL / CZ / PL / F / PT / TR / IT

250 VAC,  1000 W

Programmable

Illuminated graphic display, 128x64dot

20

1

Sequential connection, loop connection or

self-optimized switching response

Four-quadrant operation

YES

110...440 VAC +/-10%,  50 / 60Hz

  30...440V~ (L-N)  resp.  50...760V~ (L-L)

X : 5 / 1A  selectable

< 5 VA

20 mA

0.1  inductive to  0.1  capacitive adjustable

Selectable from 1 sec ... 137 min.

Selectable from 1 sec ... 137 min.

Selectable from 1 sec ... 137 min.

Programmable

Standard

Standard

cos  Phi,  voltage,  reactive  &  apparent current, 

frequency,  reactive-,  active-,  apparent  power, 

missing kvar, harmonics, energy, temperature

Voltage, reactive power, active power, apparent 

power,  temperature, THD-V, THD-I 

Yes, each output, individual reset possible

Yes, each capacitor, individual reset possible

-30°C ... 100°C

Last 50  error states are stored

Current, voltage: 1%

Reactive-, active-, apparent power: 2%

Switchboard-integrated housing

DIN 43 700, 144 x 144 x 53 mm

1 kg

-20 to +60°C

Front: IP 54,  Rear: IP 20

IEC 61010-1:2010,   EN 61010-1:2010

IEC 62053-23:2017, IEC61326-1:2013

EN 50082-1:1997

IEC 61000-4-2: 8kV; IEC 61000-4-4: 4kV

Summary of Contents for Prophi 12R

Page 1: ...lefonischer Support 49 6441 9642 22 E Mail info janitza com www janitza com www janitza de Power Factor Controller Prophi 12R 12RS Manual Manual Version 4 0 E SupplyVoltage 110 440V Version 4 0 E 11 2...

Page 2: ...ler matches capacitor discharge time UNDERCOMPENSATED Q Diff 82kvar 1 2 3 4 5 6 7 8 9 HARMONICS V 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 2 0 1 0 0 AUTO MODE ERROR MESSAGE DISPLAY MODE BARGRAPH MODE 1...

Page 3: ...ng of fixed stages 14 Section 7 Service menu Test run 15 Section 8 Expert mode 16 8 1 Expert mode 1 8 2 Expert mode 2 18 Section 9 Control principle 19 Section 10 Display editor 20 Section 11 Initial...

Page 4: ...vidual control series R Operation and display completely menu driven R Illuminated graphic display 128 x 64 dots R 4 quadrant operation R Automatic initialization possible R Display of several grid pa...

Page 5: ...isplay Editor ENTER OK Confirmation storage of values Increase selected parameter HELP opens Help pages Reduce selected parameter Escape previous page value in the display Front view Rear view H HE EL...

Page 6: ...osition The measuring current circuit must be wired with copper leads of 2 5mm The connection should be set up as shown below The specified safety regulations must be observed The measuring voltage ma...

Page 7: ...correction between voltage and current in the meas system is done in expert mode 1 Example Meas current L1 Meas voltage L3 L2 Phase U I 90 6 L1 R L2 S L3 T N Meas current supply voltage Vb meas voltag...

Page 8: ...rsion RS features an additional message relay The functions may be programmed as follows Alarm relay Setting under Message relay Setting under Remark Programming 14 Alarm relay INTERFACE 1 MESSAGE REL...

Page 9: ...ER 7 FREQUENCY in Hz min max ENTER 8 TEMPERATURE in C F ENTER 9 HARMONICS V I Selection via arrow keys ENTER 10 HARMONICS THD V THD I 11 Compensation power in kvar ENTER 12 ENERGY kWh kvarh consumptio...

Page 10: ...cessary parameters are collected evaluated and stored Under certain circumstances 3 additional test runs may be required for a proper initialization After successful finalization of AUTO INIT the devi...

Page 11: ...tionally not be present Annex 3 the user may define a special one control series E More on this point in the control series editor in Annex 3 5 CONTROL PRINCIPLE The control preference may be selected...

Page 12: ...ormed via the keys Continue with ENTER 11 DISCONNECTING TIME This refers to the time between disconnecting the capacitors to reduce the momentary network capacitance Setting range 1 sec 137 min long t...

Page 13: ...2 ERROR Contact closed in case of error except voltage sag 3 ERROR inverse Contact open in case of error factory setting ERROR resp ERROR inverse is a collective report and includes the following err...

Page 14: ...ing times By applying a control voltage 110 230V at the external input the 2nd parameter set is activated with following indicated values 19 CT primary 20 CT sec 21 End stopp 22 Control series 23 Cont...

Page 15: ...acitor symbol AUTO Automatic normal operation The relevant output is marked by a capacitor symbol OFF The output is continuously disconnected e g for temporarily disconnecting a defective capacitor Th...

Page 16: ...00 month after this time a service message will appear ENTER 15 27 input of a tel no for service message max 13 digits ENTER Back to 1 TEST RUN This menu point allows the user to check the settings of...

Page 17: ...ged for special applications 6 SWITCHING POWER max 100 kvar multiples of the smallest stage This factor specifies the maximum power which may be switched in one switching step It can be used to contro...

Page 18: ...the controller is based on a single phase measurement 3 phase CAP factory setting The measurement is converted and all outputs are displayed 3 phase presuming symmetry in the grid 1 phase CAP Display...

Page 19: ...witch OFF the stages step by step If the measure voltage returns to the permissible range the stages will switch ON again 6 FREQUENCY 42 80 Hz 50Hz 60Hz 42 170Hz 16 7Hz Measurement by the controller i...

Page 20: ...ge power and long settling time as every switching step corresponds to the value of the smallest stage 3 Intelligent loop connection default setting The intelligent control principle combines the adva...

Page 21: ...ive power Note Even in Display Mode the device will continue to operate as P F controller in the background with all functions programmed Section 11 Initial operation The controller must have been ins...

Page 22: ...ive output is switched on independent from target cos phi and controlling value in offset power programmable 4 Coupling operation parallel Coupling operation of two systems the input receives a signal...

Page 23: ...nus CSV An optional hardware adapter IF8000 extend the device with a 2nd interface COM2 18 PROTOCOL COM2 OFF MODBUS KTR Modbus monitoring MODBUS RTU Modbus standard protocol SYNC MODE compare separate...

Page 24: ...rminals of the measuring voltage and current l and k Check phase position See above Current in measuring range Line interruption Wrong current converter factor Current transformer short circuited Chec...

Page 25: ...W Programmable Illuminated graphic display 128x64dot 20 1 Sequential connection loop connection or self optimized switching response Four quadrant operation YES 110 440 VAC 10 50 60Hz 30 440V L N resp...

Page 26: ...ing up to a rating of 30 The control series editor allows the user to simply define his her own control series if the required control series is not available for any reason The last control series Co...

Page 27: ...t Attempts Power 1 stage Control Display power factor Protocol Baudrate Adress Device type Number of BR7000 I ASCII interval Default setting ENGLISH 1000 A 5 A 12 1 INTELLIGENT 25 00 kvar 0 98 IND 230...

Page 28: ...tems 1 Coupling is open Both systems work completely independent 2 Coupling is closed Due to controller coupling the two PFC systems are operated in PARALLEL symmetrically or in SERIES as extension Un...

Page 29: ...ystem implements economically the advantages of a dynamic fast network Fast changing loads are compensated dynamically and basic loads slowly changing loads are compensated conventionally For designin...

Page 30: ...ted current of the switched capacitor s In between the switching operations the current of the complete system is monitored In case the current of a step is too high default 50 this step is switched o...

Page 31: ...coupling or extension of systems several controllers according to the applications shown in applications page 27 28 the respective message is displayed Master Slave as soon as the connection has succe...

Page 32: ...kWh 13 DATE TIME 1 06 11 2015 10 13 40 18 CONTRAST 4 14 SOFTWARE VERSION 17 HARMONICS 3 5 7 19 16 HARMONICS THD I 16 HARMONICS THD V 7 BASIC SETTINGS RESET NO Changing of values by buttons After 60 se...

Page 33: ...OFF C11 AUTO FIXED OFF C12 AUTO FIXED OFF 8 SWITCHING OPER C 1 123 11 ERROR MEMORY RESET NO 14 SERVICE INTERVAL 13 C POWER C 1 23 kvar MEAS C 1 25 kvar NOM 9 OPERATION TIME C 1 12h 6 SWITCH POWER max...

Page 34: ...ERCOMPENSATED Qdiff 6 FREQUENCY 42 80 Hz 8 UNDERCOMPENSATED Qdiff 3 DELAY TIME ALARM 10 min 4 UNDERVOLTAGE 50 9 SWITCH OPERAT C1 RESET NO 9 RESET NO SWITCH OPERAT C12 10 OPERAT TIME C1 RESET NO 10 OPE...

Page 35: ...Prophi 12R 12 RS 35 Thyristor switches different types 10 200kvar 400 690V...

Page 36: ...Janitza electronics GmbH Vor dem Polst ck 6 D 35633 Lahnau Tel 49 6441 9642 0 E Mail info janitza de info janitza de www janitza de...

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