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Prophi

®

 6R

26

Operating diagram  (Brief programming)

Power Factor Controller Prophi-6R

MANUAL MODE

SERVICE

EXPERT MODE

STOPP  C     1.00  IND

1      min./max VOLTAGE

             250.0 V

1  PASSWORD ????

[ 6343 ]

1  PASSWORD ????

[ 2244 ]

2 max REACTIVE POWER  

             88.88  kvar

5      INTEGRATION

           TIME: [ 1 ] s

3   max ACTIVE POWER

             88.88 kW

4  max APPARENT PWR

             88.88 kVA

5   max TEMPERATURE

              40.0 °C

6        max THD:

      V 2.7 %  - I  1.0 %

7  MAXIMUM VALUES

         RESET  [ NO ]

10   ERROR MEMORY

E [ 1 ]  08H ....

12       TEST  RUN

[ NO ]

2   BASIC SETTINGS

        NEW ?  [ NO ]

    EXPERT-MODE 2

3 SWITCH.OPERATION

        RESET   [ NO ]

2     ALARM RELAY

           FAILURE

4    OPERATING TIME

        RESET   [ NO ]

Activation / Deactivation

of the following 

error- messages is 

possible with next steps

[ YES/NO ]:

- MEASUR.VOLTAGE

- OVERVOLTAGE

- OVER COMPENSAT.

- UNDERCOMPENSAT.

- HARMONICS !

- OVERTEMPERATURE

- OVERCURRENT

- UNDERVOLTAGE

- SWITCH.OPERATIONs

- MEAS.CURRENT < 

 

C1 : AUTO (FIXED / OFF )

C2 : AUTO (FIXED / OFF )

C3 : AUTO (FIXED / OFF )

C4 : AUTO (FIXED / OFF )

C5 : AUTO (FIXED / OFF )

C6 : AUTO (FIXED / OFF )

8  SWITCHING OPER.

           C [ 1 ] - 123

11    ERROR MEMORY

RESET  [ NO ]

C - OUTPUT

C1 = 27.3 kvar

9  OPERATION TIME

            C [ 1 ] - 12h

6    SWITCH. POWER

         max  [100] kvar

7   SWITCH. TRIGGER 

                [ 66 ] %

8    PROGRAM LOCK

               [ NO ]

9 SWITCH. OPERATION

       WARNING [ 50 ] T.

10  FAST DISCHARGE

               [ NO ]

11  DISCHARGE TIME

                [ 10 ] s

12  Phase  I      0°

       [ L1 ]   -   L1 - N

13  PHASE V    0°

         L1     -  [ L1 - N ]

14       C - TEST

             [ YES ]

3   ALARM-DELAYTIME

           [ 10 ] min.

4   UNDERVOLTAGE

           [ 50 ] %

5   OVERVOLTAGE

           [ 115 ] %

6     FREQUENCY

        [ 40...80 Hz ]

15     C - FAILURE    

              [ 40 ] %

7  SWITCH. OPER. C1

        RESET  [ NO ]

16   

               [ 6 ]

TEST ATTEMPT

7  SWITCH. OPER. C6

        RESET  [ NO ]

17     OUTPUT 1.ST

         [ 0...255 kvar ]

8  OPERAT. TIME C1

         RESET  [ NO ]

8  OPERAT. TIME C6

         RESET  [ NO ]

18      CONTROL

         [ 3-PHASE ]

19       DISPLAY

        [ cos 

j

 / tan 

j

 ]

Selecting of

capacitors C1-C6

BACK  TO 1

BACK  TO 1

- 26 -

C1...C6

C1...C6

Summary of Contents for Prophi 6R

Page 1: ...lefonischer Support 49 6441 9642 22 E Mail info janitza com www janitza com www janitza com Power Factor Controller Prophi 6R Manual Version 6 0 E 11 2019 Power Factor Controller Prophi 6R Manual 1 2...

Page 2: ...lization 9 5 2 Manual programming 10 5 3 Programming lock 12 Section 6 Manual operation Programming of fixed stages 13 Section 7 Service menu Test run 14 Section 8 Expert mode 15 8 1 Expert mode 1 8 2...

Page 3: ...tion is available which will reduce the commissioning to a minimum Main features R 6 switching outputs 1 alarm relay R Twenty pre programmed control series with a self optimized intelligent control re...

Page 4: ...firm and store values Increase selected parameter Reduce selected parameter 1 2 3 4 5 6 Power Factor Controller Blindleistungsregler Auto Program Manual Service Enter OK Prophi Blindleistungsregler Po...

Page 5: ...e wired with copper leads of 2 2 5mm The connection should be set up as shown in Fig 3 The specified safety regulations must be observed The measuring voltage may lie in the range from 30 525 VAC and...

Page 6: ...d current in the meas system is done in expert mode 1 page 17 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 voltage L2 L3 k l T 2A T 2A...

Page 7: ...t operation states are generated An individual adjustment resp suppression of particular messages is possible in expert mode 2 During suppression the indication of the message in the display a possibl...

Page 8: ...VA ENTER 6 DIFF kVAR TO TARGET COS ENTER 7 FREQUENCY in Hz ENTER 8 TEMPERATURE in C F ENTER 9 HARMONICS 3 19 V I Selection via arrow keys ENTER 10 THD V THD I in ENTER 12 ENERGY in kWh kvarh reset in...

Page 9: ...INIT and can be eliminated see possible error messages at the end of the manual AUTO INIT may be repeated then NOTE If the Prophi 6R has been put into operation successfully by AUTO INIT with all valu...

Page 10: ...ontrol series required for the compensation network is again selected via the keys If the required control series should exceptionally not be present Annex 1 the user may define a special one control...

Page 11: ...40 sec Selection is performed 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 r...

Page 12: ...l harmonic distortion THD V is exceeded This value can be set under 27 Harmonics in 15 FAN TEMP 15 70 C Input of the switching threshold for the fan BASIC SETTING NO YES NO When the selection is made...

Page 13: ...ay be permanently defined in succession continued switching via ENTER for the following statuses AUTO Automatic normal operation The relevant output is marked by a capacitor symbol FIXED The output is...

Page 14: ...ER Back to 1 TEST RUN This menu point allows the user to check the settings of the PFC controller After activation of the test run the controller switches each stage on and off successively and calcul...

Page 15: ...values of a measurement can be changed for special applications here 6 SWITCHING POWER max 100 kvar multiples of the smallest stage This factor specifies the maximum power which may be switched in on...

Page 16: ...ified here see point 14 16 TEST ATTEMPTS 5 1 9 When at least this number of successive measurements has resulted in a fault in the capacitor power a C fault message is output 17 OUTPUT 1 STEP 0 255 0...

Page 17: ...rror messages s above Example 3 ALARM DELAY TIME 10 min 1 255min Time after which the alarm relay will respond 4 UNDERVOLTAGE 50 20 100 meas voltage below this threshold will switch OFF all stages at...

Page 18: ...nk Disadvantage This mode can only be used in control series with groups of the same stage power and long settling time as every switching step corresponds to the value of the smallest stage 3 Intelli...

Page 19: ...ored The controller is then set to automatic operation with the operating mode key It is now ready for operation Section 12 Maintenance and warranty The controller should need no maintenance if the op...

Page 20: ...ring 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 Check current converter...

Page 21: ...AC 1000 W Programmable Illuminated graphic display 2 x 16 characters with convenient operating level 20 1 Sequential connection loop connection or self optimized switching response Four quadrant opera...

Page 22: ...s if the required control series is not available for any reason The last control series Control Series E is selected by pressing the Programming key point 4 Control series and confirmed with ENTER Th...

Page 23: ...rations warning Fast discharge Phase shift U I C Test C Fail Test Attempts Power 1 stage Control Default setting ENGLISH 1000 A 5 A 6 1 INTELLIGENT 25 00 kvar 0 98 IND 230 V L N NO 40 sec 40 sec 60 se...

Page 24: ...Prophi 6R 24 24...

Page 25: ...ME 60 s 13 ALARM TEMP 55 C 14 MESSAGE RELAY FAN 15 FAN TEMP 30 C 8 TEMPERATURE 25 0 C 9 HARMONICS 3 V 0 5 I 0 1 10 HARMONICS THD V 0 5 I 0 3 11 SYSTEM POWER 88 88 kvar 12 ENERGY 88 88 kWh SOFTWAREVERS...

Page 26: ...SAT UNDERCOMPENSAT HARMONICS OVERTEMPERATURE OVERCURRENT UNDERVOLTAGE SWITCH OPERATIONs MEAS CURRENT C1 AUTO FIXED OFF C2 AUTO FIXED OFF C3 AUTO FIXED OFF C4 AUTO FIXED OFF C5 AUTO FIXED OFF C6 AUTO F...

Page 27: ...Prophi 6R 27...

Page 28: ...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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