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Contents

Contents

1

Genera

l

..............................................................................................................................................................................................................

4

1.1

Safety instructions ............................................................................................................................................................................

4

1.2

Specified application .......................................................................................................................................................................

4

1.3

Design and performance features of the TAPCON® 230 VC ................................................................................................

5

2

Technical Data

................................................................................................................................................................................................

6

3

Operation

.........................................................................................................................................................................................................

9

3.1

Input and output of data; functions ..........................................................................................................................................

9

3.2

Description of the front panel ......................................................................................................................................................

9

3.2.1

Display ..................................................................................................................................................................................... 10

3.2.2

Local/remote switch ........................................................................................................................................................... 11

4

Parametering

.................................................................................................................................................................................................. 11

4.1

Normset setting ................................................................................................................................................................................. 11

4.2

Setting the desired voltage level 1 .............................................................................................................................................. 12

4.3

Setting the bandwidth .................................................................................................................................................................... 12

4.4

Setting the delay time T1 or T2 (DELAY 1/DELAY 2) and pulse duration (option) ........................................................ 12

4.5

Setting the overvoltage detection (U>) with automatic return control ......................................................................... 13

4.6

Setting the undervoltage blocking (U<) .................................................................................................................................... 13

4.7

Setting the overcurrent blocking (I>) ......................................................................................................................................... 13

4.8

Measuring transformers (VT, CT configuration) ....................................................................................................................... 15

4.9

Setting the desired voltage levels DVL2 and DVL3 ................................................................................................................. 15

4.10

Line compensation ............................................................................................................................................................................ 15

4.10.1 Line drop compensation (LDC) ........................................................................................................................................ 15

4.10.2 Z-Compensation .................................................................................................................................................................. 16

4.11

Analog remote position indication (option) ............................................................................................................................. 16

4.12

Voltage regulator identification ................................................................................................................................................... 17

4.13

Setting the unit to V or kV ............................................................................................................................................................. 17

4.14

Selection of the display in the 4

th

 line of the display ........................................................................................................... 17

4.15

Language selection ........................................................................................................................................................................... 17

Содержание TAPCON 230 VC

Страница 1: ...1 251 02 en Voltage Regulator TAPCON 230 VC Substitution for VC 100 Operating Instructions BA 251 02 www reinhausen com ...

Страница 2: ... the delay time T1 or T2 DELAY 1 DELAY 2 and pulse duration option 12 4 5 Setting the overvoltage detection U with automatic return control 13 4 6 Setting the undervoltage blocking U 13 4 7 Setting the overcurrent blocking I 13 4 8 Measuring transformers VT CT configuration 15 4 9 Setting the desired voltage levels DVL2 and DVL3 15 4 10 Line compensation 15 4 10 1 Line drop compensation LDC 15 4 1...

Страница 3: ...ter Follower 23 6 2 1 System configuration settings transfer of the on load tap changer setting 24 6 2 1 1 Setting the tapping position range 24 6 2 1 2 Selecting the Master Follower operation 25 6 2 2 Function tests commissioning and preliminary settings 25 6 3 Parallel operation with existing parallel control unit SKB 30 based on minimum circulating reactive current 25 6 4 Disturbances during pa...

Страница 4: ...230 VC serves for automatic control of transformers with a motor driven on load tap changer The motor drive mechanism receives the corresponding control commands from the voltage regulator With these commands the on load tap changer moves to the next position and the transformer s voltage value is adapted to the preset desired voltage level To allow individual adaptation of the control system to t...

Страница 5: ...e pre parametering and standard reference values which used to be required for customary regulators also refer to the standard configuration accord ing to Sub menu 2 The parameters of the regulator can be set by means of a PC via the incorporated serial interface RS232 integrated in the regulator the appropriate PC software will be furnished by MR A load dependent line voltage drop e g of a spur l...

Страница 6: ...Switching pulse duration 0 5 10 s 0 5 s LDC Ur 0 25 V 0 1 V Ux 0 25 V 0 1 V With optional Z compensation selection Voltage rise 0 1 0 15 Limitation 0 15 0 1 Undervoltage blocking 70 99 1 Overvoltage detection 101 130 1 with high speed return control pulse signal 1 5 1 5 s Overcurrent blocking 50 210 5 Voltage transformer 0 1 999 9 kV 100 V Current transformer 100 5000 A 5 1 0 2 A Measuring circuit...

Страница 7: ... mode 1 x status 1x group interrupt U U I 1x monitoring function monitoring Voltage transformer 85 140 V measuring range 60 185 V r m s value 40 60 Hz intrinsic consumption 1 VA Current transformer 0 2 1 5 A 40 60 Hz r m s value intrinsic consumption 1 VA overload capacity 2x In continuously 100x In 1 s Measuring errors Voltage measuring 0 3 40 ppm C Current measuring 0 5 40 ppm C Serial interface...

Страница 8: ...s governing the erection of electrical power installations featuring rated system voltages up to 1 000 V Grounding conductors protective conductors equipotential bonding conductors arrangement of operating elements IEC 61010 VDE 0411 Safety requirements for electrical equipment for measurement control regulation and laboratory use VDE 0110 Provisions governing the rating of clearance in air and cr...

Страница 9: ...ating status display Overcurrent blocking Undervoltage blocking Overvoltage monitoring Parallel operation NORMSET 3 1 Input and output of data functions The following instructions tell you how to call up the basic functions of the TAPCON 230 VC voltage regulator and how to reset parameters Reset setting values via the Higher Lower keys Change over between manual mode automatic mode LCD Display Par...

Страница 10: ...tes an additional measuring value in the 4th line during normal operation Selection of this measuring value in the display window SELECT 4th LINE The following values are available Current I Power factor cos PHI Apparent power S Frequency f Reactive power Q Status line Active power P Position optional Phase angle PHI ACTUAL VOLT LEVEL 64 90 kV DESIRED VOLT LEVEL 66 00 kV dU 1 67 CURRENT I 253 A b ...

Страница 11: ...ted at the on load tap changer The voltage change ensuing from the switching operation corresponds to the transformer s tap voltage and is checked for plausibility by the regulator using the preset bandwidth The bandwidth value is then optimised in accord ance with the results gleaned from this check If the next system deviation occurs the new bandwidth will be used as basis which will be rechecke...

Страница 12: ...pensation occurs for more than 15 min the function monitoring relay will respond see connection diagram The relay will not be reset until a shortfall of the bandwidth threshold has occurred Standard setting range 0 5 9 Standard step width 0 1 DU B 2 T1 Delay of the delay time DU B voltage change DU in of the desired value in relation to the set bandwidth of B in of the desired value T1 Linear inte...

Страница 13: ...s and a signalling relay is energized contacts 24 25 55 as long as overvoltage is present If the voltage regulator regulates towards a higher voltage than the set limit U due to an unfavourable parametering e g too high LDC settings it is prevented from exceeding the limit This condition is signalled by the signalling relay for function monitoring after 15 minutes 4 6 Setting the undervoltage bloc...

Страница 14: ...nsformers used can be set in the corresponding display windows by pressing the SET and function keys Rated transformer current Primary voltage of the voltage transformer in A Rated transformer voltage Primary voltage of the voltage transformer in kV in relation to 100 V secondary voltage Transformer phase measuring circuit Phase angle of the current voltage transformer see fig 3 for explanations N...

Страница 15: ...f the phase angle j can be also used in meshed network applications 4 9 Setting the desired voltage levels DVL2 and DVL3 4 10 1 Line Drop Compensation LDC Setting the resistive voltage drop Ur The calculated resistive voltage drop is set in the LDC UR display by pressing the function keys SET and The effect of the compensation can be reversed by 180 minus sign preceding the setting If no compensat...

Страница 16: ...aximum positions For POS MIN please enter the position corresponding to e g 4mA for POS MAX please enter the position corresponding to e g 20mA The analog position indication will be included automatically if the TAPCON 230 VC is equipped with the parallel operation option Calculation of the required setting values UTr ULoad IN RCT ΔU 100 ULoad I ΔU Setting of Z Compensation in UTr Transformer vol...

Страница 17: ...ollowing measuring values are available Current I Apparent power S Reactive power Q Active power P Phase angle PHI Power factor cos PHI Frequency f Status line Position optional 4 13 Setting the unit to V or kV The voltage regulator TAPCON 230 VC allows the user to both display and enter the unit of the actual voltage level and the desired voltage level in the basic display as well as the paramete...

Страница 18: ...pply input of AC 230 V preset at the factory WARNING Take care to properly connect the voltage regulator and the housing to ground Danger to life GROUND INTERFACE CABLE SHIELDINGS HERE ERD ANL 6 NOTES When using an auxiliary voltage AC 115V 50 60Hz be sure to remove the links between terminals 1 3 and 2 4 NOTE The TAPCON 230 VC was developed in accordance with the relevant EMC standards The follow...

Страница 19: ...By manual control of the motor drive bring the on load tap changer to the service position so that the desired voltage level is obtained see paragraph 5 5 f Set the VOLTAGE LEVEL to this value g Set the bandwidth ΔU max to 1 0 In most cases the voltage regulator is now in a balanced state no presignal LED lamp lights up Otherwise change the desired voltage level in steps of 0 5 V until a balanced ...

Страница 20: ...mp for Lower must light up during this function check a minimum load current of 5 of the rated current of the current transformer must flow If the presignals appear in opposite direction change the polarity of the current transformer The actually desired LDC can be set upon completion of the above settings Set the mode of operation to AUTO Check if the setting is correct by observing the voltage a...

Страница 21: ...el operation Select the menu item by pressing the SELECT key and the keys and then setting the desired method of paral lel operation with jumper A terminal 90 92 see fig 8 9 Connect both parallel operating voltage regulators via the interface see fig 7 The voltage regulators in parallel operation report the status on terminals 80 81 82 and with LED PARAL OPERATION TWIN PARALLEL SKB TWIN PARALL 25 ...

Страница 22: ...cts will occur For a circulating reactive current equal to the rated current of the voltage transformer a setting value of 10 would result in a voltage correction of 10 in the voltage regulators Operate the SELECT key and the keys to select the menu point and press the SET and function keys to set the bandwidth from 0 5 to 20 in relation to the rated current of the voltage transformer If the circu...

Страница 23: ... 1 4 3 Setting the circulating reactive current monitoring CIRCUL REAC CURR MON BANDWIDTH Switch over one of the two voltage regulators to the Manual operating mode Using the manual control the associated motor drive must now be reset to Raise by the maximum admissible difference of the service positions between the parallel operating transformers e g by 1 2 steps Starting with the preset value of...

Страница 24: ...the transformers jointly engaged in parallel operation is performed during parallel operation in accordance with the principle of tap change synchronicity Master Follower it is imperative to maintain identical position designations for all of these transformers and to ensure that the higher and lower signals will effect identical voltage changes in all the transformers If this is not the case e g ...

Страница 25: ... the proper functioning of parallel operation is the commissioning of the voltage regulators for individual operation 6 3 Parallel operation with existing parallel control unit SKB 30 based on minimum circulating reactive current The following menu item is used for the selection The menu item can be selected by pressing the SELECT key and the keys and then using the SET and keys to select parallel...

Страница 26: ...251 02 en 26 7 Appendix Front view TC230_1 Control panel set up and mounting 899564 Block connection diagram 115 V BA251_1 PIC Block connection diagram 230 V BA251_2 PIC 7 Appendix 7 Appendix ...

Страница 27: ...27 251 02 en TAPCON 230 Front view TAPCON 230 Front view TC230_1 ...

Страница 28: ...51 02 en TAPCON 230 Control panel set up and mounting 8995640E Clamp for flush mounting Remove crimp cable entries for flush mounting Bracketing fishplate for panel mounting Panel cutout for flush mounting ...

Страница 29: ...29 251 02 en TAPCON 230 VC Block connection diagram 115 V BA 251_1 PIC ...

Страница 30: ...30 251 01 01 0 TAPCON 230 VC Block connection diagram 230 V BA 251_2 PIC ...

Страница 31: ......

Страница 32: ... the data of devices delivered We reserve the right to make changes without notice BA 251 02 en 0909 F0125701 Printed in Germany Maschinenfabrik Reinhausen GmbH Phone 49 941 40 90 0 Falkensteinstrasse 8 Fax 49 941 40 90 7001 93059 Regensburg Germany E mail sales reinhausen com ...

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