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On-Load Tap-ChangerVACUTAP® VR®

Technical Data

6089204/00 EN . High-temperature version

© All rights reserved by Maschinenfabrik ReinhausenDissemination and reproduction of this document and use and disclosure of its content are strictly prohibitedunless expressly permitted.Infringements will result in liability for compensation. All rights reserved in the event of the granting of patents,utility models or designs.The product may have been altered since this document was published.We reserve the right to change the technical data, design and scope of supply.Generally the information provided and agreements made when processing the individual quotations and ordersare binding.The original operating instructions were written in German.

Table of contents

Maschinenfabrik Reinhausen GmbH 2018 36089204/00 EN VACUTAP® VR®

Table of contents

1 Introduction......................................................................................................................... 41.1 On-load tap-changer designations...................................................................................................... 41.1.1 Example of on-load tap-changer type designation................................................................................................ 4

1.1.2 Number of positions and basic connection ........................................................................................................... 5

1.2 On-load tap-changer models .............................................................................................................. 5

1.3 Basic connections............................................................................................................................... 6

2 Technical data..................................................................................................................... 92.1 On-load tap-changer properties.......................................................................................................... 9

2.2 Permissible ambient conditions ........................................................................................................ 10

2.3 Step capacity diagram for network application ................................................................................. 11

2.4 Permitted voltage stresses ............................................................................................................... 122.4.1 Insulation distances............................................................................................................................................. 12

2.5 Realizable connections..................................................................................................................... 15

2.6 Tapped winding potential connection ............................................................................................... 162.6.1 Recovery voltage and breaking current .............................................................................................................. 16

3 Drawings ........................................................................................................................... 193.1 Dimensional drawings....................................................................................................................... 19

3.2 Installation drawings ......................................................................................................................... 29

3.3 On-load tap-changer head................................................................................................................ 31

3.4 Selector............................................................................................................................................. 38

3.5 Potential connection unit................................................................................................................... 41

3.6 Connection diagrams (examples) ..................................................................................................... 47

1 Introduction

Maschinenfabrik Reinhausen GmbH 20184 6089204/00 ENVACUTAP® VR®

1 IntroductionThis technical file contains detailed information about the technical proper-ties of the product. Basic information is given in the "Technical Data (TD 61)- General Section".

1.1 On-load tap-changer designationsEach type of on-load tap-changer is available in a number of models, offer-ing a different number of phases, maximum rated through-current, highestvoltage for equipment Um, selector size and basic connection diagram. Thedesignation of a particular on-load tap-changer model therefore depends onthese features, hence ensuring an unmistakable and non-interchangeableon-load tap-changer designation.

1.1.1 Example of on-load tap-changer type designation

On-load tap-changer VACUTAP® VRM III 500 Y–72,5 / D–10 19 1 WR.

Type designation VACUTAP® VRM III 500 Y-72,5 / D-10 19 1 WR

VACUTAP® VRM On-load tap-changer type

III Number of phases

500 Last digit: maximum rated through-current Irm in A and number of equipped sec-tors for single-phase on-load tap-changers.When using the on-load tap-changer with a neutral point, a 0 as thelast digit corresponds to 3 equipped sectors.

Penultimate digit: 0 = without current splitting2 = forced current splitting by two parallel winding branches required.

Y Use with neutral point

72.5 Highest voltage for equipment Um (in kV)

D Selector size

10 19 1 WR Basic connection

Table 1: Example of designation of on-load tap-changer

1 Introduction


1.1.2 Number of positions and basic connection

The selector can be adapted to a large extent to the required number of po-sitions and tapped winding connection. The basic connections differ in termsof selector division, number of operating positions, number of mid-positions,change-over selector model and type of potential connection.

Example: 10 19 1 WR

Designation of basic connec-tion

10 19 1 WR

10 Contact circle pitch of selector

19 Maximum number of operating positions

1 Number of mid-positions

W Change-over selector model (W=reversing change-over selector, G=coarse tapconnection)

R Type of potential connection (R=attached tie-in resistors, P=tie-in switches with at-tached tie-in resistors)

Table 2: Example of designation of basic connection

1.2 On-load tap-changer modelsYou will find an overview of the on-load tap-changer models in the Typeoverview section.

1 Introduction


1.3 Basic connectionsBelow you will find some examples of the on-load tap-changer's basic con-nections with designation of selector connection contacts in accordance withMR standard. You will find the connections that can actually be made in thesection "Permitted voltage stresses" [►Section 2.4, Page 12].

Figure 1: Basic connections without change-over selector

1 Introduction


Figure 2: Basic connections for reversing change-over tap selector connection

1 Introduction


Figure 3: Basic connections for coarse tap selector connection

2 Technical data


2 Technical data

2.1 On-load tap-changer properties

Electrical data for VACUTAP® VRM I/II/III

On-load tap-changer VRM I 501VRM III 500 Y

VRM I 802 VRM I 12031)

Maximum rated through-current Irm [A] 500 800 1 200

Rated short-time current [kA] 5 8 12

Rated duration of short-circuits [s] 3 3 3

Rated peak withstand current [kA] 12.5 20 30

Maximum rated step voltage Uirm [V] 3 000 3 000 3 000

Step capacity Pstm [kVA] 1 500 2 400 3 000

Rated frequency [Hz] 50…60

Table 3: Electrical data for VACUTAP® VRM I/II/III

1) For on-load tap-changer VACUTAP® VRM I 1203 with a rated through-cur-rent Ir > 1,000 A, contact Maschinenfabrik Reinhausen GmbH regarding thepermissible overload and number of tap-change operations.

Mechanical data for VACUTAP® VRM I/III

Number of operating positions Without change-over selector: maximum 18With change-over selector: maximum 35

Number of equipped sectors 1…3

Selector sizes D

Dimensions See dimensional drawings [►Section 3.1, Page 19]

Weight

Displacement and oil volume

Table 4: Mechanical data for VACUTAP® VRM I/III

2 Technical data


2.2 Permissible ambient conditionsAir temperature during operation -25…+50°C

Temperature of the insulating fluid in the trans-former in operation

Normal temperature range-15…+105°C: continuousIncreased temperature range105…130°C: max. 8 hours/day, max. 720 hours/year130…150°C: max. 8 hours/day, max. 240 hours/year

Temperature of the insulating fluid in the oilcompartment in operation

-15…+120°C

Transport temperature, storage temperature -40…+50°C

Drying temperatures See installation and commissioning instructions, chapter "Assembly"

Compressive strength See technical data TD 61 – general section

Insulating fluids Synthetic ester fluid (IEC 61099): Midel 7131Other insulating fluids on request

Installation height of the oil conservator See technical data TD 61 – general section

Installation height above sea level See technical data TD 61 – general section

Table 5: Permissible ambient conditions

2 Technical data


2.3 Step capacity diagram for network application

Figure 4: Step capacities (rated voltage Uir, rated through current Ir)

2 Technical data


2.4 Permitted voltage stressesThis section describes the permitted voltage stresses of single-phase andmultiphase on-load tap-changers.

When selecting the on-load tap-changer, you must check that the higheststresses do not exceed the related rated withstand voltages at the insulationdistances.

2.4.1 Insulation distances

without change-over selector with reversing change-over selector

with coarse change-over selector in position + with coarse change-over selector in position -

Note maximum stress with ratedlightning impulse withstand voltage at a0in mid-position!

Figure 5: Insulation distances for selector size D without multiple coarse change-over selector

a0 Between selected and preselected tap on the diverter switch

a1 Between tap selector contacts of the winding of one tap position (connected or not connected)

2 Technical data


a Between beginning and end of a tapped winding and, for a coarse winding model, also between beginning andend of a coarse winding.Note for coarse tap selector connection in position (-) of the change-over selector:Especially when stressed with impulse voltage, it is important that the permissible withstand voltage "a" betweenthe end of a coarse winding connected with the K tap selector contact and the tap selector contact at the end ofthe tapped winding of the same phase is adhered to.

b between the tap selector contacts of different phases and between change-over selector contacts of differentphases, which are connected with the beginning/end of a tapped winding or with a tap selector contact

f between diverter switch output terminal and ground

Additionally for coarse tap selector connection in position (+) of the change-over selector:

c1 from one change-over selector contact (-) to take-off lead of the same phase

c2 between change-over selector contacts (-) of different phases

Abbreviations for the rated insulation level

LI Full wave lightning impulse (kV, 1.2/50 μs)

LIC Chopped wave lightning impulse (kV, 1.2/50/3 µs)

SI Switching impulse (kV, 250/2500 µs)

AC Applied voltage (kV, 50 Hz, 1 min)

Rated insulation level on diverter switch

Insulation distance f

Um1) LI LIC SI AC

72.5 350 385 280 140

170 750 825 620 325

Table 6: Rated insulation level on diverter switch

1) In accordance with IEC 60214-1: highest effective value for phase-to-phase voltage in a three-phase system for which an on-load tap-changer isdesigned with respect to its insulation.

Rated insulation level of inner insulation on the M selector (withoutmultiple coarse change-over selector)

The admissible maximum operating voltage on the individual selector dis-tances corresponds to half the value of the values listed below for appliedvoltage (AC).

Insulation distance Selector size D

a0 LI 1052)

LIC 1152)

SI 652)

AC 20

2 Technical data


Insulation distance Selector size D

a1 LI 105

LIC 115

SI 65

AC 24

a LI 345

LIC 380

SI 225

AC 87

b1) LI 345

LIC 380

SI 225

AC 120

c1 LI 415

LIC 455

SI 270

AC 172

c21) LI 415

LIC 455

SI 270

AC 185

Table 7: Rated insulation level of inner insulation on the M selector

1) not applicable to single-phase on-load tap-changer2) varistor response voltage at 1.2/50 µs lightning impulse: starting at 45 kV(U100%(t)standardized ≠U75%(t)standardized), residual voltage at 3 kA peak withstandcurrent: 56 kV

2 Technical data


2.5 Realizable connectionsThe connections listed below can also be realized for change-over selectorswith reversing change-over selectors and 3 mid-positions (3W) and forchange-over selectors with coarse tap connection and 3 mid-positions (3G).

Without change-over selector With reversing change-over selec-tor

With coarse change-over selector

Connection Selector size Connection Selector size Connection Selector size

10050 D 10071W D 10071G D

10060 D 10081W D 10081G D

10070 D 10091W D 10091G D

10080 D 12101W D 12101G D

10090 D 14111W D 14111G D

10100 D 16121W D 16121G D

12110 D 16131W D 16131G D

12120 D 16141W D 16141G D

14130 D 18151W D 18151G D

14140 D 10191W D 10191G D

16150 D 12231W D 12231G D

16160 D 14271W D 14271G D

18170 D 16311W D 16311G D

18180 D 18351W D 18351G D

Table 8: Realizable connections for VACUTAP® VRM I/III

2 Technical data


2.6 Tapped winding potential connectionDuring its switching operation the tapped winding is briefly electrically iso-lated from the main winding by the reversing change-over selector or coarsechange-over selector. It then adopts a potential resulting from the voltages ofthe adjacent windings and coupling capacities for these windings or earthedparts.

This potential shift of the tapped winding produces corresponding voltagesbetween the deactivating change-over selector contacts because one con-tact is always connected to the tapped winding and the other contact is al-ways connected to the main winding. This voltage is known as the recoveryvoltage UW.

When separating the change-over selector contacts, a capacitive current hasto be interrupted. This current depends on the aforementioned coupling ca-pacities of the tapped winding. This current is known as the breaking currentIS.

The recovery voltage UW and breaking current IS may result in impermissiblesigns of discharge on the change-over selector. The permissible range of re-covery voltage UW and breaking current IS can be seen in the following dia-grams:

2.6.1 Recovery voltage and breaking current

For more information about recovery voltage and breaking current, seeTechnical Data TD 61 - General Part.

2 Technical data


Recovery voltage Ur and breaking current Ib without tie-in resistor

Figure 6: Guide values for Ur and Ib without tie-in resistor RP for selector size D

2 Technical data


Recovery voltage Ur and breaking current Ib with tie-in resistor

Figure 7: Guide values for Ur and Ib with tie-in resistor RP for selector size D

3 Drawings


3 Drawings

3.1 Dimensional drawings

DIMENSIONIN mmEXCEPT ASNOTED

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DIMENSION DRAWING -

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MATERIAL NUMBER

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07.03

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ON-LOAD TAP-CHANGER VACUTAP® VRVRM I 501 - 72,5/170kV - D HT DESIGN

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FOR THE TYPE OF OLTC-HEAD REFER TO THE ORDER-SPECIFIC DRAWING OF THE OLTC-HEAD AND DRIVE SHAFTS

- THE DETAILED CONNECTION DIAGRAM IS BINDING FOR THE DESIGNATION OF THE CONNECTION CONTACTS AND PHASES

- C-C: REFER TO 898013

- D-D AND E-E: TYPE WITH CONNECTING LEAD 3W/3G REFER TO 723590

M

A

- DRIVE SIDE OF SELECTOR

- ON-LOAD TAP-CHANGER CURRENT TAKE-OFF TERMINAL

B - IS CONNECTED TO POTENTIAL OF

D

G - SUPPORTING FLANGE FOR THE BELL-TYPE TANK INSTALLATION IS OPTIONAL

- SHIELDING RINGS FOR 170 kV

A

COARSE CHANGE-OVER SELECTOR (1G)REVERSING CHANGE-OVER SELECTOR (1W)

WITHOUT CHANGE-OVERSELECTOR 0

WITH COARSE CHANGE-OVER SELECTOR G

WITH REVERSING CHANGE-OVER SELECTOR W

140

160,2

232,3


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5910

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72,5 170h 2108 2368

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x - Ø 620

y - Ø 56

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280 340

342 361

D

185

323

576

788

DISPLACEMENT [dm³]

MAX. WEIGHT [kg]

DIMENSIONS

[mm]

OIL CONTENT [dm³]

SELECTOR SIZE

Um [kV]


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5914

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0WITHOUT CHANGE-OVER

SELECTORWITH REVERSING CHANGE-OVER SELECTOR W


160,2

232,3

140


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411 429MAX. WEIGHT [kg]

DIMENSIONS

[mm]

323

OIL CONTENT [dm³]

185

370

DISPLACEMENT [dm³]

SELECTOR SIZE

Um [kV]

D

1158

576

185


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A

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D

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0WITHOUT CHANGE-OVER

SELECTORWITH REVERSING CHANGE-OVER SELECTOR W


160,2

140

232,3


DOCU

MENT

NO.

STAN

D.CH

ANGE

NO.

DFTR

.CH

KD. SHEET

DATE

DIMENSION DRAWING -

SED

5914

911

000

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2101153200E

LIPIN

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06.03

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SERIAL NUMBER

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.201

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VACUTAP® VRM

72,5 170h 2848 3108

i 1320 1580

bs - 302

z - 191

x - Ø 620

y - Ø 56

knt

pr

170 220

292 352

484 503MAX. WEIGHT [kg]

DIMENSIONS

[mm]

323

OIL CONTENT [dm³]

185

185

DISPLACEMENT [dm³]

SELECTOR SIZE

Um [kV]

D

1528

576

185


DOCU

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NO.

STAN

D.CH

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NO.

DFTR

.CH

KD. SHEET

DATE

DIMENSION DRAWING -

SED

5910

458

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2101151780E

LIPIN

SKI

06.03

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1:10

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NAME

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G07

.03.201

8

MATERIAL NUMBER

SERIAL NUMBER

07.03

.201

8PR

ODAS

TSCH

UK

ON-LOAD TAP-CHANGER VACUTAP® VRVRM III 500 - 72,5/170kV - D HT DESIGN

1

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C C

B B

A A

478O

C C

Z

D D

1...17

1...17

1...17

2...18

2...18

2...18

1...17

1...17

1...17

2...K

2...K

2...K

750O

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120°

46°

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580

B-B


E-E

533O

747

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A-A120°

120°

13O

10°

10°

10°10°

10°

10°

10°

10°

40

120°

120°

A

B B

A D

D

B

0, +, -

0, +, -

0, +, -

0, +, -

0, +, -

0, +, -

C C

37,5

15°

15°

15°

68,5

555

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740

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119

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2324

0





M

A




D



A


WITHOUT CHANGE-OVERSELECTOR

WITH REVERSING CHANGE-OVER SELECTOR W


160,2

232,3

140


DOCU

MENT

NO.

STAN

D.CH

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NO.

DFTR

.CH

KD. SHEET

DATE

DIMENSION DRAWING -

SED

5910

458

000

00

2101151780E

LIPIN

SKI

06.03

.201

8

1:10

1086

238

SCAL

E

NAME

/

MUEN

ZBER

G07

.03.201

8

MATERIAL NUMBER

SERIAL NUMBER

07.03

.201

8PR

ODAS

TSCH

UK

ON-LOAD TAP-CHANGER VACUTAP® VRVRM III 500 - 72,5/170kV - D HT DESIGN

2

© M

ASCH

INEN

FABR

IK R

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BH 2

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THE

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A1

VACUTAP® VRM

72,5 170h 2848 3108

i 1320 1580

bs - 302

z - 191

x - Ø 620

y - Ø 56

kn

tprq

170 220

292 352

484 503

SELECTOR SIZE

Um [kV]

D

1528

576

185

508

323

OIL CONTENT [dm³]

185

370

DISPLACEMENT [dm³]MAX. WEIGHT [kg]

DIMENSIONS

[mm]

Datu

mDo

kume

ntnu

mmer

Ände

rung

snum

mer

Name

Maß

stab

-

1 1101155570E /

TAP-CHANGER ACCESSORIES TEMPERATURE SENSOR

MUEN

ZBER

G12

.03.201

8W

ESOL

OWSK

IP09

.03.201

8SE

D 59

4713

4 00

0 00

1:110

8681

412

.03.201

8PR

ODAS

TSCH

UKNo

rm.

Gez.

Gepr

. BlattMaterialnummer

SerialnummerMaßangabenin mm, soweitnicht andersangegeben 2x PT100 HT

© M

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INEN

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TECHNICAL DATAHOUSING: OUTDOOR DESIGN, POWDER COATED RAL 9006 WHITE ALUMINIUM (C5)HOUSING MATERIAL: SEAWATER RESISTANT ALUMINIUMPROTECTION TYPE: IP66 ACCORDING TO IEC 60529 (CLOSED DEVICE)AMBIENT TEMPERATURE: -40°C TO +150°C (-40°F TO +302°F)OIL TEMPERATURE: -40°C TO +150°C (-40°F TO +302°F)OPERATING MEDIUM: TRANSFORMER OIL OR AIRCONNECTION: CABEL GLAND WITH M20x1.5 (CLAMPING AREA 10,8MM TO 12,8MM)TERMINAL STRIP: SCREW TERMINAL 0.08MM² TO 2.5MM² (SINGLE AND STRANDED WIRE) 0.25MM² TO 1.5MM² (STRANDED WIRE WITH FERRULE) AWG: 28 TO 12 1ST PT100: 2-WIRE SYSTEM 1x RED(1), 1x WHITE(2) 2ND PT100: 2-WIRE SYSTEM 1x YELLOW(3), 1x BLACK(4)SENSOR: 2x PT100 ACCORDING TO DIN EN 60751 CLASS B (2-WIRE CIRCUIT)HIGH VOLTAGE RESISTANCE: 2.0kV / 50HZ / 1MIN. (SENSOR TO SENSOR) 2.0kV / 50HZ / 1MIN. (SENSOR TO GROUND)CONNECTION ACCORDING TO THE ASSOCIATED CIRCUIT DIAGRAM

SCALE 1:1 (1:2)

13,9

ASSEMBLY INTERFACE

FREELY ROTATABLE

M6 / WRENCH 10MA = 7,5 Nm

1:2

60 H8(O )

36,5

M20 x 1,5

MEMBRANE VENT

100

O10

1

> 75,5

Clas

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PT10

0PT

100

1

2

3

4

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1

2

3

4

3.2 Installation drawings


3.2 Installation drawings

© M

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INEN

FABR

IK R

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AUSE

N GM

BH 2

016


DOCU

MEN

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.

STAN

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CHAN

GE N

O.DF

TR.

CHKD

. SHEET

DATE

DIMENSION DRAWING

-

SED

5128

712

001

01

1100177380E

BUTE

RUS

06.03.2

017

-10

8056

6SC

ALE

NAME

/

WRE

DE06

.03.2

017

MATERIAL NUMBER

SERIAL NUMBER

06.03.2

017

PROD

ASTS

CHUK

ON-LOAD TAP-CHANGER VACUTAP® VRINSTALLATION DRAWING VR S/M - B/C/D/DE

1

THE

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M

14

M

25

15

29b

28

27

26

PROTECTIVE RELAY

21

24

25a

16

29a

Z

17B

B

AA

Y

X

25a

24

53

51

52

2133

31

33

35

32

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23

44

46

43

45

42

41

13

23

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34,5

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34

Y

Ra 3,212

1112M

45 25

15

11

12

15°

7,5°

650

O710O

740

O

24 x

15°

(=36

0°)

TRANSFORMER TANK BOTTOM

VRS VRM

72,5 1200 1350

123 1330 1480

170 1460 1610

245 1560 1710

300 1712 1862

362 1815 1965

420 1934 2084

Um

[kV]

MAX. PULL-OUT HEIGHT [mm]

SELECTOR SIZE

10°

10°

10°120°

120°

10°10°

10°10°

10°

120°

120°

47

MAINTAIN SUFFICIENT DISTANCE

MAX

. PUL

L-OU

T HE

IGHT

IN A

CCOR

DANC

E W

ITH

THE

TABL

E

DIVERTER SWITCH INSERT TRANSITION RESISTANCESEYEBOLT

515253

DIVERTER SWITCH OIL COMPARTMENTOIL COMPARTMENT BASESHIELDING RINGS FOR UM OF 170 kV OR GREATEROIL COMPARTMENT CONNECTION TERMINALCONNECTION CONTACT FOR ON-LOAD TAP-CHANGER TAKE-OFF LEADTAKE-OFF RING FOR ON-LOAD TAP-CHANGER TAKE-OFF LEAD

313233343536

SELECTOR DRIVE SIDE

4142434445

46

47

SELECTOR SUSPENSIONSELECTOR GEARFINE TAP SELECTORCHANGE-OVER SELECTORSELECTOR CONNECTION CONTACTS (SEE ASSOCIATED DIMENSIONAL DRAWING)CHANGE-OVER SELECTOR CONNECTION CONTACTS (SEE ASSOCIATED DIMENSIONAL DRAWING)SELECTOR CONNECTING LEAD

ON-LOAD TAP-CHANGER HEADCOVER SCREWCOVER GASKETON-LOAD TAP-CHANGER HEAD COVERCENTRAL GEAR UNIT WITH 25a DRIVE SHAFTPIPE CONNECTION R FOR PROTECTIVE RELAYPIPE CONNECTION S WITH VENT SCREW (OPTIONAL)PIPE CONNECTION Q (OPTIONAL)AIR-VENT VALVE OF THE ON-LOAD TAP-CHANGER HEAD COVERVENTING OPTION FOR THE TRANSFORMER OIL CHAMBER

212223242526272829a29b

11121314151617

MOUNTING FLANGE ON TRANSFORMER COVERM12 FIXING SCREWON-LOAD TAP-CHANGER HEAD GASKETPOSITION INDICATOR, REMOVE BEFORE REMOVING THE DIVERTER SWITCH INSERTINSPECTION WINDOWO15 HOLESSUCTION PIPE

M

C VARIANT DISPLAYED

3.3 On-load tap-changer head


3.3 On-load tap-changer head

DOCU

MEN

T NO

.

CHAN

GE N

O.

VARIANTS OF THE ON-LOAD TAP-CHANGER HEAD HT-DESIGN

ON-LOAD TAP-CHANGER VACUTAP® VRM -

1 1101151710E /

MUE

NZBE

RG28

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18LIPI

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28.02.20

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01.03.2

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PROD

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STAN

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DFTR

.

CHKD

. SHEET

DATE

NAME

MATERIAL NUMBER

SERIAL NUMBERDIMENSIONIN mmEXCEPT ASNOTED

© M

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INEN

FABR

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A2

A

B

C

D

G H

I

MA

K

RSQE2

SR

SL

RSQE2

SR

SL

RSQE2

SR

SLR

SQE2

SR

R SQ

E2

SL120°

120°

M

68,5

MM

M M M

1 2 3

T2 T2

T2

T1

T2

T1

T2T1

T1T1

POSITION OF DRIVE SHAFT OF GEAR UNIT

HEAD VARIANTS

SWIVEL RANGES:

LEFT RIGHT

A CONSIDERABEL NUMBER OF VARIANTS OF THE ON-LOAD TAP-CHANGER HEAD ARE AVAILABLE FOR ADAPTING THE HORIZONTAL PART OFTHE DRIVE SHAFT TO THE TRANSFORMER TANK.

THE MOUNTING POSITION OF THE SELECTOR A AND DIVERTER SWITCH OIL COMPARTMENT B IS DETERMINED BY THE DRIVE SIDE OFSELECTOR M .

THE ON-LOAD TAP-CHANGER HEAD C TOGETHER WITH ITS PIPE CONNECTIONS D MAY BE TURNED THROUGH 120 DEGREES CLOCKWISEOR ANTI- CLOCKWISE. THIS RESULTS IN THE VARIANTS 1, 2 AND 3.

THE UPPER GEAR UNIT F CAN BE TURNED CONTINUOUSLY ON ITS OWN AXIS. TABLE 10115173: LISTS THE LIMITATION OF THE SWIVELRANGE FOR THE PARTICULAR HEAD VARIANT. THE ANGEL SPECIFICATIONS REFER TO THE CENTER OF ROTATION OF THE GEAR UNIT. PAYPARTICULAR ATTENTION TO THE OFFSET OF THE DRIVE SHAFT.

REPRESENTEDVERSIONTYPE M

E FL

68,5

AKBCDEFGHIMAMSRSLT1 /T2L

================

SELECTORCHANGE-OVER SELECTORDIVERTER SWITCH OIL COMPARTMENTON-LOAD TAP-CHANGER HEADPIPE CONNECTIONS (R, S, Q, E2)ON-LOAD TAP-CHANGER HEAD COVERUPPER GEAR UNIT UPPER GEAR UNITDRIVE SHAFT, HORIZONTALBEVEL GEARDRIVE SHAFT, VERTICALMOTOR-DRIVE UNITDRIVE SIDE OF SELECTORINSPECTION WINDOW ON THE RIGHTINSPECTION WINDOW ON THE LEFTTEMPERATURE SENSORPIPE CONNECTION A

Doku

ment

numm

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Norm

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Datu

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28.02

.201

8

1:210

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Name

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8

Materialnummer

Serialnummer

01.03

.201

8PR

ODAS

TSCH

UK

ON-LOAD TAP-CHANGER VACUTAP® VR

1

Maßangabenin mm, soweitnicht andersangegeben ON-LOAD TAP-CHANGER HEAD, CENTRIC DRIVE HT DESIGN

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A1

AA

A-A1:1

B B

B-B

26O

14O

115O

85O

65O

O-RING29-3

15O

30

2

16O

68,5

37,5

7,5°

15°

15°

7,5°

7,5°

15°7,5°

15°

15°

15°

15°

M

740O

97

142

120

140

22

119

4

43 WIDTH OF GASKET

M

E1 = BLEEDING FACILITY FOR ON-LOAD TAP-CHANGER HEADE2 = BLEEDING FACILITY FOR SPACE UNDER THE HEAD OUTSIDE THE TAP-CHANGER OIL COMPARTMENT (SAME PIPE CONNECTION AS R, S OR BLEEDER SCREW CAN BE USED)Q = CONNECTION FOR OIL RETURN OR TAP CHANGE SUPERVISORY CONTROLS = CONNECTION FOR OIL RETURN WITH BLEEDER SCREWR = CONNECTION FOR PROTECTIVE RELAYA = CONNECTION FOR OIL EXTRACTION = EARTH CONNECTION M12

DRIVE SIDE OF THETAP SELECTOR

CONNECTION FLANGEFOR S, R, A

16 THICKNESS

710O

E2

Q

S

R

A

324

144

DOCU

MEN

T NO

.

CHAN

GE N

O.

SWIVEL RANGE OF THE GEAR UNIT HT DESIGN

ON-LOAD TAP-CHANGER VACUTAP® VR -

1 1101151730E /

MUE

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RG28

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PROD

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STAN

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DFTR

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. SHEET

DATE

NAME

MATERIAL NUMBER


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A2

SKETCH HEAD VERSIONCOMPONENTS USED

LIMITATION OF THE SWIVEL RANGE

DRIVE SHAFT LEFTHEAD VERSION 3



DRIVE SHAFT RIGHTHEAD VERSION 3



PIPE CONNECTION RPIPE CONNECTION SPIPE CONNECTION APIPE CONNECTION E2PIPE CONNECTION Q

TEMPERATURE SENSOR T1 / T2INSPECTION WINDOW SL / SR











33°

16° 50°

65°35°

50° 80°

0°-180° 180°

-87°-119°

-104° -70°

-55°-85°

-70° -40°

0°-180° 180°

0°-180° 180°

0°-180° 180°

0°-180° 180°

59°26°

40° 73°

85°55°

70° 100°

0°-180° 180°

153°121°

136°

-175° 155°

170°-160°

-61°-94°

-80° -46°

-35°-65°

-50° -20°

110°

145°

160°-165°

-155° 175°

-140°

0°-180° 180°

-30°-76° SL 120°72° SR

118°-160°

110°

120°72° SR

118°

110°

118°-160°

-76° SL

50° 115°

-72°-125° SL 80°25° SR

50° 115°

80°25° SR

150°85°

85°

-115° -50°

-115° -50°

-30°-76° SL

-115° -50°

120°72° SR-30°

-170° -105°

-72°-125° SL

-170° -105°

50° 115°

80°25° SR-72°-125° SL

-170° -105°

150°

-160°

85° 150°

180°

170°

170°

170°

170°

0°

-170°

0°+

-

0°+

-M

0°+

-

0°

+

-

0°

+

-

M

M0°

+

-

RSQE2

T1 SR

RSQE2

R SQ

E2

T1

SL

RSQE2

T2 SR

RS

QE2

T1 SR

SL

R SQ

E2

T1

SL

68,5

68,5

SL

T2 SR

M

M

68,5

M

T2

T1

T2

T2

T1

T2

A

A

A

A

A

A

SL

SR

SL

SR

68,5

68,5

68,5

LIMITATION OF THE SWIVEL RANGE THROUGH PIPE CONNECTIONS R, S, D AND TEMERATURE SENSOR T.

LIMITATION OF THE SWIVEL RANGE THROUGH OPTIONAL EXISTING PIPE CONNECTIONS Q AND E2

SWIVEL RANGE POSSIBLE, BUT THE INSPECTION WINDOW SL / SR ARE NOT VISIBLE

3.4 Selector


3.4 Selector

A2

DOCU

MEN

T NO

.

CHAN

GE N

O.©

MAS

CHIN

ENFA

BRIK

REI

NHAU

SEN

GMBH

201

5

DIMENSION DRAWING

ON-LOAD TAP-CHANGER VACUTAP® VRVR S/M - ARRANGEMENT OF CONTACTS - SELECTOR SIZE B/C/D/DE -

1 1100180460E /

HILT

NER

19.10

.201

6CT

ETPR

AKTI

K218

.10.201

6SE

D 51

6593

2 00

1 00 1:10

1077

668

SCAL

E

19.10

.201

6PR

ODAS

TSCH

UKST

AND.

DFTR

.

CHKD

. SHEET

DATE

NAME

MATERIAL NUMBER


THE

REPR

ODUC

TION

, DIS

TRIB

UTIO

N AN

D UT

ILIZ

ATIO

N OF

THI

S DO

CUMEN

T AS

WEL

L AS

THE

COM

MUN

ICAT

ION

OF IT

S CO

NTEN

TS T

O OT

HERS

WIT

HOUT

EXP

RESS

AUT

HORI

ZATI

ON IS

PROH

IBIT

ED. O

FFEN

DERS

WILL

BE H

ELD

LIAB

LE F

OR T

HE P

AYMEN

T OF

DAM

AGES

. ALL

RIG

HTS

RESE

RVED

IN T

HE E

VENT

OF

THE

GRAN

T OF

A P

ATEN

T, U

TILITY

MOD

EL O

R DE

SIGN

.

SELECTOR WITHOUTCHANGE-OVER SELECTOR:

SELECTOR WITH REVERSING CHANGE-OVER SELECTOR:REPRESENTATION APPLIES TO 3-PHASES Y-DESIGN AND 2-PHASESIN 1-PHASE SELECTORS THE UPPER AND LOWER SELECTOR PLANEARE INTERCHANGED

SELECTOR WITH COARSECHANGE-OVER SELECTOR:

DESIGNATION OF SELECTOR CONNECTION CONTACTSE.G.: 3 UPPER CONTACT PLANE

( 4 ) LOWER CONTACT PLANETHE DETAILED CONNECTION DIAGRAM ISBINDING FOR THE DESIGNATION OF THESELECTOR CONNECTION CONTACTS

M - DRIVE SIDE OF SELECTOR

1 (2)

3 (4)

5 (6)

7 (8)

9 (10)

10 M

12

1 (2)3 (4)

5 (6)

7 (8) 9 (10)

11 (12)

14

1 (2)3 (4)

5 (6)

7 (8)

9 (10) 11 (12)

13 (14)

1 (2)3 (4)

5 (6)

7 (8)

9 (10)

11 (12) 13 (14)

15 (16)16

1 (2)3 (4)

5 (6)

7 (8)

9 (10)

11 (12)

13 (14) 15 (16)

17 (18)18

9 (K)

1 (2)

3 (4)

5 (6)

7 (8)

10 M

(+)

(-)

12

1 (2)3 (4)

5 (6)

7 (8)

9 (10)

11 (K)

(+)

(-)

14

1 (2)3 (4)

5 (6)

7 (8)

11 (12)9 (10)

13 (K)

(+)

(-)

1 (2)3 (4)

5 (6)

7 (8)

9 (10)

11 (12)13 (14)

1615 (K)

(+)

(-)

1 (2)3 (4)

5 (6)

7 (8)

9 (10)

11 (12)

13 (14) 15 (16)

18 17 (K)

(+)

(-)

1 (2)

3 (4)

5 (6)

7 (8)

10

-

+

0 9(K)

M

12

1 (2)3 (4)

5 (6)

7 (8) 9 (10)

11(K)

-

+

0

14

1 (2)3 (4)

5 (6)

7 (8)

9 (10) 11 (12)

13(K)

-

+

0

1 (2)3 (4)

5 (6)

7 (8)

9 (10)

11 (12) 13 (14)

16

-

+

0

15(K)

1 (2)3 (4)

5 (6)

7 (8)

9 (10)

11 (12)

13 (14)15 (16)

18

-

+

0

17(K)

531O

531O

531O

375 481

A1

© M

ASCH

INEN

FABR

IK R

EINH

AUSE

N GM

BH 2

015


DOCU

MEN

T NO

.

STAN

D.

CHAN

GE N

O.DF

TR.

CHKD

. SHEET

DATE

SELECTOR SIZE B / C / D / DE

SED

1474

939

000

05

17235903E

CTET

PRAK

TIK2

18.10

.201

6

1:310

7766

8SC

ALE

NAME

/

HILT

NER

19.10

.201

6

MATERIAL NUMBER

SERIAL NUMBER

20.10

.201

6PR

ODAS

TSCH

UK

CONNECTING LEAD 3W AND 1G / 3G

1

THE

REPR

ODUC

TION

, DIS

TRIB

UTIO

N AN

D UT

ILIZ

ATIO

N OF

THI

S DO

CUMEN

T AS

WEL

L AS

THE

COM

MUN

ICAT

ION

OF IT

S CO

NTEN

TS T

O OT

HERS

WIT

HOUT

EXP

RESS

AUT

HORI

ZATI

ON IS

PROH

IBIT

ED. O

FFEN

DERS

WILL

BE H

ELD

LIAB

LE F

OR T

HE P

AYMEN

T OF

DAM

AGES

. ALL

RIG

HTS

RESE

RVED

IN T

HE E

VENT

OF

THE

GRAN

T OF

A P

ATEN

T, U

TILITY

MOD

EL O

R DE

SIGN

. E - F (TYPE M / VM) AND D - D (TYPE VRC / VRE / VRC I HD / VRE I HD / VRS / VRM)

G - H (TYPE M / VM) AND E - E (TYPE VRC / VRE / VRC I HD / VRE I HD / VRS / VRM)

DRIVE SIDE OF SELECTOR

CONNECTING LEADS

REVERSING CHANGE-OVER SELECTOR

COARSE CHANGE-OVER SELECTOR

10 19 3W ... 18 35 3W ONLY

10 19 3W ... 18 35 3W ONLY

14O

SELECTOR SIZE B, C, D

14O

20O

SELECTOR SIZE DE

PAPER INSULATED

REPRESENTATION APPLIES TO 12-PITCH SELECTOR

REPRESENTATION APPLIES TO 12-PITCH SELECTOR

THE DETAILED CONNECTION DIAGRAM IS BINDING FOR THE DESIGNATION OF THE CONNECTION CONTACTS

M

L

L L

R 481

25°

287

MAX

.

480

O

(+)

(-)

-

+

(K)

0

1 (2)

M

L

M

L

R 397

MAX.

L

R332MAX.

480

O

MAX

. 333

MAX

. 282

11 (K)

ON-LOAD TAP-CHANGER OILTAP® M AND VACUTAP® VM/VRC/VRE/VRS/VRM

3.5 Potential connection unit


3.5 Potential connection unit

A2

DOCU

MEN

T NO

.

CHAN

GE N

O.©

MAS

CHIN

ENFA

BRIK

REI

NHAU

SEN

GMBH

201

6

M/RM/VM/VRC/VRE/VRS/VRM - REVERSING CANGE-OVER SEL. - SIZE B/C/D/DE

1 18988046E /

HILT

NER

19.10

.201

6CT

ETPR

AKTI

K218

.10.201

6SE

D 10

5046

8 00

1 07 1:10

1077

668

SCAL

E

20.10

.201

6PR

ODAS

TSCH

UKST

AND.

DFTR

.

CHKD

. SHEET

DATE

NAME

MATERIAL NUMBER


THE

REPR

ODUC

TION

, DIS

TRIB

UTIO

N AN

D UT

ILIZ

ATIO

N OF

THI

S DO

CUMEN

T AS

WEL

L AS

THE

COM

MUN

ICAT

ION

OF IT

S CO

NTEN

TS T

O OT

HERS

WIT

HOUT

EXP

RESS

AUT

HORI

ZATI

ON IS

PROH

IBIT

ED. O

FFEN

DERS

WILL

BE H

ELD

LIAB

LE F

OR T

HE P

AYMEN

T OF

DAM

AGES

. ALL

RIG

HTS

RESE

RVED

IN T

HE E

VENT

OF

THE

GRAN

T OF

A P

ATEN

T, U

TILITY

MOD

EL O

R DE

SIGN

.

DESIGN:M IRM IVM IVRC IVRE IVRS IVRM I

DESIGN:M IIRM IIVM IIVRC IIVRE IIVRS IIVRM II

DESIGN:M III YRM III YVM III YVRC III YVRE III YVRS III YVRM III Y

Um>123 kV Um>123 kV Um>123 kV

TAP SELECTOR TAP SELECTOR TAP SELECTOR




( REF

ER T

O DI

MEN

SION

DRA

WIN

G )

POTENTIAL OF THE ON-LOADTAP-CHANGER CURRENTTAKE-OFF TERMINAL

h

MM M

h

h

M

20

t=8R12

CONNECTING FROM TIE-IN SWITCH TO ON-LOAD TAP-CHANGER CURRENT TAKE-OFF TERMINAL IS CARRIED OUT BY MR

CONNECTION FOR EXTERNAL TIE-IN RESISTOR

56O

83620O

280

88

88

88

THE DETAILED CONNECTION DIAGRAM IS BINDING FOR THE DESIGNATION OF THE CONNECTION CONTACTS AND PHASES



( REF

ER T

O DI

MEN

SION

DRA

WIN

G )

( REF

ER T

O DI

MEN

SION

DRA

WIN

G )

NOT APPLICABLE TO VM I 301 , VM II 302 AND VM III 300 Y

ON-LOAD TAP-CHANGER OILTAP®M, RM / VACUTAP® VM, VR

POTENTIAL CONNECTION UNIT WITH TIE-IN SWITCH WITHOUT TIE-IN RESISTORS

65O

472O

11O


A2

DOCU

MEN

T NO

.

CHAN

GE N

O.©

MAS

CHIN

ENFA

BRIK

REI

NHAU

SEN

GMBH

201

6

TIE-IN RESISTORS WITH/WITHOUT TIE-IN SWITCH

M/RM/VM/VRC/VRE/VRS/VRM I - REVERS. CANGE-OVER SEL. - SIZE B/C/D/DE

1 18986905E /

HILT

NER

19.10

.201

6CT

ETPR

AKTI

K218

.10.201

6SE

D 16

6523

4 00

0 05 1:10

1077

668

SCAL

E

20.10

.201

6PR

ODAS

TSCH

UKST

AND.

DFTR

.

CHKD

. SHEET

DATE

NAME

MATERIAL NUMBER


THE

REPR

ODUC

TION

, DIS

TRIB

UTIO

N AN

D UT

ILIZ

ATIO

N OF

THI

S DO

CUMEN

T AS

WEL

L AS

THE

COM

MUN

ICAT

ION

OF IT

S CO

NTEN

TS T

O OT

HERS

WIT

HOUT

EXP

RESS

AUT

HORI

ZATI

ON IS

PROH

IBIT

ED. O

FFEN

DERS

WILL

BE H

ELD

LIAB

LE F

OR T

HE P

AYMEN

T OF

DAM

AGES

. ALL

RIG

HTS

RESE

RVED

IN T

HE E

VENT

OF

THE

GRAN

T OF

A P

ATEN

T, U

TILITY

MOD

EL O

R DE

SIGN

.


5

10 M

(+)

(-)

12( 6 )

(+)

(-)

147

(+)

(-)

(8)

16

(+)

(-)

9 18

(-)

(+)

h

S R 21

h

S R 21

h

S R 21

M

ø 576

245,5

51,5

30,5

128,8°

18,4°

30°

275

245,5

51,5

30,5

73O

223

R 8

88 88

88

72°

15,5°

54°

15,5°

43°

15,5°

36°

15,5°

31°

15,5°

ø 5

76

DESIGN IPOTENTIAL CONNECTION UNIT U ≤ 123 kVm

( REF

ER T

O DI

MEN

SION

DRA

WIN

G )

REVERSING CHANGE-OVERSELECTOR

DESIGN IIPOTENTIAL CONNECTION UNIT U > 123 kVm

( REF

ER T

O DI

MEN

SION

DRA

WIN

G )


ARRANGEMENT OF LEADS TIE-IN RESISTOR - SELECTOR

FOR CONTACT LOCATION REFER TORELEVANT DIMENSION DRAWING

LEAD

CONNECTIONS FROM THE TIE-IN RESISTOR TO THE SELECTOR AND TO THE ON-LOAD TAP-CHANGER CURRENT TAKE-OFF TERMINAL ARE CARRIED OUTBY MR


WITHOUT TIE-IN SWITCHFOR MAX. 8 RESISTOR ELEMENTS( AS SHOWN )

WITH TIE-IN SWITCHFOR MAX. 6 RESISTOR ELEMENTS( AS SHOWN )

POTENTIAL OF THE ON-LOAD TAP-CHANGERCURRENT TAKE-OFF TERMINAL

POTENTIAL OF THE MIDDLEOF THE TAP WINDING

TAP SELECTOR TAP SELECTOR


REVERSING CHANGE-OVERSELECTOR

NOT APPLICABLE TO VM I 301

M



A2

DOCU

MEN

T NO

.

CHAN

GE N

O.©

MAS

CHIN

ENFA

BRIK

REI

NHAU

SEN

GMBH

201

6


M/RM/VM/VRC/VRE/VRS/VRM II- REVERS. CANGE -OVER SEL.- SIZE B/C/D/DE

1 18986915E /

HILT

NER

20.10

.201

6CT

ETPR

AKTI

K220

.10.201

6SE

D 16

6518

9 00

0 05 1:10

1077

668

SCAL

E

20.10

.201

6PR

ODAS

TSCH

UKST

AND.

DFTR

.

CHKD

. SHEET

DATE

NAME

MATERIAL NUMBER


THE

REPR

ODUC

TION

, DIS

TRIB

UTIO

N AN

D UT

ILIZ

ATIO

N OF

THI

S DO

CUMEN

T AS

WEL

L AS

THE

COM

MUN

ICAT

ION

OF IT

S CO

NTEN

TS T

O OT

HERS

WIT

HOUT

EXP

RESS

AUT

HORI

ZATI

ON IS

PROH

IBIT

ED. O

FFEN

DERS

WILL

BE H

ELD

LIAB

LE F

OR T

HE P

AYMEN

T OF

DAM

AGES

. ALL

RIG

HTS

RESE

RVED

IN T

HE E

VENT

OF

THE

GRAN

T OF

A P

ATEN

T, U

TILITY

MOD

EL O

R DE

SIGN

.

ø 5

76

S S

S

5

10 M

(+)

(-)

12( 6 )

(+)

(-)

147

(+)

(-)

(8)

16

(+)

(-)

9 18

(-)

(+)

h

h

h

U

V

M

U

V

ø 576

245,5

51,5

30,5

128,8°

60°

60°

41,6°

18,4°

245,5

51,5

30,5

223

73O

88 88

88

R 8

72°

15,5°

36°

54°

15,5°

36°

15,5°

36°

43°

15,5°

36,074

°

36°

15,5°36

,001

° 31°


R275


( REF

ER T

O DI

MEN

SION

DRA

WIN

G )


( REF

ER T

O DI

MEN

SION

DRA

WIN

G )


ARRANGEMENT OF LEADS TIE-IN RESISTOR - PHASE


LEAD



WITHOUT TIE-IN SWITCHFOR MAX. 8 RESISTORELEMENTS PER PHASE( AS SHOWN )

WITH TIE-IN SWITCHFOR MAX. 6 RESISTORELEMENTS PER PHASE( AS SHOWN )





NOT APPLICABLE TO VM II 302

M

A2

DOCU

MEN

T NO

.

CHAN

GE N

O.©

MAS

CHIN

ENFA

BRIK

REI

NHAU

SEN

GMBH

201

6

TIE-IN RESISTORS WITH / WITHOUT TIE-IN SWITCH

M/RM/VM/VRC/VRE/VRS/VRM III Y-REVER.C CHANGE-OVER SEL.-SIZE B/C/D/DE

1 18986925E /

HILT

NER

19.10

.201

6CT

ETPR

AKTI

K218

.10.201

6SE

D 16

6513

9 00

0 05 1:10

1077

668

SCAL

E

19.10

.201

6PR

ODAS

TSCH

UKST

AND.

DFTR

.

CHKD

. SHEET

DATE

NAME

MATERIAL NUMBER


THE

REPR

ODUC

TION

, DIS

TRIB

UTIO

N AN

D UT

ILIZ

ATIO

N OF

THI

S DO

CUMEN

T AS

WEL

L AS

THE

COM

MUN

ICAT

ION

OF IT

S CO

NTEN

TS T

O OT

HERS

WIT

HOUT

EXP

RESS

AUT

HORI

ZATI

ON IS

PROH

IBIT

ED. O

FFEN

DERS

WILL

BE H

ELD

LIAB

LE F

OR T

HE P

AYMEN

T OF

DAM

AGES

. ALL

RIG

HTS

RESE

RVED

IN T

HE E

VENT

OF

THE

GRAN

T OF

A P

ATEN

T, U

TILITY

MOD

EL O

R DE

SIGN

.

5

10 M

(+)

(-)

12( 6 )

(+)

(-)

147

(+)

(-)

(8)

16

(+)

(-)

9 18

(-)

(+)

h

h

h

U ( I )

W ( III ) V ( II )

M

S S

S

U ( I )

V ( II )W ( III )

ø 576

245,5

51,5

30,5

128,8°

60°68,8°

30°

30°

41,6°

34,2°

18,4°

73O

30,5 51,524

5,5

223

ø 5

76 R 8

88

88 88

72°

15,5°

26°

36°

15,5°

26°36°

54°

15,5°26

°

36° 43°

15,5°26,062

°

36,062

° 36°

15,5°26

°

36° 31°

R 275



( REF

ER T

O DI

MEN

SION

DRA

WIN

G )


( REF

ER T

O DI

MEN

SION

DRA

WIN

G )


ARRANGEMENT OF LEADS TIE-IN RESISTOR - PHASE


LEADS



WITHOUT TIE-IN SWITCHFOR MAX. 8 RESISTORELEMENTS PER PHASE( AS SHOWN )

WITH TIE-IN SWITCHFOR MAX. 6 RESISTORELEMENTS PER PHASE( AS SHOWN )



TAPSELECTOR


REVERSINGCHANGE-OVERSELECTOR

NOT APPLICABLE TO VM III 300 Y

M

A2

DOCU

MEN

T NO

.

CHAN

GE N

O.©

MAS

CHIN

ENFA

BRIK

REI

NHAU

SEN

GMBH

201

6


M/RM/VM/VRC/VRE/VRS/VRM I-COARSE CHANGE-OVER SELEC.-SIZE B/C/D/DE

1 17882662E /

HILT

NER

19.10

.201

6CT

ETPR

AKTI

K218

.10.201

6SE

D 33

7877

5 00

0 03 1:10

1077

668

SCAL

E

20.10

.201

6PR

ODAS

TSCH

UKST

AND.

DFTR

.

CHKD

. SHEET

DATE

NAME

MATERIAL NUMBER


THE

REPR

ODUC

TION

, DIS

TRIB

UTIO

N AN

D UT

ILIZ

ATIO

N OF

THI

S DO

CUMEN

T AS

WEL

L AS

THE

COM

MUN

ICAT

ION

OF IT

S CO

NTEN

TS T

O OT

HERS

WIT

HOUT

EXP

RESS

AUT

HORI

ZATI

ON IS

PROH

IBIT

ED. O

FFEN

DERS

WILL

BE H

ELD

LIAB

LE F

OR T

HE P

AYMEN

T OF

DAM

AGES

. ALL

RIG

HTS

RESE

RVED

IN T

HE E

VENT

OF

THE

GRAN

T OF

A P

ATEN

T, U

TILITY

MOD

EL O

R DE

SIGN

.


( REF

ER T

O DI

MEN

SION

DRA

WIN

G )



( REF

ER T

O DI

MEN

SION

DRA

WIN

G )


ARRANGEMENT OF LEADS TIE-IN RESISTOR - SELECTOR


LEAD


M DRIVE SIDE OF SELECTOR

WITHOUT TIE-IN SWITCHFOR MAX. 8 RESISTOR ELEMENTS( AS SHOWN )

WITH TIE-IN SWITCHFOR MAX. 6 RESISTOR ELEMENTS( AS SHOWN )




h

S R 21

h

S R 21

h

S R 21

M

ø 576

245,5

30,5 51,5

128,8°

245,5

30,5

51,5

73O

223

275

30°

18,4°

ø 5

76

R 8

88



5

10 M

-

+

12( 6 )

147

(8)

16

9 18

0

-

+

0

-

+

0

-

+

0

-

+

0

NOT APPLICABLE TO VM I 301


88

72°

15,5°

54°

15,5°

43°

15,5°

36°

15,5°

31°

15,5°

88

3.6 Connection diagrams (examples)


3.6 Connection diagrams (examples)The connection diagrams contained herein are just examples.

The order-specific connection diagram is enclosed with the delivery.

U1

U2V1

V2

W1

W2

A

A

A

LU

I

135

7

911

13 15

17

TS_1_U

II

246

8

1012

14 16

K

TS_2_U

I

135

7

911

13 15

17

TS_3_V

II

246

8

1012

14 16

K

TS_4_V

I

135

7

911

13 15

17

TS_5_W

II

246

8

1012

14 16

K

TS_6_W

+=

NO. MODIFICATION DATE NAME

SHEET

DRAW

ING

BY C

ADDO

NOT

MOD

IFY M

ANUA

LLY

Fuer

die

se te

chni

sche

Unt

erla

ge b

ehal

ten

wir

uns

gem

aess

DIN

34

Abs

chni

tt 2.

1 un

d 2.

2 al

le R

echt

e vo

r.

STANDARDVERIFIEDEXEC.DATE

SH.

G

H

I

J

K

L

F

E

D

C

B

A

4321 5 6 7 8

LANGUAGE: PROJECT:

1 2 3 4 5 6 7 8

G

F

E

D

C

B

A

H

J

K

L

I

ORIGIN. REPL.BYREPL.

11

DEEN

01.08.2017KONFIG 5140296_01CSO

VRS III 1300Y-123/RD-18 35 1W

KUNDEN VERBINDUNGENCUSTOMER CONNECTIONS

MR VERBINDUNGENMR CONNECTIONS

MOTORANTRIEBMOTOR DRIVE UNIT

35

18

35BETRIEBSSTELLUNGENSERVICE POSITIONSVERSCHIEDENE SPANNUNGENDIFFERENT VOLTAGESJUSTIERSTELLUNGADJUSTMENT POSITION

BETRIEBSSTELLUNGSERVICE POSITIONBEZEICHNUNG DER WÄHLERKONTAKTEDESIGNATION OF TAP SELECTOR CONTACTSBEZEICHNUNG DER STELLUNGENDESIGNATION OF POSITIONSREGELBEREICH (kV)REGULATION RANGE (kV)

Y

-1234

TW_1

_W

567891011121314151617+

18S

TUFE

N /

STE

PS

STELLUNG DES WENDERSPOSITION OF REVERSING CHANGE-OVER SELECTOR

PS_2_U

-

+

PS_4_V

-

+

PS_6_W

-

+

0

TW_0

_W

U,V,W

1 112 223 334 445 556 667 778 889 99K

+ 10 1010

11 111112 121213 131314 141415 151516 161617 1717K 18181 19192 20203 21214 22225 23236 24247 25258 26269 2727K

- 10 2828

11 292912 303013 313114 323215 333316 343417 3535

1

SCHALTBILDCONNECTION DIAGRAM

LASTSTUFENSCHALTERON-LOAD TAP-CHANGER

®

MANTRIEBSSEITE

DRIVE SIDE

VACUTAP

TS_1_U WÄHLEREBENE_UTAP SELECTOR PLANE_U


TS_3_V WÄHLEREBENE_VTAP SELECTOR PLANE_V


TS_5_W WÄHLEREBENE_WTAP SELECTOR PLANE_W


PS_2_U WENDER_UREVERSING CHANGE-OVER SELECTOR_U

PS_4_V WENDER_VREVERSING CHANGE-OVER SELECTOR_V

PS_6_W WENDER_WREVERSING CHANGE-OVER SELECTOR_W

TW_0_W TRAFOWICKLUNG_WTRANSFORMER WINDING_W

TW_1_W STUFENWICKLUNG_WTAP WINDING_W

LU LASTUMSCHALTERDIVERTER SWITCH

Y STERNPUNKTSTAR POINT

U1

U2V1

V2

W1

W2

A

A

A

LU

I

13

5

79

11 1315

17

TS_1_U

II

24

6

810

12 1416

K

TS_2_U

I

13

5

79

11 1315

17

TS_3_V

II

24

6

810

12 1416

K

TS_4_V

I

13

5

79

11 1315

17

TS_5_W

II

24

6

810

12 1416

K

TS_6_W

+=


SHEET

DRAW

ING

BY C

ADDO

NOT

MOD

IFY M

ANUA

LLY

Fuer

die

se te

chni

sche

Unt

erla

ge b

ehal

ten

wir

uns

gem

aess

DIN

34

Abs

chni

tt 2.

1 un

d 2.

2 al

le R

echt

e vo

r.


SH.

G

H

I

J

K

L

F

E

D

C

B

A

4321 5 6 7 8

LANGUAGE: PROJECT:

1 2 3 4 5 6 7 8

G

F

E

D

C

B

A

H

J

K

L

I


11

DEEN

01.08.2017KONFIG 5140298_01CSO

VRS III 1300Y-123/RD-18 35 1G




35

18



Y

12345

TW_1

_W

678910111213141516170

17S

TUFE

N /

STE

PS

STELLUNG DES GROBWÄHLERSPOSITION OF COARSE TAP SELECTOR

PS_2_U

-0

+

PS_4_V

-0

+

PS_6_W

-0

+

+

-

TW_0

_WS

TUFE

N /

STE

PS

18

U,V,W

1 112 223 334 445 556 667 778 889 990

+

10 101011 111112 121213 131314 141415 151516 161617 1717K 18181 19192 20203 21214 22225 23236 24247 25258 26269 27270

-

10 282811 292912 303013 313114 323215 333316 343417 3535

1



®

MANTRIEBSSEITE

DRIVE SIDE

VACUTAP







PS_2_U GROBWÄHLER_UCOARSE TAP SELECTOR_U

PS_4_V GROBWÄHLER_VCOARSE TAP SELECTOR_V

PS_6_W GROBWÄHLER_WCOARSE TAP SELECTOR_W





1

2

A

LU

I

135

7

911

13 15

17

TS_1

II

246

8

1012

14 16

K

TS_2

+=


SHEET

DRAW

ING

BY C

ADDO

NOT

MOD

IFY M

ANUA

LLY

Fuer

die

se te

chni

sche

Unt

erla

ge b

ehal

ten

wir

uns

gem

aess

DIN

34

Abs

chni

tt 2.

1 un

d 2.

2 al

le R

echt

e vo

r.


SH.

G

H

I

J

K

L

F

E

D

C

B

A

4321 5 6 7 8

LANGUAGE: PROJECT:

1 2 3 4 5 6 7 8

G

F

E

D

C

B

A

H

J

K

L

I


11

DEEN

01.08.2017KONFIG 5140300_01CSO

VRS I 1301-123/RD-18 35 1W




35

18



-1234

TW_1

567891011121314151617+

18S

TUFE

N /

STE

PS

STELLUNG DES WENDERSPOSITION OF REVERSING CHANGE-OVER SELECTOR

PS_2

-

+

0

TW_0

1 112 223 334 445 556 667 778 889 99K

+ 10 1010

11 111112 121213 131314 141415 151516 161617 1717K 18181 19192 20203 21214 22225 23236 24247 25258 26269 2727K

- 10 2828

11 292912 303013 313114 323215 333316 343417 3535

1



®

MANTRIEBSSEITE

DRIVE SIDE

VACUTAP

TS_1 WÄHLEREBENETAP SELECTOR PLANE


PS_2 WENDERREVERSING CHANGE-OVER SELECTOR

TW_0 TRAFOWICKLUNGTRANSFORMER WINDING

TW_1 STUFENWICKLUNGTAP WINDING


I

135

79

1113

1517

TS_5_W

I

135

79

1113

1517

TS_1_U

II

246

8

1012

14 16

K

TS_2_U

II

246

8

1012

14 16

K

TS_4_V

II

246

8

1012

14 16

K

TS_6_W

I

135

79

1113

1517

TS_3_V

U1

U2V1

V2

W1

W2

A

A

A

LU

+=


SHEET

DRAW

ING

BY C

ADDO

NOT

MOD

IFY M

ANUA

LLY

Fuer

die

se te

chni

sche

Unt

erla

ge b

ehal

ten

wir

uns

gem

aess

DIN

34

Abs

chni

tt 2.

1 un

d 2.

2 al

le R

echt

e vo

r.


SH.

G

H

I

J

K

L

F

E

D

C

B

A

4321 5 6 7 8

LANGUAGE: PROJECT:

1 2 3 4 5 6 7 8

G

F

E

D

C

B

A

H

J

K

L

I


11

DEEN

01.08.2017KONFIG 5140417_02CSO

VRS III 1300Y-123/RE-18 35 1W




35

18


-1234

TW_1

_W

567891011121314151617

0

TW_0

_W

+

18S

TUFE

N /

STE

PS

U,V,W

STELLUNG DES WENDERSPOSITION OF REVERSING CHANGE-OVER SELECTORBETRIEBSSTELLUNGSERVICE POSITIONBEZEICHNUNG DER WÄHLERKONTAKTEDESIGNATION OF TAP SELECTOR CONTACTSBEZEICHNUNG DER STELLUNGENDESIGNATION OF POSITIONSREGELBEREICH (kV)REGULATION RANGE (kV)

Y

PS_6_W

-0

+

PS_4_V

-0

+

PS_2_U

-0

+

1 112 223 334 445 556 667 778 889 990

+

10 101011 111112 121213 131314 141415 151516 161617 1717K 18181 19192 20203 21214 22225 23236 24247 25258 26269 27270

-

10 282811 292912 303013 313114 323215 333316 343417 3535

1



®

MANTRIEBSSEITE

DRIVE SIDE

VACUTAP














I

135

7

911 13 15

17

TS_1_U

II

24

6

810 12 14

16

K

TS_4_V

II

24

6

810 12 14

16

K

TS_6_W

II

24

6

810 12 14

16

K

TS_2_U

I

135

7

911 13 15

17

TS_3_V

I

135

7

911 13 15

17

TS_5_W

U1

U2V1

V2

W1

W2

A

A

A

LU

+=


SHEET

DRAW

ING

BY C

ADDO

NOT

MOD

IFY M

ANUA

LLY

Fuer

die

se te

chni

sche

Unt

erla

ge b

ehal

ten

wir

uns

gem

aess

DIN

34

Abs

chni

tt 2.

1 un

d 2.

2 al

le R

echt

e vo

r.


SH.

G

H

I

J

K

L

F

E

D

C

B

A

4321 5 6 7 8

LANGUAGE: PROJECT:

1 2 3 4 5 6 7 8

G

F

E

D

C

B

A

H

J

K

L

I


11

DEEN

01.08.2017KONFIG 5140418_01CSO

VRS III 1300Y-123/RE-18 35 1G




35

18


12345

TW_1

_W

678910111213141516170

+

-

TW_0

_WS

TUFE

N /

STE

PS

1817

STU

FEN

/ S

TEP

S

U,V,W

STELLUNG DES GROBWÄHLERSPOSITION OF COARSE TAP SELECTORBETRIEBSSTELLUNGSERVICE POSITIONBEZEICHNUNG DER WÄHLERKONTAKTEDESIGNATION OF TAP SELECTOR CONTACTSBEZEICHNUNG DER STELLUNGENDESIGNATION OF POSITIONSREGELBEREICH (kV)REGULATION RANGE (kV)

PS_6_W

-0

+

PS_4_V

-0

+

PS_2_U

-0

+

Y

1 112 223 334 445 556 667 778 889 990

+

10 101011 111112 121213 131314 141415 151516 161617 1717K 18181 19192 20203 21214 22225 23236 24247 25258 26269 27270

-

10 282811 292912 303013 313114 323215 333316 343417 3535

1



®

MANTRIEBSSEITE

DRIVE SIDE

VACUTAP














I

135

79

1113

1517

TS_1

II

246

8

1012

14 16

K

TS_2

1

2

A

LU

+=


SHEET

DRAW

ING

BY C

ADDO

NOT

MOD

IFY M

ANUA

LLY

Fuer

die

se te

chni

sche

Unt

erla

ge b

ehal

ten

wir

uns

gem

aess

DIN

34

Abs

chni

tt 2.

1 un

d 2.

2 al

le R

echt

e vo

r.


SH.

G

H

I

J

K

L

F

E

D

C

B

A

4321 5 6 7 8

LANGUAGE: PROJECT:

1 2 3 4 5 6 7 8

G

F

E

D

C

B

A

H

J

K

L

I


11

DEEN

01.08.2017KONFIG 5140419_02CSO

VRS I 1301-123/RE-18 35 1W




35

18


-1234

TW_1

567891011121314151617

0

TW_0

+

18S

TUFE

N /

STE

PS


PS_2

-0

+

1 112 223 334 445 556 667 778 889 990

+

10 101011 111112 121213 131314 141415 151516 161617 1717K 18181 19192 20203 21214 22225 23236 24247 25258 26269 27270

-

10 282811 292912 303013 313114 323215 333316 343417 3535

1



®

MANTRIEBSSEITE

DRIVE SIDE

VACUTAP







U1

U2V1

V2

W1

W2

A

A

A

LU

+=


SHEET

DRAW

ING

BY C

ADDO

NOT

MOD

IFY M

ANUA

LLY

Fuer

die

se te

chni

sche

Unt

erla

ge b

ehal

ten

wir

uns

gem

aess

DIN

34

Abs

chni

tt 2.

1 un

d 2.

2 al

le R

echt

e vo

r.


SH.

G

H

I

J

K

L

F

E

D

C

B

A

4321 5 6 7 8

LANGUAGE: PROJECT:

1 2 3 4 5 6 7 8

G

F

E

D

C

B

A

H

J

K

L

I


11

DEEN

02.08.2017KONFIG 5140630_01CSO

VRS III 700Y-123/C-18 35 1W




35

18


I

135

7

911

13 15

17

TS_1_U

II

246

8

1012

14 16

K

TS_2_U

I

135

7

911

13 15

17

TS_3_V

II

246

8

1012

14 16

K

TS_4_V

I

135

7

911

13 15

17

TS_5_W

II

246

8

1012

14 16

K

TS_6_W

-

+

PS_2_U

-

+

PS_4_V

-

+

PS_6_W-1234TW

_1_W

567891011121314151617

0

TW_0

_W

+

18S

TUFE

N /

STE

PS

U,V,W


1 112 223 334 445 556 667 778 889 99K

+ 10 1010

11 111112 121213 131314 141415 151516 161617 1717K 18181 19192 20203 21214 22225 23236 24247 25258 26269 2727K

- 10 2828

11 292912 303013 313114 323215 333316 343417 3535

1



®

MANTRIEBSSEITE

DRIVE SIDE

VACUTAP













U1

U2V1

V2

W1

W2

A

A

A

LU

+=


SHEET

DRAW

ING

BY C

ADDO

NOT

MOD

IFY M

ANUA

LLY

Fuer

die

se te

chni

sche

Unt

erla

ge b

ehal

ten

wir

uns

gem

aess

DIN

34

Abs

chni

tt 2.

1 un

d 2.

2 al

le R

echt

e vo

r.


SH.

G

H

I

J

K

L

F

E

D

C

B

A

4321 5 6 7 8

LANGUAGE: PROJECT:

1 2 3 4 5 6 7 8

G

F

E

D

C

B

A

H

J

K

L

I


11

DEEN

02.08.2017KONFIG 5140631_01CSO

VRS III 700Y-123/C-18 35 1G




35

18


I

135

7

911

13 15

17

TS_1_U

II

246

8

1012

14 16

K

TS_2_U

I

135

7

911

13 15

17

TS_3_V

II

246

8

1012

14 16

K

TS_4_V

I

135

7

911

13 15

17

TS_5_W

II

246

8

1012

14 16

K

TS_6_W

-

0

+

PS_1_U

-

0

+

PS_3_V

-

0

+

PS_5_W

12345TW

_1_W

678910111213141516170

+

-TW_0

_WS

TUFE

N /

STE

PS

1817

STU

FEN

/ S

TEP

S

U,V,W

STELLUNG DES GROBWÄHLERSPOSITION OF COARSE TAP SELECTORBETRIEBSSTELLUNGSERVICE POSITIONBEZEICHNUNG DER WÄHLERKONTAKTEDESIGNATION OF TAP SELECTOR CONTACTSBEZEICHNUNG DER STELLUNGENDESIGNATION OF POSITIONSREGELBEREICH (kV)REGULATION RANGE (kV)

1 112 223 334 445 556 667 778 889 990

+

10 101011 111112 121213 131314 141415 151516 161617 1717K 18181 19192 20203 21214 22225 23236 24247 25258 26269 27270

-

10 282811 292912 303013 313114 323215 333316 343417 3535

1



®

MANTRIEBSSEITE

DRIVE SIDE

VACUTAP













2

1

A

LU

+=


SHEET

DRAW

ING

BY C

ADDO

NOT

MOD

IFY M

ANUA

LLY

Fuer

die

se te

chni

sche

Unt

erla

ge b

ehal

ten

wir

uns

gem

aess

DIN

34

Abs

chni

tt 2.

1 un

d 2.

2 al

le R

echt

e vo

r.


SH.

G

H

I

J

K

L

F

E

D

C

B

A

4321 5 6 7 8

LANGUAGE: PROJECT:

1 2 3 4 5 6 7 8

G

F

E

D

C

B

A

H

J

K

L

I


11

DEEN

01.08.2017KONFIG 5140632_01CSO

VRS I 701-123/C-18 35 1W




35

18


I

246

8

1012

14 16

K

TS_1

II

135

7

911

13 15

17

TS_2

-

+

PS_1

-1234TW

_1 567891011121314151617

0

TW_0

+

18S

TUFE

N /

STE

PS


1 112 223 334 445 556 667 778 889 99K

+ 10 1010

11 111112 121213 131314 141415 151516 161617 1717K 18181 19192 20203 21214 22225 23236 24247 25258 26269 2727K

- 10 2828

11 292912 303013 313114 323215 333316 343417 3535

1



®

MANTRIEBSSEITE

DRIVE SIDE

VACUTAP







Maschinenfabrik Reinhausen GmbHFalkensteinstrasse 893059 Regensburg

+49 (0)941 4090-0+49(0)941 [email protected]

www.reinhausen.com

6089204/00 EN - VACUTAP® VR® -F0367800 - 05/18 - Maschinenfabrik Reinhausen GmbH 2018

THE POWER BEHIND POWER.

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