On-Load Tap-Changer VACUTAP® VM® , VACUTAP® VMS® Technical Data 2332907/04 EN
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Table of contents
Table of contents 1
Introd Int roduct uction ion.... ....... ....... ....... ....... ....... ....... ....... ....... ........ ....... ....... ....... ....... ....... ....... ....... ....... ........ ....... ....... ....... ....... ....... ....... ....... ....... ....... ....... ........ ....... ....... ....... ....... .... 4
1.1
On-load On-l oad taptap-chan changer ger desi designa gnation tions...... s............ ............. ............. ............ ............. ............. ............. ............. ............ ............. ............. ............. ............. ............ ............. ....... 4
1.1.1
Example Exam ple of on-load tap-changer tap-changer type type designation.. designation........ ........... ........... ............ ............ ........... ........... ............ ............ ........... ........... ............ ............ ........... ........... ............ ........ .. 4
1.1.2
Number Numb er of posit positions ions and basic connection... connection......... ........... ........... ............ ............ ........... ........... ............ ............ ........... ........... ............ ............ ........... ........... ............ ............ ........... ....... .. 4
1.2
On-load On-l oad taptap-chan changer ger mod models.. els......... ............. ............. ............. ............ ............. ............. ............. ............. ............ ............. ............. ............. ............. ............ ............. ............. ...... 5
1.3
Basic Basi c conn connectio ections... ns......... ............. ............. ............. ............. ............ ............. ............. ............. ............. ............ ............. ............. ............ ............. ............. ............. ............. ............ .......... .... 6
2
Techni Tec hnica call data. data..... ....... ....... ....... ....... ....... ....... ........ ....... ....... ....... ....... ....... ....... ....... ....... ....... ....... ........ ....... ....... ....... ....... ....... ....... ....... ....... ....... ....... ........ ....... ....... .... 10
2.1
On-load On-l oad taptap-chan changer ger prop propertie erties..... s............ ............. ............ ............. ............. ............. ............. ............ ............. ............. ............. ............. ............ ............. ............. .......... .... 10
2.2
Permissib Perm issible le amb ambient ient cond condition itions...... s............ ............. ............. ............ ............. ............. ............. ............. ............ ............. ............. ............. ............. ............ ............. .......... ... 12 12
2.3
Step capa capacity city diag diagram.. ram........ ............. ............. ............ ............. ............. ............. ............. ............ ............. ............. ............. ............. ............ ............. ............. ............. ............. ........ .. 14
2.3.1
Step capacit capacity y diagram diagram for network network applicati application on for VACUTAP VACUTAP® ® VM I II III........ III.............. ............ ........... ........... ............ ............ ........... ........... ........... ..... 14
2.3.2
Step capaci capacity ty diagram diagram for for electric electrical al arc furna furnace ce operation operation for VACUTA VACUTAP® P® VM I II III...... III............ ........... ........... ............ ............ ........... ..... 15
2.3.3
Step capaci capacity ty diagram diagram for netwo network rk applicati application on for VACUTA VACUTAP® P® VMS VMS III........ III.............. ........... ........... ............ ............ ........... ........... ............ ............ ........ 16
2.4
Permitted Perm itted volta voltage ge stres stresses.. ses........ ............. ............. ............. ............. ............ ............. ............. ............. ............. ............ ............. ............. ............ ............. ............. ............. ......... 16
2.4.1
Insulation Insul ation distances distances without without multiple multiple coarse coarse change-over change-over selecto selector..... r........... ............ ............ ............ ............ ........... ........... ............ ............ ........... ........... ...... 17
2.4.2
Insulation Insul ation distances distances with with multiple multiple coarse change-ov change-over er selector... selector......... ............ ............ ............ ............ ............ ........... ........... ............ ............ ........... ........... ........ 21
2.4.3
Realizable Reali zable conne connection ctions.... s.......... ............ ........... ........... ............ ............ ........... ........... ............ ............ ........... ........... ............ ............ ........... ........... ............ ............ ........... ........... ............ ............ .......... .... 23
3
Specia Spe ciall design designs.. s...... ....... ....... ........ ....... ....... ....... ....... ....... ....... ....... ....... ....... ....... ........ ....... ....... ....... ....... ....... ....... ....... ....... ....... ....... ........ ....... ....... ....... ....... ....... ..... 26
3.1
Bridges Bridg es for para parallel llel conn connectio ection n of sele selector ctor plan planes... es.......... ............. ............. ............. ............ ............. ............. ............. ............. ............ ............. .......... ... 26
3.2
On-load On-l oad taptap-chan changer ger comb combinat ination ion for delt delta a conn connecti ection... on......... ............. ............. ............. ............. ............ ............. ............. ............. ............. ........ .. 26
3.3
On-load On-lo ad tap-c tap-cha hange ngerr VACUTA VACUTAP® P® VM III 650 650 Y... Y...VM VM I 150 1503 3 with with multi multiple ple coa coarse rse chan change ge-ov -over er selector (up to maximum maximum 5 coarse tap connections)......................................................................... connections)......................................................................... 27
3.4
Two-phas Twophase e on-l on-load oad taptap-chan changer ger VACU VACUTAP® TAP® VM II 352 352/502 /502/652 /652...... ............. ............. ............. ............. ............ ............. ............. ........ .. 28
3.5
On-lo On -load ad tap-c tap-cha hange ngerr VACUTA VACUTAP® P® VM III III 350/50 350/500/6 0/650 50 Y for for Y conne connecti ction on with with open open neutr neutral al point point... ...... ..... 28
4
Drawin Dra wings. gs..... ....... ....... ........ ....... ....... ....... ....... ....... ....... ....... ....... ....... ....... ........ ....... ....... ....... ....... ....... ....... ....... ....... ........ ....... ....... ....... ....... ....... ....... ....... ....... ....... ....... ...... .. 29
4.1
Type over overview. view....... ............ ............. ............. ............. ............. ............ ............. ............. ............. ............. ............ ............. ............. ............. ............. ............ ............. ............. ............. ......... .. 29
4.2
Dimensio Dime nsional nal draw drawings ings....... ............. ............ ............. ............. ............. ............. ............ ............. ............. ............. ............. ............ ............. ............. ............. ............. ............ .......... .... 32
4.3
On-load On-l oad taptap-chan changer ger hea head..... d........... ............. ............. ............. ............. ............ ............. ............. ............. ............. ............ ............. ............. ............ ............. ............. ............ ...... 47
4.4
Oil comp compartme artment... nt......... ............. ............. ............. ............. ............ ............. ............. ............. ............. ............ ............. ............. ............. ............. ............ ............. ............. ............. .......... ... 55
4.5
Selector. Sele ctor....... ............. ............. ............. ............. ............ ............. ............. ............. ............. ............ ............. ............. ............. ............. ............ ............. ............. ............. ............. ............ ............ ...... 57
4.6
Connectio Conn ection n diag diagrams rams (exa (example mples).... s).......... ............. ............. ............. ............. ............ ............. ............. ............. ............. ............ ............. ............. ............. ............. ........ .. 78
Maschinenfabrik Reinhausen 2018
2332907/04 EN
VACUTAP® VM® , VACUTAP® VMS®
3
1 Introduction
1 Introduction This technical file contains detailed information about the technical properties of the product. Basic information is given in the "Technical Data (TD 61) - General Section".
1.1 On-load tap-changer designations Each type of on-load tap-changer is available in a number of models, offering a different number of phases, maximum rated through-current, highest voltage for equipment Um, selector size and basic connection diagram. The designation of a particular on-load tap-changer model therefore depends on these features, hence ensuring an unmistakable and non-interchangeable on-load tap-changer designation.
1.1.1 Example of on-load on-load tap-changer type designation On-load tap-changer VACUTAP® VM III 650 Y–72,5 / C–10 19 1W R. Type Ty pe des desig igna natio tion n
VACU VA CUTA TAP® P® VM VM III III 650 650 Y–72 Y–72,5 ,5 / C–1 C–10 0 19 1W 1W R
VACU VA CUTA TAP® P® VM VM® ®
On-l On -loa oad d ta tapp-ch chan ange gerr ty type pe
III
Number of phases
650
Maximum rated through-current Irm in A and number of equipped sectors (last digit) for single-pha single-phase se on-load tap-changers
Y
Use with neutral point
72.5
Highest voltage for equipment Um (in kV)
C
Selector size
10 19 1W R
Basic connection
Table 1: Example of designation of on-load tap-changer
1.1.2 Number of positions and basic connection connection The selector can be adapted to a large extent to the required number of positions and tap winding connection. The basic connections differ in terms of selector division, number of operating positions, number number of midpositions, change-over change-over selector model and type of potential connection. connection. Example: 10 19 1 WR Designation of basic connection
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 change-over selector G = coarse tap connection
4
VACUTAP® VM® , VACUTAP® VMS®
2332907/04 EN
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1 Introduction
Designation of basic connection R
10 19 1 WR Type of potential connection: R = attached tie-in resistors S = tie-in switches and tie-in resistors on board P = tie-in switches with attached tie-in resistors
Table 2: Example of designation of basic connection
1.2 On-load tap-changer models You will find an overview of the on-load tap-changer models in the Type overview [► [ ► 29] section.
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1 Introduction
1.3 Basic connections Below you will find some examples of the on-load tap-changer's basic connections with designation of selector connection contacts in accordance with MR standard. You will find the connections that can actually be made in the section "Permitted voltage stresses".
Figure 1: Basic connections without change-over selector, VACUTAP® VM® I II III and VACUTAP® VMS® III, selector size C
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VACUTAP® VM® , VACUTAP® VMS®
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Maschinenfabrik Reinhausen 2018
1 Introduction
Figure 2: Basic connections for reversing change-over tap selector connection, VACUTAP® VM® I II III and VACUTAP® VMS® III, selector size C
Maschinenfabrik Reinhausen 2018
2332907/04 EN
VACUTAP® VM® , VACUTAP® VMS®
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1 Introduction
Figure 3: Basic connections for coarse tap selector connection, VACUTAP® VM® I II III and VACUTAP® VMS® III, selector size C
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VACUTAP® VM® , VACUTAP® VMS®
2332907/04 EN
Maschinenfabrik Reinhausen 2018
1 Introduction
Figure 4: Basic connections, VACUTAP® VMS® III, selector size B
Maschinenfabrik Reinhausen 2018
2332907/04 EN
VACUTAP® VM® , VACUTAP® VMS®
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2 Technical data
2 Technical data 2.1 On-load tap-changer properties Electrical data for VACUTAP® VM I On-load tap-changer
VM I 351
VM I 501
VM I 651
VM I 802
VM I 1002
VM I 1203
VM I 1503
Max. rated through-current Irm [A]
350
500
650
800
1,000
1,200
1,500
Rated short-time current [kA]
4.2
5
6.5
8
10
12
15
25
30
37.5
2,600
3,500
3,500
Rated duration of short-circuits [s]
3
Rated peak withstand current [kA]
10.5
12.5
16.25
Max. rated step voltage U irm [V]1) Step capacity PStN [kVA]
20 3,300
1,155
1,625
1,625
Rated frequency [Hz]
2,600 50...60
Table 3: Electrical data for VACUTAP® VM I 1)
The maximum rated step voltage may be exceeded by 10% due to overexcitation of the transformer if the step capacity is limited to its rated value. Electrical data for VACUTAP® VM II On-load tap-changer
VM II 352
VM II 502
VM II 652
Max. rated through-current Irm [ [A A]
350
500
650
Rated short-time current [kA]
4.2
5
6.5
Rated duration of short-circuits [s] Rated peak withstand current [kA]
3 10.5
Max. rated step voltage U irm [V]1) Step capacity PStN [ [k kVA]
12.5
16.25
3,300 1,155
Rated frequency [Hz]
1,625
1,625
50...60
Table 4: Electrical data for VACUTAP® VM II 1)
The maximum rated step voltage may be exceeded by 10% due to overexcitation of the transformer if the step capacity is limited to its rated value. Electrical data for VACUTAP® VM III On-load tap-changer
VM III 350 Y
VM III 500 Y
VM III 650 Y
Max. rated through-current Irm [ [A A]
350
500
650
Rated short-time current [kA]
4.2
5
6.5
Rated duration of short-circuits [s]
10
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2332907/04 EN
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2 Technical data
On-load tap-changer Rated peak withstand current [kA]
VM III 350 Y
VM III 500 Y
VM III 650 Y
10.5
12.5
16.25
Max. rated step voltage Uirm [V]1) Step capacity (PStN) [kVA] Rated frequency [Hz]
3,300 1,155
1,625 50...60
1,625
Table 5: Electrical data for VACUTAP® VM III 1)
The maximum rated step voltage may be exceeded by 10% due to overexcitation of the transformer if the step capacity is limited to its rated value. Electrical data for VACUTAP® VMS III, selector size C On-load tap-changer Max. rated through-current Irm [ [A A] Rated short-time current [kA]
VMS III 400 Y
VMS III 650 Y
400
650
4
6.5
Rated duration of short-circuits [s]
3
Rated peak withstand current [kA] Max. rated step voltage Uirm [V]1)
10
Step capacity (PStN) [kVA]
520
Rated frequency [Hz]
1 300
16.25 845
50...60
Table 6: Electrical data for VACUTAP® VMS III, selector size C 1)
The maximum rated step voltage may be exceeded by 10 % due to overexcitation of the transformer if the step capacity is limited to its rated value. Electrical data for VACUTAP® VMS III, selector size B On-load tap-changer
VMS III 400 Y
Max. rated through-current Irm [ [A A]
400
Rated short-time current [kA]
4
Rated duration of short-circuits [s]
3
Rated peak withstand current [kA]
10
Max. rated step voltage Uirm [V]1)
1 300
Step capacity (PStN) [kVA]
520
Rated frequency [Hz]
50...60
Table 7: Electrical data for VACUTAP® VMS III, selector size B 1)
The maximum rated step voltage may be exceeded by 10% due to overexcitation of the transformer if the step capacity is limited to its rated value.
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VACUTAP® VM® , VACUTAP® VMS®
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2 Technical data
Mechanical Mechanic al data for VACUTAP® VM I II III Number of operating positions
Without change-over selector: maximum 18 With change-over selector: maximum 35 With multiple coarse change-over selector: maximum 107
Number of equipped sectors
1…3
Selector sizes
B, C, D, DE (not with multiple coarse change-over selector)
Dimensions
See dimensional drawings
Weight Displacement and oil volume Table 8: Mechanical data for VACUTAP® VM I II III
Mechanical Mechanic al data for VACUTAP® VMS III, selector size C Number of operating positions
Without change-over selector: maximum 18 With change-over selector: maximum 35
Number of equipped sectors
3
Selector sizes
C
Dimensions
See dimensional drawings
Weight Displacement and oil volume Table 9: Mechanical data for VACUTAP® VMS III, selector size C
Mechanical Mechanic al data for VACUTAP® VMS III, selector size B Number of operating positions
Without change-over selector: maximum 14 With change-over selector: maximum 27
Number of equipped sectors
3
Selector sizes
B
Dimensions
See dimensional drawings
Weight Displacement and oil volume Table 10: Mechanical data for VACUTAP® VMS III, selector size B
2.2 Permissible ambient conditions Permissible ambient ambient conditions for VACUTAP® VM I II III Air temperature during operation operation
12
- 25 °C…+ 50 °C
VACUTAP® VM® , VACUTAP® VMS®
2332907/04 EN
Maschinenfabrik Reinhausen 2018
2 Technical data
Oil tem tempe perat rature ure du durin ring g ope operat ration ion
- 25 °C… °C…+ + 105 105 °C °C (up (up to + 115 115 °C whe when n the the tran transfo sforme rmerr is in eme emerrgency operation)
Transport temperature, storage tem- - 40 °C…+ 50 °C perature Drying temperatures
See installation and commissioning instructions, chapter "Assembly"
Compressive strength
See technical data TD 61 – General Section
Alternative insulating insulating fluids
Natural ester liquid liquid (IEC 62770) 62770) on request Synthetic ester liquid (IEC 61099) on request
Installation height of the oil conservator
See technical data TD 61 – General Section
Instal Ins tallat lation ion hei height ght abo above ve sea sea level level
See Se e techn technica icall data data TD TD 61 – Gen Genera erall Sectio Section n
Table 11: Permissible ambient conditions for VACUTAP® VM I II III
Permissible ambient conditions for VACUTAP® VMS III Air temperature during operation operation
- 25 °C…+ 50 50 °C
Oil tem tempe perat rature ure du durin ring g ope operat ration ion
-gency 25 °C… °C…+ + 105 105 °C °C (up (up to + 115 115 °C whe when n the the tran transfo sforme rmerr is in eme emerroperation)
Transport temperature, storage tem- - 40°C…+ 50°C perature Drying temperatures
See installation and commissioning instructions, chapter "Assembly"
Compressive strength
See technical data TD 61 – General Section
Alternative insulating insulating fluids
Not approved approved
Installation height of the oil conservator
See technical data TD 61 – General Section
Instal Ins tallat lation ion hei height ght abo above ve sea sea level level
See Se e techn technica icall data data TD TD 61 – Gen Genera erall Sectio Section n
Table 12: Permissible ambient conditions for VACUTAP® VMS III
Maschinenfabrik Reinhausen 2018
2332907/04 EN
VACUTAP® VM® , VACUTAP® VMS®
13
2 Technical data
2.3 Step capacity diagram 2.3.1 Step capacity diagram diagram for network application application for VACUTAP® VM I II III
Figure 5: Step capacities (rated step voltage Uir with rated through-current I r )
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VACUTAP® VM® , VACUTAP® VMS®
2332907/04 EN
Maschinenfabrik Reinhausen 2018
2 Technical data
2.3.2 Step capacity diagram for electrical electrical arc furnace operation operation for VACUTAP® VM I II III
Figure 6: Step capacities (rated step voltage Uir with rated through-current Ir )
Maschinenfabrik Reinhausen 2018
2332907/04 EN
VACUTAP® VM® , VACUTAP® VMS®
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2 Technical data
2.3.3 Step capacity diagram diagram for network application application for VACUTAP® VMS III
Figure 7: Step capacities (rated step voltage Uir with rated through-current I r )
2.4 Permitted voltage stresses This section describes the permitted voltage stresses of single-pha single-phase se and multiphase on-load tap-changers. When selecting the on-load tap-changer, tap-changer, you must check that the highest stresses do not exceed the related rated withstand voltages at the insulation distances.
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VACUTAP® VM® , VACUTAP® VMS®
2332907/04 EN
Maschinenfabrik Reinhausen 2018
2 Technical data
2.4.1 Insulation distances without without multiple coarse change-over change-over selector 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 rated lightning impulse withstand voltage at a0 in mid-position!
Figure 8: Insulation distances for VACUTAP® VM® I II III, selector sizes B, C, D, DE and VACUTAP® VMS® III, selector size C, without multiple coarse change-over selector
a0
Betwe Be tween en sele selecte cted d and and prese preselec lected ted tap on the the dive diverte rterr switch switch
a1
Between Betw een tap tap selecto selectorr contacts contacts of the wind winding ing of of one tap positi position on (conne (connected cted or not not connect connected) ed)
a
Between Betwe en begin beginnin ning g and and end of of a tap windi winding ng and, and, for for a coarse coarse wind winding ing mode model, l, also also betwe between en beg begininning and end of a coarse winding. Note for coarse tap selector connection in position (-) of the change-over selector: Especially when stressed with impulse voltage, the permissible withstand voltage "a" between the end of a coarse winding connected with the K tap selector contact and the tap selector contact at the end of the tap winding of the same phase must be adhered to.
Maschinenfabrik Reinhausen 2018
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VACUTAP® VM® , VACUTAP® VMS®
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2 Technical data
b
between betwe en the the tap selec selector tor conta contacts cts of diff differe erent nt phase phases s and betwe between en chan change ge-ov -over er selec selector tor conta contacts cts of different phases, which are connected with the beginning/end of a tap winding or with a tap selector contact
f
betw be twee een n div diver erte terr swi switc tch h out outpu putt ter termi mina nall and and gr grou ound nd
Additionally for for coarse tap selector selector connection in position (+) (+) of the change-over change-over selector: c1
from fro m one cha chang nge-o e-over ver sele selecto ctorr contac contactt (-) to taketake-off off lead lead of of the sam same e phase phase
c2
betwe be tween en cha change nge-ov -over er sele selecto ctorr conta contacts cts (-) (-) of dif differ ferent ent ph phase ases s
Abbreviations Abbreviation s for the rated insulation level: LI
Full Fu ll wa wave ve li ligh ghtn tnin ing g im impu puls lse e (k (kV, V, 1. 1.2/ 2/50 50 μs μs))
LIC
Chopp Cho pped ed wave wave ligh lightni tning ng impul impulse se (kV, (kV, 1.2/50 1.2/50/3 /3 µs) µs)
SI
Swit Sw itch chin ing g imp impul ulse se (k (kV, V, 25 250/ 0/25 2500 00 µs µs))
AC
Applied voltage voltage (kV, 50 Hz, 1 min) min)
Rated insulation level on diverter switch Insulation distance f Um1)
LI
LIC
SI
AC
72.5
350
385
-
140
123
550
605
460
230
1702)
750
825
620
325
245
1,050
1,155
850
460
3003)
1,050
1,155
850
460
Table 13: Rated insulation level on diverter switch 1)
In accordance with IEC 60214-1: highest effective value for phase-to-phase voltage voltage in a three-phase system for which an on-load tap-changer tap-changer is designed with respect to its insulation. 2)
VACUTAP® VMS® only up to U =170 kV m
3)
Only single-phase on-load tap-changers
Rated insulation level of the inner insulation on the selector, VACUTAP® VM® I II III, selector sizes B, C, D, DE and VACUTAP® VMS® III, selector size C, without multiple coarse change-over selector The admissible maximum operating voltage on the individual selector distances corresponds to half the value of the values listed below for applied voltage (AC). Insulation distance
Selector size B
a0
18
C
D
DE
LI
1502)
1502)
LIC
1652)
1652)
VACUTAP® VM® , VACUTAP® VMS®
2332907/04 EN
Maschinenfabrik Reinhausen 2018
2 Technical data
Insulation distance
Selector size B
C
D
DE
a0
SI
1002)
1002)
a1
AC LI
20 150
20 150
LIC
165
165
SI
100
100
AC
30
30
a
b1)
c1
c21)
LI
265
350
490
550
LIC
295
385
540
605
SI
175
230
320
360
AC
50
82
105
120
LI
265
350
490
550
LIC
295
385
540
605
SI
175
230
320
360
AC
50
82
146
160
LI
485
545
590
660
LIC
535
600
650
725
SI
315
355
385
430
AC
143
178
208
230
LI
495
550
590
660
LIC
545
605
650
725
SI
325
360
385
430
AC
150
182
225
250
Table 14: Rated insulation level of inner insulation on the selector 1)
not applicable to single-phase on-load tap-changer
2)
varistor response voltage at 1.2/50 µs lightning impulse: impulse: starting at 45 kV (U 100%(t)standardized ≠U75%(t)standardized), residual voltage at 3 kA peak withstand current: 56 kV Rated insulation level of the inner insulation on the selector, VACUTAP® VMS® III, selector size B, without multiple coarse change-over selector The admissible maximum operating voltage on the individual selector distances corresponds to half the value of the values listed below for applied voltage (AC). Insulation distance a0
Selector size B 1501)
LI
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VACUTAP® VM® , VACUTAP® VMS®
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2 Technical data
Insulation distance a0
a
b
c1
C2
Selector size B
LIC
1651)
SI
1001)
AC LI
20 300
LIC
330
SI
195
AC
70
LI
300
LIC
330
SI
195
AC
70
LI
400
LIC
440
SI
260
AC
120
LI
400
LIC
440
SI
260
AC
120
Table 15: Rated insulation level of inner insulation on the selector 1)
varistor response voltage at 1.2/50 µs lightning impulse: starting at 45 kV (U 100%(t)standardized ≠U75%(t)standardized), residual voltage at 3 kA peak withstand current: 56 kV
20
VACUTAP® VM® , VACUTAP® VMS®
2332907/04 EN
Maschinenfabrik Reinhausen 2018
2 Technical data
2.4.2 Insulation distances with multiple multiple coarse change-over change-over selector
Figure 9: Insulation distances for VACUTAP® VM® I II III, selector sizes B, C, D, with multiple coarse change-over selector
a0
Betwe Bet ween en sele selecte cted d and and pre presel select ected ed tap on the the div divert erter er swit switch ch
a1
Between Betw een tap tap selecto selectorr contacts contacts of of the wind winding ing of of one tap positi position on (conne (connected cted or not not connect connected) ed)
a
between betwe en begi beginni nning ng and and end end of a tap tap wind winding ing and and betw betwee een n the con conne necte cted d K contac contactt and any any point points s of the tap winding of the same phase
b
between betwe en the the tap sele selecto ctorr contac contacts ts of diff differe erent nt phase phases s and betw between een the the conn connect ected ed K conta contact ct of one one phase and any points of the tap winding of another phase
c1
between betw een any coarse coarse tapp tappings ings of one one phase phase to the divert diverter er switch switch outpu outputt terminal terminal of the same phas phase e
c2
between betw een iden identical tically-na ly-named, med, unco unconne nnected cted coar coarse se tapp tappings ings of diffe different rent pha phases ses
d1
betwe be tween en con connec nected ted an and d adjac adjacent ent coa coarse rse tap tap cont contact acts s in one one phas phase e
d2
betwe be tween en unco unconn nnect ected ed,, adjac adjacent ent coa coarse rse tap tap cont contact acts s in one one phas phase e
d3
betwe be tween en begi beginni nning ng and and end end of of all coa coarse rse tap tap conn connect ection ions s of one one pha phase se
f
betw be twee een n div diver erte terr swi switc tch h out outpu putt ter termi mina nall and and gr grou ound nd
Insulation distance f see Rated insulation level on diverter switch.
Maschinenfabrik Reinhausen 2018
2332907/04 EN
VACUTAP® VM® , VACUTAP® VMS®
21
2 Technical data
Rated insulation level of the inner insulation on the selector with multiple coarse change-over change-over selector, VACUTAP® VM® I II III, selector sizes B, C, D The admissible maximum operating voltage on the individual selector distances corresponds to half the value of the values listed below for applied voltage (AC). Insulation distance
Selector size B
a0
a1
a
1502)
LIC
1652)
SI
1002)
AC
20
LI
150
LIC, SI
Values on request
AC
30 265
350
450
LIC, SI AC
50
Values on request 82
105
LI
265
350
450
LIC, SI
c1
Values on request
AC
50
82
146
LI
455
525
590
LIC, SI
c21)
Values on request
AC
127
165
210
LI
455
525
590
LIC, SI
d1
Values on request
AC
127
165
215
LI
265
350
450
LIC, SI
d2
Values on request
AC
50
82
105
LI
350
450
450
LIC, SI
d3
D
LI
LI
b1)
C
Values on request
AC
82
105
105
LI
350
450
490
LIC, SI AC
Values on request 82
105
120
Table 16: Rated insulation level of inner insulation on the selector with multiple coarse change-over selector
22
VACUTAP® VM® , VACUTAP® VMS®
2332907/04 EN
Maschinenfabrik Reinhausen 2018
2 Technical data
1)
not applicable to single-phase on-load tap-changer
2)
varistor response voltage at 1.2/50 µs lightning impulse: impulse: starting at 45 kV (U 100%(t)standardized ≠U75%(t)standardized), residual voltage at 3 kA peak withstand current: 70 kV
2.4.3 Realizable connections Realizable connections connections with associated selector sizes, VACUTAP® VM® I II III The connections listed below can also be realized for change-ove change-overr selectors with reversing change-over selectors and 3 mid-positions (3W) and for change-ove change-overr selectors with coarse tap connection and 3 mid-positions (3G). Witho Wit hout ut chang change-o e-ove verr selec selector tor
With Wit h revers reversing ing chan changege-ov over er seselector
With coarse change-over selector
Tap-change operation
Selector size
Tap-change operation
Selector size
Tap-change operation
Selector size
10050
B/C/D/DE
10071W
B/C/D/DE
10071G
B/C/D/DE
10060
B/C/D/DE
10081W
B/C/D/DE
10081G
B/C/D/DE
10070
B/C/D/DE
10091W
B/C/D/DE
10091G
B/C/D/DE
10080
B/C/D/DE
12101W
B/C/D/DE
12101G
B/C/D/DE
10090
B/C/D/DE
12111W
B/C
12111G
B/C
10100
B/C/D/DE
14111W
D/DE
14111G
D/DE
12110
B/C/D/DE
14121W
B/C
14121G
B/C
12120
B/C/D/DE
14131W
B/C
14131G
B/C
14130
B/C/D/DE
16121W
D/DE
16121G
D/DE
14140
B/C/D/DE
16131W
D/DE
16131G
D/DE
16150
B/C/D/DE
16141W
B/C/D/DE
16141G
B/C/D/DE
16160
B/C/D/DE
16151W
B/C
16151G
B/C
18170 18180
B/C/D/DE B/C/D/DE
18151W 18161W
D/DE B/C
18151G 18161G
D/DE B/C
22190
B/C/D/DE
18171W
B/C
18171G
B/C
22200
B/C/D/DE
10191W
B/C/D/DE
10191G
B/C/D/DE
22210
B/C
12231W
B/C/D/DE
12231G
B/C/D/DE
22220
B/C
14271W
B/C/D/DE
14271G
B/C/D/DE
16311W
B/C/D/DE
16311G
B/C/D/DE
18351W
B/C/D/DE
18351G
B/C/D/DE
Table 17: Realizable connections for VACUTAP® VM® I II III
Maschinenfabrik Reinhausen 2018
2332907/04 EN
VACUTAP® VM® , VACUTAP® VMS®
23
2 Technical data
Realizable connections connections for VACUTAP® VMS® III, selector size C The connections listed below can also be realized for change-ove change-overr selectors with reversing change-over selectors and 3 mid-positions (3W) and for change-ove change-overr selectors with coarse tap connection and 3 mid-positions (3G). Connection without changeover selector
Connection with reversing change-over selector
Connection with coarse changeover selector
10050
10071W
10071G
10060
10081W
10081G
10070
10091W
10091G
10080
12101W
12101G
10090
12111W
12111G
10100
14121W
14121G
12110
14131W
14131G
12120
16141W
16141G
14130
16151W
16151G
14140
18161W
18161G
16150
18171W
18171G
16160
10191W
10191G
18170
12231W
12231G
18180
14271W
14271G
16311W 16
16311G
18351W 18
18351G
Table 18: Realizable connections for VACUTAP® VMS® III, selector size C
Realizable connections connections for VACUTAP® VMS® III, selector size B The connections identified with 1) can also be realized for change-over selectors with reversing change-over selectors and 3 mid-positions (3W) and for change-over selectors with coarse tap connection and 3 mid-positions (3G).
24
Connection without changeover selector
Connection with reversing change-over selector
Connection with coarse changeover selector
10100
10091W
10091G
12120
12111W
12111G
14140
14131W
14131G
10191W1)
10191G1)
12231W1)
12231G1)
VACUTAP® VM® , VACUTAP® VMS®
2332907/04 EN
Maschinenfabrik Reinhausen 2018
2 Technical data
Connection without changeover selector
Connection with reversing change-over selector
Connection with coarse changeover selector
14271W1)
14271G1)
Table 19: Realizable connections for VACUTAP® VMS® III, selector size B
Maschinenfabrik Reinhausen 2018
2332907/04 EN
VACUTAP® VM® , VACUTAP® VMS®
25
3 Special designs
3 Special designs 3.1 Bridges for parallel connection connection of selector selector planes For current division on the connection contacts of 2 selector planes only for on-load tap-changers VACUTAP® VM I 802/1002 and of 3 selector planes only for on-load tap-changers VACUTAP® VM I 1203/1503. Bridges on the selector connection contacts are mandatory if the tap winding has been wound in two or more branches and each of these branch taps is connected to the contacts of the selector. This measure reliably prevents the following: ▪
Introduct Intro duction ion of equali equalizing zing curre currents nts into into the the curren currentt paths paths of of selector selector and dive diverter rter switch switch
▪
Commut Com mutati ating ng arc on mo movab vable le sel select ector or con contac tactt brid bridge ges s
▪
Overvolta Overv oltage ge betw between een adja adjacent cent sele selector ctor conn connectio ection n contac contacts ts conne connected cted in paral parallel lel
3.2 On-load tap-changer tap-changer combination for delta connection connection Single-phase on-load tap-changers can be combined with two-phase on-load tap-changers to set the voltage of transformer windings in a delta connection. This two-column on-load tap-changer combination is known as "VM III K" ("K" for the German "Kombination"). "Kombination"). The following on-load tap-changer combinations are available: ▪
VM I 351 with VM II 352
▪
VM I 501 with VM II 502
▪
VM I 651 with VM II 652
26
VACUTAP® VM® , VACUTAP® VMS®
2332907/04 EN
Maschinenfabrik Reinhausen 2018
3 Special designs
You must provide the tap windings for this as shown below:
Figure 10: On-load tap-changer combination VM III K for delta connection VM I 351/VM II 352 (a = VM I 351, b = VM II 352)
3.3 On-load tap-changer tap-changer VACUTAP® VM III 650 Y...VM I 1503 with multiple coarse change-over selector (up to maximum 5 coarse tap connections) Extremely fine voltage setting requires a great number of operating positions which sometimes can only be achieved with a multiple coarse tapping arrangement. For instance, 107 operating positions can be obtained by using a coarse 5-tap winding and a tapped winding with 18 taps. The multiple coarse change-over change-over selector is attached to both sides of the tap selector. The on-load tap-changers are available for Um = 72.5 up to max. 300 kV and for 2...5 coarse tap connections (selector sizes B, C and D).
Maschinenfabrik Reinhausen 2018
2332907/04 EN
VACUTAP® VM® , VACUTAP® VMS®
27
3 Special designs
3.4 Two-phase on-load tap-changer VACUTAP® VACUTAP® VM II 352/502/652 352/502/652 The on-load tap-changer VM II 352/502/652 can be supplied as a two-phase on-load tap-changer for singlephase centerpoint tap-change connections with the same technical data as on-load tap-changer VM III 350 Y, VM III 500 Y or VM III 650 Y.
3.5 On-load tap-changer VACUTAP® VM III 350/500/650 350/500/650 Y for Y connection with open neutral point transformers may be connected to the If on-load tap-changers have an open neutral point, only current transformers may open neutral point. Otherwise impermissible overvoltages arise at the neutral point. Reactors must not be connected.
Connection of three oil vessel outputs (= open neutral point)
VACUTAP VM III 350/500/650 Y
Current transformer connec- A) Test voltages voltages permitted between between the oil vessel vessel output contacts contacts tion and neutral point forma▪ Rate Ra ted d lig light htni ning ng im impu puls lse e wit withs hsta tand nd vo volt ltag age e 4 kV kV (1. (1.2/ 2/50 50 µS µS)) tion outside on-load tapchanger ▪ Rate Ra ted d sh shor ortt-du dura rati tion on po powe werr fr freq eque uenc ncy y 2.5 kV (50 Hz, 1 min) withstand voltage B) Permissible maximum operating voltage between oil vessel output contacts
1 kV (50...60 Hz)
Table 20: Permissible test voltages and operating voltages for VACUTAP® VM III 350/500/650 Y
28
VACUTAP® VM® , VACUTAP® VMS®
2332907/04 EN
Maschinenfabrik Reinhausen 2018
4 Drawings
4 Drawings 4.1 Type overview
Maschinenfabrik Reinhausen 2018
2332907/04 EN
VACUTAP® VM® , VACUTAP® VMS®
29
S . I N N G O I I S T E A D Z I R R O O L H E T D U O A S M S Y E T R I I P L X T E U , T T U N O E H T T I A P W A S F R O E H T T N O A R T O G S E T H N T E F T O N O T C N S E V T I E F E O H N T O I I N T D A E C I V N R U E M S M E O R C S E T H H I T G S R A L L L L A . E S E W S G A A M T A N D E F U M T C O O N D E S M I Y H A T P F E O H N T O I R T O A F 8 E 1 Z 0 I L L B 2 I T A H U I B D L M D L G N A E N N H E O S I E U T B A U L H B I I L N W I R E T R S I S D R K I , E R N D N B O E A I F F T F N C O E U . D N I O D H R E T C S P B I A E R H M E O H R © T P
WITHOUT
WITH
CHANGE-OVER SELECTOR
CHANGE-OVER SELECTOR
INSTALLATION LENGHT h IN MM
VMS III 400 Y
150
Um [ kV kV]
S ELE ELECT CTO O R S IZ IZ E B
72,5
1942
123
2072
170
2202
150
h
h
O432
407
O432
E L 0 A C 0 S . O 1 N 0 0 T 0 N 6 E 2 . M 5 O 6 N 5 U C 8 1 9 O 6 E 6 D D G N 8 E A 0 S H 1 C
K U S M H C U E R L S T M E E H S A T L N U I A B W D O R P 8 1 1 8 1 8 0 0 E 0 2 . . 2 T 2 . A 7 7 7 D 0 0 0 . . . 1 6 1 6 1 1 . . . R D D N T K A F T
DIMENSION IN mm EXCEPT AS
ON-LOAD TAP-CHANGER VACUTAP® VMS® SELECTOR SIZE B
SERIAL NUMBER MATERIAL NUMBER
SHEET
D C D C S
NOTED
SURVEY OF MODELS
101170260E
4.2 Dimensional drawings
4.2 Dimensional drawings
32
VACUTAP® VM® , VACUTAP® VMS®
2332907/04 EN
Maschinenfabrik Reinhausen 2018
1 /1 A1
S . I N N G I O I S T E A D Z I R R O O L H E T D U O A S M S Y E T I R L P I T X U E , T T U N O E H T T I A P W A S F R O E H T T N O A R O G T H T S E N T E F T O N O T C N S E V T I E F E O H N T O I I N T D A E C I V N R U E M S M E O R C S T E H H G T I R S L A L L L A . E S W E S G A A M T A N D E F M O U N O C T E D M S I Y H A P T F E O H N T O I R T O F 5 A Z E 1 L 0 I L B 2 I T A I H U L B D D M N L G A E N N H E O E S I B U T A U L H B I I L N W I R E T R S I S R D K I , E R N D N B O E A I F F T C N U F E D O . N I O D H R E C P T I S E B A I R H M O E H R T P ©
Z
A-B C-D
IS ON POTENTIAL A 5 9 5
SCREENING RINGS (WITH 170 KV, 245 KV & 300 KV)
s
O
. x a m
A
° 0 2 1
0 8 4
M
O
M
WITH 123 KV ONLY i
A
B
IS ON POTENTIAL A
A REVERSING CHANGE-OVER SELECTOR
h
IS ON POTENTIAL A
TAP SELECTOR
TAP SELECTOR
n
t m
k
(2)...(18)
C
D
8 8
R
O 531
k
p
(1)...(17)
f
(2)...(K)
G O 531
O 531
IS ON POTENTIAL A
max. 397
481
Z ° 5 1
E-F 37,5
R 3 2 2
H
1 ...17
E
WITHOUT CHANGE-OVER SELECTOR
0 3
d
F
q
2 ... K
1...17 k
COARSE CHANGE-OVER SELECTOR
5 , 8 6
° 5 1
1 5 °
REFER TO 723590
5 5 5
0 4 7
O
O
G-H M
REFER TO 723590
FOR INHERENT DRAWINGS REFER TO 898012 1 4 0
A
ON-LOAD TAP-CHANGER TAKE-OFF LEAD
M
DRIVE SIDE OF SELECTOR
FOR BINDING DESIGNATIONS OF TERMINALS AND PHASES REFER TO THE CONNECTION DIAGRAM OF THE ON-LOAD TAP-CHANGER.
B
SELECTOR SIZE U M [KV]
E L 0 1 : 1 A C 1 0 S . 1 O 0 N 0 T 6 N E 1 7 . M 1 2 O 1 N 7 U C 3 1 O 2 E 9 D D G N E A 6 S H 0 1 C
DIMENSIONS [MM]
h i s k n m t q p d f
OIL VOLUME VOLUME [DM ³] DISPLACEMENT [DM ³] WEIGHT [KG]
72,5
123
1514 996
1644 1126
-
130 193 280
C
170
245
300
72,5
123
1774 1256 267 518 233 102 95 160 403 276.5 512 150 170 238 218 285 290
1874 1356 367
2026 1508 520
1589 996
1719 1126
190 258 295
210 278 300
130 193 290
-
D / DE
170 245
1849 1256 267 59 3 258 127 120 185 478 301.5 587 170 150 218 238 295 300
300
72,5
123
1949 1356 367
2101 1508 520
1784
1914 1126
190 258 305
210 278 310
130 195 300
996
-
170
245
300
2044 1256 267 788 323 192 185 250 673 366.5 782 170 150 220 240 305 310
2144 1356 367
2296 1508 520
190 260 315
210 280 320
K U R N H E N A C E G S M T I K M N A L R S D I A N E A B D R K T O R P 5 5 1 5 1 1 0 0 E 0 2 T 2 . . . 2 A 1 2 2 1 . 1 D 1 . . 1 1 8 1 0 0 . . . R D D N T K A
DIMENSION IN mm EXCEPT AS
ON-LOAD TAP-CHANGER VACUTAP® VM VM I 351/501/651 - B/C/D/DE - 0/W/G
SERIAL NUMBER MATERIAL NUMBER
SHEET
F H T D C S
DIMENSION DRAWING
NOTED
1 /1
7462211E
S . I N N G I O I S T E A D Z I R R O O L H E T D U O A S M S Y E T I R L P I T X U E , T T U N O E H T T I A P W A S F R O E H T T N O A R O G T H T S E N T E F T O N O T C N S E V T I E F E O H N T O I I N T D A E C I V N R U E M S M E O R C S T E H H G T I R S L A L L L A . E S W E S G A A M T A N D E F M O U N O C T E D M S Y I H A T P F E O H N T O I R T O F 5 A 1 Z E L 0 I L B 2 I T A I H U L B D D M L G N A E N N H E O E S I B U T A U L H B I I L N I R W T E S S R I R D K I , E R N D N B O E A I F F T F N C O E U . D N I O D H R E C P T I S E B A I M R H O E H R © T P
E L 0 A 1 : C 1 2 S 0 . 1 O 0 N 0 T 0 N 4 E 1 . M 1 5 O 1 N 7 U 3 C 2 E 1 O 9 D D G 6 E N 0 S A H 1 C
K U R N H E N A C E G M S I T M N K A L R S D I A N E A B D R K T O R P 5 5 1 5 1 1 0 0 E 0 T 2 . . 2 . 2 A 1 2 2 1 . 1 D 1 . . 1 8 1 1 0 0 . . . R D D N T K A
ARRANGEMENT OF SELECTOR CONTACTS, 2-5 COARSE TAP CONNECTIONS (PLAN VIEW)
A-B
Z
x) FOR 3 COARSE TAP CONNECTIONS x ) AND y ) FOR 4 COARSE TAP CONNECTIONS x ), y ) AND z ) FOR 5 COARSE TAP CONNECTIONS
max. O 595 IS ON POTENTIAL A
72°
15
120° 14 SCREENING RINGS (WITH 170 KV, 245 KV & 300 KV ONLY )
s
i
A
10
p
13 x )
p 7(8)
14 y )
12 p 10
(K)
9(K)
15z )
3 0 °°
L
A
M
IS ON POTENTIAL A
y ) 18 z ) p 3(4)
17 16 x )
1 3 1 q
1 ... 17 k t m
11
M 3 3 1
n
L
11
12
11
8 7 4
h
x)
5(6) p*
3(4)
1(2)
WITH 123 KV ONLY
A
16 z ) p
13
3 8 8 °°
B
y)
C
12
13 0 5
18 x )
y ) 20 z ) 19 p
1 5 °
1 5 5 ° °
1 5 °
R
p*
15
7(8)
15
p
16
9(10)
14
17 x )
11(12)
1(2) 16
18 y )
p
p p 14
15 1 4 0
5(6)
3(4) p
17
Z
17 z )
(K)
11(K) 43°
MULTIPLE COARSE CHANGEOVER SELECTOR
IS ON POTENTIAL A
MULTIPLE COARSE CHANGE-OVER SELECTOR
16 y )
p
p
R15 ON THE CIRCUMFERENCE
TAP SELECTOR
15 x )
9(10)
14
D
14
12
1(2)
p
(2) ... (K)
13 p* 13
7(8)
p
15
5 4 °
5(6)
19 z )
(K)
13(K)
2 2 3 5 , 7 3
5 , 8 6
y)
21 20 x )
22 z ) p 5(6) 3(4) p
19
7(8)
9(10) p
10-PITCH / 5 COARSE TAP CONNECTION REPRESENTED
C-D
23
y ) 24 z )
21
(K)
15 (K)
7(8)
18
20 21 x )
15(16) 22 y )
p
p
20
19
13(14) p
1(2)
p 18
19
21 z )
9(10) 19 11(12)
5(6)
3(4) p
O
20 y )
p* p
22 x ) 1 3 5
19 x )
p
p p 16
17
18
13(14)
1(2)
O 555 O 740
17
11(12)
16
18
p*
17
23z )
(K)
17(K) 1381
p = CONNECTION MIN. 3 MM PAPER INSULATED p* = CONNECTION ALREADY 3 MM PAPER INSULATED BY MR FOR BINDING DESIGNATIONS OF TERMINALS AND PHASES REFER TO THE C0NNECTION DIAGRAM OF THE ON-LOAD TAP-CHANGER.
A
ON-LOAD ON-LOAD TAP-CH TAP-CHANGE ANGERR TAK TAKE-OF E-OFFF LEAD LEAD
L
CONNECTING LEAD
M
DRIVE SIDE OF SELECTOR
DIMENSION IN mm EXCEPT AS
U M [KV]
DIMENSIONS [MM]
OIL VOLUME [DM³] DISPLACEMENT [DM³] WEIGHT [KG]
D
C
B
SELECTOR SIZE
72,5 123 170 245 300 72,5 123 170 245 300 72,5 123 170 245 300 h i s k n m t q p
1476 1606 996 1126
1736 1256 267 480 233 102 95 149,5 299 130 170 150 198 223 243 370 375 380
1836 1988 1551 1356 1508 996 367 520
190 263 385
210 283 390
130 198 380
1681 1126
-
150 223 385
ON-LOAD TAP-CHANGER VACUTAP® VM
1811 1256 267 555 258 127 120 187 374 170 243 390
1911 2063 1356 1508 367 520
190 263 395
1746 1876 996 1126
210 283 400
VM I 651 - B/C/D WITH MULTIPLE MULTIPLE COARSE CHANGE-OVER CHANGE-OVER SELECTOR SELECTOR
-
130 203 390
150 223 395
2006 2106 2258 1256 1356 1508 267 367 520 750 323 192 185 284,5 569 170 190 210 248 268 288 400 405 410
SERIAL NUMBER MATERIAL NUMBER
SHEET
A1
F H T D C S
DIMENSION DRAWING
NOTED
7462271E
1 /1
S . I N N G I O I S T E A D Z I R R O O L H E T D U O A S M S Y E T I R L P I T X U E , T T U N O E H T T I A P W A S F R O E H T T N O A R O G T H S T E N T E F T O N O T C N S E V T I E F E O H N T O I I N T D A E C I V N R U E M S M E O R C S T E H H G T I R S L A L L L A . E S W E S G A A M T A N D E F M O U N O C T E D M S Y I H A T P F E O H N T O I R T O A F 5 1 Z E 0 I L L B 2 I T A I H U L B D D M L G N A E N N H E O S I E U T B A U L H B I I L N W I R E T S R S I R D K I , E R N D N B O E A I F F T F N C O E U . D N I O D H R E C P T I S E B A I M E H O R H R T P ©
Z
C-D 5 9 5
SCREENING RINGS (WITH 170 KV, 245 KV & 300 KV)
s
A i
. x a m
0 8 4
M
O
ø 538
A
B
IS ON POTENTIAL A
h
COARSE CHANGE-OVER SELECTOR TAP SELECTOR
TAP SELECTOR
d
n
2 ... K
1...17
(2)...(18)
t
(2)...(18)
k
(1)...(17)
C
p
k
D
0 3 R
O 531
f
(2)...(K) (2)...(K)
G
E
WITHOUT CHANGE-OVER SELECTOR
e
1 ... 17
(1)...(17)
8 8
H
1 ... 17
r
2 ... K
1...17
o
m
F
q
t
k
M
O
REVERSING CHANGE-OVER SELECTOR
O 531
IS ON POTENTIAL A
O 531
max. 397
481
E-F
Z ° 5 1
R 3 2 2
REFER TO 723590
37,5
G-H
5 , 8 6
° 5 1
1 5 °
5 5 5
0 4 7
O
O
REFER TO 723590
M FOR INHERENT DRAWINGS REFER TO 898012
1 4 0
A
ON-LOAD TAP-CHANGER TAKE-OFF TERMINAL
M
DRIVE SIDE OF SELECTOR
FOR BINDING DESIGNATIONS OF TERMINALS AND PHASES REFER TO THE CONNECTION DIAGRAM OF THE ON-LOAD TAP-CHANGER.
B
SELECTOR SIZE U m [KV]
E L 0 A 1 : C 1 2 S 0 . 1 O 0 N 0 T 1 N E 9 . O 1 M 6 2 N 1 U C 3 E 7 O 2 G 1 D D N 9 E A 6 1 S H 0 C
DIMENSIONS [MM]
OIL VOLUME VOLUME [DM ³] DISPLACEMENT [DM ³] WEIGHT [KG]
K U R N H E N A C G E N M S T M I K L S A D I R A N E B D A R K T O R P 5 5 1 5 1 1 0 0 E 0 2 T 1 . . 2 . 2 A 1 2 2 1 D . 1 . . 1 8 1 1 0 0 . . . R D D N T K A
A-B
DIMENSION IN mm EXCEPT AS
h i s k n o m t r q p e d f
C
D / DE
72,5
123
170
245
300
72,5
123
170
245
300
72,5
123
170
245
300
1724 996
1854 1126
1984 1256 267 728 233 95 102 105 105 160 613 105 276.5 722 170 241 320
2084 1356 367
2236 1508 520
1799 996
1929 1126
2159 1356 367
2311 1508 520
1994 996
2124 1126
2506 1508 520
210 281 330
130 196 320
190 261 335
210 281 340
130 199 330
2254 1256 267 998 323 185 192 105 105 250 883 105 366.5 992 170 244 340
2354 1356 367
190 261 325
2059 1256 267 803 258 120 127 105 105 185 688 105 301.5 797 170 241 330
190 264 345
210 284 350
-
130 196 310
150 221 315
-
150 221 325
ON-LOAD TAP-CHANGER VACUTAP® VM VM I 802/1002 - B/C/D/DE - 0/W/G
-
150 224 335
SERIAL NUMBER MATERIAL NUMBER
SHEET
A1
F H T D C S
DIMENSION DRAWING
NOTED
1 /1
7462222E
S . I N N G I O I S T E A D Z I R R O O L H E T D U O A S M S Y E T I R L P I T X U E , T T U N O E H T T I A P W A S F R O E H T T N O A R O G T H S T E N T E F T O N O T C N S E V T I E F E O H N T O I I N T D A E C I V N R U E M S M E O R C S T E H H G T I R S L A L L L A . E S W E S G A A M T A N D E F M O U
K U R N H E N A C G E N M S T M I K L S A D I R A N E B D A R K T O R P 5 5 1 5 1 1 0 0 E 0 2 T 1 . . 2 . 2 A 1 2 2 1 D . 1 . . 1 8 1 1 0 0 . . . R D D N T K A
ARRANGEMENT OF SELECTOR CONTACTS, 2-5 COARSE TAP CONNECTIONS (PLAN VIEW)
max. O 595
x) FOR 3 COARSE TAP CONNECTIONS x ) AND y ) FOR 4 COARSE TAP CONNECTIONS x ), y ) AND z ) FOR 5 COARSE TAP CONNECTIONS
120° 15 SCREENING RINGS (WITH 170 KV, 245 KV & 300 KV ONLY)
s
A i
6 4 1
y)
16
14 x )
A
B
16
(K)
9(K)
x)
r
(2) ... (K)
p
12
p
13
Z
MULTIPLE COARSE CHANGEOVER SELECTOR
18 x )
15
7(8)
5(6)
1 5 °
16
p* 15
p
p
16 9(10)
14
17 x )
11(12)
1(2)
R
17 z )
(K)
43°
y ) 20 z ) 19 p
18 y )
p
p p 14
15 1 4 0
15 x ) 16 y )
11(K)
17 1 5 5 ° °
14
p
3(4)
13
9(10)
R15 ON THE CIRCUMFERENCE
IS ON POTENTIAL A
p*
12
p
D TAP SELECTOR
13
7(8)
14
C
1 5 °
5 4 °
5(6)
15 z )
3 0 0°°
L
1(2)
(2) ... (K)
MULTIPLE COARSE CHANGE-OVER SELECTOR
y ) 18 z ) p 3(4)
15
0 5
13 x )
7(8)
p 10
q
1 ... 17
t
11
14 y )
17
o
L
p
1(2)
IS ON POTENTIAL A
t
m
10
M
1 3 1 1 ... 17
k
11
5(6) p*
M
3 3 1 n
3(4)
12
8 7 4
h
72°
p
13
O 538 0 3
z) p
12
8 °
11
N O C T E D M S I Y H A T P F E O H N T O I R T O A F 5 1 Z E L 0 I I B 2 L T A I H U L B D D M L G N A E N N H E O S I E U T B A U L B L H I I N W I R E T R S I S R D K I , E R N D N B I E A O F F T F N C O E U . D N O D I E H R T C P I S E B A I M E H O R H R T P ©
E L 0 A 1 : C 1 2 S 0 . O 1 N 0 0 T 1 N 4 E 1 . 5 O 1 M 1 N 7 U C 3 1 O 2 E 9 D D G 6 E N 0 S A H 1 C
A-B
Z
19 z )
(K)
13(K)
2 2 3 5 , 7 3
5 , 8 6
21 20 x )
y ) 22 z ) p
7(8)
5(6) p
3(4)
10-PITCH / 5 COARSE TAP CONNECTION REPRESENTED
C-D
23
y)
24
22 x ) 1 3 5 O
z) 7(8) p 5(6)
19
p
18
21 z )
p*
19
11(12)
20
13(14) p
18
21 x )
15(16) 22 y )
p
p 19
20 y )
9(10)
1(2) 20
19 x )
(K)
15 (K)
3(4) p
21
18
p
p p 16
17
17
13(14)
1(2)
O 555 O 740
p*
11(12)
16
19 18
17
9(10) p
(K)
17(K)
23 z )
1381
B
SELECTOR SIZE p = CONNECTION MIN. 3 MM PAPER INSULATED p* = CONNECTION ALREADY 3 MM PAPER INSULATED BY MR
U M [KV]
C
72,5 123 170 245 300 72,5 123 170 245 300 72,5 123 170 245 300
A
ON-LOAD TAP-CHANGER TAKE-OFF TERMINAL
L
CONNECTING LEAD
OIL VOLUME VOLUME [DM ³] DISPLACEMENT [DM ³]
130 200
150 225
1946 2046 2198 1256 1356 1508 520 267 367 690 233 95 102 105 105 189,5 509 170 190 210 245 265 285
M
DRIVE SIDE OF SELECTOR
WEIGHT [KG]
410
415
420
FOR BINDING DESIGNATIONS OF TERMINALS AND PHASES REFER TO THE C0NNECTION DIAGRAM OF THE ON-LOAD TAP-CHANGER.
DIMENSION IN mm EXCEPT AS
h i s k
DIMENSIONS [MM]
D
1686 996
1816 1126
-
n o m t r q p
425
430
1761 996
1891 1126
2021 1256 267
2121 2273 1356 1508 367 520
150 225
765 258 120 127 105 105 227 584 170 245
190 265
210 285
1956 2086 2216 996 1126 1256 267 960 323 185 192 105 105 324,5 779 130 150 170 208 233 253
425
430
43 5
440
430
-
130 200 420
ON-LOAD TAP-CHANGER VACUTAP® VM VM I 802/1002 - B/C/D WITH MULTIPLE COARSE C.-O. SELECTOR
435
440
2316 1356 367
2468 1508 520
190 273
210 293
445
45 0
SERIAL NUMBER MATERIAL NUMBER
SHEET
A1
F H T D C S
DIMENSION DRAWING
NOTED
7462282E
1 /1
S . I N N G I O I S T E A D Z I R R O O L H E T D U O A S M S Y E I T R L P I T X U E , T T U N O E H T T I A P W A S F R O E H T T N O A R O G T H S T E N T E F T O N O T C N S E V T I E F E O H N T O I I N T D A E C I V N R U E M S M E O R C S T E H H G T I R S L A L L L A . E S W E S G A A M T A N D E F M O U
C-D 5 9 5
SCREENING RINGS (WITH 170 KV, 245 KV & 300 KV)
s
A i
° 0
. x a m
0 8 4
M
O 2 1
M
O
ø 538
A
B REVERSING CHANGE-OVER SELECTOR IS ON POTENTIAL A
COARSE CHANGE-OVER SELECTOR
TAP SELECTOR
TAP SELECTOR
h n t t k
o
2 ... K
1 ... 17
2 ... K
r
k
(2) ... (18)
t
8 8
D
O 531
e
1 ... 17
e
(2) ... (K)
G
O 531
IS ON POTENTIAL A
O 531 max. 397
481
Z ° 5 1
R 3 2 2
f
(2) ... (K)
E
WITHOUT CHANGE-OVER SELECTOR
1 ... 17
(2) ... (K)
(1) ... (17)
(2) ... (18)
0 3 R
k
(1) ... (17)
C
H
1 ... 17
p
(1) ... (17)
(2) ... (18)
t m
1 ... 17
r
d
F
q
2 ... K
1 ... 17
N O C T D E M S I Y H A T P F E O H N T O I R T O F 5 A 1 Z E I L 0 L B 2 I T A I H U L B D M N D G A L E N N H E O E S I B U T A U L B L H I I N I R W E T R S I S R K D I , E R N D N B O E A I F F T F N C U E D O . N I O D H R E T C P I S E B A I M E H O R H R © T P
E-F 37,5
REFER TO 723590
G-H 5 , 8 6
° 5 1
REFER TO 723590
5 0 5 4 5 7
M
O O
1 5 °
FOR INHERENT DRAWINGS REFER TO 898012 1 4 0
A
ON-LOAD TAP-CHANGER TAKE-OFF TERMINAL
M
DRIVE SIDE OF SELECTOR
FOR BINDING DESIGNATIONS OF TERMINALS AND PHASES REFER TO THE CONNECTION DIAGRAM OF THE ON-LOAD TAP-CHANGER.
B
SELECTOR SIZE U [KV]
72,5 123 h i s k n o m
E L 0 1 : 1 A C 1 0 S . 1 O 0 N 0 T 9 N E 2 . 2 O M 3 1 1 N U 7 C 3 1 O 2 E G D D N 9 E A 6 1 S H 0 C
DIMENSIONS [MM]
K U R N H E N A C E G S M T I K M N A L R S D I A N E A B D R K T O R P 5 5 1 5 1 1 0 0 E 0 2 T 2 . . . 2 A 1 2 2 1 . 1 D 1 . . 1 1 8 1 0 0 . . . R D D N T K A
A-B
Z
OIL VOLUME VOLUME [DM ³] DISPLACEMENT [DM ³] WEIGHT [KG]
DIMENSION IN mm EXCEPT AS
1934 996
2064 1126 -
t r q p e d f 130 200 350
150 225 3 55
C
170
245
2194 1256
2294 1356
267 938 233 95 102 105 105 160 823 105 276.5 932 170 245
367
190 265
360
365
300 2446 1508 520
210 285 370
D/DE
72,5 123
170 245
300 72,5
123
2009 996
2269 1256 267 1013 258 120 127 105 105 185 898 105 301.5 1007 170 245 370
2521 1508 520
2204 996
2334 1126
2139 1126 -
130 200 360
150 225 365
2369 1356 367
-
170 2464 1256 267
245
300
2564 1356 367
2716 1508 520
190 269 390
210 289 395
1208 323 185 192 105
190 265 375
210 285 380
ON-LOAD TAP-CHANGER VACUTAP® VM VM I 1203/1503 - B/C/D/DE - 0/W/G
130 204 375
150 229 380
105 250 1093 105 366.5 1202 170 249 385
SERIAL NUMBER MATERIAL NUMBER
SHEET
A1
F H T D C S
DIMENSION DRAWING
NOTED
1 /1
7462231E
S . I N N G I O I S T E A D Z I R R O O L H E T D U O A S M S Y E I T R L P I T X U E , T T U N O E H T T I A P W A S F R O E H T T N O A R O G T H S T E N T E F T O N O T C N S E V T I E F E O H N T O I I N T D A E C I V N R U E M S M E O R C S T E H H G T I R S L A L L L A . E S W E S G A A M T A N D E F M O U
Z
K U R N H E N A C E G S M T I K M N A L R S D I A N E A B D R K T O R P 5 5 1 5 1 1 0 0 E 0 2 T 2 . . . 2 A 1 2 2 1 . 1 D 1 . . 1 1 8 1 0 0 . . . R D D K N
ARRANGEMENT OF SELECTOR CONTACTS, 2-5 COARSE TAP CONNECTIONS (PLAN VIEW)
max. O 595
x) FOR 3 COARSE TAP CONNECTIONS x ) AND y ) FOR 4 COARSE TAP CONNECTIONS x ), y ) AND z ) FOR 5 COARSE TAP CONNECTIONS 72°
120°
15 y ) 16 z ) p x ) 14
SCREENING RINGS (WITH 170 KV, 245 KV & 300 KV ONLY)
s
A i 6 4 1
0 3
A
B
14 y ) p
(K)
9(K)
1 3 1 q
1 ... 17
o
1 ... 17
r
(2) ... (K)
r
t
(2) ... (K)
t
(2) ... (K)
C
3 0 0°°
TAP SELECTOR
Z
1 5 °
1 5 5 ° °
13
19 y )
20
18 x )
16 y ) 17 z )
(K)
11(K)
1 5 °
p*
z) 5(6) p p
3(4) 17
15
7(8)
15
p
16 9(10)
14
1(2)
17 x )
11(12)
16
18 y )
p
p p 14
(K)
13(K)
19 z )
2 2 3 5 , 7 3
5 , 8 6
15 x )
9(10)
43°
MULTIPLE COARSE CHANGEOVER SELECTOR
R
14
p p 12
15 1 4 0
13
12
14
p
p*
13
7(8)
1(2)
R15 ON THE CIRCUMFERENCE
IS ON POTENTIAL A
MULTIPLE COARSE CHANGE-OVER SELECTOR
5 4 °
5(6)
p
15
D
0 5
15 z )
M
17 y ) 18 z ) p 3(4) 16 x )
t
m
10
IS ON POTENTIAL A
1 ... 17
k
7(8)
L
t
13 x )
p
M 3 3 1
n
10
12
8 7 4 h
11 12
1(2)
O 538
L
11
5(6) p*
3(4)
p
13
11
N O C T D E M S I Y H A P T F E O H N T O I R T O A F 5 1 I Z E L 0 L B 2 I T A I U H L B D M N D G A L E N N H E O E S I B U T A U L H B I I L N I R W E T R S I S R D K I , E R N D N B O E A I F F T C N U F E D O . N I O D H R E C P T I S E B I A M E H O R H R © T P
E L 0 1 : 2 A C 1 S 0 . 1 O 0 N 0 T 0 N 9 E 8 . M 5 O 1 N U C 1 3 E 7 O 2 G 1 D D N 9 6 E A 0 S H 1 C
A-B
21 20 x )
p*
y ) 22 z ) p 5(6) 3(4) p
19
7(8)
18
16
19 x )
13(14)
18
20 y )
p
p p 16
17
17
11(12)
1(2)
O 555
17
9(10) p
(K)
15 (K)
21 z )
O 740 10-PITCH / 5 COARSE TAP CONNECTION REPRESENTED
C-D
23
y)
19
p 18
21 x )
15(16) 22 y )
p
p 19
20 13(14) p
18
1(2) 20
19
11(12)
3(4) p
21
O
7(8) 9(10)
5(6)
22 x ) 1 3 5
p*
p
24 z )
17(K)
(K)
23 z )
1381
B
SELECTOR SIZE p = CONNECTION MIN. 3 MM PAPER INSULATED p* = CONNECTION ALREADY 3 MM PAPER INSULATED BY MR
FOR BINDING DESIGNATIONS OF TERMINALS AND PHASES REFER TO THE C0NNECTION DIAGRAM OF THE ON-LOAD TAP-CHANGER.
A L M
DIMENSION IN mm EXCEPT AS
h i s k
DISPLACEMENT [DM³]
130 320
150 345
2156 1256 267 900 233 95 102 105 105 229,5 719 170 365
WEIGHT [KG]
460
465
470
ON-LOAD TAP-CHANGER TAKE-OFF TERMINAL CON NE NE CCTTIN G LEAD DRIVE SIDE OF SELECTOR
72,5 123 170 245 300 72,5 123 170 245 300 72,5 123 170 245 300
U M [KV]
DIMENSIONS [MM]
OIL VOLUME [DM³]
D
C
1896 2026 996 1126
-
n o m t r q p
2256 2408 1971 1356 1508 996 367 520
190 385 47 5
210 405 480
2101 1126
2231 1256 267 975 258 120 127 105 105 267
2331 1356 33667
2483 1508 520
130 320
150 345
794 170 365
190 385
210 405
2296 2426 1126 1256 267 1170 323 185 192 105 105 364,5 989 170 130 150 331 351 373
470
475
480
485
490
485
-
ON-LOAD TAP-CHANGER VACUTAP® VM VM I 1203/1503 - B/C/D WITH MULTIPLE COARSE C.-O. SELECTOR
2166 996
490
495
2526 2678 1356 1508 367 520
190 393
210 413
500
505
SERIAL NUMBER MATERIAL NUMBER
SHEET
A1
F H A T D C S
DIMENSION DRAWING
NOTED
7462291E
1 /1
S . I N N G I O I S T E A D Z I R R O O L H E T D U O A S M S Y E T I R L P I T X U E , T T U N O E H T T I A P W A S F R O E H T T N O A R O G T H S T E N T E F T O N O T C N S E V T I E F E O H N T O I I N T D A E C I V N R U E M S M E O R C S T E H H G T I R S L A L L L A . E S W E S G A A M T A N D E F M O U N O C T D E M S I Y H A T P F E O H N T O I R T O F 5 A 1 Z E L 0 I L B 2 I T A I H U L B D D M L G N A E N N H E O E S I B U T A U L H B I I L N W I R E T R S I S D R K I , E R N D N B O E A I F F T F N C O E U . D N I O D H R E C P T I S E B I A M E H O R H R © T P
C-D 5 9 5
SCREENING RINGS (WITH 170 KV, 245 KV & 300 kV)
s
A i
O
. x a m
° 0 2 1
0 8 4
M
M
O
ø 538
A
B COARSE CHANGE-OVER SELECTOR
REVERSING CHANGE-OVER SELECTOR IS ON POTENTIAL A
TAP SELECTOR
h
TAP SELECTOR
n
d
1...17 t
o
k
1 ...17
(2)...(18)
1 ...17
F p
(2)...(18)
(2)...(K) k
e
f
1 ...17
C
E
WITHOUT CHANGE-OVER SELECTOR
0 3 R
(2)...(K)
(2)...(K)
D O 531
G
O 531
IS ON POTENTIAL A
O 531 481
max. 397
Z ° 5 1
H
1 ...17
r
t
8 8
q
(2)...(K) k
1...17 m
E-F REFER TO 723590
37,5
R 3 2 2
5 , 8 6
° 5 1
G-H
5 0 5 4 5 7
REFER TO 723590
M
O O
1 5 °
FOR INHERENT DRAWINGS REFER TO 898012
1 4 0
A
ON-LOAD TAP-CHANGER TAKE-OFF TERMINAL (NEUTRAL)
M
DRIVE SIDE OF SELECTOR
FOR BINDING DESIGNATIONS OF TERMINALS AND PHASES REFER TO THE CONNECTION DIAGRAM OF THE ON-LOAD TAP-CHANGER.
B
SELECTOR SIZE 72,5
U m [ kV ]
E L 0 1 : 1 A C 1 0 . 1 S O 0 N 0 T 2 N E 1 5 . 0 O 1 M 1 N 7 U C 3 1 O 2 E 9 D D G N E A 6 S H 0 1 C
DIMENSIONS [MM]
OIL VOLUME VOLUME [DM ³] DISPLACEMENT [DM ³] MAX. WEIGHT [KG]
K U R N H E N A C E G M S I T M N K A L R S D I A N E B D A R K T O R P 5 5 1 5 1 1 0 0 E 0 2 T 1 . . 2 . 2 A 1 2 2 1 D . 1 . . 1 1 8 1 0 0 . . . R D D N
A-B
Z
DIMENSION IN mm EXCEPT AS
h i s k n o m t r q p e d f
123
1704 996
1834 1126
-
130 196 310
150 221 315
170 1964 1256 267 708 233 190 197 95 190 255 593 190 276.5 702 170 241 320
C 245
300
72,5
2064 1356 367
2216 1508 520
1829 996
190 261 325
210 281 330
130 196 320
123 1959 1126
-
150 221 325
D / DE
170
245
300
72,5
123
170
245
300
2089 1256 267 833 258 240 247 120 240 305 718 240 301.5 827 170 241 330
2189 1356 367
2341 1508 520
2154 996
2284 1126
2514 1356 367
2666 1508 520
190 261 335
210 281 3 40
130 199 330
2414 1256 267 1158 323 370 377 185 370 435 1043 370 366.5 1152 170 244 340
190 264 3 45
210 284 350
ON-LOAD TAP-CHANGER VACUTAP® VM VM II 352/502/652 - B/C/D/DE - 0/W/G
-
150 224 335
SERIAL NUMBER MATERIAL NUMBER
SHEET
A1
T K A F H T D C S
DIMENSION DRAWING
NOTED
1 /1
7462201E
S . I N N I G O I S T E A D Z I R R O O L H E T D U O A S M S Y E T R I I P L X T E U , T T U N O E H T T I A P W A S F R O E H T T N O A R T O G S E T H N T E F T O N O T C N S E V T I E F E O H N T O I I N T D A E C I V N R U E M S M E O R C S E T H H I T G S R A L L L L A . E S E W S G A A M T A N D E F M U O C T O N D E M S I Y H A T P F E O H N T O I R T O A F 8 E 1 Z L 0 I I B 2 L T A H U I B D L M D L G N A E N N H E O S I E U T B A U L L H B I N I R W I E T R S I S R K D I , E R N D N B O E A I F F T C N U F E D O . N I O D H R E I T C S P B I A E R H M E O H R © T P
° 2 2
O
. x a m
SCREENING RINGS (WITH 170 KV & 245 KV)
s
A
0 8 4
M
O
M
WITH 123 KV ONLY i
A
B A COARSE CHANGE-OVER SELECTOR
REVERSING CHANGE-OVER SELECTOR IS ON POTENTIAL A
TAP SELECTOR
TAP SELECTOR
h n
d t
o
U
t
k
V
o
m
t
1...17
1...17
(2)...(18)
(2)...(K)
1...17
1...17 k
(2)...(18)
W
1...17
(2)...(18)
(2)...(K)
C
WITHOUT CHANGE-OVER SELECTOR
3 0
O 531
1...17
F
(2)...(K)
r
k
p
H
e
1...17
f
(2)...(K)
e
1...17
r
(2)...(K)
E
D R
q
(2)...(K)
1...17
8 8
G O 531
IS ON POTENTIAL A
O 531 max. 397
481
Z ° 5 1
E-F
37,5
R 3 2 2
REFER TO 723590
5 , 8 6
° 5 1
5 0 5 4 5 7
G-H
M
REFER TO 723590
O O
1 5 °
FOR INHERENT DRAWINGS REFER TO 898012 1 4 0
A
ON-LOAD TAP-CHANGER TAKE-OFF LEAD (NEUTRAL)
M
DRIVE SIDE OF SELECTOR
FOR BINDING DESIGNATIONS OF TERMINALS AND PHASES REFER TO THE CONNECTION DIAGRAM OF THE ON-LOAD TAP-CHANGER.
U m [ kV ]
DIMENSIONS [MM]
OIL VOLUME VOLUME [DM ³] DISPLACEMENT [DM ³] MAX. WEIGHT [KG]
*)
DIMENSION IN mm EXCEPT AS
C *)
B
SELECTOR SIZE
K U S M H C U L E R E S T M H S A E L N T U I A B W D O R P
. . . R D D N
C-D 5 9 5
E L 0 A 1 : C 1 2 S 0 . 1 O 0 N 0 T 3 N 5 E 1 . M 1 0 O 6 N 5 U 3 C 2 E 9 O 6 D D G 8 E N S A 1 H 0 C
8 1 1 8 1 8 0 0 E 0 . . 2 . 2 T 2 A 7 7 7 D 0 . . 0 . 0 2 6 1 1 6 1
A-B
Z
h i s k n o m t r q p d e f
72,5
123
1894 996
2024 1126
-
130 199 350
170
2154 1256 267 898 233 190 197 95 190 255 783 276.5 190 892 150 170 244 224 355 360
245 72,5 2254 1356 367
2069 996
190 264 365
130 199 360
*)
123 2199 1126
-
*)
170
2329 1256 267 1073 258 240 247 120 240 305 9 58 301.5 240 1067 150 170 244 224 365 370
D / DE *)
245
72,5
123
2429 1356 367
2524 996
2654 1126
190 264 375
130 207 375
-
170
245
2784 1256 267 1528 323 370 377 185 370 435 1413 366.5 370 1522 150 170 232 252 380 385
2884 1356 367
190 272 390
VMS® AVAILABLE ONLY IN THESE VERSIONS
ON-LOAD TAP-CHANGER VACUTAP® VM®, VMS® - DIMENSION DRAWING
VM III 350/500/650 Y - B/C/D/DE - 0/W/G
SERIAL NUMBER MATERIAL NUMBER
SHEET
A1
T K A F H T D C S
NOTED
VMS III 400/650 Y - C - 0/W/G
7462192E
1 /1
A1
S . I N N G I O I S T E A D Z I R R O O L H E T D U O A S M S Y E I T R L P I T X U E , T T U N O E H T T I A P W A S F R O E H T T N O A R O G T E S H T N T E F T O N O T C N S E V T I E F E O H N T O I I N T D A E C I V N R U E M S M E O R C S T E H H G T I R S L A L L L A . E S W E S G A A M T A N D E F M O U N C O T D E M S I Y H A T P F E O H N T O I R T O F 5 A Z 1 E I L 0 L B 2 I T A I H U L B D D M N L G A E N N H E O E S I B U T A U L B L H I I N W I R E T R S I S R D K I , E R N D N B I E A O F F T F N C O E U . D N I O D H R E T C P I S E B H A M E I O R H R T P ©
E L 0 1 : 2 A C 1 S 0 . O 1 N 0 0 T 4 N 9 E 0 . M 5 O 1 1 N U C 3 E 7 O 2 G 1 D D N 9 6 E A 0 S H 1 C
K U R N H E N A C G E N M S T M I K L A D I R S A N E B D A R K T O R P 5 5 1 5 1 1 0 0 E 0 2 T 2 . . . 2 A 1 2 2 1 . 1 D 1 . . 1 8 1 1 0 0 . . . R D D N
A-B
Z
ARRANGEMENT OF SELECTOR CONTACTS, 2-5 COARSE TAP CONNECTIONS (PLAN VIEW)
max. O 595
x) FOR 3 COARSE TAP CONNECTIONS x ) AND y ) FOR 4 COARSE TAP CONNECTIONS x ), y ) AND z ) FOR 5 COARSE TAP CONNECTIONS 72°
14x )
SCREENING RINGS (WITH 170 KV & 245 KV ONLY)
s
z) 15 y ) 16 p 3(4)
A
10
13
B
13 x ) 7(8)
8 7 4
n
o
16 x )
t
U
t
V
t
W
14 13
0 5
17 z )
(K)
11(K)
p
1 5 5 ° °
18 x )
20 z ) p
17
1 5 °
R
2 2 3
21
5 , 7 3
p
p
p
y)
20 x )
18 y )
13(K)
22z ) p 5(6) 3(4) p
19
7(8)
23
y ) 24 z ) p
17 18
11(12)
19 x )
13(14) p
p p 16
p*
17
9(10) p
1(2)
17
19 z )
(K)
16
18
O 555
17 x )
11(12)
16
5 , 8 6
16 9(10)
14
14
1 4 0
15
p
p
1(2)
15
p*
15
7(8)
5(6)
3(4)
MULTIPLE COARSE CHANGEOVER SELECTOR
IS ON POTENTIAL A
19 y )
R15 ON THE CIRCUMFERENCE
TAP SELECTOR
1 5 °
16 y )
43°
D
Z
15 x )
p
p 12
(2) ... (K)
MULTIPLE COARSE CHANGE-OVER SELECTOR
14
9(10)
1(2)
r
C
13
7(8)
r p
p*
13
12
15
(2) ... (K)
(2) ... (K)
15 z )
3 0 0°°
5 4 °
5(6)
q
1 ... 17 m
18 z )p 3(4)
17 y )
1 3 1
1 ... 17 k
L M
IS ON POTENTIAL A
1 ... 17 o
(K)
9(K)
M 3 3 1
h
p 10
11
A
14 y )
p
p
12
WITH 123 KV ONLY
A
11 12
1(2) i
L
11
5(6) p*
20 (K)
15 (K)
y)
21 z )
O 740 10-PITCH / 5 COARSE TAP CONNECTION REPRESENTED
C-D
O
3(4) p
21
p = CONNECTION MIN. 3 MM PAPER INSULATED p* = CONNECTION ALREADY 3 MM PAPER INSULATED BY MR
B
FOR BINDING DESIGNATIONS OF TERMINALS AND PHASES REFER TO THE C0NNECTION DIAGRAM OF THE ON-LOAD TAP-CHANGER.
A
ON-LOAD TAP-CHANGER TAKE-OFF LEAD
L
CONNECTING LEAD
M
DRIVE SIDE OF SELECTOR
DIMENSION IN mm EXCEPT AS
U M [KV]
DIMENSIONS [MM]
h i s k n o m t r
23z )
D
170
245
72,5 123
170
245
72,5
2116 1256 267
2216 1356
2031 996
2291 1256 267
2391 1356 367
2486 996
-
-
367
173 679 150 170 346 366 46 5 47 0
190 386 475
130 321 470
150 346 475
2746 1256
245
267
2846 1356 367
185 327 327,5 1309 170 150 353 375 495 49 0
190 395 500
1490 323 370 377
240 247 120 210 217 854
197 95 166,5
170
123 2616 1126
-
1035 258
860 233 190
130 321 460
22 y ) (K)
1986 1126
q p OIL VOLUME [DM³] DISPLACEMENT [DM³] WEIGHT [KG]
18
C 2161 1126
x)
15(16) p
72,5 123 1856 996
21
17(K) 1381
19
SELECTOR SIZE
20
13(14) p
18 p
p
19
11(12)
1(2) 20
p*
19
9(10)
5(6)
22 x ) 1 3 5
7(8)
170 366 480
190 386 485
ON-LOAD TAP-CHANGER VACUTAP® VM VM III 650 Y - B/C/D WITH MULTIPLE COARSE C.-O. SELECTOR
130 333 48 5
SERIAL NUMBER MATERIAL NUMBER
SHEET
T K A F H T D C S
NOTED
DIMENSION DRAWING
7462261E
1 /1
A1
Z
Z 25
29a
b a t s 5 : 3 ß 1 r 0 a e M m 1 0 m 0 u 0 r n 1 e t m n 1 7 m 6 e 1 m 3 u n 5 u 9 k 2 s o D g n 6 8 D E u 0 S r 1 e d n Ä
29b
24
25a 28
22
24
. t e t . t n a e t s t e l a g h e h c b i l r o k c v ü r g n d s u u g a a r t t n i h c i e n n g t i i s e e w D o r s e , d n o e t o r b e r t e s v u m d s n h i s c s u e a r t l b a e h G n , I s t n e e n t i e a s P g r n e u d l i l e l t a t i F M n e d n d u r g n f ü u e t r t e h c w e r R e V e , l l s A t . n z e t m u a k s r o e 8 1 D n 0 s e 2 e d a H s e h c B i M d S G g u n z N u E i n g e S t U l t h A c H ä f i l N f I l e p E i R v r r e e v K I V n R e e B i g A w n F o u N s E l d e n N I b a H a h C S g r r e A e d i t M i e w u © W Z
15
25 25a
29c 27
23
M
54
17
53
21
55
8 4
26
52 PROTECTIVE RELAY
56
15
14
m : m m m m T m m m m m H 3 5 G 3 3 3 I 9 2 2 E 6 2 7 3 1 1 1 H 8 9 1 L _ _ _ _ _ A _ _ _ _ _ W _ _ _ _ _ A R V V D k V V V H k k k k T , 3 0 5 0 I 5 2 2 7 4 0 W 7 1 1 2 3
51
29a
A-A 54
M
A A 29c
53
14
27
VM III 350 / 500 / 650 Y VMS III 400 / 650 Y - C
11 13
21
33
VM I 351 / 501 / 651 35
34
16
35
34
38 VM I 802 / VM II 352 / 502 / 652
31
VM I 1203 / 1503
36
36 33
34
Y
39
34
Sonderausführungen VM I 653
VM I 803
36
34
32
36
34
32a
K U S M H C U L S e R T m E E H a L S N T U I A D B W O R P 8 1 1 8 1 8 0 0 0 m u 2 . . 2 . 2 t 7 7 7 a 0 0 . Maßangaben . . 0 D 3 1 6 1 in mm, soweit 1 6 . . nicht anders . r
37
37 SCREENINGS SEE 730336
34
Y 1:1
5 , 2 1
1 1 O
3 7 5 7 , 9 1
7 1
1 2 , 5 5
1:1
1:1
35
O
36
123...300 kV
72,5 kV
R 3 0
O
° 0 2 1
M
O
9 2
1 2 0 °
O
R 8
t=8 48
2, 5 , O 1 2
48
ON-LOAD TAP-CHANGER VACUTAP® VM®, VVMS®-C MS®-C M-SELECTOR SIZE B/C/D/DE (CENTRIC DRIVE)
Serialnummer
Materialnummer
Blatt
z p r e e o G G N angegeben
INSTALLATION DRAWING
1 /2
7462303E
M 12
5 2
11 Ra 3,2
5 4
12
5 1
. t e t . t n a e t s t e l a g h e h c b i l r o k c v ü g r n d s u u g a a r t t n i h c i e n n g t i i s e e w D o r s e , d n o e t o r b e r t e s v u m d s n i s h c s u a e r t l b a e h G n , I s t n e e n i t e a s P g r n u e l i d e l l t a t F i M n e d n d u r g n f ü u e t r t e h c w e r R e V e l , l s A t . n z e t m u a k s r o e 8 1 D n 0 s e 2 e d a H s e h c B i M d S G g u n z N u E i n g e S t U l t h A c H ä f i l N I l e f p E i R v r r e e v K I V n R e e B i g A w n F o u N s E l d e n N I b a H a h C S r r e A g e d i t M i e w u © W Z
12
48
X
11 3 (= 1
) ° 0 6
° 5
x
41 2
4
° 5 1
O
° 5 , 7
5 0 6 0
O 7 1
42 O 7 4 0
44
43
46, 47 REPRESENTATION OF REVERSING CHANGEOVER SELECTOR
SCREENINGS SEE 730335
X
REPRESENTATION WITHOUT CHANGE-OVER SELECTOR 45
1:2
16 10
E N G 5 , R A 2 2 L 1 E V R W I S
O
0 2
36 46 ADDITIONAL SCREENINGS / SELECTOR BASE SEE 893934, 893935, 725649 (OPTIONAL)
b a t s 5 : 3 ß 1 r 0 a e M m 1 0 m 0 u 0 r n 1 e t m n 1 7 m 6 e 1 m 3 u n 5 u 9 k 2 s g o D n 6 8 D E u S r 0 e 1 d n Ä K U S M H C U L S e R T m E E S a T H L A N U I B W D O R P 8 1 1 8 1 8 0 0 0 m 2 u 2 . . . t 7 7 2 7 a 0 0 0 . . . Maßangaben D 3 1 6 1 in mm, soweit 1 6 . . nicht anders .
1 1
t=8 16 10
1:2
PROVIDE SUFFICIENT CLEARANCE
0 2
182 47
TRANSFORMER TANK BOTTOM
W 1:2 R
t=8
1:2
0 2
5 , 7 1
O
5 6
4 , ,5 5
1 1
5 1
W
0 1
11 12
MOUNTING FLANGE ON TRANSFORMER COVER FIXING BOLT M12
31 DIVERTER SWITCH OIL COMPARTMENT 32 OIL COMPARTMENT BASE WITH SUPPORTING BOLT 32a
13 14 15 16 17
ON-LOAD TAP-CHANGER HEAD GASKET TAP POSITION INDICATOR INSPECTION WINDOW DRIVE SHAFT FOR TAP POSITION INDICATOR THROUGH-HOLES 15mm IN DIAMETER
21 22 23 24 25 26 27 28 29a 29b 29c
ON-LOAD TAP-CHANGER HEAD COVER BOLT COVER GASKET ON-LOAD TAP-CHANGER HEAD COVER CENTRIC GEAR UNIT WITH DRIVE SHAFT 25a PIPE CONNECTING R FOR PROTECTIVE RELAY PIPE CONNECTING S FOR SUCTION PIPE PIPE CONNECTING Q FOR OIL RETURN PIPE (WITH OIL FILTER ONLY) AIR-VENT VALVE OF ON-LOAD TAP-CHANGER HEAD COVER BLEEDING FACILITY FOR TRANSFORMER OIL COMPARTMENT VENT SCREW FOR SUCTION PIPE
33 SCREENING RINGS (WITH Um = 170 kV; 245 kV; 300 kV ONLY) 34 OIL COMPARTMENT CONNECTION TERMINAL 35 TERMINAL: VM III 350/500/650, VMS III 400/650: NEUTRAL CONNECTION VM I 351/501/651: TAKE-OFF TERMINAL 36 ON-LOAD TAP-CHANGER TAKE-OFF RING (ONLY VM I 802/803/1203/1503) 37 CONNECTING LEAD (ONLY VM I 653/803) 38 SUCTION PIPE 39 SCREENING RING (WITH Um = 123 kV ONLY)
M
**
1 1 O
41 42 43 44 45 46 47 48
SELECTOR SUSPENSION SELECTOR GEAR TAP SELECTOR CHANGE- OVER SELECTOR SELECTOR CONNECTION CONTACT (SEE CORRESPONDING DIMENSION DRAWING) CHANGE- OVER SELECTOR CONNECTION CONTACT "K" OR "O" CHANGE- OVER SELECTOR CONNECTION CONTACT "+" OR "-" SELECTOR CONNECTING LEAD
51 52 53 54 55
DIVERTER SWITCH INSERT SUPPORTING CYLINDER BASE PLATE FIXING BOLT EYEBOLT WITH THROUGH-HOLE 25 mm IN DIAMETER
** **
DRIVE SIDE OF SELECTOR
NOT WITH MULTIPLE COARSE CHANGE-OVER SELECTOR
56 TRANSITION RESISTORS
ON-LOAD TAP-CHANGER VACUTAP® VM®, VVMS®-C MS®-C M-SELECTOR SIZE B/C/D/DE (CENTRIC DRIVE)
Serialnummer
Materialnummer
Blatt
A1
m r z p e e o G G N angegeben
INSTALLATION DRAWING
2 /2
7462303E
S . I N N I G O I S T E A D Z I R R O O L H E T D U O A S M S Y E T R I I P L X T E U , T T U N O E H T T I A P W A S F R O E H T T N O A R T O G S E T H N T E F T O N O T C N S E V T I E F E O H N T O I I N T D A E C I V N R U E M S M E O R C S E T H H I T G S R A L L L L A . E S E W S G A A M T A N D E F M U O C T O N D E S M I Y H A T P F E O H N T O I R T O A F 8 E 1 Z 0 I L L B 2 I T A H U I B D L M D L G N A E N N H E O S I E U T B A U L L H B I I N W I R T E S S R I R D K I , E R N D N B O E A I F F T F N C O E U . D N I O D H R E T C S P I B A E R I H M E O H R © T P E L 0 A C 0 S . O 1 N 0 0 T 9 N 9 E 5 . M 8 O 6 1 U 5 C 0 N 9 O 6 E D D G N 6 E A 8 S H 0 1 C
K U S M H C U L E R E S T M E H S A T L N U I A B W D O R P 8 1 1 8 1 8 0 0 E 0 2 . . 2 T 2 . A 7 7 7 D 0 0 0 . . . 1 1 6 1 1 6 .
. . D
Z
29a
5 2 . n 5 i 4 m
25 25a
22
M 12
11
Ra 3,2
5 1
12
24
23 12
55
54
11
53
8 4
° 5 1
52
) v 0 6 3 = ( v 5 1 x 4 2
: T m m m H m m m G 3 I 3 E 6 3 2 H 8 9 9 1 1 L A _ _ _ _ _ _ W A _ _ _ k V D R V k k V H 5 , 3 0 T I 2 1 7 W 7 2 1
51
56
A 29c
O
5 0 6 0
O 7 1
° 5 , 7
O 7 4 0
A
12
14
27
VMS III 400 Y
2 2
11
9
21
30
45
13
O
34
36
9
36
33 6
37
16
31
SCREENINGS SEE 730336
33 35
34
34 72,5 kV
123 . . . 170 kV 48
48
1 1 3 7
32
O
R 3 0 0
46
9 2
42
O
5 7 , 9 1
R 8
t=8
O
44
43
41
45
11 12 13 14 15 16 17
MOUNTING FLANGE ON TRANSFORMER COVER FIXING BOLT M12 ON-LOAD TAP-CHANGER HEAD GASKET TAP POSITION INDICATOR INSPECTION WINDOW DRIVE SHAFT FOR TAP POSITION INDICATOR THROUGH-HOLES 15 mm IN DIAMETER
31 32 33 34 35 36 37
DIVERTER SWITCH OIL COMPARTMENT OIL COMPARTMENT BASE WITH SCREW FOR SELECTOR BRAKET OIL COMPARTMENT CONNECTION TERMINAL TAKE-OFF TERMINAL / NEUTRAL CONNECTION SUCTION PIPE SCREENING RINGS (WITH Um = 170 kV AND 245 kV ONLY) SCREENING RING (WITH Um = 123 kV ONLY)
21 22 23 24 25
ON-LOAD TAP-CHANGER HEAD COVER BOLT COVER GASKET ON-LOAD TAP-CHANGER HEAD COVER CENTRIC GEAR UNIT WITH DRIVE SHAFT 25a
41 42 43 44 45
SELECTOR SELECTOR GEAR TAP SELECTOR CHANGE- OVER SELECTOR SELECTOR CONNECTION CONTACT
26 27 PIPE PIPE CONNECTION CONNECTION RS FOR FOR PROTECTIVE SUCTION PIPERELAY 28 PIPE CONNECTION Q FOR OIL RE TURN (WITH OIL FILTER ONLY)
PROVIDE SUFFICIENT CLEARANCE!
29a AIR-VENT VALVE OF ON-LOAD TAP-CHANGER HEAD COVER 29b BLEEDING FACILITY FOR TRANSFORMER OIL COMPARTMENT 29c VENT SCREW FOR SUCTION PIPE
TRANSFORMER TANK BOTTOM
Z
46 SELECTOR CONNECTING LEAD 51 52 53 54 55 56
DIVERTER SWITCH INSERT SUPPORTING CYLINDER BASE PLATE FIXING SCREW EYEBOLT WITH THROUGH-HOLE 25 mm IN DIAMETER TRANSITION RESISTORS
A-A
15
14
29b
24
28
25 54 25a
29c 27
M
M 17
21
53
26 PROTECTIVE RELAY
DIMENSION IN mm
29a
15
ON-LOAD TAP-CHANGER VACUTAP® VMS® SELECTOR SIZE B (CENTRIC DRIVE)
M
DRIVE SIDE OF SELECTOR
SERIAL NUMBER MATERIAL NUMBER
SHEET
A1
R D N T K A F H T D C S
EXCEPT AS NOTED
INSTALLATION DRAWING
101170220E
4.3 On-load tap-changer head
4.3 On-load tap-changer head
Maschinenfabrik Reinhausen 2018
2332907/04 EN
VACUTAP® VM® , VACUTAP® VMS®
47
1 /1
A1
S . I N N G O I I S T E A D Z I R R O O L H E T D U O A S M S Y E T R I I P L X T E U , T T U N O E H T T I A P W A S F R O E H T T N O A R T O G S E T H N T E F T O N O T C N S E V T I E F E O H N T O I I N T D A E C I V N R U E M S M E O R C S E T H H I T G S R A L L L L A . E S E W S G A A M T A N D E F M U O C T O N D E M S I Y H A T P F E O H N T O I R T O A F 8 E 1 Z L 0 I I B 2 L T A H U I B D L M D L G N A E N N H E O E S I B U T A U L B L H I I N W I R E T R S I S D R K I , E R N D N B I E A O F F T F N C O E U . D N O D I E H R C S T P I I A E R B H M E O H R © T P E L 5 , 2 : 4 A C 1 . 0 S O 1 N 0 0 T 2 N 7 E 2 . M 1 O 6 U N C 6 6 E 5 9 O 1 6 D D G N E A 8 S H 0 1 C
K U S M H C U L S E R T M E E H S A T L N U I A D B W O R P 8 1 1 8 1 8 0 0 E 0 2 2 2 . . T . A 7 7 7 D 0 0 0 . . . 6 1 1 1 1 6 .
. . D
140
Z W
120
6 7 1
1 4 7 1 9
9 1 1
2 4 2
GASKET WIDTH
43
O 710 O 740 GROUND CONNECTION M12
Z
7, 7,5°
7,5 ,5°°
1 5 5 °° 1 5 ° 1 5 °
E2 1 5 °
° 5 1
1 5 °
T
Q
R R 3 1 2 2 7 5
SR
1 5 °
° 5 1 7 ,5 °
S 1 5 °
M
° 5 , 7
5 , 8 6
37,5 3 0 °
R
SL
1 9 0
A-A 1:1
5 5
A
5 1 R
O
O
1 5
1 6
A
1 0 °
3
E1 = BLEEDING FACILITY FOR ON-LOAD TAP-CHANGER HEAD E2 = BLEEDING FACILITY FOR SPACE UNDER THE HEAD OUT OUTSIDE SIDE THE TAP-CHANGER OIL COMPA COMPARTMENT RTMENT (SAME PIPE CONNECTION AS R, S, Q OR BLEEDER BLEEDER SCREW CAN BE BE USED) USED) Q = CONNECTION FOR OIL RETURN PIPE OR TAP-CHANGE SUPERVISORY SUPERVISORY CONTROL CONNECTIONS SWIVELING S = CONN CONNECT ECTION ION FOR SUC SUCTIO TION N PIP PIPEE DIMENSIONS AND SELECTION 899496: / 899497: R = CONNECTION FOR PROTECTIVE RELAY (EXCHANGEABLE WITH CONNECTION Q) T = THERMOMETER BAG / TEMPERAT TEMPERATURE URE SENSOR (OPTIONALLY) SR = INSPECTION WINDOW, RIGHT SL = INSPECTION WINDOW, LEFT W = DRIVE SHAFT M DRIVE SIDE OF SELECTOR
DIMENSION IN mm
ON-LOAD TAP-CHANGER OILTAP® M, MS, R, RM AND VACUTAP® VR®, VM®, VMS®
SERIAL NUMBER
R D N T K A F H T D C S
EXCEPT AS NOTED
ON-LOA ON-LOAD D TAP-CHAN TAP-CHANGER GER HEAD, CENTRIC DRIVE
MATERIAL NUMBER
SHEET
893899FE
1 /1
S . I N N G I O I S T E A D Z I R R O O L H E T D U O A S M S Y E T R I I P L X T E U , T T U N O E H T T I A P W A S F R O E H T T N O A R T O G S E T H T N E F T O N O T C N S E V T I E F E O H N T O I I N T D A E C I V N R U E M S M E O R C S E T H H I T G S R A L L L L A . E S E W S G A A M T A N D E F M O U T C O N E D M S I Y H A T P F E O H N T O I R T O F 8 A 1 Z E L 0 I L B 2 I A T I H U L B D M N D G A L E N N H E O S I E U T B A U L L H B I I N W I R E T R S I S D R K I , E R N D N B O E A I F F T C N U F E D O . N I O D H R E C P T S E I I A R B H M E O H R T P © E 5 L 0 A C 1 S . 0 O 0 N T 6 N E 9 M 7 . 6 U 3 O N 5 C O 6 E 9 D 0 G 1 N 6 A 8 D H 1 E C 0 S
E
G
DV
F
H
D
A = selector K = change-over selector B = diverter switch oil compartment C = on-load tap-changer head D = pipe connections (R, S, Q, E2) DV = pressure relief device E = on-load tap-changer head cover F = upper gear unit G = drive shaft, horizontal
C 37,5
B
I
MA
H = bevel gear I = drive shaft, vertical MA = motor-drive unit M = drive side of selector SR = inspection window on the right SL = inspection window on the left T = temperature sensor
M
A
represented version type M
K
Position of drive shaft of gear unit left T
right SR
E2 Q S R
T
5 , 8 6
M
SR
E2 Q S R
5 , 8 6
M
SL
SL
Head variants 2
1
T E2 Q S R
3 °
T
SR
2 0 T 1 2
SR
M SL
R
S
Q E2
M
M SL
1 2 0 °
R E2
Q
S
Swivel ranges A considerabel number of variants of the on-load tap-changer head are available for adapting the horizontal part of the drive shaft to the transformer tank. The mounting position of tthe he selector A and diverter switch oil compartment B is determined by the drive side of selector M . The on-load tap-changer head C together with its pipe connections D may be turned through 120 degrees clockwise or anticlockwise. This results in the variants 1, 2 and 3.
K U H S M The upper gear unit F can be turned continuously continuously on its own axis. Table 720027: lists the limitation of the swivel range for C U L S E R E the particular head variant. The angel specifications refer to the center of rotation of the gear unit. Pay particular attention T M E H A L S N T to the offset of the drive shaft. A I U D B W O R P 8 1 8 1 1 8 0 0 0 E . 2 . T 2 . 2 A 7 7 D 7 SERIAL NUMBER 0 . 0 . DIMENSION . 0 ON-LOAD TAP-CHANGER 1 6 6 1 1 1 IN mm . . D . R D N
EXCEPT AS
OILTAP® MS, M, RM, R AND VACUTAP® VR®, VM®, VMS®
MATERIAL NUMBER
SHEET
A1
T K A F H T D C S
72002 64E
VARIANTS OF THE ON-LOAD TAP-CHANGER HEAD
NOTED
1/ 1 A2
S . I N N G I O I S T E A D Z I R R O O L H E T D U O A S M S Y E T R I L P I X T E U , T T U N O E H T T I A P W A S F R O E H T T N O A R T O G S E T H T N E F T O N O T C N S E V T I E F E O H N T O I I N T D A E C I V N R U E M S M E O R C S E T H H I T G S R A L L L L A . E S E W S G A A M T A N D E F M O U T C O N D E M S I Y H A T P F E O H N T O I R T O A F 8 1 Z E L 0 I I B 2 L T A H U I B D L M N D G A L E N N H E O S I E U T B A U L H B I I L N W I R E T S R I S D R K I , E R N D N B I E A O F F T F N C O E U . D N I O D H R E C P T S E I B A R I H M E O H R T P ©
SKETCH
DRIVE SHAFT RIGHT HEAD VERSION 1
T SR DV
+ E2 Q S R
0°
SL 6 8 , 5 5
0°
E2 Q
S
R
-
R
S
0°
.
. D D
M
SL DV 6 8 , 5 5
T SR DV
+ E2 Q
0°
S
M
R
-
SL
DRIVE SHAFT LEFT HEAD VERSION 2
5 , 6 8 T SR DV
E2 Q
5 , 6 8
PIPE CONNECTION R PIPE CONNECTION S PIPE CONNECTION Q PIPE CONNECTION E2 PRESSURE RELIEF DEVICE DV TEMPERATURE SENSOR T INSPECTION WINDOW SL / SR
S
M
-
T
+
Q E2
0°
SL DV
-
M
PIPE CONNECTION R PIPE CONNECTION S PIPE CONNECTION Q PIPE CONNECTION E2 PRESSURE RELIEF DEVICE DV TEMPERATURE SENSOR T INSPECTION WINDOW SL
180°
-140° -155°
177°
-171°
162° 174°
147° -35°
-150°
175°
96°
-64°
SL
-8°
56°
112°
SR
0°
-180° -48°
-63° -78°
180°
-21°
-36°
-51°
-66°
-93° -150°
-35°
96°
56°
SR
175°
112°
0°
-180°
180° 72°
57° 42°
99° 84°
69°
54°
27° -35°
-150°
96° -64°
SL
175°
-8°
0°
-180°
180° 171°
-162° -177°
156° 141°
35°
SL
-56°
8°
168°
150°
34° -112°
153°
126°
SR
114°
64°
0°
-180° -69°
-84° -99°
PIPE CONNECTION Q PIPE CONNECTION E2 PRESSURE RELIEF DEVICE DV TEMPERATURE SENSOR T INSPECTION WINDOW SR DRIVE SHAFT LEFT HEAD VERSION 3
R S
-168°
PIPE CONNECTION R PIPE CONNECTION S
+
R
0°
-180°
PIPE CONNECTION R PIPE CONNECTION S PIPE CONNECTION Q PIPE CONNECTION E2 PRESSURE RELIEF DEVICE DV TEMPERATURE SENSOR T INSPECTION WINDOW SL DRIVE SHAFT LEFT HEAD VERSION 1
5 6 8,
LIMITATION OF THE SWIVEL RANGE
PIPE CONNECTION R PIPE CONNECTION S PIPE CONNECTION Q PIPE CONNECTION E2 PRESSURE RELIEF DEVICE DV TEMPERATURE SENSOR T INSPECTION WINDOW SR DRIVE SHAFT RIGHT HEAD VERSION 3
+
Q E2
K U H S M C U L E R E S T M E H A S L N T U I A D B W O R P 8 1 8 1 1 8 0 0 0 E . 2 . T 2 . 2 A 7 7 D 7 0 . 0 . . 0 1 1 6 1 6 1 .
M
6 8 , 5 5
T
PIPE CONNECTION R PIPE CONNECTION S PIPE CONNECTION Q PIPE CONNECTION E2 PRESSURE RELIEF DEVICE DV TEMPERATURE SENSOR T INSPECTION WINDOW SL / SR DRIVE SHAFT RIGHT HEAD VERSION 2
+
0° E 4 L 0 A C 1 S . 0 O 0 N T 6 N E 8 M 6 . 6 U 4 O N 5 C O 6 E 9 D 6 G 1 N 6 A 8 D H 1 E C 0 S
M
-
T SR DV
HEAD VERSION COMPONENTS USED
-114°
180°
-42° -57°
-72°
-87° 35°
150°
34°
8°
SR
114°
64°
0°
-180°
180° 50°
35° 21°
78° 62°
48° 33°
6°
35° 34° -112°
SL
150°
114°
-56°
LIMITATION OF THE SWIVEL RANGE THROUGH PIPE CONNECTIONS R AND S LIMITATION OF THE SWIVEL RANGE THROUGH OPTIONAL EXISTING PIPE CONNECTIONS Q , E2 AND PRESSURE RELIEF DEVICE DV SWIVEL RANGE POSSIBLE, BUT THE TEMPERATURE SENSOR T AND THE INSPECTION WINDOW SL / SR ARE NOT VISIBLE DIMENSION IN mm EXCEPT AS
ON-LOAD TAP-CHANGER OILTAP® MS, M, RM, R AND VACUTAP® VR®, VM®, VMS®
SERIAL NUMBER
MATERIAL NUMBER
SHEET
T K F H D C
A T S
720027 6E
SWIVEL RANGE OF THE GEAR GEAR UNIT
NOTED
1 / 1 A2
S . I N N I G O I S T E A D Z I R R O O L H E T D U O A S M S Y E T R I I P L X T E U , T T U N O E H T T I A P W A S F R O E H T T N O A R T O G S E T H N T E F T O N O T C N S E V T I E F E O H N T O I I N T D A E C I V N R U E M S M E O R C S E T H H I T G S R A L L L L A . E S E W G S A A M T A N D E F M O U T C O N D M S E I Y H A T P F E O H N T O I R T O A F 8 1 Z E L 0 I I B 2 L T A I H U L B D M N D G A L E N N H E O S I E U T B A U L B L H I I N W I R E T R S I S R D K I , E R N D N B O E A I F F T F N C O E U . D N I O D H R E C P T S E I B A R I H M E O H R T P © E 5 4 L , 0 A C 2 : 0 S 1 . 0 O N 0 T 8 N E 7 M 3 . 6 U 7 O N 5 C O 0 E 9 D 5 G 6 1 N A 8 H D C 0 E 1 S
O-Ring 44,2-5,7
LIFTING GEAR SUCTION PIPE DRILL HOLE ROTATED IN SECTIONAL PLANE
5 6 1
5 3 . x a m
6 6
6 4
TRANSFORMER COVER
0 5 1 + -
M8
O-RING Z
5 1
3
8 6 8 4 1 6 5
O
LIFTING TRAVERSE SCREENING RING WITH Um=170/245/300kV ONLY
O 620 O 750
SUPPORTING FLANGE
Z
LIFTING TRAVERSE
0
O 6 5
M
O 1 8
Z
K U H S M C U L S E R E T M E H A S L N T U I A D B W O R Z = CENTERING BOLT P 8 1 1 8 M = DRIVE SIDE OF SELECTOR 1 8 0 0 0 E . . 2 T 2 . 2 A 7 7 D 7 0 . DIMENSION . 0 . 0 3 6 6 1 1 1 IN mm .
.
. D
EXCEPT AS
ON-LOAD TAP-CHANGER OILTAP® M, R, RM, MS AND VACUTAP® VM®, VMS®
SERIAL NUMBER
MATERIAL NUMBER
SHEET
R T K F H D C
N A T S
NOTED
SPECIAL DESIGN BELL-TYPE TANK INSTALLATION FOR Um UP TO 300 kV
896762CE
1/ 1 A2
S . I N N G O I I S T E A D Z I R R O O L H E T D U O A S M S Y E T R I I P L X T E U , T T U N O E H T T I A P W A S F R O E H T T N O A R O T G S E T H N T E F T O N O T C N S E V T I E F E O H N T O I I N T D A E C I V N R U E M S M E O R C S E T H H I T G S R A L L L L A . E S E W S G A A M T A N D F E M U O C T N O E D S M I Y H A T P F E O H N T O I R T O A F 8 E 1 Z L 0 I I B 2 L T A H U I B D L M D L G N A E N N H E O E S I B U T A U L B L H I I N W I R E T R S I S D R K I , E R N D N B I E A O F F T F N C O E U . D N O D I E H C S P T R I I A E R B H M E O H R © T P
m m 0 0 1 . n i m
Z
A
6 4 3
A 0 6 1
199
190
Z
6 1
O
3 0 °
M
6 0 °
E L 5 , 2 : 3 A C 1 . 0 S O 1 N 0 0 T 0 N 5 E 2 . M 1 O 6 U N C 6 6 E 5 9 O 1 6 D D G N E A 8 S H 0 1 C
O 235
A-A 1:1
K U S M H C U L S E R T M E E H S A T L N U I A D R B W O P 8 1 1 8 1 8 0 0 E 0 2 2 . . T 2 . A 7 7 7 D 0 0 0 . . . 6 6 1 1 1 1 .
O 152,5
GASKET 4,25 x 178,5 x 200
3 1
2 , 3
M
DRIVE SIDE OF SELECTOR M 12
MA = 50 Nm
O 262
DIMENSION IN mm
ON-LOAD TAP-CHANGER
SERIAL NUMBER
. . R D D N T K A F H T D C S
EXCEPT AS NOTED
OILTAP® M, MS, R, RM AND VACUTAP® VR®, VM®, VMS® WITH MOUNTING FLANGE FOR PR PRESSURE ESSURE REL RELIEF IEF DEVICE
MATERIAL NUMBER
SHEET
8951689E
1 /1
A1
4.4 Oil compartmen compartmentt
4.4 Oil compartment
Maschinenfabrik Reinhausen 2018
2332907/04 EN
VACUTAP® VM® , VACUTAP® VMS®
55
S . I N N G O I I S T E A D Z I R R O O H L T E U D A O S M S E Y T R I I P L X T E U , T T U N O E H T T A I P W A S F R E O H T T N O A O R G T S E T H N T E F T N O O T C N S E T V E I F E O H N T O N I I T D A E C I V N R U E M S M E O R C S E T H H I T G S R A L L L L A . E S E W S G A A M T A N D E F M U O T C O N D E S M I Y H A T P F E O H N T O R I T O A F 8 1 I Z E L 0 I B 2 L T A H U I B D L M D L G N A E N N H E I S O E U T B A U L B L H I I N R W I E T S S R I D R K I , E R N D N B O A I E F F T C N F O E U . N D I O D H R E C P T I B S A E R I H M E O H R © T P E L 2 A C 0 . 1 S O 0 N 0 T 4 N 9 E 2 . M O U 8 6 N 6 C 6 E 5 O 1 G 9 D 6 D N E A 8 S H 0 C 1
72,5 kV: 2
123 kV: 3
MIII 350/500 D POLE A VMIII 350/500 D POLE A
1
72,5 kV:
123 ... 300 kV: 4
170 ... 300 kV: 4
M
FOR BOTH DIVERTER SWITCH
M
72,5 ... 300 kV
MI 351/501/601 MIII 350/600 D
72,5/B, 123/C ON BOTH SIDES
ON BOTH SIDES 1
1
POLE B VMI 351/501/651
1
72,5 kV
72,5/B
1
123/C
4
ON ALL CONTACTS 123 ... 300 kV
4
M
1
-
72,5/B
2
123/C
4
056919 ( UNCOATED )
MI 603/803 MI 1203/1503
9 2
R 3 0 0
O
VMI 653/803 VMI 1203/1503
72,5 kV
1
123 ... 300 kV
4
15,5
ON ALL CONTACTS
M
MI 502/602/802 MII 352/502/602
2 -
016768 ( UNCOATED )
3 -
067620 ( COATED )
VMI 502/652/802 VMII 352/502/652
0 5 O
72,5 kV:
1
123 ... 245 kV:
4
R 2 5
28,5
M 4
MIII 350/500/600Y
-
8
066845 ( COATED )
R
72,5 ... 245 kV ON BOTH SIDES
VMIII 350/500/650Y
3 7
1
O
VMSIII 400/650Y K U S M H C U E R L S T M E E H S A T L N U I A B W D O R P 8 1 1 8 1 8 0 0 E 0 2 2 T 2 . . . A 7 7 7 D 0 0 . . 0 . 3 1 6 1 1 6 .
. . D
16
WITH THE CURRENT TAKE-OFF RINGS SCREENING CAPS 1
DIMENSION IN mm
ARE USED TO ATTACH THE LOWER SCREENING RING ( 170 ... 300 kV )
ON-LOAD TAP-CHANGER OILTAP® M / VACUTAP® VM®, VMS®
SERIAL NUMBER
SHEET
R D N T K A F H T D C S
EXCEPT AS NOTED
SCREENINGS ON OIL COMPARTMENT TERMINALS
7303362E
MATERIAL NUMBER
1/ 1 A3
4.5 Selector
4.5 Selector
Maschinenfabrik Reinhausen 2018
2332907/04 EN
VACUTAP® VM® , VACUTAP® VMS®
57
S . I N N G O I I S T E A D Z R I R O O H L T E U D A O S M S E Y T R I I P L X T E U , T T U N O E H T T A I P W A S F R O E H T T N O A O R T E S G T H N T E F T N O O T C N S E T V E I F E O H N T O N I I T D A E C I N V U R E M S M E O R C S E T H H I T G S R A L L L L A . E S E W S G A A M T A N D E F M U O T C O N D E S M I Y H A T P F E O H N T O R I T O A F 8 1 I Z E 0 I L B 2 L T A H U I B D L M D L G N A E N N H E I S O E U T B A U L B L H I I N R W I E T S S R I R K D I , E R N D N B O A I E F F T N C F O E U . N D I O D H R E T C P I B S A E R I H M E O H R © T P
A
B
8
16 36
8 1 1 8 1 8 0 0 E 0 2 2 T . 2 . . A 7 7 7 D 0 0 0 . . . 3 1 6 1 1 6 .
. . D
THROUGH-HOLE HORIZONTAL
THROUGH-HOLE VERTICAL 1 1 O
0 2
A
M III 350 / 500 / 600Y - 0 VM III 350 / 500 / 650Y - 0 VMS III 400 / 650Y - C - 0
M III 350 / 500 / 600Y - W VM III 350 / 500 / 650Y - W VMS III 400 / 650Y - C - W
M III 350 / 500 / 600Y - G VM III 350 / 500 / 650Y - G VMS III 400 / 650Y - C - G
M II 352 / 502 / 602 - 0 VM II 352 / 502 / 652 - 0
M II 352 / 502 / 602 - W VM IIII 352 / 502 / 652 - W
M II 352 / 502 / 602 - G VM II 352 / 502 / 652 - G
M I 351 / 501 / 601 - 0 VM I 351 / 501 / 651 - 0
M I 351 / 501 / 601 VM I 351 / 501 / 651
-W -W
M I 351 / 501 / 601 - G VM I 351 / 501 / 651 - G
B
B
B
B
B
A
E L 2 : 1 3 A 0 C S . O 0 N 0 0 T 0 N 0 E 8 . M 6 O U 0 N 6 C E 5 O 7 1 G 9 D 6 D N E A 8 0 S H 1 C
K U S M H C L E U E S T M R E S A T H I A N U L D B W O R P
10
B
A
A
A
B
A B
B
B
B
M I 802 - 0 VM I 802 - 0 VM I 1002 - 0
M I 802 - W VM I 802 - W VM I 10 1002 02 - W
M I 802 - G VM I 802 - G VM I 1002 1002 - G
M I 1203 / 1503 - 0 VM I 1203 / 1503 - 0
M I 1203 / 1503 - W VM I 1203 / 1503 - W
M I 1203 / 1503 - G VM I 1203 / 1503 - G
DIMENSION IN mm
A
+
B
OLTC OILTAP® M / VACUTAP® VM®, VMS®-C INSTALLATION POSITION OF SELECTOR CONNECTION CONTACTS
SERIAL NUMBER
R D N T K A F H T D C S
890477BE
SHEET
MATERIAL NUMBER
EXCEPT AS NOTED
M-SELECTOR SIZE B/C/D/DE
1/ 1 A3
S . I N N G I O I S T E A D Z I R R O O L H E T D U O A S M S Y E T R I I P L X T E U , T T U N O E H T T I A P W A S F R O E H T T N O A R O T G S E T H N T E F T O N O T C N S E V T I E F E O H N T O I I N T D A E C I V N R U E M S M E O R C S E T H H I T G S R A L L L L A . E S E W S G A A M T A N D E F M O U T C N D O E M S I Y H A T P F E O H N T O I R T O A F 8 1 Z E 0 I L L B 2 I T A H U I B D L M N D G A L E N N H E O S I E U T B A U L L H B I N I R W I E T R S I S D R K I , E R N D N B O E A I F F T C N U F E D O . N I O D H R E T C P I S E B A R I H M E O H R T P ©
SELECTOR WITH REVERSING CHANGE-OV CHANGE-OVER ER SELECTOR:
SELECTOR WITHOUT CHANGE-OVER SELECTOR:
M/ VM®/ VRC/ VRE II.
THE UPPER AND LOWER SELECTOR PLANE ARE INTERCHANGED IN TYPES M/ VM®/ VRC/ VRE I AND VRC I HD/ VRE I HD.
7 (8) 7 (8)
5 0 0 1 : 1 1 . 0 O 0 N T 4 N E 4 M 4 . 6 U 0 O N 5 C O 5 E 9 D 0 G 1 N 6 A 8 D H E C 0 S 1
(+) 5 (6)
M
10
-
7 (8)
5 (6)
5 (6)
M
10
M
10
9 (K)
9 (10)
0 9 (K)
3 (4)
3 (4)
3 (4)
1 (2)
1 (2)
9 (10)
7 (8)
9 (10)
(-)
+
1 (2)
(+)
-
9 (10)
7 (8)
7 (8)
12
5 (6)
11 (12)
12
5 (6)
12
5 (6)
0 11
11 (K)
(K)
3 (4)
3 (4)
1 (2)
1 (2)
11 (12) 9 (10) 7 (8)
1 (2)
(+) 7 (8)
14
13 (14)
14
0
13 (K)
5 (6)
5 (6)
3 (4)
13 (K)
5 (6)
3 (4)
1 (2)
11 (12)
1 (2)
13 (14)
11 (12)
13 (14)
-
11 (12)
9 (10)
7 (8)
14
+
3 (4)
(-)
9 (10)
11 (12)
3 (4)
(-) (+)
+
1 (2)
11 (12)
9 (10)
-
13 (14)
9 (10) 9 (10)
16
7 (8)
16
15 (16)
15 (K)
O
5 3 1
5 3 1
5 (6) 1 (2)
3 (4)
13 (14)
9 (10)
5 (6) 1 (2)
15 (16)
13 (14)
15 (16)
(K) 5 (6)
(-)
3 (4)
(+)
9 (10)
9 (10)
18
17 (18)
5 (6)
0 17
7 (8)
5 (6) 1 (2)
3 (4)
-
15 (16)
18
17 (K)
7 (8)
7 (8)
+
1 (2)
13 (14) 11 (12)
11 (12)
18
0 15
O 5 3 1
3 (4)
16
7 (8)
7 (8) O
11 (12) E L A C S
SELECTOR WITH COARSE CHANGE-OVER SELECTOR:
REPRESENTATION APPLIES TO TYPES TYPES M/ VM®/ VMS®-C VRC/ VRE III III Y AND
(K) 5 (6)
3 (4)
1 (2)
(-)
3 (4)
+
1 (2) 481
375 31°
3 6 °
15 (16) 17 (18)
13 (14)
K U 11 (12) H S M U L C S E R E T M E H A T L S 9 (10) N U I A D B W O 7 (8) R P 8 1 1 8 1 8 0 0 0 E 2 . T 2 . . 2 A 7 7 D 7 0 . DIMENSION . 0 . 0 3 IN mm 1 6 1 1 6 .
19 (20)
3 6 °
M - DRIVE SIDE OF SELECTOR
22 21 (22)
1 (2)
5 (6)
3 (4)
FOR BINDING DESIGNATIONS OF TERMINALS REFER TO THE CONNECTION DIAGRAM OF
DESIGNATION OF SELECTOR TERMINALS E.G.: 3 UPPER CONTACT PLANE ( 4 ) LOWER CONTACT PLANE
THE ON-LOAD TAP-CHANGER.
OLTC OILTAP® M / VACUTAP® VM®, VMS®-C, VRC, VRE ARRANGEMENT OF CONTACTS AT SELECTOR
SERIAL NUMBER
. . R D T K F H D C
D N A T S
ARRANGEMENT OF CONTACTS AT SELECTOR M-SELECTOR M-SELECTOR SIZE B/C/D/DE - SELECTOR SELECTOR PITCH 10 . . . 22
EXCEPT AS NOTED
MATERIAL NUMBER
SHEET
8980136E
1/ 1 A2
S . I N N G I O I S T E A D Z I R R O O L H E T D U O A S M S Y E I R T I P L X T E U , T T U N O E H T T A I P W A S F R O E H T T N O A O G T R S E T H N T E F T O N O T C N S E V T I E F E O H N T O I I N T D A E C I V N R U E M S M E O R C S E T H H I T G S R A L L L L A . E S E W S G A A M T A N D E M O U F C T O N D E M S I Y H A T P F E O H N T O I R T O A F 8 1 I Z E L 0 L B 2 I T A H U I B D L M D L G N A E N N H E O E S I B U T A U L B L H I I N W I R E T R S I S R K D I , E R N D N B O E A I F F T F N C U E D O . N I O D E H C T R I S P B A E R I H M E O H R © T P E L 3 A C 0 S . 1 O 0 N 0 T 9 N 7 E 2 . M 8 O 6 U N 5 C 6 6 E 9 O 1 D D G N 6 E A 8 S H 0 1 C
K U S M H C U L S E R T M E E A T H L S A N U I D B W O R P 8 1 1 8 1 8 0 0 E 0 2 . . 2 T . 2 A 7 7 7 D 0 . . 0 . 0 3 1 6 1 1 6
COARSE CHANGEOVER SELECTOR
REVERSING CHANGE-OVER SELECTOR REPRESENTATION OF SELECTOR, 12-PITCH
1
- 056919 (UNCOATED) 9 2
REPRESENTATION OF SELECTOR, 12-PITCH POTENTIAL LEAD ONLY WITH SELECTOR SIZE DE (POSITION DEPENDING ON PITCH)
L ONLY WITH 10193W...18353W
X
R 3 0 0
O
POTENTIAL LEAD ONLY WITH SELECTOR SIZE DE (POSITION DEPENDING ON PITCH)
15,5
PO
LP
Z
M
Z Y
PO
CONNECTING LEAD FOR MOUNTED TIE-IN RESISTORS
X L
L
ONLY WITH 10193W...18353W
LEAD PROFILE LP
LEAD PROFILE PO ,
LEAD PROFILE
L ONLY WITH SELECTOR SIZE DE
UNCOATED
PAPER-INSULATED
PAPER-INSULATED
O 14
O 14
O 12
Y
Z
Y
COARSE CHANGE-OVER SELECTOR LEAD AT ( K )
ONLY WITH SELECTOR SIZE D, DE
3W-LEAD AT + / - CONTACT
1 WITH SELECTOR SIZE B, C, D, DE
1
ONLY WITH SELECTOR SIZE D, DE
CONNECTION PROVIDED BY CUSTOMER
PARALLEL BRIDGES ARRANGEMENT OF CONTACTS B
PARALLEL BRIDGES ARRANGEMENT OF CONTACTS A 1
ONLY WITH SELECTOR SIZE D, DE
1
L
WITH SELECTOR SIZE B, C, D
O 20
O 18
1
M
ONLY WITH SELECTOR SIZE D, DE
PARALLEL BRIDGES AT + / - CONTACT (WITH REVERSING CHANGE-OVER SLECTOR)
1
CONNECTION PROVIDED BY CUSTOMER
CONNECTION PROVIDED BY CUSTOMER
ONLY WITH SELECTOR SIZE D, DE
(M I 802 / 803 SHOWN)
PARALLEL BRIDGES ARRANGEMENT OF CONTACTS A WITH ITH LP 1
ONLY WITH SELECTOR SIZE D, DE
CONNECTION PROVIDED BY CUSTOMER
PARALLEL BRIDGES ARRANGEMENT OF CONTACTS B WI WITTH LP
CONNECTION CONTACT (STANDARD) WITH LP
1
1
ONLY WITH SELECTOR SIZE D, DE
CONNECTION PROVIDED BY CUSTOMER
LP
ONLY WITH SELECTOR SIZE D, DE CONNECTION PROVIDED BY CUSTOMER
LP
LP DRIVE SIDE OF SELECTOR M LP
PO
DIMENSION IN mm
L
CONNECTING LEADS
NOTICE: WITH SELECTOR SIZE D AND DE SCREENING CAPS 1 ARE UNMOUNTED DELIVERED TO ATTACH THE LEADS, PROVIDED BY CUSTOMER, TO THE TAPINGS OF THE TAP WINDING.
OLTC OILTAP® M, RM / VACUTAP® VRC/VRE, VM®, VMS®-C
SERIAL NUMBER
. . . R D D N T K A F H T D C S
SCREENINGS AT TAP SELECTOR AND CHANGE-OVER SELECTOR M-SELECTOR SIZE B/C/D/DE
EXCEPT AS NOTED
MATERIAL NUMBER
SHEET
7303353E
1 /1
S . I N N I G O I S T E A D Z I R R O O L H E T D U O A S M S Y E T R I I P L X T E U , T T U N O E H T T I A P W A S F R O E H T T N O A O G T R S E T H N T E F T O N O T C N S E V T I E F E O H N T O I I N T D A E C I V N R U E M S M E O R C S E T H H I T G S R A L L L L A . E S E W S G A A M T A N D E F M U O C T O N D E M S I Y H A T P F E O H N T O I R T O A F 8 1 I Z E L 0 L B 2 I T A H U I B D L M D L G N A E N N H E O S I E U T B A U L L H B I I N W I R E T R S I S D R K I , E R N D N B O E A I F F T C N U F E D O . N I O D E T H C R I S P B A E R I H M E O H R © T P
REVERSING CHANGE-OVER SELECTOR E - F (TYPE M / VM / VMS-C ) AND D - D (TYPE VRC / VRE / VRC I HD / V VRE RE I HD / VRS / VRM) REPRESENTATION APPLIES TO 12-PITCH SELECTOR
(+)
9 3 7 R X . M A
0 8 4
3 3 3 . X A M
O
M
11 (K) 2 8 2 . X A M
1 (2) M A X . R 3 3 2
(-) L 10 19 3W ... 18 35 3W ONLY
COARSE CHANGE-OVER SELECTOR G - H (TYPE M / VM / VMS-C ) AND E - E (TYP (TYPEE VRC / VR VREE / VRC I HD / VRE I HD / VRS / VR VRM) M) REPRESENTATION APPLIES TO 12-PITCH SELECTOR R
1 4 8
2 5 °
0 8 4
0
O
M
(K) 8 7 2 . X A M
+
E L 3 : 6 A C 1 0 S . O 0 N 0 0 T 9 N 3 E 9 . M 4 O 6 U 7 N 5 C 4 O 1 E G 9 6 D D N E A 8 1 S H 0 C
L
L
SELECTOR SIZE B, C, D
L
SELECTOR SIZE DE
O 20
K U S M H C U L E R E S T M H S A E L N T U I A D B W O R P 8 1 1 8 1 8 0 0 E 0 . . 2 T 2 . 2 A 7 7 7 D 0 . . 0 . 0 3 1 6 1 1 6
L 10 19 3W ... 18 35 3W ONLY
M
DRIVE SIDE OF SELECTOR
L
CONNECTING LEADS
PAPER INSULATED
O 14 O 14
THE DETAILED CONNECTION DIAGRAM IS BINDING FOR THE DESIGNATION OF THE CONNECTION CONTACTS
DIMENSION IN mm
OLTC OILTAP® M / VACUTAP® VM®, VMS®-C, VRC, VRE, VRS, VRM
SERIAL NUMBER
A1
. . . R D D N T K A F H T D C S
EXCEPT AS NOTED
CONNECTING LEAD 3W AND 1G / 3G M-SELECTOR SIZE B/C/D/DE
MATERIAL NUMBER
SHEET
7235904E
1 /1
A1
S . I N N G I O I S T E A D Z I R R O O L H E T D U O A S M S Y E T R I L P I X T E U , T T U N O E H T T I A P W A S F R O E H T T N O A O R G T S E T H N T E F T O N O T C N S E V T I E F E O H N T O I I N T D A E C I V N R U E M S M E O R C S E T H H I T G S R A L L L L A . E S E W S G A A M T A N D E F M O U T C O N D E I S Y M H A T P F E O H N T O I R T O F 8 A 1 Z E L 0 I L B 2 I T A H U I B D L M N D G A L E N N H E O E S I B U T L A U L H B I I N W I R E T R S I S D R K I , E R N D N B O E A I F F T C N U F E D O . N I O D H R E C P T S E I I A R B H M E O H R T P ©
170 R
0 8 4
8 1 1 8 1 8 0 0 E 0 2 T 2 . . 2 . A 7 7 7 D 0 0 0 . . . DIMENSION 3 1 6 1 IN mm 1 6 . . D . D
M
O
D
0 3 R
R
1 0
0 1 8 8 R
E L 5 : 3 A 0 C 1 . 0 S O 0 N 0 T 8 N 1 . E 6 M 8 O U 0 N 6 C 7 E 5 O 1 G 9 D D N 6 8 E A 0 1 S H C K U S M H L C E U E S M R H T S A E T I A N U L B W D O R P
X
R
0 3
R 3 0
X
M
DR DRIIVE SI SIDE DE OF SEL SELEC ECTO TOR R
R
D
SELECTOR BASE
147
20
097251
160
13
097252
M / VACUTAP® VM®, VMS®-C ON-LOAD TAP-CHANGER OILTAP® SELECTOR BASE WITH HOLE D20 AND D13
SERIAL NUMBER
MATERIAL NUMBER
SHEET
R K N T F H A D C T S
EXCEPT AS NOTED
M-SELECTOR SIZE B/C/D/DE
MATERIAL NUMBER
SHEET
7256494E
1/ 1 A4
S . I N N G I O I S T E A D Z I R R O O L H E T D U O A S M S Y E T R I L P I X T E U , T T U N O E H T T I A P W A S F R O E H T T N O A O R G T S E T H N T E F T O N O T C N S E V T I E F E O H N T O I I N T D A E C I V N R U E M S M E O R C S E T H H I T G S R A L L L L A . E S E W S G A A M T A N D E F M O U T C O N D E I S Y M H A T P F E O H N T O I R T O A F 8 1 Z E L 0 I I B 2 L T A H U I B D L M N D G A L E N N H E O E S I B U T L A U L B I H I N W I R E T R S I S D R K I , E R N D N B I E A O F F T F N C O E U . D N I O D H R E C P T S E I B A R I H M E O H R T P ©
E L 5 : 3 A 1 0 C S . O 0 N 0 0 T 7 N 4 . E 5 M 8 O U 0 N 6 C 7 E 5 O 1 G 9 D D N 6 8 0 E A 1 S H C
X
170
0 8 4
° 2 1 1
O
0 3 R
5 , 4 3 R
R 3 6 7
R 1 0 8 8
K U S M H L C E U S R T M E E S A T H L A I N U B W D O R P 8 1 8 1 1 8 0 0 E 0 2 2 T 2 . . . A 7 7 7 D 0 . 0 . DIMENSION . 0 3 1 6 1 6 1 IN mm . . . D
R
0 1 R
R
0 3
R 3 0
5 , 7 7
5 3 R
0 1
R 3 5
X
OLTC OILTAP® M / VACUTAP® VRC, VRE VM®, VMS®-C, VRC, ADDITIONAL SCREENING SCREENING ON SELECT OR BASE - REVERSING COS
SERIAL NUMBER
R T K N F H A D C T S
EXCEPT AS NOTED
M-SELECTOR M-SELEC TOR SIZE B/C/D/DE
MATERIAL NUMBER
SHEET
8939344E
1/ 1 A4
S . I N N I G O I S T E A D Z I R R O O L H E T D U O A S M S Y E T R I I P L X T E U , T T U N O E H T T A I P W A S F R O E H T T N O A O R G T S E T H N T E F T O N O T C N S E T V E I F E O H N T O I I N T D A E C I V N R U E M S M E O R C S E T H H I T G S R A L L L L A . E S E W G S A A M T A N D E F M O U T C O N D E I S M Y H A T P F E O H N T O I R T O A F 8 1 Z E L 0 I I B 2 L T A H U I B D L M N D G A L E N N H E O E S I B U T L A U L B I H I N W I R E T R S I S R D K I , E R N D N B O E A I F F T F N C O E U . D N I O D H R E C P T S E I B A R I H M E O H R T P ©
E L 5 : 3 A 1 0 C S . O 0 N 0 0 T 1 N 7 . E 5 M 8 O U 0 N 6 C 7 E 5 O 1 G 9 D D N 6 8 E A 0 1 S H C
X
170
R 5 2
R 0 8 4
2 5 R
4 2
R 100
O
5 6 4
R 4 5 5 5 5
0 3 R
R 1 0 8 8
R
0 1
K U S M H U L E R E C S M E H T S A T L N U I A B W D O R P 8 1 1 8 1 8 0 0 E 0 2 T 2 . . . 2 A 7 7 7 D 0 . DIMENSION . 0 . 0 3 1 6 1 IN mm 1 6 . . .
R
R 0 3
R 3 0
5 , 1 8
6
R 3 0
X
OLTC OILTAP® M / VACUTAP® VM®, VMS®-C, VRC, VRE ADDITIONAL SCREENING ON SELECTOR BASE - COARSE COS
SERIAL NUMBER
R D T K N F H A D C T S
EXCEPT AS NOTED
M-SELECTOR M-SELEC TOR SIZE B/C/D/DE
MATERIAL NUMBER
SHEET
8939354E
1/ 1 A4
S . I N N G I O I S T E A D Z I R R O O L H E T D U O A S M S Y E I T R L P I T X U E , T T U N O E H T T I A P W A S F R O E H T T N O A R O G T S E T H N T E F T O N O T C N S E V T I E F E O H N T O I I N T D A E C I V N R U E M S M E O R C S T E H H G T I R S L A L L L A . E S W E S G A A M T A N D E F M O C U T O N D E M S I Y H A T P F E O H N T O I R T O F 6 A Z 1 E I L 0 L B 2 I T A I H U L B D D M N L G A E N N H E O S I E U T B A U L B L H I I N W I R E T R S I S R K D I , E R N D N B O E A I F F T F N C U E D O . N I O D H R E T C P I B I R E S A H M E O H R T P ©
ARRANGEMENT OF CONTACT B M I 802 / 803
6 6 1 1 6 1 0 0 E 0 2 . 2 . T 1 . 2 2 2 A 0 D . 0 . . 0 8 5 5
M I 802 / 803 / 1203 / 1503
M I 1203 / 1503
VM I 802 / 1002
VM I 802 802 / 1002 / 1203 / 1503
VM I 1203 / 1503
PART NO. 064719
30
PART NO. 064721
5 5 , 7 c
t=5
5
b d
5 0 1
5 2 1
0 5 1
3 4 , 7 4
O 11
PART NO. 064717 AND 711167
O 11 ( R
0 3 2
5 0 1
R (
R
t=5
O 11
) 5 1
5 1 5 )
6 2
13
5 0 1
ARRANGEMENT OF CONTACT
PA PART RT NO NO..
DI DIME MENS NSIO ION N b
DIMENSION c
DIMENSION d
A WITHOUT CONNECTING LEAD
064717
97
48,5
48,5
A WITH CONNECTING LEAD
711167
91
48,5
42,5
(see 890477: )
0
R (
) 1 5
INSTALLATION OF PARAL PARALLEL LEL BRID BRIDGES GES FOR ARRANGEME ARRANGEMENT NT OF CONTACT A WITHOUT AND WITH CONNECTING LEAD FOR 3W CONNECTION M I 802 / 803
M I 1203 / 1503 VM I 1203 / 1503
VM I 802 802 / 1002
WITHOUT CONNECTING LEAD
WITH CONNECTING LEAD X
WITHOUT CONNECTING LEAD
5 0 1
5 0 1
X
5 1 0
5 1 0
5 0 1
5 0 1
X
X
X
WITH CONNECTING LEAD
X
X
E L 1 : 5 A C 1 0 S . O 0 N 0 0 T 1 N 7 E 4 . M 0 O U N 0 C 5 0 E 0 1 O 1 2 D D G N 7 E A 0 S H 1 C
K R N U E N A H C E G M S N I T M L K S A D I N E R A O K A B R T D R P
ARRANGE ARR ANGEMENT MENT O OFF CONT CONTACT ACT A
ONLY FOR SELECTOR SIZE D AND DE X
X
PLEASE NOTE: PARALLEL BRIDGES ARE NOT INCLUDED IN THE STANDARD DELIVERY.
DIMENSION
ON-LOAD TAP-CHANGER OILTAP® M I 802/803/1203/1503 AND
SERIAL NUMBER
1 2 2 . . . R D D N T K A F H T D C S
IN mm EXCEPT AS NOTED
VACUTAP® VM I 802/1002/1203/1503 802/1002/1203/1503 - SELECTOR SIZE B/C/D/DE BRIDGES FOR PARALLEL CONNECTION OF SELECTOR SELECTOR CONNEC. CONT.
MATERIAL NUMBER
SHEET
8995984E
1 /1 A1
S I . N N G O I I S T E A D Z I R R O O L H E T D U O A S M S Y E T R I I P L X T E U , T T U N O E H T T I A P W A S F R O E H T T N O A O R T G E T S H T N E F T O N O T C N S E V T I E F E O H T N O I I N T D A E C I V N R U E M S E M R O C S E T H H I T G S R A L L L A L . E S E W G S A A M T A N D E F M O U C T O N D E M S I Y H A T P F E O H T N O I R 6 O 1 F 0 T A 2 Z I E L I B H L A B T I M U L G D D L N N E E A N S O H E U I B A T H U L L N I I I B E R W R T S S K I D R I E R , D B N N A O E F I T F F N C O E U . N I D D H O E C R T I S P B A E R I H M E O H R T P ©
L 0 7 E 0 A : C 1 1 S 1 . O 0 N 0 T 8 N 6 E M 4 . 8 U 0 O C 5 N 6 O 6 D 0 E 1 G N 7 A 7 D H 1 E C 0 S
DESIGN: MI RM I VM I VRC I VRE I VRS I VRM I
Um>123 kV ) G N I W A R D N O I S N E M I D O T R E F E R (
DESIGN: M III Y RM III Y VM III Y VRC III Y VRE III Y VRS III Y VRM III Y
DESIGN: M II RM II VM II VRC II VRE II VRS II VRM II
Um>123 kV
TAP SELECTOR
REVERSING CHANGE- ) G N I OVER SELECTOR W A R D N O I S N E M I D O T R E F E R (
h
TAP SELECTOR
REVERSING CHANGEOVER SELECTOR
h
8 8
Um>123 kV
) G N I W A R D N O I S N E M I D O T R E F E R (
REVERSING CHANGEOVER SELECTOR
TAP SELECTOR
h 8 8
8 8
POTENTIAL OF THE ON-LOAD TAP-CHANGER CURRENT TAKE-OFF TERMINAL
O
6 5 3 8
POTENTIAL OF THE ON-LOAD TAP-CHANGER CURRENT TAKE-OFF TERMINAL
O O
472
6 5
620
O
POTENTIAL OF THE ON-LOAD TAP-CHANGER CURRENT TAKE-OFF TERMINAL
M
M
M
2 8 0
R
1 2
t=8
CONNECTION FOR EXTERNAL TIE-IN RESISTOR
0 2 K 2 U K I H T R C O 11 E S E K T M A N M DRIVE SIDE OF SELECTOR T S A R N P L I A T H CONNECTING FROM TIE-IN SWITCH TO ON-LOAD TAP-CHANGER CURRENT TAKE-OFF TERMINAL IS CARRIED OUT BY MR D E O THE DETAILED CONNECTION DIAGRAM IS BINDING FOR THE DESIGNATION OF THE CONNECTION CONTACTS AND PHASES T P C R 6 6 1 6 1 1 NOT APPLICABLE TO VM I 301 , VM II 302 AND VM III 300 Y 0 0 0 E 2 . T . 2 . 2 A 0 0 D 1 0 1 1 . . . DIMENSION ON-LOAD TAP-CHANGER OILTAP®M, OILTAP®M, RM / VACUTAP® VM, VR 0 8 1 1 9 IN mm
SERIAL NUMBER
. . . D R D N T K A F H T D C S
M/RM/VM/VRC/VRE/VRS/VRM - REVERSING REVERSING CANGE-OVER SEL. - SIZE B/C/D/DE POTENTIAL CONNECTION UNIT WITH TIE-IN SWITCH WITHOUT TIE-IN RESISTORS
EXCEPT AS NOTED
MATERIAL NUMBER
SHEET
8988046E
1/ 1 A2
S . I N N G I O I S T E A D Z I R R O O L H E T D U O A S M S Y E T R I I P L X T E U , T T U N O E H T T I A P W A S F R O E H T T N O A O G T R S E T H N T E F T O N O T C N S E V T I E F E O H N T O I I N T D A E C I V N R U E M S M E O R C S E T H H I T G S R A L L L L A . E S E W S G A A M T A N D E F M U O C T O N D E M S I Y H A T P F E O H N T O I R T O A F 8 1 Z E L 0 I I B 2 L T A H U I B D L M D L G N A E N N H E I E S O U T B A U L H B I I L N W I R E T R S I S R K D I , E R N D N B O E A I F F T F N C U E D O . N I O D T E H C P R I S B A E R I H M E O H R © T P
ARRANGEMENT OF SELECTOR CONTACTS, ARRANGEMENT 2-5 COARSE TAP CONNECTIONS (PLAN VIEW) x) FOR 3 COARSE TAP CONNECTIONS x ) AND y ) FOR 4 COARSE TAP CONNECTIONS x ), y ) AND z ) FOR 5 COARSE TA TAPP CONNECTIONS
Z
) G N I W A R D ) G N I W A R D N O I S N E M I D E E S (
h
CONNECTION MIDDLE TAP WINDING z)
N O I S N E M I D E E S (
O 375
POTENTIAL CONNECTION UNIT
x)
5
y)
4 8 2
10
x )
i
y)
0 1 5
3 3 1
z) M
y)
5
z)
x)
4 8 2
12
MI 601 shown
x ) y) z)
Z
CONNECTION MIDDLE TAP WINDING R
0 2 4
y)
7
z)
x)
4 8 2
14
x )
S R 2 1 1
y) R 1 8 7 , 5 5
z)
425 y)
MAX. 7 RESISTOR ELEMENTS (AS SHOWN)
7
z)
x)
4 8 2
16
x) y) z)
E L 0 1 : 7 A C 1 0 S . 0 O 0 N 0 T 1 N E 2 . M 8 O 5 2 N U C 6 E 9 3 O 0 G 7 D 1 D N 8 E A 0 S H 1 C
y)
9
z)
x)
FOR BINDING DESIGNATIONS OF TERMINALS AND PHASES REFER TO THE CONNECTION DIAGRAM OF THE ON-LOAD TAP-CHANGER. TAP-CHANGER. M
4 8 2
18
x) y)
DRIVE SIDE OF SELECTOR z)
K U R H E R C E G S N E M I U T S A L A D N H A E A D O R R P 8 1 1 8 1 8 0 0 E 0 2 . . 2 T . 2 A 4 4 4 D 0 . . 0 . 0 9 5 5
DIMENSION
ON-LOAD TAP-CHANGER OILTAP® M I AND VACUTAP® VM I, VRC I, VRS I, VRM I
SERIAL NUMBER
1 2 2 . . . R D D N T K A F H T D C S
WITH MULTIPLE COARSE CHANGE-OVER SELECTOR MOUNTING OF TIE-IN RESISTORS - SELECTOR SIZE B/C/D
IN mm EXCEPT AS NOTED
MATERIAL NUMBER
SHEET
7197337E
1 /1
S I . N N G O I I S T E A D Z I R R O O L H E T D U O A S M S Y E T R I I P L X T E U , T T U N O E H T T A I P W A S F R O E H T T N O A O R T G E T S H T N E F T O N O T C N S E V T I E F E O H T N N O I I T D A E C V I N R U E M S E M R O C S E T H H I T G S R A L L L A L . E S E W G S A A M T A N D E F M O U C T O N D E M S I Y H A T P F E O H T N O R I 6 1 O 0 T A F 2 Z I E L I B H L A B T I U M L G D D L N N E E A H S N E U O B A I H T U L L N I I I B E R W R T S S K I D R I E R , D B N N O A I F T E F F N C O E U . N D I O D H R E C P T I S E B A R I H M E O H R T P ©
DESIGN I POTENTIAL CONNECTION UNIT Um ≤ 123 kV
DESIGN II POTENTIAL CONNECTION UNIT Um > 123 kV
ARRANGEMENT OF LEADS TIE-IN RESISTOR - SELECTOR FOR CONTACT LOCATION REFER TO RELEVANT DIMENSION DRAWING
7 2 °
(+) ° 5 , 5 1
5 ) G N I W A R D N O I S N E M I D O T R E F E R (
) G N I W A R D N O I S N E M I D O T R E F E R (
REVERSING CHANGE-OVER SELECTOR TAP SELECTOR
h
M
10
LEAD
REVERSING CHANGE-OVER SELECTOR
(-)
TAP SELECTOR
REVERSING CHANGE-OVER SELECTOR
h
(+) ° 4 5
12 8 8
1 5 ,5 °
8 8
S R 21
(6)
S R 21
(-) 5 , 5 4 2
POTENTIAL OF THE ON-LOAD TAP-CHANGER CURRENT TAKE-OFF TERMINAL
, 5 , 5 0 1 3 5
(+)
° 3 4
° 5 , 5 1
WITHOUT TIE-IN SWITCH FOR MAX. 8 RESISTOR ELEMENTS ( AS SHOWN )
7
14
ø 5 7 6
(-) 8 ° 2 8, 1 2
(+) h ° 6 3
8 8
16
3 7
S R 21
O
1 5
(8)
,5 5 °
5 E L 0 0 A : C 1 S 1 0 . O 0 N 0 T 4 N 3 E M 2 . 8 WITH TIE-IN SWITCH U 5 O C 6 N 6 O 6 FOR MAX. 6 RESISTOR ELEMENTS D 6 E 1 G N 7 ( AS SHOWN ) A 7 D H 0 E C 1 S
5 , 5 4 2
5 , 5 , 1 0 5 3
3 2 2
(-)
POTENTIAL OF THE MIDDLE OF THE TAP WINDING M 1 8 ,4 °
6 7 5 ø
2 7 5
(+) ° 1 3
° 5 , 5 1
9
18
R 8 2 K U K I 3 0 ° T R H C E K S E (-) M A N DRIVE SIDE OF SELECTOR T T A R M S N P L I A T H D THE DETAILED CONNECTION DIAGRAM IS BINDING FOR THE DESIGNATION OF THE CONNECTION CONTACTS AND PHASES E O CONNECTIONS FROM THE TIE-IN RESISTOR TO THE SELECTOR AND TO THE ON-LOAD TAP-CHANGER CURRENT TAKE-OFF TERMINAL ARE CARRIED OUT T P C R BY MR 6 6 6 1 1 1 NOT APPLICABLE TO VM I 301 0 0 0 E 2 2 . T 2 . . A 0 0 D 1 0 SERIAL NUMBER . DIMENSION . 1 . 1 ON-LOAD TAP-CHANGER OILTAP®M, OILTAP ®M, RM / VACUTAP® VM, VR 9 0 8
A1
1 1 2 IN mm . . . D R D N EXCEPT AS T K A F H T NOTED D C S
M/RM/VM/VRC/VRE/VRS/VRM M/RM/VM/VRC/VRE/VRS/V RM I - REVERS. CANGE-OVER SEL. - SIZE B/C/D/DE
TIE-IN RESISTORS WITH/WITHOUT T TIE-IN IE-IN SWITCH
MATERIAL NUMBER
SHEET
8986905E
1/ 1 A2
S I . N N G I O I S T E A D Z I R R O O L H E T D U O A S M S Y E T R I I P L X T E U , T T U N O E H T T I A P W A S F R O E H T T N O A O R T G E T S H N T E F T O N O T C N S E V T I E F E O H T N N O I I T D A E C I V N R U E M S E M R O C S E T H H I T G S R A L L L A L . E S E W G S A A M T A N D E F M O U C T O N D E M S Y I H A T P F E O H T N O R 6 O 1 I 0 T A F 2 Z I E L I B H L A B T I U M L G D D L N N E A E H S N E U O I B A T H U L L N I I I B E R W R T S S I R K I D E , R D B N N A O I F T E F F N C O E U . N D I O D H E C R T I S P B A E R I H M E O H R T P ©
DESIGN II POTENTIAL CONNECTION UNIT Um > 123 kV
DESIGN I POTENTIAL CONNECTION UNIT Um ≤ 123 kV
ARRANGEMENT OF LEADS TIE-IN RESISTOR - PHASE FOR CONTACT LOCATION REFER TO RELEVANT DIMENSION DRAWING
7 2 ° ° 6 3
) G N I W A R D N O I S N E M I D
5
TAP SELECTOR
O T R E F E R (
) G N I W A R D N O I S N E M I D O T R E F E R (
REVERSING CHANGEOVER SELECTOR
h
TAP SELECTOR
REVERSING CHANGE(-)
OVER SELECTOR
REVERSING CHANGE-OVER SELECTOR
(+)
h
° 4 5
12
° 6 3
8 8
M
10
LEAD
1 5 ,5 °
8 8
S
(6)
S
(-) 5 , 5 4 2
POTENTIAL OF THE ON-LOAD TAP-CHANGER CURRENT TAKE-OFF TERMINAL
5 , 5 , 1 0 5 3
V
° 5 , 5 1
6 0 °
WITHOUT TIE-IN SWITCH FOR MAX. 8 RESISTOR ELEMENTS PER PHASE ( AS SHOWN )
° 6 3
(+)
° 3 4
7
14
ø 5 7 6
U
(-)
8 , ° 1 2 8
(+) h
° 6 3
8 8
S
3 7
16
° 4 7 0 , 6 3
1 5
O
5 E L 0 0 A : C 1 S 1 0 . O 0 N 0 T 9 N E 8 M 1 . 8 U 5 O C 6 N 6 O 6 D 6 E 1 G N 7 A 7 D H E C 0 1 S
(+)
° 5 , 5 1
,5 5 °
5 , 5 4 2
5 , 5 , 1 3 0 5 2 3 2
4 ,1 6 °
FOR MAX. 6 RESISTOR ELEMENTS PER PHASE 1 8 ,4 °
6 7 5 ø
R 2 7 5
(-)
POTENTIAL OF THE MIDDLE OF THE TAP WINDING
V
WITH TIE-IN SWITCH
( AS SHOWN )
(8)
M
(+) ° 1 0 0 , 6 3
° 1 3 ° 5 , 5 1
9
18
R 8
U 2 K U K I ° T R H 6 0 E C S E K (-) M A N DRIVE SIDE OF SELECTOR T T A R M S N P L I A T H D THE DETAILED CONNECTION DIAGRAM IS BINDING FOR THE DESIGNATION OF THE CONNECTION CONTACTS AND PHASES E O CONNECTIONS FROM THE TIE-IN RESISTOR TO THE SELECTOR AND TO THE ON-LOAD TAP-CHANGER CURRENT TAKE-OFF TERMINAL ARE CARRIED OUT T P C R BY MR 6 6 6 1 1 1 NOT APPLICABLE TO VM II 302 0 0 0 E 2 2 . T 2 . . A 0 0 D 1 0 SERIAL NUMBER . 1 . 1 . DIMENSION ON-LOAD TAP-CHANGER OILTAP®M, OILTAP ®M, RM / VACUTAP® VM, VR 0 0 0
IN mm 2 2 2 . . . D EXCEPT AS R D N T K A F H T NOTED D C S
M/RM/VM/VRC/VRE/VRS/VRM M/RM/VM/VRC/VRE/VRS/V RM II- REVERS. CANGE-OVER SEL.- SIZE B/C/D/DE
TIE-IN RESISTORS WITH/WITHOUT T TIE-IN IE-IN SWITCH
MATERIAL NUMBER
SHEET
8986915E
1/ 1 A2
S . I N N G I O I S T E A D Z I R R O O L H E T D U O A S M S Y E T R I I P L X T E U , T T U N O E H T T I A P W A S F R O E H T T N O A O G T R S E T H N T E F T O N O T C N S E V T I E F E O H N T O I I N T D A E C I V N R U E M S M E O R C S E T H H I T G S R A L L L L A . E S E W S G A A M T A N D E F M O U T C N D O E M S I Y H A T P F E O H N T O I R T O A F 8 1 Z E 0 I L L B 2 I T A H U I B D L M N D G A L E N N H E O S I E U T B A U L H B I I L N W I R E T R S I S D R K I , E R N D N B O E A I F F T F N C O E U . D N I O D H R E T C P I S E B A R I H M E O H R © T P
DESIGN II POTENTIAL CONNECTION UNIT Um > 123 kV
DESIGN I POTENTIAL CONNECTION UNIT Um ≤ 123 kV
FOR CONTACT LOCATION REFER TO RELEVANT DIMENSION DRAWING
7 2 °
° 6 3
° 6 2
(+) ° 5 , 5 1
5
) G N I W A R D N O I S N E M I D O T R E F E R (
G ) I N W A R D N I O S N E I M D O T R E F E R (
h
(-)
REVERSING CHANGE-OVER SELECTOR
REVERSING CHANGE-OVER SELECTOR (+)
° 4 5
h
8 8
M
10
LEADS
TAP SELECTOR
° 6 3
12
° 6 2
1 5 ,5 °
(6)
8 8 S
5 , 5 4 2
S
(-) POTENTIAL OF THE ON-LOAD TAP-CHANGER CURRENT TAKE-OFF TERMINAL
5 , 5 , 1 0 5 3
° 6 2
W ( III )
WITHOUT TIE-IN SWITCH FOR MAX. 8 RESISTOR ELEMENTS PER PHASE ( AS SHOWN )
V ( II )
° 8 , 8 6
(+)
° 3 4
° 6 3 ° 5 , 5 1
7
14
6 0 °
ø 5 7 6
(-)
U(I) , ° 2 8 8 1 2
(+) h
° 6 3
8 8
° 2 6 0 , 6 3
3 7
O E 0 6 L 1 : 0 A C 1 S 0 . O 0 N 0 T N 9 E 3 M 1 . 6 U 5 O N 5 C O 6 E 9 D 6 G 1 N 6 A 8 D H E C 0 1 S
ARRANGEMENT OF LEADS TIE-IN RESISTOR - PHASE
5 , 5 4 2
WITH TIE-IN SWITCH
S
( AS SHOWN )
V ( II )
W ( III )
4 ,1 6 °
° 2 , 4 3
1 8 ,4 °
16 1 5 ,5 5 °
(8)
5 , 3 5 , 1 2 0 3 5 2
6 7 5
R 2 7 7 5
(-)
POTENTIAL OF THE MIDDLE OF THE TAP WINDING
FOR MAX. 6 RESISTOR ELEMENTS PER PHASE
6 , 0 6 2
° 2
(+) ° 1 3
° 6 3
M
° 6 2
° 5 , 5 1
9
18
R 8 K U U(I) H S M ° C 0 U 3 L S E R E (-) T M E 3 0 ° H DRIVE SIDE OF SELECTOR A M S L N T A I U D THE DETAILED CONNECTION DIAGRAM IS BINDING FOR THE DESIGNATION OF THE CONNECTION CONTACTS AND PHASES B W O CONNECTIONS FROM THE TIE-IN RESISTOR TO THE SELECTOR AND TO THE ON-LOAD TAP-CHANGER CURRENT TAKE-OFF TERMINAL ARE CARRIED OUT R P 8 8 8 BY MR 1 1 1 NOT APPLICABLE TO VMS III 400 Y - B 0 0 0 E 2 2 2 . . . T A 7 7 7 D SERIAL NUMBER 0 . 0 . DIMENSION . 0 OLTC OILTAP® M, RM / VACUTAP® VM®, VMS®-C, VR® 2 6 6 ø
1 1 1 . . . R D T K F H D C
D N A T S
IN mm EXCEPT AS NOTED
M/RM/VM/VMS/VRC/VRE/VRS/VRM M/RM/VM/VMS/VRC/VRE/VRS/V RM III Y - REV. COS - M-SEL. SIZE B/C/D/DE TIE-IN RESISTORS WITH / WITHOUT TIE-IN SWITCH
MATERIAL NUMBER
SHEET
8986926E
1/ 1
A2
S . I N N G I O I S T E A D Z I R R O O L H E T D U O A S M S Y E T R I I P L X T E U , T T U N O E H T T I A P W A S F R O E H T T N O R A O G T S E T H N T E F T O N O T C N S E V T I E F E O H N T O I I N T D A E C I V N R U E M S M E O R C S E T H H I T G S R A L L L L A . E S E W S G A A M T A N D E M F U O C T O N D E M S I Y H A T P F E O H N T O I R T O A F 8 E 1 Z L 0 I I B 2 L T A H U I B D L M D L G N A E N N H E O S I E U T B A U L B L H I I N W I R E T R S I S D R K I , E R N D N B I E A O F F T F N C O E U . D N O D I E H C R T I S P B A E R I H M E O H R © T P
SELECTOR WITHOUT
SELECTOR WITH
SELECTOR WITH
CHANGE-OVER SELECTOR
REVERSING CHANGE-OVER SELECTOR
COARSE CHANGE-OVER SELECTOR
8 (5)
8 (5)
6 (3)
6 (3) M
10
4 (1)
+
2 (9)
0 2 (9)
2 (9)
10 (5)
8 (3)
10 (5)
8 (3)
10 (5)
-
-
12
+ (7)
12 (7)
6 (1)
ø
6 (1)
4 (11)
6 (1) K (7)
ø
+
ø
0
4 (11)
2 (9)
4 (11) 2 (9)
10 (5)
2 (9)
10 (5)
10 (5) 12 (7)
12 (7)
14
8 (3)
8 (3)
-
12 (7) 8 (3)
K U S M H C U L S E R T M E E H S A T L N U I A O B W D R P
4
UPPER CONTACT PLANE
( 13 ) LOWER CONTACT CONTACT PLANE
DIMENSION
+ 4 (13)
2 (11)
DESIGNATION OF SELECTOR TERMINALS E . G .:
K (9)
6 (1) 4 (13)
-
+ (9)
14 (9)
E L 8 A : 0 C 1 S 0 . O 1 0 N 0 T 4 N E 0 . 6 O M 1 6 U 5 1 N C 8 9 O 6 E G D D N 6 E A 8 S H 0 1 C
M
+ (7)
K (7)
4 (1)
4 (1)
6 (1)
8 1 1 8 1 8 0 0 E 0 2 . . 2 T . 2 A 7 7 7 D 0 0 0 . . .
-
M
10 (7)
8 (3)
8 (5)
6 (3)
-
10
12
2 (11)
M
DRIVE SIDE OF SELECTOR
14
SELECTOR PITCH
6 (1) 0 4 (13)
2 (11)
FOR BINDING DESIGNATIONS OF TERMINALS AND PHASES REFER TO THE CONNECTION DIAGRAM OF THE ON-LOAD TAP-CHANGER.
SERIAL NUMBER
1 1 6 1 1 6 . . . D R D N T K A F H T D C S
IN mm EXCEPT AS NOTED
ON LOAD TAP CHANGER VACUTAP® VMS® ARRANGEMENT OF CONTACTS AT SELECTOR SELECTOR SIZE B
MATERIAL NUMBER
SHEET
101170250E
1 /1 A1
S . I N N I G O I S T E A D Z I R R O O L H E T D U O A S M S Y E T R I I P L X T E U , T T U N O E H T T I A P W A S F R O E H T T N O A O G T R S E H T T N E F T O N O T C N S E V T I E F E O H N T O I I N T D A E C I V N R U E M S M E O R C S E T H H I T G S R A L L L L A . E S E W S G A A M T A N D E F M O U T C N O D E M S I Y H A T P F E O H N T O I R T O A F 8 1 Z E L 0 I I B 2 L T A H U I B D L M N D G A L E N N H E O S I E U T B A U L B L H I I N W I R E T S R I S D R K I , E R N D N B I E A O F F T F N C O E U . D N I O D H R E C P T S E I B A R I H M E O H R © T P
0 8 : 0 1 1 . 0 O 0 N T 4 N E 7 M 8 . U 1 O 6 C 1 N 5 O 0 E 9 D 6 G N 6 8 D A C 0 E H S 1 K U H S M C U L E R E S T M E H A S L N T U I A D B W O R P 8 8 8 1 1 1 0 0 E 0 2 . 2 . T 2 A . 7 7 D 7 0 . 0 . . 0 1
TIE-IN RESISTOR - PHASE
(WITH 170 kV)
FOR CONTACT LOCATION SEE RELEVANT
DIMENSION DRAWING
WITH 123 kV ONLY
LEADS R 3 0 0
) G N I W A R D N O I S N E M I D E E S (
( 5 )
REVERSING CHANGE-OVER SELECTOR
TAP SELECTOR
h
M
10 +
REVERSING CHANGEOVER SELECTOR
6 ) V k 3 2 1 < m U (
) V k 3 2 1 > m U (
12 +
0 3 0 R S R21 0 0 3 R
O O
E L A C S
ARRANGEMENT OF LEADS
SCREENING RINGS
472
( 7 )
620
-
WITHOUT TIE-IN SWITCH
W
FOR MAX. 8 RESISTOR ELEMENTS PER PHASE
V
POTENTIAL OF THE ON-LOAD TAP-CHANGER TAKE-OFF LEAD
14 +
(AS SHOWN) M
ø 5 7 6
U M
- DRIVE SIDE OF SELECTOR
THE CONNECTION DIAGRAM OF THE ON-LOAD TAP-CHANGER IS BINDING FOR THE DESIGNATION OF THE TERMINALS AND PHASES.
DIMENSION
ON-LOAD TAP-CHANGER VACUTAP® VMS®
SERIAL NUMBER
1 6 1 6 1 . . . R D T K F H D C
D N A T S
IN mm EXCEPT AS NOTED
VMSIII400Y - B - TIE-IN RESISTORS WITHOUT TIE-IN SWITCH DIMENSION DRAWING
MATERIAL NUMBER
101165630E
4.6 Connection diagrams (examples)
4.6 Connection diagrams (examples) The connection diagrams contained herein are just examples. The order-specific connection diagram is enclosed with the delivery.
SHEET
1/ 1 A2
78
VACUTAP® VM® , VACUTAP® VMS®
Maschinenfabrik Reinhausen 2018
2332907/04 EN
2
1
3
5
4
A
6
7 M R V E R B IN D U N G E N M R C O N N E C T IO N S
LU
V1
A
W1
Y
T S _ 1_ U T S _2 _U
U1
W2
T S _ 3_ V
B T S _ 4_ V
TS_1_U
T S _ 5_ W
7
T S _ 6_ W
5
P S _ 2_ U
9
I
3
C
P S _ 4_ V 1
P S _ 6_ W
TS_2_U
TW _0_W
8 +
6
TW _1_W
K
II
D
4
A
K U N D E N V E R B IN D U N G E N C U S T O M E R C O N N E C T IO N S
U2
V2
8
PS_2_U
LU
Y
-
2
W ÄH LER EBENE_U T A P S E L E C T O R P L A N E _U W Ä H L E R E B E N E _U T A P S E L E C T O R P L A N E _U W ÄH LEREBEN E_V T A P S E L E C T O R P L A N E _V W ÄH LEREBEN E_V T A P S E L E C T O R P L A N E _V W ÄH LEREBENE_W T A P S E L E C T O R P L A N E _W W ÄH LEREBENE_W T A P S E L E C T O R P L A N E _W W ENDER_U R E V E R S IN G C H A N G E -O V E R S E L E C T O R _U W ENDER_V R E V E R S IN G C H A N G E -O V E R S E L E C T O R _V W ENDER_W R E V E R S IN G C H A N G E -O V E R S E L E C T O R _W T R A F O W I CK L U N G _ W T R A N S F O R M E R W IN D IN G _ W S TU FE N W ICKL U N G _W T A P W IN D IN G _ W LASTUM SCHALTER D IV E R T E R S W IT C H STERNPUNKT S T A R P O IN T
B
C
D
TS_3_V 7
U,V,W 5
9
I
E
E
3 1
TS_4_V 8 6
W _ 0 _ W T
F
+
K
II
4
PS_4_V
F
-
2
TS_5_W Y L L A U N A M
G
7
O D
D A C
Y B G N I W A R D
H
I
J
K
5
0
Y F I D O M T O N
S P E T S / W _ N 1 E _ F W U T S T 0 1
+ 9 8 7 6 5 4 3 2 1 -
g e a l r e t n U e h c s i n h c e t e s e i d
G
3 1
1
TS_6_W 8 +
6
K
II
4
PS_6_W
A N T R IE B S S E IT E D R IV E S ID E
-
BETRIEBSSTELLUNGEN SERVICE POSITIONS
19
VERSCHIEDENE SPANNUNGEN DIFFERENT VOLTAGES JUSTIERSTELLUNG ADJUSTMENT POSITION
19 10
19 18 17 16 15
9 8 7 6 5
19 18 17 16 15
14 13 12 11 10 9 8 7 + 6 5 K 4 3 2 1
4 3 2 1 K 9 8 7 6 5 4 3 2 1
14 13 12 11 10 9 8 7 6 5 4 3 2 1
M
2
. r o v e t h c e R e l l a 2 . 2 d n u 1 . 2 t t i n h c s b A 4 3 N I D s s e a m e g s n u r i w n e t l a h e b
MOTORANTRIEB MOTOR DRIVE UNIT
9
I
K
STELLUNG DES WENDERS POSITION OF REVERSING CHANGE-OVER SELECTOR BETRIEBSSTELLUNG SERVICE POSITION BEZEICHNUNG DER WÄHLERKONTAKTE DESIGNATION OF TAP SELECTOR CONTACTS BEZEICHNUNG DER STELLUNGEN DESIGNATION OF POSITIONS REGELBEREICH (kV) REGULATION RANGE (kV)
LASTSTUFENSCHALTER
VACUTAP ®
VM III 650Y-123/C-10 19 1W
H
I
J
K
L
r e u F
N O . M O DIF IC AT IO N
D ATE
NAM E
O R IG IN .
REPL.
1
ON LOAD TAP CHANGER DATE
07.08.2018
EXEC.
K O NF I G
V E R IF IE D
CSO
L
2
3
2
3
DE EN
SCHALTBILD CONNECTION DIAGRAM 5
STANDARD
R E P L .B Y
LAN LANGUA GUAGE: GE:
4
= +
PROJECT: PROJECT:
2414658_01
SHEET
1 1
6
7
8
6
7
8
SH.
1
5
4
A
M R V E R B IN D U N G E N M R C O N N E C T IO N S
LU
V1 U2
V2
A
W1
Y
T S _ 1_ U T S _2 _U
U1
W2
T S _ 3_ V
B T S _ 4_ V
TS_1_U
T S _ 5_ W
7
T S _ 6_ W
5
P S _ 2_ U
9
I
3
C
P S _ 4_ V 1
P S _ 6_ W
TS_2_U
TW _0_W
8 +
6
TW _1_W
K
II
D
4
A
K U N D E N V E R B IN D U N G E N C U S T O M E R C O N N E C T IO N S
PS_2_U
LU
Y
-
2
W ÄH LER EBENE_U T A P S E L E C T O R P L A N E _U W Ä H L E R E B E N E _U T A P S E L E C T O R P L A N E _U W ÄH LEREBEN E_V T A P S E L E C T O R P L A N E _V W ÄH LEREBEN E_V T A P S E L E C T O R P L A N E _V W ÄH LEREBENE_W T A P S E L E C T O R P L A N E _W W ÄH LEREBENE_W T A P S E L E C T O R P L A N E _W W ENDER_U R E V E R S IN G C H A N G E -O V E R S E L E C T O R _U W ENDER_V R E V E R S IN G C H A N G E -O V E R S E L E C T O R _V W ENDER_W R E V E R S IN G C H A N G E -O V E R S E L E C T O R _W T R A F O W I CK L U N G _ W T R A N S F O R M E R W IN D IN G _ W S TU FE N W ICKL U N G _W T A P W IN D IN G _ W LASTUM SCHALTER D IV E R T E R S W IT C H STERNPUNKT S T A R P O IN T
B
C
D
TS_3_V 7
U,V,W 5
9
I
E
E
3 1
TS_4_V 8 6
W _ 0 _ W T
F
+
K
II
4
PS_4_V
F
-
2
TS_5_W Y L L A U N A M
G
7 5
0
Y F I D O M T O N O D
Y B G N I
H
S P E T S / W _ N 1 E _ F W U T T S 8
I
J
K
9 8 7 6 5 4 3 2 1
1
g e a l r e t n U e h c s i n h c e t e s e i d
1
TS_6_W 8 +
6
K
II
4
PS_6_W
M A N T R IE B S S E IT E D R IV E S ID E
-
2
. r o v e t h c e R e l l a 2 . 2 d n u 1 . 2 t t i n h c s b A 4 3 N I D s s e a m e g s n u r i w n e t l a h e b
G
3
D A C
W A R D
MOTORANTRIEB MOTOR DRIVE UNIT
9
I
BETRIEBSSTELLUNGEN SERVICE POSITIONS
19
VERSCHIEDENE SPANNUNGEN DIFFERENT VOLTAGES JUSTIERSTELLUNG ADJUSTMENT POSITION
17 9B
K
19 18 17 16 15
14 13 12 11 10 9 8 7 + 6 5 K 4 3 2 1
9 8 7 6 5
4 12 3 11 2 10 1 9C K 9B 9 9A 8 8 7 7 6 6 5 5 4 4 3 3 2 2 1 1
STELLUNG DES WENDERS POSITION OF REVERSING CHANGE-OVER SELECTOR BETRIEBSSTELLUNG SERVICE POSITION BEZEICHNUNG DER WÄHLERKONTAKTE DESIGNATION OF TAP SELECTOR CONTACTS BEZEICHNUNG DER STELLUNGEN DESIGNATION OF POSITIONS REGELBEREICH (kV) REGULATION RANGE (kV)
LASTSTUFENSCHALTER
VACUTAP ®
17 16 15 14 13
VM III 650Y-123/C-10 19 3W
H
I
J
K
L
r e u F
N O . M O DIF IC AT IO N
D ATE
NAM E
O R IG IN .
REPL.
1
ON LOAD TAP CHANGER DATE
07.08.2018
EXEC.
K O NF I G
V E R IF IE D
CSO
L
SCHALTBILD CONNECTION DIAGRAM 5
STANDARD
R E P L .B Y
2
3
2
3
4
LAN LANGUA GUAGE: GE:
DE EN
= +
PROJECT: PROJECT:
2414670_01
SHEET
1 1
6
7
8
6
7
8
SH.
1
ACHTUNG P A R A L L E LB LB R Ü C K E N V O N M R N I C H T A N G E B A U T V O N T S _ 1 ((PP S _ 1 ) N A C H T S _ 2 ((PP S _ 2 ) VON TS_3 NACH TS_4 ATTENTION ! PARALLEL BRIDGES ARE NOT INSTALLED BY MR F R O M T S _ 1 ((PP S _ 1 ) T O T S _ 2 ((PP S _ 2 ) FROM TS_3 TO TS_4
A
5
4
LU
3
A
MR VERBINDUNGEN M R C O N N E C T IIOO N S
4
TS_1
A
5
TS_2
A
A
KUNDEN VERBINDUNGEN C U S T O M E R C O N N E C T IIOO N S
6
TS_3
B T S _4
PS_1 PS_2 T W _0 TW _1
C
LU
WÄHLEREBENE TAP SELECTOR PLANE WÄHLEREBENE TAP SELECTOR PLANE WÄHLEREBENE TAP SELECTOR PLANE W ÄH LER EBEN E TAP SELECTOR PLANE GROBWÄHLER COARSE TAP SELECTOR GROBWÄHLER COARSE TAP SELECTOR T R A F O W IC K L U N G TRANSFORMER WINDING
B
S T U F E N W IC K L U N G T A P W I N D IINN G LASTUMSCHALTER DIVERTER SWITCH
C
D
D PS_1 TS_1
9
11
-
7 13
I
E
F
3
-
PS_2 TS_2
9
11
O D
D A C
Y B G N I
H
I
J
K
0 13 12 11 10 9 8 7 6 5 4 3 2 1
g e a l r e t n U e h c s i n h c e t e s e i d
MOTORANTRIEB MOTOR DRIVE UNIT
0
5
1
12
10 8
K
II
6 4
2
10
12
TS_4
8 M ANTRIEBSSEITE DRIVE SIDE
K
II
6 4
2
BETRIEBSSTELLUNGEN SERVICE POSITIONS
27
VERSCHIEDENE SPANNUNGEN DIFFERENT VOLTAGES JUSTIERSTELLUNG ADJUSTMENT POSITION
27 14
F
+
1
TS_3
. r o v e t h c e R e l l a 2 . 2 d n u 1 . 2 t t i n h c s b A 4 3 N I D s s e a m e g s n u r i w n e t l a h e b
13
I
+
Y F I D O M T O N
S P E T 1 S _ / W N T E F U T S 3 1
-
7
Y L L A U N A M
W A R D
E
+
1
3
G
0
5
0 _ S W P T E T S / N E F U T S 4 1
27 26 25 24 23 - 22 21 0 20 19 18 17 16 15
13 12 11 10 9 8 7 6 5 4 3 2 1
27 26 25 24 23 22 21 20 19 18 17 16 15
14 13 12 11 10 9 + 8 7 0 6 5 4 3 2 1
K 13 12 11 10 9 8 7 6 5 4 3 2 1
14 13 12 11 10 9 8 7 6 5 4 3 2 1
STELLUNG DES GROBWÄHLERS POSITION OF COARSE TAP SELECTOR BETRIEBSSTELLUNG SERVICE POSITION BEZEICHNUNG DER WÄHLERKONTAKTE DESIGNATION OF TAP SELECTOR CONTACTS BEZEICHNUNG DER STELLUNGEN DESIGNATION OF POSITIONS REGELBEREICH (kV) REGULATION RANGE (kV)
LASTSTUFENSCHALTER
VACUTAP ®
VM I 802-123/D-14 27 1G
G
H
I
J
K
L
r e u F
NO .
D ATE
MODIFICATION
NAM E
O RI G I N.
REPL.
ON-LOAD TAP-CHANGER DATE EXEC. V E RI F I E D STANDARD
REPL.BY
L LAN LANGUA GUAGE: GE:
07.08.2018
DE EN
SCHALTBILD CONNECTION DIAGRAM
K O NF I G
CSO
= +
PROJECT: PROJECT:
2414631_01
SHEET
1 1 SH .
1
2
3
4
5
6
7
8
1
2
3
4
5
6
7
8
MR VERBINDUNGEN M R C O N N E C T IO IO N S
A
T S_1 - T S _4
5
TW _0
B TW_1 LU
4
A
W ÄH ÄH L E R E B E N E N TAP SELECTOR PLANES M EEHH RRFF A C H GGRR O BBWW ÄÄHH L E R MULTIPLE COARSE TAP SELECTOR T R A F O W IC K L U N G T R A N S F O R M E R W I N D IINN G STUFENWICKLUNG TAP WINDING LASTUMSCHALTER DIVERTER SWITCH
M SS__ 1 - M S _ 4
A
LU
KUNDEN VERBINDUNGEN CUSTOMER CONNECTIONS
A
3
6 A
B
MOTORANTRIEB MOTOR DRIVE UNIT
C
C
1
D
7 1 6 1
E
S P E T S / 0 N _ E W F T U T S 6 1 x 4
F
21
TS_1 20
5
19
3
18
1
2
D A C
K
MS_3 17 18
. r o v e t h c e R e l l a 2 . 2 d n u 1 . 2 t t i n h c s b A 4 3 N I D s s e a m e g s n u r i w n e t l a h e b g e a l r e t n U e h c s i n h c e t e s e i d
S 1 P _ E T W S T / N E F U T S 5 1
21
9
18 K MS_4
TS_3 6
8
21
10
19
II
14
16
18 K
K
10
21 20
12
2
TS_4 11 12
6
13
0 2 K
19 13
4
21
9 1 6 1
21 20
15
20
9
9 1 K
11
16
19
8
H
J
4
7
7
I
3
8 1 6 1
MS_2
1
21
6
W A R D
13
3
20
5
Y B G N I
I
5
19
1
O D
I
TS_2
17
G
9
15
18
Y F I D O M T O N
7
11
17
MS_1
Y L L A U N A M
8 1 K
8
0 2 6 1
10
1 2 K
12
4 II
14
2
15 16
14 K
ACHTUNG PARALLELBRÜCKEN VON MR NICHT ANGEBAUT VON TS_1 NACH TS_2 VON TS_3 NACH TS_4 VON MS_1 NACH MS_3 VON MS_2 NACH MS_4
1 2 6 1
M ANTRIEBSSEITE DRIVE SIDE
ATTENTION ! PARALLEL BRIDGES ARE NOT INSTALLED BY MR FROM TS_1 TO TS_2 FROM TS_3 TO TS_4 FROM MS_1 TO MS_3 FROM MS_2 TO MS_4
1 2 K
79 78 77 76 75 74 73 72 71 70 69 68 67 66 65 64 63 62 61 60 59
15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 K 15 14 13 12 11
79 78 77 76 75 74 73 72 71 70 69 68 67 66 65 64 63 62 61 60 59
58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1
10 9 8 7 6 5 4 3 2 1 K 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 K 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 K 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1
58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1
D
E
F
G
H
I
J
STELLUNG DES GROBWÄHLERS POSITION OF COARSE TAP SELECTOR
BETRIEBSSTELLUNGEN SERVICE POSITIONS
79
VERSCHIEDENE SPANNUNGEN DIFFERENT VOLTAGES
79
BEZEICHNUNGOF DER WÄHLERKONTAKTE DESIGNATION TAP SELECTOR CONTACTS
JUSTIERSTELLUNG ADJUSTMENT POSITION
16
BEZEICHNUNG DER STELLUNGEN DESIGNATION OF POSITIONS
LASTSTUFENSCHALTER
BETRIEBSSTELLUNG SERVICE POSITION
VACUTAP ®
K
VM I 802-123/C-16 79 1G
L
r e u F
NO.
M O D IF IC A T I O N
D ATE
NAM E
ORIGIN.
REPL.
ON-LOAD TAP-CHANGER DATE
07.08.2018
EXEC.
K O NF I G
VERIFIED
CSO
L SCHALTBILD CONNECTION DIAGRAM
STANDARD
REPL.BY
L ANG ANG UAG UAG E:
PRO JECT: JECT:
DE EN
2407535_01
= + SHEET
1 1
1
2
3
4
5
6
7
8
1
2
3
4
5
6
7
8
SH .
ACHTUNG P A R A L L E LB LB R Ü C K E N V O N M R N I C H T A N G E B A U T V O N T S _ 1 ((PP S _ 1 ) N A C H T S _ 2 ((PP S _ 2 ) N A C H T S _ 3 ((PP S _ 3 ) VON TS_4 NACH TS_5 NACH TS_6 ATTENTION ! PARALLEL BRIDGES ARE NOT INSTALLED BY MR FROM TS_1 (PS_1) TO T S_2 (PS_2) TO TS _3 (PS_3) FROM TS_4 TO TS_5 TO TS_6
A
LU
4
A
MR VERBINDUNGEN M R C O N N E C T IIOO N S
1
3
TS_1
A
6
TS_2
2
A
5
TS_3
B T S _4
TS_1
12
TS_5
14
16
TS_6
+
10
K
I
PS_1
PS _1
8
C
6
PS_2
-
4
2
14
16
PS_3
TS_2
12
T W _0 +
10
K
I
6
12
4
2
14
16 K
6 0
Y F I D O M T O N O D
D A C
Y B G N I W A R D
H
J
K
S 1 P _ E W T T S / N E F U T S 8 1
MOTORANTRIEB MOTOR DRIVE UNIT
+ 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 -
e g a l r e t n U e h c s i n h c e t e s e i
-
4
2
13
15
TS_4
E
1
11
9
17
II
7 5
3
1
13
15
TS_5 11
9
17
II
7 5
3
1
13
15
TS_6 11
9 7 5
M ANTRIEBSSEITE DRIVE SIDE
17
II
1
3
. r o v e t h c e R e l l a 2 . 2 d n u 1 . 2 t t i n h c s b A 4 3 N I D s s e a m e g s n u r i w n e t l a h e b
D
PS_3
8
Y L L A U N A M
C
+ I
E
F
W ENDER REVERSING CHANGE-OVER SELECTOR W ENDER REVERSING CHANGE-OVER SELECTOR T R A F O W IC K L U N G TRANSFORMER WINDING S T U F E N W IC K L U N G T A P W I N D IINN G LASTUMSCHALTER DIVERTER SWITCH
B
-
10
I
LU
WÄHLEREBENE TAP SELECTOR PLANE WÄHLEREBENE TAP SELECTOR PLANE WÄHLEREBENE TAP SELECTOR PLANE W ÄH LER EBEN E TAP SELECTOR PLANE WÄHLEREBENE TAP SELECTOR PLANE WÄHLEREBENE TAP SELECTOR PLANE W ENDER REVERSING CHANGE-OVER SELECTOR
TS_3
0 _ W T
G
TW _1
PS_2
8
D
A
KUNDEN VERBINDUNGEN C U S T O M E R C O N N E C T IIOO N S
BETRIEBSSTELLUNGEN SERVICE POSITIONS
35
VERSCHIEDENE SPANNUNGEN DIFFERENT VOLTAGES JUSTIERSTELLUNG ADJUSTMENT POSITION
35 18
35 34 33 32 31 30 29 - 28 27 K 26 25 24 23 22 21 20 19 18 17 16 15
17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 K 17 16 15
35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15
14 13 12 11 + 10 9 K 8 7 6 5 4 3 2 1
14 13 12 11 10 9 8 7 6 5 4 3 2 1
14 13 12 11 10 9 8 7 6 5 4 3 2 1
STELLUNG DES WENDERS POSITION OF REVERSING CHANGE-OVER SELECTOR BETRIEBSSTELLUNG SERVICE POSITION BEZEICHNUNG DER WÄHLERKONTAKTE DESIGNATION OF TAP SELECTOR CONTACTS BEZEICHNUNGOF DER STELLUNGEN DESIGNATION POSITIONS REGELBEREICH (kV) REGULATION RANGE (kV)
LASTSTUFENSCHALTER
VACUTAP ®
VM I 1203-123/C-18 35 1W
F
G
H
I
J
K
L
d r e u F
NO .
D ATE
MODIFICATION
NAM E
O RI G I N.
REPL.
ON-LOAD TAP-CHANGER DATE EXEC. V E RI F I E D STANDARD
REPL.BY
L LAN LANGUA GUAGE: GE:
07.08.2018
DE EN
SCHALTBILD CONNECTION DIAGRAM
K O NF I G
CSO
= +
PROJECT: PROJECT:
2414636_01
SHEET
1 1 SH .
1
2
3
4
5
6
7
8
1
2
3
4
5
6
7
8
A
M R V E R B IN D U N G E N M R C O N N E C T IO N S
LU
V1 U2
V2
Y
A
W1
T S _ 1_ U T S _2 _U
U1
W2
T S _ 3_ V
B T S _ 4_ V T S _ 5_ W
PS_1_U
TS_1_U 10
12
T S _ 6_ W
8
-
P S _ 1_ U
K
I
6
C
+
2
4
P S _ 3_ V P S _ 5_ W
TS_2_U
TW _0_W
5
7
TW _1_W
3 9
II
U,V,W
D
Y
11
10
W ENDER_V R E V E R S IN G C H A N G E -O V E R S E L E C T O R _V W ENDER_W R E V E R S IN G C H A N G E -O V E R S E L E C T O R _W T R A F O W I CK L U N G _ W T R A N S F O R M E R W IN D IN G _ W S TU FE N W ICKL U N G _W T A P W IN D IN G _ W LASTUM SCHALTER D IV E R T E R S W IT C H STERNPUNKT S T A R P O IN T
B
C
D
12
8
-
K
I
6
W _ 0 _ W T
W ÄH LER EBENE_U T A P S E L E C T O R P L A N E _U W Ä H L E R E B E N E _U T A P S E L E C T O R P L A N E _U W ÄH LEREBEN E_V T A P S E L E C T O R P L A N E _V W ÄH LEREBEN E_V T A P S E L E C T O R P L A N E _V W ÄH LEREBENE_W T A P S E L E C T O R P L A N E _W W ÄH LEREBENE_W T A P S E L E C T O R P L A N E _W W ENDER_U R E V E R S IN G C H A N G E -O V E R S E L E C T O R _U
PS_3_V
TS_3_V
E
LU
1
13
A
K U N D E N V E R B IN D U N G E N C U S T O M E R C O N N E C T IO N S
E
+
2
4
TS_4_V 5 7
3
MOTORANTRIEB MOTOR DRIVE UNIT
9
II
F 1
0
Y L L A U N A M
G
Y F I D O M T O N O D
D A C
Y B G N I W A R D
H
I
J
K
W _ S 1 P _ E T W S T / N E F U T S 4 1
1
PS_5_W
TS_5_W 10
12
8
-
K
I
6
+
2
4
TS_6_W 5
7
3
M
9
II
A N T R IE B S S E IT E D R IV E S ID E
1 11
13
. r o v e t h c e R e l l a 2 . 2 d n u 1 . 2 t t i n h c s b A 4 3 N I D s s e a m e g s n u r i w n e t l a h e b e g a l r e t n U e h c s i n h c e t e s e i
11
13
+ 13 12 11 10 9 8 7 6 5 4 3 2 1 -
BETRIEBSSTELLUNGEN SERVICE POSITIONS
27
VERSCHIEDENE SPANNUNGEN DIFFERENT VOLTAGES JUSTIERSTELLUNG ADJUSTMENT POSITION
27 14
F
27 26 25 24 23 - 22 21 K 20 19 18 17 16 15
13 12 11 10 9 8 7 6 5 4 3 2 1
27 26 25 24 23 22 21 20 19 18 17 16 15
14 13 12 11 10 9 + 8 7 K 6 5 4 3 2 1
K 13 12 11 10 9 8 7 6 5 4 3 2 1
14 13 12 11 10 9 8 7 6 5 4 3 2 1
STELLUNG DES WENDERS POSITION OF REVERSING CHANGE-OVER SELECTOR BETRIEBSSTELLUNG SERVICE POSITION BEZEICHNUNG DER WÄHLERKONTAKTE DESIGNATION OF TAP SELECTOR CONTACTS BEZEICHNUNG DER STELLUNGEN DESIGNATION OF POSITIONS REGELBEREICH (kV) REGULATION RANGE (kV)
LASTSTUFENSCHALTER
VACUTAP ®
VMS III 400Y-72,5/B-14 27 1W
G
H
I
J
K
L
d r e u F
N O . M O DIF IC AT IO N
D ATE
NAM E
O R IG IN .
REPL.
1
ON-LOAD TAP-CHANGER DATE
08.08.2018
EXEC.
K O NF I G
V E R IF IE D
CSO
L
2
3
2
3
DE EN
SCHALTBILD CONNECTION DIAGRAM 5
STANDARD
R E P L .B Y
LAN LANGUA GUAGE: GE:
4
= +
PROJECT: PROJECT:
6228951_00
SHEET
1 1
6
7
8
6
7
8
SH.
1
5
4
A
M R V E R B IN D U N G E N M R C O N N E C T IO N S
LU
V1 U2
V2
Y
A
W1
TS_1
W ÄH LER EBEN E T A P S E L EC T O R P L A N E W ÄH LER EBEN E T A P S E L EC T O R P L A N E W ÄH LER EBEN E T A P S E L EC T O R P L A N E W ÄH LER EBEN E T A P S E L EC T O R P L A N E W ÄH LER EBEN E T A P S E L EC T O R P L A N E W ÄH LER EBEN E T A P S E L EC T O R P L A N E W ENDER R E V E R S IN G C H A N G E -O V E R S E L E C T O R
TS_ 2
U1
W2
TS_ 3
B TS_ 4
TS_1
TS_ 5
13 15 TS_ 6
11
9
PS_2
17
I
7
C
5
P S _4
3
1
PS_6
TS_2 12
TW _0
14 16 +
TW _1
10 K
II
PS_2
8
D
6
LU
Y
-
2
4
A
K U N D E N V E R B IN D U N G E N C U S T O M E R C O N N E C T IO N S
W ENDER R E V E R S IN G C H A N G E -O V E R S E L E C T O R W ENDER R E V E R S IN G C H A N G E -O V E R S E L E C T O R T R A F O W I CK L U N G T R A N S F O R M E R W IN D IN G S T U F E N W I CK L U N G T A P W I N D IN G LASTUM SCHALTER D IV E R T E R S W IT C H STERNPUNKT S T A R P O IN T
B
C
D
TS_3
0 _ W T
13 15 11
9 17
I
E
5
0
F
Y L L A U N A M
G
Y F I D O M T O N O D
D A C
Y B G N I W A R D
H
I
J
K
MOTORANTRIEB MOTOR DRIVE UNIT
7
S 1 P _ E W T T S / N E F U T S 8 1
+ 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 -
1
TS_4
1 14 16
10
+
12
K
II
PS_4
8 6
-
2
4
TS_5 13 15 11
9 17
I
7 5
3
1
TS_6 12
14 16 +
10 K
II
PS_6
8 4
BETRIEBSSTELLUNGEN SERVICE POSITIONS
35
VERSCHIEDENE SPANNUNGEN DIFFERENT VOLTAGES JUSTIERSTELLUNG ADJUSTMENT POSITION
35 18
M A N T R IE B S S E IT E D R IV E S ID E
-
6
. r o v e t h c e R e l l a 2 . 2 d n u 1 . 2 t t i n h c s b A 4 3 N I D s s e a m e g s n u r i w n e t l a h e b e g a l r e t n U e h c s i n h c e t e s e i
3
E
2
35 34 33 32 31 30 29 - 28 27 K 26 25 24 23 22 21 20 19 18 17 16 15
17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 K 17 16 15
35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15
14 13 12 11 + 10 9 K 8 7 6 5 4 3 2 1
14 13 12 11 10 9 8 7 6 5 4 3 2 1
14 13 12 11 10 9 8 7 6 5 4 3 2 1
STELLUNG DES WENDERS POSITION OF REVERSING CHANGE-OVER SELECTOR BETRIEBSSTELLUNG SERVICE POSITION BEZEICHNUNG DER WÄHLERKONTAKTE DESIGNATION OF TAP SELECTOR CONTACTS BEZEICHNUNG DER STELLUNGEN DESIGNATION OF POSITIONS REGELBEREICH (kV) REGULATION RANGE (kV)
LASTSTUFENSCHALTER
VACUTAP ®
VMS III 400Y-123/C-18 35 1W
F
G
H
I
J
K
L
d r e u F
N O . M O DIF IC AT IO N
D ATE
NAM E
O R IG IN .
1
REPL.
2
ON-LOAD TAP-CHANGER DATE
08.08.2018
EXEC.
K O NF I G
V E R IF IE D
CSO
STANDARD
R E P L .B Y
3
4
L
SCHALTBILD CONNECTION DIAGRAM 5
LAN LANGUA GUAGE: GE:
DE EN 6
PROJECT: PROJECT:
6228952_00
= + SHEET
1 1
7
8
SH.
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