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On-Load Tap-Changer for Regulating Transformers VACUTAP® VR www.reinhausen.com

Flyer VACUTAP®VR EN F0081711 - Reinhausen · size VRC, VRE, VRD, VRF C VRC, VRE, VRD, VRF D VRC, VRE DE VRG E Contacts 10 10 12 12 14 14 16 16 18 18 No. of max. 10 10 operating positions

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On-Load Tap-Changer

for Regulating Transformers

VACUTAP® VRwww.reinhausen.com

AC

HTU

NG

!!

Sei

te w

ird u

m 2

cm

auf

19 c

m v

erkü

rzt

!!VACUTAP® VR – Now With Even More Possible Applications

Since 2004 we have been delivering the vacuum on-load tap-

changer VACUTAP® VR, since July 2006 available with an expanded

performance spectrum. Meanwhile the VACUTAP® VR is in use all

around the world.

The result will convince you: significantly reduced operating costs

combined with maximum quality and highest environmental and

safety standards.

Advantages VACUTAP®:

• Experience with the state-of-the-art vacuum switching technology

since the 80ies, i.e. almost 20,000 VACUTAP® OLTCs are in use

worldwide.

• Maintenance is due only after 300,000 operations

- No time based maintenance

- therefore maintenance-free for almost all network applications

- Significant reduction of life-cycle-costs

- Increased transformer availability

• Friendly to the environment

- No oil carbonization: no arcing in the insulating oil

- No oil filter unit

- Extended lifespan of the insulating oil

• Designed for selected, alternative liquids

• Extended application of VACUTAP® VR for autotransformers, for

regulation at beginning of the delta winding, for HVDC trans-

formers and for sealed transformers

• Ideal for industrial applications, for phase-shifter applications and

for use in potentially explosive areas

• Same diameter (740 mm) of the on-load tap-changer head, same

diameter (478 mm) of the oil compartment as for OILTAP® R and

M – only minor changes in installation length

AC

HTU

NG

!!

Sei

te w

ird u

m 2

cm

auf

19 c

m v

erkü

rzt

!!

0

0

500

1000

1500

2000

2500

3000

3500

4000

4500

VR

C I

II 4

00Y,

VR

C I

I 402, V

RC

I 4

01

VR

C I

II 5

50Y,

VR

C I

I 552, V

RC

I 5

51

VR

C I

II 7

00Y,

VR

C I

I 702,V

RC

I 7

01

VR

D I

II 1

000Y,

VR

C I

1001

VR

F I

2602 2

)

VR

E I

1001

VR

F II

I 1000Y

VR

F I

1001

VR

D I

II 1

300Y

VR

D I

1301

VR

C I

1301

VR

E I

1301

VR

F II

I 1300Y

VR

F I

1301

VR

F II

1302

VR

E I

II 7

00Y,

VR

E I

701

200 400 600 800 1000 1200 1400 1600 1800 2000 2200 2400 2600 2800

1500 kVA

3000 kVA 6000 kVA

Rate

d s

tep v

olt

ages

Ui [ V

]

Rated through-currents Iu [A]

VACUTAP® VRC, VRE VACUTAP® VRD, VRF Installation lengths

Step capacities4)

4) Only applies to network service. When used for industrial transformers, please contact us.

Type min. max.

kV h i kV h i

VRC III 700Y-C 72.5 2184 1111 245 2514 1441

VRC II 702-C 72.5 1944 1111 300 2404 1571

VRC I 701-C 72.5 1704 1111 300 2164 1571

VRC I 1001-C 72.5 1914 1111 300 2374 1571

VRC I 1301-C 72.5 2124 1111 300 2584 1571

VRE III 700Y-C 72.5 2314 1241 245 2644 1571

VRE I 701-C 72.5 1834 1241 300 2294 1701

VRE I 1001-C 72.5 2044 1241 300 2504 1701

VRE I 1301-C 72.5 2254 1241 300 2714 1701

VRD III 1300Y-D 72.5 2758 1162 245 3088 1492

VRD I 1301-D 72.5 1902 1162 300 2362 1622

VRF III 1300Y-D 72.5 2758 1162 245 3088 1492

VRG III 1300-E 72.5 3094 1162 245 3424 1492

VRF II 1302-D 72.5 2330 1162 362 2920 1752

VRG II 1302-E 72.5 2614 1162 362 3204 1752

VRF I 1301-D 72.5 1902 1162 362 2492 1752

VRF I 2602-D 2) 72.5 2232 1162 362 2822 1752

www.reinhausen.com

©Maschinenfabrik Reinhausen GmbH

Falkensteinstrasse 8

93059 Regensburg, Germany

Phone (+49) 9 41/40 90-0

Fax (+49) 9 41/40 90-70 01

E-mail [email protected]

Please note: The data in our publications may differ from the data of devices delivered.

We reserve the right to make changes without notice.

IN206/12 EN – 07/09 – F0081711 · dp · Printed in Germany

Type VACUTAP ® VRC VRC

VACUTAP ® VRE VRE

VACUTAP ® VRD VRD

VACUTAP ® VRF VRF

VACUTAP ® VRG VRG

No. of phases 1 phase I

2 phase II

3 phase III

Ium (in A) VRC I, II, III 400

VRC I, II, III 550

VRC I, II, III, VRE I, III 700

VRC I, VRE I, VRD III, VRF/VRG I, III 1000

VRC I, VRE I, VRD I, III, VRF/VRG I, II, III 1300

VRF I, VRG I 2600

No. of configured 1 sector 1

sectors 2 sectors 2

3 sectors 3

3 sectors (Y) 0

Application Application at neutral point only Y

Um (in kV) VRC, VRE, VRD, VRF, VRG 72.5

VRC, VRE, VRD, VRF, VRG 123

VRC, VRE, VRD, VRF, VRG 170

VRC, VRE, VRD, VRF, VRG 245

VRC, VRE, VRD, VRF, VRG 300

VRF, VRG 362

Tap selector VRC, VRE B

size VRC, VRE, VRD, VRF C

VRC, VRE, VRD, VRF D

VRC, VRE DE

VRG E

Contacts 10 10

12 12

14 14

16 16

18 18

No. of max. 10 10

operating positions 12 12

without change-over 14 14

selector 16 16

18 18

No. of max. 19 19

operating positions 23 23

with change-over 27 27

selector 31 31

35 35

Mid-positions 0 mid-positions (without change-over selector) 0

1 mid-position 1

3 mid-positions 3

Change-over Reversing change-over selector W

selector Coarse change-over selector G

Example:

On-load tap-changer designations

- / -

III CY - / - 1910VRF 72.51300 1G

Basic connection diagramm