Siemens 8DH10 User Manual

Switchgear Type 8DH10 up to 24 kV, Gas-Insulated, Extendable

Medium-Voltage Switchgear

Catalog HA 41.11 · 2008

Answers for energy.

Application, RequirementsContents

Features

Application, Requirements Page

Features, typical uses 2 and 3

Technical Data

Electrical data, filling pressure, temperature 4 and 5

Switchgear installation, shipping data 6 and 7

Product Range

Product range overview 8 to 15

Design

Panel design 16 and 17

Components

3AH vacuum circuit-breaker 18 and 19 Three-position switch-disconnector 20 Busbars 21 Transformers 22 to 27 Cable connection 28 Low-voltage equipment 29

Dimensions

Individual panels, panel blocks 30 to 34 Metering panel combinations 33 and 35 Floor openings and fixing points 36 to 39 Cable connection examples 40

Standards, Transport, Notes

Standards, specifications, guidelines 41 Trans po rt data, classification 42 Notes 43

For further information, please refer to

•

Catalog HA 40.1: (Switchgear Type 8DJ and 8DH, General Part)

•

Supplements to Catalogs HA 45.31/41.11

The products and systems described in this catalog are manufactured and sold according to certified quality and enviromental management system (acc. ISO 9001 and ISO 14001). (DQS Certificate Reg. No. DQS 003473 QM UM). The certificate is accepted in all IQNet countries.

8DH10 switchgear is a factoryassembled, type-tested, three-pole, metal-enclosed, metal-clad singlebusbar switchgear for in-door in

-

stallation:

Up to 24 kV

•

Feeder currents up to 630 A

•

Busbar currents up to 1250 A

•

Typ ical us es

8DH10 switchgear is used – even under severe envir onmental conditions – for power distribution in secondary distribution systems, such as

Substations, customer transfer

n

substations, distribution substations and switching substa

tions of power supply and public utilities

Industrial plants, such as:

n

Wind power stations

•

High-rise buildings

•

Airports

•

Lignite open-cast mines

•

Underground railway stations

•

Sewage treatment plants

•

Port facilities

•

Traction power supply systems

•

Automobile industry

•

Petroleum industry

•

Chemical industry

•

Cement industry

•

Unit-type heating power stations

•

Textile, paper and food industry

•

Emergency power supply installations

Modular design

•

Individual panels and panel blocks can be freely combined andextended–without

gas work

on site

•

Low-voltage compartments can be supplied in two overall heights and are wired to the panel by means of plug-in connections

Reliability

•

Type and routine-tested

•

Standardized and manufactured using numerically controlled machines

•

More than 500,000 8DJ/8DH panels in operation worldwide for many years

Quality and environment

Quality and environmental management system acc. to DIN EN ISO 9001 and DIN EN ISO 14001

Personal safety

Safe-to-touch and hermetically

•

sealed primary enclosure

HV HRC fuses and cable sealing

•

ends are only accessible when outgoing feeders are earthed

Operation only possible when

•

enclosure is closed

Logical mechanical interlocking

•

Capacitive voltage detecting sys

•

tem to verify saf e isolation from supply

Feeder earthing by means of

•

make-proof earthing switches

Security of operation

Hermetically sealed primary

•

enclosure independent of environmental effects (such as pollution, humidity and small animals) – sealed for life:

– Welded switchgear vessel – Welded-in bushings and operating

mechanism

•

Operating mechanism parts maintenance-free (IEC 62271-1 / VDE 0671-1)

•

Operating mechanisms of switch ing devices located outside the switchgear vessel (primary enclo sure)

•

Switchgear interlocking system with logical mechanical interlocks

•

Mechanical switch-position indicators integrated in the mimic diagram

Cost-efficien c y

Extremely low “life-cycle costs” throughout the entire product service life as a result of:

•

Maintenance-free concept

•

Climatic independence

•

Minimum space requirements

•

Maximum availability

Security of investment

Innovative developments, such as:

•

Modular design

•

Switchgear extension without gas work on site

•

Maintenance-free 3AH vacuum circuit-breaker

•

SIPROTEC protection device family

-

2

Switchgear Type 8DH10, up to 24 kV, Gas-Insulated, Extendable  Siemens HA 41.11  2008

Technology

Maintenance-free

•

Climate-independent

•

Partition class: Class PM

•

(metallic partition) Three-pole primary enclosur e,

•

metal-enclosed Insulating gas SF

•

Welded switchgear vessel without

•

6

seals, made of stainless steel, with welded-in bushings for elec trical connections and mechanical components

Three-position switch-discon-

•

nector with load-break and make-proof earthing function

Cable connection for bushings

•

with outside cone Connection with cable plugs

•

– In ring-main feeders and

circuit-br eaker feeders with bolted contact (M16)

– In transformer feeders with

plug-in contact Option: Connection with conven-

•

tional cable sealing ends

– For thermoplastic-insulated

cables via elbow adapter AKE 20 / 630 (make Siemens)

– For paper-insulated mass-

impregnated cables via commercially available adapter systems

•

Easy installation

•

Option: Pressure absorber system – Maintenance-fr ee – For rated short-time withstand

current I

£ 20 kA

k

– For single and multi-panel

combinations of 700 mm to

2000 mm width (for panel type

ME1 with max. 1 adjacent panel) – With 300 mm high pressure ab-

sorber duct below the switchgear

and – With 115 mm deep pressure

absorber duct for pressure relief

upwards –Withscrewed-oncable

compartment cover – Possible for switchgear with stand -

ard cable compartment cover

ption: Deeper cable compart-

O

ment cover: 105 or 300 mm – For overall height of switchgear,

seepage6

ption: Free-standing arrange-

–O

ment, for overall height of

switchgear 2300 mm and with

rear cover For further information concerning

thepressureabsorbersystem, please refer to page 39 and to Catalog HA 40.1

Standards

Seepage41

Application

T ypical uses

s p e a 3 1 0

1 4 A

-

s p e

4 1 0

1 4 A H

R

H

R

Example Customer transfer switchgear

s p e

5 1 0

1 4 A H

R

Application Customer transfer substation in an accessible switchgear building (transformers, medium-voltage and low-voltage in a factory-assembled building)

Application Power supply of high-rise buildings

Switchgear Type 8DH10, up to 24 kV, Gas-Insulated, Extendable  Siemens HA 41.11  2008

3

Technical Data

Electrical data

Common electrical data

Filling pressure, temperature, partition class and classification

Panel data

Ring-main panel

type RK,

bus sectionalizer panel type LT2, cable panel

type K

Rated insulation level Rated voltage U

Rated short-dur. power-freq. withstand voltage U – phase-to-phase, phase-to-earth, open contact gap kV – across the isolating distance kV2023

Rated lightning impulse withstand voltage U – phase-to-phase, phase-to-earth, open contact gap kV

– across the isolating distance kV6070 Rated frequency f Rated normal current I

r

2)

r

for busbar (standard) up to A 630 630 630 630 630

forbusbar(option) Rated filling level p Min. functional level p

re

me

Ambient air temperature T

for insulation 150 kPa (absolute) at 20 °C

for insulation 130 kPa (absolute) at 20 °C

3)

Panels without secondary equipment Class “Minus 25 indoor” (-25 to +70 °C4))

Panels with secondary equipment, Class

r

)

*

kV 7.2121517.5B)24

:

d

:

p

1)

28

1)

32

1)

75

1)

85

50/60 Hz

A 1250 1250 1250 1250 1250

“Minus 5 indoor” (-5 to +55 °C

circuit-breaker panels Partition class Class PM (metallic partition) Loss of service

continuity category

Rated normal current I

5)

2)

r

Rated short-time withstand current I

k

Rated peak withstand current I Rated short-circuit making current I

LSC (loss of service continuity) LSC 2

for feeder (for panel types RK ... and K ...) A 400, 630 400, 630 400, 630 400, 630 400, 630

for bus sectionalizer panel type LT2 A

400, 630 400, 630 400, 630 400, 630 400, 630 for switchgear with tk= 1 s up to kA 20 25 20 25 20 25 20 25 20 for switchgear with t

p

ma

= 3 s (option) up to kA – – 20 – 20 – 20 – 20

k

up to kA 50 63 50 63 50 63 50 63 50 up to kA 50 63 50 63 50 63 50 63 50

36 39

95 110

B)

38 45

95 110

4)

)

50 60

125 145

Transformer panel type TR

Rated normal current I Rated short-time

withstand current I

Rated peak withstand current I Rated short-circuit making current I Reference dimension “e“ of the HV HRC fuse links mm 292

Circuit-breaker

Rated normal current I

panel type LS, bus sectionalizer

type LK/LT1

Rated short-time withstand current I

Rated peak withstand current I Rated short-circuit making current I Rated short-circuit breaking current I Electrical service life of

3AH vacuum circuit-breakers

*) Not for billing metering

panels type ME1

B) Data for Russian Federation:

– Rated voltage 12 kV – Rated Short-duration power-

frequency withstand voltage 42 kV

1) According to some national requirements, higher values of the rated short-duration power-frequency withstand voltage available for

=20kAwith:

I

k

- 42 kV for phase-to-phase,

phase-to-earth and open contact gap as well as

- 48 kV across the isolating distance

2)

r

for feeder

6)

for switchgear with tk= 1 s up to kA 20 25 20 25 20 25 20 25 20

k

2)

r

for switchgear with t

6)

p

6)

ma

for feeder (for panel types LS ...) A 400, 630 400, 630 400, 630 400, 630 400, 630 for bus sectionalizer panel type LT1 A 400, 630 400, 630 400, 630 400, 630 400, 630 for switchgear with tk= 1 s up to kA 20 25 20 25 20 25 20 25 20

k

for switchgear with t

p

ma

8)

sc

at rated normal current 10 000 operating cycles at rated short-circuit breaking current 50 breaking operations

Higher values of the rated lighting impulse withstand voltage

=20kA):

(for I

k

- 95 kV for phase-to-phase, phase-to-earth and open contact gap as well as

- 110 kV across the isolating distance

2) The rated normal currents apply to ambient air temperatures of max. 40 °C. The 24-hour mean value is max. 35 °C (according to IEC 62271-1 / VDE 0671-1)

A 200 200 200 200 200

= 3 s up to kA – – 20 – 20 – 20 – 20

k

up to kA 50 63 50 63 50 63 50 63 50 up to kA 25 25 25 25 25 25 25 25 25

7)

292 442 442 442

= 3 s up to kA – – 20 – 20 – 20 – 20

k

up to kA 50 63 50 63 50 63 50 63 50 up to kA 50 63 50 63 50 63 50 63 50 up to kA 20 25 20 25 20 25 20 25 20

3) Operating conditions according to IEC 62271-200. For application, see also pages 2 and 41 (climate and ambient conditions)

4) Temperature range, reduced normal currents at ambient air temperatures > +40 °C

6) Depending on the HV HRC fuse link, observe the max. let-through current of the HV HRC fuse links

7) Extension tube (150 mm long) required additionally for fuse mounting 442 mm

8) For the 3AH vacuum cir cuit-breaker

5) Classification accordin gto IEC 62271-200 (see also page 42)

4

Switchgear Type 8DH10, up to 24 kV, Gas-Insulated, Extendable  Siemens HA 41.11  2008

Technical Data

Electrical data

Common electrical data

Filling pressure, temperature, partition class and classification

Panel data

Busbar earthing panel

type SE,

busbar voltag e metering panel

type MS1V/ME3

Rated insulation level Rated voltage U

Rated short-dur. power-freq. withstand voltage U – phase-to-phase, phase-to-earth, open contact gap kV – across the isolating distance kV2023

Rated lightning impulse withstand voltage U – phase-to-phase, phase-to-earth, open contact gap kV

– across the isolating distance kV6070 Rated freque n cyf Rated normal current I

r

2)

r

for busbar (standard) up to A 630 630 630 630 630

forbusbar(option) Rated filling level p Min. functional level p

re

me

Ambient air temperature T

for insulation 150 kPa (absolute) at 20 °C

for insulation 130 kPa (absolute) at 20 °C

3)

Panels without secondary equipment Class “Minus 25 indoor” (-25 to +70 °C4))

Panels with secondary equipment, Class

r

)

*

kV 7.2121517.5B)24

:

d

:

p

1)

28

1)

32

1)

75

1)

85

50/60 Hz

A 1250 1250 1250 1250 1250

“Minus 5 indoor” (-5 to +55 °C

circuit-breaker panels Partition class Class PM (metallic partition) Loss of service

continuity category

5)

Rated short-time withstand current I

k

Rated peak withstand current I Rated short-circuit making curr e n tI

LSC (loss of service continuity) LSC 2

for switchgear with tk= 1 s up to kA 20 25 20 25 20 25 20 25 20

for switchgear with t

p

ma

=3s(option) uptokA

k

up to kA 50 63 50 63 50 63 50 63 50 up to kA 50 63 50 63 50 63 50 63 50

– – 20 – 20 – 20 – 20

36 39

95 110

B)

38 45

95 110

4)

)

50 60

125 145

Billing metering

Rated normal current I

panels

types ME1 and ME2

Rated short-time withstand current I

Rated peak withstand current I

*) Not for billing metering

panels type ME1

B) Data for Russian Federation:

– Rated voltage 12 kV – Rated Short-duration power-

frequency withstand voltage 42 kV

1) According to some national requirements, higher values of the rated short-duration power-frequency withstand voltage available for

=20kAwith:

I

k

- 42 kV for phase-to-phase,

phase-to-earth and open contact gap as well as

- 48 kV across the isolating distance

2)

r

for transfer up to A 630 630 630 630 630 for fee de r(T with cable pane lastype ME1-K) up to A 630 630 630 630 630 for busbar metering up to A 630 630 630 630 630 for switchgear with tk=1s uptokA– 2520 2520 2520 2520

k

for switchgear with t

p

Higher values of the rated lighting impulse withstand voltage

=20kA):

(for I

k

- 95 kV for phase-to-phase, phase-to-earth and open contact gap as well as

- 110 kV across the isolating distance

2) The rated normal currents apply to ambient air temperatures of max. 40 °C. The 24-hour mean value is max. 35 °C (according to IEC 62271-1 / VDE 0671-1)

= 3 s up to kA 20 – 20 – 20 – 20 – 20

k

up to kA 50 63 50 63 50 63 50 63 50

3) Operating conditions according to IEC 62271-200. For application, see also pages 2 and 41 (climate and ambient conditions)

4) Temperature range, reduced normal currents at ambient air temperatures > +40 °C

5) Classification accordin gto IEC 62271-200 (see also page 42)

Switchgear Type 8DH10, up to 24 kV, Gas-Insulated, Extendable  Siemens HA 41.11  2008

5

HA41-2286g eps

³1000775

³10001070

>600

2000

10

³50

³15

10

³50

³1000

³2400

**

7

20

3

4

5

6

7

8

9

11

2

12

1

18

13

19

22

10

14

2300

*

***

HA41-2287h eps

115

300

³15

890

828

834

³2400

**

³1000

~

200

15

16

17

15

13

21

22

23

Technical Data

Switchgear installation

Room planning

Switch

gear installation

Wall-standing arrangement – Single row – Double row (for face-to-face

arrangement)

Free-standin g

Option: arrangement

For room planning and switchgear installation, please note: – Floor openings: Dimensions

see pages 36 to 39

– Direction of pressure relief

acc. to serial no. 13

– Respectiv e pressure relief

rooms

Room dimensions

see opposite

dimension drawings

Door dimensions

The door dimensions depend on the –Numberofpanelsina

transport unit

– Design with or without

low-voltage compartment

Switchgear installation with standard panels

Switchgear room

Cable basement

Side view

Switchgear installation with rear-side pressure absorber duct (option)

Switchgear room

Cable basement

Side view

gear fastening

Switch

•

For floor openings and fixing points of the switchgear, see pages 36 to 39

•

Foundations: – Steel structure – Steel-reinforced concrete

Panel dimensions

Weight

For details, please refer to page 7.

* Switchgear height for version with

pressure absorber duct:

** Installation conditions for internal

– For wall-standing arrangement

W 1950 mm (panel combination without metering panel ME1) W 2300 mm (for combination with metering panel ME1)

– For free-standing arrangement

W 2300 mm (high end walls, rear wall and front covers, optional low-voltage compartment)

arc classification acc. to IEC 62271-200

*** Height of pressure absorber duct

2100 mm with: – Wall-standing arrangement with

metering panel ME1

– Free-standing arrangement for all

panel types

B Depending on national

specifications: – For extension/panel replacement:

Control aisle W 1000 mm recommended (for Germany W 800 mm)

6

Switchgear Type 8DH10, up to 24 kV, Gas-Insulated, Extendable  Siemens HA 41.11  2008

see p. 30 to 34

Top v iew Top v iew

1 Relief opening

2 Opening (e.g. for ventilation

as option)

3 Room height

4 Panel depth of the standard

panel (may be 15 mm deeper for free-standing arrangement, depending on the panel design)

5 Control aisle

6 Panel depth of panels with

deep cable compartment cover

7 Deep cable compartment

cover

8 S tandar d cable compartment

cover

B

9 Foundation

nd

10 2

cable for connection with of double T-plugs in conjunction with larger floor opening and design with deep cable compartment cover

11 Height of the cable

basement corresponding to the cable bending radius

12 Cable

13 Direction of pressure relief

14 Floor openings:

Dimensions see pages 34 to 37

ption:

15 O

Pressure absorber duct

16 Base height of the pressure

absorber duct beneath the panel

17 Depth of the pressure absorber

duct behind the panel

18 Wall distance

19 End wall

20 Panel width

21 Width of the pressure absorber duct

– 700 mm for panel combinations – Approx. 850 mm for metering

panels type ME1

22 Standard:

Low-voltage compartment for circuit-breaker panels

ption:

O –Low-voltagecompartment

forallotherpaneltypesor

–Frontcover

23 Relief outlet

Technical Data

Shipping data

Individual panel, panel block or combinations thereof for standard switchgear (without pressure relief duct)

Transport of individual panels

Ring-main panel (standard)

Cable panel (standard)

Transformer panel

Circuit-breaker panel (standard)

Circuit-breaker panel

Bus sectionalizer panel with circuit-breaker

Bus sectionalizer panel with switch-disconnector LT2 LT Busbar earthing panel

Busbar voltage metering panel ME3 MS1 V 500 250 / 310 0.70 1.60 / 2.20 1.10 1.23 / 1.69 310 / 370 Billing metering with cast-resin

panels, insulated transformers air-insulated **

Transport of panel blocks

Ring-main panel block

Transformer panel block

Ring-main/transformer panel block

Cable connection/transformer panel block KT-B2 700 300 / 420 1.08 1.60 / 2.20 1.10 1.90 / 2.61 360 / 480

BB

with voltage transformer

with combined transformers

Type Short identification

current in

RK RK

RK1 RK1

RK2 RK1 V 500 200 / 260 0.70 1.60 / 2.20 1.10 1.23 / 1.69 260 / 320

KK

TR TR1 LS1 LS1

LS2 LS1V

LST1 LST1 LT1 LK

LT1-V LK V

SE1 SE

SE2 SE1 V

ME1 ME1 850 250 / 310 1.08 1.60 / 2.20 1.10 1.90 / 2.61 310 / 370

ME2 ME2 600 390 / 450 1.08 1.60 / 2.20 1.10 1.90 / 2.61 450 / 510

R-B2

R-B3 T-B2

T-B3 RT-B2

2RT-B3

3RT-B4

Panel or panel combination Transport unit (including packing) for standard panels (without

B

Width B1mmNet weight

future

350

500

350 145 / 205 0.70 1.60 / 2.20 1.10 1.23 / 1.69 205 / 265

500 180 / 240 0.70 1.60 / 2.20 1.10 1.23 / 1.69 240 / 300

500

500 280 / 340 0.70 1.60 / 2.20 1.10 1.23 / 1.69 320 / 380

500

500 150 / 210 0.70 1.60 / 2.20 1.10 1.23 / 1.69 210 / 270

350

500

700

1050

1000

1500

700

1050

1400

approx. kg without / with

*/LVC*

LVC

150 / 210

180 / 240

– / 260

– / 380

– / 280

– / 380

150 / 210

250 / 310

280 / 400

400 / 580

320 / 440

480 / 660

300 / 420

450 / 630

580 / 820

pressure absorber system)

1)

Width B2mHeight

0.70

1.08

1.40

2.03

1.08

1.40

2.03

m without /with

*/LVC*

LVC

1.60 / 2.20

– / 2.20

1.60 / 2.20

Depth T2 m

1.10

Volume

3

m without /with

*/LVC*

LVC

1.23 / 1.69

– / 1.69

1.23 / 1.69

1.90 / 2.61

2.46 / 3.40

3.57 / 4.91

1.90 / 2.61

2.46 / 3.40

3.57 / 4.91

Gross weight approx. kg without /with

*/LVC*

LVC

210 / 270

240 / 300

– / 320

– / 440

– / 340

– / 440

210 / 270

310 / 370

340 / 460

470 / 650

390 / 510

560 / 740

360 / 480

520 / 700

660 / 900

1)

Transport of combinations of different individual panels or panel blocks

Comprising – a number of individual panels or –1panelblockor – a number of panel blocks or – individual panels with panel blocks

B Short identifications of the panels have been harmonized

BB Panel type LST1: Please refer to separate Catalog HA 45.31/41.11, Supplements to Catalogs HA 45.31/41.11

Transport units for shipping (top view)

With individual panel or panel block

With combinations of different individual panels and/or panel blocks (option: Panels bolted together and busbars mounted)

Overall width B3

£ 850 mm £ 1200 mm 1.40 1.60 / 2.20 1.10 2.46 / 3.392)+70*** £ 1800 mm 2.03 1.60 / 2.20 1.10 3.57 / 4.912)+85*** £ 2350 mm 2.53 1.60 / 2.20 1.10 4.49 / 6.172)+100***

B2

1.08 1.60 / 2.20T21.10 1.90 / 2.61

1 T1 = Depth of individual

panel or of panel block

2 Individual panel or panel

block, dimension B1 x T1

3 Transport unit,

dimension B2 x T2

4 B3 = Overall width of

combination of different individual panels or panel blocks

5 B2 = Width of the

transport unit

Switchgear Type 8DH10, up to 24 kV, Gas-Insulated, Extendable  Siemens HA 41.11  2008

2)

+60***

1) The net weight and the gross weight depend on the extent to which they are equipped (e.g. with current transformers, motor operating mechanism, deep cable compartment cover) and are therefore given as mean value

2) Sum of the net weights of indi-

vidual panels and / or panel blocks

* Low-voltage compartment,

600 mm high, weight approx. 60 kg depending on the panel type and on the extent to which it is equipped

** The weights depend on the

weights of the mounted transformers

*** Packing weight

7

Product Range

Product range overview

Designation of the individual panels and panel blocks

Individual panels

Ring-main panel 350 RK RK

Cable panel without earthing switch 350 K K

Cable panel with make-proof earthing switch 350 K K

Transformer panel 500 TR TR1

Transformer panel with plug-in voltage transformers 500 TR-V TR1-V

Circuit-breaker panel 500 LS1 LS1

Circuit-breaker panel with plug-in busbar voltage transformers 500 LS2 LS1 V

Circuit-breaker panel (with disconnecting circuit-breaker) Bus sectionalizer (with vacuum circuit-breaker) 500 LT1 LK

Bus sectionalizer (with switch-disconnector)

Busbar earthing panel 350 SE1 SE

Busbar voltage metering panel 500 ME3 MS1 V

BB

Panel width

Type

Short identifications *

current in future

Column no.

500 RK1 RK1 500 RK2 RK1V 350 RK-U RK-U 500 RK1-U RK1-U 500 RK2-U RK1V-U

350 K-U K-U

500 TR-U TR1-U

500 TR/V TR1/V

500 LS1-U LS1-U

500 LS2-U LS1 V-U 500 LST1 LST1

500 LT1-V LK V 500 LT2 LT

500 SE2 SE1 V

Billing metering panel 850 ME1 ME1

Legend for pages 8 and 9

* Short identifications of the panels

have been harmonized

** LVterminalsasanoptionintheLV

compartment (compartment to be ordered as an option)

B Three-position switch as

three-position switch-disconnector (switch-disconnector CLOSED-OPEN-EARTHED)

BB Three-position switch as

three-position circuit-breaker (disconnecting circuit-break er CLOSED-OPEN-EARTHED), see Supplements to Catalogs HA 45.31/41.11-2007

1) The equipment applies to the entire panel block, but it is located in the first feeder panel from the left

2) Low-voltage terminals arranged in thelow-voltagenicheofthe ring-main or cable feeder

8

Switchgear Type 8DH10, up to 24 kV, Gas-Insulated, Extendable  Siemens HA 41.11  2008

Billing metering panel for busbar connection 850 ME1-S ME1-S

Billing metering panel with combined transformers

Panel blocks

Ring-main panel block 700 R-B2

Transformer panel block 1000 T-B2

Ring-main/transformer panel block

Cable connection/transformer panel block (cable panel without make-proof earthing switch)

Cable connection/transformer panel block (cable panel with make-proof earthing switch)

850 ME1-K ME1-K

cable connection 850 ME1-KS ME1-K

600 ME2 ME2

Column no.

1050 R-B3

1500 T-B3

700 RT-B2

1050 2RT-B3

1400 3RT-B4

700 KT-B2

RK

T

RK

T

RK

T

K

T

K

T

Product Range

Equipment features

• Basic equipment

Additional equipment

°

(option), further additional equipment on request

– Not available

Low-voltage niche as terminal comp. above the operating mechanism box

C-rail as cable bracket

Manual operating mechanism for three-position switch

Manual operating mechanism for three-position circuit-breaker

1234 567 891011 12 1314 15161718192021222324

–

• –

•

––– –––•–

–

• –

•

–

••–••• ––•––––

• ––•––––

• ––•–

• –

• ––•–

•

–––•–––•––– – – – – ––––– ––– –––•–––•––– – – – – ––––– ––– –––•––––––– – – – – –––––

1234 567 891011 12 1314 15161718192021222324

–

• –

•

–––

• –

•

Cable compartment cover locked in place/screwed on

Interlock for cable compartment cover

–

•

••

–

••

–

•• ––•––– ––•––– ––•–––

•••

– ––•––– – –––•– – –––•– – ––––– – –––––

––•––– ––•–––

••

– – – – – – – – – –

•••

– –

•

••

–

•

–

•

–––

•

–––

•

––•––– – – – – –––––

••

–––

•

–––

•

••

2)

•

••

2)

•

••

2)

•

2)

•

••

2)

•

B)

Separate low-voltage niche as terminal compartment

Low-voltage terminals in the operating mechanism box **

––– ––– –––

–

•

–

•

–

–––

––– –––

––– –– ––– –– ––– –– ––– –– –––• ––

BB)

OPEN: 2NO + 2NC, EARTHING CLOSED/OPEN: 2NO + 2NC; circuit-breaker

Release as shunt release for three-position switch

° ° ° ° ° ° ° ° ° ° °

° °

°

Signalling switch (1 NO) for remote electrical ready-for-service indication

Mechan. ready-for-servi ce indicator(e.g.for switching devices)

•

°°°

•

°°°

•

°°°

•

°°°

•

°°°

•

°°°

•

°

•

°

•

°°

•

°°

•

°°°

•

°°°

•

°°°

•

°°°

•

°°°°

•

°°°°

•

°°°°

•

°°°°

•

°

•

°°°°

•

°°°°

•

°°°

•

°°

•

°°

•

°°°

1)

•

°

1)

•

°

1)

•

°

1)

•

°

1)

•

°

1)

•

°

1)

•

°

1)

•

°

1)

°

1) 1)

type LST CLOSED/OPEN:2NO + 2NC, EARTHING CLOSED/OPEN:2NO + 2NC

Aux. switch for three-position switch

––––––°–– – – – – –––––

•

Motor-operat. mechan. f. three-pos. switch

–– –– –– ––°–––

°

–– ––•––– –– ––•–––

°° °° °° °° °° °° °° °° °° °°

––––––°––

°°

–– ––

° °°

BB)

and

B)

: Switch-disconnector CLOSED/

BB)

and

B)

vacuum circuit-breaker

De-earthing lock-out for make-proof earthing switch

Interlock in circuit-breaker panel between three-position switch

–– –– –– –– –– ––

– – – –

–

–––•–––

–––°–––

––– ––– – – –– – –– – –– –

–

of three-position switch

Closing lock-out for three-position switch

°°° °°° °°° °° °° °°°

–

°

–

°

–

°

–

°

–

°°°°°

–

°°–°°

–

°°°°°

–

°°–°°

° °°°–°°°°°

––•– ––•–

–

°

–

°

°°°

–

°

°°°

–

°

°°°

–

°

–

°

–

°

(f. CLOSED and OPEN)

BB)

and

B)

BB)

and

B)

Locking device for three-position switch

°°

° ° ° °

Motor operating mechanism for 3AH vacuum circuit-breaker

Short-circuit or earth-fault indicator

–– ––

–– ––– –––

––

––– ––– ––– –––

°°

°° °° ° °

°

° °° °

––

–– ––– –––

–– –––

–––

–– –––

and

B)

BB)

and

B)

Low-voltage compartment **

Release as current-transformer operated release

Mounted cable clamps

Low-voltage cover

°°°° °°°° °°°° °°–° °°–° °°–° °°°° °°–° °°°° °°–° °°°° °°–° °°°° °°–°

–

•

°°

–– –

°°

––

–– ––

°

° °°–° °°–° °°–° °°–°

°°–° °°°° °°–° °°°° °°–°

°°°° °°°° °°°° °°°° °°°° °°°° °°°° °°°° °°°° °°°° °°°° °°°° °°°° °°°°

)

Secondary equipment

Switchgear Type 8DH10, up to 24 kV, Gas-Insulated, Extendable  Siemens HA 41.11  2008

9

HA41-2224_1d eps

HA41-2216_1d eps

HA41-2227_1d eps

HA41-2225_1d eps

HA41-2226_1d eps

HA41-2215_1d eps

HA41-2214_1e eps

**

HA41-2217_1d eps

HA41-2219_1e eps

**

HA41-2213_1d eps

HA41-2218_1d eps

HA41-2220_1d eps

HA41-2221_1d eps

HA41-2222_1d eps

HA41-2223_1d eps

Product Range

**

Ring-main, cable and transformer panels as individual panels

Ring-main panels

as feeder panels

option

Typ e R K

350 mm wide

1) 3)

Typ e R K1

500 mm wide

Option:

Typ e RK1 V

500 mm wide

Typ e R K *

350 mm wide

nd

for 2

cable*

Typ e R K *

350 mm wide

with plug-in surge arresters *

1) 2) 3)

Cable panels

as feeder panels

option

Typ e K

350 mm wide

Typ e K *

350 mm wide

nd

for 2

cable *

Typ e K *

350 mm wide

with plug-in surge arresters *

Transformer panels

as feeder panels

option

Typ e T R1

500 mm wide

Typ e T R1- V

500 mm wide

B

with plug-in voltage trans formers

Typ e T R-V

500 mm wide

-

B

(105 mm deeper cable compartment cover)

with plug-in voltage trans

formers instead of cable connection

Three-position switch-disconnector

HV HRC fuse

Capacitive voltage detecting system

Cable-type current transformer

4MT8 plug-in voltage transformer at the cable connection

4MT8 plug-in voltage transformer at the connection

Cable (not included in the scope of supply)

2ndcable (not included in the scope of supply)

as transfer panels as transfer panels as transfer panels

option

Typ e R K-U

350 mm wide

for transfer

option

to the right

Option:

Typ e RK1- U Typ e RK1V -U

500 mm wide

Typ e R K-U

350 mm wide

option

3)

2) 3)

for transfer to the left

Option:

Typ e RK1- U Typ e RK1V -U

500 mm wide

10

Switchgear Type 8DH10, up to 24 kV, Gas-Insulated, Extendable  Siemens HA 41.11  2008

option

3)

2) 3)

Typ e K-U

350 mm wide

for transfer to the right

Typ e K-U

350 mm wide

for transfer to the left

option

Typ e T R1- U

500 mm wide

for transfer to the right

Typ e T R1- U

500 mm wide

for transfer to the left

Plug-in surge arrester

Make-proof

HA41-2278e eps

earthing switch

Footnotes seepage11

HA41-2229_1c eps

HA41-2233_1c eps

HA41-2232_1d eps

HA41-2234_1c eps

HA41-2235_1e eps

HA41-2228_1d eps

HA41-2231_1c eps

HA41-2230_1c eps

Product Range

Ring-main, cable and transformer panels in panel blocks

BB

Ring-main panel blocks

Designs and options for each panel, see page 10

RK RK

RK

Typ e R -B2

700 mm wide

consisting of 2 ring-main panels

RK RK

Typ e R -B3

1050 mm wide

consisting of 3 ring-main panels

Transformer panel blocks

Designs and options for each panel, see page 10

TR TR

Typ e T- B2

1000 mm wide

consisting of 2 transformer panels

Ring-main/transformer panel blocks

Designs and options for each panel, see page 10

RK

c

TR

Typ e R T-B2

700 mm wide

consisting of 1 ring-main panel and 1 transformer panel

RK

RK RK

c

TR

Typ e 2 RT-B3

1050 mm wide

consisting of 2 ring-main panels and 1 transformer panel

c

TR

Typ e 3 RT-B4

1400 mm wide

consisting of 3 ring-main panels and 1 transformer panel

Three-position switch-disconnector

HV HRC fuse

Capacitive voltage detecting system

BB Capacitive voltage

detecting system at the busbar of the panel blocks: Only located once in the first panelof the block!

HA41-2278e eps

Cable (not included in the scope of supply)

TR

Designs

•

Busbar connection system for connection of individual panels or panel blocks: Arranged in the left-hand panel of the panel block (therefore extendable at a later date)

•

Only either the left-hand or the right-hand panel of the panel block can be designed as a transfer panel with busbar connection

•

Panel blocks are also available without a busbar connection system (extendable at a later date only via the cable feeder)

TR TR

Typ e T- B3

1500 mm wide

consisting of 3 transformer panels

Cable connection/transformer panel block

Designs and options for each panel, see page 10

K

Designs

•

Busbar connection system for connection of individual panels or panel blocks: Arranged in the left-hand panel of the panel block (therefore extendable at a later date)

•

Only either the left-hand or the right-hand panel of the panel block can be designed as a transfer panel with busbar connection

•

Panel blocks are also available without a busbar connection system (extendable at a later date only via the cable feeder)

c

A plug-in voltage transformer cannot be provided at the connection

c

TR

Typ e K T-B 2

700 mm wide

consisting of 1 cable connection panel 1 transformer panel

Footnotes from page 10

B Deep cable

compartment cover required

* Depending on

the make/type of the cable plug or arrester: Deep cable compartment cover required

** Cable-type

current transformer on the

nd

cable:

2 For 300 mm deeper cable compartment cover

1) Suitable for voltage transformer type 4MT8

2) Suitable for voltage transformer type 4MT3

3) Suitable for three-phase current transformers

Switchgear Type 8DH10, up to 24 kV, Gas-Insulated, Extendable  Siemens HA 41.11  2008

11

HA41-2247_1d eps

1

)

HA41-2241_1d eps

1

)

HA41-2246_1d eps

1

)

HA41-2240_1d eps

1

)

HA41-2245_1d eps

1

)

2

)

HA41-2243 _1d eps

1

)

2

)

HA41-2239_1d eps

1

)

2

)

HA41-2237_1d eps

1

)

2

)

HA41-2244_1e eps

**

1

)

2

)

HA41-2242_1e eps

1

)

2

)

HA41-2238_1e eps

**

1

)

2

)

HA41-2236_1e eps

1

)

2

)

Product Range

2

)

1

)

Circuit-breaker panels as individual panels

BB

Circuit-breaker panels

Circuit-breaker panels with plug-in busbar voltage transformers

as feeder panels

option

option option option option

Typ e L S1

500 mm wide

Basic panel

option

option option

option

Typ e L S1

*

500 mm wide

nd

for 2

cable *

as feeder panels

option

Typ e L S 1V/LS2

500 mm wide

Basic panel

option

option option

option

Typ e L S2

*

500 mm wide

nd

for 2

cable *

Vacuum circuit-breaker

Three-position switch-disconnector

Capacitive voltage detecting system

4MC63... threephase current transformer

Cable-type current transformer on the cable

4MT8 plug-in voltage transformer at the cable connection

Typ e L S1

500 mm wide

with plug-in surge arresters or limiters *

as transfer panels

option

*

Typ e L S1-U

500 mm wide

for transfer to the right

Typ e L S1-U

500 mm wide

for transfer to the left

B

Typ e L S1

500 mm wide

with plug-in voltage trans

B

formers

Typ e L S 1V/LS2

500 mm wide

with plug-in

-

surge arresters or limiters *

*

Typ e L S 1V/LS2

500 mm wide

with plug-in voltage transformers

as transfer panels

option

Type LS1V-U/LS2-U

B

4MT3 plug-in voltage

B

transformer at the busbar

Cable (not included in the scope of supply)

500 mm wide

for transfer

option

to the right

nd

cable (not

2 included in the scope of supply)

Plug-in

HA41-2278e eps

surge arrester or limiter

option

Type LS1V-U/LS2-U

500 mm wide

for transfer

option

to the left

12

Switchgear Type 8DH10, up to 24 kV, Gas-Insulated, Extendable  Siemens HA 41.11  2008

Footnotes seepage13

HA41-2253_1c eps

HA41-2250_1c eps

HA41-2249_1e eps

HA41-2254_1c eps

HA41-2252_1b eps

HA41-2248_1c eps

Product Range

Bus sectionalizer with circuit-breaker , bus sectionalizer with switch-disconnector,

busbar earthing panels and busbar voltage metering panel as individual panels

BB

Bus sectionalizer with circuit-breaker

option

Typ e L K/ LT 1

500 mm wide

with vacuum circuit-breaker

option

Busbar earthing panels

Typ e S E

350 mm wide

Busbar voltage metering panel

Typ e M S 1V / ME 3

500 mm wide

Vacuum circuit-breaker

Three-position switch-disconnector

Capacitive voltage detecting system

Cable-type current trans former on the screened busbar

Make-proof earthing switch

4MT8 plug-in voltage transformer at the connection

-

Typ e L K V/LT1- V

500 mm wide

with vacuum circuit-breaker and plug-in voltage transformers

Bus sectionalizer with switch-disconn e ctor

option

Typ e LT 2

500 mm wide

Typ e S E1 V/ SE2

500 mm wide

with plug-in voltage transformers

4MT3 plug-in

HA41-2278e eps

voltage transformer at the busbar

Footnotes from page 12 and 13

B Deep cable

compartment cover required

BB Short identi-

fications of the panels have been harmonized

* Depending on

the make/type of the cable plug or arrester: Deep cable compartment cover required

** Cable-type

current transformer on the

nd

cable:

2 For 300 mm deeper cable compartment

Switchgear Type 8DH10, up to 24 kV, Gas-Insulated, Extendable  Siemens HA 41.11  2008

13

HA41-2259_1c eps

P2

P1

1

)

HA41-2258_1c eps

P2

P1

1

)

HA41-2262_1b eps

P2

P1

HA41-2260_1c eps

P1

P2

1

)

HA41-2261_1c eps

P1

P2

1

)

HA41-2263_1b eps

P2

P1

HA41-2264_1b eps

P1

P2

HA41-2265_1b eps

P1

P2

HA41-2267_1c eps

P2

P1

HA41-2266_1c eps

P2

P1

HA41-2436_1a eps

P1

P2

HA41-2437_1a eps

P1

P2

Product Range

Air-insulated metering panels as transfer panels

Billing metering panels (standard)

option

Scheme 1

Typ e M E1, 850 mm wide

for transfer to the right

option

Scheme 2

Typ e M E1, 850 mm wide

for transfer to the right, transformer terminals interchanged

option

Billing metering panels as end panels, for cable connection

option

Scheme 1

Typ e M E1- K, 850 mm wide

for transfer to the right

option

Scheme 2

Typ e M E1- K, 850 mm wide

for transfer to the right, transformer terminals interchanged

option

Billing metering panels for busbar connection

option

Scheme 1

Typ e M E1- S, 850 mm wide

forbusbarmetering

option

Scheme 2

Typ e M E1- S, 850 mm wide

forbusbarmetering, transformer terminals interchanged

option

Current transformer, cast-resin insulated

1

) Voltage transformer, cast-resin insulated or on request:

Voltage transformer, cast-resin insulated, with HV HRC fuse

Voltage transformer, cast-resin insulated

Fixed earthing points for busbar earthing

Cable (not

HA41-2278d eps

included in the scope of supply)

P1 and P2 are terminal designations of the current transformer

Scheme 3

Typ e M E1, 850 mm wide

for transfer to the right

option

Scheme 4

Typ e M E1, 850 mm wide

for transfer to the right, transformer terminals interchanged

Note

Schemes 1 to 4 also feasible for transfer to the left

14

Switchgear Type 8DH10, up to 24 kV, Gas-Insulated, Extendable  Siemens HA 41.11  2008

Note

Schemes 1 to 4 also feasible for transfer to the left

Scheme 3

Typ e M E1- K, 850 mm wide

for transfer to the right

Scheme 4

Typ e M E1- K, 850 mm wide

for transfer to the right, transformer terminals interchanged

Scheme 3

Typ e M E1- S, 850 mm wide

for busbar metering, transformer terminals interchanged

option

Scheme 4

Typ e M E1- S, 850 mm wide

for busbar metering, transformer terminals interchanged

HA41-2268_1e eps

P2

P1

1

)

HA41-2269_1e eps

P2

P1

1

)

HA41-2270_1e eps

P1

P2

1

)

HA41-2271_1e eps

P1

P2

1

)

Product Range

HA41-2277_1d eps

2

)

3

)

P2

P1

HA41-2276_1d eps

P2

P1

2

)

3

)

HA41-2439_1b eps

P1

P2

2

)

3

)

HA41-2438_1b eps

P1

P2

2

)

3

)

HA41-2473a eps

P2

P1

1

)

HA41-2474a eps

P2

P1

1

)

HA41-2475a eps

P1

P2

1

)

HA41-2476a eps

P1

P2

1

)

3

)

Air-insulated metering panels as transfer panels

Billing metering panels as end panels, for cable connection

option

Scheme 1

Typ e M E1- KS , 850 mm wide

for transfer to the right

option

Scheme 2

Typ e M E1- KS , 850 mm wide

for transfer to the right, transformer terminals interchanged

option

Billing metering panels as individual panels, for cable connection

option

Scheme 1

Type ME1-KK, 850 mm wide

for cable connection

option

Scheme 2

Type ME1-KK, 850 mm wide

for cable connection, transformer terminals interchanged

option

Billing metering panels * with metal-enclosed combined transformers

Scheme 1

Typ e M E2, 600 mm wide

for transfer to the right

Scheme 2

Typ e M E2, 600 mm wide

for transfer to the right, transformer terminals interchanged

Current transformer, cast-resin insulated

1

) Voltage transformer, cast-resin insulated or on request:

Voltage transformer, cast-resin insulated, with HV HRC fuses

4MK plug-in combined current transformer, metal-enclosed

4MK plug-in combined voltage transformer, metal-enclosed

Fixed earthing points for busbar earthing

HA41-2278e eps

Cable (not included in the scope of supply)

option

Note

Schemes 1 to 4 also feasible as left-hand end panel for transfer to the left

Scheme 3

Typ e M E1- KS , 850 mm wide

for transfer to the right

Scheme 4

Typ e M E1- KS , 850 mm wide

for transfer to the right, transformer terminals interchanged

option

Scheme 3

Type ME1-KK, 850 mm wide

for cable connection

Scheme 4

Type ME1-KK, 850 mm wide

for cable connection, transformer terminals interchanged

Scheme 3

Typ e M E2, 600 mm wide

for transfer to the left

Scheme 4

Typ e M E2, 600 mm wide

for transfer to the left, transformer terminals interchanged

* Mainly for connection to

bus sectionalizer with switch-disconnector LT1, LT1 -V an d LT 2

Switchgear Type 8DH10, up to 24 kV, Gas-Insulated, Extendable  Siemens HA 41.11  2008

P1 and P2 are terminal designations of the current transformer

15

HA41-2279e eps

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

2

24

15

25

26

27

28

29

61

62

HA41-2280d eps

1

3

38

5

6

7

9

10

11

12

13

14

15

16

17

18

19

20

21

22

33

32

31

34

23

35

15

36

37

27

28

29

61

62

HA41-2281e eps

1

2

11

39

6

7

41

40

42

39

2

22

61

62

30

62

Design

Panel design (examples)

Ring-main panel Section Transformer panel Section

Type RK Type TR

Billing metering panel, air-insulated Section

16

Switchgear Type 8DH10, up to 24 kV, Gas-Insulated, Extendable  Siemens HA 41.11  2008

Type ME1

Legend for pages 16 and 17

1 O

ption: Low-voltage compartment

2 Niche for customer-side low-voltage equipment,

with hinged cover

3 Switch-position indicator for load-break

function “CLOSED – OPEN”

4 Switch-position indicator for earthing

function “OPEN – EARTHED”

5 Ready-for-service indicator

6 Rating and type plate

7 Mimic diagram

8 O

ption: Short-circuit / earth-fault indicator

9 Sockets for voltage detecting system

10 Arrangement of the busbars

11 Feeder designation label

12 O

ption: Locking device for three-position

switch-disconnector

13 Manual operation for the mechanism of

the earthing function

14 Manual operation for the mechanism of

the load-break function

15 Interlock of the cable compartment cover

16 Arrangement of the cable connections

17 Busbar system

18 Switchgear vessel filled with gas

19 Busbar connection

20 Pressure relief device

HA41-2282e eps

51 52

12, 53

13

3 4

7

14

23

16

17

18

19

20

21

22

43

44

45

46

47 48 49 50 11

5

6

8

9

15

10

46

24

15

25

26

54

27

28

29

55

61

63

62

HA41-2283c eps

58

59

60

57

56

61

Circuit-breaker panel Section

Type LS1 (without voltage transformers)

Type LS2-V (with voltage transformers)

Design

Panel design (examples)

21 Partition for busbar

22 Earthing busbar with earthing connection

23 Three-position switch-disconnector

24 Spring-operated mechanism

25 Bushing for cable plug with bolted contact (M16)

26 O

ption: Cable T-plug

27 Cable compartment cover

28 Cable compartment

29 Cable bracket

30 Earthing connection for earthing accessories

31 HV HRC fuse assembly, cover removed

32 Handle for replacing HV HRC fuse links

33 Interlock for HV HRC fuse assembly

34 Cover of the HV HRC fuse compartment

35 Spring-operate d / stored-energy mechanism

36 Bushing for cable plug with plug-in contact

37 Cable elbow plug with plug-in contact

38 Switch-position indicator for load-break function

“CLOSED – OPEN” and, if applicable, “HV HRC fuse tripped” or “shunt release tripped”

39 Cover for access to the busbar connection and to

the instrument transformers, screwed on

40 4MR voltage transformer

41 4MA7 current transformer

42 Covertobusbarconnection

compartment, scre wed on

43 O

ption: SIPROTEC bay control unit

44 Low-voltage compartment (standard)

Vacuum circuit-breaker: 45 Opening for the hand crank

– for closing with manual operating mechanism – for emergency operation with motor operating

mechanism

46 Operating mechanism box

47 Mechanical “ON” pushbutton (not supplied with

spring-operated mechanism)

48 Mechanical “OFF” pushbutton

49 Operating cycle counte r

50 “Spring charged” indicator

51 Vacuum interrupter

52 Switch-position indicat or

53 O

ption: Interlock between vacuum circuit-breaker

and three-position switch-disconnector

ption: Three-phase current transformer

54 O

(protection transformer)

Switchgear Type 8DH10, up to 24 kV, Gas-Insulated, Extendable  Siemens HA 41.11  2008

55 Cable-type current transformer

56 4MT3 plug-in voltage transformer at the busbar

57 Bushing for connection of plug-in voltage transformers

58 Plug-in connection according to EN 50 181 /

DINEN50181asinterfacetype“A”

59 O

ption: 4MT8 plug-in voltage transformer at the connection

60 Deep cable compartment cover

61 Wiring duct, removable, for control cables and/or bus wires

62 Cover screwed on

63 O

ption: Interlock be tween three-position

switch-disconnector and circuit-breaker

17

Components

3AH vacuum circuit-breaker

Features

According to IEC 62271/

•

VDE 0671-100 (standards see page 41)

Application of all 8DH10

•

switchgear in hermetically sealed vessel in conformity with the system

Climate-independent vacuum

•

interrupter poles in the gas-filled switchgear vessel

Maintenance-free for indoor

•

installation according to IEC 62271-1/ VDE 0671-1 (standards see page 41)

Individual secondary equipment

•

A metal bellows is used for

•

gasketless separation of the

-insulation and the operat-

SF

6

ing mechanism – as already used with success for over 100,000 vacuum interrupters

Switching duties and operating mechanisms

The switching duties of the vacuum circuit-breaker are dependent, among other factors, on its type of operating mechanism. Three operating mechanism versions are available:

•

Motor operating stored-energy

mechanism – For auto-reclosing (K), – For synchronization and

rapid load transfer (U)

•

Manual operating stored-

energy mechanism – For auto-reclosing (K)

•

Manual spring-operated me-

chanism (= spring CLOSED,

stored-energy OPEN)

for auto-reclosing (K)

–Not – For normal closing and – For storage of one

opening

operation

Further o

perating mechanism

features

•

Located outside the switch-

Operating mechanism functions

Motor operating mechanism (M1 *)

Inthecaseofthemotoroperating mechanism, the closing spring is charged by means of a motor and latched in the charged position (the “spring charged” indication is visible). Closing is effected either by means of an ON pushbutton or a closing solenoid. The closing spring is recharged automati cally (for auto-reclosing).

Manual operatin

gstored-

energy mechanism

The closing spring is charged by means of the hand crank sup plied until latching of the closing latch is indicated (= “spring charged” indication).

Subsequently the vacuum circuit-breaker can be closed either manually or electrically and the closing spring can be recharged manually. The “possibility to close” is thus stored once more (for auto-reclosing).

Manual s

pring-operated mechanism (= spring CLOSED, stored-energy OPEN)

The closing spring of the vacuum circuit-breaker is charged by means of the hand crank supplied until the vacuum circuitbreaker closes. Subsequently either manual or electrical open ing is possible.

Vacuum circuit-breakers with spring-operated mechanism are not suitable for auto-reclosing.

Trip-free mechanism

The vacuum circuit-breaker is fitted with a trip-free mechanism.

gear vessel in the operating mechanism box and behind the control board

•

Stored-energy spring mechanism for 10,000 operating cycles

Abbreviations for switching duties and applications:

U = Synchr onization and

rapidloadtransfer (make time £ 90 ms)

K=Auto-reclosing

O = OPEN operation

For further technical data and description of typical applications, please refer also to Catalog HG 11.11 “3AH Vacuum Circuit-Breakers”

1) Motor rating at

24 V to 220 V DC: 350 W 110 V and 230 V AC: 400 VA

2) With closing solenoid

* Item designation

CO = CLOSE operation with subsequent

OPEN operation at the short est internal close-open time of the vacuum circuit-breaker

t = Dead time 0.3 s

t ‘ = Dead time 3 min

1)

1

2

3

4

5

6

7

8

10

11

13

-

15

-

s p e

6 1 0

1 4 A H

R

Operating mechanism of the vacuum circuit-breaker

(forthelegend,seepage19)

Differentiation features between the vacuum circuit-breakers depending on the operating mechanism version

Operating mechanism version

Typical uses Utility

-

Mechanism function

Mechanism operation

Closing the vacuum circuit-breaker

Closing solenoid, e.g. for remote electrical closing

Rated operating sequence

Autoreclosing (K)

Motor operating stored-energy mechanism

substations and industrial plants

Stored-energy CLOSED, stored-energy OPEN

1)

With motor manual (emergency) operation at the panel including antipumping

Electrically mechanically at the panel with pushbutton

Always provided, with electrical signal “closing spring charged”

O-t-CO or O-t-CO-t’-CO

Suitable (multiple auto-reclosing possible)

,

2)

or

Manual operating stored-energy mechanism

Classic transfer substations and substations without auxiliary voltage supply

Stored-energy CLOSED, stored-energy OPEN

With hand crank

Mechanically at the panel with pushbutton, option: electrically

Option Without

O-t-CO O or CO

Suitable (only with closing solenoid)

Manual springoperated mechanism

Simple utility substations (circuit-breaker employed as transformer switch)

Spring CLOSED, stored-energy OPEN

With hand crank

Mechanically at the panel with hand crank (charging

2)

process)

–

18

Switchgear Type 8DH10, up to 24 kV, Gas-Insulated, Extendable  Siemens HA 41.11  2008

HA41-2296b eps

9

1

3

11

17

13

5

HA41-2297a eps

8

1

2

3

4

5

6

7

10

11

12

13

14

15

16

Components

Secondary equipment of the 3AH vacuum circuit-breaker

Thescopeofthe3AHvacuum circuit-brea ker secondary equipment depends on the type of application and offers a wide range of options, thus allowing even the highest requirements to be satis fied.

Closing solenoid

Typ e 3 AY15 10 (Y9 *)

•

For electrical closing

•

Shunt releases

Typ es:

•

–Standard:3AY1510(Y1*)

ption: 3AX1101(Y2*),

–O

with energy store

Tripping by protection device or

•

electrical operation

Current-transformer operated release

Type3AX1104(Y6*)fortrip-

•

ping pulse W 0.1 Ws in conjunction with suitable protection systems, e.g. 7SJ4 protection system, 4MC6.. transformer protection system, SEG relay (other designs on request)

•

Used where no external auxiliary voltage is available, tripping by protection device

Undervoltage release

•

Type3AX1103(Y7*)

•

Comprising:

– Energy store and unlatching

mechanism

– Electromagnetic system which is

permanently connected to voltage while the vacuum circuit-breaker is closed; tripping is initiated when this voltage drops

•

Connection to voltage trans formers possible

Anti-pumping (standard) (mechanical and electrical)

•

Function: If constant CLOSE and OPEN commands are present at the vacuum circuit-breaker at thesametime,thevacuumcir cuit-breaker will return to the open position after closing. It remains in this position until a new CLOSE command is given. In this manner, continuous clos ing and opening (= pumping) is avoided.

1) For utilization by the customer

For further technical data and description of typical applications, please refer also to Catalog HG 11.11 “3AH Vacuum Circuit-Breakers”

*Item

designation

Circuit-breaker tripping signal

(standard)

For electrical signalling (as pulse

•

>10ms),e.g.toremotecontrol systems, in the case of automatic

tripping (e.g. protection)

Via limit switch (S6 *) and

•

cut-out switch (S7 *)

Varistor module

To limit overvoltages to approx.

•

500 V for protection devices (when inductive devices are mounted in the vacuum circuitbreaker)

For auxiliary voltages W 60 V DC

•

Auxiliary switch

Typ e 3SV 9 (S1 *)

•

Standard: 6 NO+6 NC, of which

•

2NO+2NC+2changeover contacts are free

Option: 12 NO+12 NC, of which

•

7NO+4NC+2changeover contacts are free

Position switch

• Type 3SE4 (S4 *)

•

For signalling “closing spring charged”

•

Only in conjunction with storedenergy mechanisms

Mechanical interlocking

•

Dependent on the type of operating mechanism

•

Option: Switchgear interlocking with the three-position switchdisconnector (option: Closing lock-out for the three-position switch-disconnector in circuit-

-

breaker panels type LS and LT1)

•

Option: Operating mechanism with mechanical interlocking as

– Spring-operated mechanism:

Hand crank opening is blocked

– Stored-energy mechanism with

closing solenoid (Y9 *) and pushbutton (S12 *): The pushbutton (S12 *) operated by the

-

mechanical interlock prevents a continuous command to the closing solenoid

•

During operation of the threeposition switch-disconnector

from CLOSED to OPEN:

Vacuum circuit-breaker cannot be closed.

Abbreviations: NO = normally-open contact NC = normally-closed contact

1)

Basic equipment with manual spring-operated mechanism

Maximum equipment with motor operating stored-energy mechanism

Secondary equipment (view into the operating mechanism box) 1 Gear

2 Position switch (S4

3 Closing spring

4 Mot or (M1

5 Operating cycle counter

6 “Closing spring charged”indica tor

7 Closing solenoid (Y9

8 O

ption: Auxiliary switch

12 NO+12 NC

9 Auxiliary switch

6NO+6NC(S1*)

10 Circuit-breaker “CLOSED”

*)

11 Circuit-breaker “OPEN”

12 O

ption: 2ndrelease

st

13 1

release (Y1 *)

14 O

ption: Mechanical interlocking with interrogation of the three-position switch-disconnector

15 Operating rod with contact

pressure springs

16 Interlocking to the three-

position switch-disconnector

17 Actuation for closing the

vacuum circuit-breaker

Switchgear Type 8DH10, up to 24 kV, Gas-Insulated, Extendable  Siemens HA 41.11  2008

19

HA41-2288a eps

321456

Components

Three-position switch-disconnector

Features

Switch positions: CLOSED –

•

OPEN – EARTHED

Switching functions as

•

general-purpose switchdisconnector (class E3)

according to – IEC 60265-1/ VDE 0670-301 – IEC 62271-102/ VDE 0671-102

(standards see page 41)

Designed as a multi-chamber

•

switch with the functions – Switch-disconnector

proof earthingswitch

–Make-

Operation via gas-tight welded-in

•

and

metal bellows at the fr ont of the

switchgear vessel

s p e

2 1 0

1 4 A H

R

Three-position switch-disconnector

SF

insulation

6

Detachable lev e r mech anis m

with three-position switch-disconnector

1 Three-position switch-disconnector

2 Coupling linkage

3 Switchgear vessel

4 Operating mechanism rocker

5 Detachable lever mechanism

6 Operating lever inserted

EARTHED

OPEN

CLOSED

Switch positions

For further details, please refer to Catalog HA 40.1 “Switchgear Types 8DJ and 8DH for Secondary Distribution Systems up to 24 kV, Gas-Insulated (General Part)”

20

Switchgear Type 8DH10, up to 24 kV, Gas-Insulated, Extendable  Siemens HA 41.11  2008

Features

HA41-2289b eps

1

2

3

4

5

6

7

10

8

9

Safe-to-touch as a result of

•

use of metal covers

Plug-in type

•

Consisting of round-bar

•

copper , insulated by means of

silicone rubber

Busbar joints with cross and

•

end adapters, insulated by

means of silicone rubber

Insensitive to pollution and

•

condensation

Switchgear extension or

•

panel replacement is possi-

ble without

Special busbar connections

•

gas work

to metering panels type ME1

are possible. Connection to

the – Cable connection bushings

of the adjacent panel

or to the – Busbar bushings

Busbar arrangement in panel

•

blocks within the switchgear

vessel filled with gas

Option screened busbar:

•

– Field control by means of

electrically conductive layers

on the silicone-rubber

insulation – Installation of 4MC70 32

current transformers is thus

possible – Independent of the site

altitude

•

Option: Capacitive voltage

detecting system for the

busbar, refer also to the

product range, pages 10

to 15

s p e a 7 1 0

1 4 A H

R

2

3

7

Busbar compartments over 2 panels

with busbar connections, busbar covers removed

Top v iew

Insulated plug-in type busbar

unscreened design

Components

Busbars

8

ystem

Busbar s

1 End adapter

2 Cros s adapter

3 Busbar insulation of silicone rubber

4 Threade d bolt M12 / M16

5 Busbar , Cu, diameter 32 mm

6 S t oppe r

Switch

gear vessel

7 Primary enclosure panel 1

8 Primary enclosure panel 2

9 Bushing

10 Capacitive tap at the bushings,

earthed (standard)

Switchgear Type 8DH10, up to 24 kV, Gas-Insulated, Extendable  Siemens HA 41.11  2008

21

HA41-2290b eps

1

2

Components

4MT3 * and 4MT8 * plug-in voltage transformers for panel types LS, TR, SE and ME3

Panel section type LS2-V

* for the busbar

1 4MT3

* at the cable connection

2 4MT8

Common features

According to IEC 60044-2/ VDE 0414-2

•

• Designed as single-pole voltage trans-

formers, plug-in type

•

Inductive type

•

Climate-independent

•

Secondary connection by means of

plugs inside the panel

•

Connection with plug-in contact

•

Installation behind metallic cover

Features type 4MT3

•

Inside-cone system, metal-coated

Features type 4MT8

•

Outside-cone system, metal-enclosed

•

For deep cable compartment cover

Installation

•

Safe-to-touch arrangement due to

metallic cover

•

Arrangement on the switchgear

vessel for busbar metering: – 4MT3 voltage transformer for panel

types LS1 V/LS2, SE1V/SE2, MS1 V/ME3

and LK V/LT1

•

Arrangement at the cable connection: – 4MT8 voltage transformer , pluggable

on screened cable T-plug, for panel

types LS1-V, LS2-V and TR-V (deep

cable compartment cover required) – 4MT8 voltage transformer, directly

pluggable via adapter on the bushing

with plug-in contact (interface type “A”),

for panel type TR/V (deep cable com-

partment cover required)

s p e a 8 1 0

1 4 A H

R

4MT8 plug-in voltage transformer mounted on cable T-plug (in panel type LS1-V)

Technical data

4MT3 * and 4MT8 * voltage transformers

Primary data

d

p

d

p

12 kV

kV at 10 kV

3.3/

3

kV at 20 kV

3.6/

3

4.8/

kV at 20 kV

3

kV at 20 kV

5.0/

3

kV at 20 kV

6.0/

3

kV at 20 kV

6.6/

3

kV at 28 kV

7.2/

3

10.0/

kV at 28 kV

3

kV at 28 kV

11.0/

3

3.6 kV / 20 kV

7.2 kV / 60 kV 12 kV / 75 kV

N

24 kV

kV at 38 kV

13.8/

3

15.0/

kV at 38 kV

3

kV at 50 kV

17.5/

3

kV at 50 kV

20.0/

3

kV at 50 kV

22.0/

3

17.5 kv / 95 kV

24 kV / 125 kV

N

Max. equipment operating voltage U

Rated voltage U rated short-duration

(= 1.2 x UN)

m

N

at max.

power-frequency withstand voltage U

Rated lightning impulse withstand voltage U

Rated voltage factor (8 h) 1.9 x U

Max. equipment operating voltage U

Rated voltage U rated short-duration

(= 1.2 x UN)

m

N

at max.

power-frequency withstand voltage U

Rated lightning impulse withstand voltage U

Rated voltage factor (8 h) 1.9 x U

Combination of 4MT8 * voltage transformers with cable T-plugs (screened, without metal housing)

Make Typ e Combination

Euromold (K) 400 TB/G

yes

(K) 440 TB, AGT 10/20 nkt cables on request yes Prysmian

FMCTs-400, FMCTg-400 yes Kabel und Systeme

* Disassembly is necessary in order to perform voltage tests on the switchgear on site (max. 80 % U

s p e

9 1 0

1 4 A H

R

s p e

0 2 0

1 4 A H

R

Secondary data for 4MT3 voltage transformers

Rated voltage 100/

Rated voltage for auxiliary winding (option)

Rated thermal limit current (measuring winding)

Rated long-time thermal current (8 h)

Rating VA 25 15 60 100 150

Class 0.2 0.5 0.5 1 1

Secondary data for 4MT8 voltage transformers

Rated voltage 100/

Rated voltage for auxiliary winding (option)

Rated thermal limit current (measuring winding)

Rated long-time thermal current (8 h)

Rating VA 15 15 30 30 100

Class 0.2 0.5 0.5 1 3

Make Type Combination

Südkabel SEHDT (13/23) yes Südkabel SET (12/24) on request Cooper DT 400 P yes Tyco Electronics RSTI-L56xx for:

•

35-300 mm

(M12)

•

>300mm (M16)

4MT3 plug-in voltage transformer

(for the busbar)

4MT8 plug-in voltage transformer

(at the cable connection)

V

3

V (option)

110/

3

100/3 V 110/3 V (option)

6A

4A

V

3

V (option)

110/

3

100/3 V 110/3 V (option)

4A

2

on request (add. measures)

2

on request

)

d

22

Switchgear Type 8DH10, up to 24 kV, Gas-Insulated, Extendable  Siemens HA 41.11  2008

HA41-2291b eps

1

Panel section type LS1

1 4MC63 three-phase

current transformer

4MC63 three-phase current transformer for panel type LS

s p e

b 1 2 0

1 4 A H

R

4MC63 three-phase current transformer on the bushings of the cable connection

Components

s p e

2 2 0

1 4 A H

R

4MC63 three-phase current transformer

Features

According to IEC 60044-1/

•

VDE 0414-1

•

Designed as three-pole ring-core current transformer

•

Free of dielectrically stressed cast-resin parts (due to design)

•

Insulation class E

•

Inductive type

•

Climate-independent

•

Secondary connection by means of a terminal strip inside the panel

Installation

•

Arranged outside the switchgear vessel on the bushings of the cable connection

•

Mounted at the factory

Other designs

(option)

Three-phase current transformer for protection equipment based on the currenttransformer operation principle:

•

7SJ4x protection system as definite-time overcurrent protection

•

Definite-time overcurrent pro tection relay make SEG, type WIP 1 or type WIC

Technical data

4MC63 10 three-phase current transformer

£ 150 A and ID=630A

for I

N

Primary data

Max. equipment operating voltage U

m

Rated current I

N

Rated short-duration

0.72 kV

A 150 100 75 50

3kV power-frequency withstand voltage (winding test)

Rated thermal short-time withstand current I

Rated continuous thermal current I

D

Transient overload current

Rated peak withstand current I

dyn

25 kA

th

630 A

1.5 x I

/1h

D

unlimited

Secondary data

Rated current A 1 0.67 0.5 0.33

Rating VA 2.5 1.7 1.25 0.8

Rated current (option) 5 A

Current at I

Protec- Class tion

Overcurrent factor

core

D

4.2 A

10 P

10

4MC6311three-phasecurrenttransformer

£ 400 A and ID=630A

for I

N

Primary data

Max. equipment operating voltage U

m

Rated current I

N

Rated short-duration

0.72 kV

A 400 300 200

3kV power-frequency withstand voltage (winding test)

Rated thermal short-time withstand current I

Rated continuous thermal current I

D

Transient overload current

Rated peak withstand current I

dyn

25 kA

th

630 A

2xI

/0.5h

D

unlimited

Secondary data

Rated current A 1 0.75 0.5

Rating VA 4 3 2

Rated current (option) 5 A

Current at I

Protec- Class tion

Overcurrent factor

core

D

1.575 A

10 P

10

-

Other values on request

Switchgear Type 8DH10, up to 24 kV, Gas-Insulated, Extendable  Siemens HA 41.11  2008

Other values on request

23

HA41-2292b eps

1

2

1

2

*

Components

4MC7033and4MC7031cable-typecurrenttransformersforpaneltypesLS,RKandTR

Front view

Panel section type LS1

s p e a 3 2 0

1 4 A H

R

4MC70 33 cable-type current transformer

1 Cable-type current transformer

for the cables at the panel connection

2 Cable shield

Features

According to IEC 60044-1/

•

VDE 0414-1

•

Designed as single-pole ringcore current transformers

•

Free of dielectrically stressed cast-resin parts (due to design)

•

Insulation class E

•

Inductive type

•

Climate-independent

•

Secondary connection by means of a terminal strip inside the panel

•

Only for shielded cables

Installation

•

4MC7033cable-typecurrent transformer for panel type LS

•

4MC7031cable-typecurrent transformer for panel types RK and TR

•

Arranged outside the switchgear vessel around the cable at the panel connection

•

Transformers mounted on a supporting plate at the fac tory; final assembly around the cables on site

•

For double cable: 300 mm deeper cable compartment cover

-

Technical data

4MC70 33 cable-type current transformer

Primary data

Max. equipment operating voltage U

m

Rated current I

N

Rated short-duration power-frequency withstand voltage (winding test)

Rated thermal short-time withstand current I

Rated continuous thermal current I

D

Transient overload current

Rated peak withstand current I

dyn

Secondary data

Rated current 1 A (option: 5 A)

Meas- Class uring

Overcurrent factor

core

Rating

Pro- Class tection

Overcurrent factor

core

Rating

Option: Secondary tap 1 : 2

Dimensions

Overall height H, mm dependent on the core data

0.72 kV

30 A to 600 A

3kV

25 kA

th

1.0 x I option: 1.2 x I

1.5 x ID/1hor 2xI

unlimited

0.2 0.5 1

FS10 (option: FS5)

2.5 VA to 10 VA

10 P 5 P

10 10

2.5 VA to 10 VA

(e.g. 150 A – 300 A)

50 100 170 285

Outside diameter 145 mm

* Max. 230 mm, depending on

thecoredataofthe4MC7033 cable-type current transformer, overall heights 170 and 285 mm (observe floor openings on page 36)

24

Switchgear Type 8DH10, up to 24 kV, Gas-Insulated, Extendable  Siemens HA 41.11  2008

Inside diameter 55 mm

For cable diameter 50 mm

Other values on request

N

/0.5h

D

s p e

5 2 0

1 4 A H

R

4MC70 31 cable-type current transformer

s p e a

4MC70 33 cable-type

4 2

current transformers,

0

1 4

4 different overall heights

A H

R

4MC70 31 cable-type current transformer

Primary data

Max. equipment operating voltage U

m

Rated current I

N

Rated short-duration

0.72 kV

50 A to 600 A

3kV power-frequency withstand voltage (winding test)

Rated thermal short-time withstand current I

Rated continuous

N

thermal current I

D

Transient overload current

Rated peak withstand current I

dyn

th

25 kA

1.0 x I

N

option: 1.2 x I

1.5 x ID/1hor /0.5h

2xI

D

unlimited

N

Secondary data

Rated current 1 A (option: 5 A)

Meas- Class uring

Overcurrent factor

core

Rating

1

FS5 (option: FS10)

2.5 VA to 10 VA

Option: Secondary tap 1 : 2

Dimensions

Overall height H 89 mm

Width x depth 85 mm x 114 mm

Inside diameter 40 mm

For cable diameter 36 mm

Other values on request

HA41-2293b eps

1

Panel section type LT1

1 4MC70 32 bus-type

current transformer

Components

4MC70 32 bus-type current transformers for panel type LT (for screened busbars only)

s p e a 6 2 0

1 4 A H

R

s p e

7 2 0

1 4 A H

R

4MC7032bus-type

4MC70 32 bus-type current transformer, mounted on screened busbars, in some cases between the panels

current transformer

Features

Used exclusivel yfor

•

screened busbars

•

Preferably in combination with panel type ME2

•

According to IEC 60044-1/ VDE 0414-1

•

Designed as single-pole ring-core current trans formers

•

Free of dielectrically stressed cast-resin parts (due to design)

•

Insulation class E

•

Inductive type

•

Climate-independent

•

Secondary connection by means of a terminal strip inside the panel

Installation

•

Arranged outside the switchgear vessel only on the screened busbars

•

Installation of the bus-type current transformers either between the panels or alter natively

•

Supplied loosely (including the busbar connections), if the mounting position of the bus-type current transformers lies at the joint of a transport unit

Technical data

4MC7032bus-typecurrenttransformer

Primary data

th

0.72 kV

200 A to 600 A

3kV

25 kA

1.0 x I

N

option: 1.2 x I

1.5 x ID/1hor 2xI

unlimited

0.2 0.5 1

FS10 (option: FS5)

2.5 VA to 10 VA 10 P 5 P *

10 10

2.5VAto15VA

(e.g. 150 A – 300 A)

80 mm 150 mm

/0.5h

D

N

Max. equipment operating voltage U

m

Rated current I

Rated short-duration power-frequency with-

-

stand voltage (winding test)

Rated thermal short-time withstand current I

Rated continuous thermal current I

Transient overload current

Rated peak withstand current I

Secondary data

Rated current 1 A (option: 5 A)

Meas- Class uring core

Pro- Class tection core

Option: Secondary tap 1 : 2

Dimensions

Overall width B, dependent on the core data

Outside diameter 125 mm

Inside diameter 55 mm

N

D

dyn

Overcurrent factor

Rating

Overcurrent factor

Rating

Other values on request

Switchgear Type 8DH10, up to 24 kV, Gas-Insulated, Extendable  Siemens HA 41.11  2008

* On request

25

HA41-2294c eps

1

2

Components

4MA7 current transformers and 4MR voltage transformers for air-insulated billing metering panels type ME1

s p e

8 2 0

1 4 A H

R

s p e a 9 2 0

1 4 A H

R

Panel section type ME1

4MR14 voltage transformer

s p e a 0 3 0

1 4 A H

R

4MA7 current

transformer 1 4MR voltage transformer 2 4MA7 current transformer

4MR voltage transformers and 4MA7 current transformers installed in billing metering panel type ME1

Features

4MA7 current transformer

•

According to IEC 60044-1/ VDE 0414-1

•

Dimensions according to DIN 42 600-8 (small design)

•

Designed as single-pole indoor block-type current transformers

•

Cast-resin insulated

•

Insulation class E

•

Secondary connection by means of screw-type terminals

4MR volta

•

ge transformer

According to IEC 60044-2/ VDE 0414-2

•

Dimensions according to DIN 42 600-9 (small design)

•

Designed as indoor voltage transformers:

– Type 4MR, single-pole

ption: Type 4 MR , two-po le

–O

•

Cast-resin insulated

•

Insulation class E

•

Secondary connection by means of screw-type terminals

Technical data

4MA7 single-pole current transformer

Primary data

d

p

th

12/ 24 kV

17.5 kV

28/ 50 kV 38 kV

75/ 125 kV 95 kV

25 A to 600 A

up to 25 kA

1.0 x I option: 1.2 x I

max. 2.5 x I

0.2 0.5 1

FS5 or FS10

10 VA to 15 VA

5Por10P

10

5VAto15VA

Max. equipment operating voltage U

m

Rated short-duration power-frequency withstand voltage U

Rated lightning impulse withstand voltage U

Rated current I

N

Rated thermal short-time withstand current I

Rated continuous thermal current I

D

Rated peak withstand current I

dyn

Secondary data

Ratedcurrent 1Aor5A

Meas- Class uring

Overcurrent factor

core

Rating

Pro- Class tection

Overcurrent factor

core

Rating

4MR single-pole voltage transformer

Primary data

d

p

d

p

12 kV

kV at 10 kV

3.3/

3

kV at 20 kV

3.6/

3

4.8/

kV at 20 kV

3

kV at 20 kV

5.0/

3

kV at 20 kV

6.0/

3

kV at 20 kV

6.6/

3

kV at 28 kV

7.2/

3

10.0/

kV at 28 kV

3

kV at 28 kV

11.0/

3

3.6 kV / 20 kV

7.2 kV / 60 kV 12 kV / 75 kV

1.9 x U

N

24 kV

13.8/

kV at 38 kV

3

kV at 38 kV

15.0/

3

kV at 50 kV

17.5/

3

kV at 50 kV

20.0/

3

kV at 50 kV

22.0/

3

17.5 kV / 95 kV 24 kV / 125 kV

1.9 x U

N

Max. equipment operating voltage U

Rated voltage U rated short-duration

(= 1.2 x UN)

m

N

at max.

power-frequency withstand voltage U

N

th

Rated lightning impulse withstand voltage U

Rated voltage factor (8 h)

Max. equipment operating voltage U

Rated voltage U rated short-duration

(= 1.2 x UN)

m

N

at max.

power-frequency withstand voltage U

Rated lightning impulse withstand voltage U

Rated voltage factor (8 h)

Secondary data

Rated voltage 100/

Rated voltage for auxiliary winding (option)

V

3

V (option)

110/

3

V (option)

120/

3

100/3 V 110/3 V (option) 120/3 V (option)

Rating 20VA 50VA 100VA

Other values on request

Class 0.2 0.5 1

Other values on request

26

Switchgear Type 8DH10, up to 24 kV, Gas-Insulated, Extendable  Siemens HA 41.11  2008

HA41-2295b eps

2

1

Components

4MK * metal-enclosed combined transformers for billing metering panels type ME2

s s p e a 1 3 0

1 4 A H

R

Panel section type ME2

1 4MK3 combined voltage

transformer

4MK combined transformers installed in billing metering panel type ME2

2 4MK1combine d curr e n t

transformer

Technical data

4MK1 combined current transformer

Features

•

4MK * combined transformer, comprising

– 4MK1 combined current

transformer

– 4MK3 combined voltage

transformer

•

According to IEC 60044-3/ VDE 0414-5

•

Designed as indoor trans

formers, single-pole combination

•

Metal-enclosed

•

Insulation class E

•

Inductive type

•

Secondary connection by means of screw-type terminals

Panel t

ype ME2

•

For combination with left-hand panels

– As individual panels or – As panel blocks (on request)

•

For combination with

Primary data

Max. equipmen+t operating voltage U

Rated short-duration power-frequency withstand voltage U

Rated lightning impulse withstand voltage U

Rated current I

N

Rated thermal short-time withstand current I

Rated continuous thermal current I

D

Rated peak withstand current I

dyn

m

d

p

th

12 kV 24 kV

28 kV 50 kV

75 kV 125 kV

50 A to 600 A

up to 25 kA

1.0 x I option: 1.2 x I

max. 2.5 x I

Secondary data

Ratedcurrent 1Aor5A

Meas- Class uring

Overcurrent factor

core

Rating

Pro- Class tection

Overcurrent factor

core

Rating

0.2 0.5 1

FS5 or FS10

10 VA to 15 VA

10 P

10

5VAor15VA

Secondary multiratio option

N

th

right-hand panels as end panels or panel blocks

p e

2 3 0

1 4 A H

R

1

1 4MK3

combined voltage transformer

2 4MK1

combined current

2

transformer

4MK combined transformer

4MK3 combined voltage transformer

Primary data

d

p

d

p

12 kV

kV at 10 kV

3.3/

3

kV at 20 kV

3.6/

3

4.8/

kV at 20 kV

3

kV at 20 kV

5.0/

3

kV at 20 kV

6.0/

3

kV at 20 kV

6.6/

3

kV at 28 kV

7.2/

3

10.0/

kV at 28 kV

3

kV at 28 kV

11.0/

3

3.6 kV / 20 kV

7.2 kV / 60 kV 12 kV / 75 kV

1.9 x U

N

24 kV

13.8/

kV at 38 kV

3

kV at 38 kV

15.0/

3

kV at 50 kV

17.5/

3

kV at 50 kV

20.0/

3

kV at 50 kV

22.0/

3

17.5 kV / 95 kV 24 kV / 125 kV

1.9 x U

N

Max. equipment operating voltage U

Rated voltage U rated short-duration

(= 1.2 x UN)

m

N

at max.

power-frequency withstand voltage U

Rated lightning impulse withstand voltage U

Rated voltage factor (8 h)

Max. equipment operating voltage U

Rated voltage U rated short-duration

(= 1.2 x UN)

m

N

at max.

power-frequency withstand voltage U

Rated lightning impulse withstand voltage U

Rated voltage factor (8 h)

Secondary data

Rated voltage 100/

Rated voltage for auxiliary winding (option)

V

3

V (option)

110/

3

100/3 V 110/3 V (option)

Rating 30 VA 75 VA 150 VA

Class 0.2 0.5 1

* Available only as a combination of

current and voltage transformers

Other values on request

Switchgear Type 8DH10, up to 24 kV, Gas-Insulated, Extendable  Siemens HA 41.11  2008

Other values on request

27

Components

Cable connection

Features

Bushings with outside cone

•

Uniform cable connection

•

height 575 mm

With cable bracket, e.g.

•

type C40 according to DINEN50024

Access to the cable compart

•

ment only if the feeder has been isolated and earthed

Special features

g-main panels

–Inrin – In circuit-breaker panels –Incablepanels:

With bolted contact (M16)

•

as interface type “C” according to EN 50 181/ DINEN50181

For thermoplastic-

•

insulated cables

For paper-insulated

•

mass-impr egna t ed cables with adapter systems

For conventional cable

•

sealing ends via elbow adapter AKE 20/630 (make Siemens)

•

ForcableT-plugsorcable elbow plugs with bolted contact (M 16)

•

For connection crosssections up to 300 mm² (standard)

•

Cable routing downwards, cable connection at front

•

For rated normal currents of 400/630 A

– In transformer

•

With plug-in contact as

panels:

interface type “A” according to EN 50 181/ DINEN50181

•

For cable elbow plugs with plug-in contact

•

For thermoplasticinsulated cables

•

For connection crosssections up to 120 mm²

•

For rated normal currents of 200 A

Options

See figures on the right

Cable connection ·Examples

L1

L2

1

-

s p e

3 3 0

1 4 A H

R

Cable compartment, as-delivered

*

condition

L1

5

s p e

5 3 0

1 4 A H

R

Cable compartment, as-delivered condition

L1

9

s p e

7 3 0

1 4 A H

R

Cable compartment, as-delivered condition

L3

L1

L3

L2

Cable connections in ring-main panels

1 Prepared for cable

plugs with bolted

2

3

4

contact (M16)

2 Phase L1:

Make Euromold, type K400 LB as cable elbow plug

3 Phase L2:

Make Euromold, type K400 TB as cable T-plug

s p e

4 3 0

1 4 A H

R

Cable plugs with bolted contact (M16)

L2

L3

L1

L2

L3

4 Phase L3:

Make Euromold, type AGT 20/630 as cable T-plug

ptions A, B, C

For o and E, see below

Cable connections in circuit-breaker panels

5 Prepared for cable

plugs with bolted

6

7

8

contact (M16)

6 Phase L1:

Elbow adapter, make Siemens, type AKE 20/630

7 Phase L2:

Make Euromold, type K400 TB as cable T-plug

s p e

6 3 0

1 4 A H

R

*

L2

L3

Cable plugs with bolted contact (M16)

L1

L2

L3

8 Phase L3:

Make Euromold, type AGT 20/630 as cable T-plug

ptions A, B, C,

For o EandF,seebelow

Cable connections in transforme rpanels

9 Prepared for cable

10

11

12

elbow plugs with plug-in contact

10 Phase L1:

Make Euromold, type AWGL

11 Phase L2:

Make Euromold, type K158 LR

s p e

8 3 0

1 4 A H

R

*

Cable elbow plugs with plug-in contact

12 Phase L3:

Make Euromold, type AGW 20/250 (with metal housing)

ptions A, D and F,

For o see below

Options

A Mounted cable clamps

B Short-circuit / earth-fault indicator

C Double cable connection with

corresponding cable plugs and

* Cable plugs, cable sealing ends

deep cable compartment cover and cable clamps are not included in the scope of supply

28

Switchgear Type 8DH10, up to 24 kV, Gas-Insulated, Extendable  Siemens HA 41.11  2008

D Bushings as interface type “C” according to

EN 50 181 / DIN EN 50 181 for cable plugs with bolted contact (M16)

E Suitable for connection of plug-in surge arresters in conjunction with

corresponding cable T-plugs

F Suitable for connection of 4MT8 metal-enclosed voltage

transformers in conjunction with corresponding cable T-plugs; deep cable compartment cover is required

Components

Low-voltage equipment

Low-voltage compartment *

Overall height

•

– Standard 600 mm

ption 900 mm

–O

Partitioned safe-to-touch from

•

the high-voltage part of the panel

Installation on the panel:

•

–Standardforcircuit-breaker

panel type LS and bus sectionalizer with switch-disconnector type LT1

ption for all other panel

–O

types, depending on the scope of the secondary equipment

For accommodation of protec

•

tion, control, measuring and metering equipment, e. g. suitable for multifunction pro tection device SIPROTEC 4 7SJ63

Electronic control board

•

of the multifunction protection device SIPROTEC 4 7SJ63 with the following features:

1 User-programmable LEDs

with application-specific label, for displaying any desired process and equipment data

2LCDforprocessand

equipment data, e.g. for

– Measuring and metering

values

– Binary information on status of

switchgear and switching

device –Protectiondata – General indications – Alarms

3 Keys for navigation in the

menus and for entering values

4 Four user-programmable

function keys for frequently

performed actions

Low-voltage niche

•

Only inside billing metering

panels type ME1

•

Option: For accommodation,

e.g. of voltage transformer,

m.c.b.s

Low-voltage compartment

1

2

s p e a 9 3 0

1 4 A H

-

R

Low-voltage compartment of a circuit-breaker panel type LS

Open low-voltage compartment with (optional) equipment

s p e

0 4 0

1 4 A H

R

s p e a 1 4 0

1 4 A H

R

Electronic control board with multifunction protection device SIPROTEC 4 7SJ63

1 LEDs

2 LCD

3 Navigation keys

4 Function keys

3

4

Low-voltage niche

1 Low-voltage

niche

2 Equipment

1

2

(option)

Low-voltage cables

•

Control cables of the panel to

the low-voltage compartment

are connected via multi-pole,

coded module plug connectors

•

Option: Plug-in bus wires from

panel to panel are routed in

the separate wiring duct on

the panel

Door hinge on the left (standard)

*

s p e

2 4 0

1 4 A H

R

Low-voltage niche of a billing metering panel type ME1 with open cover

Switchgear Type 8DH10, up to 24 kV, Gas-Insulated, Extendable  Siemens HA 41.11  2008

29

Dimensions

HA41-2301e eps

~560**

750

775

312

215

110110

553

³15

426***

1400

500

2000 (2300

****

)

600 (900

****

)

~

565

40

4

HA41-2302e eps

1400

500

~560**

750

775

312

215

110110

553

³15

426***

600 (900

****

)

40

2000 (2300

****

)

~

565

4

HA41-2298g eps

1400

600 (900)

*

350

~560**

750

775

312

215

110110

553

³15

2000 (2300)

*

575

40

60

4

HA41-2299g eps

1400

350

~560**

750

312

215

110110

553

³15

1

3

2000 (2300)

*

600 (900)

*

575

40

2

60

4

775

HA41-2300f eps

1400

500

~520**

750

775

312

215

110110

515

³15

600 (900)

*

~

565

40

2000 (2300)

*

60

4

Ring-main, cable, transformer and circuit-breaker panels as individual panels

Ring-main panel type RK

Cable panel type K

Trans former panel type TR 1

30

Switchgear Type 8DH10, up to 24 kV, Gas-Insulated, Extendable  Siemens HA 41.11  2008

Circuit-breaker panel type LS1

Circuit-breaker panel type LS1V/LS2

Cable panel type K:

1 O

ption: Earthing function

2 Interlock of cable compartment cover

if earthing function is available

3 Cable compartment cover screwed on (without earthing function)

4 Cover screw ed on

* Option:

With low-voltage compartment

** Dependent on the type of

cable plug

*** Available mounting dept h

for low-voltage equipment

**** Option: With high

low-voltage compartment 900 mm

Dimensions

HA41-2303c eps

1400

700

2000 (2300)

*

RK RK

4

HA41-2304c eps

1400

1050

2000 (2300)

*

RK RK RK

4

HA41-2305c eps

1400

1000

2000 (2300)

*

TR TR

4

HA41-2306c eps

1400

1500

2000 (2300)

*

TR TR TR

4

HA41-2307c eps

1400

700

2000 (2300)

*

TR

RK

4

HA41-2308c eps

1400

1050

2000 (2300)

*

RK RK

TR

4

HA41-2309c eps

1400

2000 (2300)

*

RK RK RK

TR

4

HA41-2310c eps

1400

700

2000 (2300)

*

TR

K

1

3

2

4

Ring-main, cable and transformer panels in panel blocks

Ring-main panel block type R-B2

Tra nsformer panel block type T-B3

Ring-main panel block type R-B3

Ring-main/transformer panel block type RT-B2

Tra nsformer panel block type T-B2

Ring-main/transformer panel block type 2RT-B3

Ring-main/transformer panel block type 3RT-B4

Cable panel type K:

ption: Earthing function

1 O

2 Interlock of cable compartment cover

if earthing function is available

3 Cable compartment cover screwed on

(without earthing function)

4 Cover screw ed on

* Option:

Cable connection/transformer panel block type KT-B2

Switchgear Type 8DH10, up to 24 kV, Gas-Insulated, Extendable  Siemens HA 41.11  2008

With low-voltage compartment

31

HA41-2315e eps

600 (900)

*

40

1400

500

2000 (2300)

*

750

775

312

215

110110

³15

60

1

HA41-2313e eps

750 775

312

215

110110

³15

1400

600 (900)*

500

40

2000 (2300)*

60

1

Dimensions

HA41-2311e eps

1400

600 (900****)

500

750 775

312

215

110110

³15

426***

40

2000 (2300

****

)

1

HA41-2312e eps

750 775

312

215

110110

³15

426***

1400

600 (900****)

500

40

2000 (2300

****

)

1

Bus sectionalizers with circuit-breakers, bus sectionalizers with switch-disconnectors and busbar voltage metering panel as individual panels

Bus sectionalizer with circuit-breaker type LK/LT1

Bus sectionalizer with circuit-breaker type LK V /LT1

Volta ge metering panel type MS1V/ME3

Bus sectionalizer with switch-disconnector type LT2

32

Switchgear Type 8DH10, up to 24 kV, Gas-Insulated, Extendable  Siemens HA 41.11  2008

1 Cover screw ed on

* Option: With low-voltage compartment

*** Available mounting dept h for

low-voltage equipment

**** Option: With high

low-voltage compartment 900 mm

HA41-2316e eps

750 775

312

215

110110

³15

600 (900)

*

40

1400

350

2000 (2300)

*

60

1

HA41-2317e eps

600 (900)

*

40

1400

500

2000 (2300)

*

750

775

312

215

110110

³15

60

1

HA41-2323f eps

750 775

312

215

110110

³15

40

600 (900)

*

339

***

60

1400

600

2000 (2300)

*

1

Busbar earthing panels

1400

600

HA41-2477a eps

as individual panels

Dimensions

Billing metering panel ME2 as individual panel and metering panel combin. with billing metering panel

Earthing panel type SE

Earthing panel type SE1 V/SE2

Billing metering panel type ME2

Metering panel combination

Only individual

panel or panel block,

on the left

Connection

at the busbar

Billing metering panel type ME2 with individual panel attached on the left and panel block attached on the right

(example)

Billing metering

1)

type ME2

panel

Individual panel or panel block, on the right

Connection at the busbar

* Option:

With low-voltage compartment

1 Cover screw ed on

* Option:

With low-voltage compartment

*** Available mounting depth

for low-voltage equipment

1) Panel block on request

Switchgear Type 8DH10, up to 24 kV, Gas-Insulated, Extendable  Siemens HA 41.11  2008

33

HA41-2319f eps

1400

600 (900)

*

850

40

2000 (2300)

*

750 775

312

215

110110

³15

255 255

675

1135

60

1

HA41-2320f eps

1400

600 (900)

*

850

40

2000 (2300)

*

750 775

³15

255 255

675

1135

~145

**

60

1

HA41-2322g eps

1400

850

2000 (2300)

*

255 255

600 (900)

*

40

312

215

110110

675

1135

750 775

³15

~600

60

1

HA41-2321f eps

1400

600 (900)

*

850

40

2000 (2300)

*

750 775

312

215

110110

³15

255 255

675

1135

60

1

Dimensions

Billing metering panels type ME1... as individual panels

Billing metering panel type ME1

Billing metering panel type ME1-K

Billing metering panel type ME1-S

1 Cove r /ca b l ecompartme n t coverscrewed on

34

* Option:

** Dimension for cable routing: 323 mm for combination of

Switchgear Type 8DH10, up to 24 kV, Gas-Insulated, Extendable  Siemens HA 41.11  2008

With low-voltage compartment

panel type ME1-K with pressure absorber duct

Billing metering panel type ME1-KS

850

1400

L1

L2

L3

L3 L2 L1

HA41-2443b eps

Dimensions

1400

850

HA41-2441b eps

1400

850

L1

L2

L3

L3 L2 L1

HA41-2442b eps

Metering panel combinations with billing metering panels type ME1...

Billing metering panels with individual panels or panel blocks attached on the left and right (examples)

Possiblity

1

Individual panel

or panel block,

on the left

Connection

at the feeder

2

individual panel,

on the left

Only

*

Billing metering

panel

type ME1

Billing metering

panel

type ME1

Individual panel or panel block, on the right

Connection at the busbar

Individual panel or panel block, on the right

Possible panel arrangements

The following types of individual panels or panel blocks can be attached to billing metering panels – on the right or left:

Possibility

Types attached on the left

•

1

with connection at the feeder

– Individual panel type

RK-U, K-U, TR-U, LS1-U or LS2-U

–Panelblocktype

R-B2 or R-B3 (in RK-U panel), T-B2 or T-B3 (in TR-U panel), RT-B2, 2RT-B3 or 3RT-B4 (in TR-U panel) or KT-B2 (in TR-U panel)

Types attached on the right

•

with connection at the busbar

– Individual panel type

RK, K, TR, LS1, LS2, SE1, SE2, ME3 or LT

–Panelblocktype

R-B2, R-B3, T-B2, T-B3, RT-B2, 2RT-B3, 3RT-B4 or KT-B2

Possibility

Types attached on the left

•

2

with connection at the busbar

– Individual panel type

RK, K, TR, LS1, LS2, SE1, SE2, ME3 or LT

– Panel blocks cannot

•

Types attached on the right

be attached

with connection at the feeder

– Individual panel type

RK-U, K-U, TR-U, LS1-U or LS2-U

–Panelblocktype

R-B2 or R-B3 (in RK-U panel), T-B2 or T-B3 (in TR-U panel), RT-B2, 2RT-B3 or 3RT-B4 (in RK-U panel) or KT-B2 (in K-U panel)

Possibility

•

Types attached on the left

3

with connection at the busbar

– Individual panel type

RK, K, TR, LS1, LS2, SE1, SE2, ME3 or LT

– Panel blocks cannot

•

Types attached on the right

be attached

Possiblity

at the busbar

3

Connection

Connection at the feeder

**

with connection at the busbar

individual panel,

Only

on the left

Billing metering

panel

type ME1-S

Individual panel or panel block, on the right

– Individual panel type

RK, K, TR, LS1, LS2, SE1, SE2, ME3 or LT

–Panelblocktype

R-B2, R-B3, T-B2, T-B3, RT-B2, 2RT-B3, 3RT-B4 or KT-B2

Connection

at the busbar

Connection at the busbar

Connection inside the panel block:

* Only possible in the right-hand feeder

** Only possible in the left-hand feeder

Switchgear Type 8DH10, up to 24 kV, Gas-Insulated, Extendable  Siemens HA 41.11  2008

35

Dimensions

HA41-2329e eps

775

1

8

206

19

255

850

623

713

55

35

³

15

69

233197

47

275

31122

40

610

63

770

375

255

14 x 28

28 x 14

4

7

3

2

6

4

300

19

231

HA41-2632 eps

100106

19

700

623

713

55

35

³

15

69

233197

47

175

31122

40

610

63

620

350

19

40

312

110110110110

350

14 x 28

28 x 14

4

7

3

2

4

40

10

480

150

1

775

8

125106

19

1000

623

713

55

35

³

15

69

233197

47

250

31122

40

610

63

920

125

HA41-2331e eps

500

19

40

462

150150150150

500

14 x 28

28 x 14

4

7

3

2

4

40

10

480

150

1

775

8

131

19

600

623

713

55

35

³

15

69

233197

47

31122

40

610

63

520

300

HA41-2328d eps

14 x 28

28 x 14

4

3

2

4

1

775

8

125106

19

150

500

623

713

55

35

³

15

69

233197

47

250

31122

40

425

63

420

125

135

50

10

HA41-2327d eps

150

480

150

15

470

14 x 28

28 x 14

4

7

3

2

5

4

1

775

8

125106

19

150

500

623

713

55

35

³

15

69

233197

47

250

31122

40

610

63

420

125

HA41-2326e eps

150

14 x 28

28 x 14

4

7

3

2

4

1

10

480

150

775

8

100106

19

110

350

623

713

55

35

³

15

69

233197

47

175

31122

40

270

HA41-2325e eps

110

14 x 28

4

7

3

2

28 x 14

4

610

63

480

150

10

775

1

8

Floor openings (dimensions in red) and fixing points

Standard (for special versions, see pages 38 and 39)

For individual panels

For ring-main panels

•

type RK

For cable panels

•

type K

Forbusbarearthing

•

panel type SE

For circuit-breaker panel types

•

LS1 and LS2 for ring-main pan els type RK1 each without ca ble-type current transformers

For transformer

•

panels type TR1

For bus sectionalizer with cir-

•

cuit-breaker type LK and bus sectionalizer with switch-disconnector type LT

Forbusbarearthing

•

panel type SE2

•

Forbusbarvoltage metering panel type ME3

For billing metering

•

panels –TypeME1 –TypeME1-K –TypeME1-S –TypeME1-KS –TypeME1-KK

For individual panels

-

For ring-main

•

panel block type R-B2

For ring-main/

•

transformer panel block type RT-B2

For cable connection/

•

transformer panel block type KT-B2

For panel blocks

•

For circuit-breaker panel types LS1 and LS2 each with cable-type current transformers

For individual panels

•

For billing metering panels type ME2

36

Switchgear Type 8DH10, up to 24 kV, Gas-Insulated, Extendable  Siemens HA 41.11  2008

For individual panels

•

For transformer panel block type T-B2

For panel block

1 Wal l distance

2 Fixing frame (base) of an individual panel or panel block

3 Floor opening for high-voltage cables (and, if applicable,

control cables)

4 Fixing points

5 For 4MC70 33 cable-type current transformer with outside diameter

145 mm for arrangement beneath

the panel

6 Position of the incoming cables for metering panels type ME1...

7 Position of the incoming cables for the feeder

8 Overall panel depth (including cable compartment cover)

B Cutout in the fixing frame for extended floor opening for

panel with cable-type current transformers

69 233 197

47

31

122

A

9

HA41-2609a_en eps

approx. 610

69 233 197 4731 122

HA41-2608a eps

7

3

4

14 x 28

9

775

1

8

125106

19

1500

623

713

55

35

³

15

69

233197

47

250

31122

40

610

63

1420

125

HA41-2334e eps

500

19

500

19

462

150150150150

500

150

500

14 x 28

28 x 14

4

7

3

2

4

4040 4040

480

150

10

775

1

8

HA41-2634 eps

100106

19

1400

623

713

55

35

³

15

69

233197

47

175

31122

40

610

63

1320

350

19

350 350 312

19 19

110

110110110

350

110

350

110110

350

14 x 28

28 x 14

4

7

3

2

4

40404040

480

150

10

4040

775

1

8

480

150

HA41-2633 eps

100106

19

1050

623

713

55

35

³

15

69

233197

47

175

31122

40

610

63

970

350

19

350

19

312

110110110110

350

110

350

14 x 28

28 x 14

4

7

3

2

4

40404040

10

For panel blocks

Dimensions

Floor openings (dimensions in red) and fixing points

Example for fixing panels on the floor

For ring-main

•

panel block type R-B3

For ring-main/

•

transformer panel block type 2RT-B3

For ring-main/

•

transformer panel block type 3RT-B4

For panel block

1 Wal l distance

2 Fixing frame (base) of an individual panel or panel block

3 Floor opening for high-voltage cables (and, if applicable, control cables)

4 Fixing points

7 Position of the incoming cables for the feeder

8 Overall panel depth (including cable compartment cover)

9 Fixing support

B Cutout in the fixing frame for extended floor opening for

panel with cable-type current transformers

Detail “A”

•

For transformer panel block type T-B3

Switchgear Type 8DH10, up to 24 kV, Gas-Insulated, Extendable  Siemens HA 41.11  2008

37

Dimensions

100106

19

110

350

623

713

55

35

³

15

69

233197

47

175

31122

63

270

HA41-2478a eps

425135

50

40

10

110

480

150

320

15

14 x 28

4

7

3

2

28 x 14

11, 1 2

4

775

8

1

19

110

350

648

713

55

35

³

15

69

233197

175

31122

40

270

HA41-2479b eps

110

14 x 28

4

3

2

28 x 14

4

635

63

10, 11

~101*

8

7

10

480

150

775

1

880

8

100106

19

110

350

728

818

55

35

³

15

69

233197

42

175

31122

40

270

HA41-2480b eps

110

14 x 28

4

7

3

2

28 x 14

4

715

63

110

10

~190*

10

480

150

1

100106

19

110

350

923

1013

55

35

³

15

69

233197

65

175

31122

63

270

HA41-2481b eps

900

40

6

130150

~

245

*

110

14 x 28

4

2

28 x 14

4

7

3

10

8

10

480

150

1

1075

775

8

19

150

500

648

713

55

35

³

15

69

233197

250

31122

40

420

HA41-2482b eps

150

14 x 28

4

7

3

2

28 x 14

4

635

63

10, 11

~101*

10

480

150

1

880

8

10

480

150

125106

19

150

500

728

818

55

35

³

15

69

233197

42

250

31122

40

420

HA41-2483b eps

150

14 x 28

4

2

28 x 14

4

715

63

110

10

125

~190*

7

3

1

125106

19

150

500

923

1013

55

35

³

15

69

233197

65

250

31122

63

420

HA41-2484b eps

900

40

6

130

150

125

150

~

245

*

14 x 28

4

2

28 x 14

10

4

7

3

8

10

480

150

1075

1

Floor openings (dimensions in red) and fixing points

Special versions

For ring-main panels

•

type RK

For cable panels

•

type K

For individual panels with cable-ty pe current transformers or surge arresters

For ring-main panels

•

type RK

For cable panels

•

type K

Legends and footnotes see page 39

For ring-main panels

•

type RK1

For circuit-breaker panels

•

type LS1 and LS2

For individual panels with double cable connection or surge arresters make T ycoElectronics, type RDA 24

(panel depth 775 mm), standard

or 25 mm deeper cable compartment cover

•

For ring-main panels type RK

•

For cable panels type K

For individual panels with doublecable conn e ction (panel depth 880 mm), 105 mm deeper cable compartment cover

•

For ring-main panels type RK

•

For cable panels type K

38

Switchgear Type 8DH10, up to 24 kV, Gas-Insulated, Extendable  Siemens HA 41.11  2008

For individual panels with doublecable conn e ction (panel depth 1075 mm), 300 mm

deeper cable compartment cover

•

For ring-main panels type RK1

•

For circuit-breaker panels type LS1 and LS2

•

For ring-main panels type RK1

•

For circuit-breaker panels type LS1 and LS2

Floor openings (dimensions in red) and fixing points

19

500

828

215197

40

200

550

420

HA41-2485b eps

233

~

675

**

~

635

***

28 x 14

4

7

3

2

47

122

115

713

834

14 15

13

890

8

125106 125

10

500

240

550

28 x 14

4

7

3

2

834

14

13

215197

40

HA41-2486b eps

233

47

122

19

420

115

719

~

675

***

~

101

*

890

8

125106 125

14

19

500

1128

215197

40

514

550

420

HA41-2488b eps

233

~

675

**

28 x 14

4

3

65

122

115

~

245

*

150 130

1013

7

10

2

13

1190

8

125106 125

10

500

343 550

28 x 14

4

7

3

2

939

14

13

215197

40

HA41-2487b eps

233

65

122

19

420

115

824

~

675

***

~

190

*

85

995

8

125106 125

Special versions in combination with pressure absorber system

For ring-main panels

•

type RK and RK1

For cable panels

•

type K

For circuit-breaker panels

•

type LS1 and LS2

For transformer panels

•

type TR

For individual panels with single cable connection

Dimensions

For ring-main panels

•

type RK and RK1

For cable panels

•

type K

For circuit-breaker panels

•

type LS1 and LS2

For individual panels with doublecable conn e ction

or 25 mm deeper

standard cable compartment cover

•

For ring-main panels type RK and RK1

•

For cable panels type K

•

For circuit-breaker panels type LS1 and LS2

•

For transformer panels type TR, however connec tion with bolted contact (M16)

For individual panels with doublecable conn e ction

deeper cable compartment cover

105 mm

1 Wal l distance

2 Fixing frame (base) of an individual panel or

panel block

3 Floor opening for high-voltage cables (and, if

applicable, control cables)

4 Fixing points

-

7 Position of the incoming cables for the feeder

8 Overall panel depth (including cable compartment cover)

nd

10 Position of 2

cable

For ring-main panels

•

type RK and RK1

For cable panels

•

type K

For circuit-breaker panels

•

type LS1 and LS2

11 For surge arrester

12 For cable-type current

transformers with outside diameter up to 90 mm

For individual panels with doublecable conn e ction

deeper cable compartment cover

300 mm

Switchgear Type 8DH10, up to 24 kV, Gas-Insulated, Extendable  Siemens HA 41.11  2008

13 Pressure absorber duct

14 Front edge of base of the pressure absorber system

15 Front edge of panel without cable compartment cover

* Dependent on the type of cable plug employed

** For panel types RK, K and LS

*** For panel types TR, connection with plug-in contact

B Cutout in the fixing frame for extended floor opening

for panel with cable-type current transformers

39

Dimensions

HA41-2343d eps

553***

7

575

~560**

775

750

610

63

8

HA41-2344e eps

553

***

300

****

9

575

~

560

**

800

772

610

63

10

HA41-2339d eps

575

~

560

**

775

1

553

***

750

610

63

HA41-2340d eps

2

575

553***

~560**

775

750

610

63

HA41-2489 eps

18

575

553***

~560**

880

852

715

63

~190**

19

18

HA41-2346d eps

13

560

~565

610

63

775

750

HA41-2490a eps

101

14

553

***

290

*

~

560

775

750

635

63

~

565

15

HA41-2347d eps

16

~565

553

***

~560

**

925

897

610

63

17

HA41-2341c eps

553

***

~

560

**

4

575

~

245

**

3

1075

1047

900

63

HA41-2345c eps

553

***

11

575

12

925

897

610

63

~

560

**

HA41-2620 eps

553***

750

775

63

610

290

*

5

575

6

~560**

Cable connection examples in ring-main, cable and circuit-breaker panels

(non-binding examples, for further examples see Catalog HA 40.1)

Cable connection in ring-main panel

Standard cable compartment cover

105 mm deeper cable compartment cover

300 mm deeper cable compartment cover for double cable connection

Cable connection with surge arresters

Standard cable compartment cover

Standard cable compartment coverStandard cable compartment cover

25 mm deeper cable compartment cover

150 mm deeper cable compartment cover

Connection in circuit-breaker panel

Standard cable compartment cover

150 mm deeper cable compartment cover

* Max. mounting space

for cable plugs

** Dependent on the type

of cable plug

*** Dimension for bushing as

interfacetype“C”with bolted contact (M16)

**** Mounting depth for

combination of cable T-plug and surge arrester

1 Elbow adapter, make Siemens,

type AKE 20/630 with conventional cable sealing end, make Lovink Enertech, type IAE 20

2 Cable T-plug, make Euromold,

type (K)400 TB/G

3 Cable T-plug, make Euromold,

type (K)400 TB/G

4 Cable T-plug, make Euromold,

type (K)400 TB/G as 2

nd

cable (option: Cable elbow plug type (K)400 LB/G); always same make required

5 Surge arrester,

make Euromold, type 300 SA-5 or 300 SA-10

6 Cable plug,

make Euromold, type 430 TB

7 Cable plug,

make Tyco Electronics, type RICS 5139

8 Surge arrester,

make Tyco Electronics, type RDA 21 (for type RDA 24, a floor opening of 635 mm instead of 610 mm is required)

9 Cable T-plug,

make Südkabel, type SET (12/24)

and

10 Surge arrester,

make Südkabel, type MUT (13/23)

or:

9 Cable connector,

make nkt cables, type AB 24-630

and

10 Surge arrester,

make nkt cables, type ASA 24-5

11 Cable T-plug, make Euromold,

type (K)400 TB/G

12 Surge arrester, e.g.

make Euromold, type 400 Pb or similar designs

13 Busbar system

for billing metering panel type ME1

14 Cable T-plug,

make nkt cables, type CB 24-630

15 Coupling connector,

make nkt cables, type CC 24-630

16 Cable T-plug,

make Euromold, type (K)400 TB/G

17 4MT8 plug-in voltage transformer

18 Cable T-plug,

make Südkabel, type SET 24

19 Coupling insert,

make Südkabel, type KU 23.2

40

Switchgear Type 8DH10, up to 24 kV, Gas-Insulated, Extendable  Siemens HA 41.11  2008

Standards

Standards, specifications, guidelines

Overview of standards (May 2008)

IEC standard VDE standard EN standard

Switchgear 8DH10 IEC 62271-1 VDE 0671-1 EN 62 271-1

IEC 62271-200 VDE 0671-200 EN 62 271-200

Switching devices Circuit-breaker IEC 62271-100 VDE 0671-100 EN 62 271-100

Disconnector and earthing switch

Switch-disconnector IEC 60265-1 VDE 0670-301 EN 60 265-1 Switch-disconnector /

fuse combination HV HRC fuses IEC 60282-1 VDE 0670-4 EN 60 282

Voltage detecting systems IEC 61243-5 VDE 0682-415 EN 61 243-5 Degree of protection – IEC 60529 VDE 0470-1 EN 60 529 Insulation Instrument transformers Current transformers IEC 60044-1 VDE 0414-1 EN 60 044-1

Installation – IEC 61936-1 VDE 0101 –

–

Voltage transformers IEC 60044-2 VDE 0414-2 EN 60 044-2

Combined transformers IEC 60044-3 VDE 0414-5 EN 60 044-3

IEC 62271-102 VDE 0671-102 EN 62 271-102

IEC 62271-105 VDE 0671-105 EN 62 271-105

IEC 60071 VDE 0111 EN 60 071

Standards

The 8DH10 switchgear complies with the relevant standards and specifications applicable at the time of type tests.

In accordance with the harmonization agreement reached by the countries of the European Community, their national specifications conform to the IEC standard.

Dielectric strength

Siemens 8DH10 User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual