Medium-Voltage
Switchgear
Switchgear
Type 8DH10 up to 24 kV,
Gas-Insulated, Extendable
Catalog HA 41.11
2005
Supersedes:
Catalog HA 41.11 · 2003
Switchgear Type 8DH10 up to 24 kV, Gas-Insulated, Extendable
Contents
Application, Requirements
Page
Features
2 and 3
8DH10 switchgear is a factoryassembled, type-tested, threephase, metal-enclosed, metal-clad
single-busbar switchgear for indoor installation:
Application, Requirements
Features, typical uses
Technical Data
Electrical data, filling pressure,
temperature
Switchgear installation, shipping data
6 to 13
Design
Panel design
14 and 15
Components
3AH vacuum circuit-breakers
Three-position switch-disconnectors
Busbars
Transformers
Cable connection
Low-voltage equipment
16 and 17
18
19
20 to 25
26
27
Dimensions
Individual panels, panel blocks
Metering panel combinations
Floor openings and fixing points
Cable-connection fittings
28 to 32
31 and 33
34 to 37
38
• Feeder currents up to 630 A
Personal safety
• Busbar currents up to 1250 A
• Safe-to-touch and hermetically
Typical uses
• HV HRC fuses and cable sealing
8DH10 switchgear is used – even
under severe environmental conditions – for power distribution in
secondary distribution systems,
e.g. in
■ Substations, customer transfer
substations, distribution substations and switching substations of power supply and
public utilities
■ Industrial plants, such as:
• Wind power stations
39
Appendix
sealed primary enclosure
ends are only accessible when
the outgoing feeders are earthed
• Operation is only possible when
the enclosure is closed
• Logical mechanical interlocking
• Capacitive voltage detection sys-
tem for verification of safe isolation from supply
• Earthing of outgoing feeders by
means of make-proof earthing
switches
• High-rise buildings
Security of operation
• Airports
• Hermetically sealed primary
• Traction power supply systems
enclosure independent of
environmental effects (dirt,
moisture and small animals) –
sealed for life:
– Welded switchgear vessel
– Welded-in bushings and operating
mechanism
• Automobile industry
• Maintenance-free operating
• Lignite open-cast mines
• Underground railway stations
• Sewage treatment plants
Standards
Standards, specifications, guidelines
Quality and environmental
management system acc. to
DIN EN ISO 9001 and
DIN EN ISO 14001
• Up to 24 kV
4
5 and 6
Product Range
Product range overview
Quality and environment
• Port facilities
• Petroleum industry
mechanism parts
(IEC 60 694/VDE 0670-1000)
Further Information
• Chemical industry
• Switch operating mechanisms
See Catalog HA 40.1
• Cement industry
Notes
39
• Unit-type heating power stations
• Textile, paper and food
industry
• Emergency power supply
installations
Modular design
accessible outside the switchgear
vessel
• Switchgear interlocking by
means of logical mechanical
interlocking
• Mechanical switch position
indications integrated in the
mimic diagram
• Individual panels and panel
Cost-efficiency
blocks can be freely combined
Extremely low “life-cycle costs”
and extended – without gas work
and extremely high availability
on site
throughout the entire product
• Low-voltage compartments can
service life as a result of:
be supplied in two overall heights
• Maintenance-free concept
and are wired to the panel by
• Climatic independence
means of plug-in connections
Reliability
• Type and routine-tested
acc. to IEC
• Standardized and manufactured
using numerically controlled
machines
© Siemens AG 2005
• Minimum space requirement
• Maximum availability
Security of investment
Innovative developments, such as:
• Modular design
• More than 400,000 8DJ/ 8DH
• Extendability of the switchgear
panels in operation worldwide
for many years
• 3AH maintenance-free vacuum
without gas work on site
circuit-breakers
• SIPROTEC protection relay family
2
Siemens HA 41.11 · 2005
Switchgear Type 8DH10 up to 24 kV, Gas-Insulated, Extendable
Application
Typical uses
Technical features
• Maintenance-free
• Climate-independent
• Three-pole primary enclosure,
metal-enclosed, metal-clad
• Insulating gas SF6
R-HA41-013a eps
• Gas-tight, welded switchgear
vessel made of stainless steel
with welded-in bushings for
electrical 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 by means of cable
plugs
– In ring-main feeders and
circuit-breaker feeders with
bolted contact (M16)
– In transformer feeders with
plug-in contact
Example
Customer transfer switchgear
• Option: Connection with conven-
tional cable sealing ends
– For thermoplastic-insulated
cables via elbow adapter
AKE 20/ 630 (make Siemens)
– For paper-insulated massimpregnated cables via commercially available adapter systems
• Easy installation
• Option: Pressure absorber
R-HA41-014 eps
For further information concerning
the pressure absorber system,
please refer to page 37
and to Catalog HA 40.1
R-HA41-015 eps
system
– Maintenance-free
– For rated short-time withstand
current Ik ≤ 20 kA
– 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
absorber duct below the
switchgear
– With 115 mm deep pressure
absorber duct for pressure relief
upwards
– Possible for switchgear with
standard cable compartment
cover,
option: 105 mm or 300 mm
deeper cable compartment cover
possible
– Option: Free-standing
arrangement, for switchgear
height 2300 mm and with rear
cover
Application
Customer transfer substation in an
accessible switchgear building
(transformers, medium-voltage and
low-voltage in a factory-assembled
building)
Standards
See page 39
Application
Power supply of high-rise buildings
Siemens HA 41.11 · 2005
3
Switchgear Type 8DH10 up to 24 kV, Gas-Insulated, Extendable
Technical Data
Filling pressure,
temperature
Electrical data
Rated voltage Ur
Rated insulation
level
kV 7.2
15
17.5
24
28 B
32
36
39
38
45
50
60
Rated filling
pressure pre
for insulation
1500 hPa
(absolute)
Rated lightning impulse withstand voltage Up:
– phase-to-phase, phase-to-earth, open contact gap kV 60
– across the isolating distance
kV 70
75 B
85
95
110
95
110
125
145
Minimum operating
pressure pme
for insulation
1300 hPa
(absolute)
50/60
50/60
50/60
50/60
for busbar (standard)
Hz 50/60
A 630
630
630
630
630
for busbar (option)
A 1250
1250
1250
1250
1250
Rated frequency fr
Rated normal
current Ir 1)
(not for billing
metering panels
type ME1)
Ambient temperature T
Panels without
Class “Minus
secondary equipment 25 indoor”
(–25 °C to
+70 °C *)
Ring-main panel type RK, bus sectionalizer panel type LT2, cable connection panel type K
Rated normal
current Ir 1)
Pressure values at 20 °C
12
Rated short-dur. power-freq. withstand voltage Ud:
– phase-to-phase, phase-to-earth, open contact gap kV 20
– across the isolating distance
kV 23
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
Panels with seconClass “Minus
dary equipment and
5 indoor”
circuit-breaker panels (–5 °C to
+55 °C *)
A 400, 630 400, 630 400, 630 400, 630 400, 630
for switchgear with tk = 1 s
Rated short-time
withstand current Ik for switchgear with t = 3 s (option)
k
up to kA 20
25
20
25
20
25 20
25 20
up to kA 20
–
20
–
20
–
–
Rated peak withstand current Ip
up to kA 50
63
50
63
50
63 50
63 50
Rated short-circuit making current Ima
up to kA 50
63
50
63
50
63 50
63 50
20
20
Transformer panel type TR
Rated normal
current Ir 1)
for feeder 2)
A 200
200
200
200
200
for switchgear with tk = 1 s
Rated short-time
withstand current Ik for switchgear with t = 3 s
k
up to kA 20
25
20
25
20
25 20
up to kA 20
–
20
–
20
–
Rated peak withstand current Ip 2)
up to kA 50
63
50
63
50
63 50
63 50
Rated short-circuit making current Ima 2)
up to kA 25
25
25
25
25
25 25
25 25
mm 292 3)
Reference dimension “e” of the HV HRC fuse links
292
442
20
25 20
–
442
20
442
Circuit-breaker panel type LS, bus sectionalizer panel type LT1
Rated normal
current Ir 1)
for feeder (for panel types LS …)
for bus sectionalizer panel type LT1
A 400, 630 400, 630 400, 630 400, 630 400, 630
A 400, 630 400, 630 400, 630 400, 630 400, 630
for switchgear with tk = 1 s
Rated short-time
withstand current Ik for switchgear with t = 3 s
k
up to kA 20
25
20
25
20
25 20
up to kA 20
–
20
–
20
–
Rated peak withstand current Ip
up to kA 50
63
50
63
50
63 50
63 50
Rated short-circuit making current Ima
up to kA 50
63
50
63
50
63 50
63 50
Rated short-circuit breaking current Isc 4)
up to kA 20
25
20
25
20
25 20
25 20
25 20
Electrical
service life of
3AH vacuum
circuit-breakers
at rated normal current
10 000 operating cycles
at rated short-circuit breaking current
50 make-break operations
20
25 20
–
20
Busbar earthing panel type SE, busbar voltage metering panel type ME3
for switchgear with tk = 1 s
Rated short-time
withstand current Ik for switchgear with t = 3 s
k
up to kA 20
25
20
25
20
25 20
up to kA 20
–
20
–
20
–
Rated peak withstand current Ip
up to kA 50
63
50
63
50
63 50
63 50
Rated short-circuit making current Ima
up to kA 50
63
50
63
50
63 50
63 50
20
–
20
B 12/42/95 kV (for Ik = 20 kA)
according to some national
standards
*) Reduced normal currents
Billing metering panels type ME1 and type ME2
Rated normal
current Ir 1)
for transfer
up to A 630
630
630
630
for feeder (cable con. panel type 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 = 1 s
Rated short-time
withstand current Ik for switchgear with t = 3 s
k
up to kA 20
25
20
25
20
25 20
up to kA 20
–
20
–
20
–
Rated peak withstand current Ip
up to kA 50
63
50
63
50
63 50
20
630
25 20
–
20
63 50
1) The rated normal currents apply
to ambient temperatures of
max. 40 °C. The 24-hour-mean
value is max. 35 °C (according to
IEC 60 694 / VDE 0670-1000)
2) Depending on the HV HRC fuse
link, observe the max. cut-off
current of the HV HRC fuse links
3) Extension tube (150 mm long)
required additionally for fuse
mounting 442 mm
4) For 3AH vacuum circuit-breakers
4
Siemens HA 41.11 · 2005
Switchgear Type 8DH10 up to 24 kV, Gas-Insulated, Extendable
Technical Data
Switchgear installation
Room planning
Room planning
Switchgear installation
Switchgear room
Switchgear room
1
³1000
See opposite dimension
drawings
775
3
13
4
³1000
1070
12
³1000
890
828
5
6
7
8
14
300
The door dimensions depend
on the
– Number of panels in a
transport unit
– Design with or without
low-voltage compartment
2000
Door dimensions
2
2300*
Room dimensions
20
*
³2400
20
³ 2400
Wall-standing arrangement
– Single row
– Double row (for face-to-face
arrangement)
Switchgear fastening
points of the switchgear,
see pages 34 to 37
1
Cable
basement
• Foundations:
– Steel structure
– Steel-reinforced concrete
115
9
10
11
12
>600
• For floor openings and fixing
15
834
Cable basement
Side view
Side view
16
³15
³15
10
See pages 28 to 32
³ 50
Panel dimensions
Weight
17
The weight of a panel depends
on the extent to which it is
equipped (e.g. with motor
operating mechanism, voltage
transformer). For details,
please refer to page 6.
6
13
19
18
Top view
Top view
Switchgear installation with
standard panels
Switchgear installation with rear-side
pressure absorber duct (option)
1 Relief opening
2 Room height
3 Panel depth of the standard
panel (may be 15 mm deeper
for free-standing arrangement,
depending on the panel design)
4 Control aisle
5 Panel depth of panels with
deep cable compartment
cover
6 Deep cable compartment
cover
* For free-standing arrangement
and with pressure absorber duct:
Switchgear 2300 mm high
as standard (with end walls,
rear wall and front cover sheets)
HA41-2287f eps
10
³ 50
HA41-2286e eps
19
7 Standard cable compartment
cover
8 Foundation
9 2nd cable connected by means
of double T-plugs in conjunction with deeper floor opening
and design with deep cable
compartment cover
10 Height of the cable
basement corresponding to
the cable bending radius
11 Cable
12 Direction of pressure relief
13 Option:
Pressure absorber duct
14 Base height of the pressure
absorber duct beneath the
panel
15 Depth of the pressure absorber
duct behind the panel
16 Wall distance
17 End wall
18 Panel width
19 Width of the pressure absorber duct
– 700 mm for panel combinations
– Approx. 850 mm for metering
panels type ME1
20 Standard:
Low-voltage compartment
for circuit-breaker panels
Option:
– Low-voltage compartment
for all other panel types or
– Front cover
Siemens HA 41.11 · 2005
5
Switchgear Type 8DH10 up to 24 kV, Gas-Insulated, Extendable
Technical Data
Shipping data
Product range overview
Individual panel, panel block
or combinations
thereof for standard switchgear
(without pressure relief duct)
Type
Panel or panel
combination
Transport unit (including packing) for standard panels
(without pressure absorber system)
Width Net
Width Height
Depth
B1
weight 1)
B2
T2
approx. kg m
mm
m
m
without / with
without / with
LVC */ LVC *
LVC */ LVC *
Volume
Gross
weight 1)
approx. kg
without / with without / with
LVC */ LVC * LVC */LVC *
Designation of the
individual panels
and panel blocks
m3
Transport of individual panels
Ring-main panel (standard)
RK
350
150 / 210
0.70
1.60 / 2.20 1.10
1.23 / 1.69
210 / 270
240 / 300
RK1
500
180 / 240
0.70
1.60 / 2.20 1.10
1.23 / 1.69
Cable panel (standard)
K
350
145 / 205
0.70
1.60 / 2.20 1.10
1.23 / 1.69
205 / 265
Transformer panel
TR
500
180 / 240
0.70
1.60 / 2.20 1.10
1.23 / 1.69
240 / 300
Circuit-breaker panel (standard)
LS1
500
– / 260
0.70
– / 2.20
1.10
– / 1.69
– / 320
Bus sectionalizer panel
LS2
LT1
500
500
– / 380
– / 280
0.70
0.70
– / 2.20
– / 2.20
1.10
1.10
– / 1.69
– / 1.69
– / 440
– / 340
LT1-V
500
– / 380
0.70
– / 2.20
1.10
– / 1.69
– / 440
LT2
500
150 / 210
0.70
1.60 / 2.20 1.10
1.23 / 1.69
210 / 270
SE1
350
150 / 210
0.70
1.60 / 2.20 1.10
1.23 / 1.69
210 / 270
SE2
500
250 / 310
0.70
1.60 / 2.20 1.10
1.23 / 1.69
310 / 370
ME3
500
250 / 310
0.70
1.60 / 2.20 1.10
1.23 / 1.69
310 / 370
850
250 / 310
1.08
1.60 / 2.20 1.10
1.90 / 2.61
310 / 370
600
390 / 450
1.08
1.60 / 2.20 1.10
1.90 / 2.61
450 / 510
Busbar earthing panel
Busbar voltage metering panel
ME1 **
Billing metering low structure
panels, airwith combined instru- ME2 **
insulated
ment transformers
Individual panels
Ring-main panel
Cable panel without
earthing switch
Cable panel with make-proof
earthing switch
Transformer panel
Transport of panel blocks
Ring-main panel block
Transformer panel block
Ring-main/transformer panel block
Cable connection/
transformer panel block
R-B2
700
280 / 400
1.08
1.60 / 2.20 1.10
1.90 / 2.61
340 / 460
R-B3
1050
400 / 580
1.40
1.60 / 2.20 1.10
2.46 / 3.40
470 / 650
Transformer panel with
plug-in voltage transformer
T-B2
1000
320 / 440
1.40
1.60 / 2.20 1.10
2.46 / 3.40
390 / 510
Circuit-breaker panel
T-B3
1500
480 / 660
2.03
1.60 / 2.20 1.10
3.57 / 4.91
560 / 740
RT-B2
700
300 / 420
1.08
1.60 / 2.20 1.10
1.90 / 2.61
360 / 480
2RT-B3
1050
450 / 630
1.40
1.60 / 2.20 1.10
2.46 / 3.40
520 / 700
3RT-B4
1400
580 / 820
2.03
1.60 / 2.20 1.10
3.57 / 4.91
660 / 900
KT-B2
700
300 / 420
1.08
1.60 / 2.20 1.10
1.90 / 2.61
360 / 480
Circuit-breaker panel with plug-in
busbar voltage transformers
Bus sectionalizer panel
with vacuum circuit-breaker
Bus sectionalizer panel
Busbar earthing panel
Transport of combinations of different individual panels or panel blocks
Comprising
– a number of individual panels or
– 1 panel block or
– a number of panel blocks or
– individual panels with panel blocks
Overall width B3
B2
≤ 850 mm
≤ 1200 mm
≤ 1800 mm
≤ 2350 mm
1.08
1.40
2.03
2.53
Busbar voltage metering panel
T2
1.60 / 2.20
1.60 / 2.20
1.60 / 2.20
1.60 / 2.20
1.10
1.10
1.10
1.10
1.90 / 2.61
2.46 / 3.39
3.57 / 4.91
4.49 / 6.17
+ 60 ***
2) + 70 ***
2) + 85 ***
2) + 100 ***
2)
Billing metering panel
Billing metering
panel for
busbar connection
cable connection
Billing metering panel
with combined transformers
Transport units for shipping (top view)
1 T1 = Depth of individual
panel or of panel block
Panel blocks
Ring-main panel block
2 Individual panel or panel
block, dimension B1 x T1
3 Transport unit,
dimension B2 x T2
With individual panel
or panel block
Transformer panel block
Ring-main/transformer panel block
4 B3 = Overall width of
combination of different
individual panels
or panel blocks
With combinations of different individual
panels and/or panel blocks
(option: panels screwed on and busbars mounted)
5 B2 = Width of the
transport unit
Cable connection/transformer panel block
without earthing switch
2) Sum of the
1) The net weight and the gross
net weights
weight depend on the extent to
of individual
which they are equipped (e.g. with
panels and /
current transformers, motor operor panel blocks
ating mechanism, deep cable
compartment cover) and are
therefore given as mean value
6
Siemens HA 41.11 · 2005
* 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
Cable connection/transformer panel block
(cable panel with make-proof
earthing switch)
Switchgear Type 8DH10 up to 24 kV, Gas-Insulated, Extendable
Product Range
Equipment features
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M S
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A S
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M C
M I s
C
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D
Type
• Basic equipment
°
350
500
350
500
350
350
350
350
500
500
500
500
500
500
500
500
500
500
500
350
500
500
850
850
850
850
600
Column No.
1
2
3
4
5
6
7
8
9
RK
RK1
RK-U
RK1-U
K
K-U
K
K-U
TR
TR-U
TR-V
TR/V
LS1-. . .
LS1-U
LS2-. . .
LS2-U
LT1
LT1-V
LT2
SE1
SE2
ME3
ME1
ME1-K
ME1-S
ME1-KS
ME2
•
•
•
•
–
–
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
–
–
–
–
–
•
•
•
•
–
–
•
•
•
•
•
•
•
•
•
•
–
–
–
•
•
–
–
–
–
–
–
–
–
–
–
•
•
–
–
–
–
–
–
–
–
–
–
•
•
•
–
–
•
•
•
•
•
•
•
•
–
–
•
–
•
–
•
–
•
–
•
–
•
–
–
–
–
–
–
–
–
•
–
•
–
•
•
•
•
•
•
•
•
–
–
–
–
–
–
–
–
–
–
•
•
•
•
–
–
–
–
–
–
–
–
–
–
–
–
–
•
•
•
•
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
•
•
•
•
–
–
–
–
–
–
–
–
–
°
°
°
°
°
°
°
°
°
°–
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
–
–
–
–
–
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°–
–
–
–
–
–
–
–
–
10
11
–
–
–
–
–
–
–
–
Column No.
1
2
3
4
5
6
7
8
9
700
1050
1000
1500
R-B2
R-B3
T-B2
T-B3
RT-B2
•
•
•
•
•
•
•
•
•
•
–
–
•
•
–
–
–
–
–
–
–
–
–
–
•
–
–
–
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
–
–
•
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
700
•
•
•
•
•
•
•
•
•
•
–
•
•
•
•1)
•1)
•1)
•1)
•1)
1050
1400
2RT-B3
3RT-B4
700
KT-B2
700
KT-B2
RK
T
RK
T
RK
T
K
T
K
T
2)
•
2)
•
2)
•
2)
•
2)
°
°–
°–
1)
°–
1)
°–
1)
°–
1)
°
1)
10
1)
°
°
°
°
°
1)
1)
1)
1)
1)
•1)
1)
°
1)
•1)
1)
°
1)
1)
•
•1)
1)
°
1)
1)
°
1)
1) The equipment applies to the entire panel block,
but it is located in the first feeder panel from the left
11
12
13
14 15 16 17
°
°
°
°–
°
°
°
°–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°–
°
°
°
°
°
°
°
°
°
°
°–
°
°
°
°
°
°–
°
°
°
°–
° ° °
° °– °
° – °
°–
°–
°
– – –
–
–
–
–
–
–
–
–
–
–
–
–
12
13
14 15 16 17
°
°
°
°
°
°
°
°
°
°–
°
°
°
°
°
°
°
°
°
°–
–
–
°–
°–
°
°
–
–
–
–
–
–
–
–
–
–
–
–
–
–
°–
°
°–
°–
°–
°–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
•
•
°–
–
–
–
–
°
°
°
°
°
°
°
°
°
°–
°– °–
° °
–
–
–
–
–
–
–
–
°
°–
–
–
–
–
–
–
–
–
–
°
°
°
°
°
°
°
°
°
°
°
°–
•
•
•
•
•
–
–
–
–
–
°
°
°
°
°
°
°
°
°
°
°
°
°
°
° °–
°
° °–
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
–
–
–
–
18 19 20 21 22
23
°– °–
°– °–
°– °–
°–
°–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°–
23
°
°
°
°
°
°
°
°
°
°
°
°•
° °– ––
° – –
° – –
° – –
° – –
°
° °– ° ° °
°
° ° °
° °– ° ° °
°• – °– ° °
° °
• – –
° °
• – – – –
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
18 19 20 21 22
–
°–
°–
°–
°–
°–
°–
–
–
–
–
–
–
–
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
2) Low-voltage terminals arranged in the low-voltage niche
of the ring-main or cable feeder
Siemens HA 41.11 · 2005
7
Switchgear Type 8DH10 up to 24 kV, Gas-Insulated, Extendable
Product Range
Ring-main panels, cable and transformer panels as individual panels
Ring-main panels
Cable panels
Transformer panels
as feeder panels
as feeder panels
as feeder panels
Type RK1 1) 3)
500 mm wide
option
option
Type K
350 mm wide
option
HA41-2223_1d eps
Type RK
350 mm wide
HA41-2218_1d eps
HA41-2213_1d eps
option
option
Three-position
switch-disconnector
Type TR
500 mm wide
HV HRC fuse
option
On request:
Type RK2 1) 2) 3)
500 mm wide
option
HA41-2215_1d eps
option
Type RK-A *
350 mm wide
with plug-in
surge
arresters
option
option
option
HA41-2224_1d eps
for 2nd cable
option
**
Type K-K *
350 mm wide
Type K-A *
350 mm wide
with plug-in
surge
arresters
**
Type TR-V B
500 mm wide
Cable-type current
transformer
with plug-in
voltage transformers
4MT8 plug-in voltage
transformer at the
cable connection
option
**
option
4MT8 plug-in
voltage transformer
at the connection
Type TR-V B
500 mm wide
(105 mm deeper
cable compartment cover)
HA41-2225_1d eps
for 2nd cable
option
HA41-2219_1e eps
Type RK-K *
350 mm wide
HA41-2220_1d eps
HA41-2214_1e eps
option
Capacitive
voltage detection
system
Cable (not
included in the
scope of supply)
with plug-in
voltage transformers instead of cable
connection
option
2nd cable (not
included in the
scope of supply)
for transfer
to the right
option
option
Type RK-U
350 mm wide
Type K-U
350 mm wide
for transfer
to the left
option
HA41-2222_1d eps
On request:
Type RK1-U 3)
Type RK2-U 2) 3)
500 mm wide
for transfer
to the right
HA41-2221_1d eps
On request:
Type RK1-U 3)
Type RK2-U 2) 3)
500 mm wide
HA41-2217_1d eps
Type K-U
350 mm wide
for transfer
to the left
option
Type TR-U
500 mm wide
for transfer
to the right
option
Plug-in
surge arrester
HA41-2278e eps
Type RK-U
350 mm wide
as transfer panels
HA41-2226_1d eps
HA41-2216_1d eps
option
as transfer panels
HA41-2227_1d eps
as transfer panels
Make-proof
earthing switch
Type TR-U
500 mm wide
for transfer
to the left
Footnotes
see page 9
8
Siemens HA 41.11 · 2005
Switchgear Type 8DH10 up to 24 kV, Gas-Insulated, Extendable
Product Range
Ring-main panels, cable and transformer panels in panel blocks
Ring-main panel blocks
Ring-main/transformer panel blocks
Designs and options for each panel, see page 8
Designs and options for each panel, see page 8
TR c
RK
Type RT-B2
700 mm wide
RK
RK
HA41-2232_1d eps
HA41-2228_1d eps
Type R-B2
700 mm wide
consisting of
2 ring-main panels
Three-position
switch-disconnector
consisting of
1 ring-main panel and
1 transformer panel
HV HRC fuse
RK
RK
HA41-2229_1c eps
Type R-B3
1050 mm wide
consisting of
3 ring-main panels
TR c
Type 2RT-B3
1050 mm wide
consisting of
2 ring-main panels and
1 transformer panel
RK
RK
RK
Designs and options for each panel, see page 8
TR
Type 3RT-B4
1400 mm wide
consisting of
3 ring-main panels
and
1 transformer
panel
Type T-B2
1000 mm wide
HA41-2230_1c eps
Cable (not
included in the
scope of supply)
TR c
HA41-2234_1c eps
Transformer panel blocks
TR
RK
HA41-2233_1c eps
RK
RK
HA41-2278e eps
Capacitive
voltage detection
system
consisting of
2 transformer panels
Footnotes
from page 8
B Deep cable
compartment
cover required
Cable connection/transformer panel block
Designs and options for each panel, see page 8
TR
K
TR
HA41-2231_1c eps
Type T-B3
1500 mm wide
consisting of
3 transformer
panels
* Depending on
TR c
the make/type
of the cable
plug or arrester:
Deep cable
compartment
cover required
Type KT-B2
700 mm wide
HA41-2235_1e eps
TR
consisting of
1 cable connection panel
1 transformer panel
** Cable-type
current transformer on the
2nd cable:
For 300 mm
deeper cable
compartment
cover
Designs
Designs
• Busbar connection system for connection of individual
• 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)
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
• Only either the left-hand or the right-hand panel of the panel block
can be designed as a transfer panel with busbar connection
can be designed as a transfer panel with busbar connection
• Panel blocks are also available without a busbar connection
• Panel blocks are also available without a busbar connection
system (extendable at a later date only via the cable feeder)
system (extendable at a later date only via the cable feeder)
c A plug-in voltage transformer cannot be provided at the connection
1) Suitable for
type 4MT8
voltage
transformers
2) Suitable for
type 4MT3
voltage
transformer
3) Suitable for
three-phase
current transformers
Siemens HA 41.11 · 2005
9
Switchgear Type 8DH10 up to 24 kV, Gas-Insulated, Extendable
Product Range
Circuit-breaker panels as individual panels
Circuit-breaker panels
Circuit-breaker panels with plug-in
busbar voltage transformers
as feeder panels
as feeder panels
option
1)
option
option
Basic panel
for 2nd cable
HA41-2243 _1d eps
option
option
1)
1)
option
option
option
Capacitive
voltage detection
system
Type LS2
500 mm wide
Type LS2-K *
500 mm wide
Basic panel
for 2nd cable
option
option
option
Cable-type current
transformer
on the cable
1)
4MT8 plug-in voltage
transformer at the
cable connection
option
2)
2)
Type LS1-V B
500 mm wide
Type LS2-A *
500 mm wide
Type LS2-V B
500 mm wide
with plug-in
surge arresters
or limiters
with plug-in
voltage transformers
with plug-in
surge arresters
or limiters
with plug-in
voltage transformers
option
option
for transfer
to the right
HA41-2246_1d eps
as transfer panels
option
4MT3 plug-in
voltage
transformer
at the busbar
Cable (not
included in the
scope of supply)
Type LS2-U
500 mm wide
for transfer
to the right
option
2nd cable (not
included in the
scope of supply)
1)
HA41-2278e eps
1)
4MC63... threephase current
transformer
2)
Type LS1-A *
500 mm wide
Type LS1-U
500 mm wide
1)
option
1)
as transfer panels
HA41-2240_1d eps
**
2)
option
2)
2)
1)
option
option
Three-position
switch-disconnector
option
2)
Type LS1-K *
500 mm wide
HA41-2239_1d eps
HA41-2237_1d eps
**
Type LS1
500 mm wide
option
option
1)
2)
2)
HA41-2244_1e eps
option
1)
option
HA41-2245_1d eps
option
option
HA41-2242_1e eps
HA41-2238_1e eps
HA41-2236_1e eps
option
Vacuum
circuit-breaker
Type LS1-U
500 mm wide
for transfer
to the left
option
1)
option
HA41-2247_1d eps
HA41-2241_1d eps
option
Plug-in
surge arrester
or limiter
Type LS2-U
500 mm wide
for transfer
to the left
option
1)
Footnotes
see page 11
10
Siemens HA 41.11 · 2005
Switchgear Type 8DH10 up to 24 kV, Gas-Insulated, Extendable
Product Range
Bus sectionalizer panels, busbar earthing panels and busbar voltage metering panel as individual panels
Bus sectionalizer
panels
Busbar earthing
panels
Busbar voltage metering
panel
HA41-2248_1c eps
option
HA41-2254_1c eps
HA41-2252_1b eps
Vacuum
circuit-breaker
option
Three-position
switch-disconnector
Capacitive
voltage detection
system
Type LT1
500 mm wide
Type SE1
350 mm wide
Type ME3
500 mm wide
Cable-type
current transformer on the
screened busbar
with vacuum
circuit-breaker
HA41-2249_1e eps
option
Make-proof
earthing switch
option
HA41-2278e eps
4MT3 plug-in
voltage
transformer
at the connection
Type LT1-V
500 mm wide
option
HA41-2250_1c eps
4MT3 plug-in
voltage
transformer
at the busbar
HA41-2253_1c eps
with vacuum
circuit-breaker and
plug-in voltage
transformers
option
Footnotes
from page 10
Type LT2
500 mm wide
Type SE2
500 mm wide
with plug-in
voltage
transformers
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
2nd cable:
For 300 mm
deeper cable
compartment
cover
Siemens HA 41.11 · 2005
11
Switchgear Type 8DH10 up to 24 kV, Gas-Insulated, Extendable
Product Range
Air-insulated metering panels as transfer panels
Billing metering panels for
busbar connection
low structure
option
option
option
P1
1)
P2
P1
Type ME1-K, 850 mm wide
Type ME1-S, 850 mm wide
for transfer to the right
for busbar metering
P1 P2
Fixed points
for busbar
earthing
P1
P1
Scheme 2
Scheme 2
Scheme 2
Type ME1, 850 mm wide
Type ME1-K, 850 mm wide
Type ME1-S, 850 mm wide
for transfer to the right,
transformer terminals
interchanged
for transfer to the right,
transformer terminals
interchanged
for busbar metering,
transformer terminals
interchanged
option
option
P1
HA41-2436_1a eps
P1
HA41-2264_1b eps
option
1)
P2 P1
P2
P2
Scheme 3
Scheme 3
Scheme 3
Type ME1, 850 mm wide
Type ME1-K, 850 mm wide
Type ME1-S, 850 mm wide
for transfer to the right
for transfer to the right
for busbar metering,
transformer terminals
interchanged
option
P2
1)
HA41-2265_1b eps
P1
P1
P2
Scheme 4
Scheme 4
P2 P1
HA41-2437_1a eps
option
option
Scheme 4
Type ME1, 850 mm wide
Type ME1-K, 850 mm wide
Type ME1-S, 850 mm wide
for transfer to the right,
transformer terminals
interchanged
for transfer to the right,
transformer terminals
interchanged
for busbar metering,
transformer terminals
interchanged
Note
Note
Schemes 1 to 4 also feasible
for transfer to the left
Schemes 1 to 4 also feasible
for transfer to the left
Siemens HA 41.11 · 2005
Voltage transformer, cast-resin
insulated
HA41-2278d eps
P2
HA41-2267_1c eps
HA41-2263_1b eps
HA41-2259_1c eps
option
option
P2
HA41-2260_1c eps
Scheme 1
for transfer to the right
1)
HA41-2261_1c eps
Voltage transformer,
cast-resin insulated,
with HV HRC fuses
Type ME1, 850 mm wide
option
12
1)
Voltage transformer,
cast-resin insulated
or on request:
Scheme 1
Scheme 1
Current transformer, cast-resin
insulated
P1 P2
HA41-2266_1c eps
P2
HA41-2262_1b eps
Billing metering panels as end
panels, for cable connection
low structure
HA41-2258_1c eps
Billing metering panels
(standard)
low structure
Cable (not
included in the
scope of supply)
P1 and P2
are terminal
designations
of the current
transformer
Switchgear Type 8DH10 up to 24 kV, Gas-Insulated, Extendable
Product Range
Air-insulated metering panels as transfer panels
option
P2
P2
Billing metering panels *
with metal-enclosed
combined transformers
HA41-2276_1d eps
option
HA41-2473a eps
Billing metering panels
as individual panels, for cable
connection, low structure
HA41-2268_1e eps
Billing metering panels as end
panels, for cable connection
low structure
1)
Voltage transformer,
cast-resin insulated
or on request:
2)
3)
P1
P1
Current transformer, cast-resin
insulated
P1 P2
1)
1)
Voltage transformer,
cast-resin insulated,
with HV HRC fuses
Scheme 1
Scheme 1
Scheme 1
2)
Type ME1-KK, 850 mm wide
Type ME2, 600 mm wide
for transfer to the right
for cable connection
for transfer to the right
HA41-2474a eps
HA41-2269_1e eps
option
1)
1)
P2
P2
P1
P1
P1 P2
3)
2)
4MK plug-in
combined voltage
transformer,
metal-enclosed
3)
Type ME1-KK, 850 mm wide
Type ME2, 600 mm wide
for transfer to the right,
transformer terminals
interchanged
for cable connection,
transformer terminals
interchanged
for transfer to the right,
transformer terminals
interchanged
HA41-2438_1b eps
Type ME1-KS, 850 mm wide
option
HA41-2475a eps
HA41-2270_1e eps
option
1)
1)
P1
P1
P2
P2
P2 P1
2)
Scheme 3
Type ME1-KK, 850 mm wide
Type ME2, 600 mm wide
for transfer to the right
for cable connection
for transfer to the left
P1
HA41-2476a eps
HA41-2271_1e eps
option
P1
P2
P2
1)
Scheme 4
HA41-2439_1b eps
Type ME1-KS, 850 mm wide
option
P2 P1
2)
3)
1)
Scheme 4
Scheme 4
Type ME1-KS, 850 mm wide
Type ME1-KK, 850 mm wide
Type ME2, 600 mm wide
for transfer to the right,
transformer terminals
interchanged
for cable connection,
transformer terminals
interchanged
for transfer to the left,
transformer terminals
interchanged
Note
Schemes 1 to 4 also feasible
as left-hand end panel
for transfer to the left
Cable (not
included in the
scope of supply)
P1 and P2
are terminal
designations
of the current
transformer
3)
Scheme 3
Scheme 3
Fixed points
for busbar
earthing
Scheme 2
Scheme 2
Scheme 2
4MK plug-in
combined current
transformer,
metal-enclosed
HA41-2278e eps
option
HA41-2277_1d eps
Type ME1-KS, 850 mm wide
* Mainly for connection to
bus sectionalizer panels
LT1, LT1-V and LT2
Siemens HA 41.11 · 2005
13
Switchgear Type 8DH10 up to 24 kV, Gas-Insulated, Extendable
Design
Panel design (examples)
Section
Transformer panel
Section
HA41-2279d eps
HA41-2280c eps
Ring-main panel
1
61
1
61
2
31
2
3
23
11
4
12
5
14
7
15
8
9
16
17
25
9
27
19
11
35
13
14
15
15
16
36
17
37
18
10
27
19
28
20
29
21
23
12
28
20
34
33
26
18
10
15
24
13
6
32
3
38
5
6
7
29
21
22
22
Type RK
Type TR
Legend for pages 14 and 15
Billing metering panel, air-insulated
Section
1 Option: Low-voltage compartment
HA41-2281d eps
2 Niche for optional low-voltage equipment,
with hinged cover
61
1
3 Switch position indication for load-break
function “CLOSED – OPEN”
4 Switch position indication for earthing
function “OPEN – EARTHED”
2
2
5 Ready-for-service indicator
6 Rating plate
7 Mimic diagram
40
11
8 Option: Short-circuit / earth-fault indicator
9 Sockets for voltage detection system
39
39
6
10 Arrangement of the busbars
11 Feeder designation label
12 Option: Locking device for three-position
switch-disconnector
41
7
42
62
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
22
30
Type ME1
14
Siemens HA 41.11 · 2005
18 Switchgear vessel filled with SF6 gas
19 Busbar connection
20 Pressure relief device
Switchgear Type 8DH10 up to 24 kV, Gas-Insulated, Extendable
Design
Panel design (examples)
Circuit-breaker panel
Section
HA41-2282c eps
21 Compartmentalization 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)
43
44
6
8
9
15
10
27 Cable compartment cover
28 Cable connection compartment
29 Cable bracket
30 Earthing connection for earthing accessories
7
51
52
12
13
63
3
4
53
14
23
16
17
46
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
24
35 Spring-operated / stored-energy mechanism
15
36 Bushing for cable plug with plug-in contact
25
37 Cable elbow plug with plug-in contact
38 Switch position indication for load-break function
“CLOSED – OPEN” and, if applicable,
“HV HRC fuse tripped” or “shunt release tripped”
26
54
39 Cover for access to the busbar connection and to
the instrument transformers, screwed on
27
18
28
19
40 4MR voltage transformer
29
20
41 4MA7 current transformer
55
21
42 Cover to busbar connection
compartment, screwed on
22
43 Option: SIPROTEC bay control unit
Type LS1 (without voltage transformers)
44 Low-voltage compartment (standard)
HA41-2283c eps
45
46
47
48
49
50
11
5
26 Option: Cable T-plug
61
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)
61
48 Mechanical “OFF” pushbutton
56
49 Operating cycle counter
50 “Spring charged” indicator
57
51 Vacuum interrupter
52 Switch position indication
53 Option: Interlock between vacuum circuit-breaker
and three-position switch-disconnector
54 Option: Three-phase current transformer
(protection transformer)
55 Cable-type current transformer
56 4MT3 plug-in voltage transformer at the busbar
58
59
57 Bushing for connection of plug-in voltage transformers
58 Plug-in connection according to EN 50 181 /
DIN EN 50 181 as interface type “A”
59 Option: 4MT8 plug-in voltage transformer at the connection
60 Deep cable compartment cover
60
61 Wiring duct, removable, for control cables and/or bus wires
62 Screwed-on cover
Type LS2-V (with voltage transformers)
63 Option: Interlock between three-position
switch-disconnector and circuit-breaker
Siemens HA 41.11 · 2005
15
Switchgear Type 8DH10 up to 24 kV, Gas-Insulated, Extendable
Components
3AH vacuum circuit-breakers
• According to IEC 62 271/
VDE 0671-100
(Standards see page 39)
• 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 use
indoors according to
IEC 60 694/VDE 0670-1000
(Standards see page 39)
• Individual secondary equipment
• A metal bellows is used for
gasketless separation of the
SF6-insulation and the operating 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-reclosure (K),
– For synchronization and
rapid load transfer (U)
• Manual operating stored-
energy mechanism
– For auto-reclosure (K)
• Manual spring-operated me-
chanism (= spring CLOSED,
stored-energy OPEN)
– Not for auto-reclosure (K)
– For normal closing and
– For storage of one opening
Further operating mechanism
features
• Located outside the switch-
gear vessel in the operating
mechanism box and behind
the control board
• Stored-energy spring-operated
mechanism for 10,000 operating cycles
Abbreviations for switching duties and
applications:
U = Synchronization and rapid load
transfer (make time ≤ 90 ms)
K = Auto-reclosure
O = OPEN operation
Operating mechanism
functions
Motor operating mechanism 1)
(M1 *)
In the case of the motor operating 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 automatically (for auto-reclosure).
Siemens HA 41.11 · 2005
2
10
3
11
4
5
6
13
7
15
Manual operating storedenergy mechanism
The closing spring is charged
by means of the hand crank
supplied 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-reclosure).
Manual spring-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 opening is possible.
Vacuum circuit-breakers with
spring-operated mechanism
are not suitable for autoreclosure.
Operating mechanism of the vacuum circuit-breaker
(for the legend, see page 17)
Differences between the vacuum circuit-breakers
depending on the operating mechanism version
Operating
mechanism
version
Motor operating Manual
stored-energy
operating
mechanism
stored-energy
mechanism
Manual springoperated
mechanism
Typical uses
Utility
substations
and industrial
plants
Classic transfer
substations and
substations
without auxiliary
voltage supply
Simple utility
substations
(circuit-breaker
employed as
transformer
switch)
Mechanism
function
Stored-energy
CLOSED,
stored-energy
OPEN
Stored-energy
CLOSED,
stored-energy
OPEN
Spring
CLOSED,
stored-energy
OPEN
Mechanism
operation
With motor 1), With hand
manual (emer- crank
gency) operation at the panel
including antipumping
Trip-free mechanism
The vacuum circuit-breaker
is fitted with a trip-free
mechanism.
1) Motor rating at
24 V to 220 V DC: 350 W
110 V and 230 V AC: 400 VA
2) With closing solenoid
* Equipment code
CO = CLOSE operation with
subsequent
OPEN operation at the shortest internal close-open time of
the vacuum circuit-breaker
t
= Dead time 0.3 s
t‘
= Dead time 3 min
For further technical data and description of typical applications,
please refer also to Catalog HG 11.11 “3AH Vacuum Circuit-Breakers”
16
8
1
R-HA41-016 eps
Features
With hand
crank
Electrically 2) or
Closing the
mechanically at
vacuum
circuit-breaker the panel with
pushbutton
Mechanically
at the panel
with pushbutton, option:
electrically 2)
Mechanically
at the panel
with hand
crank (charging
process)
Closing
solenoid, e.g.
for remote
electrical
closing
Always provided, with electrical signal
“closing spring
charged”
Option
Without
Rated
switching
sequence
O-t-CO
or
O-t-CO-t’-CO
O-t-CO
O or CO
Autoreclosure (K)
Suitable (multiple auto-reclosure possible)
Suitable (only
with closing
solenoid)
–
Switchgear Type 8DH10 up to 24 kV, Gas-Insulated, Extendable
Components
Secondary equipment of the 3AH vacuum circuit-breaker
Breaker tripping signal
(standard)
• For electrical signalling (as pulse
> 10 ms), e.g. to remote control
systems, in the case of spontaneous tripping (e.g. protection)
• Via limit switch (S6 *) and
cut-out switch (S7 *)
• Type 3AY15 10 (Y9 *)
Varistor module
• For electrical closing
• To limit overvoltages to approx.
Shunt releases
• Types:
– Standard: 3AY15 10 (Y1 *)
– Option: 3AX11 01 (Y2 *),
with energy store
• Tripping by protection relay or
electrical operation
Current-transformer
operated release
• Type 3AX11 04 (Y6 *) for trip-
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 relay
• Function: If CLOSE and OPEN
commands are applied simultaneously and continuously to the
vacuum circuit-breaker, this reverts
to its OPEN position subsequent
to closing. The circuit-breaker
remains in this position until a new
CLOSE command is given. Thus
continuous closing and opening
(= pumping) is avoided.
13
• Type 3SV9 (S1 *)
• Standard: 6NO+6NC, of which
2NO+2NC+2 changeover
contacts are free 1)
• Option: 12NO+12NC, of which
7NO+4NC+2 changeover
contacts are free 1)
Basic equipment with manual spring-operated mechanism
Position switch
• Type 3SE4 (S4 *)
• For signalling “closing spring
charged”
• Only in conjunction with stored-
Mechanical interlocking
Anti-pumping (standard)
(mechanical and electrical)
17
Auxiliary switch
• Type 3AX11 03 (Y7 *)
formers possible
5
• For auxiliary voltages W 60 V DC
energy mechanisms
• Connection to voltage trans-
11
500 V for protection devices
(when inductive devices are
mounted in the vacuum circuitbreaker)
Undervoltage release
• Comprising:
– Energy store and unlatching
mechanism
– Electromagnetic system, to
which voltage is permanently
applied in the CLOSED position
of the vacuum circuit-breaker;
tripping is initiated when this
voltage drops
3
HA41-2296b eps
Closing solenoid
9
1
• Dependent on the type of
operating mechanism
8
1
2
10
3
11
4
5
12
6
13
7
• Option: Switchgear interlocking
14
with the three-position switchdisconnector (option: closing
lock-out for the three-position
switch-disconnector in circuitbreaker panels type LS and LT1)
15
16
• 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
Maximum equipment with motor operating stored-energy mechanism
2 Position switch (S4 *)
12 Option: 2nd release
• During operation of the three-
3 Closing spring
13 1st release (Y1 *)
position switch-disconnector
from CLOSED to OPEN:
vacuum circuit-breaker
cannot be closed.
4 Motor (M1 *)
HA41-2297a eps
The scope of the 3AH vacuum
circuit-breaker secondary equipment depends on the type of application and offers a wide range of
variations, thus allowing even the
highest requirements to be satisfied.
Secondary equipment (view into the operating mechanism box)
1 Gear
11 Circuit-breaker “OPEN”
14 Option: Mechanical interlocking with interrogation
of the three-position
6 “Closing spring charged” indicator
switch-disconnector
5 Operating cycle counter
7 Closing solenoid (Y9 *)
1) For utilization
by the
customer
* Equipment
code
Abbreviations:
NO = normally-open contact
NC = normally-closed contact
For further technical data and description of typical applications,
please refer also to Catalog HG 11.11 “3AH Vacuum Circuit-Breakers”
8 Option: Auxiliary switch
12NO+12NC
9 Auxiliary switch
6NO+6NC (S1 *)
10 Circuit-breaker “CLOSED”
15 Operating rod with contact
pressure springs
16 Interlocking to the threeposition switch-disconnector
17 Actuation for closing the
vacuum circuit-breaker
Siemens HA 41.11 · 2005
17
Switchgear Type 8DH10 up to 24 kV, Gas-Insulated, Extendable
Components
Three-position switch-disconnectors
Features
• Switch positions: CLOSED –
OPEN – EARTHED
general-purpose switchdisconnector (class E3)
according to
– IEC 60 265-1/ VDE 0670-301
– IEC 62 271-102/ VDE 0671-102
(Standards see page 39)
R-HA41-012 eps
• Switching functions as
• Designed as a multi-chamber
switch incorporating the
functions
– Switch-disconnector and
– Make-proof earthing switch
• Operation via a gas-tight
welded bushing at the front
of the switchgear vessel
Three-position switch-disconnector
HA41-2288a eps
EARTHED
OPEN
SF6-insulation
1
2
3
4
5
6
CLOSED
Detachable lever mechanism
with three-position switch-disconnector
Switch positions
1 Three-position switch-disconnector
2 Gear plate
3 Switchgear vessel
4 Operating mechanism rocker
5 Detachable lever mechanism
6 Operating lever inserted
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)
18
Siemens HA 41.11 · 2005
Switchgear Type 8DH10 up to 24 kV, Gas-Insulated, Extendable
Components
Busbars
Features
• Safe-to-touch as a result of
R-HA41-017a eps
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
2
• Insensitive to pollution and
3
8
condensation
• Switchgear extension or
panel replacement is possible without SF6-gas work
7
• Special busbar connections
to metering panels type ME1
are possible. Connection to
the
– Cable connection bushings
of the adjacent panel
or to the
– Busbar bushings
Busbar compartments over 2 panels
with busbar connections, busbar covers removed
• Busbar arrangement in panel
7
HA41-2289b eps
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
detection system for the
busbar, refer also to the
product range, pages 8
to 13
8
9
1
10
2
3
4
5
6
Top view
Insulated plug-in type busbar
unscreened design
Busbar system
1 End adapter
2 Cross adapter
3 Busbar insulation of silicone rubber
4 Threaded bolt M12 / M16
5 Busbar, Cu, diameter 32 mm
6 Stopper
Switchgear vessel
7 Primary enclosure panel 1
8 Primary enclosure panel 2
9 Bushing
10 Capacitive tap at the bushings,
earthed (standard)
Siemens HA 41.11 · 2005
19
Switchgear Type 8DH10 up to 24 kV, Gas-Insulated, Extendable
Components
4MT3 * and 4MT8 * plug-in voltage transformers for panel types LS, TR, SE and ME3
R-HA41-019 eps
R-HA41-018a eps
HA41-2290b eps
Panel section
type LS2-V
4MT3 plug-in
voltage
transformer
(for the busbar)
1
1 4MT3 * for the busbar
2 4MT8 * at the cable connection
Common features
• According to IEC 60 044-2/ VDE 0414-2
• Designed as single-pole voltage trans-
formers, plug-in type
R-HA41-020 eps
2
4MT8 plug-in
voltage
transformer
(at the cable
connection)
4MT8 plug-in voltage transformer
mounted on cable T-plug (in panel type LS1-V)
Technical data
4MT3 * and 4MT8 * voltage transformers
Secondary data for 4MT3 voltage transformers
Primary data
Rated voltage
100/ 3 V
110/ 3 V (option)
3.3/ 3 kV at 10 kV
3.6/ 3 kV at 10 kV
Rated voltage for
auxiliary winding
100/3 V
110/3 V (option)
Rated thermal
limit current
(measuring winding)
6A
• Installation behind metallic cover
4.8/
5.0/
6.0/
6.6/
7.2/
Rated long-time thermal
current (8 h)
4A
Features type 4MT3
10.0/ 3 kV at 28 kV
11.0/ 3 kV at 28 kV
Rating
25 15 60 100 150
• Inductive type
• Climate-independent
• Secondary connection by means of
plugs inside the panel
Max. equipment operating 12 kV
voltage Um (= 1.2 x UN)
Rated voltage UN at max.
rated short-duration
power-frequency
withstand voltage
• Connection with plug-in contact
3 kV at 20 kV
3 kV at 20 kV
3 kV at 20 kV
3 kV at 20 kV
3 kV at 20 kV
• Inside cone system, metal-coated
Rated lightning impulse
withstand voltage
75 kV
Features type 4MT8
Rated voltage factor (8 h)
1.9 x UN
• Outside cone system, metal-enclosed
Max. equipment operating 24 kV
voltage Um (= 1.2 x UN)
• 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 LS2, SE2, ME3 and LT1-V
• Arrangement at the cable connection:
– 4MT8 plug-in voltage transformer, on
shielded cable T-plug, for panel types
LS1-V, LS2-V and TR-V (deep cable
compartment cover required)
– 4MT8 voltage transformer, which is
directly plugged in the bushing via an
adapter with a plug-in contact (interface type “A”), for panel type TR-V
(deep cable compartment cover
required)
VA
Class
0.2 0.5 0.5 1
Secondary data for 4MT8 voltage transformers
Rated voltage
100/ 3 V
110/ 3 V (option)
Rated voltage for
auxiliary winding
100/3 V
110/3 V (option)
Rated thermal
limit current
(measuring winding)
4A
Rated voltage UN at max.
rated short-duration
power-frequency
withstand voltage
13.8/ 3 kV at 38 kV
15.0/ 3 kV at 38 kV
Rated lightning impulse
withstand voltage
125 kV
Rated long-time thermal
current (8 h)
4A
Rated voltage factor (8 h)
1.9 x UN
Rating
15 15 30 30 100
17.5/ 3 kV at 50 kV
22.0/ 3 kV at 50 kV
VA
Class
0.2 0.5 0.5 1
Siemens HA 41.11 · 2005
3
Combination of 4MT8 * voltage transformers with cable T-plugs (screened, without metal housing)
Make
Type
Combination Make
Euromold
(K) 400 TB / G
(K) 440 TB, AGT 10/20
yes
nkt cables
CB 24-630, ASTS 10/630, yes
ASTS 20/630
Prysmian
Kabel und
Systeme
FMCTs-400, FMCTg-400 yes
Type
Combination
SEHDT (13/23)
yes
Südkabel (ABB)
SET (12/24)
on request
Cooper
DT 400 P
Südkabel (ABB)
Tyco Electronics RSTI for 35 to
Raychem
300 mm2 (M12)
RSTI for
> 300 mm2 (M16)
RSTI-L
* Disassembly is necessary in order to perform local switchgear voltage tests
20
1
yes
additional
measures
yes
on request
Switchgear Type 8DH10 up to 24 kV, Gas-Insulated, Extendable
Components
4MC63 three-phase current transformers for panel type LS
HA41-2291b eps
R-HA41-021b eps
Panel section
type LS1
R-HA41-022 eps
1
4MC63 three-phase
current transformer
1 4MC63 three-phase
current transformer
4MC63 three-phase current transformer
on the bushings of the cable connection
Features
Technical data
• According to IEC 60 044-1/
VDE 0414-1
• Designed as three-pole
ring-core current transformers
• Free of dielectrically
stressed cast-resin parts (due
to design)
• Insulation class E
• Inductive type
4MC63 10 three-phase current transformer
for IN ≤ 150 A and ID = 630 A
4MC63 11 three-phase current transformer
for IN ≤ 400 A and ID = 630 A
Primary data
Primary data
Max. equipment operating 0.72 kV
voltage Um
A
Rated current IN
150
Max. equipment operating 0.72 kV
voltage Um
100
75
50
Rated short-duration
3 kV
power-frequency withstand voltage (winding test)
A
Rated current IN
400
300
Rated thermal short-time
withstand current Ith
25 kA
Rated thermal short-time
withstand current Ith
25 kA
Rated continuous
thermal current ID
630 A
Rated continuous
thermal current ID
630 A
Installation
Transient overload
current
1.5 x ID / 1 h
Transient overload
current
2 x ID / 0.5 h
• Arranged outside the switch-
Rated peak withstand
current Idyn
unlimited
Rated peak withstand
current Idyn
unlimited
• Climate-independent
• Secondary connection by
means of a terminal strip
inside the panel
gear vessel on the bushings
of the cable connection
• Mounted at the factory
Other designs
(option)
Three-phase current transformers for protection equipment based on the currenttransformer operation principle:
Secondary data
Secondary data
Rated current
Rating
200
Rated short-duration
3 kV
power-frequency withstand voltage (winding test)
A
VA
1
0.67 0.5
2.5 1.7
0.33
1.25 0.8
Rated current
Rating
A
1
0.75
0.5
VA
4
3
2
Rated current (option)
5A
Rated current (option)
5A
Current at ID
4.2 A
Current at ID
1.575 A
10 P
Protec- Class
tion
Overcurrent factor 10
core
10 P
Protec- Class
tion
Overcurrent factor 10
core
• 7SJ4x protection system
as definite-time overcurrent
protection
• Definite-time overcurrent
protection relay make SEG,
type WIP 1 or type WIC
Other values on request
Other values on request
Siemens HA 41.11 · 2005
21
Switchgear Type 8DH10 up to 24 kV, Gas-Insulated, Extendable
Components
4MC70 33 and 4MC70 31 cable-type current transformers for panel types LS, RK and TR
R-HA41-025 eps
H
R-HA41-023a eps
Panel section
type LS1
HA41-2292b eps
Front
view
H
R-HA41-024 eps
4MC70 31 cable-type
current transformer
2
1
1
*
2
4MC70 33 cable-type
current transformers,
4 different overall heights
1 Cable-type current transformer
2 Cable shield
Features
• According to IEC 60 044-1/
VDE 0414-1
• Designed as single-pole ring-
core current transformers
• Free of dielectrically stressed
cast-resin parts (due to design)
• Insulation class E
• Inductive type
4MC70 33 cable-type current transformer
for the cables at the panel connection
Technical data
4MC70 31 cable-type current transformer
4MC70 33 cable-type current transformer
Primary data
Primary data
Max. equipment operating 0.72 kV
voltage Um
Max. equipment operating 0.72 kV
voltage Um
Rated current IN
30 A to 600 A
Rated current IN
50 A to 600 A
Rated short-duration
3 kV
power-frequency withstand voltage (winding test)
Rated short-duration
3 kV
power-frequency withstand voltage (winding test)
Rated thermal short-time
withstand current Ith
25 kA
Rated thermal short-time
withstand current Ith
25 kA
Rated continuous
thermal current ID
1.0 x IN
option: 1.2 x IN
Rated continuous
thermal current ID
1.0 x IN
option: 1.2 x IN
• Only for shielded cables
Transient overload
current
1.5 x ID / 1 h or
2 x ID / 0.5 h
Transient overload
current
1.5 x ID / 1 h or
2 x ID / 0.5 h
Installation
Rated peak withstand
current Idyn
unlimited
Rated peak withstand
current Idyn
unlimited
• Climate-independent
• Secondary connection by
means of a terminal strip
inside the panel
• 4MC70 33 cable-type current
transformer for panel type LS
• 4MC70 31 cable-type current
transformer for panel types
RK and TR
• Arranged outside the switch-
gear vessel around the cable
at the panel connection
• Transformers mounted on a
supporting plate at the factory; final assembly around
the cables on site
• For double cable: 300 mm
deeper cable compartment
cover
* Max. 230 mm, depending on
the core data of the 4MC70 33
cable-type current transformer,
overall heights 170 and 285 mm
(observe floor openings on page 34)
22
Siemens HA 41.11 · 2005
Secondary data
Secondary data
Rated current
1 A (option: 5 A)
Measuring
core
0.2
Class
0.5
1
Overcurrent factor FS10 (option: FS5)
2.5 VA to 10 VA
Rating
1
Class
Overcurrent factor FS5 (option: FS10)
Rating
2.5 VA to 10 VA
1:2
1:2
(e.g. 150 A – 300 A)
Dimensions
Overall height H,
dependent on the
core data
1 A (option: 5 A)
Measuring
core
Option: Secondary tap
10 P
5P
ProClass
tection Overcurrent factor 10
10
core
2.5 VA to 10 VA
Rating
Option: Secondary tap
Rated current
Dimensions
mm
50 100
170
285
Overall height H
89 mm
Outside diameter
145 mm
Width x depth
85 mm x 114 mm
Inside diameter
55 mm
Inside diameter
40 mm
For cable diameter
50 mm
For cable diameter
36 mm
Other values on request
Other values on request
Switchgear Type 8DH10 up to 24 kV, Gas-Insulated, Extendable
Components
4MC70 32 bus-type current transformers for panel type LT (for screened busbars only)
R-HA41-027 eps
R-HA41-026a eps
HA41-2293b eps
Panel section
type LT1
1
1 4MC70 32 bus-type
current transformer
Features
• Used exclusively for
screened busbars
• Preferably in combination
with panel type ME2
• According to IEC 60 044-1/
VDE 0414-1
• Designed as single-pole
ring-core current transformers
4MC70 32 bus-type
current transformer
4MC70 32 bus-type current transformer,
mounted on screened busbars, in some cases
between the panels
Technical data
4MC70 32 bus-type current transformer
Primary data
Max. equipment operating 0.72 kV
voltage Um
Rated current IN
200 A to 600 A
Rated short-duration
3 kV
power-frequency withstand voltage (winding test)
Rated thermal short-time
withstand current Ith
25 kA
Rated continuous
thermal current ID
1.0 x IN
option: 1.2 x IN
Transient overload
current
1.5 x ID / 1 h or
2 x ID / 0.5 h
Rated peak withstand
current Idyn
unlimited
• 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 alternatively
• Supplied loosely (including
the busbar connections), if
the mounting position of the
bus-type current transformers lies at the joint of a transport unit
Secondary data
Rated current
1 A (option: 5 A)
Measuring
core
0.2
Class
0.5
1
Overcurrent factor FS10 (option: FS5)
Rating
2.5 VA to 10 VA
10 P
5P*
ProClass
tection Overcurrent factor 10
10
core
2.5 VA to 15 VA
Rating
Option: Secondary tap
1:2
(e.g. 150 A – 300 A)
Dimensions
Overall width B,
dependent on the
core data
80 mm
Outside diameter
125 mm
Inside diameter
55 mm
Other values on request
150 mm
* On request
Siemens HA 41.11 · 2005
23
Switchgear Type 8DH10 up to 24 kV, Gas-Insulated, Extendable
Components
R-HA41-029a eps
R-HA41-028 eps
4MA7 current transformers and 4MR voltage transformers
for air-insulated billing metering panels type ME1
HA41-2294c eps
Panel section type ME1
4MR14 voltage
transformer
R-HA41-030a eps
1
2
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
Technical data
4MA7 single-pole current transformer
4MR single-pole voltage transformer
4MA7 current transformer
• According to IEC 60 044-1/
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 voltage transformer
• According to IEC 60 044-2/
VDE 0414-2
• Dimensions according to
DIN 42 600-9 (small design)
• Designed as indoor
voltage transformers:
– Type 4MR, single-pole
– Option: Type 4MR, two-pole
Primary data
24 kV
Max. equipment operating 12 kV
voltage Um (= 1.2 x UN)
Rated short-duration
power-frequency
withstand voltage
38 kV
50 kV
Rated lightning impulse
withstand voltage
95 kV
125 kV
Rated voltage UN at max.
rated short-duration
power-frequency
withstand voltage
Rated current IN
25 A to 600 A
Rated thermal short-time
withstand current Ith
up to 25 kA
Rated continuous
thermal current ID
1.0 x IN
option: 1.2 x IN
Rated peak withstand
current Idyn
max. 2.5 x Ith
Rated current
1 A or 5 A
Measuring
core
0.2
Class
Rating
10 VA to 15 VA
5 P or 10 P
ProClass
tection Overcurrent factor 10
core
5 VA or 15 VA
Rating
• Insulation class E
4.8/
5.0/
6.0/
6.6/
7.2/
3
3
3
3
3
kV at 20 kV
kV at 20 kV
kV at 20 kV
kV at 20 kV
kV at 20 kV
Rated lightning impulse
withstand voltage
75 kV
Rated voltage
factor (8 h)
1.9 x UN
Max. equipment operating 24 kV
voltage Um (= 1.2 x UN)
1
Rated voltage UN at max.
rated short-duration
power-frequency
withstand voltage
13.8/ 3 kV at 38 kV
15.0/ 3 kV at 38 kV
Rated lightning impulse
withstand voltage
125 kV
Rated voltage
factor (8 h)
1.9 x UN
17.5/ 3 kV at 50 kV
20.0/ 3 kV at 50 kV
22.0/ 3 kV at 50 kV
Secondary data
• Secondary connection by
means of screw-type
terminals
Other values on request
Siemens HA 41.11 · 2005
0.5
Overcurrent factor FS5 or FS10
3.3/ 3 kV at 10 kV
3.6/ 3 kV at 10 kV
10.0/ 3 kV at 28 kV
11.0/ 3 kV at 28 kV
Secondary data
• Cast-resin insulated
24
Primary data
Max. equipment operating 12 kV
voltage Um
Rated voltage
100/ 3 V
110/ 3 V (option)
120/ 3 V (option)
Rated voltage for auxiliary
winding (option)
100/3 V
110/3 V (option)
120/3 V (option)
Rating
20 VA 50 VA 100 VA
Class
0.2
Other values on request
0.5
1
Switchgear Type 8DH10 up to 24 kV, Gas-Insulated, Extendable
Components
R-HA41-031a eps
R-HA41-032 eps
4MK * metal-enclosed combined transformers
for billing metering panels type ME2
1
1 4MK3
combined
voltage
transformer
HA41-2295b eps
Panel section type ME2
2 4MK1
combined
current
transformer
1
2
2
4MK combined
transformer
1 4MK3 combined voltage
transformer
2 4MK1 combined current
transformer
4MK combined transformers installed in
billing metering panel type ME2
Technical data
4MK1 combined current transformer
4MK3 combined voltage transformer
Features
• 4MK * combined
transformer, comprising
– 4MK1 combined current
transformer
– 4MK3 combined voltage
transformer
• According to IEC 60 044-3/
VDE 0414-5
• Designed as single-pole,
combined indoor transformers
• Metal-enclosed
• Insulation class E
• Inductive type
• Secondary connection by
means of screw-type
terminals
Panel type ME2
• For combination with
left-hand panels
– As individual panels or
– As panel blocks (on request)
• For combination with
Primary data
24 kV
Max. equipment operating 12 kV
voltage Um (= 1.2 x UN)
Rated short-duration
power-frequency
withstand voltage
28 kV
50 kV
Rated lightning impulse
withstand voltage
75 kV
125 kV
Rated voltage UN at max.
rated short-duration
power-frequency
withstand voltage
Rated current IN
50 A to 600 A
Rated thermal short-time
withstand current Ith
up to 25 kA
Rated continuous
thermal current ID
1.0 x IN
option: 1.2 x IN
Rated peak withstand
current Idyn
max. 2.5 x Ith
Rated current
1 A or 5 A
Measuring
core
0.2
current and voltage transformers
3.3/ 3 kV at 10 kV
3.6/ 3 kV at 10 kV
4.8/
5.0/
6.0/
6.6/
7.2/
3
3
3
3
3
kV at 20 kV
kV at 20 kV
kV at 20 kV
kV at 20 kV
kV at 20 kV
10.0/ 3 kV at 28 kV
11.0/ 3 kV at 28 kV
Secondary data
Rated lightning impulse
withstand voltage
75 kV
Rated voltage
factor (8 h)
1.9 x UN
Max. equipment operating 24 kV
voltage Um (= 1.2 x UN)
Rated voltage UN at max.
rated short-duration
power-frequency
withstand voltage
13.8/ 3 kV at 38 kV
15.0/ 3 kV at 38 kV
10 P
ProClass
tection Overcurrent factor 10
core
5 VA or 15 VA
Rating
Rated lightning impulse
withstand voltage
125 kV
Secondary multi-ratio
function
Rated voltage
factor (8 h)
1.9 x UN
Class
0.5
Overcurrent factor FS5 or FS10
Rating
right-hand panels as end
panels or panel blocks
* Available only as a combination of
Primary data
Max. equipment operating 12 kV
voltage Um
10 VA to 15 VA
option
1
17.5/ 3 kV at 50 kV
20.0/ 3 kV at 50 kV
22.0/ 3 kV at 50 kV
Secondary data
Other values on request
Rated voltage
100/ 3 V
110/ 3 V (option)
Rated voltage for auxiliary
winding (option)
100/3 V
110/3 V (option)
Rating
30 VA 75 VA 150 VA
Class
0.2
0.5
1
Other values on request
Siemens HA 41.11 · 2005
25
Switchgear Type 8DH10 up to 24 kV, Gas-Insulated, Extendable
Components
Cable connection
Features
Cable connection · Examples
• Bushings with outside cone
L1
• Uniform cable connection
L1
L3
L2
L2
L3
Cable connections in
ring-main panels
height 575 mm
1 Prepared for cable
plugs with bolted
contact (M16)
• With cable bracket, e.g.
type C40 according to
DIN EN 50 024
2
1
2 Phase L1:
Make: Euromold,
type K400 LB as
cable elbow plug
3
• Access to the cable con-
nection compartment only if
the feeder has been isolated
and earthed
4
3 Phase L2:
Make: Euromold,
type K400 TB as
cable T-plug
Special features
as interface type “C”
according to EN 50181/
DIN EN 50181
Cable connection compartment,
supplied without cable clamps
• For thermoplastic-
4 Phase L3:
Make: Euromold,
type AGT 20/630 as
cable T-plug
R-HA41-034 eps
• With bolted contact (M16)
R-HA41-033 eps
– In ring-main panels
– In circuit-breaker panels
– In cable panels:
L1
L2
For options A, B, C
and E, see below
Cable plugs with
bolted contact (M16)
L3
L1
L2
L3
insulated cables
• For paper-insulated
mass-impregnated cables
with adapter systems
5 Prepared for cable
plugs with bolted
contact (M16)
6
5
• For conventional cable
6 Phase L1:
Elbow adapter,
make: Siemens,
type AKE 20/630
7
sealing ends via elbow
adapter AKE 20/630
(make Siemens)
8
7 Phase L2:
Make: Euromold,
type K400 TB as
cable T-plug
• For cable T-plugs or cable
elbow plugs with bolted
contact
• Cable routing downwards,
Cable connection compartment,
supplied without cable clamps
cable connection at front
8 Phase L3:
Make: Euromold,
type AGT 20/630 as
cable T-plug
R-HA41-036 eps
sections up to 300 mm²
(standard)
R-HA41-035 eps
• For connection cross-
Cable connections in
circuit-breaker panels
For options A, B, C,
E and F, see below
Cable plugs with
bolted contact (M16)
• For rated normal currents of
L1
400/630 A
L2
L1
L3
L2
Cable connections in
transformer panels
– In transformer panels:
• With plug-in contact as
interface type “A”
according to EN 50 181/
DIN EN 50 181
9 Prepared for cable
elbow plugs with plug-in
contact
10
9
11
10 Phase L1:
Make: Euromold,
type AWGL
12
• For cable elbow plugs
with plug-in contact
11 Phase L2:
Make: Euromold,
type K158 LR
• For thermoplastic-
insulated cables
12 Phase L3:
Make: Euromold,
type AGW 20/250
(with metal housing)
of 200 A
Options
R-HA41-037 eps
• For rated normal currents
R-HA41-038 eps
• For connection cross-
sections up to 120 mm²
L3
Cable connection compartment,
supplied without cable clamps
Cable elbow plugs with
plug-in contact
For options A, D and F,
see below
See figures on the right
Options
A Mounted cable clamps
B Short-circuit / earth-fault indicator
Cable plugs, cable sealing ends
and cable clamps are not
included in the scope of supply
26
Siemens HA 41.11 · 2005
C Double cable connection with
corresponding cable plugs and
deep cable compartment cover
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
Switchgear Type 8DH10 up to 24 kV, Gas-Insulated, Extendable
Components
Low-voltage equipment
Low-voltage compartment *
Low-voltage compartment
• Height
– Standard 600 mm
– Option 900 mm
• Safe-to-touch
compartmentalization from
the high-voltage part of the
panel
1
2
• Installation on the panel:
R-HA41-041a eps
• For accommodation of protec-
4
R-HA41-039a eps
– Standard for circuit-breaker
panels type LS and bus
sectionalizer panel type LT1
– Option for all other panel
types, depending on the
scope of the secondary
equipment
3
Low-voltage compartment
of a circuit-breaker panel
type LS
Electronic control board with
multifunction protection relay
SIPROTEC 4 7SJ63
R-HA41-040 eps
tion, control, measuring and
metering equipment, e. g.
suitable for multifunction
protection relay SIPROTEC 4
7SJ63
• Electronic control board
of the multifunction protection relay SIPROTEC 4 7SJ63
with the following features:
1 LEDs
2 LCD
3 Navigation keys
4 Function keys
1 User-programmable LEDs
with application-specific label,
for displaying any desired
process and equipment data
2 LCD for process and
equipment data, e.g. for
– Measuring and metering
values
– Binary information on status
of switchgear and switching
device
– Protection data
– General indications
– Alarms
Open low-voltage compartment
with (optional) equipment
3 Keys for navigation in the
menus and for entering values
Low-voltage niche
4 Four user-programmable
function keys for frequently
performed actions
1 Low-voltage
niche
1
Low-voltage niche
• Only inside billing metering
2 Equipment
(option)
2
panels type ME1
• Option: For accommodation,
e.g. of voltage transformer
mcbs
Low-voltage cables
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
R-HA41-042 eps
• Control cables of the panel to
Low-voltage niche of a
billing metering panel type ME1
with open cover
* Door hinge on the left (standard)
Siemens HA 41.11 · 2005
27
Switchgear Type 8DH10 up to 24 kV, Gas-Insulated, Extendable
Dimensions
600 (900****)
1400
312
~560**
750
775
600 (900****)
2000 (2300****)
553
1400
1400
553
312
312
³15
~560**
500
750
775
³15
Circuit-breaker panel
type LS2
~560**
750
775
60
600 (900)*
Cable panel
type K
215 110 110
40
HA41-2302c eps
575
215 110 110
HA41-2299e eps
3
~565
2
426***
40
1
350
~565
~560**
Circuit-breaker panel
type LS1
60
600 (900)*
³15
500
750
775
40
40
HA41-2301c eps
575
215 110 110
HA41-2298e eps
³15
350
2000 (2300)*
553
553
312
Ring-main panel
type RK
426***
215 110 110
1400
2000 (2300)*
2000 (2300****)
60
600 (900)*
Ring-main, cable, transformer and circuit-breaker panels as individual panels
Cable panel type K:
1 Option: Earthing function
2000 (2300)*
2 Interlocking of the cable compartment cover
in conjunction with earthing function
1400
3 Cable compartment cover screwed on (without earthing function)
* Option:
515
312
With low-voltage compartment
500
Transformer panel
type TR
28
Siemens HA 41.11 · 2005
³15
cable plug
40
~565
215 110 110
HA41-2300d eps
** Dependent on the type of
~520**
750
775
*** Available mounting depth
for low-voltage equipment
**** Option: With high
low-voltage compartment 900 mm
Switchgear Type 8DH10 up to 24 kV, Gas-Insulated, Extendable
Dimensions
HA41-2305b eps
2000 (2300)*
RK
RK
RK
RK
TR
1000
1050
Ring-main
panel block type R-B3
Transformer
panel block type T-B2
1400
1400
2000 (2300)*
2000 (2300)*
HA41-2308b eps
HA41-2306b eps
2000 (2300)*
TR
TR
RK
TR
TR
RK
700
1500
TR
Ring-main/transformer
panel block type 2RT-B3
HA41-2310b eps
2000 (2300)*
HA41-2309b eps
RK
TR
1
Cable panel type K:
1400
1400
2000 (2300)*
RK
RK
1050
Ring-main/transformer
panel block type RT-B2
Transformer
panel block type T-B3
RK
1400
700
Ring-main
panel block type R-B2
TR
HA41-2307b eps
RK
1400
1400
1400
2000 (2300)*
2000 (2300)*
HA41-2303b eps
HA41-2304b eps
Ring-main, cable and transformer panels in panel blocks
K
2
1 Option: Earthing function
3
2 Interlocking of the cable compartment cover
in conjunction with earthing function
TR
3 Cable compartment cover screwed on
(without earthing function)
* Option:
With low-voltage compartment
1400
Ring-main/transformer
panel block type 3RT-B4
700
Cable connection/transformer
panel block type KT-B2
Siemens HA 41.11 · 2005
29
Switchgear Type 8DH10 up to 24 kV, Gas-Insulated, Extendable
Dimensions
312
312
³15
500
750
775
600 (900****)
Bus sectionalizer
panel type LT1
³15
Voltage metering
panel type ME3
40
215 110 110
40
HA41-2315d eps
1
215 110 110
HA41-2311c eps
1
500
1400
1400
2000 (2300)*
2000 (2300****)
426***
60
600 (900)*
600 (900****)
Bus sectionalizer panels and voltage metering panel as individual panels
750
775
1400
2000 (2300****)
426***
40
HA41-2312c eps
215 110 110
312
1
³15
500
750
775
1400
2000 (2300)*
60
600 (900)*
Bus sectionalizer
panel type LT1-V
30
Siemens HA 41.11 · 2005
³15
215 110 110
* Option: With low-voltage compartment
*** Available mounting depth for
40
HA41-2313d eps
500
Bus sectionalizer
panel type LT2
1 Cable compartment cover
screwed on
312
1
low-voltage equipment
**** Option: With high
750
775
low-voltage compartment 900 mm
Switchgear Type 8DH10 up to 24 kV, Gas-Insulated, Extendable
Dimensions
60
339***
1400
750
775
Earthing
panel type SE1
312
³15
600
40
HA41-2323e eps
40
³15
350
1
215 110 110
HA41-2316d eps
312
215 110 110
1400
2000 (2300)*
2000 (2300)*
60
600 (900)*
Billing metering panel ME2 as individual panel and
metering panel combin. with billing metering panel
600 (900)*
Busbar earthing panels
as individual panels
750
775
Billing metering
panel type ME2
Only individual
panel or panel block 1)
on the left
Billing metering
panel
type ME2
Individual panel
or panel block
on the right
³15
Earthing
panel type SE2
750
775
HA41-2477 eps
40
215 110 110
312
HA41-2317d eps
500
1400
1400
2000 (2300)*
60
600 (900)*
Metering panel combination
Connection
at the busbar
600
Connection
at the busbar
Billing metering panel type ME2 with
individual panel attached on the left
and panel block attached on the right
(example)
1 Cover screwed on
* Option:
With Low-voltage compartment
* Option:
With low-voltage compartment
*** Available mounting depth
for low-voltage equipment
1) Panel block on request
Siemens HA 41.11 · 2005
31
Switchgear Type 8DH10 up to 24 kV, Gas-Insulated, Extendable
Dimensions
850
³15
60
600 (900)*
1135
1
255
675
675
255
40
40
750
775
~145**
³15
850
750
775
Billing metering
panel type ME1-K
1400
2000 (2300)*
60
600 (900)*
Billing metering
panel type ME1
215 110 110
255
HA41-2319e eps
255
1400
1135
312
1
HA41-2320e eps
1400
2000 (2300)*
2000 (2300)*
60
600 (900)*
Billing metering panels type ME1... as individual panels
1135
312
675
40
HA41-2321e eps
255
215 110 110
1
255
³15
850
750
775
* Option:
With low-voltage compartment
panel type ME1-K with pressure absorber duct
32
Siemens HA 41.11 · 2005
850
Billing metering
panel type ME1-KS
1135
1
³15
675
40
1 Cover screwed on
** Dimension for cable routing: 323 mm for combination of
312
215 110 110
255
HA41-2322f eps
255
1400
2000 (2300)*
60
600 (900)*
Billing metering
panel type ME1-S
~600
750
775
Switchgear Type 8DH10 up to 24 kV, Gas-Insulated, Extendable
Dimensions
Metering panel combinations with billing metering panels type ME1...
Possible panel arrangements
Billing metering panels with individual panels
or panel blocks attached on the left and right (examples)
Individual panel
or panel block,
on the left
Billing metering
panel
type ME1
Individual panel
or panel block,
on the right
Possibility 1
• Types attached on the left
1400
Possiblity 1
The following types of individual panels
or panel blocks can be attached to billing
metering panels – on the right or left:
with connection at the feeder
– Individual panel type
RK-U, K-U, TR-U, LS1-U or LS2-U
– Panel block type
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
HA41-2441a eps
with connection at the busbar
– Individual panel type
RK, K, TR, LS1, LS2, SE1, SE2, ME3 or LT
– Panel block type
R-B2, R-B3, T-B2, T-B3, RT-B2, 2RT-B3, 3RT-B4
or KT-B2
Connection
at the feeder *
850
Connection
at the busbar
Possibility 2
• Types attached on the left
Possiblity 2
Only
individual panel,
on the left
Billing metering
panel
type ME1
with connection at the busbar
– Individual panel type
RK, K, TR, LS1, LS2, SE1, SE2, ME3 or LT
– Panel blocks cannot be attached
Individual panel
or panel block,
on the right
HA41-2442a eps
1400
• Types attached on the right
Connection
at the busbar
with connection at the feeder
– Individual panel type
RK-U, K-U, TR-U, LS1-U or LS2-U
– Panel block type
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 3
• Types attached on the left
850
with connection at the busbar
– Individual panel type
RK, K, TR, LS1, LS2, SE1, SE2, ME3 or LT
– Panel blocks cannot be attached
Connection
at the feeder **
Possiblity 3
• Types attached on the right
Billing metering
panel
type ME1-S
with connection at the busbar
– Individual panel type
RK, K, TR, LS1, LS2, SE1, SE2, ME3 or LT
– Panel block type
R-B2, R-B3, T-B2, T-B3, RT-B2, 2RT-B3, 3RT-B4
or KT-B2
Individual panel
or panel block,
on the right
HA41-2443a eps
1400
Only
individual panel,
on the left
Connection inside the panel block:
Connection
at the busbar
850
Connection
at the busbar
* Only possible in the right-hand feeder
** Only possible in the left-hand feeder
Siemens HA 41.11 · 2005
33
Switchgear Type 8DH10 up to 24 kV, Gas-Insulated, Extendable
Dimensions
Floor openings (dimensions in red) and fixing points
• For cable panels
• For busbar earthing
10
panel
type SE1
270
4
28 x 14
55
35
255
19
• For transformer
panels type TR
7
• For bus sectionalizer
panels type LT
40
106 125 125
420
• For busbar earthing
4
28 x 14
700
350
3
panels
Type ME1
Type ME1-K
Type ME1-S
Type ME1-KS
4
panel type SE2
• For busbar voltage
For individual panels
metering panel type ME3
2
• For ring-main
40
35
10
4
14 x 28
40
350
110 110
panel block
type R-B2
3
• For ring-main/
transformer
panel block
type RT-B2
110 110
7
• For cable connection/
19
HA41-2330d eps
19
28 x 14
770
55
31
1
233 122 69
713
610
623
³15
panel types LS1 and LS2
each without cable-type
current transformer
480
63
• For circuit-breaker
47 197
10
150 150
300
175
2
3
35
256
40
4
14 x 28
55
31
233 122 69
47 197
³15
HA41-2326d eps
150
480
1
–
–
–
–
For individual panels
150
500
• For billing metering
7
For individual panels
250
255
63
106 100
2
713
610
19
40
HA41-2329c eps
7
4
6
623
110 110
type K
713
610
35
623
3
14 x 28
713
610
31
1
type RK
623
³15
• For ring-main panels
233 122 69
275
2
63
55
31
233 122 69
47 197
³15
HA41-2325d eps
150
480
1
850
4
14 x 28
47 197
350
175
63
Standard (for special versions, see pages 36 and 37)
106 100
350
40
transformer
panel block
type KT-B2
4
28 x 14
19
312
620
For panel blocks
19
40
4
28 x 14
For individual panels
63
55
31
19
panel block
type T-B2
610
150 150
713
150 150
• For transformer
3
500
623
35
10
63
55
40
40
4
2
7
106 125 125
19
500
40
28 x 14
4
462
920
4
2
• For billing metering
panels
type ME2
623
713
610
3
1 Wall 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
47 197
233 122 69
³15
HA41-2328c eps
14 x 28
19
40
131
300
520
For individual panels
34
14 x 28
For panel block
600
35
47 197
150
7
106 125 125
420
31
713
610
623
150 150
HA41-2331d eps
10
1
233 122 69
panel types LS1 and LS2
each with cable-type
current transformers
³15
• For circuit-breaker
3
35
1000
500
250
2
63
55
31
233 122 69
47 197
³15
480
HA41-2326d eps
150
1
4
14 x 28
480
500
250
Siemens HA 41.11 · 2005
6 Position of the incoming cables for metering panels type ME1...
28 x 14
4
7 Position of the incoming cables for the feeder
B Cutout in the mounting frame for extended floor opening for
panel with cable-type current transformers
Switchgear Type 8DH10 up to 24 kV, Gas-Insulated, Extendable
Dimensions
Floor openings (dimensions in red) and fixing points
Example for fixing
panels on the floor
10
• For ring-main
40
350
350
110 110
110 110
110 110
63
55
35
2
panel block
type R-B3
3
• For ring-main/
713
610
40 40
623
³15
31
233 122 69
47 197
40
19
HA41-2332d eps
150
480
1
4
14 x 28
350
transformer
panel block
type 2RT-B3
7
106 100
19
350
970
350
40
4
28 x 14
19
312
HA41-2609 eps
1050
175
For panel blocks
1400
10
40
350
350
110 110
110 110
110 110
• For ring-main/
transformer
panel block
type 3RT-B4
“A”
8
31
69 122
713
610
350
2
3
623
110 110
40 40
63
55
31
233 122 69
40 40
35
4
14 x 28
350
40
47
233
197
ca. 610
7
8
19
HA41-2333d eps
150
480
1
47 197
³15
175
106 100
19
350
19
350
19
312
350
40
4
28 x 14
1320
For panel block
10
19
40
500
150 150
40
150 150
2
3
500
150 150
Detail “A”
4
• For transformer
panel block
type T-B3
14 x 28 4
3
713
610
35
40
623
40
63
55
31
233 122 69
47 197
³15
480
150
HA41-2334d eps
1
14 x 28
500
HA41-2608 eps
1500
250
7
7
106 125 125
500
40
19
500
19
28 x 14
8
4
462
1420
For panel block
31
69 122
233
197
47
1 Wall 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 Fixing support
B Cutout in the mounting frame for extended floor opening for
panel with cable-type current transformers
Siemens HA 41.11 · 2005
35
Switchgear Type 8DH10 up to 24 kV, Gas-Insulated, Extendable
Dimensions
Floor openings (dimensions in red) and fixing points
Special versions
350
175
4
14 x 28
2
63
55
31
• For ring-main panels
type RK
• For cable panels
110 110
7
50 135
10
type K
425
713
3
35
623
233 122 69
47 197
³15
HA41-2478 eps
150
480
1
Legends and footnotes see page 37
19
106 100
40
270
15
320
4
28 x 14
9, 10
For individual panels with cable-type current transformers
or surge arresters
500
55
• For ring-main panels
type RK1
150 150
10
• For circuit-breaker panels
type LS1 and LS2
713
635
35
648
233 122 69
2
7
HA41-2482a eps
7
19
480
type K
4
3
~101*
31
1
150
713
635
110 110
10
648
35
• For cable panels
197
³15
• For ring-main panels
3
14 x 28
250
2
63
4
type RK
19
4
28 x 14 4
40
420
8, 9
8, 9
For individual panels with double cable connection or surge arresters make Tyco Electronics Raychem, type RDA 24
(panel depth 775 mm), standard or 25 mm deeper cable compartment cover
500
270
28 x 14
4
8
42
106 100
HA41-2483a eps
19
40
55
2
• For ring-main panels
type RK1
3
• For circuit-breaker panels
type LS1 and LS2
35
150 150
728
7
~190*
10
type K
150
110 110
818
715
728
35
• For cable panels
480
type RK
4
10
7
~190*
31
1
233 122 69
• For ring-main panels
110 197
2
3
14 x 28
250
63
4
³15
55
31
233 122 69
480
150
42
110 197
³15
HA41-2480a eps
14 x 28
818
715
28 x 14
270
63
40
350
175
1
63
55
14 x 28
~101*
480
HA41-2479a eps
150
233 122 69
1
197
³15
31
350
175
19
106 125 125
40
28 x 14
420
4
8
For individual panels with double cable connection (panel depth 880 mm), 105 mm deeper cable compartment cover
6
8
19
106 100
40
270
28 x 14
4
63
55
31
150
7
• For ring-main panels
type RK1
150 150
10
6
• For circuit-breaker panels
type LS1 and LS2
900
35
1013
type K
4
2
3
923
1
900
1013
10
110 110
923
35
• For cable panels
14 x 28
7
~245*
3
480
type RK
233 122 69
• For ring-main panels
65 150 130 197
2
250
³15
63
55
500
4
~245*
480
233 122 69
14 x 28
HA41-2484a eps
HA41-2481a eps
150
1
65 150 130 197
³15
31
350
175
8
19
40
106 125 125
420
28 x 14
4
For individual panels with double cable connection (panel depth 1075 mm), 300 mm deeper cable compartment cover
36
Siemens HA 41.11 · 2005
Switchgear Type 8DH10 up to 24 kV, Gas-Insulated, Extendable
Dimensions
Floor openings (dimensions in red) and fixing points
Special versions in combination with pressure absorber system
a
³15
11
2
550
• For cable panels
3
834
828
7
19
b
type LS1 and LS2
type TR
12
13
4
c
40
type K
• For circuit-breaker panels
• For transformer panels
200
713
~675**
~635***
215
115
type RK and RK1
47 197
HA41-2485a eps
233
122
1
• For ring-main panels
28 x 14
For individual panels with single cable connection
³15
28 x 14
HA41-2487a eps
8
a
40
550
c
b
939
28 x 14
• For circuit-breaker panels
type LS1 and LS2
7
8
12
4
For individual panels with double cable connection
105 mm deeper cable compartment cover
³15
11
2
115
215
type RK and RK1
233
550
~675**
• For cable panels
type K
3
• For circuit-breaker panels
7
• For transformer panels
19
c
40
b
514
1128
1013
~245*
197
type LS1 and LS2
65 150 130
HA41-2488a eps
19
type K
3
• For ring-main panels
122
1
115
215
For individual panels with double cable connection
standard or 25 mm deeper
cable compartment cover
type RK and RK1
824
type LS1 and LS2
12
4
~675***
7
type K
• For circuit-breaker panels
• For ring-main panels
• For cable panels
~190*
834
719
240
~101*
c
b
3
1
122
• For cable panels
11
2
233
115
type RK and RK1
550
~675***
215
233
47 197
HA41-2486a eps
19
40
• For ring-main panels
65 85 197
³15
2
122
1
a
11
343
a
8
type TR, however connection with bolted contact
(M16)
12
28 x 14
4
For individual panels with double cable connection
300 mm deeper cable compartment cover
1 Wall distance
2 Fixing frame (base)
of an individual panel or
panel block
7 Position of the incoming
cables for the feeder
8 Position of
2nd
cable
9 For surge arrester
3 Floor opening for highvoltage cables and, if
applicable, control cables
10 For cable-type current
transformers with outside
diameter up to 90 mm
4 Fixing points
11 Pressure absorber duct
Dimensions
a = Panel width
b = Width of
floor opening
c = Fixing
* Dependent on the type of
cable plug employed
** For panel types RK, K and LS
*** For panel types TR, connection
with plug-in contact
(values see
pages 34 and 35)
12 Front edge of base
of the pressure absorber system
13 Front edge of panel
without cable compartment cover
Siemens HA 41.11 · 2005
37
Switchgear Type 8DH10 up to 24 kV, Gas-Insulated, Extendable
Dimensions
Cable-connection fittings in ring-main, cable and circuit-breaker panels
(non-binding examples, for further examples see Catalog HA 40.1)
Cable connection with
surge arresters
Connection in
circuit-breaker panel
1 Elbow adapter, make: Siemens,
type AKE 20/630 with
conventional cable sealing end,
make: Lovink Enertech, type IAE 20
HA41-2346d eps
HA41-2339d eps
HA41-2342d eps
Cable connection in
ring-main panel
2 Cable T-plug, make: Euromold,
type (K)400 TB/G
3 Cable T-plug, make: Euromold,
type (K)400 TB/G
553***
5
~560**
63
610
750
775
~560**
6
610
750
775
63
Standard cable compartment cover
HA41-2343d eps
HA41-2340d eps
Standard cable compartment cover
553***
~565
575
63
2
553***
4 Cable T-plug, make: Euromold,
type (K)400 TB/G as 2nd cable
(option: cable elbow plug
type (K)400 LB/G);
always same make required
13
575
1
7
5 Elbow adapter, make: Siemens,
type AKE 20/630 with
conventional cable sealing end,
make: Lovink Enertech, type IAE 20
560
610
750
775
6 Surge arrester,
on request
make: Siemens, type 3EG2
Standard cable compartment cover
553***
HA41-2490a eps
553***
8 Surge arrester,
make: Tyco Electronics Raychem,
type RDA 21 (for type RDA 24,
a floor opening of 635 mm
instead of 610 mm is required)
14
15
~565
575
575
290*
63
~560**
610
750
775
63
Standard cable compartment cover
~560**
8
610
750
775
63
~560
635
750
775
9 Cable T-plug,
make: Südkabel (ABB),
type SET (12/24)
and
101
10 Surge arrester
make: Südkabel (ABB),
type MUT (13/23)
Standard cable compartment cover
Standard cable compartment cover
~560**
715
852
880
~190**
63
~560**
610
772
800
10
16
3
4
553***
~560**
610
897
925
150 mm deeper
cable compartment cover
* Max. mounting space
575
575
** Dependent on the type
of cable plug
*** Dimension for bushing as
63
~245**
900
1047
1075
300 mm deeper cable compartment
cover for double cable connection
38
Siemens HA 41.11 · 2005
63
~560**
610
897
925
150 mm deeper
cable compartment cover
12
17
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
11
for cable plugs
~560**
and
10 Surge arrester
make: nkt cables, type ASA 24-5
63
25 mm deeper
cable compartment cover
HA41-2345c eps
HA41-2341c eps
105 mm deeper
cable compartment cover
553***
9
~565
575
63
553***
HA41-2347d eps
553***
575
HA41-2344e eps
HA41-2489 eps
18
19
18
or:
9 Cable connector, make: nkt cables,
type AB 24-630
300****
553***
7 Cable plug,
make: Tyco Electronics Raychem,
type RICS 5139
interface type “C” with
bolted contact (M16)
**** Mounting depth for
combination of cable T-plug
and surge arrester
16 Cable T-plug,
make: Euromold, type (K)400 TB/G
17 4MT8 plug-in voltage transformer
18 Cable T-plug,
make: Südkabel (ABB),
type SET 24
19 Coupling insert,
make: Südkabel (ABB),
type KU 23.2
Switchgear Type 8DH10 up to 24 kV, Gas-Insulated, Extendable
Standards
Notes
Standards, specifications, guidelines
Overview of standards (November 2005)
IEC standard
Switchgear
Devices
8DH10
VDE standard
EN standard
IEC 60 694
VDE 0670-1000
EN 60 694
IEC 62 271-200
VDE 0671-200
EN 62 271-200
Circuit-breaker
IEC 62 271-100
VDE 0671-100
EN 62 271-100
Disconnector and
earthing switch
IEC 62 271-102
VDE 0671-102
EN 62 271-102
Switch-disconnector
IEC 62 265-1
VDE 0670-301
EN 60 265-1
Switch-disconnector /
fuse combination
IEC 62 271-105
VDE 0671-105
EN 62 271-105
HV HRC fuses
IEC 60 282-1
VDE 0670-4
EN 60 282
Voltage detection systems IEC 61 243-5
VDE 0682-415
EN 61 243-5
Degree of
protection
–
IEC 60 529
VDE 0470-1
EN 60 529
Insulation
–
IEC 60 071
VDE 0111
EN 60 071
IEC 60 044-1
VDE 0414-1
EN 60 044-1
Transformers Current transformers
Installation
Voltage transformers
IEC 60 044-2
VDE 0414-2
EN 60 044-2
Combined transformers
IEC 60 044-3
VDE 0414-5
EN 60 044-3
–
IEC 61 936-1
VDE 0101
–
Standards
Type of service location
The 8DH10 switchgear
complies with the relevant
standards and specifications
applicable at the time of
type tests.
8DH10 switchgear can be
used as indoor installations in
accordance with IEC 61 936
(Power installations exceeding
1 kV AC) and VDE 0101:
In accordance with the
harmonization agreement
reached by the countries of the
European Community, their
national specifications
conform to the IEC standard.
• Outside lockable electrical
For insulating capacity, see also
Catalog HA 40.1 “Standards”.
• Inside lockable electrical
service locations at places
which are not accessible to
the public. Enclosures of
switchgear can only be
removed with tools.
service locations. A lockable
electrical service location is a
place outdoors or indoors that
is reserved exclusively for
housing electrical equipment
and which is kept under lock
and key. Access is restricted
to authorized personnel and
persons who have been properly instructed in electrical
engineering. Untrained or
unskilled persons may only
enter under the supervision of
authorized personnel or properly instructed persons.
Terms
“Make-proof earthing switches”
are earthing switches with
short-circuit making capacity
according to IEC 62 271-102/
VDE 0671-102.
Climate and ambient
conditions
8DH10 switchgear types are
fully enclosed and insensitive
to climatic conditions.
If not stated otherwise on
the individual pages of this
catalog, we reserve the right
to include modifications,
especially regarding the
stated values, dimensions
and weights.
Drawings are not binding.
All product designations
used are trademarks
or product names of
Siemens AG or other
suppliers.
If not stated otherwise, all
dimensions in this catalog
are given in mm.
The information in this
document contains general
descriptions of the technical
options available, which do
not always have to be
present in individual cases.
The required features should
therefore be specified in
each individual case at the
time of closing the contract.
• Climatic tests fulfilled in
accordance with IEC 60 932
(report)
• All medium-voltage devices
(except for HV HRC fuses)
are installed in a gas-tight,
welded stainless steel
switchgear vessel which is
filled with SF6 gas
• Live parts outside the switch-
gear vessel are provided with
single-pole enclosure
• At no point can creepage
currents flow from highvoltage potentials to earth
• Operating mechanism parts
which are functionally important are made of corrosionproof materials
• Bearings in operating mech-
anisms are designed as drytype bearings and do not
require lubrication.
Responsible for
Technical contents:
Christoph Maul
Siemens AG,
Dept. PTD M 2 PM
Erlangen
General editing:
Gabriele Pollok
Siemens AG,
Dept. PTD CC M
Erlangen
Printed in Germany
KGK 12.05 4.0 VO/- 40 En
101676 6101/C6055
Siemens HA 41.11 · 2005
39
If you have any questions about
Power Transmission and Distribution,
our Customer Support Center
is available around the clock
Tel: +49 180 / 524 70 00
Fax: +49 180 / 524 24 71
(Subject to charges,
e.g.: 12 ct/min.)
E-Mail: support.energy@siemens.com
www.siemens.com/energy-support
Published by
Siemens AG
Power Transmission and Distribution
Medium Voltage Division
Postfach 32 40
91050 Erlangen
Germany
www.siemens.com/medium-voltage-switchgear
Order No.: E50001-K1441-A101-A5-7600