sivacon

The Variable Low-Voltage Switchboard 8PV 

Economical, Requirement-Oriented, Type-Tested 

sivacon

Economical, Requirement-Oriented and Type-Tested: 

the SIVACON Variable Low-Voltage Switchboard 

Economical, requirement-oriented and 

type-tested (TTA) – these are the identifying 

features of the new low-voltage switchboard 

from Siemens. SIVACON®is suitable for 

all power levels: from the power centre 

with a rating of 6300 A through main and 

subdistribution boards to the motor control 

centre, installed either in fixed-mounted, 

plug-in or withdrawable unit design. 

Modular technology 

Every SIVACON assembly 

is manufactured exclusively 

from standardized and 

series-produced modules 

oriented to requirements. 

All modules are type-tested 

and incorporate high quality. 

By virtue of a wide range of 

possible module combinations, 

justice is done to all 

stipulations. Adaptations to 

new performance demands 

can be realized easily and 

swiftly by simply replacing 

or adding modules. The 

advantages of the modular 

concept are obvious: 

• Type-testing provides proof 

of safety and quality for each 

installation 

• All requirement profiles are 

fulfilled with the high quality 

of standard production 

• Ordering of spares and 

additions is easy and 

delivery times are short 

SIVACON offers 

advantages that set 

new standards 

• Type-tested standard 

modules (TTA) 

• Space-saving base areas 

from only 400 x 400 mm 

• High packing density with 

up to 40 feeders per cubicle 

• Test and disconnected 

position with door closed 

• Visible isolating gaps and 

points of contact 

• Standard operator interface 

for all withdrawable units 

• Solid wall design for safe 

cubicle-to-cubicle separation 

• Alternative busbar 

positioning at top or rear 

• Cable or bar connection 

from above or below 

The SIVACON variable low-voltage switchboard 

2

Fig. 1 Power Center, 

Main distribution 

board 

Fig. 2 Subdistribution 

board 

Fig. 3 Motor Control 

Center 

Fig. 4 Communication 

SIVACON adapts to your 

requirements 

(Pages 4 and 5) 

Circuit-breaker design 


Withdrawable unit design 

(Pages 8 – 13) 

1 

2 

3 4 

5 

Fixed-mounted design 

(Pages 14 – 17) 

3 

In-line plug-in design 


In-line-type plug-in 

design 3NJ6 

(Page 20) 

SIVACON is capable of 

communication 

(Page 21) 

Solid wall frame for 

enhanced safety 


Variable busbar systems 

(Page 24) 

SIVACON is resistant to 

internal arcing faults 

(Page 25) 

Type-tested switchgear 

and controlgear 

assembly (TTA); 

technical data 


6 

7 

8 

9 

10 

11

SIVACON Adapts to Your 

Requirements 

Modular technology in every single cubicle and 

in the design of the overall system allows the 

SIVACON switchboard system to adapt to all 

requirements. 

• Busbars can optionally be 

located at the top or rear 

• Any components can be 

installed in the device 

compartments regardless 

of the busbar position and 

cubicle depth 

• Requirement-oriented 

subdivision of function 

compartments from 

Form 1 to Form 4 

(VDE 0660 Part 500) 

• Withdrawable and fixedmounted 

units can be 

combined in one cubicle 

Optimum adaptation to 

space conditions 

• When installed, all 

switchboard cubicles are 

flush at the front and rear 

• Cables and bars can 

optionally be connected 

from above or below 

• Busbars can be installed 

easily in constricted space 

on site 

Swift adaptation 

to new performance 

demands 

• Easy replacement or addition 

of function units 

• Good busbar accessibility 

allows simple replacement 

• Modular technology enables 

simple subsequent ordering 

and short delivery times 

400 400 400 

600 400 

400 600 

4 

Device compartment 

Cross-wiring compartment 

Busbar compartment 

Cable connection compartment 

optionally at the side, top or bottom

SIVACON for All Applications 

in the Low-Voltage Network 

Power Center 

I n up to 6300 A 

I cw up to 100 kA 

I pk up to 220 kA 

Main distribution board 




Motor Control Center 




Subdistribution board 


Icw up to 50 kA 


Loads 

M M M M M M M 

5

Circuit-Breaker Design – 

Compact, Reliable and User-Friendly 

Distribution boards for substantial energy requirements are 

generally followed by a number of subdistribution boards 

and loads. Particular demands are therefore made in terms 

of long-term reliability and safety. That is to say, "supply", 

"coupling" and "feeder" functions must be reliably available 

over long periods of time. Maintenance and testing must not 

involve long standstill times. 

SIVACON meets these requirements with circuit-breaker design 

components. 

Compact and reliable 

• High degree of safety by 

virtue of type-tested 

standard modules (TTA) 



• Cubicle dimensions tailored 

to circuit-breaker sizes (e.g. 

1600 A with 400 mm width 

and 3200 A with 600 mm 

width) 

• For every rated current 

range, optimum connection 

conditions for cables and 

busbars 

• Separate function 

compartments consisting 

of a switching device 

compartment, an auxiliary 

equipment compartment 

and a cable or bar 

connection compartment 

• High degree of safety for 

assembly personnel by 

virtue of cubicle separation 

on both sides 

User-friendly 

with Sentron WL 

Siemens 3WL non-withdrawable 

and withdrawable 

circuit-breakers are used for 

the rated current range from 

630 to 6300 A. This means: 

• Free choice of the supply 

direction without any 

sacrifices in terms of 

technical data 

• High short-time currentcarrying 

capacity for timegraded 

short-circuit 

protection (up to 400 ms) 

assures reliable operation 

of sections of the switchboard 

not affected by a 

short circuit 

• Short-circuit protection with 

short-time grading control 

(zss) for very brief delay 

times (50 ms) 

• LCD operating current 

indication in the control 

console (without ammeters 

and current transformers) 

• Indication and operation 

when the door is closed 

Sentron WL circuit-breaker; 

1600 A rated current 

with a 400 mm cubicle 

width 

6

Every circuit-breaker is assigned 

an auxiliary equipment 

compartment and a cable or 

bar connection compartment. 

Auxiliary equipment compartment 

• Optimum space conditions 

for installing auxiliary 

devices, even for extensive 

control and interlocking 

systems 

• For adaptations, the auxiliary 

device module can be 

separated from the power 

section and taken out 

Cable or bar connection 

compartment 

• Cable or bar connection 

optionally from above or 

below 

• A rated current-dependent 


offers optimum connection 

conditions for cables and 

bars 

• Assembly times are 

shortened by optimum 

connection compartments 

Switching device compartment 

• Reliable travel of the circuitbreaker 

while the door is 

closed 

• A maintenance position 

allows direct local 

inspection without removal 

of the circuit-breaker 

Safe movement of the 

circuit-breaker while 

the door is closed. 

Detachable auxiliary 

device module for swift 

adaptations 

High degree of safety for assembly 

personnel by virtue of cubicle 

separation on both sides 

7

Withdrawable Unit Design – 

Ergonomic, Reliable and Versatile 

Whether in power plants, industrial installations 

or office complexes, an adequate amount of 

energy must be available at the necessary 

location and at all times. However, requirements 

frequently change. For example, motor power 

ratings change or new loads have to be 

connected. 

SIVACON's withdrawable unit design offers the 

required degree of power supply flexibility. 

What's more, it was conceived on the basis of 

ergonomic criteria. Easy handling and short 

conversion times assure high availability of the 

system. 

Ergonomic, reliable and 

versatile 






• High packing density with 

a minimum base area (up 

to 40 feeders per cubicle) 

• Standard operator interface 

for all withdrawable units 

• Visible isolating gaps on the 

supply and feeder sides 

• Easy insertion without 

having to overcome plugin 

forces 

• Easy adaptation to 

changing operating 

conditions without 

disconnection of a cubicle 

Withdrawable unit design for maximum 

operating and safety convenience 

8

Plug-on bar system, protected 

against internal arcing, embedded 

in the left of the cubicle 

The plug-on bus system 

The plug-on bus system is 

located on the left of the 

cubicle. It offers safe-to-touch 

protection without additional 

shutters to live parts. 

• Embedded in a safe 

environment with regard 

to arcing faults 

• Phase separation 

• 3 and 4-pole versions 

possible 

• Safe-to-touch (IP 20B) 

• Tap openings in a modular 

grid of 175 mm for withdrawable 

unit sizes 1 to 4 

and for miniature withdrawable 

unit adapters 

Miniature withdrawable unit adapter 

The miniature withdrawable 

unit adapter has contact with 

the plug-on bus system and 

contains the supply/feeder 

and control wiring for size 1/4 

and 1/2 withdrawable units. 

• Embedded in a safe 

environment with regard 

to arcing faults 

• Phase separation 


possible 


• Tap openings for up to 

4 size 1/4 withdrawable 

units or 

2 size 1/2 withdrawable 

units 

Miniature withdrawable unit adapter, 

protected against internal arcing, 

embedded in the top compartment 

Miniature withdrawable unit adapter 

(inside view) 

9



SIVACON withdrawable 

units offer 

operating 

and handling safety 

• Standard operating method 

for all sizes of withdrawable 

units 

• Six withdrawable unit sizes 

(sizes 1/4, 1/2, 1, 2, 3 and 4) 

• All parts are inside the 

contours of the 

withdrawable units and are 

therefore protected against 

damage 

• Integrated maloperation 

protection in all 

withdrawable units 

• Positions of withdrawable 

units are indicated clearly 

• Master switch and 

withdrawable unit positions 

are actuated separately 


position with door closed, 

but without cancelling the 

degree of protection 

• Constant isolation gap 

conditions by virtue of a 

separate isolating contact 

system 

• Hinged instrument panel 

for adjustments during 

operation 

• Possibility of fitting 

components at the rear, 

with plenty of space for 

auxiliary equipment 

• Fused and non-fused 

withdrawable units for 

motor and cable feeders up 

to 630 A 

Maloperation protection 

prevents travel of the 

isolating contacts when 

the master switch is "ON" 

Easy insertion without 

having to overcome 

plug-in forces 

10

Size 1 withdrawable 

unit, 30 kW, with 

contactor-type 

star-delta starter 

Rear components, 

Size 2 withdrawable 

unit 

Hinged instrument 

panel 

Size 1/4 withdrawable 

unit, 11 kW, with 

direct contactor 

Size 1/2 withdrawable 

unit, 18.5 kW, with 

direct contactor and 

SIMOCODE-DP 

11



Withdrawable principle: Moving 

of isolating contact system with 

door closed 

Withdrawable principle 

Indication of the withdrawable 

unit position on the unit itself 

Description of functions 

L3 

L2 

L1 

N 

I 

(Connected position) 

Isolating contact system 

for main circuit 

for auxiliary circuit 

Master switch position 

Compartment door 

closed 

closed 

0/I 

closed 

Moving from the 

connected position to the 

disconnected position or 

vice versa 

L3 

L2 

L1 

N 

0 

(Disconnected position) 





Visible isolating gap 


open 

open 

0/I 

closed 

Moving from the disconnected 

position to the 

test position or vice versa 

L3 

L2 

L1 

N 

TEST 

(Test position) 






open 

closed 

0/I 

closed 

12

All power and control 

cables are connected 

in a separate 

cable connection 

compartment 

Versatility and reliability 

with adaptation to 

changing requirements 

• Simple conversion of 

withdrawable compartments 

without disconnection 

of the cubicle 

• No connection work 

necessary in the 

withdrawable compartment 

• Connections for power 

and control cables in the 

separate cable connection 

compartment 

• Cable connection 

compartment up to 

400 mm wide 

Rapid replacement of 

withdrawable compartments 

from sizes 1 to 

4 with sizes 1/4 and 1/2 

by inserting a miniature 

withdrawable unit adapter 

13

Fixed-Mounted Design – 

4Economical, Reliable and Variable 

In certain applications, either there is no need 

to replace components under operating 

conditions or short standstill times are 

acceptable. In this case, the SIVACON fixedmounted 

design offers excellent economy, 

reliability and variability. 




• Any combination of 

modular function units 

• Swift conversion by virtue 

of the lateral universal 

cubicle busbar 

• Easy replacement of 

function units after 

deenergizing the 

switchboard 

• Add-on components for 

subdivision of function 

areas right up to 

compartmentalization in 

accordance with 

requirements 

Variable fixed-mounted design 

14

Diverse 

connection 

possibilities 

Fused modular function 

unit with direct contactor, 

45 kW 

Universal cubicle busbar 

The lateral universal cubicle 

busbar offers diverse 

possibilities for connecting 

cables, conductors and bars. 

• Devices are connected 

without the need for drilling 

or piercing, and precisely 

where they are needed 

• Easily accessible 

connections for swift 

conversion and expansion 

• Connections are visible and 

can be tested from the front 

Internal separation of 

function areas 

Modular function 

units 

The modular function units 

enable efficient installation, 

above all whenever 

operationally required 

changes or adaptations are 

necessary. 

• Devices and device 

combinations for motor 

and cable feeders up to 

800 A can be fitted as 

required 

• Modular function units 

can be combined as 

required within one 

cubicle 

• A securing system for 

"one-man assembly" 

enables swift and simple 

replacements 

Internal separation 

Add-on components to meet 

individual convenience and 

safety needs. 

• Internal separation between 

function units 

• Individual doors for each 

respective function area 

• Shock-hazard protection 

with respect to the cable 


15

Fixed-Mounted Design – 

Economical, Reliable and Variable 

460 mm busbar system 

60 mm busbar system for 

space-saving installation with 

direct adaptation of: 

• Contactor combinations 

up to 15 kW 

• Circuit-breakers 

up to 160 A 

• Fuse switch-disconnectors 

up to 160 A 

• Clear arrangement of 

devices 

• Easy replacement 

• Installation of up to 

40 feeders per cubicle 

Fixed-mounted fuse 

switches in strip design 

With their compact and 

modular design, the strip 

design switching devices offer 

a high packing density. 

• Cable feeders up to 630 A 

• High packing density of up 

to 27 feeders per cubicle 

• Dead-state fuse replacement 

Fixed-mounted 

fuse switch in 

strip design 

60 mm busbar 

system 

16

Capacitor and controller 

modules for 

central reactive power 

compensation 

Controller module with 

electronic reactive power 

controller for door mounting 

• Self-adaption of the C/k value 

• Nominal cos phi adjustable 

from 0.8 ind to 0.98 cap 

• Manual switching 

Capacitor modules up to 

100 kvar 

• Fuse switch-disconnector 

• Capacitor switching 

contactors 

• MKK power capacitors 

• Discharging units 

• Filter circuit chokes 

(choked) 

Choked reactive power 

compensation 250 kvar 

17

In-Line Plug-In Design – 

5Economical, Reliable, Versatile 

The In-Line Plug-In design represents a low-priced 

alternative to both the classic fixed-mounted 

and the convenient withdrawable unit design. 

By virtue of the supply-side plug-in contact, the 

modules provide the facility for quick 

interchangeability without the switchboard having 

to be isolated. This design is therefore used 

wherever changing requirements are imposed 

on operation, if for example motor ratings have to 

be changed or new loads connected. 

The SIVACON In-Line Plug-In design offers 

excellent economy, reliability and versatility. 




• Supply-side plug-in contact 

enables quick replacement 

• Load feeders 

up to 45 kW 

• 3RV circuit-breaker units up 

to 100 A 

• High packing density (up to 

35 feeders per cubicle) 

• Protection against electric 

shock from plug-on bus 

system 

• Auxiliary current plug 

connector 

• Lateral guide to ensure 

positive contact 

• With/without instrument 

panel 

• combinable with plug-in 

fuse strips 3NJ6 

• 400 mm wide cable 


• Possible to replace a feeder 

without having to shut 

down the system 

In-Line Plug-In design 

combined with plug-in 

fuse strips 3NJ6 

18

Plug-on bus system 

Lateral guide rail 

on left of cubicle 

Plug-on bus system 

The plug-on bus system is 

located at the rear of the 

cubicle. It offers safe-to-touch 

protection without additional 

shutters to live parts. 

• Integrated protection 

against electric shock 


possible 


• Tap openings in a modular 

grid of 50 mm 

In-line module height 50 mm 

11 kW with direct starter 

In-line module height 100 mm 

45 kW with direct starter 

and SIMOCODE-DP 

19

6In-Line-Type Plug-In Design 3NJ6 – 

Economical, Reliable, Versatile 

In-Line-Type switching devices with supply-side plugin 

contact are an economical alternative to the 

withdrawable unit design. The switches can be replaced 

without the system having to be shut down. The 

SIVACON in-line-type plug-in design 3NJ6 offers 

excellent economy, reliability and versatility. 




• Supply-side plug-in contact 

enables quick replacement 

• In-line-type switching 

devices for cable feeders 

up to 630 A available in the 

following designs: 

– Fuse module 

– Fuse switchdisconnectors 

(single-break) 

– Fuse switchdisconnectors 

(double-break) 

– Switch-disconnectors 

• High packing density (up to 

35 feeders per cubicle) 

• Dead-state fuse 

replacement 

• Protection against electric 

shock from plug-on bus 

system 

• 400 mm wide cable 


• Degree of protection 

up to IP 41 

• Possible to replace a feeder 

without having to shut 

down the system 

Fuse switchdisconnector 

125 A with 

supply-side 

plug-in contact 

In-line-type plugin 

design 3NJ6 

20

SIVACON 

is capable of communication 

7 

With SIMOCODE®-DP for motor and cable feeders 

and the communication-capable circuit-breakers 

Sentron WL, SIVACON offers an economical possibility 

of exchanging data with automation systems. 

The widespread standardized, cross-manufacturer- 

PROFIBUS®-DP serves as the bus system, offering 

links to a very diverse range of programmable 

controllers. 

Communication-capable 

circuit-breaker 3WL 

• Remote-control for opening 

and closing 

• Remote diagnostics for 

preventive maintenance 

• Signalling of operating 

states 

• Transmission of current 

values e.g. for power 

management 

• Easy installation planning 

• Savings in wiring 

Communication-capable 

motor protection and control 

device SIMOCODE-DP 

• Integrated full motor 

protection 

• Extensive control functions 

• Convenient diagnostics 

possibilities 

• Autonomous operation of 

each feeder via an operator 

control block 

AS-interface 

• Status messages via AS-I 

modules (On/Off/Control) 

AS-interface 

module 4I 

Sentron WL 

circuit-breaker 

SIMOCODE-DP in size 1/4 

withdrawable unit 

21

8Solid Wall Frame for 

Enhanced Safety 

The frame side walls are made from one piece 

and are connected by means of crossbars to obtain 

the dimensionally accurate and sturdy SIVACON 

frame. 

• All necessary cutouts for 

the switchboard are 

integrated in the side walls, 

ensuring a high degree of 

safety by way of only a few 

parts 

• The use of galvanized 

sheets assures long-term 

corrosion protection and 

absolutely safe earthing 

• Powder-coating of the 

visible enclosure largely 

prevents damage during 

transport, assembly and 

operation 

• Detachable frame and 

enclosure parts enable 

subsequent assembly of 

the horizontal busbars 

• Without the need for 

additional partitions, the 

part-integrating solid wall 

design offers safety from 

one cubicle to another 

• Securing systems enable 

subsequent upgrading with 

expansion components 

• Spring-loaded locks reliably 

prevent doors from 

springing open 

unintentionally. They also 

ensure safe pressure 

equalization in the event of 

an arcing fault 

• The switchboard is capable 

of withstanding very high 

seismic stress 

Frame for 

top busbars 

22

Part-integrating 

solid wall design 

Partial view of cable 


Ventilation grille to busbar 

compartment to degree 

of protection IP 40 

Spring-loaded lock 

The transport unit dividing 

points are easily accessible 

when the cover is removed 

Earthquake test 

SIVACON 

on the vibration table 

23

9Variable 

Busbar Systems 

Differing switching tasks require individual 

realization possibilities. Whether simple systems 

or extensive networks with transverse and 

longitudinal couplings are involved, SIVACON 

offers an economical design of high quality. 

Top busbar system 

• Top or rear busbar system 

• Busbar systems for rated 

currents up to 6300 A 

• Rated impulse withstand 

current (lpk) up to 250 kA 

• Local integration of busbars 

possible 

• Two busbar systems 

can be routed within the 

switchboard 

• Transport unit dividing 

points easily accessible 

from the front or top 

• Device compartment can 

be separated from 

interconnected busbar 

• Busbar connections require 

no maintenance 

• Busbar systems for corner 

installation 

• Additional arc barrier 

Rear busbar system 

24

SIVACON is resistant 

to internal arcing faults 

10 

Testing of low voltage switchboards under internal 

arcing fault conditions is classified as a special 

test in accordance with IEC 61641 or VDE 0660 

Part 500, supplement 2. 

This test serves to gauge the dangers to which 

persons might be exposed in the event of an internal 

arcing fault. 

By way of the test under internal arcing fault 

conditions, SIVACON provides evidence of personnel 

safety in terms of the following assessment criteria 

as standard: 

Arc barrier 

Assessment criteria 

1. Doors, covers etc. must not 

open 

2. No parts may fly off 

3. No holes may be burnt into 

the enclosure 

4. Indicators must not ignite 

5. The protective conductor 

circuit for touchable parts 

of the enclosure must still 

be in working order 

Additional modules for limiting 

the effects of the arcing fault 

inside the switchboard 

• Restriction to one cubicle 

(Arc barrier) 

• Restriction to the function 

compartment or place of 

origin 

• Insulated main busbars 

(design without base) 

Arcing fault 

test 

Insulated 

main busbar 

Device compartment can 

be separated from 

interconnected busbars 

25

1Type-Tested Switchgear and 

1Controlgear Assembly (TTA) 

SIVACON is a type-tested switchgear and 

controlgear assembly (TTA) whose physical 

characteristics were designed in the test 

laboratory both for normal operating conditions 

and for fault situations. Conclusive 

type tests assure a maximum of reliability 

and safety. SIVACON has passed the 

following verification tests as detailed in 

IEC 60439-1 and DIN EN 60439-1 

(VDE 0660 Part 500): 

• Verification of temperaturerise 

limits by test 

• Verification of dielectric 

properties by test 

• Verification of the shortcircuit 

withstand strength 

by test 

• Verification of the effective 

connection between the 

exposed conductive parts 

of the assembly and the 

protective circuit by 

inspection or by resistance 

measurement 

• Verification of the shortcircuit 

withstand strength of 

the protective circuit by test 

• Verification of clearances 

and creepage distances 

• Verification of mechanical 

operation 

• Verification of the degree of 

protection 

Every SIVACON switchboard 

assembly undergoes routine 

testing before delivery: 

• Inspection of the assembly 

including inspection of 

wiring and, if necessary, 

electrical operation test 

• Dielectric test 

• Checking of protective 

measures and of the 

electrical continuity of the 

protective circuits 

These safety requirements 

are met by a series of details 

in SIVACON, for example: 

• With the use of the 

withdrawable design, 

operating errors are ruled 

out by exactly shaped 

mechanical guides and 

interlocks 

• Use is made of only a few, 

exclusively high-grade 

insulating materials 

(e.g. for rail mounts and 

reinforcements, etc.) 

• Use of reliable Siemens 

switchgear reduces the risk 

of premature failures 

• Reliable disconnection after 

70 to 100 ms even in the 

event of long delay times by 

3WN circuit-breakers with 

short-time grading control 

• Computer-assisted project 

planning assures error-free 

selection and placement of 

items 

• Arcing fault-tested 

• Quality management 

system to DIN EN ISO 9001 

• Environmental management 

system to 

DIN EN ISO 14001 

26

Technical Data 

at a Glance 

Standards and specifications 

Type-tested low-voltage switchgear 

and controlgear assembly (TTA) 

Protection against electrical shock 

Testing of response to internal faults 

(arcing faults) 

Induced vibrations 

IEC 60439-1, DIN EN 60439-1 

(VDE 0660 Part 500) 

DIN VDE 0106 Part 100 

IEC 61641, VDE 0660 Part 500, Supplement 2 

IEC 68 Part 2, IEC 980 

Creepage distances 

and clearances 

Rated impulse withstand 

voltage (U imp ) 

Overvoltage category 

Pollution degree 

8 kV 

III 

3 

Rated insulation 

voltage (U i ) 

1000 

V 

Rated operational 

voltage (U e ) 

up to 

690 

V 

Busbars 

(3 and 4-pole) 

Main horizontal 

busbars 

Rated current 

Rated peak withstand 

current (I pk ) 

Rated short-time 

withstand current (I cw ) 

up to 6300 

up to 

up to 

A 

250 kA 

100 kA 

Vertical busbars for 

circuit-breakers 

See main horizontal 

busbars 

for fixed-mounted design 

for in-line plug in design 

for In-line-type plug-in design 3NJ6 

Rated current 





up to 2000 

up to 

up to 

A 

110 kA 

50 kA* 

for withdrawable unit design 

Rated current 





up to 1000 

up to 

up to 

A 

143 kA 

65 kA* 

Device rated currents 

Circuit-breakers 

Cable feeders 

Motor feeders 

up to 6300 

up to 1600 

up to 630 

A 

A 

A 

Internal separation 

Form 1 to Form 4 

IEC 60439-1, Section 7.7 

DIN EN 60439-1 

Surface treatment 

Degree of protection 

(Paint finish to DIN 43656) 

Frame parts 

Enclosure 

Doors 

Colour of powder-coated parts 

(Coat thickness 80 µm) 

To IEC 60529, EN 60529 

Sendzimir galvanized 

Sendzimir galvanized/powder-coated 

Powder-coated 

RAL 7032, pebble grey 

IP 20 to IP 54 

Dimensions 

(Preferred dimensions to DIN 41488) 

Height: 

Width: 

Depth: Single front 

Double front 

Power centre 

2200 

400, 500, 600, 800, 1000 

400, 600 

1000 

1200 

mm 

mm 

mm 

mm 

mm 

* Rated conditional short-circuit current I CC up to 100 kA 

27

Subject to change without prior notice 03/03 | Order No. E20001-A180-P309-X-7600 | Dispo 27606 | 21C7892 DMSI.52.3.02 WS 03035.0 | Printed in Germany 

Siemens AG 

Automation and Drives 

Low Voltage Controls and Distribution 

P.O. Box 32 40, 91050 Erlangen 

Germany 

www.siemens.com/sivacon

sivacon

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