Totally Integrated Power

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Totally Integrated Power

• The Portfolio at a Glance

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The System Environment an Integrated Offer
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Integrated Solutions for Power Distribution from
Medium Voltage to the Wall Outlet
1 Medium-Voltage Switchgear 2 Transformers 3 Busba
r Trunking Systems 4 Low-Voltage
Switchgear 5 Subdistribution Boards 6 Circuit-Brea
kers 7 Switch-Disconnectors/in-line 8 Low-Voltage
Circuit Protection
9 Switches and Outlets 10 Energy
Automation 11 Power Management 12 Medium-Voltage
Circuit Protection 13 Building Management
Systems 14 Building Automation 15 Drives
Overview
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TotalBuildingSolutions
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Totally Integrated Automation
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1 Medium-Voltage Switchgear

• The main task of a medium-voltage switchgear
  station is safe and economical power
  distribution. Power utilities, industrial
  applications or power plants - every operator has
  different demands of medium-voltage switchgear
  depending on the process-specific requirements.
• This includes a high degree of reliability,
  safety of operating personnel, and low space
  requirements. Other relevant requirements are,
  besides appropriate voltage levels, air- or
  gas-insulated switchgear, scaling according to
  independence from ambient conditions,
  maintenance-free design, compactness, guaranteed
  return of investment, profitability, service
  friendliness and flexibility.

Medium-Voltage Switchgear
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SIMOPRIME
Air-insulated, metal-enclosed, metal-clad medium
voltage switchgear up to 24KV from SIEMENS
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2 GEAFOL Transformers

• Wherever distribution transformers must be
  prepared for an utmost degree of safety,
  especially in the immediate vicinity of people,
  GEAFOL transformers make the perfect solution,
  e.g. in high-rise buildings, hospitals, road and
  subway tunnels, offshore and mining facilities
  etc.
• High degree of operating safety
• Long service life
• Rated for 50 kVA to 30 MVA with operating
  voltages of up to 36 kV
• Low flammability, self-extinguishing, no toxic
  gas emission in case of fire
• Long service life due to freedom from partial
  discharges up to twice the rated voltage
• Vacuum-cast high-voltage winding
• Very good electrical, mechanical and thermal
  properties
• High level of environmental compatibility

GEAFOL Transformers
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SIMARIS design Dimensioning Software

• Easy, fast and safe planning
• Networks in power distribution systems for
  industrial, commercial and institutional
  buildings can be calculated and dimensioned with
  a minimum of manual work involved.
• Short-circuit calculation
• Load flow calculation
• Voltage drop calculation
• Selectivity evaluation
• Fast and technically safe selection of the right
  protection devices
• Dimensioning in compliance with IEC standards

Dimensioning Software
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3 SIVACON 8PS Busbar Trunking Systems (1)

• Safety plus
• High short-circuit strength and low fire load
• Increased planning reliability
• Greater profitability
• Low space requirements
• Straightforward network configuration
• Fast installation
• Easy retrofitting in case of on-the-spot changes
  of locations and connected loads of equipment
• Better integration
• Complete current range from 25 A to 6,300 A for
  craft shops, office buildings and production
  halls
• Communication-capable components
• Connection to SIVACON switchboards

Busbar Trunking Systems
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3 SIVACON 8PS Busbar Trunking Systems (2)
System Overview
CD-K System
BD2 System
LX System

• For the power supplyof lighting systems
  andsmall equipment inshopping centers,
  logisticwarehouses and buildings
• of all kinds.

• For power transmissionand distribution in office
  buildings and power transfer in all industrial
  areas.

• For power transmissionand distribution of high
  currents in large buildings, radio stations, data
  centers,and for chip and semi- conductor
  production.

Busbar Trunking Systems
BD01 System
LD System
LR System

• For the power supply ofelectric tools in
  workshops as well as for lighting systems.

• For power distribution and
• and transmission in trade fair buildings, the
  automotive industry, heavy industry and on ships.

• For the transmission of large
• energy quantities und harsh ambient conditions,
  for the supply of tunnels, or for networking
  building parts outdoors and for the power
  transmissionin the chemical industry.

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3 SIVACON 8PS Busbar Trunking Systems (3)
Busbar Trunking Systems
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4 Low-Voltage Switchgear (6)

• SIVACON 8PT
• Integrated safety Type test, arcing fault and
  earthquake tests as proof of safety and quality
• High degree of flexibility for marine and
  offshore applications
• High degree of flexibility and economic
  efficiency thanks to a great variety of
  combinations
• Improved profitability - integrated solutions for
  low-voltage power distribution thanks to
  type-tested interfacing to busbar trunking
  systems
• High system availability - full communication
  capability with PROFIBUS DP
• High degree of flexibility thanks to local
  SIVACON Technology Partners around the globe
• Mainly for technical infrastructure applications

Low-Voltage Switchgear
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4 Low-Voltage Switchgear (7)

• SIVACON 8PT - technical data

Low-Voltage Switchgear
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5 ALPHA Distribution Boards (1)
ALPHA 125 Universal

• ALPHA wall-mounted distribution boards
• Used as main and sub-distribution boards in
  institutional, commercial and industrial
  buildings
• In DIN standard ALPHA 160 , ALPHA 400, ALPHA 630
  
• In NF standard ALPHA 125, ALPHA 630
• Distribution boards and their components are
  modularly designed
• Well-matched systems solutions ranging from
  assembly kits to floor-mounted distribution
  boards
• Boards available with sheet-steel or transparent
  doors

ALPHA 400 DIN
ALPHA 630 DIN
Subdistribution Boards
For electricians and switchgear panel builders
ALPHA SELECT software enables fast
configurations of distribution boards and meter
cabinets.
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6 SENTRON Circuit-Breakers (1)

• SENTRON 3VL molded-case circuit-breakers
• High degree of flexibility thanks to modular
  design
• Molded-case circuit-breakers for easy
  installation, retrofitting and extension
• All-round compatible accessories
• Greater system transparency owing to
  communication capability
• Direct interfacing to PROFIBUS DP via Com10
  module
• Easy access to Ethernet/Internet using BDA Plus
  for remote diagnosis and parameterization
• Full transparency with power management
• Areas of application
• As feeder or outgoing circuit-breaker in
  distribution systems
• As switching and protective devices for motors,
  transformers and capacitors
• As main switch and EMERGENCY STOP switch in
  connection with lockable, rotary operating
  mechanisms and terminal covers

Our 3VL molded-case circuit-breaker is the
universal solution As components for
distribution boards, the product series from 16 A
to 1,600 A excels by its tremendous versatility
and its space-saving, compact design. Matching
releases are available as thermo-magnetic (16 A
to 630 A) and electronic versions (63 A to 1,600
A) and the whole product range is complemented
by merely two design families of internal
accessories.  
Circuit-Breakers
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6 SENTRON Circuit-Breakers (2)

• SENTRON 3WL air circuit-breaker
• High degree of flexibility thanks to modular
  design
• Easy circuit-breaker retrofitting and extension
  on site
• Very few components for a multitude of functions
  in any application
• Greater system transparency owing to
  communication capability
• Direct interfacing to PROFIBUS DP via Com15
  module
• Easy access to Ethernet/Internet using BDA Plus
  for remote diagnosis and parameterization
• External processing of messages / measured values
  via CubicleBUS module
• Full transparency with power management
• Areas of application
• Suitable as incoming-feeder, distribution,
  outgoing-feeder switch and tie breaker in
  electrical installations
• To switch and protect motors, capacitors,
  generators, transformers, busbars and cables
• Suitable for use as EMERGENCY OFF switch in
  combination with an EMERGENCY OFF mechanism (
  DIN VDE 0113, IEC 60204-1)

3WL air circuit-breakers are extremely flexible.
With just three different sizes, they cover a
performance range from 630 A to 6,300 A. This
makes them uncompli- cated for use in many
applications - everywhere in the world. In
addition to circuit-breakers which comply with
IEC standard 60947-2, there are also models with
UL 489 and UL 1066 approval. All models feature
the same design, the same handling, and the same
mechanical accessories. And the result unique
planning reliability and a host of application
possibilities worldwide.
Circuit-Breakers
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7 SENTRON Switch-Disconnectors (1)

• Our wide product range of SENTRON
  switch-disconnectors and their versatile
  accessories ensure reliable disconnection and
  switching under load, plus proven,
  top-performance protection against overload and
  short circuits. With or without fuse SENTRON
  switch-disconnectors are easy to use and
  retrofit.
• Proven technology a million times over
  continuously developed to suit requirements that
  arise in practice
• Be on the safe side with every application from
  line protection to personal safety
• Easy, practical and time-saving handling
• Uncomplicated integration into general solution
  concepts for low-voltage power distribution

Switch-disconnectors
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8 BETA Low-Voltage Circuit Protection (1)

• BETA protecting
• Miniature circuit-breakers
• For the protection of indoor plants, for
  industrial applications and as a main switch for
  the disconnection or safety isolation of systems.
  
• According to the relevant IEC standards, devices
  hold a worldwide approval for power systems up to
  250/440 V AC.
• For special applications and for plant
  construction, miniature circuit-breakers may be
  equipped with add-on components, like auxiliary
  current switches, fault signal switches, shunt
  releases, undervoltage releases and RCD modules.
• Residual-current-operated protective devices
• RCCBs of type A (pulse-current sensitive) are
  normally used in Germany type AC (AC-current
  sensitive) in South European countries, for
  example.
• SIQUENCE, type B, AC/DC-sensitive RCCBs also
  detect smooth DC fault currents besides fault
  current types A - smooth DC currents as they
  would occur in networks with frequency converters
  for drives.
• Super-resistant RCCB, preventing accidental
  disconnections by short-time delayed tripping of
  the RCCB. Short-time pulsating discharge currents
  often occur, when capacitors are switched in.

Low-Voltage Circuit Protection
                                                
        
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8 BETA Low-Voltage Circuit Protection (2)

• BETA protecting
• Low-voltage fuse systems
• NEOZED, DIAZED and LV HRC fuse systems
  are
  mainly used in distribution systems and for plant
  construction. NEOZED and DIAZED fuse systems can
  be handled by technically unexperienced or
  uninstructed persons, they are also approved for
  household installations. LV HRC fuses are an
  important part of the switchgear in utilities
  companies.
• In South Western Europe, cylindrical fuses are
  also used in such applications.
• SITOR semiconductor protection fuses protect
  power semiconductor devices against the effects
  of short circuits, because their super-quick
  tripping characteristics respond much faster than
  conventional LV HRC fuses. Special design types
  provide for customized installation.
• Lightning current and overvoltage protection
• Lightning current arresters are categorized
  according to lightning protection zones (LPZ).
  They are used for device and system protection
  against overvoltages and high surge currents
  caused by direct or indirect strikes of
  lightning.

Low-Voltage Circuit Protection
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8 BETA Low-Voltage Circuit Protection (3)

• BETA switching - switches
• ON/OFF switches are used for switching lighting,
  motors, and other electrical equipment. ON/OFF
  switches with current ratings of 32 A to 125 A
  can be applied as switch-disconnectors in
  compliance with IEC/EN 60947-3.
• Remote-control switches, switching relays and
  Insta contactors are standard equipment in
  electrical installations, they are preferably
  used in residential buildings. They are
  particularly suited for switching heating and
  lighting systems as well as motors.
• Mechanical and digital timers, timers for
  stairwell lighting and timing relays are used for
  timing electrical functions in buildings and
  facilities, being the basis for energy saving.

Low-Voltage Circuit Protection
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9 DELTA Switches and Outlets (1)

• Overview of the product range

DELTA line - the switch range to express your
style by ultra-modern forms
DELTA vita - a host of variations for setting
individual color accents
DELTA style - the design series that combines
elegance with modern look
DELTA miro glass - clear
switchdesign with frames made of glass
Switches and Outlets
DELTA miro Holz - sets design accents with real
wood
DELTA miro Color - makes exclusive design a
standard
DELTA profil - the switch range that
communicates harmony in shape and color
DELTA natur - the switch range that couples a
sleek design with fine woods
suitable for Siemens GAMMA instabus 
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11 Power Management using SIMATIC powercontrol

• Reduction of operating costs
• By making power consumption and system status
  transparent
• Reduction of energy consumption
• By promoting energy-conscious behavior, since
  energy-cost awareness is sharpened by allocating
  consumption incurred to those cost centers
  responsible for it
• Increased system availability
• Anomalous operating states are detected in good
  time and thus remedied early
• Efficient engineering
• Thanks to parameterizing instead of programming

The power management software SIMATIC
powercontrol features a modular concept. As a
basic software it provides transparency of the
energy flows, presenting load curves and
information on the system status. The extension
module SIMATIC powercost takes care of the
allocation of energy consumption/cost to cost
centers.
Power Management
More safety, lower costour modular power
management software
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Thank you for your attention!