low voltage catalogue 2009. (eng)633960383797386194
TRANSCRIPT
8/8/2019 Low voltage catalogue 2009. (Eng)633960383797386194
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Low Voltage
Switchboard
Think future together
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.
Contents
Overview
Features
Applications
Technical data
3
4
5
Switchboard DesignFunctional Compartments and Segregation
Switchboard Arrangements
Switchboard Dimensions
Frame and Enclosure
Busbar system
Modules
6
7
7
8
9
10-12
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Overview
3
Type tested standard modules
Standardized busbar position at the top of the cubicle
3-and 4-pole busbar system up to 6300A
Rated peak withstand current up to 375kA
Modular structure of device compartments
Single-front and back-to-back installation
Cable lead-in above and below
Cable connection from the front and rear
Deep switchgear compartment for universal installation
Features
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Overview
4
Manufactory
Office building
Hydroelectric plant
Power station
Other fields
Projects
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Standards
5
Overview
Technical Data
Electrical data
Rated voltages
Rated insulation voltage Ui
Rated operating voltage Ue
Rated impulse withstand voltage Uimp
Rated frequency
Rated voltages
Main busbar:
Rated current Ie
Rated peak withstand current Ipk
Rated short-time withstand current Icw
IEC 60439, IEC 61439
Up to 6300 A
Up to 250kA
Up to 100kA
Up to 2000A
Up to 176kA
Up to 100kA
50 Hz
6/8/12 kV
690V
1000 V
Distribution busbar:
Rated current Ie
Rated peak withstand current Ipk
Rated short-time withstand current Icw
Forms of
separation
Form 1 to Form 4
Dimensions
Mechanical
characteristics
Height (mm)
Width (mm)
Depth (mm)
2100
400, 600, 800,1000,1200
600,800,1000,1200
Degree
protectionIP 30 to IP 54
Surface
treatment
Frame
Enclosure
Doors
Galvanized/powder-
coated/wet paint
Galvanized/powder-
coated/wet paint
Galvanized/powder-
coated/wet paint
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Switchboard Design
Functional Compartments and Segregation
Incoming circuit breaker solution
Equipment compartment
The equipment compartment is
divided into 3 sub sections, each
sub section having its own door.
The center sub section
accommodates the circuit breaker
and associated equipment in fixed
or withdrawable design.
Depending upon the option forcable entry, for example with top
entry solution access to incoming
connections is via the door in the
upper sub section, the auxiliary
compartment is then located
behind the door in the lower sub
section. For bottom entry the
configuration is vice versa.
1
3 Busbar compartmentContains main busbar system.
Connection to the main bus via a
‘Partition Plate’ with gas sealed
connections.
Outgoing solution
1 Equipment compartment
All equipment, including the
motor starter modules in
withdrawable design, is situated
therein. The compartment can be
divided into horizontal and
vertical sub compartments.
2 Cable compartment
Contains control cables andterminal, as well as power cables
and connection uints. Cable entry
may be top or bottom.
Busbar compartment
Contains main busbar system.
The distribution bars are
embedded in the multifunction
wall which is located between the
equipment compartment and thebusbar compartment.
3
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Switchboard Design
Switchboard Arrangements
Switchboard Dimensions
Wall-mounted of free-standing
Cables and busbars may be
connected optionally from
above or below
Cabling compartments from or
rear located
Wall-mounted of free-standing
Optimum adaptation to space
conditions
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Switchboard Design
Frame and Enclosure
Circumferential hole rows with 25mmm hole
grid for individidual expansions
Patented door locking system for maximum
personal safety
Doors with simple or central locking
Universal door hinge for easy door hinge
adjustment
Doors with double-bit fastener or pivoted
lever lock
Roof plates with pressure relief
Frame heights optionally 2,000 mm or
2,200mm
100 mm or 200 mm base as add-on module
Standard cubicle-to-cubicle separation
Sendzimir-galvanized frame parts, bases,
rear panels and floor plates
Doors, enclosures and base covers powder-
coated in RAL 7035 light gray; design parts
in blue green basic
Surface treatment
Material
The frame and enclosure are made of sheet
steel with the following thickness:
Frame, base : 2.5 mm
Enclosure : 2.0 mm
Doors : 2.0 mm
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Switchboard Design
Busbar System
The main busbar system is arranged in the rear or top of
the switchgear. This assures a maximum distance between
the busbars and the operator and maintance staff. The
main busbar system is fully separated from the equipment
compartment as well as from the cable compartment.
Rear or top busbar position
Busbar systems for rated current up to 7000A
Rated peak withstand current up to 330kA
Two busbar systems can be integrated in the
power distribution board
Shipping splits easily accessible from the front
or top
Zero-maintance busbar connections
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Modules
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Modules
Plus-in Modules
We offer numerous alternatives forplus-in modules. The flexibility of the
system allows power distribution and
motor control to be offered in the most
economical Form 2 solution. From this
as a basic, options exist for
internal/external operation and
separation to Form 4.
The Slimline switch disconnectoroffers our most compact form of fused
energy distribution, and is available in
3 or 4 pole options. This design is
available in standard modules sizes
with a maximum rating of 630 A.
The Slimline is also availble as intelligent Tier
Switch enabling the following information to be
sent via its fieldbus connection:
Current
Voltage
Power consumption
Power factor
Temperature
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Modules
Plus-in Modules
Due to its inhenrent modular design
can easily be adapted to house the
range of AC Industrial Drives. The
switchgear can accommodate multiple
drives in a single section. Each drive
compartment has an individual isolator,
options are available for filters to beinstalled and for the drive control panel
to be door mounted to enable
interrogation and paramaterization
without the need to open the door.
Full size cubicles are also available for
the AC Industrial Drives solution.
These are, however, of a fixed
technique. We offer a complete range
of drives all supplied from a common
AC bus.
AC Industrial Drives
The modular design offers highest
flexibility to adjust the compensation
power to changes of the load connectedto the network.
Reactive Power Compensation
The standard range covers:
Network voltages up to 690V
Frequency: 50Hz
All common reactor rates (if required)
Modules up to 50kVAr
Controllers available for 6 or 12 steps
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Truong Giang Electric Ltd.,Co
Lot B, Street 9, Hoa Khanh Industrial Zone,
Da Nang City
Tel: +84-0511-3731939
Fax: +84-0511-3731838
E-mail: [email protected]
Website: www.tg-electric.com.vn
For further information,
Please contact: