doc win tutorial
DESCRIPTION
Tutorial ABB_DOCWINTRANSCRIPT
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0.1kA 1kA 10kA
1E-2s
0.1s
1s
10s
100s
1E3s
1E4s
Curva Tempo-Corrente FFF
0.1kA 1kA 10kA
1E-3MA²s
1E-2MA²s
0.1MA²s
1MA²s
10MA²s
100MA²s
Curva Energia specifica passante FFF
DOCWin 2.1DOCWin 2.1Are you ready
for a better work?
Are you ready for a better work?
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Agenda
General features: what does DOCWin 2.1 calculate
Working with DOCWin 2.1: the ideal working sequence
Installation: system requirements and installation procedure
Learning: instruments to learn DOCWin 2.1
Assistance: how to contact ABB SACE
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General features
What does DOCWin 2.1 calculate
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Network without limitationsGeneral features
Unlimited number of nodes
MV/LV networks
Radial and meshed networks
Several distribution systems
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Load-flowGeneral features
It’s possible to size all objects according to the the power of the transformer or (without flag) according to the load
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ConfigurationsGeneral features
You can create different configuration in one single projectsBreakers can be set ON and OFF in each configuration….
Calculations can be done in actual configuration or in all...
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Configuration creationGeneral features
Unlimited number of possible configurationsManual switch between configurations
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Load-flowGeneral features
It’s also possible to consider loads at constant current: a way much closer to designer habits
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Load-flow
In case of single phase-loads, DOC can select phase in order to optimize phase balancing
Automatic phase balancing
General features
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Power factor correctionGeneral features
When sizing Utilities and busbars it’s possible to calculate thecapacitor power
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Network calculationsGeneral features
Load-flow: voltage and load current in every point of the networkShort circuit: maximum and minimum Ik in every point of the network
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Automatic dimensioningGeneral features
Protection relation
Co-ordination relations
Transformers
CablesBusway trunking systems
Switchgear and protection devicesCircuit breakersFusesSwitch disconnectorsResidual current circuit breakers
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User friendlyGeneral features
Checking and warning of the faulty situations(to avoid to search for the problems already known by the program)
Electrical machines database(to have all the parameters of generators, motors and trafos)
Prototypes and blocks saving(to avoid to redo the same job)
Dimensioning / choice of one object only(like the old DOC )
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Complete documentationGeneral features
All the data are printable in DOCWin 2.1 native formatSingle-line diagram with customized labels - customizablesReport of each single object - customizablesCurves diagrams and settings
All the data are exportable in the most common data exchange formats
Export of single-line diagram in DWG/DXF formatExport of reports in RTF and PDFformatExport of curves in WMF format
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Working with DOCWin 2.1
The ideal working sequence
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ABB solution for electrical plantsWorking withDOCWin 2.1
CAD Program
Network calculations
( SC, Load-Flow )
Network drawing
Sizing of cables, busways,
transformers
Protective devicesselection
Database ABB
Non competitorsDatabase (Zucchini)
User database
Codes list
Project
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Single-line diagrams drawing
It is enough to select the object within the toolbar and position it in the diagram
Single-line diagram drawing
Working withDOCWin 2.1
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Working withDOCWin 2.1 Power supply
Single-line diagram drawingSupplyGeneratorTwo windings transformerThree windings transformer
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Working withDOCWin 2.1 Objetcs
Single-line diagram drawingImpedanceCableBusway
Busbar
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Working withDOCWin 2.1 LV cable
Special window...Cable selectionMethod of installation
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Working withDOCWin 2.1 LV cable (advanced settings)
It’s possible to modify R and X when you know they’re different form the default onesIt’s possible to enalble only some selected cross sections
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Working withDOCWin 2.1 Protection devices
Single-line diagram drawingCircuit-breakerResidual current circuit - breakerFuse
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Working withDOCWin 2.1 Circuit breakers
Filtered or free selectionCo-ordinationProtectionPre-definition of:
TypeExecutionReleaseIdn
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Working withDOCWin 2.1 Single-line diagrams drawing
Single-line diagram drawingSwitch disconnectorContactor
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Working withDOCWin 2.1 Single-line diagrams drawing
Single-line diagram drawingGeneric loadMotorLight loadMultibranch cableDistribution buswayPower factor correction group
-L1
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Working withDOCWin 2.1 Generic load
All necessary informations are in the same windowAll possibilities:-by apparent power and pf-by active/reactive power-by current and pf-by active power and pf
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Working withDOCWin 2.1 Motors
Single-line diagram drawing
Motor
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Working withDOCWin 2.1 Motors
MotorABB motors database
(from 0.18 to 710 kW )
Single-line diagram drawing
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Working withDOCWin 2.1 Motors
MotorStarter co-ordination and protection
Single-line diagram drawing
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Working withDOCWin 2.1 Motors
Different symbols for relevant type of protection
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Working withDOCWin 2.1 Light load
You can define:Lamp type/technologyPowerNumber of lampsDistances
Doc sizes the cable
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Working withDOCWin 2.1 Multimeter
All network calculations available in every point of the installation
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Working withDOCWin 2.1 Single-line diagrams drawing
Single-line diagram drawingConnectionLine departureLine arrival
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Working withDOCWin 2.1 Data input
DOCWin 2.1 helps the user during the data input ...
Single-line diagram drawing
Data input
... showing the default values stored in the prototype
... with the databases of the electrical machines
... with a customized dialog window for each object
... by asking for the missing data during the automatic dimensioning
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Working withDOCWin 2.1 Network congruity
DOCWin 2.1 verifies the congruity of the network and signals every anomalous situation
Aut
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Single-line diagram drawing
Data input
Network congruity
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Working withDOCWin 2.1 Load - Flow
DOCWin 2.1 calculates the load current for each object and the voltage level at each node using the Newton-Raphson method
Aut
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Single-line diagram drawing
Data input
Network congruity
Load- Flow
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Working withDOCWin 2.1 Cable sizing
DOCWin 2.1 sizes and checks the cables in compliance with the following Standards:
IEC 60364-5-23VDE 298-4NFC 15-100CEI 64-8
IEC 60890 (PTTA switchboards)
IEC 60092 (for ship)
Aut
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Single-line diagram drawing
Data input
Network congruity
Load- Flow
Cables, busways,trafos sizing
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Working withDOCWin 2.1 Short-circuit
DOCWin 2.1 calculates the maximum and minimum short-circuit currents for LLL, LL, LN, L-PE in compliance with:
IEC 60909-1
IEC 61363-1 (for ship)
Symmetrical component method
Aut
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Single-line diagram drawing
Data input
Network congruity
Load- Flow
Cables, busways,trafos sizing
Short-circuit
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Working withDOCWin 2.1 Devices selection
DOCWin selects circuit-breakers and fuses taking in account the protection of cables, busways, switch disconnectors and residual current circuit breakers
Note:
Restrictions do not alwaysallow a solution !
Aut
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Single-line diagram drawing
Data input
Network congruity
Load- Flow
Cables, busways,trafos sizing
Short-circuit
Devices selection
- Long discrimination or back-up chains- Protection against indirect contacts with wrong function- Ib too close to Iz of the protected cable- wrong Standard selection- ...
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Working withDOCWin 2.1 Devices selection
DOCWin selects circuit-breakers taking in account discrimination and back-up relations between breakers
Note:
Aut
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Single-line diagram drawing
Data input
Network congruity
Load- Flow
Cables, busways,trafos sizing
Short-circuit
Devices selection Tables used by DOCWin are valid up to 436VComputation time is function of the number of linked breakers and growths like a factorial funtion
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Working withDOCWin 2.1 Manual refinement
Aut
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Single-line diagram drawing
Data input
Network congruity
Load- Flow
Cables, busways,trafos sizing
Short-circuit
Devices selection
Manual refinement
The user shall check the solution proposed by DOCWin 2.1 to optimize it.In particular, the user can ...
... Select manually the objects
... Oversize the cables and the busways
... Select the tapping of the transformers
... Lock the manually choosen objects
... Set the relays
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Working withDOCWin 2.1 Drawing curves
Time-current curvesSpecific let-through energy curvesLimitation curves
0.1kA 1kA 10kA
1E-2s
0.1s
1s
10s
100s
1E3s
1E4s
Curva Tempo-Corrente LLL
0.1kA 1kA 10kA 100kA
0.1MA²s
1MA²s
10MA²s
100MA²s
1E3MA²s
1E4MA²s
Curva Energia specifica passante LLL
10kA 100kA
10kA
100kA
1E3kA
Curva Picco
Aut
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Single-line diagram drawing
Data input
Network congruity
Load- Flow
Cables, busways,trafos sizing
Short-circuit
Devices selection
Manual refinement
Drawing curves
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Working withDOCWin 2.1 Documentation printouts
Single-line diagramReportCurvesSettings
0.1kA 1kA 10kA
1E-2s
0.1s
1s
10s
100s
1E3s
1E4s
Curva Tempo-Corrente FFF
Reference voltage=400 VElectronic rele: -QF1 S6X 400 PR212-LSI R400L : Setting: 0.67 Curva: 18S I²t=cost Setting: 9.5 Curva: 0.35I Setting: 12
TM Rele: -QF2 T3N 250 R250LT: Setting: 212.499 [A]
Preload: 202.272 [A]INST: Setting: 2500 [A]
Aut
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Single-line diagram drawing
Data input
Network congruity
Load- Flow
Cables, busways,trafos sizing
Short-circuit
Devices selection
Manual refinement
Drawing curves
Documentation printouts
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Working withDOCWin 2.1 Data export
DOCWin 2.1 can export data of ABB SACE products ...
... to CATs for the selection of the accessories
... to DMB for the switchboard configuration, for the budgedting or for the detailed drawing of the single-line diagram
Aut
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Single-line diagram drawing
Data input
Network congruity
Load- Flow
Cables, busways,trafos sizing
Short-circuit
Devices selection
Manual refinement
Drawing curves
Documentation printouts
Data export
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Working withDOCWin 2.1 Data export
Aut
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Single-line diagram drawing
Data input
Network congruity
Load- Flow
Cables, busways,trafos sizing
Short-circuit
Devices selection
Manual refinement
Drawing curves
Documentation printoutsData export
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Instruments to learn DOCWin 2.1
Learning
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User manualLearning
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Video courseLearning
Italian orenglish only !
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Installation
System requirements and installation procedure
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System requirementsInstallation
OS from Win‘95 to Win2000
Unlimited number of installations
Administrator privileges required
At least 60 Mb of hard disk space
Be sure no other application (anti-virus program) are running during the installation !!!!!
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Installation procedureInstallation
Double-click Start.exe
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Assistance
How to contact ABB SACE
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Call centerAssistance
[email protected]@it.abb.comE-mail is the best way to communicateefficiently with the working group
Precise explanations of the problem and an example file attached to the e-mail help us to solve the problem
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http:\\bol.it.abb.comAssistance
to ask for a free version of the program
to be informed about the news
http:\\bol.it.abb.comNow avalaible
the english version
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