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SPEL Adaptor (SmartPlant Electrical Adaptor)

User Guide

Version 2.0.1

Compatible with: e-DPP 4.0.2 & SPEL 2009

ELTECHS Engineering & Consulting

January 2013

Copyright 2013 ELTECHS Engineering & Consulting Co., Ltd.

All Rights Reserved This manual has copyrights by ELTECHS Engineering & Consulting Co., Ltd. All rights reserved. Under the copyright laws, this manual may not be copied, in whole or in part, without the written consent of ELTECHS Engineering & Consulting Corporation. The Licensee may copy portions of this documentation only for the exclusive use of Licensee. Any reproduction shall include the copyright notice. This exception does not allow copies to be made for other persons or entities, whether or not sold. Under this law, copying includes translating into another language. Certain names and/or logos used in this document may constitute trademarks, service marks or trade names of ELTECHS Engineering & Consulting Corporation or other entities. MS Access, MS Excel, Windows XP, Vista and Windows 7 are registered trademarks of Microsoft

Corporation. SmartPlant Electrical is a registered trademark of Intergraph Corporation. e-DPP is a registered trademark of ELTECHS Engineering & Consulting Co., Ltd. ELTECHS Engineering & Consulting Co., Ltd. believes that the information contained herein is accurate as of its publication date, and such information is subject to change without notice. This information is provided "as is" without warranty of any kind, either expressed or implied, including but not limited to the implied warranties of merchantability, fitness for a particular purpose, or non-infringement. ELTECHS Engineering & Consulting Co., Ltd. assumes no responsibility for errors or omissions in this publication or any other documents referenced in this publication.

ELTECHS Engineering & Consulting Co., Ltd.

4-5-16 Narashinodai, Funabashi-shi, Chiba

Revision History

No. Rev. Object Equipment

Type Description

1. 2.0 e-DPP SPEL Adaptor

Heater Only 2 digits of significant figures for Heater - “HeaterRatedPower” was taken since Import Manager does not refer to the 3rd digit and causes an error.


Cable One space has been inserted into Cable – “PhaseArrangement” among ‘PH’, ‘N’, ‘G’ and ‘+’. ‘3 PH+N+G’ ‘3 PH + N + G’.


Cable Now, “Power” cable includes feeders for ‘TP’ (Transformer Primary), ‘TS’ (Transformer Secondary) and ‘TT’ (Transformer Tertiary).


Cable %Voltage drop ratios for static loads in e-DPP were assigned to transformer feeders ‘TP’ (Transformer Primary), ‘TS’ (Transformer Secondary) and ‘TT’ (Transformer Tertiary).


Busway Busways – “CurrentRating” is now configured properly from e-DPP “CabSize”. If the last digit of e-DPP “CabSize” is ‘A’, “CurrentRating” will be ‘nnnn’ + space + ‘A’ where ‘nnnn’ is a numerical value.. If not, “CurrentRating” will be “CabSize” + space + ‘A’.


Busway e-DPP “CableVoltage” is not mapped to SPEL “RatedVoltage” anylonger. e-DPP “CableVoltage” is now mapped to SPEL “InsulationVoltageRating”.

7. 2.0 Import Manager Import Project

Motor Added a new data link “Motors(FLA)” since the existing data link “Motors” does not populate ‘FLA’ value at the first trial.


Motor Added a new data link “Motors(RatedPower)” since the existing data link “Motors” does not populate ‘Motor Rated Power’ value at the first trial.


Space Heater Added a new data link “SpaceHeaters(FLA)” since the existing data link “SpaceHeaters” does not populate ‘FLA’ value at the first trial.


Other Electrical

Equipment

Added a new data link “OtherElecEquip(FLA)” since the existing data link “OtherElecEquip” does not populate ‘FLA’ value at the first trial.


Capacitor Added a new data link “Capacitors(FLA)” since the existing data link “Capacitors” does not populate ‘FLA’ value at the first trial.


Bus Deleted the existing data link “Bus2” since it does not work for equipment connection.

No. Rev. Object Equipment Type

Description


Power Cable Deleted the existing data link “PowerCables” since it is not used (“LoadCables” & “FeederCables” are used instead.) and ‘Drum Item Tag’ became not available in the mapping table for cables in SPEL 2009.


Transformer Added a new data link “TransformerSecondary11” since the existing data link “TransformerSecondary1” does not populate the secondary ‘kVA’ value at the first trial for 3-winding transformers. Import Manager requires the same secondary kVA as the primary kVA always. (Note: eCustomer SR#1-58040111 unresolved.)


Busway The existing data link “Busways” has been modified so that e-DPP “CableVoltage” is now mapped to SPEL “InsulationVoltageRating”.

16. 2.0.1 e-DPP SPEL Adaptor

Ref. Motor Added a new Select List link “RefMotorsNumberOfPoles”.

17. 2.0.1 e-DPP SPEL Adaptor

Motor Added a new Select List link “LoadsNumberOfPoles”.

User Guide Contents

Eltechs Engineering & Consulting SmartPlant Electrical Adaptor 2.0

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Contents 1. Preface .......................................................................................................................................... 2

2. Prerequisites ................................................................................................................................ 2

3. Exporting from e-DPP ................................................................................................................ 3

4. Importing from Import Manager .............................................................................................. 9

5. Mapping Rules (e-DPP vs. SPEL Adaptor) ............................................................................ 13 (1) SPEL_Buses ............................................................................................................................................. 13 (2) SPEL_Busways ........................................................................................................................................ 14 (3) SPEL_CableDrums .................................................................................................................................. 15 (4) SPEL_Capacitors ..................................................................................................................................... 16 (5) SPEL_CircuitBreakers ............................................................................................................................. 18 (6) SPEL_Circuits .......................................................................................................................................... 19 (7) SPEL_Circuits_BusRiser ......................................................................................................................... 20 (8) SPEL_Circuits_Coupler ........................................................................................................................... 21 (9) SPEL_Circuits_Feeder ............................................................................................................................. 22 (10) SPEL_Circuits_Incomer ........................................................................................................................... 23 (11) SPEL_Contactors ..................................................................................................................................... 24 (12) SPEL_ControlCables ............................................................................................................................... 25 (13) SPEL_CTs ................................................................................................................................................ 27 (14) SPEL_FeederCables ................................................................................................................................. 28 (15) SPEL_Fuses ............................................................................................................................................. 30 (16) SPEL_Generators ..................................................................................................................................... 31 (17) SPEL_GroundingCables .......................................................................................................................... 32 (18) SPEL_Heaters .......................................................................................................................................... 34 (19) SPEL_InstrumentationCables .................................................................................................................. 36 (20) SPEL_LoadCables ................................................................................................................................... 38 (21) SPEL_Motors ........................................................................................................................................... 40 (22) SPEL_OffsitePowers ................................................................................................................................ 42 (23) SPEL_OtherElecEquip ............................................................................................................................. 43 (24) SPEL_OverloadRelays ............................................................................................................................. 45 (25) SPEL_PDBs ............................................................................................................................................. 46 (26) SPEL_PowerCables ................................................................................................................................. 48 (27) SPEL_PTs ................................................................................................................................................. 50 (28) SPEL_RefControlStations ........................................................................................................................ 51 (29) SPEL_RefMotors ..................................................................................................................................... 52 (30) SPEL_RefPowerCables ............................................................................................................................ 54 (31) SPEL_RefTypicalSchematics ................................................................................................................... 56 (32) SPEL_SpaceHeaters ................................................................................................................................. 57 (33) SPEL_Transformers ................................................................................................................................. 59 (34) SPEL_TransformerSecondary1 ................................................................................................................ 61 (35) SPEL_TransformerSecondary2 ................................................................................................................ 63

6. Mapping Tables (SPEL Adaptor vs. Import Manager)......................................................... 65 6-1 Data Links (Equipment and material properties) ..................................................................................... 65 6-2 Data Links (Library – SPEL Reference Data) .......................................................................................... 68 6-3 Select List Links ....................................................................................................................................... 69 6-4 Association Links (Equipment and material properties) .......................................................................... 71 6-5 Association Links (Library – SPEL Reference Data) ............................................................................... 72

7. Sample Import Project .............................................................................................................. 73 7-1 Data Links ................................................................................................................................................ 73 7-2 Select List Links ....................................................................................................................................... 74 7-3 Association Links ..................................................................................................................................... 75

User Guide Preface


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1. Preface

SPEL(*1) Adaptor was designed and developed as an interface utility between e-DPP(*2) and Import Manager(*3) that is a member of SPEL product family. (*1) SPEL: SmartPlant Electrical is a registered trademark of Intergraph Corporation. (*2) e-DPP: electrical Data Processing Program is a registered trademark of ELTECHS Engineering & Consulting Co., Ltd. (*3) Import Manager a registered trademark of Intergraph Corporation. SPEL Adaptor retrieves e-DPP project database and converts to the different structure of database that has most compatibility as a source database for Import Manager. That database is called "Adaptor Database (DB)" or “Intermediate DB”. The relation of those databases is illustrated below.

Import Manager inputs the MS Access database generated by SPEL Adaptor and converts it to SPEL project database which may be either Oracle or MS SQL Server.

2. Prerequisites To operate SPEL Adaptor, the following software versions are required: Microsoft Windows XP SP3, Vista or 7 MS Excel 2002 SP3, 2003 SP2, 2007 or 2010

e-DPP Version 4.0.2

SmartPlant Engineering Manager 2009 SP5 (6.1.5) SmartPlant Electrical 2009 SP5 (Version 6.0.5) or higher SmartPlant Electrical Import Manager 2009 SP5 (Version 6.0.5) or higher

Oracle 10g Release 2, v.10.2.0.5

e-DPP 4.0 SPEL 2009

SPEL Project DB

e-DPP Project DB

SPEL Adaptor

Import Manager

Adaptor DB

User Guide Exporting from e-DPP


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3. Exporting from e-DPP 3.1 Launching SPEL Adaptor

To launch SPEL Adaptor, click "SPEL Adaptor" on the e-DPP ribbon tab "Tools". The dialog "SmartPlant Electrical Adaptor" is brought up.

Note: There are five (5) tabs in the dialog. Only the first and second tabs, "Equipment Properties" and "Reference Data", are available in this version 1.0.

3.2 Equipment Properties

In the "Equipment Properties" tab, you can select the equipment types that you are importing to SPEL.

"Export equipment properties" Checkbox Checking or un-checking this check box makes all the items in this tab enabled or disables



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respectively. Electrical Equipment Loads Check the type of loads you want to export to Adaptor database from e-DPP project database. The data source of those loads is the table "DPPElecLoad" of e-DPP Electrical Load Schedule. Note: "Heaters" is not available in this version. Converting Equipment Check "Transformer" to export the transformer data to Adaptor database from e-DPP project database. The data source is the table "DPPXFMR" of e-DPP Transformer Schedule. Note: Only "Transformers" is available in this version. Power Distribution Equipment (PDE) Check the type of PDE's you want to export to Adaptor database from e-DPP project database. The data sources of those PDE's are the tables "DPPPanel", "DPPBus" and "DPPSwgrMcc" of e-DPP Switchboard, Bus and Switchgear/MCC Schedules respectively. Wiring Equipment Check the type of wiring equipment you want to export to Adaptor database from e-DPP project database. The data sources of those wiring equipment are the tables "DPPCable" and "DPPDrumList" of e-DPP Cable and Drum Schedules respectively. Note: "Control Station" is not available due to the difference in the design philosophy of e-DPP and SPEL. For more details, refer to Chapter 5 "Mapping Rules". Power Source As e-DPP does not handle any power sources, you can independently specify the parameters of generator and/or offsite power supply (power company grid) here. Generator Checking the "Generator" checkbox and entering the required parameters creates a generator in SPEL.

Generator - Parameters



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ID Enter ID of generator with up to 25 characters. Control Mode Select control mode of generator, "Swing", "Voltage Control" or "Mvar Control", from the pull down list. Those control modes are the same as those in SPEL Select List. kVA Enter rated apparent power of generator in kVA. kV Enter rated voltage of generator in kV. kW Rated active power calculated from kVA and PF (pu) is shown in kW. PF (pu) Enter rated power factor of generator in per unit. Eff (pu) Enter rated efficiency of generator in per unit. Pole Select number of poles, 2, 4, 6 and 8 from the pull down list.

Offsite Power Supply Check the "Offsite Power Supply" checkbox and enter the required parameters to create an offsite power in SPEL.

Offsite Power Supply - Parameters

ID Enter ID of offsite power with up to 25 characters. kVA Enter rate apparent power of offsite power in kVA. kV Enter rate voltage of offsite power in kV.



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3.3 Reference Data

In the "Reference Data" tab, you can select the equipment types that you are importing to SPEL Electrical Reference Data as well as the cable sizing criteria.

"Export reference data" Checkbox Checking or un-checking this check box makes all the items in this tab enabled or disables respectively. Reference Electrical Equipment Motors Check the "Motor" checkbox to export the whole motor library to Adaptor database from e-DPP library database. The data sources of them are in the tables "LIBMotorIDX" and "LIBMotor" of e-DPP Motor Library database. Default Demand Factor (p.u.) Enter default demand factor applied to the motor reference data in SPEL in per unit. The initial value shown in this field is linked to the value specified in the menu "Defaults" → "Induction Motor" → "Rating and Specification" → "% Loading <1>". Reference Wiring Equipment



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Control Stations Check the "Control Stations" checkbox to export the typical types of control stations to Adaptor database from e-DPP project database. The data source of them is in the table "DPPLCS" of e-DPP project database. Power Cables Check the "Power Cables" checkbox to export the library data of power cables to Adaptor database from e-DPP library database. The data source of them is in the table "LIBCableIDX" and "LIBCable" of e-DPP Cable Library database.

"IEC", "ANSI (NEC)" and "JIS" Checkboxes For power cables, you can select the cable standards to avoid exporting unwanted standards of cables.

Note: Control Cables, Grounding Cables and Instrument Cables are not available in e-DPP library at this time. Glands Check the "Glands" checkbox to export the data (type and size) of cable gland to Adaptor database from e-DPP project database. The data source of them is in the table "DPPCable" of e-DPP project database. The cable gland data are associated to the corresponding cables in the Association Links of Import Manager. Refer to Chapter 6 "Mapping Tables". For more details, refer to Chapter 5 "Mapping Rules". Cable Sizing Criteria The values of cable sizing criteria shown or entered here are substituted to the corresponding properties of power cables in SPEL for the purpose of sizing cables. Allowable Voltage Drop @ Running The specified values in the dialog of the menu "Cable Management" → "Power Cable Sizing…" → "Cable Sizing Criteria" are shown here. Allowable Voltage Drop @ Starting The specified values in the dialog of the menu "Cable Management" → "Power Cable Sizing…" → "Cable Sizing Criteria" are shown here. Derating Factor In Air (p.u.) Enter derating factor for power cables laid in air in per unit. Under Ground (p.u.) Enter derating factor for power cables laid underground in per unit.



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3.4 Command Buttons

Export Clicking this button starts the export process according to the user settings in two tabs described above. Once the export has completed, the message shown as below will appear indicating the number of items for each type of equipment that have been successfully exported to Adapter database.

Adaptor database will be created in the same folder as e-DPP project database with the prefix "SPEL_" + <e-DPP project database name>. For example;

C:¥Program Files¥eDPPv300¥Example¥SPEL_Example2.mdb

Note: Every time "Export" button is clicked, "Adaptor database" is renewed. Help Clicking this button brings up the on-line help window. Close Clicking this button closes the dialog.

User Guide Importing from Import Manager


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4. Importing from Import Manager 4.1 Preparations

You need to complete the following activities before you begin importing from Import Manager;

(1) Create a new site server with SmartPlant Engineering Manager (2) Create a new plant structure under the site server with SmartPlant Engineering Manager (3) Associate the application "SmartPlant Electrical" to the plant with SmartPlant Engineering

Manager (4) Launch Import Manager (5) Create or import "Import Project" with Import Manager. It is recommended to import the

e-DPP example Import Project in which all the necessary links are already prepared. 4.2 Creating a New Import Project

Refer to Chapter 5 "Mapping Rules" and Chapter 6 "Mapping Tables" to understand the relations between e-DPP and SPEL databases. Also, refer to the user guide of Import Manager "ImportManagerGuide.pdf" located in the program folder "C:¥Program Files¥SmartPlant¥Electrical¥Program".

4.3 Importing an Existing Import Project

You need to create a new project (a different xml file other than eDPP402.xml, mentioned below) as well before importing an existing Import Project. Click the menu "File" → "New" → "Import Project…". After you have created a new project, click "Import Links…" of the menu "Tools" in Import Manager. The dialog shown below appears. Select any of the existing Import Project ("C:¥Program Files¥eDPPv402¥Example¥eDPP402.xml" in this example) and click "Open" button.

The dialog shown below will appears.



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Check all the checkboxes and click Import button. (Checking "Import Manager" checkbox as shown above will select all related options below it.) Click "Options…" of the menu "Tools" in Import Manager and go to "Data Source" tab.

Click "Properties" button.



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Select or check the source database name that you have created in the above section 3.4. Click "Test Connection" button to check proper connectivity. Click "OK" button twice and close the dialog.

4.4 Run "Select List Links"

SPEL requires all the necessary Select List entries to be imported before the individual equipment properties. If there are no corresponding Select List entries, "Data Links" fail. Run the entire "Select List Links" one by one. A "Link Group" could be used also by running the created "group name" with several "Select List Links" assigned to it. (for example "AllSelectLists" as shown below)

4.5 Run "Data Links" After you have completed the entire "Select List Links", run the entire "Data Links" one by one, or run as a link group with several "Data Links" and "Association Links" assigned to it (for example "CreateSLD-Complete" as shown below).



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4.6 Run "Association Links"

To associate the imported equipment with each other, for example, motor and its power cable, run the entire "Association Links" one by one. If the "Association Links" are included in a certain "Link Groups" and you have already run it, you don't have to run "Association Links" again.

4.7 Checking Results in SPEL

After you have completed the above steps, launch SPEL and confirm the results.

User Guide Mapping Rules (e-DPP vs. SPEL Adaptor)

Eltechs Engineering & Consulting SmartPlant Adaptor 2.0

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5. Mapping Rules (e-DPP vs. SPEL Adaptor)

The field mapping and conversion rules between e-DPP project & library database and an adaptor database are tabulated for each equipment type as below. (1) SPEL_Buses

e-DPP Mapping & Conversion Rule

SPEL Adaptor

# Table Name Field Name Field Name Data Type Length

1. DPPBus ID = ItemTag Text 26 2. DPPProjectRec Frequency + ' Hz' Frequency Text 10 3. Name Text 100 4. Always 'eDPP' (Temporary) Note Text 10 5. DPPBus Phase 0=3, 1=1, 2=1, 3=3, 4=3 NumberOfPhases Number 2 6. DPPBus Phase 0='3 PH', 1='1 PH', 2='1 PH+N', 3='3 PH', 4='3 PH+N' PhaseArrangement Text 20 7. DPPBus Panel = PowerDistributionBoard_ItemTag Text 26 8. DPPBus BusKV + ' kV' (Select List) RatedVoltage Text 20 9. 'AC' (No choice in the field 'Phase' for DC) SupplyACDCFlag Text 10 10. DPPBus ContCF = XCoincidenceFactor Number 8 11. DPPBus InterCF = YCoincidenceFactor Number 8 12. DPPBus SpareCF = ZCoincidenceFactor Number 8



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(2) SPEL_Busways


SPEL Adaptor


1. DPPCable ID = ItemTag Text 26 2. DPPCable FromEquipType1 'Feeder', 'VFD', 'Generator', 'Transformer', etc. ParentItemClass Text 50 3. DPPCable FromEquipItemTag1 = ParentItemTag Text 50 4. DPPCable FromEquipType2 'Transformer Component' or blank only ParentItemClass1 Text 50 5. DPPCable FromEquipItemTag2 For 2-, 3-winding transformer secondary or tertiary

(Transformer Component) ParentItemTag1 Text 50

6. DPPCable ToEquipType 'Motor', etc. ChildItemClass Text 50 7. DPPCable ToEquipItemTag = ChildItemTag Text 50 8. DPPCable LengthValueMeter + ' m' ActualLength Text 20 9. DPPCable ConductorType 1='Aluminum', 0='Copper' BusMaterial Text 20 10. DPPCable CabSize + ' A' CurrentRating Text 20 11. DPPCable EquipmentName = Description Text 100 12. DPPProjectRec Frequency + ' Hz' Frequency Text 10 13. DPPCable CableTypeText = InsulationMaterial Text 20 14. DPPCable MFRNamer = Manufacturer Text 25 15. 'eDPP' Note Text 10 16. 3 NumberOfPhases Number 2 17. DPPCable CableVoltage with Select List InsulationVoltageRating Text 20 18. 'AC' (No choise in the field 'Phase' for DC) SupplyACDCFlag Text 10 19. WeightPerLength Text 20

Note: When the field “OperationKV” of e-DPP database is mapped for SPEL, its value must not be zero since SPEL does not accept “0.0 kV”.



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(3) SPEL_CableDrums


SPEL Adaptor


1. DPPDrumList ID = ItemTag Text 50 DPPCable DrumNo

2. (Future) Description Text 100 3. DPPDrumList DrumMFRName = Manufacturer Text 25 4. DPPDrumList DrumLength + ' m' or '3000 m' MaximumDrumCapacity Text 20 5. (Future) Model Text 25 6. (Future) Name Text 100 7. Always 'eDPP' (Temporary) Note Text 10



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(4) SPEL_Capacitors


SPEL Adaptor


1. DPPElecLoad ID = ItemTag Text 26 2. Always 'Cable' including 'Bud duct' (CableUse = 'DB') ParentItemClass Text 50 3. DPPElecLoad PowerCableID = ParentItemTag Text 26 4. DPPElecLoad HazardAreaClass Select List AreaClassification Text 20 5. DPPElecLoad Bus = Bus_ItemTag Text 26 6. DPPElecLoad HP + ' kVAR' CapacitorRatedPower Text 20 7. (for future) Cell_ItemTag Text 26 8. (for future) Circuit_ItemTag Text 26 9. DPPElecLoad Priority 0=Critical, 1=Essential, 2=Non Essential, 3=<blank>,

4=Normal, 5=<blank> Criticality Text 20

10. DPPElecLoad PercentLoad0 / 100 DemandFactor Number 8 11. DPPElecLoad EquipName = Description Text 100 12. DPPElecLoad EFF100 / 100 EfficiencyFullLoad Number 8 13. DPPElecLoad EFF100 / 100 EfficiencyOperating Number 8 14. (Hold) ElectricalEquipmentType Text 50 15. DPPElecLoad ExpProtection Select List ExplosionProtection Text 20 16. DPPProjectRec Frequency + ' Hz' for AC motor. <blank> for DC motor Frequency Text 10 17. DPPElecLoad IFL + ' A' FullLoadCurrent Text 20 18. DPPElecLoad ExpClass 'IIA' => 'II A', 'IIA' => 'II B', 'IIC' => 'II C' GasGroup Text 20 19. DPPElecLoad Location If [DPPElecLoad.Location] = 'ID' then Yes else No. IndoorOutdoorFlag Yes/No Yes/No 20. DPPElecLoad DegreeProtection Select List IngressionProtection Text 20 21. DPPElecLoad LCSCableID If [DPPElecLoad.LCSCableID] <> blank then Yes else No. LocalControlStationReq Yes/No Yes/No 22. DPPElecLoad MFRName Select List Manufacturer Text 25 23. Always 'eDPP' (Temporary) Note Text 10 24. DPPElecLoad PhaseNo VAL([DPPElecLoad.PhaseNo]), DC => 0 NumberOfPhases Number 2 25. (for future) NumberOfWires Number 2 26. DPPElecLoad ContQty If [DPPElecLoad.ContQty] = 1 then 'Continuous' else if

[DPPElecLoad.InterQty] = 1 then 'Intermittent' else if [DPPElecLoad.SpareQty] = 1 then 'Standby' else <blank>',

(Note: 'Spare' is for ZZ)

OperatingMode Text 20

27. DPPElecLoad ProcessUnitID = PlantGroupName Text 20



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SPEL Adaptor


28. DPPElecLoad Panel = PowerDistributionBoard_ItemTag Text 26 29. DPPElecLoad PF100 / 100 PowerFactorFullLoad Number 8 30. DPPElecLoad PF100 / 100 PowerFactorOperating Number 8 31. DPPElecLoad KV Select List [DPPElecLoad.KV] + ' ' + 'kV' RatedVoltage Text 20 32. DPPElecLoad ReferenceDWG ([DPPSwgrMcc.SchematicDWG] to be linked with

DPPElecLoad) RefTypicalSchematic_ItemTag Text 50

33. DPPElecLoad SiteArea = SiteArea Text 20 34. DPPElecLoad PhaseNo If [DPPElecLoad.PhaseNo] = 'DC' then 'DC' else if 1 or 3 then

'AC' else <blank>. SupplyACDCFlag Text 10

35. DPPElecLoad SupplierName Select List SupplyBy Text 25 36. DPPElecLoad ExpTemp Select List TemperatureClass Text 20



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(5) SPEL_CircuitBreakers


SPEL Adaptor


1. DPPSwgrMcc ID 'CB'- ItemTag Text 50 2. DPPSwgrMcc ID = LoadItemTag Text 26 3. DPPSwgrMcc CBStatus Select List AuxiliaryContacts Text 20 4. DPPSwgrMcc BusID = Bus_ItemTag Text 26 5. (Future) Cell_ItemTag Text 50 6. DPPSwgrMcc ID 'CKT'- Circuit_ItemTag Text 50 7. DPPSwgrMcc CBRatedA

+ 'A' CurrentRating Text 20 DPPSwgrMcc MCCBTripA 8. DPPSwgrMcc EquipName = Description Text 100 9. DPPSwgrMcc

DPPProjectRec CBCycle Frequency

[DPPSwgrMcc.CBCycle]/[DPPProjectRec.Frequency] + ' second'

DisconnectTime Text 20

10. DPPProjectRec Frequency + ' Hz' Frequency Text 10 11. DPPSwgrMcc IFL + ' A' FullLoadCurrent Text 20 12. (Future) MagnetReleaseAdjRange Text 50 13. (Future) MagnetReleaseSetting Text 50 14. (Future) Manufacturer Text 25 15. (Future) Model Text 25 16. Name Text 100 17. Always 'eDPP' (Temporary) Note Text 10 18. 3 NumberOfPhases Number 2 19. DPPSwgrMcc PowerCircuitName = PartNumber Text 20 20. '3PH' PhaseArrangement Text 20 21. DPPSwgrMcc PanelID = PowerDistributionBoard_ItemTag Text 26 22. DPPSwgrMcc CBRatedKV + ' kV' (Select List) RatedVoltage Text 20 23. DPPSwgrMcc SchematicDWG = RefTypicalSchematic_ItemTag Text 30 24. DPPSwgrMcc CBBreakingKA + ' kA' ShortCircuitRating Text 20 25. 'AC' (No choise in the field 'Phase' for DC) SupplyACDCFlag Text 10 26. (Future) ThermalReleaseAdjRange Text 50 27. (Future) ThermalReleaseSetting Text 50



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(6) SPEL_Circuits


SPEL Adaptor


1. DPPSwgrMcc ID 'CKT-' +. For Bus-Riser, add '-R' at end ItemTag Text 50 2. DPPSwgrMcc ID = LoadItemTag Text 26 3. DPPSwgrMcc ID If [DPPSwgrMcc.ID] is found in DPPCable then 'Cable' ConnectedEquipType Text 30 4. DPPSwgrMcc ID If [DPPSwgrMcc.ID] is found in DPPCable then

[DPPCable.ID] ConnectedEquipItemTag Text 26

5. DPPSwgrMcc BusID = Bus_ItemTag Text 26 6. (Future) Cell_ItemTag Text 26 7. DPPSwgrMcc UnitType IN=Incomer, TIE=Coupler+Bus Riser, FDR=Feeder,

MS=Feeder CircuitType Text 20

8. DPPSwgrMcc EquipName = Description Text 100 9. DPPProjectRec Frequency + ' Hz' Frequency Text 10 10. DPPSwgrMcc IFL + ' A' FullLoadCurrent Text 20 11. DPPSwgrMcc StarterUnit = Name Text 100 12. Always 'eDPP' (Temporary) Note Text 10 13. 3 NumberOfPhases Number 2 14. (Future) Panel_ItemTag Text 20 15. DPPSwgrMcc PowerCircuitName = PartNumber Text 20 16. '3PH' PhaseArrangement Text 20 17. DPPSwgrMcc PanelID = PowerDistributionBoard_ItemTag Text 26 18. DPPSwgrMcc KV + ' kV'(Select List) RatedVoltage Text 20 19. DPPSwgrMcc SchematicDWG = RefTypicalSchematic_ItemTag Text 30 20. DPPSwgrMcc UnitSortOrder = SequenceInGroup Number 2 21. 'AC' (No choise in the field 'Phase' for DC) SupplyACDCFlag Text 10



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(7) SPEL_Circuits_BusRiser


SPEL Adaptor






8. DPPSwgrMcc EquipName = Description Text 100 9. PPProjectRec Frequency + ' Hz' Frequency Text 10 10. DPPSwgrMcc IFL + ' A' FullLoadCurrent Text 20 11. Name Text 100 12. Always 'eDPP' (Temporary) Note Text 10 13. 3 NumberOfPhases Number 2 14. (Future) Panel_ItemTag Text 20 15. DPPSwgrMcc PowerCircuitName = PowerCircuitName Text 20 16. '3PH' PhaseArrangement Text 20 17. DPPSwgrMcc PanelID = PowerDistributionBoard_ItemTag Text 26 18. DPPSwgrMcc KV + ' kV'(Select List) RatedVoltage Text 20 19. DPPSwgrMcc SchematicDWG = RefTypicalSchematic_ItemTag Text 30 20. DPPSwgrMcc UnitSortOrder = SequenceInGroup Number 2 21. 'AC' (No choise in the field 'Phase' for DC) SupplyACDCFlag Text 10



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(8) SPEL_Circuits_Coupler


SPEL Adaptor






8. DPPSwgrMcc EquipName = Description Text 100 9. DPPProjectRec Frequency + ' Hz' Frequency Text 10 10. DPPSwgrMcc IFL + ' A' FullLoadCurrent Text 20 11. Name Text 100 12. Always 'eDPP' (Temporary) Note Text 10 13. 3 NumberOfPhases Number 2 14. (Future) Panel_ItemTag Text 20 15. DPPSwgrMcc PowerCircuitName = PartNumber Text 20 16. '3PH' PhaseArrangement Text 20 17. DPPSwgrMcc PanelID = PowerDistributionBoard_ItemTag Text 26 18. DPPSwgrMcc KV + ' kV'（Select List） RatedVoltage Text 20 19. DPPSwgrMcc SchematicDWG = RefTypicalSchematic_ItemTag Text 30 20. DPPSwgrMcc UnitSortOrder = SequenceInGroup Number 2 21. 'AC' (No choise in the field 'Phase' for DC) SupplyACDCFlag Text 10



22

(9) SPEL_Circuits_Feeder


SPEL Adaptor






8. DPPSwgrMcc EquipName = Description Text 100 9. DPPProjectRec Frequency + ' Hz' Frequency Text 10 10. DPPSwgrMcc IFL + ' A' FullLoadCurrent Text 20 11. Name Text 100 12. Always 'eDPP' (Temporary) Note Text 10 13. 3 NumberOfPhases Number 2 14. (Future) Panel_ItemTag Text 20 15. DPPSwgrMcc PowerCircuitName = PartNumber Ext 20 16. '3PH' PhaseArrangement Text 20 17. DPPSwgrMcc PanelID = PowerDistributionBoard_ItemTag Text 26 18. DPPSwgrMcc KV + ' kV'(Select List) RatedVoltage Text 20 19. DPPSwgrMcc SchematicDWG = RefTypicalSchematic_ItemTag Text 30 20. DPPSwgrMcc UnitSortOrder = SequenceInGroup Number 2 21. 'AC' (No choise in the field 'Phase' for DC) SupplyACDCFlag Text 10



23

(10) SPEL_Circuits_Incomer


SPEL Adaptor






8. DPPSwgrMcc EquipName = Description Text 100 9. DPPProjectRec Frequency + ' Hz' Frequency Text 10 10. DPPSwgrMcc IFL + ' A' FullLoadCurrent Text 20 11. Name Text 100 12. Always 'eDPP' (Temporary) Note Text 10 13. 3 NumberOfPhases Number 2 14. (Future) Panel_ItemTag Text 20 15. DPPSwgrMcc PowerCircuitName = PartNumber Text 20 16. '3PH' PhaseArrangement Text 20 17. DPPSwgrMcc PanelID = PowerDistributionBoard_ItemTag Text 26 18. DPPSwgrMcc KV + ' kV'(Select List) RatedVoltage Text 20 19. DPPSwgrMcc SchematicDWG = RefTypicalSchematic_ItemTag Text 30 20. DPPSwgrMcc UnitSortOrder = SequenceInGroup Number 2 21. 'AC' (No choise in the field 'Phase' for DC) SupplyACDCFlag Text 10



24

(11) SPEL_Contactors


SPEL Adaptor


1. DPPSwgrMcc ID 'MC'- ItemTag Text 50 2. DPPSwgrMcc ID = LoadItemTag Text 26 3. DPPSwgrMcc ContactorStatus Select List AuxiliaryContacts Text 20 4. DPPSwgrMcc BusID = Bus_ItemTag Text 26 5. (Future) Cell_ItemTag Text 50 6. DPPSwgrMcc ID 'CKT'- Circuit_ItemTag Text 50 7. DPPSwgrMcc ContactorRatedA + ' A'(Select List) ContactorRating Text 20 8. DPPSwgrMcc ContactorRatedA + ' A' CurrentRating Text 20 9. DPPSwgrMcc EquipName = Description Text 100 10. DisconnectTime Text 20 11. DPPProjectRec Frequency + ' Hz' Frequency Text 10 12. DPPSwgrMcc IFL + ' A' FullLoadCurrent Text 20 13. (Future) Manufacturer Text 25 14. (Future) Model Text 25 15. Name Text 100 16. Always 'eDPP' (Temporary) Note Text 10 17. 3 NumberOfPhases Number 2 18. (Future) PartNumber Text 20 19. '3PH' PhaseArrangement Text 20 20. DPPSwgrMcc ContactorRatedKV + ' kV'(Select List) RatedVoltage Text 20 21. DPPSwgrMcc ContInterruptingKA + ' kA' ShortCircuitRating Text 20 22. 'AC' (No choise in the field 'Phase' for DC) SupplyACDCFlag Text 10



25

(12) SPEL_ControlCables


SPEL Adaptor




6. DPPCable ToEquipType 'Motor', etc. ChildItemClass Text 50 7. DPPCable ToEquipItemTag = ChildItemTag Text 50 8. DPPCable CabSize Neutral or grounding core size AdditionalConductorSize Text 20 9. DPPCable CableTypeText = ArmorType Text 20 10. DPPCable CableUse 'P'='Power', 'C'='Control', 'G'='Grounding' CableCategory Text 20 11. DPPCable DrumNo = CableDrum_ItemTag Text 26 12. '1 x ( 1 x 120 mm2)', '3 x 16 mm2 + 1 x 16 mm2', etc. CableFormation Text 50 13. (For Instrumentation cables) CableSetType Text 20 14. DPPCable CableUse

CableLibID [DPPCable.CableUse] + [DPPCable.CableLibID] 'Power -

NEC', 'Power - mm2', 'Grounding', 'Control', 'Instrumentation' CableSpecification Text 20

15. '120 V Control', 'Low Voltage Signals', 'Generic Cable' CableUsage Text 20 16. DPPCable NumberOfCores

UnitOfWire [DPPCable.NumberOfCores + UnitOfWire] 'Single Core

Cable', '2 Core Cable', '2+1 Core Cable', '3 Core Cable', '3+1 Core Cable', '3+2 Core Cable', 'MultiCore'

ConductorArrangement Text 20

17. DPPCable ConductorType 1='Aluminum', 0='Copper' ConductorMaterial Text 20 18. DPPCable CabSize + ' mm2', ' AWG', ' kcmils'(Select List) ConductorSize Text 20 19. DPPCable CableLibID 'NEC', 'IEC' ConformityToStandard Text 20 20. DPPCable EquipmentName = Description Text 100 21. DPPCable LengthValueMeter + ' m' DesignLength Text 20 22. DPPCable CableFrom NOT FromDescription Text 50 23. DPPCable CableTypeText = InsulationMaterial Text 50 24. DPPCable CableVoltage Select List Select List Text 20 25. DPPCable CableTypeText = JacketInsulationMaterial Text 20 26. DPPCable MFRNamer = Manufacturer Text 25 27. 'eDPP' Note Text 10



26


SPEL Adaptor


28. DPPCable NumberOfWires UnitOfWire

[DPPCable.NumberOfWires + UnitOfWire] NumberAdditionalConductor Number 2

29. DPPCable NumberOfWires - additional core NumberOfConductors Number 2 30. DPPCable PhaseValue = NumberOfParallelCables Number 2 31. 3 NumberOfPhases Number 2 32. DPPCable CableODValue + ' mm' OutsideDiameter Text 20 33. 0 OverallShieldSize Number 8 34. 'A, B, C…' ParallelCableSuffix Text 10 35. DPPCable OperationKV + ' kV'(Select List) RatedVoltage Text 20 36. DPPCable RPosValue ' Ohm/1000m' Reactance Text 20 37. DPPCable CableLibID Modify [DPPCable.CableLibID + CabSize] by Code RefCable_ItemTag Text 50 38. DPPCable XPosValue ' Ohm/1000m' Resistivity Text 20 39. DPPCable RacewayType 0 or 1='UnderGround', 2 or 3 or 4='InAir' Routing Text 20 40. DPPCable CableTo = ToDescription Text 50 41. 0 WeightPerLength Text 20



27

(13) SPEL_CTs


SPEL Adaptor


1. DPPSwgrMcc ID 'CT'- ItemTag Text 50 2. DPPSwgrMcc ID = LoadItemTag Text 26 3. DPPSwgrMcc BusID = Bus_ItemTag Text 26 4. (Future) Cell_ItemTag Text 50 5. DPPSwgrMcc ID 'CKT'- Circuit_ItemTag Text 50 6. (Primary) CurrentRating Text 20 7. DPPSwgrMcc EquipName = Description Text 100 8. DPPProjectRec Frequency + ' Hz' Frequency Text 10 9. DPPSwgrMcc IFL + ' A' FullLoadCurrent Text 20 10. (Future) Manufacturer Text 25 11. (Future) Model Text 25 12. 'eDPP' Name Text 100 13. Always 'eDPP' (Temporary) Note Text 10 14. 3 NumberOfPhases Number 2 15. (Future) PartNumber Text 20 16. '3PH' PhaseArrangement Text 20 17. DPPSwgrMcc PanelID = PowerDistributionBoard_ItemTag Text 26 18. DPPSwgrMcc CT1RatioA = PrimaryToSecondaryRatio Text 20 19. (Future) RatedVoltage Text 20 20. (Future) SecondaryCurrentRating Text 20 21. (Future) ShortCircuitRating Text 20 22. 'AC' (No choise in the field 'Phase' for DC) SupplyACDCFlag Text 10



28

(14) SPEL_FeederCables


SPEL Adaptor



(Transformer Component) ParentItemTag1 Tex 50

6. DPPCable ToEquipType 'Motor', etc. ChildItemClass Text 50 7. DPPCable ToEquipItemTag = ChildItemTag Text 50 8. DPPCable CabSize Neutral or grounding core size AdditionalConductorSize Text 20 9. DPPCabSizingParam VDropRunLV (temporary) AllowVoltDropPercentRunning Number 8 10. DPPCabSizingParam VDropStartLV (temporary) AllowVoltDropPercentStart Number 8 11. DPPCable CableTypeText = ArmorType Text 20 12. DPPCable CableUse 'P'='Power', 'C'='Control', 'G'='Grounding' CableCategory Text 20 13. DPPCable DrumNo = CableDrum_ItemTag Text 26 14. '1 x ( 1 x 120 mm2)', '3 x 16 mm2 + 1 x 16 mm2', etc. CableFormation Text 50 15. (For Instrumentation cables) CableSetType Text 20 16. DPPCable CableUse







19. DPPCable ConductorType 1='Aluminum', 0='Copper' ConductorMaterial Text 20 20. DPPCable CabSize + ' mm2', ' AWG', ' kcmils'(Select List) ConductorSize Text 20 21. DPPCable CableLibID 'NEC', 'IEC' ConformityToStandard Text 20 22. DPPCabSizingParam GroupFactorLV3Ph1AG

GroupFactorLV3Ph1UG = CustomDeratingFactor Number 8

23. DPPCable EquipmentName = Description Text 100 24. DPPCable LengthValueMeter + ' m' DesignLength Text 20 25. DPPCable CableFrom = FromDescription Text 50 26. DPPCable CableTypeText = InsulationMaterial Text 50



29


SPEL Adaptor


27. DPPCable CableVoltage Select List InsulationRatedVoltage Text 20 28. DPPCable CableTypeText = JacketInsulationMaterial Text 20 29. DPPCable MFRNamer = Manufacturer Text 25 30. 'eDPP' Note Text 10 31. DPPCable NumberOfWires

UnitOfWire [DPPCable.NumberOfWires + UnitOfWire] NumberAdditionalConductor Number 2

32. DPPCable NumberOfWires - additional core NumberOfConductors Number 2 33. DPPCable PhaseValue = NumberOfParallelCables Number 2 34. 3 NumberOfPhases Number 2 35. DPPCable CableODValue + ' mm' OutsideDiameter Text 20 36. 0 OverallShieldSize Text 8 37. 'A, B, C…' ParallelCableSuffix Text 10 38. DPPCable OperationKV + ' kV'(Select List) RatedVoltage Text 20 39. DPPCable RPosValue ' Ohm/1000m' Reactance Text 20 40. DPPCable CableLibID Modify [DPPCable.CableLibID + CabSize] by Code RefCable_ItemTag Text 50 41. DPPCable XPosValue ' Ohm/1000m' Resistivity Text 20 42. DPPCable RacewayType 0 or 1='UnderGround', 2 or 3 or 4='InAir' Routing Text 20 43. DPPCable CableTo = ToDescription Text 50 44. 0 WeightPerLength Text 20



30

(15) SPEL_Fuses


SPEL Adaptor


1. DPPSwgrMcc ID 'F'- ItemTag Text 50 2. DPPSwgrMcc ID = LoadItemTag Text 26 3. DPPSwgrMcc BusID = Bus_ItemTag Text 26 4. (Future) Cell_ItemTag Text 50 5. DPPSwgrMcc ID 'CKT'- Circuit_ItemTag Text 50 6. DPPSwgrMcc FuseRatedA + ' A' CurrentRating Text 20 7. DPPSwgrMcc EquipName = Description Text 100 8. (Half sycle) DisconnectTime Text 20 9. DPPProjectRec Frequency + ' Hz' Frequency Text 10 10. DPPSwgrMcc IFL + ' A FullLoadCurrent Text 20 11. DPPSwgrMcc FuseBaseA + ' A (Select List) FuseSize Text 20 12. (Future) Manufacturer Text 25 13. (Future) Model Text 25 14. 'eDPP" Name Text 100 15. Always 'eDPP' (Temporary) Note Text 10 16. 3 NumberOfPhases Number 2 17. (Future) PartNumber Text 20 18. '3PH' PhaseArrangement Text 20 19. DPPSwgrMcc PanelID = PowerDistributionBoard_ItemTag Text 26 20. DPPSwgrMcc FuseRatedKV + ' kV'(Select List) RatedVoltage Text 20 21. DPPSwgrMcc SchematicDWG = RefTypicalSchematic_ItemTag Text 30 22. DPPSwgrMcc FuseInterruptingKA + ' kA' ShortCircuitRating Text 20 23. 'AC' (No choise in the field 'Phase' for DC) SupplyACDCFlag Text 10



31

(16) SPEL_Generators


SPEL Adaptor


1. User input ItemTag Text 26 2. User selection from 'Swing', 'Voltage Control', Mvar Control' ControlMode Text 20 3. User input EfficiencyFullLoad Number 8 4. DPPProjectRec Frequency + ' Hz' Frequency Text 10 5. User input + 'kVA' GeneratorRatedPower Text 20 6. Always 'eDPP' (Temporary) Note Text 10 7. 3 NumberOfPhases Number 2 8. User selection from 2, 4, 6, 8 NumberOfPoles Number 2 9. User input PowerFactorFullLoad Number 8 10. Select List ' kV' RatedVoltage Text 20 11. 'AC' SupplyACDCFlag Text 10



32

(17) SPEL_GroundingCables


SPEL Adaptor




6. DPPCable ToEquipType 'Motor', etc. ChildItemClass Text 50 7. DPPCable ToEquipItemTag = ChildItemTag Text 50 8. DPPCable CabSize Neutral or grounding core size AdditionalConductorSize Text 20 9. DPPCable CableTypeText = ArmorType Text 20 10. DPPCable CableUse 'P'='Power', 'C'='Control', 'G'='Grounding' CableCategory Text 20 11. DPPCable DrumNo = CableDrum_ItemTag Text 26 12. '1 x ( 1 x 120 mm2)', '3 x 16 mm2 + 1 x 16 mm2', etc. CableFormation Text 50 13. (For Instrumentation cables) CableSetType Text 20 14. DPPCable CableUse







17. DPPCable ConductorType 1='Aluminum', 0='Copper' ConductorMaterial Text 20 18. DPPCable CabSize + ' mm2', ' AWG', ' kcmils'(Select List) ConductorSize Text 20 19. DPPCable CableLibID 'NEC', 'IEC' ConformityToStandard Text 20 20. DPPCable EquipmentName = Description Text 100 21. DPPCable LengthValueMeter + ' m' DesignLength Text 20 22. DPPCable CableFrom = FromDescription Text 50 23. DPPCable CableTypeText = InsulationMaterial Text 50 24. DPPCable CableVoltage Select List InsulationRatedVoltage Text 20 25. DPPCable CableTypeText = JacketInsulationMaterial Text 20 26. DPPCable MFRNamer = Manufacturer Text 25 27. DPPCable 'eDPP' Note Text 10



33


SPEL Adaptor







34

(18) SPEL_Heaters


SPEL Adaptor


1. DPPElecLoad ID = ItemTag Text 26 2. Always 'Motor' ParentItemClass Text 50 3. DPPElecLoad MainMachineID = ParentItemTag Text 26 4. DPPElecLoad HazardAreaClass Select List AreaClassification Text 20 5. DPPElecLoad Bus = Bus_ItemTag Text 26 6. (for future) Cell_ItemTag Text 26 7. (for future) Circuit_ItemTag Text 26 8. DPPElecLoad Priority 0=Critical, 1=Essential, 2=Non Essential, 3=<blank>,


9. DPPElecLoad PercentLoad0 / 100 DemandFactor Number 8 10. DPPElecLoad EquipName = Description Text 100 11. DPPElecLoad EFF100 / 100 EfficiencyFullLoad Number 8 12. DPPElecLoad EFF100 / 100 EfficiencyOperating Number 8 13. DPPElecLoad EquipType 11='Heater' ElectricalEquipmentType Text 50 14. DPPElecLoad ExpProtection Select List ExplosionProtection Text 20 15. DPPProjectRec Frequency + ' Hz' for AC motor. <blank> for DC motor Frequency Text 10 16. DPPElecLoad IFL + ' A' FullLoadCurrent Text 20 17. DPPElecLoad ExpClass Select List GasGroup Text 20 18. DPPElecLoad KW + ' kW' HeaterRatedPower Text 20 19. DPPElecLoad Location If [DPPElecLoad.Location] = 'ID' then Yes else No. IndoorOutdoorFlag Yes/No Yes/No 20. DPPElecLoad DegreeProtection Select List IngressionProtection Text 20 21. DPPElecLoad LCSCableID If [DPPElecLoad.LCSCableID] <> blank then Yes else No. LocalControlStationReq Yes/No Yes/No 22. DPPElecLoad MFRName Select List Manufacturer Text 25 23. Always 'eDPP' (Temporary) Note Text 10 24. DPPElecLoad PhaseNo VAL([DPPElecLoad.PhaseNo]), DC => 0 NumberOfPhases Number 2 25. (for future) NumberOfWires Number 2 26. DPPElecLoad ContQty If [DPPElecLoad.ContQty] = 1 then 'Continuous' else if




27. DPPElecLoad ProcessUnitID = PlantGroupName Text 20



35


SPEL Adaptor


28. DPPElecLoad Panel = PowerDistributionBoard_ItemTag Text 26 29. DPPElecLoad PF100 / 100 *** Special Handling due to SPEL limitation PowerFactorAtStarting Number 8 30. DPPElecLoad PF100 / 100 PowerFactorFullLoad Number 8 31. DPPElecLoad PF100 / 100 PowerFactorOperating Number 8 32. DPPElecLoad KV Select List [DPPElecLoad.KV] + ' ' + 'kV' RatedVoltage Text 20 33. DPPElecLoad ReferenceDWG ([DPPSwgrMcc.SchematicDWG] to be linked with


34. DPPElecLoad SiteArea = SiteArea Text 20 35. DPPElecLoad IFL + ' A' *** Special Handling due to SPEL limitation StartingCurrent Text 20 36. DPPElecLoad PhaseNo If [DPPElecLoad.PhaseNo] = 'DC' then 'DC' else if 1 or 3 then





36

(19) SPEL_InstrumentationCables


SPEL Adaptor




6. DPPCable ToEquipType 'Motor', etc. ChildItemClass Text 50 7. DPPCable ToEquipItemTag = ChildItemTag Text 50 8. DPPCable CabSize Neutral or grounding core size AdditionalConductorSize Text 20 9. DPPCable CableTypeText = ArmorType Text 20 10. DPPCable CableUse 'P'='Power', 'C'='Control', 'G'='Grounding' CableCategory Text 20 11. DPPCable DrumNo = CableDrum_ItemTag Text 26 12. '1 x ( 1 x 120 mm2)', '3 x 16 mm2 + 1 x 16 mm2', etc. CableFormation Text 50 13. (For Instrumentation cables) CableSetType Text 20 14. DPPCable

DPPCable CableUse CableLibID

[DPPCable.CableUse] + [DPPCable.CableLibID] 'Power - NEC', 'Power - mm2', 'Grounding', 'Control', 'Instrumentation'

CableSpecification Text 20





17. DPPCable ConductorType 1='Aluminum', 0='Copper' ConductorMaterial Text 20 18. DPPCable CabSize + ' mm2', ' AWG', ' kcmils'(Select List) ConductorSize Text 20 19. DPPCable CableLibID 'NEC', 'IEC' ConformityToStandard Text 20 20. DPPCable EquipmentName = Description Text 100 21. DPPCable LengthValueMeter + ' m' DesignLength Text 20 22. DPPCable CableFrom = FromDescription Text 50 23. DPPCable CableTypeText = InsulationMaterial Text 50 24. DPPCable CableVoltage Select List InsulationRatedVoltage Text 20 25. DPPCable CableTypeText = InsulationRatedVoltage Text 20 26. DPPCable MFRNamer = Manufacturer Text 25 27. 'eDPP' Note Text 10



37


SPEL Adaptor







38

(20) SPEL_LoadCables


SPEL Adaptor












GroupFactorLV3Ph1UG [DPPCabSizingParam.GroupFactorLV3Ph1AG] or

[DPPCabSizingParam.GroupFactorLV3Ph1UG] CustomDeratingFactor Number 8

23. DPPCable EquipmentName = Description Text 100 24. DPPCable LengthValueMeter + ' m' DesignLength Text 20 25. DPPCable CableFrom = FromDescription Text 50 26. DPPCable CableTypeText = InsulationMaterial Text 50



39


SPEL Adaptor


27. DPPCable CableVoltage Select List InsulationRatedVoltage Text 20 28. DPPCable CableTypeText = JacketInsulationMaterial Text 20 29. DPPCable MFRNamer = Manufacturer Text 25 30. 'eDPP' Note Text 10 31. DPPCable NumberOfWires





40

(21) SPEL_Motors


SPEL Adaptor


1. DPPElecLoad ID = ItemTag Text 26 2. Always 'Cable' ParentItemClass Text 50 3. DPPElecLoad PowerCableID = ParentItemTag Text 26 4. DPPElecLoad HazardAreaClass Select List AreaClassification Text 20 5. DPPElecLoad MachineRpm = AsynchronousSpeed Text 20 6. DPPElecLoad BHP + ' kW' BrakePower Text 20 7. DPPElecLoad Bus = Bus_ItemTag Text 26 8. (for future) Cell_ItemTag Text 26 9. (for future) Circuit_ItemTag Text 26 10. DPPElecLoad MotorLibID Extract from [DPPElecLoad.MotorLibID] 'I' = 'IEC', 'A' =

'NEC', 'J'= <blank> ConformityToStandard Text 26

11. DPPElecLoad Priority 0=Critical, 1=Essential, 2=Non Essential, 3=<blank>, 4=Normal, 5=<blank>

Criticality Text 20

12. DPPElecLoad PercentLoad0 / 100 DemandFactor Number 8 13. DPPElecLoad EquipName = Description Text 100 14. DPPElecLoad EFF75 / 100 Efficiency75Load Number 8 15. DPPElecLoad EFF100 / 100 EfficiencyFullLoad Number 8 16. DPPElecLoad EFF50 / 100 EfficiencyHalfLoad Number 8 17. DPPElecLoad EquipType 0='Inductive Motor', 1='Synchronous Motor', 3='DC Current

Motor' ElectricalEquipmentType Text 50

18. DPPElecLoad ExpProtection Select List ExplosionProtection Text 20 19. DPPElecLoad FrameNo Select List FrameSize Text 20 20. DPPProjectRec Frequency + ' Hz' for AC motor. <blank> for DC motor Frequency Text 10 21. DPPElecLoad IFL + ' A' FullLoadCurrent Text 20 22. DPPElecLoad SpeedControl If [DPPElecLoad.SpeedControl] = 'R' then Yes else No. FwdRevControlFlag Yes/No Yes/No 23. DPPElecLoad ExpClass 'IIA' => 'II A', 'IIA' => 'II B', 'IIC' => 'II C' GasGroup Text 20 24. DPPElecLoad Location If [DPPElecLoad.Location] = 'ID' then Yes else No. IndoorOutdoorFlag Yes/No Yes/No 25. DPPElecLoad DegreeProtection Select List IngressionProtection Text 20 26. DPPElecLoad PowerCableEntrySize (String) to be converted (future) JBCableEntrySize Number 8 27. DPPElecLoad LCSCableID If [DPPElecLoad.LCSCableID] <> blank then Yes else No. LocalControlStationReq Yes/No Yes/No 28. DPPElecLoad LRC / 100 LRCtoFLARatio Number 8



41


SPEL Adaptor


29. DPPElecLoad MFRName Select List Manufacturer Text 25 30. DPPElecLoad HP Select List [DPPElecLoad.HP] + ' ' +

[DPPElecLoad.HP_KW] MotorRatedPower Text 20

31. DPPElecLoad MountDirection If [DPPElecLoad.MountDirection] = 'H' then 'Horizontal' else if 'V' then 'Vertical' else <blank>.

Mounting Text 20

32. Always 'eDPP' (Temporary) Note Text 10 33. DPPElecLoad PhaseNo VAL([DPPElecLoad.PhaseNo]), DC => 0 NumberOfPhases Number 2 34. DPPElecLoad Poles = NumberOfPoles Number 2 35. (for future) NumberOfWires Number 2 36. DPPElecLoad ContQty

InterQty SpareQty

If [DPPElecLoad.ContQty] = 1 then 'Continuous' else if [DPPElecLoad.InterQty] = 1 then 'Intermittent' else if

[DPPElecLoad.SpareQty] = 1 then 'Standby' else <blank>', (Note: 'Spare' is for ZZ)


37. DPPElecLoad ProcessUnitID = PlantGroupName Text 20 38. DPPElecLoad Panel = PowerDistributionBoard_ItemTag Text 26 39. DPPElecLoad PF75 / 100 PowerFactor75Load Number 8 40. DPPElecLoad PFlr / 100 PowerFactorAtStarting Number 8 41. DPPElecLoad PF100 / 100 PowerFactorFullLoad Number 8 42. DPPElecLoad PF50 / 100 PowerFactorHalfLoad Number 8 43. DPPElecLoad KV Select List [DPPElecLoad.KV] + ' ' + 'kV' RatedVoltage Text 20 44. DPPElecLoad ReferenceDWG ([DPPSwgrMcc.SchematicDWG] to be linked with


45. DPPElecLoad StartType If [DPPElecLoad.StartType] = 0 then 'DOL' else if 6 then 'VSD' else <blank>.

RequiredStarterType Text 20

46. DPPElecLoad SiteArea = SiteArea Text 20 47. DPPElecLoad IFL

LRC [DPPElecLoad.IFL] * [DPPElecLoad.LRC] / 100 + ' A' StartingCurrent Text 20

48. DPPElecLoad PhaseNo If [DPPElecLoad.PhaseNo] = 'DC' then 'DC' else if 1 or 3 then 'AC' else <blank>.

SupplyACDCFlag Text 10

49. DPPElecLoad SupplierName = SupplyBy Text 25 50. (for future) TcStallTime Text 20 51. DPPElecLoad tE + ' sec' TeStallTime Text 20 52. DPPElecLoad ExpTemp Select List TemperatureClass Text 20 53. (for future) TemperatureRise Text 20



42

(22) SPEL_OffsitePowers


SPEL Adaptor


1. User input ItemTag Text 26 2. DPPProjectRec Frequency + ' Hz' Frequency Text 10 3. Always 'eDPP' (Temporary) Note Text 10 4. 3 NumberOfPhases Number 2 5. User input + 'kVA' OffsitePowerRatedPower Text 20 6. User input + ' kV' (Select List) RatedVoltage Text 20 7. 'AC' SupplyACDCFlag Text 10



43

(23) SPEL_OtherElecEquip


SPEL Adaptor


1. DPPElecLoad ID = ItemTag Text 26 2. Always 'Cable' ParentItemClass Text 50 3. DPPElecLoad PowerCableID = ParentItemTag Text 26 4. DPPElecLoad HazardAreaClass Select List AreaClassification Text 20 5. DPPElecLoad Bus = Bus Text 26 6. (for future) Cell_ItemTag Text 26 7. (for future) Circuit_ItemTag Text 26 8. DPPElecLoad Priority 0=Critical, 1=Essential, 2=Non Essential, 3=<blank>,


9. DPPElecLoad PercentLoad0 / 100 DemandFactor Number 8 10. DPPElecLoad EquipName = Description Text 100 11. DPPElecLoad EFF100 / 100 EfficiencyFullLoad Number 8 12. DPPElecLoad EFF100 / 100 EfficiencyOperating Number 8 13. DPPElecLoad EquipType 4='Static Electrical Equipment' ElectricalEquipmentType Text 50 14. DPPElecLoad ExpProtection Select List ExplosionProtection Text 20 15. DPPProjectRec Frequency + ' Hz' for AC motor. <blank> for DC motor Frequency Text 10 16. DPPElecLoad IFL + ' A' FullLoadCurrent Text 20 17. DPPElecLoad ExpClass 'IIA' => 'II A', 'IIA' => 'II B', 'IIC' => 'II C' GasGroup Text 20 18. DPPElecLoad Location If [DPPElecLoad.Location] = 'ID' then Yes else No. IndoorOutdoorFlag Yes/No Yes/No 19. DPPElecLoad DegreeProtection Select List IngressionProtection Text 20 20. DPPElecLoad LCSCableID If [DPPElecLoad.LCSCableID] <> blank then Yes else No. LocalControlStationReq Yes/No Yes/No 21. DPPElecLoad MFRName Select List Manufacturer Text 25 22. Always 'eDPP' (Temporary) Note Text 10 23. DPPElecLoad PhaseNo VAL([DPPElecLoad.PhaseNo]), DC => 0 NumberOfPhases Number 2 24. DPPElecLoad ContQty (for future) NumberOfWires Number 2 25. If [DPPElecLoad.ContQty] = 1 then 'Continuous' else if




26. DPPElecLoad KW + ' kW' OtherEquipmentRatedPower Text 20 27. DPPElecLoad ProcessUnitID = PlantGroupName Text 20



44


SPEL Adaptor


28. DPPElecLoad Panel = PowerDistributionBoard_ItemTag Text 26 29. DPPElecLoad PF100 / 100 *** Special Handling due to SPEL limitation PowerFactorAtStarting

(Not necessarily required for SPEL 2009)

Number 8

30. DPPElecLoad PF100 / 100 PowerFactorFullLoad Number 8 31. DPPElecLoad PF100 / 100 PowerFactorOperating Number 8 32. DPPElecLoad KV Select List [DPPElecLoad.KV] + ' ' + 'kV' RatedVoltage Text 20 33. DPPElecLoad ReferenceDWG ([DPPSwgrMcc.SchematicDWG] to be linked with


34. DPPElecLoad SiteArea = SiteArea Text 20 35. DPPElecLoad IFL + ' A' *** Special Handling due to SPEL limitation StartingCurrent


Text 20






45

(24) SPEL_OverloadRelays


SPEL Adaptor


1. DPPSwgrMcc ID 'OL'- ItemTag Text 50 2. DPPSwgrMcc ID = LoadItemTag Text 26 3. (Future) AuxiliaryContacts Text 20 4. DPPSwgrMcc BusID = Bus_ItemTag Text 26 5. (Future) Cell_ItemTag Text 50 6. DPPSwgrMcc BusID 'CKT'- Circuit_ItemTag Text 50 7. (Future) CurrentRating Text 20 8. DPPSwgrMcc EquipName = Description Text 100 9. (Future) DisconnectTime Text 20 10. DPPProjectRec Frequency + ' Hz' Frequency Text 10 11. DPPSwgrMcc IFL + ' A' FullLoadCurrent Text 20 12. (Future) Manufacturer Text 25 13. (Future) Model Text 25 14. 'eDPP' Name Text 100 15. Always 'eDPP' (Temporary) Note Text 10 16. 3 NumberOfPhases Number 2 17. DPPSwgrMcc OLRRangeA Select List OverLoadRange Text 20 18. (Future) OverLoadSetting Text 20 19. (Future) PartNumber Text 20 20. '3PH' PhaseArrangement Text 20 21. DPPSwgrMcc PanelID = PowerDistributionBoard_ItemTag Text 26 22. (Future) RatedVoltage Text 20 23. (Future) ShortCircuitRating Text 20 24. 'AC' (No choise in the field 'Phase' for DC) SupplyACDCFlag Text 10



46

(25) SPEL_PDBs


SPEL Adaptor


1. DPPPanel ID = ItemTag Text 26 2. ParentItemClass Text 50 3. ParentItemTag Text 26 4. DPPPanel BusID1

BusID2 BusID3 BusID4

[DPPPanel.BusID1 or BusID2 or BusID3 or BusID4] BusItemTag Text 26

5. CellItemTag Text 26 6. CircuitItemTag Text 26 7. DPPPanel BusRatedAHoriz + ' A' CurrentRating Text 20 8. Description Text 100 9. 'Power Distribution Equipment' ElectricalEquipmentSubClass Text 20 10. DPPPanel PanelType SWGR='Switchgear', MCC='Motor Control Center',

DP='Power Distribution Panel' ElectricalEquipmentType Text 50

11. DPPProjectRec Frequency + ' Hz' Frequency Text 10 12. DPPPanel Location If [DPPPanel.Location] = 'ID' then Yes else No. IndoorOutdoorFlag Yes/No Yes/No 13. DPPPanel DegreeProtection Select List IngressionProtection Text 20 14. DPPPanel BIL + ' kV' LightningImpulseWithstandVolt Text 20 15. DPPPanel MFRName Select List Manufacturer Text 25 16. DPPPanel MountingType Select List Mounting Text 20 17. 'eDPP' Name Text 100 18. Always 'eDPP' (Temporary) Note Text 10 19. DPPPanel Phase 0=3, 1=1, 2=1, 3=3, 4=3 NumberOfPhases Number 2 20. DPPPanel Phase 0='3 PH', 1='1 PH', 2='1 PH+N', 3='3 PH', 4='3 PH+N' PhaseArrangement Text 20 21. DPPPanel LFWithstandKV + ' kV' PowerFrequencyWithstandVolt Text 20 22. (for future) PowerSourceEquipment_ItemTag Text 26 23. DPPPanel RatedKV + ' kV'(Select List) RatedVoltage Text 20 24. DPPPanel RequisitionNo = RequisitionNumber Text 30 25. DPPPanel BusSCPeakKA + ' kA' ShortCircuitCurrentPeakWith Text 20 26. DPPPanel BusSCRatedKA + ' kA' ShortCircuitCurrentRating Text 20 27. DPPPanel BusSCRatedSec + ' sec' ShortCircuitDuration Text 20



47


SPEL Adaptor


28. (for future) ShortCircuitRating Text 20 29. 'AC' (No choise in the field 'Phase' for DC) SupplyACDCFlag Text 10



48

(26) SPEL_PowerCables


SPEL Adaptor












GroupFactorLV3Ph1UG [DPPCabSizingParam.GroupFactorLV3Ph1AG] or

[DPPCabSizingParam.GroupFactorLV3Ph1UG] CustomDeratingFactor Number 8

23. DPPCable EquipmentName = Description Text 100 24. DPPCable LengthValueMeter + ' m' DesignLength Text 20 25. DPPCable CableFrom = FromDescription Text 50 26. DPPCable GlandType [DPPCable.GlandType] + '/ '+ [DPPCable.GlandSize] GlandSide1_ItemTag Text 50



49


SPEL Adaptor


27. DPPCable GlandType2 [DPPCable.GlandType2] + '/ '+ [DPPCable.GlandSize2] GlandSide2_ItemTag Text 50 28. DPPCable CableTypeText = InsulationMaterial Text 50 29. DPPCable CableVoltage Select List InsulationRatedVoltage Text 20 30. DPPCable CableTypeText = JacketInsulationMaterial Text 20 31. DPPCable MFRNamer = Manufacturer Text 25 32. 'eDPP' Note Text 10 33. DPPCable NumberOfWires


34. DPPCable NumberOfWires - additional core NumberOfConductors Number 2 35. DPPCable PhaseValue = NumberOfParallelCables Number 2 36. 3 NumberOfPhases Number 2 37. DPPCable CableODValue + ' mm' OutsideDiameter Text 20 38. 0 OverallShieldSize Number 8 39. 'A, B, C…' ParallelCableSuffix Text 10 40. DPPCable OperationKV + ' kV'(Select List) RatedVoltage Text 20 41. DPPCable RPosValue ' Ohm/1000m' Reactance Text 20 42. DPPCable CableLibID Modify [DPPCable.CableLibID + CabSize] by Code RefCable_ItemTag Text 50 43. DPPCable XPosValue ' Ohm/1000m' Resistivity Text 20

44. DPPCable RacewayType 0 or 1='UnderGround', 2 or 3 or 4='InAir' Routing Text 20 45. DPPCable CableTo = ToDescription Text 50 46. 0 WeightPerLength Text 20



50

(27) SPEL_PTs


SPEL Adaptor


1. DPPSwgrMcc ID 'PT'- ItemTag Text 50 2. DPPSwgrMcc ID = LoadItemTag Text 26 3. DPPSwgrMcc BusID = Bus_ItemTag Text 26 4. (Future) Cell_ItemTag Text 50 5. DPPSwgrMcc ID 'CKT'- Circuit_ItemTag Text 50 6. DPPSwgrMcc EquipName = Description Text 100 7. DPPProjectRec Frequency + ' Hz' Frequency Text 10 8. DPPSwgrMcc IFL + ' A' FullLoadCurrent Text 20 9. (Future) Manufacturer Text 25 10. (Future) Model Text 25 11. 'eDPP' Name Text 100 12. Always 'eDPP' (Temporary) Note Text 10 13. 3 NumberOfPhases Number 2 14. (Future) PartNumber Text 20 15. '3PH' PhaseArrangement Text 20 16. DPPSwgrMcc PanelID = PowerDistributionBoard_ItemTag Text 26 17. DPPSwgrMcc VT1PrimaryV + ' V' PrimaryPotentialRating Text 20 18. DPPSwgrMcc VT1RatioV = PrimaryToSecondaryRatio Text 20 19. (Future) RatedVoltage Text 20 20. DPPSwgrMcc VT1SecondaryV + ' V' SecondaryPotentialRating Text 20 21. (Future) ShortCircuitRating Text 20 22. 'AC' (No choise in the field 'Phase' for DC) SupplyACDCFlag Text 10



51

(28) SPEL_RefControlStations


SPEL Adaptor


1. LCS ID = ItemTag Text 50 2. DPPProjectRec Frequency + ' Hz' Frequency Text 10 3. (Future) Manufacturer Text 25 4. (Future) Model Text 25 5. 'eDPP' Name Text 100 6. Always 'eDPP' (Temporary) Note Text 10 7. 3 NumberOfPhases Number 2 8. (Future) PartNumber Text 20 9. 'AC' (No choise in the field 'Phase' for DC) SupplyACDCFlag Text 10



52

(29) SPEL_RefMotors


SPEL Adaptor


1. Generated by code ItemTag Text 100 2. LIBMotor MachineRpm = AsynchronousSpeed Text 20 3. LIBMotor BHP + ' kW' or ' hp' BrakePower Text 20 4. LIBMotorIDX MotorLibID Extract from [LIBMotorIDX.MotorLibID] 'I' = 'IEC', 'A' =

'NEC', 'J'= <blank> ConformityToStandard Text 26

5. 0.8 DemandFactor Number 8 6. LIBMotorIDX Description = Description Text 100 7. LIBMotor EFF75 / 100 Efficiency75Load Number 8 8. LIBMotor EFF100 / 100 EfficiencyFullLoad Number 8 9. LIBMotor EFF50 / 100 EfficiencyHalfLoad Number 8 10. 'Inductive Motor' ElectricalEquipmentType Text 50 11. (future) EnclosureType Text 20 12. LIBMotorIDX ExpProtection Select List ExplosionProtection Text 20 13. LIBMotor FrameNo Select List FrameSize Text 20 14. LIBMotorIDX Frequency + ' Hz' Frequency Text 10 15. LIBMotor IFL + ' A' FullLoadCurrent Text 20 16. (future) FwdRevControlFlag Yes/No Yes/No 17. (future) GasGroup Text 20 18. (future) IndoorOutdoorFlag Yes/No Yes/No 19. LIBMotorIDX DegreeProtection Select List IngressionProtection Text 20 20. (future) JBCableEntrySize Number 8 21. (future) LocalControlStationReq Yes/No Yes/No 22. LIBMotor LRC / 100 LRCtoFLARatio Number 8 23. LIBMotorIDX MFRName Select List Manufacturer Text 25 24. LIBMotor DesignLetter Select List MotorDesignLetter Text 20 25. LIBMotorIDX InsulationClass Select List MotorInsulationClass Text 20 26. LIBMotorIDX HP Select List MotorRatedPower Text 20 27. (future) Mounting Text 20 28. Always 'eDPP' (Temporary) Note Text 10 29. VAL([LIBMotorIDX.PhaseNo]), DC => 0 NumberOfPhases Number 2



53


SPEL Adaptor


30. LIBMotorIDX Poles = NumberOfPoles Number 2 31. (for future) NumberOfWires Number 2 32. (for future) OperatingMode Text 20 33. LIBMotor PF75 / 100 PowerFactor75Load Text 8 34. LIBMotor PFlr / 100 PowerFactorAtStarting Text 8 35. LIBMotor PF100 / 100 PowerFactorFullLoad Text 8 36. LIBMotor PF50 / 100 PowerFactorHalfLoad Text 8 37. LIBMotorIDX KV Select List [LIBMotorIDX.KV] + ' ' + 'kV' RatedVoltage Text 20 38. (for future) RequiredStarterType Text 20 39. LIBMotor IFL

LRC [LIBMotor.IFL] * [LIBMotor.LRC] / 100 + ' A' StartingCurrent Text 20

40. LIBMotorIDX PhaseNo If [LIBMotorIDX.PhaseNo] = 'DC' then 'DC' else if 1 or 3 then 'AC' else <blank>.


41. (for future) SupplyBy Text 25 42. (for future) TcStallTime Text 20 43. (for future) TeStallTime Text 20 44. (for future) TemperatureClass Text 20 45. (for future) TemperatureRise Text 20



54

(30) SPEL_RefPowerCables


SPEL Adaptor


1. ItemTag Text 100 2. LIBCableIDX Frequency + 'Hz' Frequency Text 20 3. LIBCableIDX CableTypeText = CableTypeText Text 20 4. LIBCable CabSize + ' mm2', ' AWG' or ' kcmils' for neutral or grounding core size AdditionalConductorSize Text 20 5. LIBCableIDX CableTypeText (Future) ArmorType Text 20 6. LIBCable BaseAGTray + ' A' BasicAmpacityInAir Text 20 7. LIBCable BaseUGDuct + ' A' BasicAmpacityInDuct Text 20 8. LIBCable BaseUGBuried + ' A' BasicAmpacityInGround Text 20 9. LIBCable CableUse 'P', 'SH', 'F'='Power', 'LCS'='Control', 'G'='Grounding',

'CCR'='Instrumentation CableCategory Text 20

10. '1 x ( 1 x 120 mm2)', '3 x 16 mm2 + 1 x 16 mm2', etc. CableFormation Text 50 11. (Future) CableSetType Text 20 12. LIBCableIDX CableUse

CableLibID [LIBCableIDX.CableUse] + [LIBCableIDX.CableLibID]

'Power - NEC', 'Power - mm2', 'Grounding', 'Control', 'Instrumentation'

CableSpecification Text 20

13. '120 V Control', 'Low Voltage Signals', 'Generic Cable' CableUsage Text 20 14. LIBCableIDX NumberOfCores

UnitOfWire [LIBCableIDX.NumberOfCores + UnitOfWire] 'Single Core Cable', '2 Core Cable', '2+1 Core Cable', '3 Core Cable', '3+1

Core Cable', '3+2 Core Cable', 'MultiCore'


15. LIBCableIDX ConductorType 1='Aluminum', 0='Copper' ConductorMaterial Text 20 16. LIBCable CabSize + ' mm2', ' AWG', ' kcmils'(Select List) ConductorSize Text 20 17. LIBCableIDX CableLibID Select List [LIBCableIDX.CableLibID] 'NEC', 'IEC', 'JIS' ConformityToStandard Text 20 18. (Future) Description Text 100 19. LIBCableIDX CableTypeText up to the first "/" InsulationMaterial Text 50 20. LIBCableIDX CableVoltage Select List InsulationRatedVoltage Text 20 21. LIBCableIDX MaxCondTemp + ' Degc' InsulationTemperatureRating Text 20 22. LIBCableIDX CableTypeText (Future) JacketInsulationMaterial Text 20 23. LIBCableIDX MFRNamer = Manufacturer Text 25 24. 'eDPP' Note Text 10 25. LIBCableIDX NumberOfWires

UnitOfWire [LIBCableIDX.NumberOfWires + UnitOfWire] NumberAdditionalConductor Number 2



55


SPEL Adaptor


26. LIBCableIDX NumberOfWires - additional core NumberOfConductors Number 2 27. 3 NumberOfPhases Number 2 28. LIBCable CableODValue + ' mm' OutsideDiameter Text 20 29. '0.0 mm' OverallShieldSize ' Text 20 30. LIBCableIDX CableVoltageNum + ' kV'(Select List) RatedVoltage Text 20 31. LIBCable XPosValue = Reactance Text 50 32. LIBCable RPosValue = Resistivity Text 50 33. LIBCable CableWeight = WeightPerLength Text 50



56

(31) SPEL_RefTypicalSchematics


SPEL Adaptor


1. DPPBus ID = ItemTag Text 26



57

(32) SPEL_SpaceHeaters


SPEL Adaptor


1. DPPElecLoad ID = ItemTag Text 20 2. Always 'Motor' ParentItemClass Text 50 3. DPPElecLoad MainMachineID = ParentItemTag Text 26 4. DPPElecLoad HazardAreaClass Select List AreaClassification Text 20 5. DPPElecLoad Bus = Bus_ItemTag Text 26 6. (for future) Cell_ItemTag Text 26 7. (for future) Circuit_ItemTag Text 26 8. DPPElecLoad Priority 0=Critical, 1=Essential, 2=Non Essential, 3=<blank>,


9. DPPElecLoad PercentLoad0 / 100 DemandFactor Number 8 10. DPPElecLoad EquipName = Description Text 100 11. DPPElecLoad EFF100 / 100 EfficiencyFullLoad Number 8 12. DPPElecLoad EFF100 / 100 EfficiencyOperating Number 8 13. DPPElecLoad EquipType 11='Heater' ElectricalEquipmentType Text 50 14. DPPElecLoad ExpProtection Select List ExplosionProtection Text 20 15. DPPProjectRec Frequency + ' Hz' for AC motor. <blank> for DC motor Frequency Text 10 16. DPPElecLoad IFL + ' A' FullLoadCurrent Text 20 17. DPPElecLoad ExpClass Select List GasGroup Text 20 18. DPPElecLoad KW + ' kW'

(Note: Number of significant digits after decimal point is 2.) HeaterRatedPower Text 20

19. DPPElecLoad Location If [DPPElecLoad.Location] = 'ID' then Yes else No. IndoorOutdoorFlag Yes/No Yes/No 20. DPPElecLoad DegreeProtection Select List IngressionProtection Text 20 21. DPPElecLoad LCSCableID If [DPPElecLoad.LCSCableID] <> blank then Yes else No. LocalControlStationReq Yes/No Yes/No 22. DPPElecLoad MFRName Select List Manufacturer Text 25 23. Always 'eDPP' (Temporary) Note Text 10 24. DPPElecLoad PhaseNo VAL([DPPElecLoad.PhaseNo]), DC => 0 NumberOfPhases Number 2 25. (for future) NumberOfWires Number 2 26. DPPElecLoad ContQty

InterQty SpareQty

If [DPPElecLoad.ContQty] = 1 then 'Continuous' else if [DPPElecLoad.InterQty] = 1 then 'Intermittent' else if

[DPPElecLoad.SpareQty] = 1 then 'Standby' else <blank>', (Note: 'Spare' is for ZZ)




58


SPEL Adaptor


27. DPPElecLoad ProcessUnitID = PlantGroupName Text 20 28. DPPElecLoad Panel = PowerDistributionBoard_ItemTag Text 26 29. DPPElecLoad PF100 / 100 *** Special Handling due to SPEL limitation PowerFactorAtStarting


Number 8

30. DPPElecLoad PF100 / 100 PowerFactorFullLoad Number 8 31. DPPElecLoad PF100 / 100 PowerFactorOperating Number 8 32. DPPElecLoad KV Select List [DPPElecLoad.KV] + ' ' + 'kV' RatedVoltage Text 20 33. DPPElecLoad ReferenceDWG ([DPPSwgrMcc.SchematicDWG] to be linked with


34. DPPElecLoad SiteArea = SiteArea Text 20 35. DPPElecLoad IFL + ' A' *** Special Handling due to SPEL limitation StartingCurrent


Text 20






59

(33) SPEL_Transformers


SPEL Adaptor


1. DPPXFMR ID = ItemTag Text 26 2. Always 'Cable' ParentItemClass Text 50 3. ParentItemTag Text 26 4. DPPXFMR HazardAreaClass Select List AreaClassification Text 20 5. DPPXFMR PrimaryBus = Bus_ItemTag Text 26 6. (for future) Cable_ItemTag Text 26 7. (for future) Cell_ItemTag Text 26 8. (for future) Circuit_ItemTag Text 26 9. (for future) ConvertingEquipmentPowerFactor Number 8 10. DPPXFMR CoolingFan = CoolingFanFlag Yes/No Yes/No 11. DPPXFMR RatedVAPrimCT + ' VA' CTBurden Text 20 12. DPPXFMR ClassPrimCT Select List CTClass Text 10 13. DPPXFMR RatioPrimCT Select List CTRating Text 20 14. DPPXFMR TypePrimCT Select List CTStyle Text 20 15. DPPXFMR EquipmentName = Description Text 100 16. 'Transformer' ElectricalEquipmentSubClass Text 20 17. 'Transformer' ElectricalEquipmentType Text 50 18. DPPProjectRec Frequency + ' Hz' Frequency Text 10 19. DPPXFMR RatioNeutCT = GroundCTRatio Text 20 20. DPPXFMR PSPosZ = ImpedancePercentage Number 8 21. DPPXFMR Location If [DPPXFMR.Location] = 'ID' then Yes else No. IndoorOutdoorFlag Yes/No Yes/No 22. DPPXFMR MFRName Select List Manufacturer Text 25 23. DPPXFMR PrimNGType Select List [DPPXFMR.PrimNGType] 'Solid' = 'Solid

Grounding', 'Open' = 'Ungrounded', else 'Impedance' NeutralGrounding Text 20

24. Always 'eDPP' (Temporary) Note Text 10 25. DPPXFMR PhaseNo VAL([DPPXFMR.PhaseNo]), DC => 0 NumberOfPhases Number 2 26. DPPXFMR TerkV If TerkV=0 then 1 else 2 NumberOfSecondaries Number 2 27. DPPXFMR NumberPercentTap if [DPPXFMR.TappingWinding] = Primary NumberOfSteps Number 2 28. DPPXFMR PrimWireSystem '3ph-4w' = 4, etc. NumberOfWires Number 2 29. DPPXFMR PressVacuumGauge = OilPressureGaugeFlag Yes/No Yes/No



60


SPEL Adaptor


30. DPPXFMR OilType Select List OilType Text 20 31. DPPXFMR PrimWireSystem Select List [DPPXFMR.PrimWireSystem] '3PH+N', etc. PhaseArrangement Text 20 32. (for future) PowerDistributionBoard_ItemTag Text 26 33. (for future) PowerSourceEquipment_ItemTag Text 26 34. DPPXFMR VectorGroup Select List [DPPXFMR.VectorGroup] 'Delta', 'Wye', 'Star',

'Star/Delta', 'Wye-Delta', etc. PrimaryConnection Text 20

35. DPPXFMR PrimkV Select List [DPPXFMR.PrimkV] + ' ' + 'kV' RatedVoltage Text 20 36. DPPXFMR PSPosX = ReactancePrimaryToSecondary1 Number 8 37. DPPXFMR PTPosX = ReactancePrimaryToSecondary2 Number 8 38. DPPXFMR STPosX = ReactanceSecondaryToSecondary Number 8 39. + ' kVAR' ReactiveLoss Text 20 40. DPPXFMR RequisitionNo = RequisitionNumber Text 30 41. DPPXFMR PSPosR = ResistancePrimaryToSecondary1 Number 8 42. DPPXFMR PTPosR = ResistancePrimaryToSecondary2 Number 8 43. DPPXFMR STPosR = ResistanceSecondaryToSecondary Number 8 44. + ' kW' ResistiveLoss Text 20 45. (for future) Resistor_ItemTag Text 26 46. (for future) SecondaryTag Text 26 47. DPPXFMR ID + '-S' Secondary1_ItemTag Text 26 48. DPPXFMR ID + '-T' Secondary2_ItemTag Text 26 49. DPPXFMR SuddenPresRelay = SuddenPressureRelayFlag Yes/No Yes/No 50. DPPXFMR PhaseNo If [DPPXFMR.PhaseNo] = 'DC' then 'DC' else if 1 or 3 then


51. DPPXFMR TypeTapChanger 'None', 'On Load' or 'Off Load' Tapping Text 30 52. DPPXFMR StepPercentTap = TappingPercentPerStep Number 8 53. (for future) TappingRequiredFlag Yes/No Yes/No 54. DPPXFMR MaxPercentTap

MinPercentTap [DPPXFMR.MaxPercentTap] - [DPPXFMR.MinPercentTap] TotalTappingPercentRange Number 8

55. DPPXFMR PrimMVA + ' kVA' TransformerRatedPower Text 20 56. (for future) VoltageTolerance Number 8



61

(34) SPEL_TransformerSecondary1


SPEL Adaptor


1. DPPXFMR ID + '-S' ItemTag Text 30 2. Always 'Transformer' ParentItemClass Text 50 3. DPPXFMR ID = ParentItemTag Text 26 4. DPPXFMR SecondaryBus = Bus_ItemTag Text 26 5. (for future) Cable_ItemTag Text 26 6. (for future) Cell_ItemTag Text 26 7. (for future) Circuit_ItemTag Text 26 8. DPPXFMR EquipmentName = Description Text 100 9. 'Transformer Component' ElectricalEquipmentSubClass Text 20 10. 'Transformer' ElectricalEquipmentType Text 50 11. DPPProjectRec Frequency + ' Hz' Frequency Text 10 12. DPPXFMR SecNGType Select List [DPPXFMR.SecNGType] 'Solid' = 'Solid


13. VAL([DPPXFMR.PhaseNo]), DC => 0 NumberOfPhases Number 2 14. DPPXFMR NumberPercentTap if [DPPXFMR.TappingWinding] = Secondary NumberOfSteps Number 2 15. DPPXFMR SecWireSystem '3ph-4w' = 4, etc. NumberOfWires Number 2 16. DPPXFMR SecMVA + ' kVA' OutputRatedPower Text 20 17. DPPXFMR SeckV Select List [DPPXFMR.SeckV] + ' ' + 'kV' OutputRatedVoltage Text 20 18. DPPXFMR SecWireSystem '3PH+N', etc.(Select List) PhaseArrangement Text 20 19. DPPXFMR VectorGroup 'Delta', 'Wye', 'Star', 'Star/Delta', 'Wye-Delta', etc.( Select List) PrimaryConnection Text 20 20. + ' kVAR' ReactiveLoss Text 20 21. + ' kW' ResistiveLoss Text 20 22. (for future) Resistor_ItemTag Text 26 23. (for future) SecondaryTag Text 26 24. DPPXFMR PhaseNo If [DPPXFMR.PhaseNo] = 'DC' then 'DC' else if 1 or 3 then






62


SPEL Adaptor


29. DPPXFMR VectorGroup Select List [DPPXFMR.VectorGroup] 'Delta', 'Wye', 'Star', 'Star/Delta', 'Wye-Delta', etc.

TransformerComponentConnection Text 20

30. DPPXFMR SeckV Select List [DPPXFMR.SeckV] + ' ' + 'kV' TransformerComponentVoltage Text 20 31. DPPXFMR VectorGroup 'Dyn11', etc.(Select List) TransformerConnectionGroup Text 20



63

(35) SPEL_TransformerSecondary2


SPEL Adaptor


1. DPPXFMR ID + '-T' ItemTag Text 30 2. Always 'Transformer' ParentItemClass Text 50 3. DPPXFMR ID = ParentItemTag Text 26 4. DPPXFMR TertiaryBus = Bus_ItemTag Text 26 5. (for future) Cable_ItemTag Text 26 6. (for future) Cell_ItemTag Text 26 7. (for future) Circuit_ItemTag Text 26 8. DPPXFMR EquipmentName = Description Text 100 9. 'Transformer Component' ElectricalEquipmentSubClass Text 20 10. 'Transformer' ElectricalEquipmentType Text 50 11. DPPProjectRec Frequency + ' Hz' Frequency Text 10 12. DPPXFMR TerNGType Select List [DPPXFMR.TerNGType] 'Solid' = 'Solid


13. VAL([DPPXFMR.PhaseNo]), DC => 0 NumberOfPhases Number 2 14. DPPXFMR NumberPercentTap if [DPPXFMR.TappingWinding] = Tertiary NumberOfSteps Number 2 15. DPPXFMR TerWireSystem '3ph-4w' = 4, etc. NumberOfWires Number 2 16. DPPXFMR TerMVA + ' kVA' OutputRatedPower Text 20 17. DPPXFMR TerkV Select List [DPPXFMR.TerkV] + ' ' + 'kV' OutputRatedVoltage Text 20 18. DPPXFMR TerWireSystem '3PH+N', etc.(Select List) PhaseArrangement Text 20 19. DPPXFMR VectorGroup 'Delta', 'Wye', 'Star', 'Star/Delta', 'Wye-Delta', etc.(Select List) PrimaryConnection Text 20 20. + ' kVAR' ReactiveLoss Text 20 21. + ' kW' ResistiveLoss Text 20 22. (for future) Resistor_ItemTag Text 26 23. (for future) SecondaryTag Text 26 24. DPPXFMR PhaseNo If [DPPXFMR.PhaseNo] = 'DC' then 'DC' else if 1 or 3 then






64


SPEL Adaptor


29. DPPXFMR VectorGroup 'Delta', 'Wye', 'Star', 'Star/Delta', 'Wye-Delta', etc.(Select List) TransformerComponentConnection Text 20 30. DPPXFMR TerkV Select List [DPPXFMR.TerkV] + ' ' + 'kV' TransformerComponentVoltage Text 20 31. DPPXFMR VectorGroup 'Dyn11', etc.(Select List) TransformerConnectionGroup Text 20

User Guide Mapping Tables (SPEL Adaptor vs. Import Manager)


65

6. Mapping Tables (SPEL Adaptor vs. Import Manager)

The table mapping between the adaptor database and Import Manager (SPEL) are tabulated for each link type as below. 6-1 Data Links (Equipment and material properties)

# Link Name Function e-DPP Table

Adaptor Table

SPEL Table

1. Motors

Populate property values DPPElecLoad SPEL_Motors Motor

2. Motors(FLA)

Populate ‘FLA’ values DPPElecLoad SPEL_Motors Motor

3. Motors(RatedPower)

Populate ‘Motor Rated Power’ values

DPPElecLoad SPEL_Motors Motor

4. Motors2

Associate with PDB & Bus. (Not Used.)

DPPElecLoad SPEL_Motors Motor

5. Transformer

Populate property values DPPXFMR SPEL_Transformer Transformer

6. TransformerSecondary1

Populate property values DPPXFMR SPEL_Transformer Secondary1 TransformerComponent


Populate property values DPPXFMR SPEL_Transformer Secondary2 TransformerComponent


Re-enter the secondary kVA DPPXFMR SPEL_Transformer Secondary1 TransformerComponent

9. PDBs

Populate property values DPPPanel SPEL_PDBs PowerDistributionBoard

10. Buses

Populate property values DPPBus SPEL_Buses Bus

11. Generators

Populate property values - SPEL_Generators Generator

12. OffsitePowers

Populate property values - SPEL_OffsitePowers OffsitePower

13. Heaters

Populate property values DPPElecLoad SPEL_Heaters Heater



66


Adaptor Table

SPEL Table

14. Busways

Populate property values DPPCable SPEL_Busways Busway

15. Circuits

Populate property values DPPSwgrMcc SPEL_Circuits Circuit

16. Circuits2

Associate with PDB & Bus. (Valid for Space Heaters.)

DPPSwgrMcc SPEL_Circuits Circuit

17. OtherElecEquip

Populate property values DPPElecLoad SPEL_OtherElecEquip OtherElectEquipment

18. OtherElecEquip(FLA)

Populate ‘FLA’ values DPPElecLoad SPEL_OtherElecEquip OtherElectEquipment

19. Capacitors

Populate property values DPPElecLoad SPEL_Capacitors Capacitor

20. Capacitors(FLA)

Populate ‘FLA’ values DPPElecLoad SPEL_Capacitors Capacitor

21. SpaceHeaters

Populate property values DPPElecLoad SPEL_SpaceHeaters Heater

22. SpaceHeaters(FLA)

Populate ‘FLA’ values DPPElecLoad SPEL_SpaceHeaters Heater

23. SpaceHeaters2

Associate with PDB & Bus & Circuit. (Not Used.)

DPPElecLoad SPEL_SpaceHeaters Heater

24. CircuitBreakers

Populate property values DPPSwgrMcc SPEL_CircuitBreakers

CircuitBreaker

25. CircuitBreakers2


DPPSwgrMcc SPEL_CircuitBreakers

CircuitBreaker

26. Fuses

Populate property values DPPSwgrMcc SPEL_Fuses

Fuse

27. Fuses2


DPPSwgrMcc SPEL_Fuses

Fuse

28. Contactors

Populate property values DPPSwgrMcc SPEL_Contactors

Contactor

29. Contactors2


DPPSwgrMcc SPEL_Contactors

Contactor

30. OverloadRelays

Populate property values DPPSwgrMcc SPEL_OverloadRelays

OverloadRelay



67


Adaptor Table

SPEL Table

31. OverloadRelays2


DPPSwgrMcc SPEL_OverloadRelays

OverloadRelay

32. CTs

Populate property values DPPSwgrMcc SPEL_CTs CurrentTransformer

33. CTs2


DPPSwgrMcc SPEL_CTs CurrentTransformer

34. PTs

Populate property values DPPSwgrMcc SPEL_PTs PotentialTransformer

35. PTs2


DPPSwgrMcc SPEL_PTs PotentialTransformer

36. ControlCables

Populate property values DPPCable SPEL_ControlCables Cable

37. InstrumentationCables

Populate property values DPPCable SPEL_InstrumentationCables Cable

38. GroundingCables

Populate property values DPPCable SPEL_GroundingCables Cable

39. LoadCables

Populate property values DPPElecLoad SPEL_LoadCables Cable

40. FeederCables

Populate property values DPPCable SPEL_FeederCables Cable

41. CableDrums Populate property values DPPCable DPPDrumList

SPEL_CableDrums CableDrum



68

6-2 Data Links (Library – SPEL Reference Data)

# Link Name e-DPP Table

Adaptor Table

SPEL Table

1 RefPowerCables

LIBCableIDX LIBCable

SPEL_RefPowerCables RefPowerCables

2 RefTypicalShcematics

DPPSwgrMcc SPEL_RefTypicalShcematics RefTypicalShcematics

3 RefMotors

DPPMotorIDX DPPMotor

SPEL_RefMotors RefMotors

4 RefControlStations

DPPLCS DPPSwgrMcc

SPEL_RefControlStations RefControlStations

5 RefGlands

LIBGlandIDX LIBGland

SPEL_RefGlands RefGlands



69

6-3 Select List Links


Adaptor Table

SPEL Field

1 CableManufacturer DPPCable "SelectList_" + Link Name

Manufacturer 2 RefCableManufacturer LIBCableIDX Manufacturer 3 RefCableSize LIBCable Conductor Size 4 TransformerAreaClassification DPPXFMR Area Classification 5 CableRatedVoltage DPPCable Rated Voltage 5 RefCableRatedVoltage DPPCable Rated Voltage 6 TransformerCTClass DPPXFMR CT Class 7 TransformerCTRating DPPXFMR CT Rating 8 TransformerCTStyle DPPXFMR CT Style 9 TransformerOilType DPPXFMR Oil Type 10 TransformerRatedVoltage DPPXFMR Rated Voltage 11 PDBIngressionProtection DPPSwgrMcc Ingression Protection 12 PDBManufacturer DPPSwgrMcc Manufacturer 13 PDBMounting DPPSwgrMcc Mounting 14 PDBRatedVoltage DPPSwgrMcc Rated Voltage 15 PDBShortCircuitCurrentPeakWith DPPSwgrMcc Short Circuit Current 16 PDBShortCircuitCurrentRating DPPSwgrMcc Short Circuit Current 17 BusRatedVoltage DPPBus Rated Voltage 18 CircuitRatedVoltage DPPSwgrMcc Rated Voltage 19 GeneratorRatedVoltage - Rated Voltage 20 OffsitePowerRatedVoltage - Rated Voltage 21 RefMotorFrameSize LIBMotor Frame Size 22 RefMotorManufacturer LIBMotorIDX Manufacturer 23 RefMotorRatedPowerHP LIBMotor Motor Rated Power 24 RefMotorRatedPowerKW LIBMotor Motor Rated Power 25 RefMotorRatedVoltage LIBMotorIDX Rated Voltage 26 LoadAreaClassification DPPElecLoad Area Classification 27 LoadExplosionProtection DPPElecLoad Explosion Protection 28 LoadIngressionProtection DPPElecLoad Ingression Protection 29 LoadManufacturer DPPElecLoad Manufacturer 30 LoadRatedPowerKW DPPElecLoad Motor Rated Power 31 LoadRatedVoltage DPPElecLoad Rated Voltage 32 LoadSupplyBy DPPElecLoad Supply Responsibility 33 LoadTemperatureClass DPPElecLoad Temperature Class 34 CableInsulationMaterial DPPCable Insulation Material 35 CableConformityToStandard DPPCable Conformity To Standard 36 TransformerRatedVoltage1 DPPXFMR Rated Voltage 37 TransformerRatedVoltage2 DPPXFMR Rated Voltage 38 LoadGasGroup DPPElecLoad Gas Group 39 TransformerConnectionGroup DPPXFMR Transformer Connection

Group 40 CBAuxiliaryContacts DPPSwgrMcc Auxiliary Contacts 41 CBRatedVoltage DPPSwgrMcc Rated Voltage 42 FuseRateVoltage DPPSwgrMcc Rated Voltage 43 ContactorRating DPPSwgrMcc Contactor Rating 44 ContactorRatedVoltage DPPSwgrMcc Rated Voltage 45 ContactorAuxiliaryContacts DPPSwgrMcc Auxiliary Contacts 46 OverLoadRange DPPSwgrMcc OverLoad Range 47 CableInsulationRatedVoltage DPPCable Insulation Voltage Rating 48 RefCableInsulationRatedVoltage LIBCableIDX Insulation Voltage Rating



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Adaptor Table

SPEL Field

49 RefCableInsulationTemperature Rating

LIBCableIDX Insulation Temperature Rating

50 LoadFrameSize DPPElecLoad Frame Size 51 FuseSize DPPSwgrMcc Fuse Size 52 RefGlandType2 DPPCable Gland Type 53 RefGlandType1 DPPCable Gland Type 54 RefGlandSize1 DPPCable Gland Size 55 RefGlandSize2 DPPCable Gland Size 56 RefMotorNumberOfPoles LIBMotorIDX Number of Poles 57 LoadNumberOfPoles DPPElecLoad Number of Poles



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6-4 Association Links (Equipment and material properties)

# Link Name Adaptor Table

SPEL Table (Parent)

SPEL Table (Child)

1 PowerCables_Motors SPEL_Motors Cable Motor 2 PDBs_Buses SPEL_Bus Power

Distribution Board

Bus

3 Buses_Feeders SPEL_Circuit Bus Circuit 4 PowerCables_Incomers SPEL_PowerCable Cable Circuit 5 Incomers_Buses SPEL_Circuit Bus Circuit 6 Generators_PowerCables SPEL_PowerCable Generator Cable 7 Feeders_PowerCables(Non-Load) SPEL_PowerCable Circuit Cable 8 PowerCables_Transformers(Primary) SPEL_PowerCable Cable Transformer 9 Buses_Couplers SPEL_Circuit Bus Circuit 10 BusRisers_Buses SPEL_Circuit Bus Circuit 11 Couplers_BusRisers SPEL_Circuit Circuit Circuit 12 Transformers(Secondary)_PowerCables SPEL_PowerCable Transformer

Component Cable

13 PowerCables_OtherElecEquip SPEL_PowerCable Cable Other Electrical Equipment

14 PowerCables_Capacitors SPEL_PowerCable Cable Capacitor 15 Motors_SpaceHeaters SPEL_SpaceHeaters Motor Heater 16 Busways_Incomers SPEL_Busways Busway Circuit 17 Transformers(Secondary)_Busways SPEL_Busways Transformer

Component Busway

18 Generators_Busways SPEL_Busways Generator Busway 19 Busways_Transformers SPEL_Busways Busway Transformer 20 Feeders_PowerCables SPEL_Circuit Circuit Cable 21 Circuits_CBs SPEL_CircuitBreakers Circuit CircuitBreaker 22 Circuits_Fuses SPEL_Fuses Circuit Fuse 23 Circuits_Contactors SPEL_Contactors Circuit Contactor 24 Circuits_OverloadRelays SPEL_OverloadRelays Circuit OverloadRelay 25 Circuits_CTs SPEL_CTs Circuit Current

Transformer 26 Circuits_PTs SPEL_PTs Circuit Potential

Transformer 27 CableDrums_PowerCables SPEL_PowerCable CableDrum Cable 28 CableDrums_ControlCables SPEL_PowerCable CableDrum Cable



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6-5 Association Links (Library – SPEL Reference Data)

# Link Name Adaptor Table

SPEL Table (Parent)

SPEL Table (Child)

29 RefPowerCables_PowerCables SPEL_PowerCable RefCable Cable 30 GlandSide1_PowerCables SPEL_PowerCable RefGland Cable 31 GlandSide2_PowerCables SPEL_PowerCable RefGland Cable 32 PowerCables_GlandSide1 SPEL_PowerCable Cable RefGland 33 PowerCables_GlandSide2 SPEL_PowerCable Cable RefGland

User Guide Sample Import Project


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7. Sample Import Project

Import Manager creates an "Import Project" file in XML format that contains all the information for retrieving an external data source and importing to SPEL project database. A sample of Import Project file ("eDPP402.XML") is copied to the following folder at the installation of e-DPP 4.0.2:

C:¥Program Files¥eDPPv402¥Example

This sample file includes the following individual links: 7-1 Data Links



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7-2 Select List Links



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7-3 Association Links

Please refer to the user guide of Import Manager for more details of program features. Please refer to “Tutorial of SPEL Adaptor” for your self-training using e-DPP Example2 project.

(End of Document)

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