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    Datapoints Profiles

    PCLPCLPCLPCL

    PACiSPACiSPACiSPACiS TechnicalTechnicalTechnicalTechnical TrainingTrainingTrainingTraining LevelLevelLevelLevel 2 22 2

    CS&PCS&PCS&PCS&P – –– – Support Team Support Team Support Team Support Team

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    Schneider Electric 2- CS&P – Datapoints Profiles – E01

    • Content

    Generalities

    Inputs Profiles

    Outputs Profiles

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    • Content

    Generalities

    Inputs Profiles

    Outputs Profiles

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    Schneider Electric 4- CS&P – Datapoints Profiles – E01

    Supervision Profiles … What are Supervision DataPoint?

    xPS

    MV

    xCT

    FSS, SBMC dependency

    Few acquisition options

    State labels

    Archive&Logging / state

    Interlock Boolean / state

    Alarm / state

    SPS, SPS_Profile

    DPS, DPS_Profile

    MPS, MPS_Profile

    MV, MV_Profile

    Counter, Counter_Profile

    FOR

    • SCE Profiles : Input Profiles

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    Control Profiles … What are Control DataPoint?

    xPC

    SetPoint

    DE / SBO

    Few acquisition options

    State labels

    Archive&Logging on event

    Interlock Boolean / state

    Alarm on Negative Ack.

    SPC, SPC_Profile

    DPC, DPC_Profile

    SetPoint, SetPoint_Profile

    FOR

    • SCE Profiles : Output Profiles

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    • Content

    Generalities

    Inputs Profiles

    Outputs Profiles

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    Single, Double, Multi Point Status : General Tab

    Allow FSS on DPYes/No 

    Allow SBMC on DP(Yes/No) 

    when bay has SBMC ON : SBMC Substitutes values to RCP by: - SPS : Set/Reset/Suppressed - DPS : Jammed/Open/Close/Suppressed 

    - MPS : Undefined/Suppressed 

    Toggling Filtering for SPS, DPSYes/No 

    Initial Status

    For software info => status at start-up 

    No

    No

    Never use Motion

    • xPS Profiles (1)

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    Single, Double, Multi Point Status : State Labels tab : Alarms / Log Print

    All Invalid States or FSS Label

    SPS : Set/Reset 

    DPS : Jammed/Open/Close/Undefined MPS : 1 among N( Open/Close  

    R/L => Remote/Local  MPS N and associate DP impact labels 

    1) Labels are Business Languagedependant

    • xPS Profiles (2)

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    State by State, archiving policy

    For OI :- No Archive, No logging = nothing in SQLHistorian database 

    - Archive only = all states in VTQ(states/values) SQL Historian databasetables (Trend Viewer) - Archive & Logging = all states in VTQ(states/values) SQL Historian databasetables + states marked with “Logging” inEvents SQL database table (Event Viewer+ Archive viewer + printer) 

    Single, Double, Multi Point Status : State Treatment Tab

    Relation “has events logged on” for SOEprinting

    For C264 :- Archive & Logging = Archivemeans stored in event list (2048

    events in memory) & Loggingmeans displayed in event list of

    front face (200 events).

    • xPS Profiles (3)

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    Single, Double, Multi Point Status : Interlock tab : Boolean value by state

    Note : For MPS, no convention => depends on context of use

    SPS Set and Reset Boolean value in all PSL and

    interlocking :

    convention : SET=TRUE, RESET=FALSE 

    DPS Jammed, Open and Closed Boolean valuein all PSL and interlocking :convention : CLOSED=TRUE, OPEN=FALSE,JAMMED=INVALID,UNDEFINED=INVALID 

    • xPS Profiles (4)

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    Single, Double, Multi Point Status : Alarm tab, Alarm definition state by state

    Alarm GenerationAppearance/Appearance disappearance 

    1 / 2 alarms 

    Alarmed state or not

    Spurious SPS is Set and never reset

    Alarm not generatedif state follow control (RFI SBUS)

    Delay before alarm generation(if DP reset for example)

    Gravity 1->5Audibility (klaxon)

    Alarms are acknowledged byoperator, but clearing can be

    manual or automatic

    Relation “has alarm events

    logged on” for alarm printing

    • xPS Profiles (5)

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    Measurement Values : General tab

    Allow FSS on MVYes/No 

    Allow SBMC on MV(Yes/No) when bay in SBMC ON: Substitutes values by Suppressed 

    MV value display on OIMimic

    No # after decimal.

    U to display unit 

    No

    No

    • MV Profile (1)

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    Measurement Values : State Labels tab AlarmsLog Print

    IED disconnectedBoard acquisition saturated

    Digital Measurement coding

    error

    4-20mA DC input when

    under 4mA

    Threshold violation

    • MV Profile (2)

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    State by State, archiving policy

    For OI :- No Archive, No logging = nothing in SQLHistorian database 

    - Archive only = all states in VTQ(states/values) SQL Historian databasetables ( Trend Viewer  ) - Archive & Logging = all states in VTQ(states/values) SQL Historian databasetables + states marked with “Logging” inEvents SQL database table (Event Viewer+ Archive viewer + printer) 

    Measurement Values : State Treatment Tab

    Note : - Archive only for valid => value will be available for trend viewer - Archive & Logging for SelfCheckFault and Unknown to store acquisition errors 

    • MV Profile (3)

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    Measurement Values : Interlocking tab

    Note : Goal is use MV associated status in PSL.No convention => depends on context of use

    • MV Profile (4)

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    Measurement Values : Alarm Management tab

    Alarm GenerationAppearance/Appearance disappearance 

    1 / 2 alarms 

    Alarmed state or not

    Delay before alarm generationGravity 1->5

    Audibility (klaxon)

    Alarms are acknowledged byoperator, but clearing can be

    manual or automatic

    • MV Profile (5)

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    Measurement Values : Mean Value tab cf. PS06

    Reference hour :- Hour of day for min/max/average values

    calculation - Daily mean values stored in monthlyVTQ table for 15 months 

    Reference day :- Day of month for min/max/average

    values calculation - Monthly mean values stored in yearlyVTQ table for about 5 years 

    Daily

    Monthly

    Yearly

    .csv VTQ tables

    SQLHISTORIAN

    Event

    SQLHISTORIAN

    VTQ35 days storing

    15 months storing

    5 years storing

    • MV Profile (6)

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    Single, Double CounTer: Status… Like MV Except

    Pulse valuemultiplicative coefficient 

    Counter over max value

    Double Counter invalidity

    • Counter Profile

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    • Content

    Generalities

    Inputs ProfilesOutputs Profiles

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    Single, Double Point Control: General tab

    Define SBUS control sequencein one or two steps :In DE : Client send control to Server Server send back Ack to Client 

    In SBO : - Step Selection

    kept by Server with Time Out[0..600](s)

    - Step Execution 

    SBO Many => transformer 

    Note : At PACiS OI Level, DE/SBO pop-up.DE with SBO popup = Control is DE appearing in SBO-like popup

    • xPC Profiles (1)

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    Single, Double Point Control: use and labelsSet Point => no order

    Usage :Some controls are using only one“channel” e.g. Master Trip Reset 

    Labels “status” for control sendlogging, alarms, popup buttons 

    On Control

    • xPC Profiles (2)

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    Single, Double Point Control: interlocking and FBD tab

    PSL status on control False/True 

    Note : Goal is use xPC associated status in PSL.

    • xPC Profiles (3)

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    Single, Double Point Control: Alarm on NACK

    Alarm on control Yes/No 

    Clearing Acknowledged alarms

    Delay [0..120] Gravity [1..5] Klaxon [Yes/No] + Relation 

    V4.7

    • xPC Profiles (4)