L2 V4 07 C264 LHMI Configuration E 01

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    MiCOM C264 LHMI

    Configuration

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    PACiSPACiSPACiSPACiS TechnicalTechnicalTechnicalTechnical TrainingTrainingTrainingTraining LevelLevelLevelLevel 2 22 2

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

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    • Content

    GHU Board Configuration

    Bitmaps configuration

    LCD configuration

    LED assignment

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    • Content

    GHU Board Configuration

    Bitmaps configuration

    LCD configuration

    LED assignment

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    • Configure the GHU board1) C264 with or without LCD => 2 possible GHU boards

    2) GHU attributes

    HMI Type :- Simple : no LCD and LED#4 is notconfigurable - Complete : LCD, LED#4 is configurable andGHU should be linked to a graphic objecttyped Computer Workspace 

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    • GHU Board Sons & Relations

    Board status MPS

    Set of LED :LED#4 not configurable if GHU type = Simple 

    Relation with graphic configuration :Completed if GHU type = Complete 

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    • Content

    GHU Board Configuration

    Bitmaps configuration

    LCD configuration

    LED assignment

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    • What for?1) On C264 LCD, in bay panels

    = > Single Line Diagrams- static objects (lines, bitmaps)- animated objects

    2) Graphic table for bitmaps (up to 150)

    Note : Starting database is containing bitmap table (IEC) 

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    • Bitmap Attributes

    Short Name :Rule : put bitmap index in prefix 

    Bitmap index :Bitmap index = bitmap identification used atLCD configuration level 

    Bitmap type :

    -5-uple = animated - single = non-animated 

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    • Bitmap Representation (1)

    Default

    Open*

    Closed*

    Note : bitmap max size = 64x64 pixels 

    * associatedinformation inClosed/Set orOpen/Reset state

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    • Bitmap Representation (2)

    Note : withdrawn = combination of DPS position + withdrawn SPS 

    Default Open Closed  Withdrawn 

    Open 

    Withdrawn 

    Closed 

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    • Content

    GHU Board Configuration

    Bitmaps configuration

    LCD configuration

    LED assignment

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    • Add / Configure a Computer Workspace1) Graphic Part / Computer Workspace

    2) Attributes

    Short Name

    L/R password protection :Operator has to enter password when

    changing bay control mode (Local/Remote) 

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    Schneider Electric 13- CS&P – C264 LHMI Configuration – E01

    • Add / Configure a Bay Mimic1) Graphic Part / Computer Workspace

    2) Attributes

    Short Name

    MV bargraph :Horizontal / Vertical Advise to not use 

    Module Name display

    3) Relations => relation with the represented bay

    Mimic rank :one bay can be represented on 1 or 2mimics 

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    • Add Graphic Objects in Bay Mimic (1)1) Typical Bay Mimic (128x128 pixels)

    Mandatory :- Bay L/R - Interlock bypass (local activation) - Synchrocheck bypass (local activation) 

    Time :optional 

    Controllable devices :- LHMI Gen Modules - up to 9 per mimic 

    Static graphics :lines, single bitmaps 

    Note : no graphics outside of area => C264 failure 

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    • Add Animated Objects in Bay Mimic (2)2) Add a LHMI Gen Module

    Short Name :different from displayed name 

    Control availability :Yes = controllable from LCD 

    3) Configure a LHMI Gen Module

    4) LHMI Gen Module Sons

    Graphic object with datapoint relationis managed by SPS or DPS 

    Displayed name4 characters 

    Representing bitmap index

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    • Add Animated Objects in Bay Mimic (3)5) Add a LHMI Transformer

    6) LHMI Transformer configuration

    Graphic object with TPI relationis managed by TPI 

    Bitmap index

    Minimum, Current and

    Maximum TPI valuesare mandatory

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    • Content

    GHU Board Configuration

    Bitmaps configurationLCD configuration

    LED assignment

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    • Reminder1) LED can be animated by SPS or DPS status

    13 available LED for Complete HMI12 available LED for Simple HMI (LED#4 = C264 Local/Remote) 

    LED can be :- Off

    - On- Blinking fast- Blinking slow

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    • Assign a SPS/DPS to LED1) Under SPS, add the relation “has state displayed on LED” 

    2) Complete the relation

    Complete the relationby selecting LED ofthe GHU board

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    • Assign a SPS/DPS to LED3) Configure the relation for behaviour of LED :

    LED Behaviour per status :Closed / OPEN / Invalid behaviour Off / On / Blinking Slow / Blinking Fast 

    Note 1 : 1 LED represents only 1 datapoint 

    LED Behaviour :- For status - For alarm 

    LED Behaviour for alarm :

    Off / On / Blinking Slow / Blinking Fast 

    Note 2 : behaviour for alarm will depend on alarm

    definition in datapoint profile of this DP.