1. cl02_ccc
TRANSCRIPT
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CONTROBLOC
CENTRALOG
CL02TRAINING
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Presentation of CCC function Folio 2
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PRESENTATION OFCCC
FUNCTION
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Presentation of CCC function Sheet 1-i
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Table of contents
1. INTRODUCTION FOLIO 2. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
1.1. GENERAL DESCRIPTION FOLIO 2. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
1.2. ABBREVIATIONS & NOTATION CONVENTIONS FOLIO 4. . . . . . . . . . . . . . . .
1.3. DESCRIPTION OF THE MAIN OPERATOR INTERFACE FOLIO 6. . . . . . . . .
2. UTILIZATION FOLIO 7. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
2.1. LOGGING INTO THE CCC FOLIO 8. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
2.1.1. Logging out of the CCC Folio 9. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
2.2. CONFIGURATION FOLIO 10. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
2.2.1. Presentation Folio 10. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
2.3. EXPLOITATION FOLIO 14. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
2.3.1. Starting and stopping the system Folio 14. . . . . . . . . . . . . . . . . . . . . . . . .
2.3.2. Installing a NEW VERSION Folio 21. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2.4. MAINTENANCE FOLIO 24. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
2.4.1. General principles Folio 24. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
2.4.2. System views and variables Folio 25. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
2.4.3. System messages and the CCC function Folio 26. . . . . . . . . . . . . . . . . .
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Presentation of CCC function Folio 2
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1. Introduction
1.1. GENERAL DESCRIPTION
The CENTRALOG Configuration Center (CCC) is used for :
Configuration of the CENTRALOG system
Maintenance of the CENTRALOG system
Operation of the CENTRALOG system
Fig. 1 : Standard configuration of an Alspa 8000-P320 system Centralog
CVS
 Â
CONTRONET
Dual S8000
CVS
CIS
Automation cells
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The CENTRALOG Configuration Center handles different sets of
functions that vary according to the context or phase :
D During the configuration phase :The CCC gives access to the CENTRALOG database andmimic configuration tools. These tools are used :
D to configure the database
D to configure the mimic views
D to change the database or mimic version
D to configure the PRISCA process application
D During the maintenance phase :The CCC gives access to system signaling messages.
D During the operational phase :
The CCC is used for administration of the CIS (start/stop,database loading) and the CVS (startup/stop, databaseand mimic loading, synchronization with the CIS).
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1.2. ABBREVIATIONS & NOTATION CONVENTIONS
The following conventions and abbreviations are employed in this
manual:
D DB : Database
D BVA : Application variable database
D BVI : Mimic variable database
D CCC : CENTRALOG Configuration Center
D CIS : CENTRALOG Interface Station
D CONTROCAD: Engineering tool used to writeproject controller programs and data
D CVS : CENTRALOG Video Station
D DAT : Digital Audio Tape
D DataViewsT: Set of tools developed to generatecomplex man/machine interfaceapplications.
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D Datasource : Source of DataViews dataor ds
D DV-Draw : Mimic configuration tool
D EXP : Operator station function in normaloperation (EXPloitation)
D
HDSR : Historical Data Storage andRetrieval
D MMI : Man-machine interface
D MICROETE : Database configuration tool
D MSNV : (Mise en Service d'une Nouvelle Versionde Logiciel) Installation of a new data baseor software version without stoppingthe system
D OU : Operative Unit : Unit of application dataformed by a coherent set of variablesfrom the standpoint of the process.
D OSF/MOTIFTor MOTIF: Window and library manager
D S8000 : Unit network (F900 profile) linking the
controllers with the Centralog
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1.3. Description of the Main Operator Interface
The operator interface of the CENTRALOG Configuration Center is
composed of a main view from which the different functions can beactivated.
Fig. 2 : Description of the operator interface
Access to configuration functions
Access to CCC
Signaling messagedisplay zone
Blocking messageindicator
Edit/consultsignaling messages
Access to operational functions
Site reference
Control roomview
ACCESS CONTROL
CEGELEC POWER PLANT
CENTRALOG
CONFIGURATION CENTER
Centralog Messages From: 5hs station: 1 Date 26/10/98 10:13:44:070
Card: 5hsb Process: Phti_tri Sender: rphts_acquisit
Lib: 01KITUS002 Printer 2 E: NORMA
EXPLOITATIONCONFIGURATION
!
System type
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2. Utilization
Presentation
This chapter describes the different functions accessible from the
CENTRALOG Configuration Center view.
CCC
Maintenance
Signalization
Data Base
HDSRMMIHDSR
MimicsÇ Ç Ç Ç
CVS
Configuration
Exploitation
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2.1. LOGGING INTO THE CCC
When no user is logged into the CCC or immediately after starting
the station the view below is displayed :
ACCESS CONTROL
CEGELEC POWER PLANT
CENTRALOG
CONFIGURATION CENTER
Centralog Messages From: 5hs station: 1 Date 26/10/98 10:13:44:070
Card: 5hsb Process: Phti_tri Sender: rphts_acquisit
Lib: 01KITUS002 Printer 2 E: NORMA
EXPLOITATIONCONFIGURATION
Only the Login and Logout are sensitive to the mouse clicks.
Logging in
Click on the Login button.
Enter the user name and password.
Please enter login
Username: Raymond
Password: ******
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2.1.1. Logging out of the CCC
Logging out
Click on the Logout button.
The buttons are no more sensitive to the mouse clicks and
the CCC
displays a message confirming the log out associated with
a request for
acknowledgement :
User Raymond LOGGED OUT at Mon Nov 8 10:11:49 1998
Acknowledge
Confirm by clicking on the button.
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2.2. CONFIGURATION
2.2.1. Presentation
The subject of this chapter is database and mimic configuration. The
chapter describes the actions to be performed and the sequencing
required to preserve consistency between the CENTRALOG
database and mimics.
The CENTRALOG database
The CENTRALOG real time database is created in two phases :
Database configuration consisting in the creation of filesdescribing the database (OU files) and in managing thearchives of these files and those of the data input tool,
Database administration enabling the real time databaseto be managed from these OU descriptor files.
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CENTRALOG mimics
The mimic views are closely linked to the database by virtue of themimic animation requirement. The mimic database (BVI) is
constructed from the database descriptor files, known as the
application variable database (BVA), in two phases :
Mimic configuration grouping the operations necessaryfor the creation of a version of the mimics which are beingdeveloped,
Mimic administration consisting in the management of mimic view versions and the loading of these views on theoperator stations.
Each of these four phases is associated to a button in the
Configuration zone on the VDU screen.
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GenerateBVI
OU
Verify coherency
BVI
Selectversion
Updatea EXP
Errorfiles
Currentversion
Previousversion
Nextversion
Backup Mimic
RestoreMimic
Remove Views
Newversion
-----------DV-Draw
MICROETE
DISK
OU
GenerateDB
View OU
GetOU
Backupstatus
Backup DB
Microete
OU
BD
Status of version
MMI EXP
Ç Ç Ç Ç Ç
Centralog
nn-1
n+1
Select DB tobe loaded
MimicConfig.
Database Admin.
DatabaseConfig.
Mimic Admin.
Each of the actions above is accessible via a menu from the relevant
button
Restore DB
Menu option
Fig. 3 : Database and mimic management
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vue_be
bd
ccc_m base dos hdsr
/local
Host space
mod.attente mod.courant
Host space
Data
Microete
CCC/CVS directories
microete
c10 c30 c50
ctx (1 to 9)
dvt
ete
vp vc vs rep_bvi rep_bva
Design office views
Data generated
Host space
Operational views
Host space
ETAT.CCC
DVconfig rep_syn bib_ref cvs_ref
etat_base BCBA BR1 BR2 trace
dico_base xxxx.A xxxx.Byyyy.B zzzz.A zzzz.B
MF e MF b
dicoDonnées
Données
fic_vers
fic_vers
ccc
af
* depending on the installation
clg exe
dc ic oc sc dc ic oc sc
dc ic oc sc
vpm *
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2.3. EXPLOITATION
2.3.1. Starting and stopping the system
Normally, system start-up is global, ie. all of the stations on the
system (CIS and operator stations) are started. However it is also
possible to start a station individually, for example after a
maintenance operation.
2.3.1.1. Starting and stopping the CIS
The CIS is started and stopped by means of dialogue from the CCCfunction.
Starting the CIS alone (without restarting the operator stations)
causes the views that were visible on the operator station CRTs
before the CIS was stopped to be re-displayed.
As a Centralog 10 configuration includes only one station
(CIS/operator station), the operational mode is the same as the one
described below for the CIS.
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2.3.1.2. CIS Start-up Modes
Depending on the choice of the operator, the CIS is started with
either total orpartial re-initialization of data. This choice is selected
from the CCC "Stations Admin" menu:
ExploitationStop CCC
Stations Admin
MSNV
FacilitiesCentralog Admin.Miscella
In the event of start-up with total initialization, any modifications
made by the operator are canceled and historical records (curves
etc.) are erased.
In the event of start-up with partial initialization, this data is
conserved.
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t
process
CIS stopped
t
process
start-up with partial initialization
t
start-up with total initialization
process
Example of start-up in each modewith y=f(t) curve data :
duration of stoppage
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2.3.1.3. CIS start-up with Total Initialization
This type of start-up is used when the CENTRALOG system is put
into service for the first time or after changing the real-time database
(RTDB) version.
The start-up procedure involves:
D downloading the software,
D downloading the entire RTDB,
D the full initialization of all data.
The database is thus loaded from the CCC disk onto the CIS exactly
as it has been generated.
D The status of all the variables and Operative Units isre-initialized as ''on-monitoring",
D Assignment of the direct call keys is also re-initialized.
D etc.
Only files containing logs archived before the shut-down are
conserved.
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2.3.1.4. CIS start-up with Partial Initialization
The start-up procedure is similar to that described above. However
certain data produced before the CIS was stopped is conserved.
This type of start-up can only be used if the RTDB version has not
been changed since the CIS was stopped.
In this type of start-up, the RTDB cannot be wholly reloaded, and
certain data may not be re-initialized.
The following data stored on disk is recovered after a partialinitialization:
D operator modifications regarding the status of variables(setting on/off monitoring, replacement of value,inhibition) or their thresholds,
D operator modifications regarding the status of OperativeUnits,
D operator modifications regarding the status ofdisturbance groups (setting on/off monitoring),
D operator modifications regarding the status of SOEgroups (setting on/off monitoring),
D the value attributed by the operator to analysis variables(TMO),
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D operator actions on the composition of variable groups(curve groups, operator groups).
D historical curve groups records,
D historical records of the shift, daily and monthly logs (inparticular the monthly log counters) at hourly intervals,
D
hourly values of long term TMIs, (these variables aresaved every hour),
D files containing archived logs,
D assignment of the direct call keys.
D table of values of schedules and associated curves
The shift, daily, weekly and monthly maintenance logs
corresponding to the period prior to shut-down are closed and
archived when the system restarts (if they have been declared as
archivable during configuration). They can therefore be printed out
on request by the operator. The subsequent printout of the shift, dailyand weekly logs will contain data recorded from the time the system
was restarted.
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2.3.1.5. Stopping the CIS
The CIS is stopped from the CCC "Stations Admin" menu:
ExploitationStop CCC
Stations Admin
MSNV
FacilitiesCentralog Admin.
Miscella
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2.3.2. Installing a NEW VERSION
CENTRALOG 30 or 50 with a dual CIS configuration offers the
possibility of changing the software or the database version withoutstopping the operation.
With one CENTRALOG version in normal operation, the procedure
for installing the new version (MSNV) is performed in three steps (the
procedure is entirely controlled from the CCC) :
STEP 1 : SWITCH TO SHARED MODE
During the system configuration phase, the stations are divided into
two groups forming two separate architectures capable of
functioning independently of each other. Such a separation
obviously requires a redundant architecture.
When the new software or database version is available on the CCC,
one of the two groups is stopped. The new version is loaded onto thegroup which is stopped and the group is then restarted.
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STEP 2 : OPERATION IN SHARED MODE
É É É É É
É É É É É
É É É É É
É É É É É
É É É É É
É É É É É
É É É É É É É É É É É É
É É É É É É É É É É É É
É É É É É É É É É É É É
É É É É É É É É É É É É
É É É É É É É É É É É É
É É É É É É É É É É É É
É É É É É É É É É É É É
Dual CONTRONET
Dual F900
Stations operating with current version
Stations operating with test version
É É É É É É É
É É É É É É É
É É É É É É É
É É É É É É É
É É É É É É É
É É É É É É É
É É É É É É É
P320CONTROBLOC
CVS 1 CVS 3CVS 2
CIS
P320CONTROBLOC
CIS
Process operations proceed without interruption using the current
version on the group which has not been stopped.
Simultaneously, the new version is tested and validated on the other
group.
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STEP 3 : RETURN TO NORMAL MODE
The operator can return to normal mode in one of two ways,
depending on whether the new version is satisfactory or not:
D either the new version is extended to the whole
CENTRALOG system, in order to continue operation withthe new version (the CIS and operator stations on thegroup running the old version are stopped and restarted),
D the group running the new version return to the old version(the CIS and operator stations on the group running thenew version are stopped and restarted).
Return to normal mode is performed without interrupting
operation of the system.
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2.4. MAINTENANCE
2.4.1. General principles
Information relative to the state of the system is transmitted on two
levels ;
D to the operator stations in the control room, enabling theoperators to call in maintenance teams.
D to the CCC function, in order to assist the maintenancestaff in diagnosing the origin of the fault.
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2.4.2. System views and variables
The CENTRALOG system functions which monitor hardware and
software components automatically produce state changes in the
logical variables associated to faults.
These TSS logical variables (System Telesignals described in the
Volume "Data Description and Management") are processed like the
other logical variables and can therefore, depending on
customization, trigger alarms and/or be recorded in the various logs.
These variables are also used to animate a mimic view representing
the different components of the system and their respective states.
This view can be consulted on the operator stations in the same way
as the process supervision mimics (refer to the Volume "Supervision
Functions").
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2.4.3. System messages and the CCC function
Signaling messages are transmitted to the CCC function from the
CIS and the operator stations.
These signaling messages are of two types:
D information messages intended for the operators; thesemessages correspond to system messages and aredefined in the Volume "Operator Station"
D manufacturer's messages reserved exclusively forCEGELEC service personnel.
CCC
Transmissionof message
Circularstorage
file(1024 messages)
CIS
MESSAGESDISPLAYED
ON ARRIVAL
OFF-LINECONSULTATION &PRINT-OUT OF
MESSAGES
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Signaling messages are stored in order of arrival at the station
dedicated to the CCC function in a circular file, containing up to
1024 messages). Messages are displayed one-by-one on arrivalin one of the windows of the CCC.
Printer output and consultation functions (order of arrival display of
each message), enable messages received by the circular file to be
sorted chronologically or by criteria (filters).
These functions are implemented by interactive dialogue on the
CCC station:
Message consultation/print-outwindow
Order-of-arrival messagedisplay window
Blocking messageindicator
Centralog Messages
Printer Log
From: 5hs station: 1 Date 26/10/96 10:13:44:070
Card: 5hsb Process: Phti_tri Sender: rphts_acquisit
Lib: 01KITUS002 Printer 2 E: NORMA
Consultation Sorting Disabled
Filters
Source
Time slice
Block :z Station : Card Name :
From : Until :
Date [DD/MM/YYYY] : 03/9/1996 Date [DD/MM/YYYY] : 03/9/1996
Hour [hh:mm] : Hour [hh:mm] :
Sender : Name : Process : Name :
Message Display
Stack Analysis
Done QuitPrev Next Message : 581 MaxMin
From : 5hs Station : 1 card : 5 hsb process : phti_tu
Date : 03/09/1996 13 : 37 : 28 : 930
Mode
Sender : rphts_acquisit
01KITUS064 WORKSTATION 1 BD2 ACCESS CONNECT E : IN_SV