Siemens 6MB5110-1 User manual
#
3IEMENS !'
-ASTER CONTROL UNITS
-" AND -"
6 6
#ENTRAL PROTECTION DATA UNITS
-" AND -"
6 6
-ANUAL /RDER .O # ' #
&RONT VIEW OF -" MASTER CONTROL UNIT WITH MAXIMUM CONFIGURATION
# ' #
4ECHNICAL DESCRIPTION
)NSTALLATION
/PERATING INSTRUCTIONS
0ROJECT ENGINEERING
#OMMISSIONING
-AINTENANCE
!PPENDIX
#ONTENTS-"
6 6
# ' # )
#ONTENTS
4ECHNICAL DESCRIPTION
!PPLICATIONS
!REAS OF USE
&EATURES
&UNCTIONAL FEATURES
$ESIGN AND RELIABILITY FEATURES
$ESIGN
&ORMAT AND DIMENSIONS
-ODULES
3IGNAL TRANSMISSION CONNECTIONS
4HE ,3! SYSTEM BUS
#ONNECTIONS TO THE ,3 SYSTEM BUS AND VIEW OF THE PLUG END
%XPLANATION OF ,3! SYSTEM BUS SIGNAL NAMES
,0 SUBSTATION PROCESSOR MODULE SYSTEM BUS INTERFACE
3YSTEM BUS INTERFACE OF 3+ ' AND 3+ ! SERIAL INTERFACE MODULES
,+ CONTROL CENTER COUPLING MODULE SYSTEM BUS INTERFACE
&, FLOPPY MODULE SYSTEM BUS INTERFACE
&! FLOPPY INTERFACE MODULE SYSTEM BUS INTERFACE
"- COMMAND AND SIGNALLING MODULE -! "" SYSTEM BUS INTERFACE
:% TIME SIGNAL INPUT MODULE SYSTEM BUS INTERFACE
36 POWER SUPPLY MODULE SYSTEM BUS INTERFACE
%XTERNAL MODULE INTERFACES
,0 SUBSTATION PROCESSOR MODULE EXTERNAL INTERFACES
%XTERNAL INTERFACES OF 3+ ' AND 3+ ! SERIAL INTERFACE MODULES
,+ CONTROL CENTER COUPLING MODULE EXTERNAL INTERFACES
&, FLOPPY MODULE EXTERNAL INTERFACES
&! FLOPPY INTERFACE MODULE EXTERNAL INTERFACES
"- COMMAND AND SIGNALLING MODULE EXTERNAL INTERFACES
:% TIME SIGNAL INPUT MODULE EXTERNAL INTERFACES
36 POWER SUPPLY MODULE EXTERNAL INTERFACES
3OFTWARE VERSIONS
3COPE OF SUPPLY
3ELECTION AND ORDERING DATA
,:' -" AND 3:' -"
%QUIPMENT LIST FOR ,:' -" AND 3:' -"
,:' -" AND 3:' -"
%QUIPMENT LISTS FOR ,:' -" AND 3:' -"
-ODE OF OPERATION
3OFTWARE FUNCTIONS
/VERVIEW OF MEASUREMENT FUNCTIONS
/VERVIEW OF COMMAND FUNCTIONS
/VERVIEW OF SIGNALLING FUNCTIONS
/VERVIEW OF METERING FUNCTIONS
/VERVIEW OF SWITCHING PROGRAM FUNCTIONS
&UNCTIONS OF HIGHER RANKING IMPORTANCE
4ECHNICAL $ATA
'ENERAL OPTICAL FIBER DATA
#ONFIGURATION OF AN OPTICAL FIBER CONNECTION
!TTENUATION DATA DEPENDS ON MANUFACTURER
%XAMPLE
#ONTENTS
6 6
-"
)) # ' #
)NSTALLATION
"EFORE INSERTING THE MODULES
5NPACKING AND REPACKING THE EQUIPMENT
"EFORE USING THE EQUIPMENT
)NSTALLATION AND CONNECTION
/PERATING INSTRUCTIONS
&RONT PANELS
,OCAL CONTROL MONITOR
#ONFIGURING THE EQUIPMENT FROM THE 0#
#ONFIGURING EQUIPMENT WITH THE 042 HAND HELD TERMINAL
$ISPLAY AND ENTER BASIC DATA
$ISPLAY AND ENTER PLANT NUMBER
$ISPLAY AND ENTER STATION NUMBER
$ISPLAY AND ENTER EQUIPMENT NUMBER
$ISPLAY AND ENTER ,:' NUMBER
$ISPLAY AND DELETE PARAMETER DATA STATUS
$ISPLAY PACKAGEVERSION OF OWN UNIT
$ISPLAY PACKAGEVERSION OF SPECIFIC UNIT
$ISPLAY PACKAGEVERSION OF ALL EQUIPMENT
$ISPLAY AND DELETE START UP CHARACTER STRING
$ISPLAY BAUD RATE
%NTRY OF SYSTEM DATE AND TIME
$ELETE CHECK SUM
2ESET EQUIPMENT
$ISPLAY ERROR MEMORY
/PERATING BIT STRING
%RROR BIT STRING
$ISPLAY INTERRUPT MEMORY
!DDRESSING ERROR
2EADY DELAY ERROR
7ATCHDOG SEQUENCE
!RRAY BOUNDS ERROR
$IVIDE ERROR
%SCAPE CODE ERROR
5NUSED OPCODE ERROR
)NTERNAL PROGRAM ERROR LOCATION CAN ONLY BE CALLED UP IN THE EVENT OF AN ERROR
%RROR RING BUFFER ELEMENT
#ONFIGURING EQUIPMENT WITH THE 82 HAND HELD TERMINAL
$ISPLAY AND ENTER BASIC DATA
$ISPLAY AND ENTER PLANT NUMBER
$ISPLAY AND ENTER STATION NUMBER
$ISPLAY AND ENTER EQUIPMENT NUMBER
$ISPLAY AND ENTER ,:' NUMBER
$ISPLAY AND DELETE PARAMETER DATA STATUS
$ISPLAY AND DELETE STARTUP CHARACTER STRING
$ELETE CHECK SUM
0ROJECT ENGINEERING
#ONTENTS-"
6 6
# ' # )))
#OMMISSIONING
'ENERAL
0REPARING THE MODULES
,0 SUBSTATION PROCESSOR MODULE
3ERIAL INTERFACE MODULES 3+ ' AND 3+ !
,+ CONTROL CENTER COUPLING MODULE
&, FLOPPY MODULE
&! FLOPPY INTERFACE MODULE
"- COMMAND AND SIGNALLING MODULE
:% TIME SIGNAL INPUT MODULE
36 POWER SUPPLY MODULE
)NSERTING THE MODULES
-ATCHING THE OPTICAL FIBER LINKS
&INAL PREPARATION
%QUIPMENT STARTUP
-ODULE LAYOUTS AND JUMPER TABLES
,AYOUT OF ,0 SUBSTATION PROCESSOR MODULE
*UMPER TABLE FOR ,0 SUBSTATION PROCESSOR MODULE
,AYOUT OF SERIAL INTERFACE MODULES 3+ ' AND 3+ !
*UMPER TABLES FOR 3+ ' AND 3+ ! SERIAL INTERFACE MODULES
,AYOUT OF ,+ CONTROL CENTER COUPLING MODULE
*UMPER TABLES FOR ,+ COMTROL CENTER COUPLING MODULE
3ETTING THE $), SWITCHES ON THE ,+ CONTROL CENTER COUPLING MODULE
,AYOUT OF THE &, FLOPPY MODULE
*UMPER TABLE FOR &, FLOPPY MODULE
,AYOUT OF &! FLOPPY INTERFACE MODULE
*UMPER TABLES FOR &! FLOPPY INTERFACE MODULE
,AYOUT OF "- COMMAND AND SIGNALLING MODULE
*UMPER TABLES FOR "- COMMAND AND SIGNALLING MODULE
3ETTING THE $), SWITCH ON THE "- COMMAND AND SIGNALLING MODULE
,AYOUT OF :% TIME SIGNAL INPUT MODULE
*UMPER TABLE FOR :%TIME SIGNAL INPUT MODULE
,AYOUT OF :% TIME SIGNAL INPUT MODULE
*UMPER TABLE FOR :%TIME SIGNAL INPUT MODULE
6IEW OF 36 POWER SUPPLY MODULE
-AINTENANCE
4EST AND DIAGNOSIS
,0 SUBSTATION PROCESSOR MODULE
3ERIAL INTERFACE MODULES 3+ '3+ !
,+ CONTROL CENTER COUPLING MODULE
&, FLOPPY MODULE
&! FLOPPY INTERFACE MODULE
"- COMMAND AND SIGNALLING MODULE
:% TIME SIGNAL INPUT MODULE
36 POWER SUPPLY MODULE
3YSTEM MESSAGES
,IST OF SYSTEM MESSAGE NUMBERS
,IST OF NAMES OF MESSAGE ISSUING SOFTWARE MODULES
-ESSAGE ISSUING SOFTWARE MODULES OF THE MASTER CONTROL UNIT
-ESSAGE ISSUING SOFTWARE MODULES OF THE INPUTOUTPUT UNIT
#ONTENTS
6 6
-"
)6 # ' #
-ESSAGE ISSUING SOFTWARE MODULES OF THE HARDWARE MODULES
2EPAIR
2EPLACING A MODULE
3OFTWARE VERSIONS
&EATURES OF SOFTWARE VERSIONS 6 UND 6
!LLOCATION OF %02/-S AND 0!,S TO MODULES AND SLOTS
3OFTWARE ORDER NUMBERS FOR VERSIONS 6 AND 6
#ARRYING OUT SOFTWARE CHANGES
2EPLACING OR LOADING THE PARAMETERS
3UBSTATION EXTENSIONS
!PPENDIX
$IMENSION DRAWING -"
$IMENSION DRAWING -"
$OOR MOUNTING -"
4ECHNICAL $ESCRIPTION-"
6 6
# ' #
4ECHNICAL DESCRIPTION
./4%
4HESE INSTRUCTIONSDO NOTPURPORT TOCOVER ALL DETAILS ORVARIATIONS IN EQUIPMENT NORTO PROVIDE FOR EVERYPOSSIBLE
CONTINGENCY TO BE MET IN CONNECTION WITH INSTALLATION OPERATION OR MAINTENANCE
4HE FOLLOWING LIST DOES NOT PURPORT TO COVER ALL THE SAFETY MEASURES TO BE OBSERVED WHILE OPERATING ELECTRICAL
EQUIPMENT SINCE SPECIAL OPERATING CONDITIONS MAY REQUIRE ADDITIONAL MEASURES
3HOULDFURTHER INFORMATIONBE DESIREDOR SHOULDPARTICULAR PROBLEMSARISE THATARE NOTCOVERED SUFFICIENTLY FORTHE
0URCHASER S PURPOSES THE MATTER SHOULD BE REFERRED TO THE LOCAL 3IEMENS 3ALES /FFICE
4HE CONTENTS OF THIS INSTRUCTION MANUALSHALL NOT BECOME PARTOF OR MODIFY ANYPRIOR OREXISTING AGREEMENT COM
MITMENT OR RELATIONSHIP
4HE 3ALES #ONTRACT CONTAINS THE ENTIRE OBLIGATIONS OF 3IEMENS 4HE WARRANTY CONTAINED IN THE CONTRACT BETWEEN
THE PARTIES IS THE SOLE WARRANTY OF 3IEMENS !NY STATEMENTS CONTAINED HEREIN DO NOT CREATE NEW WARRANTIES OR
MODIFY THE EXISTING WARRANTY
(AZARDOUS VOLTAGES ARE PRESENT IN THIS ELECTRICAL EQUIPMENT DURING OPERATION .ON OBSERVANCE
OF THE SAFETY INSTRUCTIONS CAN RESULT IN SEVERE PERSONAL INJURY OR PROPERTY DAMAGE
7ARNING
C
4HE EQUIPMENT MUST BE PROPERLY GROUNDED BEFORE CONNECTING ANY CABLES
C
(AZARDOUS VOLTAGES MAY BE PRESENT IN ALL PARTS OF THE CIRCUIT CONNECTED TO THE POWER SUPPLY
C
(AZARDOUS VOLTAGES MAY STILL BE PRESENT IN THIS EQUIPMENT EVEN AFTER THE POWER SUPPLY HAS BEEN
DISCONNECTED CAPACITORS
C
%QUIPMENT CONTAINING CURRENT TRANSFORMER CIRCUITS MUST ALWAYS BE OPERATED CLOSED
C
4HE THRESHOLD VALUES SPECIFIED INTHE (ANDBOOK OR /PERATING )NSTRUCTIONS MUSTNOT BE EXCEEDED
THIS ALSO APPLIES DURING TESTING AND COMMISSIONING
C
/NLY QUALIFIED PERSONNEL SHOULD WORK ON THIS EQUIPMENT
4HESUCCESSFULANDSAFEOPERATIONOF THISEQUIPMENTISDEPENDENTONPROPERHANDLINGINSTALLATION
OPERATION AND MAINTENANCE
15!,)&)%$ 0%23/.
! QUALIFIED PERSON IS ONE WHO IS FAMILIAR WITHTHE INSTALLATION CONSTRUCTION ANDOPERATION OF THE EQUIPMENT AND
OF THE HAZARDS INVOLVED )N ADDITION THE PERSON MUST BE
C
4RAINED AND AUTHORIZED TO ENERGIZE DE ENERGIZE CLEAR GROUND AND TAG CIRCUITS AND EQUIPMENT IN ACCOR
DANCE WITH ESTABLISHED SAFETY PRACTICES
C
4RAINED IN THE PROPER CARE AND USE OF PROTECTIVE EQUIPMENT IN ACCORDANCE WITH ESTABLISHED SAFETYPRACTIC
ES
C
4RAINED IN RENDERING FIRST AID
4ECHNICAL $ESCRIPTION
6 6
-"
# ' #
!PPLICATIONS
!REAS OF USE
4HE -" AND -" MASTER CONTROL UNITS ARE COMPONENTS OF THE -" 35"34!4)/.
#/.42/, 3934%- 4HEY ARE USED FOR OPERATIONAL CONTROL OF SUBSTATIONS AT THE SUBSTATION CONTROL LEVEL IN
POWER SUPPLY AND INDUSTRIAL SYSTEMS AND ACT AS CONTROL AND DATA CENTERS OF CENTRAL PLANT RELATED PROCESS
NETWORKS &OR ARCHIVING ONLY OF PROTECTION DATA THE -" AND -" VERSIONS WITH REDUCED
FUNCTIONALITY ARE AVAILABLE
4HE MASTER CONTROL UNITS ARE DESIGNED FOR USE IN THE FOLLOWING AREAS
-" FOR -" FOR
SMALL TO MEDIUM SUBSTATIONS WITH LARGE SUBSTATIONS WITH
UP TO REMOTE UNIT CONNECTIONS
CONNECTIONS FOR CONTROL DESK
TELECONTROL LINK
UP TO REMOTE UNIT CONNECTIONS
CONNECTIONS FOR CONTROL DESKS
TELECONTROL LINKS
4HE CENTRAL PROTECTION DATA UNITS ARE DESIGNED FOR USE IN THE FOLLOWING AREAS
-" FOR -" FOR
SMALL TO MEDIUM SUBSTATIONS WITH LARGE SUBSTATIONS WITH
UP TO REMOTE UNIT CONNECTIONS UP TO REMOTE UNIT CONNECTIONS
4HE POSITION OF THE EQUIPMENT IN THE CONTROL LEVEL HIERARCHY IS SHOWN IN &IGURES AND
4HE CONTROL DESK AT THE STATION CONTROL LEVEL CAN BE SITUATED EITHER IMMEDIATELY ADJACENT TO THE MASTER
CONTROL UNIT OR IN A REMOTE LOCATION
)N %(6 SUBSTATIONS AND IN EXTENSIVE OUTDOOR SUBSTATIONS DUPLICATE REDUNDANT MASTER CONTROL UNITS MAY BE
USED BECAUSE OF THEIR IMPORTANCE WITHIN THE NETWORK OR BECAUSE OF THE DISTANCE BETWEEN THE DECENTRALIZED
REMOTE COMPONENTS AND CENTRAL SUBSTATION EQUIPMENT )N THIS CASE ONE MASTER CONTROL UNIT IS ALWAYS THE
LEADING UNIT WHILE THE OTHER IS IN STANDBY )F THE LEADING UNIT FAILS A CHANGEOVER TO THE STANDBY UNIT TAKES
PLACE AUTOMATICALLY THE STANDBY UNIT ALSO TAKING OVER THE TELECONTROL CONNECTION
&RONT VIEWS OF THE -" MASTER CONTROL UNITS AND -" CENTRAL PROTECTION DATA
UNITS ARE SHOWN IN &IGURES TO
4ECHNICAL $ESCRIPTION-"
6 6
# ' #
-"
INPUTOUTPUT UNIT
-"
-ASTER CONTROL UNIT
.ETWORK CONTROL
LEVEL %VALUATION STATION
0#
EG OFFICE
-"
OPTICAL6 CONVERTER
4+ SWITCHGEAR
INTERLOCKING
35 SELECTIVE
PROTECTION
/PTICAL FIBER CONNECTIONS
/PTICAL FIBER
CONNECTIONS
3UBSTATION
3TATION
CONTROL LEVEL
3WITCHGEAR
CONTROL LEVEL
4ELECONTROL
CHANNEL 4ELEPHONE CHANNEL
3TANDARD TIME
#ONTROL
DESK
3WITCHGEAR
LEVEL
&IGURE -" MASTER CONTROL UNIT IN THE -" SUBSTATION CONTROL SYSTEM HIERARCHY
4ECHNICAL $ESCRIPTION
6 6
-"
# ' #
-" OPTICAL6
CONVERTER
35 SELECTIVE
PROTECTION
/PTICAL FIBER CONNECTIONS
/PTICAL FIBER
CONNECTIONS
3UBSTATION
4ELEPHONE CHANNEL
3TANDARD TIME
%VALUATION STATION 0# EG OFFICE
35 SELECTIVE
PROTECTION
-" #ENTRAL
0ROTECTION $ATA 5NIT
3TATION
CONTROL LEVEL
3WITCHGEAR
CONTROL LEVEL
3WITCHGEAR
LEVEL
&IGURE -" CENTRAL PROTECTION DATA UNIT IN THE -" SUBSTATION CONTROL SYSTEM HIERARCHY
4ECHNICAL $ESCRIPTION-"
6 6
# ' #
&EATURES
&UNCTIONAL FEATURES
4HE MASTER CONTROL UNITS ENABLE THE FOLLOWING FUNCTIONS TO BE PROCESSED
C
OPERATION AND MONITORING
C
REPORTING
C
TELECONTROL
C
ARCHIVING
C
SIGNALLING
C
SEQUENTIAL FUNCTIONS
C
LOGIC FUNCTIONS
NOT INCLUDED IN -" CENTRAL PROTECTION DATA UNITS
$ESIGN AND RELIABILITY FEATURES
C
STANDARD MODULE RACKS FROM THE %3# SYSTEM FOR MOUNTING IN CUBICLES OR ENCLOSURES
C
EASILY EXPANDABLE
C
SIMPLE INTERFACING TO PERIPHERAL EQUIPMENT
C
FLUSH MOUNTING VARIANTS SUCH AS DIRECT MOUNTING IN SWITCHGEAR LOW VOLTAGE COMPARTMENT FLUSH MOUNT
ING IN WALL MOUNTED ENCLOSURE FLUSH MOUNTING IN CONTROL DESK
C
OPTICAL FIBER CONNECTIONS EASILY MADE ON SITE
C
MAXIMUM TO SERIAL OPTICAL FIBER CONNECTIONS TO REMOTE EQUIPMENT ACCORDING TO TYPE OF UNIT
C
INTEGRAL MASS MEMORY TWO TO FOUR
DISKETTE DRIVES EACH WITH -" MEMORY CAPACITY
C
HIGH AVAILABILITY DUE TO SELF MONITORING FEATURES SUCH AS
HARDWARE WATCHDOG
PROCESS ORIENTED VOLTAGE MONITORING
LINKING OF -# RESET AND ENABLING OF PERIPHERALS
CYCLIC CHECK SUM MONITORING FOR ALL PROGRAM AND PARAMETER %02/-S IN ADDITION TO 2!- TEST
READ AND WRITE TEST OF ALL WORKING MEMORY LOCATIONS AFTER UNIT STARTUP AND CYCLICALLY DURING OPERATION
CYCLIC MONITORING OF DATA EXCHANGE BETWEEN THE -#S
C
INTERFERENCE FREE DATA TRANSMISSION BY THE USE OF OPTICAL FIBER CONNECTIONS
C
FACILITY FOR THE REMOTE READOUT OF MASS STORAGE DATA VIA TELEPHONE MODEM IN ADDITION TO TELECONTROL
$ESIGN
&ORMAT AND DIMENSIONS
4HE -" MASTER CONTROL UNIT AND THE -" CENTRAL PROTECTION DATA UNIT ARE SUPPLIED IN SINGLE
TIER RACKS AND THE -" AND -" UNITS IN TWO TIER RACKS 4HE RACKS ARE FROM THE %3 #
SYSTEM AND ARE SUITABLE FOR INSTALLATION IN CUBICLES
4HE CENTRAL PROTECTION DATA UNITS DIFFER FROM THE MASTER CONTROL UNITS MERELY IN NOT HAVING INTERFACES FOR
PRINTER MONITOR AND CONTROL DESK
4HE MODULE RACKS CAN ACCEPT PLUG IN MODULES IN DOUBLE %UROPACARD FORMAT AND HAVE A HEIGHT OF OR
HEIGHT UNITS OF MM EACH 4HE PROTECTION CLASS OF THE UNITS IS )0 THE NECESSARY PROTECTION AT THE SITE
OF INSTALLATION MUST BE PROVIDED BY THE CUBICLE
7ITH INDOOR SWITCHGEAR IT CAN BE ADVANTAGEOUS TO INSTALL THE UNITS DIRECTLY IN THE DOOR OF THE SWITCH PANEL
4HE MODULE RACK HAS A USABLE WIDTH OF WIDTH UNITS OF MM EACH
4ECHNICAL $ESCRIPTION
6 6
-"
# ' #
36 POWER SUPPLY MODULE
-! !#
"#
:% TIME SIGNAL INPUT
MODULE
-! "!
#!
"- CONTROL AND
SIGNALLING MODULE
-! ""
3+ ! SERIAL INTERFACE
MODULE
-! !"
!"
&! FLOPPY INTERFACE
MODULE
-! !"
!"
&, FLOPPY
MODULE
-!
!!
,+ CONTROL CENTER
COUPLING MODULE
-! "!
#!
3+ ' SERIAL INTERFACE
MODULE
-! !!
!!
,0 SUBSTATION
PROCESSOR MODULE
-! !!
&IGURE &RONT VIEW OF -" MASTER CONTROL UNIT FULLY CONFIGURED
4ECHNICAL $ESCRIPTION-"
6 6
# ' #
36 POWER SUPPLY MODULE
-! !#
"#
:% TIME SIGNAL INPUT
MODULE
-! "!
#!
,0 SUBSTATION
PROCESSOR MODULE
-! !!
3+ ' SERIAL
INTERFACE MODULE
-! !!
!!
,+ CONTROL CENTER
COUPLING MODULE
-! "!
#!
&! FLOPPY INTERFACE MODULE
-! !"
!"
3+ ! SERIAL
INTERFACE MODULE
-! !"
!"
"- CONTROL AND
SIGNALLING MODULE
-! ""
&, FLOPPY MODULE
-! !!
&IGURE &RONT VIEW OF -" MASTER CONTROL UNIT FULLY CONFIGURED
4ECHNICAL $ESCRIPTION
6 6
-"
# ' #
36 POWER SUPPLY
MODULE
-! !#
"#
:% TIME SIGNAL
INPUT MODULE
-! "!
#!
"- CONTROL AND
SIGNALLING MODULE
-! ""
3+ ! SERIAL INTERFACE
MODULE
-! !"
!"
&! FLOPPY INTERFACE
MODULE
-! !"
!"
&, FLOPPY
MODULE
-! !!
,0 SUBSTATION
PROCESSOR MODULE
-! !!
&IGURE &RONT VIEW OF -" CENTRAL PROTECTION DATA UNIT FULLY CONFIGURED
4ECHNICAL $ESCRIPTION-"
6 6
# ' #
,0 SUBSTATION PROCESSOR
MODULE -! !!
&! FLOPPY INTERFACE MODULE
-! !"
!"
3+ ! SERIAL INTERFACE MODULE
-! !"
!"
"- CONTROL AND
SIGNALLING MODULE
-! ""
36 POWER SUPPLY MODULE
-! !#
"#
&, FLOPPY MODULE
-! !!
:% TIME SIGNAL INPUT MODULE
-! "!
#!
&IGURE &RONT VIEW OF -" CENTRAL PROTECTION DATA MODULE FULLY CONFIGURED
4ECHNICAL $ESCRIPTION
6 6
-"
# ' #
-ODULES
-ODULES FOR -" AND -" MASTER CONTROL UNITS
-" AND -" CENTRAL PROTECTION DATA UNITS
3HORT
CODE
$ESCRIPTION
!PPLICATION
,0
3UBSTATION PROCESSOR MODULE
#ONTROL AND MONITORING OF THE ,3! SYSTEM
0ART NUMBER
-! !!
7IDTH
3%0
,+
#ONTROL CENTER COUPLING MODULE WITH
CHANNEL PROCESSORS
CHANNEL PROCESSORS
3%0
3+ '
3ERIAL INTERFACE MODULE
-! !!
3%0
4ELECONTROL INTERFACE FROM ,3! SYSTEM TO
NETWORK CONTROL CENTER
%QUIPMENT INTERFACE MONITOR
PRINTER
3+ !
3ERIAL INTERFACE MODULE -! !" 3%0
)NTERFACE INPUTPOUPUT UNIT PROTECTION RELAY
"-
#OMMAND AND SIGNALLING MODULE
#OMMAND OUTPUT MESSAGE INPUT
-! "" 3%0
&,
&LOPPY MODULE
$ATA STORAGE ON DISKETTE
-! !! 3%0
&!
&LOPPY INTERFACE MODULE
!CTIVATION OF FLOPPY MODULE
3%0
MM
36
0OWER SUPPLY MODULE
-! !# 3%0
:%
4IME SIGNAL INPUT MODULE
$#& FOR (OPF ANTENNA
$#& -3& 2UGBY FOR $IEM ANTENNA
-! "! 3%0
0ROVIDES 6
6 6
2ECEIVES STANDARD TIME RADIO SIGNAL AND
SYNCHRONIZES THE TIME CLOCK IN THE CENTRAL UNIT
-! "!
-! #!
3%0
-! !" 3%0
4HE SEQUENCE FROM TOP TO BOTTOM CORRESPONDS TO THE ARRANGEMENT FROM LEFT TO RIGHT IN THE
-" MASTER CONTROL UNIT
-! #! 3%0
-! "#
0ROVIDES 6
6 6 WITHOUT 2%3). SIGNAL 3%0
-! !!
-! !"
-! !"
3%0
3%0
3%0
4ECHNICAL $ESCRIPTION-"
6 6
# ' #
3IGNAL TRANSMISSION CONNECTIONS
4HE INTERNAL SIGNALS ARE TRANSMITTED VIA WRAP CONNECTIONS AND VIA A PRINTED CIRCUIT BUS 4HE ENTIRE DATA TRAFFIC
WITH THE MASTER CONTROL UNIT TAKES PLACE USING OPTICAL FIBER CONNECTIONS 4HE CONNECTIONS TO THE CONTROL DESK
TELECONTROL MODEM AND TELEPHONE MODEM ARE MADE VIA AN OPTICAL6 CONVERTER
7IRE CONNECTIONS EXIST ONLY FOR THE BATTERY CONNECTION TIME SIGNAL RECEIVER AND OUTPUTS AND INPUT FOR
LOCAL SIGNALLING
4HE ,3! SYSTEM BUS IS IMPLEMENTED AS A MULTI LAYER BUS BOARD OCCUPYING 3%0 3%0 STANDARD SLOT
MM )T IS SITUATED IN THE UPPER PART OF THE RACK AND IS COVERED BY A SCREENING SHIELD
POLE PUSH ON TERMINAL STRIPS ARE INSERTED ON THE BUS BOARD AT INTERVALS OF 3%0 THESE MATE WITH THE
CONNECTORS ON THE MODULES
POLE
MULTIPOINT CONNECTOR
BACKPLANE
POLE
MULTIPOINT CONNECTOR
BACKPLANE
POLE
MULTIPOINT CONNECTOR
BACKPLANE
&!
POLE
FLAT CABLE PLUG
POLE
MULTIPOINT CONNECTOR
BACKPLANE
POLE
MULTIPOINT CONNECTOR
BACKPLANE
POLE
MULTIPOINT CONNECTOR
BACKPLANE
POLE
MULTIPOINT CONNECTOR
BACKPLANE
"- 36
,0
3+ '
,+
&,
3+ !
:%
CONNECTOR CONNECTOR
CONNECTOR
CONNECTOR CONNECTOR
CONNECTOR CONNECTOR
&IGURE 3CHEMATIC MODULE ARRANGEMENT
4ECHNICAL $ESCRIPTION
6 6
-"
# ' #
4HE ,3! SYSTEM BUS
4HE BUS INTERFACE IS IMPLEMENTED ON BACKPLANE CONNECTOR 8 POLE MULTIPOINT CONNECTOR )T CON
TAINS ALL SIGNAL CONTROL ADDRESS AND DATA LINES NECESSARY FOR THE EXCHANGE OF DATA BETWEEN THE SYSTEM
MODULE AND THE CONTROL SYSTEM PROCESSOR MODULE WITHIN THE UNIT
#ONNECTIONS TO THE ,3 SYSTEM BUS AND VIEW OF THE PLUG END
CBA
$ATA BUS
!DDRESS BUS
)NTERRUPT LINES
#ONTROL BUS
!"
!"
!"
!"
!"
!"
!"
!"
0
0
-
-
-
-
!"
-
!"
!"
-
!"
!"
-
!,%
!"
!"
!"
!"
!"
!"
!"
-
-
2$
2%3%4 ##,+
8!#+# -
%!.+
-
-
0
0 0 .
439.
-!. -!.
"02.
5"!4
CBA
).4 ,
&2
!%39.
&2
2%3
2%3
26
"US ARBITRATION
-)/
(/,$
$"/
$"
$"
$"
$"
$"
$"
$"
$"
$"
$"
$"
$"
$"
"(%.
$"
$"
0%.
$02!
"#,+
"2%1
).4,
).4,
#"21
).4,
"539
"02/
.-)
).4,
72%
72
$21
2%3).
2$9"539
8!#+
4%34
34&&
,/#+
4ECHNICAL $ESCRIPTION-"
6 6
# ' #
%XPLANATION OF ,3! SYSTEM BUS SIGNAL NAMES
$ATA BUS
$" TO $" $ATA BIT TO
BI DIRECTIONAL LINES FOR DATA EXCHANGE
!DDRESS BUS
!" TO !" !DDRESS BIT TO
ADDRESS LINES FOR ADDRESSING A -" ADDRESS SPACE AND A K"
)/ ADDRESS SPACE
!,% !DDRESS ,ATCH %NABLE
5SED WHEN STORING AN ADDRESS EXTERNALLY
"(%. "US (IGH %NABLE
)NDICATES THAT DATA IS TO BE TRANSFERRED ON LINES $" $"
$02! $UAL PORT 2!- ADDRESS
5SED IN THE PRE CODING OF THE MEMORY AREA OF THE DUAL PORT 2!-
0%. 0ERIPHERAL %NABLE
5SED IN THE PRE CODING OF MODULE ADDRESSES
#ONTROL BUS
!%39. 4IMER OUTPUT FOR EXTERNAL SYNCHRONIZATION
##,+ #ONSTANT #LOCK
'ENERAL -(Z CLOCK
$21 $-! 2EQUEST
! PERIPHERAL MODULE CAN REQUEST $IRECT -EMORY !CCESS $-! USING THIS
LINE
%!.+ /NE FROM N CHECK
4HE SIMULTANEOUS ADDRESSING OF MORE THAN ONE PERIPHERAL MODULE IS INDICATED BY
THIS SIGNAL
&2 &2 %NABLE FOR DISTANCE PROTECTION INPUTOUTPUT MODULE
NOT USED
(/,$ (OLD 2EQUEST
4HE PROCESSOR SIGNAL (/,$ INFORMS THE PROCESSOR THAT ANOTHER BUS MASTER IS
REQUESTING CONTROL OF THE BUS
,/#+ "US ,OCK NOT USED
4HE PROCESSOR SIGNAL ,/#+ BLOCKS CONTROL OVER THE SYSTEM BUS
-)/ -EMORY)NPUT /UTPUT
4HE SIGNAL IS WHENEVER A MEMORY ADDRESS IS ACCESSED AND WHENEVER AN
)/ AREA IS ACCESSED
2$ 2EAD #OMMAND
4HE LINE BECOMES ACTIVE WHEN THE PROCESSOR FETCHES DATA FROM MEMORY OR AN )/
AREA
2%3 2ESERVE LINE
4ECHNICAL $ESCRIPTION
6 6
-"
# ' #
#ONTROL BUS
2%3%4 2ESET OUTPUT SIGNAL
5SED TO RESET PERIPHERAL MODULES
)NTERRUPT LINES
.-) .ON MASKABLE INTERRUPT
#ONNECTED TO THE NON MASKABLE INTERRUPT OF THE PROCESSOR .-) HAS THE HIGHEST
PRIORITY OF ALL INTERRUPTS
).4, TO ).4, )NTERRUPT LINES TO
4HESE LINES ARE CONNECTED TO THE MASKABLE INTERRUPT INPUTS ).4,
HAS THE HIGHEST PRIORITY
26 2EADY $ELAY
/UTPUT LINE FOR THE 2EADY $ELAY SIGNAL
2$9"539 2EADY"USY
)NPUT ON 3TATUS "YTE
5SED TO PASS THE TIME SIGNAL FROM THE TIME SIGNAL INPUT MODULE TO THE CONTROL
SYSTEM PROCESSOR MODULE
2%3). 2ESET IN
)NPUT SIGNAL TO RESET THE ENTIRE SYSTEM
34&& #ONTROL &LIP &LOP NOT USED
4%34 4EST ,INE NOT USED
4HE PROCESSOR SIGNAL 4%34 IS INTERROGATED BY THE PROCESSOR IN CONJUNCTION WITH
THE 7AIT INSTRUCTION
439. #LOCK SYNCHRONIZATION
3YNCHRONIZES !%39. WITH ).4 OF THE PROCESSOR
72 7RITE #OMMAND
4HE LINE BECOMES ACTIVE WHEN THE PROCESS WRITES DATA TO MEMORY OR AN
)/ BUFFER
72% 7RITE %NABLE
7RITE INHIBIT FOR INTERNAL MEMORY EXPANSION NOT USED
8!#+# 4RANSFER !CKNOWLEDGE #OMMON
$ATA CANNOT BE WRITTEN TO THE COMMON AREA OF DUAL PORT 2!-S UNTIL ALL
ADDRESSED MODULES HAVE ISSUED A IDLE SIGNAL TO INDICATE THEY ARE READY
8!#+ 4RANSFER !CKNOWLEDGE
4HE PERIPHERAL MODULES MUST ACKNOWLEDGE READ AND WRITE OPERATIONS BY ISSUING
THIS SIGNAL
This manual suits for next models
3
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