电信EWSD Procedure of Install PAD Vanguard 200.doc

Procedure of Install PAD Vanguard 200Edited by : Zhou jian qiu1997/08/071. Data base for creating X.25 link for PAD EWSD V9 or V6.2 in CP113 or CP113C/*/* CREATE I/O PROCESSORS FOR LAU */*/<CMDFILE;<SETCFOPT:ACKCFS=ERROR,DANCMD=EXEC,ACKREQ=POS;/<CRIOP:IOC=1,BIOC=11,IOP=IOPLAU-0,IOPR=IOPLAU-1,BIOCR=11,LOADTP=100,LDPRTY=LOW;<CONFIOP:IOP=IOPLAU-0,OST=MBL;<CONFLAU:LAU=0,OST=MBL;/* X25 LINK FOR PVC DIALOG FUNCTION VIA PAD/<CRX25LINK:X25LINK=1,LAU=0,CHAN=1,NET=X25LC,PRTCL=BX25,L1BAUD=B9600,L1DTT=DCE,#L1IF=V24,L1MCA=1,L2DTT=DCE,L2LAM=INITIA,L2N2=10,L2N1=144,L3DTT=DCE,L3T25=1500;( L1DTT=DTE when via modem, L1VF=X21,L1BAUD=B64000 when PAD using X21 DIM module interface)/<CONFX25LINK:X25LINK=1,OST=MBL;/<CONFIOP:IOP=IOPLAU-0,OST=ACT;/<CONFLAU:LAU=0,OST=ACT;/* LOCAL OSI ADDRESS AND TH25 APPLICATION <CROSIADR:ADRNAM=OSILOCH,NSADR=48-0-02,NET=X25LC;<CRAPPL:APPLID=TH25,PRONAM="CP02",ADRNAM=OSILOCH; ( CP02 : CP processors name)/* REMOTE OSI-ADDRESSES FOR TH25<CROSIADR:ADRNAM=OSIRTH01,NSADR=48-0-50,NET=X25LC,LOCADR=OSILOCH;<CROSIADR:ADRNAM=OSIRTH02,NSADR=48-0-51,NET=X25LC,LOCADR=OSILOCH;<CROSIADR:ADRNAM=OSIRTH03,NSADR=48-0-52,NET=X25LC,LOCADR=OSILOCH;<CROSIADR:ADRNAM=OSIRTH04,NSADR=48-0-53,NET=X25LC,LOCADR=OSILOCH;<CROSIADR:ADRNAM=OSIRTH05,NSADR=48-0-54,NET=X25LC,LOCADR=OSILOCH;/* REMOTE PROCESSORS FOR TH25<CRPRO:PRONAM="TH2501",PROTYP=ANSI; ( VT100)<CRPRO:PRONAM="TH2502",PROTYP=ANSI;<CRPRO:PRONAM="TH2503",PROTYP=ANSI;<CRPRO:PRONAM="TH2504",PROTYP=OMTA; (EWSD-OMT)<CRPRO:PRONAM="TH2505",PROTYP=ANSI;/* REMOTE TH25 APPLICATIONS<CRAPPL:APPLID=DIAL1,PRONAM="TH2501",ADRNAM=OSIRTH01,AUT=1;<CRAPPL:APPLID=DIAL1,PRONAM="TH2502",ADRNAM=OSIRTH02,AUT=1;<CRAPPL:APPLID=DIAL1,PRONAM="TH2503",ADRNAM=OSIRTH03,AUT=1;<CRAPPL:APPLID=DIAL1,PRONAM="TH2504",ADRNAM=OSIRTH04,AUT=1;<CRAPPL:APPLID=DIAL1,PRONAM="TH2505",ADRNAM=OSIRTH05,AUT=1;( APPLID=DIAL2,when processors using for alarm output OMT)/*PVC FOR LINKS<CRX25PVC:PVCNAM=THPVC001,ADRNAM=OSIRTH01,X25LINK=1,CHNO=11,PCKSZ=128-128;<CRX25PVC:PVCNAM=THPVC002,ADRNAM=OSIRTH02,X25LINK=1,CHNO=12,PCKSZ=128-128;<CRX25PVC:PVCNAM=THPVC003,ADRNAM=OSIRTH03,X25LINK=1,CHNO=13,PCKSZ=128-128;<CRX25PVC:PVCNAM=THPVC004,ADRNAM=OSIRTH04,X25LINK=1,CHNO=14,PCKSZ=128-128;<CRX25PVC:PVCNAM=THPVC005,ADRNAM=OSIRTH05,X25LINK=1,CHNO=15,PCKSZ=128-128;/ <CONFX25LINK:X25LINK=1,OST=ACT;<RESETCFOPT;<ENDFILE;2. Setting PAD Parameter Values1). PAD Vanguard 200PAD V200 FRADSW V.200 OSAKA REV 4.80Port1,2-for 2 X.25 links connection to EWSD IOPSCDP.-DIM V.24 or DIM X.21 also can be used ( module inside vanguard 200 ).-port 1,2 physical address must be set to DCE location when PAD directly connecte to IOPSCDP, when via modem it must be set to DTE. -If only one X.25 link used the other port can be used for connection terminal VT100 or OMT, then the DIM must be set to DCE location. Port3-5Asynchronous connection for EWSD-OMT or VT100. Port6Countrol port for programming the PAD by pushing the CTP switch upwards. Port 6 can also be used for VESD-OMT or VT100 by pushingthe CTP switch "DOWN" position ,the database must be created same asport2-5.Front view of PAD G C A Lamp PORT T I reset test 1 2 3 4 5 6 PD Rear view of PAD I OPort6Port5 Port4Port3 Port2 Port13.) Setting PAD Parameter ValusLink PAD with PC PORT65 COM1PAD200VT100 terminal Connection the VT100 to PAD port6 and CTP switch upwards ,power on PAD and PC,the VT100 terminal will show " * " , type " .CTP " , then input Password ( type " ENTER")the main menu appears.A. Node setupMenu 6: CONFIGURESubmenu 1: NODENode Address1B. Port setupSubmenu2: PortPort configuration 1Port Address1Port typeX25Clock SourceINT ( EXT when X25 link via modem)Clock Speed9600 ( 64000 when X21 DIM used)Link AddressDTENumber of PVC C hannels5Starting PVC Channels Number11Number of SVC Channels0X.25 OptionsCausePort Address1Port Configuration 2-6Port Address2Port typePADConnection TypeDTRData Bits per Character7Device ParityEVENProfile NameEWSD-OMT or VT100 or DEFAUTC. PVC table setupMenu 6.3.2 : PVC SETUP TABLEEntry Number 1Source X25-1(11)DestinationPAD-2Entry Number 2Source X25-1(12)DestinationPAD-3Entry Number 3Source X25-1(13)DestinationPAD-4Entry Number 4Source X25-1(14)DestinationPAD-5Entry Number 5Source X25-1(15)DestinationPAD-6D. Profile Table SetupMenu 6.10:PAD Profile TableEntry Number 1Profile NameDEFAUTEntry Number 2Profile NameEWSD-OMT#1 PAD Recall0#2 Echo0#3 Data Forwarding Character4+16#5 Device Flow Control1#6 Service Control Signals0#7 Break Signal Operating0#13 Line Feed Insertion after CR0#15 Editing0#16 Charater Delete0#17 Line Delete0#18 Line Display0#19 Editing Type0#21 Parity Treatment3#106 Network Parity1#110 ESC Forwardind Delay0Entry Number 3Profile NameVT100#3Data Forwarding Character2+16+32#5Device Flow Control1#6Service Control Signals0#7Break Signal Operating0#17Line Delete127#20Echo Mask16+32+128#21Parity Treatment3#106Network Parity1E. BOOTMenu 7.5 NODE(Cold) 3. Cable list1 or 8V.245 2 4X.21 IOP : OMT SCDP PAD X.251 M: 7 M: 3 5 M : LAU or 8 V.24 6 V.24 V.24 VT100 2 M: 7 M: 4X.21 3 M: 7 M: 5 or 9 X.21 6 X.21 V.24 6 V.24CableCode numberLength 1S38228-Z77-A50 -A1500.5m to 15m 2S38228-Z76-A50 -A1500.5m to 15m 3S38228-Z8226-A50 -A1500.5m to 15m 4Non EWSD cable 5S38228-Z8260-A50 -A1500.5m to 15m 64 wires cable supplied by customer 72 wires cable supplied by customer 8S38228-Z47-A50 -A1500.5m to 15m 9S38228-Z46-A50 -A1500.5m to 15mCable 3,4,5 see folowing wiring diagramCable 5 : Standar 9-pin to 25- pin ( RS-232C)DTEDCE 1 8CD 2 3RD 3 2TD 4 20DTR 5 7SG 6 6DSR 7 4RTS 8 5CTS 9 22RIfemalemaleCable 3 : DB25-DB25 Crossover 1 1 2 3 3 2 4 8 5 14 6 20 7 7 8 4 14 5 15 18 17 24 18 15 20 6 22 25 24 17 25 22 16 21 21 16 male male Cable 4 : X.21 interface from 15-pin to 25-pin 2 2 3 4 4 3 5 8 6 15 8 7 9 14 10 20 11 16 12 6 13 21malemaleThis cable is used for connection DAG64 to PAD ( X.21 DIM),and with cable Z76 together used for connection IOPSCDP to PAD ( X.21 ).Z76 4IOPSCDPDB15 DB15 PADmale female DB 25 male-END-