NEC Neax 2400 Ipx Installation Manual
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NDA-24306 CHAPTE R 4 P ag e 283 Re visi on 1 .0 S YS TEM S TA RTU P Note: Pro ced ures (a) t h rough ( e ) mu st b e p erf ormed in all LNs and I S W , i nd iv idua ll y . N AP-2 00-0 19 S hee t 5 /6 Pro gram In sta ll a nd Lo ad (d ) P ro ced ure fo r A pp li c a ti o n Softw are I n sta ll Sta tu s c h an g e o f 7 S eg m en t L ED o n t h e C PU F ro nt P an el. W ARNING: Rem oval or Ma ke Busy of th e HFD c ard is not allowed while the Floppy Disk or Hard Disk is being accessed. ATTENTIONContents Static Sensitive Handling Precautions Required Insert the FD “Application Software” into the FDD. START END Flip the MBR Key on the CPU Front Panel Set the SENSE switch corresponding to the system to have DATA installed[OFF →ON→OFF]. to “3” on the CPU Front Panel. (CPU0, CPU1) INSTALL END
CHAPTER 4 NDA-24306 Page 284 Revision 1.0 SYSTEM STARTUP (e) Procedure for Program Load This section describes system start-up procedure in which a program is loaded from the HD to the MEM and the data memory is cleared. Note:Procedures (a) through (e) must be performed in all LNs and ISW, individually. NAP-200-019 Sheet 6/6 Program Install and Load START Program Load Set the SENSE switch to “1” (restart with data memory clear) on the CPU Front Panel and press the CPURST button. The system is initialized when LOADING from the HD to the MEM is completed. Verify that the OPE lamp on the CPU Front Panel starts flashing. Set On-Line mode Set the SENSE switch to “2” (restart without data memory clear) on the CPU Front Panel. END ATTENTIONContents Static Sensitive Handling Precautions Required
NDA-24306 CHAPTER 4 Page 285 Revision 1.0 SYSTEM STARTUP This NAP explains the procedure to assign office data to each node and ISW, after the Program Install and Load in NAP-200-019 are thoroughly completed. Follow the procedures below: Note 1:See Sheet 3/6 in this NAP. Note 2:See Sheet 4/6, 5/6 in this NAP. Note 3:The procedures here are required in each LN, independently. NAP-200-020 Sheet 1/6 Assignment of Office Data START Start up the MAT Enter basic data in ISW Assign the following basic data via the MAT per the office data programming sheet. “ATIM”: Assignment of Data and Time “ASYD (SYS1, 2, & 3)” /”ASYDL(SYS1 & 2)”: System Data assignment Note1 Assignment of Office Data Assign the remaining office data according to the office data programming sheet. Note 2 Save Office Data onto HD Save the Office Data onto hard disk (HD) from the MEM using the MEM_HDD command. Save Office Data onto HD/FD Save the Office Data onto a floppy disk (FD) from the HD of ISW using the HDD_FDD command. Enter basic data in LNs Note 3 Assign the following basic data via the MAT per the office data programming sheet. “ATIM”: Assignment of Data and Time “ASYD (SYS1, 2, & 3)” /”ASYDL(SYS1 & 2)”: System Data assignment Note1 “ASYDN”: System Data Assignment for NDM (Required only when the node is designated as the Network Control Node. For details, refer to the Fusion Network System Manual.) “AUNT”: Unit Data assignment A
CHAPTER 4 NDA-24306 Page 286 Revision 1.0 SYSTEM STARTUP Note 2: See Sheet 4/6, 5/6 in this NAP. Note 3:The procedures here are required in each LN, independently. NAP-200-020 Sheet 2/6 Assignment of Office Data Assignment of Office Data Note 3 Assign the remaining office data according to the office data programming sheet. Note 2 (Assign all the remaining NDM data, too, if the node is designated as the Network Control Node. For details, refer to the Fusion Network System Manual.) Confirmation of data assignment at NCNIf the Network Control Node (NCN) exists outside the installed system (i.e. other IPX series is designated as the NCN), make sure that all the network-level data (NDM data) has been properly assigned at the NCN. (Reference: the Fusion Network System Manual) Broadcasting of NDM Data Transfer all the NDM data, assigned at the NCN, to each Local Node and ISW, by using the CBCN command. Save Office Data onto HD Note 3 Save the Office Data onto hard disk (HD) from the MEM using the MEM_HDD command. Save Office Data onto HD/FD Note 3 Save the Office Data onto a floppy disk (FD) from the HD using the HDD_FDD command. Initialization of the system Initialize the whole system (ISW + all LNs) simultaneously, using the keys on the TOPU of ISW Set the INITIAL SELECT key to SYSTEM side. Set the EFFECT key to ON side. Set the SYSTEM DATA key to NON LOAD side, and PROGRAM key to NON LOAD side. Perform the system initialization by pressing the START button. END ATTENTIONContents Static Sensitive Handling Precautions Required A
NDA-24306 CHAPTER 4 Page 287 Revision 1.0 SYSTEM STARTUP Note 1: To initially start up the system, the data below must be at least assigned in the following nodes: 1. ASYD SYS1 INDEX 62, bit 6-7 (ACT/ST BY Changeover at Routine Diagnosis) INDEX 86, bit 2-3 (Fault Recovery on TRK Ineffective Hold Detection) INDEX 87 (Routine Diagnosis Program Start Time (Hour)) INDEX 88 (Routine Diagnosis Program Start Time (Minute)) INDEX 89 (Items of Routine Diagnosis) INDEX 90 (Items of Routine Diagnosis) ASYDL SYS1 INDEX 929, b0-3 (TSW mounting condition in ISW) INDEX 930-933 (FPC No. of the LN to which TSW0 is connected) Note: Available when SYS1, INDEX929, b0=1. INDEX 934-937 (FPC No. of the LN to which TSW1 is connected) Note: Available when SYS1, INDEX929, b1=1. INDEX 938-941 (FPC No. of the LN to which TSW2 is connected) Note: Available when SYS1, INDEX929, b2=1. INDEX 942-945 (FPC No. of the LN to which TSW3 is connected) Note: Available when SYS1, INDEX929, b3=1. Note:In the following INDEX of ASYD command, default data, as shown below, has been already assigned. These data must not be changed on the ISW side. SYS1 INDEX 0 (Number of Module Group) = 01H (fixed) INDEX 198 (IMG Mounting Status) = 03H (fixed) 2. ASYD SYS1 INDEX 0 (Number of Module Group) INDEX 1 (Number of Main Processor) INDEX 194, bit 0 = (MP Mounting Status) INDEX 198, bit 0-1 (IMG0 Mounting Status), bit 4-5 (IMG1 Mounting Status) 0/1=Not mounted/Mounted INDEX 199, bit 0-1 (IMG2 Mounting Status), bit 4-5 (IMG3 Mounting Status) 0/1=Not mounted/Mounted INDEX 232, bit 0-2 (Items of CF Clear) INDEX 304 (Items of Routine Back-up) Note: To enable the ISW to totally supervise the system-base Routine Diagnosis program, assign “FFFF” for SYS1, INDEX87, 88 of each LN. If other data is assigned at the LNs, the diagnosis works individually on each node basis. ASYDL SYS1 INDEX 928 (Recognition of FPC No. of ISW) NAP-200-020 Sheet 3/6 Assignment of Office Data Data to be assigned in ISW only Data to be assigned in LN only
CHAPTER 4 NDA-24306 Page 288 Revision 1.0 SYSTEM STARTUP 3. ASYD SYS1 INDEX 3 (Configuration of Time Division Switch) INDEX 30 (Mounting capacity of Data Memory) INDEX 31 (Mounting capacity of Common Memory) INDEX 58, b0 (Configuration of CPU) 0/1=Single/Dual INDEX 64, b0=0 (µ-law for Time Division Switch) INDEX 86, b0-1, 4, 6-7 (Details on System Message Output) INDEX 91, b6-7 (PLO mounting condition) INDEX 96-115 (Office Name for each LN/ISW) Note Note: Office Name can be entered also via AOFC command. NAP-200-020 Sheet 4/6 Assignment of Office Data Data to be assigned in both LN and ISW
NDA-24306 CHAPTER 4 Page 289 Revision 1.0 SYSTEM STARTUP Note 2: When assigning office data, be sure to enter the following Fusion Trunk Data, too, by using ACRD and AFPC command. Refer to “Office Data Specification Manual” for Data Sheet. 1. ACRD: Assignment of Route Class Data In LNs, assign the connection route class data for the direction to ISW In ISW, assign the connection route class data for the direction to each LN Note:Assign “12” for this system. 2. AFPC: Assignment of FCCH Routing Data for Local Data Memory In each LN, assign connection routes (C_RT) toward ISW/other LN(s). In ISW, assign connection routes (C_RT) toward each LN. (Example: See Figure 020-1 on the next page) NAP-200-020 Sheet 5/6 Assignment of Office Data CDN FUNCTION DATA CONTENTS REMARKS 1 TF 3 Type of Trunk Function 2 TCL 4 Trunk Class 3 RLP 2 Trunk Release Pattern 4 SMDR 0 Detailed Billing Information 5 LSG 12/13 NoteLine Signal 6 PAD 0 PAD control 7 TRKS 0 Trunk Selection Sequence 8 TC/EC 0 Trunk Coda/Echo Canceller Control 9 FINT 0 Fusion Interface Specification 10 FPEG 0 Fusion-PEG 11 TC 0 Timer Class 12 MTC 0 Miscellaneous Timer Counter 13 STSEQ 0 Status ENQ 14 FGH 0 - 15 MMN 0 Kind of Multiple Equipment 16 LKIND 1 Kind of Fusion Link
CHAPTER 4 NDA-24306 Page 290 Revision 1.0 SYSTEM STARTUP Figure 020-1 Example of Connection Route Data Assignment (AFPC Command) NAP-200-020 Sheet 6/6 Assignment of Office Data LN1 (FPC=11) ISW (FPC=20) LN2 (FPC=12) LN0 (FPC=10) LN0 ISW FPC: 20 FCH: 0 C_RT: xxx FCHN/FPC: 20 LN0 LN1 FPC: 11 FCH: 0 C_RT: xxx FCHN/FPC: 20 LN0 LN2 FPC: 12 FCH: 0 C_RT: xxx FCHN/FPC: 20 LN1 ISW FPC: 20 FCH: 0 C_RT: yyy FCHN/FPC: 20 LN1 LN0 FPC: 10 FCH: 0 C_RT: yyy FCHN/FPC: 20 LN1 LN2 FPC: 12 FCH: 0 C_RT: yyy FCHN/FPC: 20 LN2 ISW FPC: 20 FCH: 0 C_RT: zzz FCHN/FPC: 20 LN2 LN0 FPC: 10 FCH: 0 C_RT: zzz FCHN/FPC: 20 LN2 LN1 FPC: 11 FCH: 0 C_RT: zzz FCHN/FPC: 20 ISW LN0 FPC: 10 FCH: 0 C_RT: xxx FCHN/FPC: 10 ISW LN1 FPC: 11 FCH: 0 C_RT: yyy FCHN/FPC: 11 ISW LN2 FPC: 12 FCH: 0 C_RT: zzz FCHN/FPC: 12 C_RT (xxx) C_RT (zzz) C_RT (yyy) This figure shows an example for connection route (C_RT) data assignment by AFPC command.
NDA-24306 CHAPTER 4 Page 291 Revision 1.0 SYSTEM STARTUP NAP-200-021 Sheet 1/5 Check of Lamp Indications and System Messages START Check lamp indications on Line/ Trunk circuit cardsCheck lamp indications on each of the assigned Line/ Trunk circuit cards. OPE lamp (G): ON BL lamp (R): OFF If the lamp indications are other than above, investigate per Chapter 6, “FAULT RECOVERY DURING TESTS” Check lamp indications on control system circuit cardsThe OPE lamps (G) are shown in Figure 021-1 through Figure 021-4. If any alarm lamp illuminates, check switch settings on the circuit card, mounting positions of the cards within that module, control cable connections (Front & Backplane), and Office Data assignments. Confirm that no alarm lamps (R) / (Y) are illuminating on the TOPUFor explanations of the TOPU (Top Unit) lamp indications, refer to the System Operation and Maintenance Manual. Check System Messages Display System Messages using MAT command “DFTD.” If a System Message which indicates a fault is displayed, investigate and recover the fault referring to the System Operation and Maintenance Manual. END ATTENTIONContents Static Sensitive Handling Precautions Required
CHAPTER 4 NDA-24306 Page 292 Revision 1.0 SYSTEM STARTUP Figure 021-1 LED Indications of ISW in Normal Operation (example) NAP-200-021 Sheet 2/5 Check of Lamp Indications and System Messages 02 03 04 05 06 07 08 09 10 11 12 13 14 15 16 17 18 19 HSW00 (PU-SW01) TSW01 (PU-SW00) TSW02 (PU-SW00) TSW03 (PU-SW00) TSW00 (PU-SW00) TSW10 (PU-SW00) TSW11 (PU-SW00) TSW12 (PU-SW00) TSW13 (PU-SW00) HSW01 (PU-SW01) HSW11 (PU-SW01) HSW10 (PU-SW01) (PH-CK16-A/17-A) (PH-CK16-A/17-A) IOGT0 (PH-GT10) IOGT1 (PH-GT10) 0304 IOC(PH-IO24) EMA (PH-PC49) OPEOPE/MB CPU OPE CPU OPE IMG 0 BASEULPM TO P UDSP 0 (PZ-DK224) DSP 1 (PZ-DK224) CPU 0 -> ACT TSW 0 -> ACT PLO 0 -> ACT System State Lamp is ON Lamp is Flashing Lamp is OFF Legend :: : FRONT VIEW IMG 0 ISW 00 MMC(PH-M22) OPE ISWM TSW ACT TSW MB TSW MBR TSW FRONT OPE MB PLO FRONT TSW ACT MB MBR IOGT FRONT PLO0 PLO1 HSW ACT MB HSW FRONT Note:This example assumes that the system adopts the fully expanded configuration. This figure shows the LED indications (example) of ISW.