NEC Neax 2000 Ivs Installation Procedure Manual
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CHAPTER 3 ND-45492 (E) Pag e 1 44 Revision 2.0 (5) Install the Card Stopper according to the following procedure. (a) Insert the left side of the Card Stopper to the slot for the card Stopper as shown in Fig. A of Figure 008-3. (b) Loosen the attached screw for the Card Stopper, and hang the right side of the Card Stopper onto the screw. Then, tighten the screw as shown in Fig. B of Figure 008-3. Figure 008-3 Installation of the Card Stopper NAP 200-008 Sheet 3/3 Mounting of Circuit Cards ATTENTIONContents Static Sensitive Handling Precautions Required – + CARD STOPPER SLOT CARD STOPPER CIRCUIT CARD Fig. B SCREW Fig. APZ-PW86 Fig. A PIMFig. B
ND-45492 (E) CHAPTER 3 Page 145 Revision 2.0 1. Mounting of MP Cards Mount the MP cards (PN-CP02) in the MP0 and MP1 slot of PIM(D)0. Figure 009-1 Mounting Location of the PN-CP02 Card NAP 200-009 Sheet 1/6 Installation of Back up MP System PIM(D) 0 PN-CP02 LT00 LT01 LT02 LT03 LT04 LT05 LT06 LT07 LT08 LT09 LT10/AP0 LT11/AP1 LT12/AP2 LT13/AP3 LT14/AP4 LT15/FP/AP5MP1 MP0 BUS/AP8 P W R BUILT-IN BATTERY
CHAPTER 3 ND-45492 (E) Pag e 1 46 Revision 2.0 2. Cable Connection between MP Cards Connect the 17-TW-0.3 CABLE between the MP0 card (mounted in the MP0 slot) and the MP1 card (mounted in the MP1 slot) through the MT connectors, as shown in Figure 009-2. Figure 009-2 Cable Connection between MP Cards NAP 200-009 Sheet 2/6 Installation of Back up MP System MT RS MP 1 MT RS MP 0 SW3 RUN SW1 SW2 SW4 JP0 STBY CLKIN 17-TW-0.3 CABLE
ND-45492 (E) CHAPTER 3 Page 147 Revision 2.0 •Figure 006-35 shows the MDF cross connection for the No. 0 circuit on the PFT (PZ-8PFTA), as an exam- ple. Figure 009-3 MDF Cross Connection for the PFT (PZ-8PFTA) NAP 200-009 Sheet 3/6 Installation of Back up MP System TO STATION 283 272 294 261 272 283 261 294 JP PIM0 LT00 327 316 338 305 316 327 305 338 T1LEN0005 (No. 1)R1 T0LEN0004 (No. 0)R0 T2LEN0006 (No. 2)R2 T3LEN0007 (No. 3)R3 PN-4COT LT01 T1LEN0001 (No. 1)R1 T0LEN0000 (No. 0)R0 T2LEN0002 (No. 2)R2 T3LEN0003 (No. 3)R3 PN-4LC PZ-PW86 –27V G261 Sta. R0 Sta. T0 283 C.O. R0 C.O. T0 294 4COT. R0 4COT. T0 272 4LC. R0 4LC. T0PFT0 TO C.O. LINE PZ-8PFTA No. 0 PJ PFT1 49 24 50 25 –27V E PJ Tip Ring Tip Ring MDF INSTALLATION CABLE LTC0 25 50 23 48
CHAPTER 3 ND-45492 (E) Pag e 1 48 Revision 2.0 3. Starting Up the Back up MP System To start up the Back up MP system, do the following steps. For details of switch settings on the MP card (PN- CP02), refer to the Circuit Card Manual. STEP 1: After serial numbers (Compact and Advantage) have been loaded, see Note 1. make Busy Side 0 SW 4 in the UP position. Side 1 (MP1) SW4 is in the DOWN position. STEP 2: Turn on the SW switch on the PZ-PW86. STEP 3: The Run lamp on the MP1 card flashes at 120IPM. Turn SW3 on the MP1 card to B reset (push) SW1; wait for the minor Alarm. Turn SW3 to 0 (on line). Reset SW1. Turn SW3 to C, reset SW1, wait for minor alarm, then turn SW1 back to 0 (on line). Reset SW1 STEP 4: Make Busy SW 4 (UP position) on the MP1. On side 0 (MP0) put SW4 in the DOWN position. Reset SW1 when MP0 run LED is flashing 120IPM. STEP 5: Repeat Step 3 for side 0 (MP0). STEP 6: Enter the data required for Back up MP System from the CAT/MAT. • CM40 (Attribute data assignment for RS-232C port) YY = 01 (Data length) 1st data: 0 (Port 0) 2nd data: 1 (8 bits) YY = 02 (Parity check) 1st data: 0 (Port 0) 2nd data: 1 (Ineffective) YY = 04 (Stop bit) 1st data: 0 (Port 0) 2nd data: 1 (2 bits) YY = 05 (DTR signal) 1st data: 0 (Port 0) 2nd data: 1 (High) YY = 06 (RTS signal) 1st data: 0 (Port 0) 2nd data: 1 (High) YY = 08 (Data speed) 1st data: 0 (Port 0) 2nd data: 4 (9600 bps) YY = 09 (Port for data load/save/verify) 1st data: 1 2nd data: 1 (Port 0) In addition to the above mentioned data, set the following data, if it is necessary. • CMEA Y = 2 1st data: 01 (Registration into the Fault Information Memory and external alarm kind of System Initialization) 2nd data : 0 (Fault information is registered, external alarm is not output) : 1 (Fault information is registered, external alarm is MN alarm) : 2 (Fault information is registered, external alarm is MJ alarm) : 3 (Fault information is registered, external alarm is determined in standard data ) : NONE (Fault information is not registered, external alarm is not output) NAP 200-009 Sheet 4/6 Installation of Back up MP System
ND-45492 (E) CHAPTER 3 Page 149 Revision 2.0 STEP 7: On side 1 (MP1) place SW4 in the DOWN position. Ensure that SW2 1-8 are OFF and Side 0 (MP0)SW2-8 is ON. Start programming Office Data from either the CAT or MAT. STEP 8: When Office Data is completed, set SW2-8 OFF on Side 0 (MP0) and on side 1 (MP1) Reset (push) SW1. The run LED on side 1 (MP1) will light solid. After about 5 minutes, the run LED on the MP1 will flash (3 seconds on, 1 second off). The system data stored in the MP0 card is copied to the MP1 card. After about 30 minutes, the Run LED lamp flashing pattern on side 1 (MP1) is changed to 1 second on, 1 second off. The MP1 card starts up as the stand-by MP. Note 1:The Compact serial number, Advantage serial number, CPN serial number and System CPU ID code must be loaded separately on each MP. For example: MP0 MP1 CPU # 0123456789101 CPU # 9876543210000 Compact # 0123456789 Compact # 9876543210 Advantage # 0123456789 Advantage # 9876543210 IVR ID # 0123456789 IVR ID # 9876543210 NAP 200-009 Sheet 5/6 Installation of Back up MP System
CHAPTER 3 ND-45492 (E) Pag e 1 50 Revision 2.0 4. Operation Test To confirm the operation on the MP0 card (active MP), do the operation tests by referring NAP-200-010. 5. MP Changeover Test (1) To confirm whether the system changeover (MP0 to MP1) can be performed, do the following steps. STEP 1: Set the SW4 on the MP0 card to “UP” position (make busy on). • The STBY lamp on the MP0 card turns on. • After about 30 sec., the RUN lamp on the MP1 card flashes at 120 IPM (The MP1 card starts up as the active MP). STEP 2: Confirm the operation on the MP1 card (active MP) by making a station to station connection and an outgoing trunk connection. (2) To return the active MP from the MP1 card to the MP0 card, do the following steps. STEP 1: Set the SW4 on the MP1 card to “UP” position (make busy on). • The STBY lamp on the MP1 card turns on. • The system is in make busy status temporarily. STEP 2: Set the SW4 on the MP0 card to “DOWN” position (make busy off). • The RUN lamp on the MP0 card flashes at 120 IPM (The MP0 card starts up as the active MP). STEP 3: After confirming the 120 IPM flashing on the MP0 card, set the SW4 on the MP1 card to “DOWN” position (make busy off). • The RUN lamp on the MP1 card turns on. • After about 5 minutes, the RUN lamp flashes (3 sec. ON - 1 sec. OFF). The system data stored in the MP0 card is copied to the MP1 card. • After about 30 minutes, the RUN lamp flashing pattern is changed to 1 sec. ON - 1 sec. OFF. (The MP1 card starts up as the stand-by MP). NAP 200-009 Sheet 6/6 Installation of Back up MP System
ND-45492 (E) CHAPTER 3 Page 151 Revision 2.0 1. System Initialization • There are two methods for System Initialization. The first method is to Clear All Data, except LEN0000 as a CAT terminal, and then program the System Data. The second method is to use the Resident System Pro- gram, which causes the system to configure itself automatically to the default settings, wherever the line/ trunk cards are installed. Refer to the System Data Sheet, for the default settings. • Turn on the “SW1” switch on all the PZ-PW86 units. • The “ON” lamp must be lit on all the PZ-PW86 units. 1.1. All Clear, Except LEN0000 CAT STEP 1: On the MP Card, set SW3 to “B” and press SW1. STEP 2: When the “MN” lamp on the system is lit, set SW3 to the “0” position and press SW1. • The operating mode has been changed to the ON LINE mode. Note:Refer to the Circuit Card Manual for information on switch settings. 1.2. Resident System Program STEP 1: Mount the Line/Trunk cards into PIM. STEP 2: On the MP Card, set SW3 to “C” and press SW1. • After 30 to 40 seconds, the “MN” lamp turns on. • The system has loaded the Resident System Program. Note:If the “MJ” lamp is lit, repeat Step 2. STEP 1: Set SW3 to the “0” position and press SW1. • The operating mode has been changed to the ON LINE mode. Note:Refer to the System Data Sheet for additional information on the Resident System Program and the initial- ization of the system without a MAT (enabling CAT mode). NAP 200-010 Sheet 1/3 System Initialization and System Data Entry AT TENTION Contents Static Sensitive Handling Precautions Required
CHAPTER 3 ND-45492 (E) Pag e 1 52 Revision 2.0 4. System Data Entry • There are two methods for data entry, both of which employ a CAT or a MAT. 1.3. CAT Any Dterm can be assigned as a CAT terminal through programming. The Dterm can still be used as a regular telephone when it is not in CAT mode. If the system is initialized by “A” (Resident System Program), every D term will be able to go into CAT mode. If the system is initialized by “B” (All Clear), only LEN0000 is assigned as a CAT port (the DLC card must be installed in slot LT00). To use a D term as a CAT, follow the procedures shown below. To set CAT mode: (1) Press (2) Press • CNF lamp flashes (3) Press • CNF lamp is off (4) Press (5) Press • CNF lamp flahses (6) Press • CNF, SPKR, ANS lamps are lit • “CAT MODE” is displayed on the LCD (7) Press • “COMMAND = -” is displayed on the LCD Note:Steps 1 through 6 need to be completed within four (4) seconds. NAP 200-010 Sheet 2/3 System Initialization and System Data Entry AT TENTION Contents Static Sensitive Handling Precautions Required TRF CNF * TRF CNF # ST
ND-45492 (E) CHAPTER 3 Page 153 Revision 2.0 To reset CAT mode: While “COMMAND = -” is displayed on the LCD: (1) Lift the handset (off hook) • SPKR lamp turns off. (2) Restore the handset (on hook) • CNF, ANS lamps turn off. • LCD returns to clock. 1.4. MAT In addition to the CAT mode programming, the MAT can also be used in the MAT mode. Refer to the MAT Operation Guide and the Command Manual. NAP 200-010 Sheet 3/3 System Initialization and System Data Entry AT TENTION Contents Static Sensitive Handling Precautions Required