NEC Neax 1000 Ivs Very Small Platform System Manual

							 NDA-24219 CHAPTER 3
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Mounting Circuit Cards
(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. of 
Figure 009-3.
(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. of Figure 009-3.
Figure 009-3  Installing Card Stopper
A
B
Fig. AFig. B
Fig. B Fig. ACIRCUIT CARD CARD STOPPERCARD STOPPER
SCREWPZ-PW86/PZ-PW112 PIM
SCREW 
						

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System Initialization and 
System Data Entry
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 the PZ-PW86/PZ-PW112 card.
- The “ON” lamp must be lit on the PZ-PW86/PZ-PW112 card.
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.
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 1:Refer to the System Data Sheet for additional information on the Resident System Program and the initialization of
the system without a MAT (enabling CAT mode).
Note 2:After the Resident System Program has been loaded and need to do the System ID load CM83>0> ID number and
CM3509, 3520 Route 00 data 15 and System Reset (system with 8COT card). 
						

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System Initialization and 
System Data Entry
2. SYSTEM DATA ENTRY
• There are two methods for data entry, both of which employ a Customer Administration Terminal (CAT)
or a Maintenance Administration Terminal (MAT).
2.1 CAT
Any multiline terminal can be assigned as a CAT terminal through programming. The multiline terminal can still be
used as a regular telephone when it is not in CAT mode. If the system is initialized by “C” (Resident System Pro-
gram), every multiline terminal 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).
The following procedures provide actions to set up a multiline terminal as a CAT.
To set CAT mode:
(1) Press
(2) Press
- CNF lamp flashes.
(3) Press
- CNF lamp is off.
(4) Press
(5) Press
- CNF lamp flashes.
(6) Press
- CNF, SPKR, ANS lamps are lit.
- “CAT MODE” displays on the LCD.
(7) Press
- “COMMAND = -” displays on the LCD.
Note:It is necessary to complete Steps 1 through 6 within 4 seconds.
TRF
CNF
*
TRF
CNF
#
ST 
						

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System Initialization and 
System Data Entry
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.
The 48-port Quick Install program allows the technician to set up the NEAX1000 IVS by completing a step-by-step
guide to install and program stations, line keys, and selective features into the NEAX1000 IVS. Additional program-
ming can be done using the CAT or MAT.
2.2 MAT
In addition to the CAT mode programming, the MAT can also be used in the MAT mode. Refer to the MAT Opera-
tion Guide and the Command Manual.
2.3 Feature Programming
This section provides the feature programming (Music On Hold, Push Button Calling) related to the internal PB Re-
ceiver and internal TNT on the MP card. For the other feature programming, refer to the Feature Programming Man-
ual.
In the programming procedure, the meaning of (1), (2) and marking are as follows:
(1) : 1st Data
(2) : 2nd Data
: Initial Data
With the system data clear command (CM00, CM01), the data with this marking ( ) is automatically assigned
for each command.
: System Initialization
After entering the data, system initialization is required (Press SW1 on MP card).
INITIAL 
						

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System Initialization and 
System Data Entry
(1) Programming Procedure for Music On Hold
For providing Hold Tone Source on the MP card:
For providing External Hold Tone Source through the MP card:
DESCRIPTION DATA
Select the music to be provided. (3) 183
(4) 0: Nocturne
1 : Minuet
Define the type of call to be provided with Hold Tone 
on the MP card.
Note:When using the MP card, set the JP1
switch to UP (Internal Hold Tone Source)..Y = 0
(1) 00: C.O. Line Call
01: Tie Line Call
02: Internal Call
(2) 1400: Hold Tone Source on MP card
DESCRIPTION DATA
Define the type of call to be provided with Hold 
Tone..Y = 0
(1) 00: C.O. Line Call
01: Tie Line Call
02: Internal Call
(2) 1400: Hold Tone Source through MP cardSTART
CM08
CM48
END
START
CM48
END 
						

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System Initialization and 
System Data Entry
For providing External Hold Tone Source through MP card:
• External Hold Tone Source provided locally
For connecting the External Hold Tone Source, plug the cable into the MP card jack. See Figure 0010-1.
Figure 0010-1  Connecting External Hold Tone Source
Set the switches on the MP card as shown in Figure 0010-2.
Figure 0010-2  MP Card Switch Setting
Note:To set Hold Tone Source on the MP card, set the JP1 switch to UP.
PBX
MP CARD
JACKEXTERNAL HOLD TONE SOURCE
JP1
VR
MP CARD
JP1: INTERNAL/EXTERNAL
HOLD TONE SOURCE
VR: VARIABLE RESISTOR FOR
EXTERNAL HOLD TONE SOURCE
(0-20kW
: CLOCKWISE)
UP:
DOWN: EXTERNAL HOLD
TONE SOURCE INTERNAL HOLD
TONE SOURCE
: POSITION TO BE SET
20
0 
						

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System Initialization and 
System Data Entry
(2) Programming Procedure for Pushbutton Calling
DESCRIPTION DATA
Assign the Card Number of internal PB Receiver to 
the LEN No. 0124.
Note:When using the internal PB Receiver on
the MP card, assign the Card No. E200-
E203 to the LEN No. 0124.
If resident load is used, PB Receiver ports
(E200-LENS 0124) are automatically as-
signed.(1) LEN: 0124
(2) E200-E203 (PB Receiver No.)
Assign the type of telephone set (DTMF) to DTMF 
Stations.
This data assignment is not required for Multiline 
Terminal station..YY = 00
(1) X-XXXX (Station No.)
(2) 2 : DTMF Telephone set
Assign PB Receivers for use with DTMF 
Stations..Y = 0 (Make Busy)
(1) XX X 
(2) :Make Busy Cancel
.Y = 1 (Purpose)
(1) XXX (Ditto to Y = 0)
(2) 1 :For both DTMF station and Tie Line/
DIDSTART
CM10
A
CM12
CM45INITIAL
Circuit No. 0-3
Card No. 00-03 assigned by
CM10(E200-E203) 
						

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System Initialization and 
System Data Entry
DESCRIPTION DATA
Assign the type of signaling (DTMF) for Outgoing 
and Bothway Trunk Routes..YY = 01
(1) Trunk Route No. (00 - 63)
(2) 7
Specify the DTMF Sender characteristics to match 
the distant office..YY = 24 (DTMF Inter Digital Pause)
(1) Trunk Route No. (00 - 63)
.YY = 26 (DTMF Sender Signal Width)
(1) Trunk Route No. (00 - 63)
(2) 0/1 : 64ms/128ms
.YY = 46 (DTMF Sender Release Timing)
(1) Trunk Route No. (00 - 63)
Assign whether “*” or “#” from a DTMF Telephone 
is used as Switch Hook Flash while hearing Busy 
Tone.(1) 050 (* is used as Switch Hook Flash)
(2) 0: Available
(1) 052 (# is used as Switch Hook Flash)
(2) 0: Available
CM35
CM08
END
A
0 : 32ms
1 : 64ms
2 : 80ms
3 : 96ms
4 : 160ms
5 : 192ms
6 : 240ms
7 : 128ms
0: 2sec.
1: 4sec.
2: 6sec.
3: 8sec.
4 : 12sec.
5 : 14sec.
6 : 16sec.
7 : 10sec. 
						

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Operation Test
1. OPERATION TEST
Confirm the entered system data and hardware, including cable connection, by completing the following operational
tests.
• Basic Connection Test at MDF
- Station Line Test (Operator Call from all stations)
- Central Office Trunk Test (Incoming, Outgoing)
- Tie Line Trunk Test (Incoming, Outgoing)
• Service Feature Test
- Call Transfer
-Step Call
- Executive Right of Way
- Call Hold
- Call Back
- Call Forwarding-All Calls/No Answer/Busy Line
- Call Pickup
- Station Hunting-Pilot/Circular
- Speed Calling-System/Station
- Paging Access
- Announcement Service
-etc. 
						

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Cleaning and Visual Check
1. CLEANING
Clean the following places:
• Inside of the main equipment, especially the bottom of the base.
•On the Top Cover.
• Around the Main Equipment and the MDF.
• Keyboard on the Attendant Console.
2. VISUAL CHECK
(1) Check to see if all circuit cards are in their positions correctly.
(2) Check that the cable connections in the PIM are correctly and completely connected, and the routing of the
cables has been done smoothly and neatly.
(3) Check to see if the MAT is removed.