Nitsuko Digital System Feature And Terminal Programming Manual

							QT- SYSTEM TIMERS, LOOP DISCONNECT TIME
Description
Available in Software Levels:
Base AUX 
N/A
> Y2.0
Use this option to set the loop disconnect interval for system trunks.  This lets you tailor the system trunks to the
disconnect characteristics of the connected telco.  If the system detects an open loop on a trunk equal to or
greater than the interval you set, it assumes the telco has disconnected. The system then drops the call.  If the
open loop interval is less than the interval you set, the system maintains the call.
When programming this option, the acceptable entries range from 0-99.  These values are in 32 mS increments.
For example, if you enter 20, the system looks for an open loop of at least .64 seconds (i.e., 640 mS). The de-
fault value (13) is .4 seconds (416 mS).  The accuracy of the timer is + 32 mS.  
Note:  The system will only rec-
ognize entries of 13 and above.  Any entry below 13 will be ignored by the system.
When you change the interval, your new value takes effect in about four minutes.  To have your new value take
effect immediately, reset the system after making the change.
Conditions 
None
Default Value
00 (.5 seconds)
Feature Reference
System Timers
Instructions
To enter data on the PRF:
1. For QT- Loop Disconnect Time on Table 9, enter the Loop Disconnect Interval.
To enter data at the programming terminal:
1. After programming QT- Traffic Management Report Wait Time, you see:  LOOP DISCNT TIME
2. Enter the QT- Loop Disconnect Time entry from Table 9 and press RETURN.  You see:  DEFAULT MO-
DEM SPEED [H/L]
Go to QT- Default Modem Speed on the next page.
Q- SYSTEM WIDE PROGRAMMING
QT- SYSTEM TIMERS, LOOP DISCONNECT TIME
534   PROGRAMMING N1870SWG04   Issue 1-0 
						

							QT- SYSTEM TIMERS, DEFAULT MODEM SPEED
Description
Use this option to set the default modem speed for outgoing outside data calls.  When the system assigns a mo-
dem to the call, it selects the speed you specify in this option.  The user can, however, change the speed while
placing the call.  The choices are L (300 baud) and H (1200 baud).  Refer to the system Data Products Manual
for the specifics.
Conditions 
None
Default Value
L (300 baud)
Feature Reference
System Timers
Instructions
To enter data on the PRF:
1. For QT- Default Modem Speed on Table 9, enter H or L.
To enter data at the programming terminal:
1. After programming QT- Traffic Management Report Wait Time, you see:  DEFAULT MODEM SPEED
[H/L]
2. Enter the QT- Default Modem Speed entry from Table 9.  You see:
OPX INCOMING FLASH TIMER (TENTH SEC)
    2=2-10,3=3-11,4=4-12
    5=5-13,6=6-14,7=7-15
02 -
Go to QT- Door Box Alert Time on the next page.
Q- SYSTEM WIDE PROGRAMMING
QT- SYSTEM TIMERS, DEFAULT MODEM SPEED
N1870SWG04   Issue 1-0 PROGRAMMING   535 
						

							QT- SYSTEM TIMERS, DOOR BOX ALERT TIME
Description
Available in Software Levels:
Base AUX 
N/A
> Y2.0
Use this option to set how long an extension user has to answer Door Box chimes.  The system sets up an Inter-
com call with the Door Box only if the called user answers within this interval. The range is 0 to 970 seconds
(16 minutes, 10 seconds), but the system will only recognize entries of 20 and above.  For more information, re-
fer to the Digital Door Box feature.
Conditions 
None
Default Value
60 (60 seconds)
Feature Reference
System Timers
Instructions
To enter data on the PRF:
1. For QT- Door Box Alert Time on Table 9, enter the Door Box Alert Time value.
To enter data at the programming terminal:
1. After programming QT- Default Modem Speed, you see:  DOOR BOX ALERT TIME
2. Enter the QT- Door Box Alert Time value from Table 9 and press RETURN.  You see:
OPX INCOMING FLASH TIMER (TENTH SEC)
    2=2-10,3=3-11,4=4-12
    5=5-13,6=6-14,7=7-15
02 -
Go to QT- OPX Incoming Flash Timer.
Q- SYSTEM WIDE PROGRAMMING
QT- SYSTEM TIMERS, DOOR BOX ALERT TIME
536   PROGRAMMING N1870SWG04   Issue 1-0 
						

							QT- SYSTEM TIMERS, OPX INCOMING FLASH TIMER
Description
Use this option to match the system to the loop current interruption that occurs when an OPX hookflashes.  This
helps the system distinguish between a valid hookflash and a momentary loop interruption.  Refer to the Off-
Premise Extension (OPX) feature for more information.  This option does not apply to ASI extensions.
The choices for this option are:
2 1-10 (100mS to 1 second)
3 3-11 (300 mS to 1.1 seconds)
4 4-12 (400 mS to 1.2 seconds)
5 5-13 (500 mS to 1.3 seconds)
6 6-14 (600 mS to 1.4 seconds)
7 7-15 (700 mS to 1.5 seconds)
For example, if the OPX device typically opens the loop for 750 mS to 1.4 seconds, enter 7.
Conditions 
None
Default Value
2 (100 mS to 1 second)
Feature Reference
System Timers
Instructions
To enter data on the PRF:
1. For QT- OPX Incoming Flash Timer of Table 9, enter the Flash timer value.
To enter data at the programming terminal:
1. After programming QT- Default Modem Speed, you see:
OPX INCOMING FLASH TIMER (TENTH SEC)
    2=2-10,3=3-11,4=4-12
    5=5-13,6=6-14,7=7-15
02 -
2. Enter the QT- OPX Incoming Flash Timer value from Table 9 and press RETURN.  You see:
TIE LINE OUTGOING FLASH TIMER
    4,6,8,10,12,14 (TENTH SEC)
04 -
Go to QU- Modem Pooling Master Extension Number on the next page.
Q- SYSTEM WIDE PROGRAMMING
QT- SYSTEM TIMERS, OPX INCOMING FLASH TIMER
N1870SWG04   Issue 1-0 PROGRAMMING   537 
						

							QU- MODEM POOLING MASTER EXTENSION NUMBER
Description
Use this option to designate the Modem Pooling master extension number.  When setting up a pool of modem
circuits, the system must know which circuit you want to use as the master.  In addition, you must:
•Assign all modem circuits as type M (in E2- Circuit Type)
•Give all modem circuits hunt type 06 (in E5- Hunt Type)
•Program all modem circuits with the same master extension number (in EA- UCD Group Master Exten-
sion Number).  This must be the same number you enter for QU- Modem Pooling Master Extension
Number.
•Set the default modem speed in QT- Default Modem Speed.
Refer to the system Data Products Manual for the specifics.
Conditions 
None
Default Value
Not assigned (300)
Feature Reference
None
Instructions
To enter data on the PRF:
1. For QU- Pool Master Ext on Table 9, enter the Modem Pooling master extension number.
To enter data at the programming terminal:
1. Type Q.  You see:  Q-CMD>
2. Type U.  You see:  POOL MASTER EXT
3. Enter the QU- Modem Pooling Master Extension Number from Table 9.  You return to the Main Menu.
To remove an assignment, enter 300.
Q- SYSTEM WIDE PROGRAMMING
QU- MODEM POOLING MASTER EXTENSION NUMBER
538   PROGRAMMING N1870SWG04   Issue 1-0 
						

							QV- PERIPHERAL PORTS, PCU CIRCUIT TYPE
Description
Available in Software Levels:
Base AUX 
N/A
> Y2.0
Use this option to set the circuit type for each PCU port.  The choices are:
1 PCU circuit is for External Paging
2 PCU circuit is for DTMF Tone Decoding
3 PCU circuit is for 2500 type ONS telephone
4 PCU circuit is for 500 type ONS telephone
5 PCU is for fax/modem switching
6 PCU is for fax/telephone switching
Conditions 
None
Default Value
Each PCU circuit type is 0
Feature Reference
Peripheral Control Unit (PCU) Module
Instructions
To enter data on the PRF:
1. For QV- PCU Circuit 01-04 Type on Table 9, enter the correct circuit type.
To enter data at the programming terminal:
1. Type Q.  You see:  Q-CMD>
2. Type V.  You see:  PCU CIRCUIT 01 TYPE
3. Type the QV- PCU Circuit Type entry for this port from Table 9. You see:  SENSOR 01
4.
-Press RETURN.  You see:  PCU CIRCUIT TYPE for the next consecutive PCU port.
-From Table 9, enter QV- PCU Circuit Type for this port.
5. Repeat steps 3 and 4 for each port.  After programming the fourth port, you see:  SENSOR AND DOOR
BOX STATION ALERT PROGRAMMING, EXT 300.
6. Go to QV- Peripheral Ports, Alert Programming on the next page.
Q- SYSTEM WIDE PROGRAMMING
QV- PERIPHERAL PORTS, PCU CIRCUIT TYPE
N1870SWG04   Issue 1-0 PROGRAMMING   539 
						

							QV- PERIPHERAL PORTS, PCU SENSOR
Description
Available in Software Levels:
Base AUX 
N/A
> Y2.0
Use this option to set the operating mode of the PCU alarm sensors.  Each PCU Module installed (4 max.) has
an alarm sensor that you can program for use with normally open (0) or normally closed (1) external alarm con-
tacts.  
Conditions 
None
Default Value
Each PCU is normally open (0).
Feature Reference
Peripheral Control Unit (PCU) Module
Instructions
To enter data on the PRF:
1. For QV- PCU Sensor on Table 9, enter 0 if the sensor is connected to a normally open external contact.
Enter 1 if the sensor is connected to a normally closed external contact.
To enter data at the programming terminal:
1. After programming QV- PCU Circuit Type for the fourth PCU port, you see: SENSOR
2. For each of the four PCU alarm sensors, enter 0 or 1 for QV- PCU Sensor from Table 9.  After program-
ming the fourth sensor, you see:  SENSOR CONTROL, COPY?
Go to QV- PCU Sensor Control on the next page.
Q- SYSTEM WIDE PROGRAMMING
QV- PERIPHERAL PORTS, PCU SENSOR
540   PROGRAMMING N1870SWG04   Issue 1-0 
						

							QV- PERIPHERAL PORTS, PCU SENSOR CONTROL
Description
Available in Software Levels:
Base AUX 
N/A
> Y2.0
Use this option to set which extensions should receive a distinctive signal when an alarm sensor activates.  You
make an entry for each of the four sensors (one in each PCU) - for each extension.  To make an extension re-
ceive the sensor signal, enter Y(es).  To prevent an extension from receiving the sensor signal, enter n(o).
Conditions 
None
Default Value
N (extensions don’t receive sensor signals)
Feature Reference
Peripheral Control Unit (PCU) Module
Instructions
To enter data on the PRF:
1. For QV- PCU Sensor Control on Table 9, enter the data for each extension.
To enter data at the programming terminal:
1. After programming QV- PCU Sensor, you see: SENSOR CONTROL, COPY?
This lets you copy alarm sensor programming from another extension.
2.
-To copy another extension’s sensor programming, enter Y, the extension number and RETURN.
After you press RETURN, you go to SENSOR CONTROL programming for the next consecutive ex-
tension.  Go back to step 1.
-To skip to the next extension without making an entry, press the space bar.
Go back to step 1.
-To program an extension’s QV- PCU Sensor Control options, press RETURN.  You see:  SENSOR
CONTROL 1 TO 4
Go to step 3.
3. For the extension you are programming, enter Y or N for each alarm sensor from Table 9.
Press RETURN to:
-Skip to the next extension without making an entry.
-Skip to the extension after maing a partial entry.  The rest of the entries don’t change.
Press ESC to return to the Main Menu.
Q- SYSTEM WIDE PROGRAMMING
QV- PERIPHERAL PORTS, PCU SENSOR CONTROL
N1870SWG04   Issue 1-0 PROGRAMMING   541 
						

							QV- PERIPHERAL PORTS, ALERT PROGRAMMING
Description
Available in Software Levels:
Base AUX 
> Y5.0> Y2.0
Use this option to set which extensions should receive Door Box chime tones.  You make an entry for each of
the four door boxes - for each extension.  To make an extension receive chime tones, enter Y(es).  To prevent an
extension from receiving chime tones, enter N(o).  An extension can answer a Door Box only if you program it
to receive chime tones in this option.
Conditions 
None
Default Value
Extensions don’t receive Door Box chimes
Feature Reference
Digital Door Box 
Peripheral Control Unit (PCU) Module
Instructions
To enter data on the PRF:
1. Go to QV- Alert Programming on Table 9.  For each extension, enter the data for each Door Box.
To enter data at the programming terminal:
1. After programming QV- PCU Circuit Type for the fourth PCU port, you see:    SENSOR AND DOOR
BOX STATION ALERT PROGRAMMING, EXT 300.
2. Press RETURN to program extension 300.
OR
Enter another extension number and press RETURN.  In either case, you see:  SENSOR CONTROL,
COPY?
3. Press RETURN twice.  You see:  DOOR BOX ALERT CONTROL, COPY?
This lets you copy the Door Box Alert programming from another extension.
4.
-To copy another extension’s alert programming, enter Y, the extension number and RETURN.
After you press RETURN, you go to SENSOR CONTROL programming for the next consecutive ex-
tension.  Go back to step 2.
-To skip to the next extension without making an entry, press the space bar.
Go back to step 2.
-To program an extension’s QV- Station Alert options, press RETURN.  You see:  DOOR BOX
ALERTS  1 TO 4  
Go to step 5.
5. For the extension you are programming, enter Y or N for each Door Box port from Table 9. Press RE-
TURN to:
-Skip to the next extension without making an entry.
-Skip to the extension after making a partial entry.  The rest of the entries don’t change.
Press ESC to return to the Main Menu.
Q- SYSTEM WIDE PROGRAMMING
QV- PERIPHERAL PORTS, ALERT PROGRAMMING
542   PROGRAMMING N1870SWG04   Issue 1-0 
						

							QW- ARS AUTHORIZATION CODES
Description
Use this option to enter Automatic Route Selection (ARS) Authorization Codes into the system.  If your system
has ARS installed, it may require these codes.  Each code can be from 1-10 digits long, using any combination
of digits 0-9.  Refer to the Automatic Route Selection feature and Appendix A for more information.  
The system allows 64 ARS Authorization Codes.  This option does not apply to key systems.
Conditions 
None
Default Value
No codes entered.
Feature Reference
None
Instructions
To enter data on the PRF:
1. Enter the QW- Authorization Codes on Table 11.
To list QW- Authorization Code data:
1. Type Q.  You see:  Q-CMD>
2. Type W.  You see:  AUTHORIZATION CODES, LIST/PROGRAM (L/P)
3. Type L.  You see a list of the programmed authorization codes. Following is a sample QW- ARS Authori-
zation Codes listing.
001 - 8997
002 - 8998
003 - 8999
004 - 9000
To program QW- ARS Authorization Code data:
1. Type Q.  You see:  Q-CMD>
2. Type W.  You see:  AUTHORIZATION CODES, LIST/PROGRAM (L/P)
3. Type P.  You see:  001
4.
-To program code 001, press RETURN.  You see the current entry.
OR
-To program another code, enter the code number (001-184).  You see the current entry.
5. Enter the QW- ARS Authorization Code entry from Table 11 and press RETURN.
If your entry is 10 digits long, you don’t have to press RETURN.
6. Repeat steps 4 and 5 to program additional codes.
Q- SYSTEM WIDE PROGRAMMING
QW- ARS AUTHORIZATION CODES
N1870SWG04   Issue 1-0 PROGRAMMING   543