Nitsuko Digital System Feature And Terminal Programming Manual

							QC- OP. PROGRAMMING, VX OVERFLOW RING COUNT
Description
Available in Software Levels:
Base AUX 
N/A
> Y2.0
Use this option to specify the number of rings after which Voice Mail overflow occurs (1-255 rings).  After this
number, unanswered trunk calls overflow to the Voice Messaging System Automated Attendant.  Refer to the
Voice Mail Compatibility feature and the Voice Mail system documentation for more information.
Conditions
If you enter 00 for this option and the system has Operator Assistance (OPA) with Automatic Attendant Over-
flow, calls overflow to the OPA.
Default Value
No overflow to Voice Mail (00).
Feature Reference
Operator Assistance (OPA)
Instructions
To enter data on the PRF:
1. For QC- Ring Count For Overflow to VX on Table 9, enter the number of rings after which overflow oc-
curs (1-255).  Enter 00 for no overflow.
To enter data at the programming terminal:
1. After programming QC- Suppress Operator Alarms, you see:  RING COUNT FOR OVERFLOW TO
VOICE MAIL
2. Enter the value of QC- Ring Count For Overflow to VX from Table 9.
Go to QC- Number of Operators.
Q- SYSTEM-WIDE PROGRAMMING
QC- OP. PROGRAMMING, VX OVERFLOW RING COUNT
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							QC- OPERATOR PROGRAMMING, NUMBER OF OPERATORS
Description
Use this option to specify the number of system operators (1-4). After programming this option, go to QC- Op-
erator Extensions to specify the attendant extensions.
Conditions 
When removing attendants:
•Change the QC- Number of Operators entry
•Go to E3- Class of Service and change the former attendant’s COS to a valid extension’s COS (1-27)
Default Value
One operator installed.
Feature Reference
Attendant Positions
Instructions
To enter data on the PRF:
1. For QC- Number of Oprs on Table 9, enter the number of system operators (1-4).
To enter data at the programming terminal:
1. After programming QC- Suppress Operator Alarms, you see:  NUMBER OF OPRS.
2. Enter the value of QC- Number of Oprs from Table 9 (1-4).
Q- SYSTEM-WIDE PROGRAMMING
QC- OPERATOR PROGRAMMING, NUMBER OF OPERATORS
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							QC- OPERATOR PROGRAMMING, OPERATOR EXTENSIONS
Description
Use this option to designate the operator extensions.  Always assign the system’s main attendant to port 00 (usu-
ally extension 300).  When you designate an attendant, the system automatically sets:
•E- Extensions, E3- Class of Service to 30
•E- Extensions, EA- UCD Group Master Extension Number to OP (1-4)
Conditions 
When removing attendants:
•Change the QC- Number of Operators entry
•Go to E3- Class of Service and change the former attendant’s COS to a valid extension’s COS (1-27)
Default Value
Extension 300 is the attendant’s extension.
Feature Reference
Attendant Positions
Call Forwarding Cancel
Instructions
To enter data on the PRF:
1. For the QC- Opr’s Ext options on Table 9, indicate the attendant’s extension numbers.
To enter data at the programming terminal:
You only see the prompts for the appropriate number of operators.  If your QC- Number of Opera-
tors entry is 1, you only see prompts for Opr’s Extension: 1 Ext.
1. After programming QC- Operator Extensions, you see:  OPR’S EXTENSION? 1 EXT
2. Enter the value for QC- Opr’s Extension 1 Ext from Table 9. You see:  OPR’S EXT? 2 EXT
3. Enter the value for Opr’s Extension 2 Ext from Table 9.  You see:  OPR’S EXT? 3 EXT.  Repeat step 3
for Opr’s Ext 3 Ext and Opr’s Ext 4 Ext?
Iou return to the Main Menu.
Q- SYSTEM-WIDE PROGRAMMING
QC- OPERATOR PROGRAMMING, OPERATOR EXTENSIONS
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							QD- NUMBER OF SYSTEM SPEED DIAL DIGITS
Description
Use this option to determine the number of System Speed Dial digits.  The choices are:
•2 10 numbers (70-79)
•3 100 numbers (700-799)
Conditions 
None
Default Value
3 (Speed Dial Numbers 700-799)
Feature Reference
Speed Dial
Instructions
To enter data on the PRF:
1. For QD- No. of Sys Spd Dial Digits on Table 9, enter the number of System Speed Dial digits (2, 3 or 4).
To enter data at the programming terminal:
1. Type Q.  You see:  Q-CMD>
2. Press D.  You see:  NO. OF SYS SPD DIAL DIGITS? (2, 3, 4)
3. Enter the QD- No. of Sys Spd Dial Digits entry from Table 9.
You return to the Main Menu.
Q- SYSTEM-WIDE PROGRAMMING
QD- NUMBER OF SYSTEM SPEED DIAL DIGITS
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							QE- AUTOMATIC HANDSFREE
Description
Use this option to allow/deny Automatic Handsfree for keysets. This option affects all keysets.
Conditions 
None
Default Value
Automatic Handsfree enabled (Y).
Feature Reference
Automatic Handsfree
Caller ID
Instructions
To enter data on the PRF:
1. For QE- Auto-Handsfree on Table 9, enter Y to enable Automatic Handsfree; enter N to disable.
To enter data at the programming terminal:
1. Type Q.  You see:  Q-CMD
2. Type E.  You see:  AUTO-HANDSFREE?
3. Enter Y or n for QE- Auto-Handsfree from Table 9.
Q- SYSTEM-WIDE PROGRAMMING
QE- AUTOMATIC HANDSFREE
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							QE- MANUAL SIDETONE
Description
Use this option to enable/disable the Manual Side Tone option. If enabled (Y), you can specify the sidetone net-
work for each trunk in QE- Line Gain Table.  The system does not do an automatic sidetone test after power up.
If disabled (N), you cannot manually adjust each trunk’s sidetone.  However, the system automatically does a
side tone after power up.  This option affects all trunks.  If you use IS-Side Tone Test to adjust side tone for a
trunk, the system overrides the QE- Manual Sidetone entry.  Refer to IS- Side Tone Test and QE- Line Gain Ta-
ble options for more information.
You must use the QE- Manual Sidetone option if you want to adjust the sidetone for OPX trunks.  The system
cannot automatically adjust sidetone for this trunk type.
Conditions 
None
Default Value
Manual Sidetone disabled (N).
Feature Reference
None
Instructions
To enter data on the PRF:
1. For QE- Manual Sidetone on Table 9, enter Y to enable Manual Sidetone; enter N to disable.
To enter data at the programming terminal:
1. After entering data for QE- Automatic Handsfree, you see: MANUAL SIDETONE? - [Y/N]
2. Enter Y or N for QE- Manual Sidetone from Table 9.
Go to QE- Line Gain Table on the next page.
Q- SYSTEM-WIDE PROGRAMMING
QE- MANUAL SIDETONE
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							QE- LINE GAIN TABLE, GAIN
Description
Use this option to set the relative gain for each trunk.  This may be necessary to compensate for transmission
gains or losses from the Central Office.  The QE entry choices are:
+ 6 dB gain
+ 3 dB  gain
0 dB  (no gain or loss)
-3 dB  loss
-6 dB  loss
-9 dB  loss
-12 dB loss
Note:
A 3 dB gain (+3 dB) doubles the volume on the trunk.  A 3 dB loss (-3 dB) cuts the volume on the trunk in half.
Testing the Trunk Signal Levels
Before setting the gains for the trunks, check the trunk signal levels as follows:
1. Starting with the first trunk, connect a local loop tester (such as the Triplett Model 3) to tip and ring on
the trunk block. Follow the tester manufacturer’s instructions for the specifics.
Make sure the trunk you select is not terminated (in use) in the system.
2. Using a 2500 set connected to the local loop tester, call the telco test number that provides a 1 KHz 0
dBm (1 mW @ 600 Ohms) test tone.
3. Use the local loop tester to measure the strength of the trunk’s signal.  Keep the following in mind:
-For a business trunk, your tester should read the test signal at 0 to -5 dB (typically -3 to -5 dB).1
-If your signal is lower or higher than 0 to -5 dB, contact your telco.  Your 
trunk may be out of spec or you may not have a business trunk.
-Boosting the signal level on a trunk decreases the trunk’s signal to noise ratio.
4. Use the QE command to compensate for gains or losses on the trunk.  For example, if your trunk meas-
ures -9 dB, add +6 dB in QE.  This brings the net loss to the system to -3 dB.
You can further refine the QE settings based on the desires of the system users.
5. Repeat steps 1-4 for your remaining trunks.
After seizing a trunk, the user can adjust the gain on the trunk.  However, the volume on the trunk returns to a
preset setting for each new call.  Refer to Volume Controls.
Conditions 
QE- Line Gain Table settings do not apply to analog trunk-to-trunk connections.  For example, if an OPX user
accesses a trunk, the system does not apply the QE settings to the trunk.  Trunk-to-trunk connections include
DISA and OPX trunks and ASI ports.
Default Value
No gain or loss (0 dB)
Feature Reference
Operator Assistance (OPA)
Voice Module Unit (VMU)
Q- SYSTEM-WIDE PROGRAMMING
QE- LINE GAIN TABLE, GAIN
480   PROGRAMMING N1870SWG04   Issue 1-0
1These values may be different in your area. Check with our local telco for levels applicable to your area. 
						

							Instructions
To enter data on the PRF:
1. Enter the required gain for each trunk on Table 9.
To enter data at the programming terminal:
1. After programming QE- Automatic Handsfree, you see:
LINE TABLE
LINE # 01
     GAIN  0dB
2. Enter data for trunk 01.
3.
-If you entered N(o) for QE- Manual Sidetone, you can press RETURN repeatedly to access another trunk.
OR
-If you entered Y(es) for QE- Manual Sidetone, you see SIDETONE NETWORK? (54,56,58) for trunk 01.
Go to QE- Line Gain Table, Sidetone Network on the next page.
Q- SYSTEM-WIDE PROGRAMMING
QE- LINE GAIN TABLE, GAIN
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							QE- LINE GAIN TABLE, SIDETONE NETWORK
Description
Use this option to manually adjust the sidetone for each trunk. This lets you fine tune each trunk’s side tone
level, if necessary.  Use this option to match the impedance of each system trunk circuit to the impedance of the
connected telco trunk.  Enter the value that minimizes the sidetone (i.e., maximizes the return loss).  The choices
for this option with software 02.10 or higher are:
54 = loaded loop, high impedance
56 = short loop (600 ohm), non-loaded
58 = long loop, non-loaded
This option only appears if you have entered Y(es) for QE- Manual Sidetone.
Conditions 
None
Default Value
No sidetone network selected (00).
Feature Reference
None
Instructions
To enter data on the PRF:
1. For QE- Sidetone Network on Table 9, enter the sidetone network number (54, 56 or 58).
To enter data at the programming terminal:
1. After programming QE- Line Gain Table, Gain for a trunk, you see:  SIDETONE NETWORK? 
(54, 56, 58) 
2. For this trunk, enter the Sidetone Network number from Table 9.
You go to the QE- Line Gain Table, Gain option for the next trunk.
Q- SYSTEM-WIDE PROGRAMMING
QE- LINE GAIN TABLE, SIDETONE NETWORK
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							QF- LINE GRP ACCESS (FIRST TRUNK IN GROUP), HYBRID ONLY
Description
Use this option to correlate the first trunk in a trunk rotary (e.g., 801) to one of nine trunk rotary numbers (90-
98).  The system requires this correlation when setting up trunk rotaries.
This option does not appear for key systems.
Conditions 
None
Default Value
No entries (no rotaries defined).
Feature Reference
Line (Trunk) Rotaries (Hybrid Only)
Instructions
To enter data on the PRF:
1. On Table 9, enter a trunk access code (e.g., 801) or trunk number (L01) for each rotary (90-98) you want
to program.  The entry should be the first trunk in the trunk rotary.  Refer to EA- Trunk Group Assign-
ment (First Trunk in Group).
To enter data at the programming terminal:
1. Type Q.  You see:  Q-CMD>
2. Type F.  You see:  GROUP # 90 LINE NUMBER?
3.
-Enter the trunk access code or number for this rotary from Table 9 and press enter.  
You see:  GROUP # 91 LINE NUMBER?
OR
-Press RETURN repeatedly to skip to a higher numbered rotary, then enter data from Table 9.
4.
-Enter the trunk access code or number for the next rotary from Table 9 and press RETURN.
OR
-Press RETURN repeatedly to skip to a higher numbered rotary, then enter data from Table 9.
OR
-Press ESC to return to the Main Menu.
Q- SYSTEM-WIDE PROGRAMMING
QF- LINE GRP ACCESS (FIRST TRUNK IN GROUP), HYBRID ONLY
N1870SWG04   Issue 1-0 PROGRAMMING   483