Nitsuko Digital System Feature And Terminal Programming Manual

							QT- SYSTEM TIMERS, CAMP-ON TIME
Description
Use this option to specify the Camp-On Time.  This sets how long a transferred call camps on to a busy single
line extension or ACD/UCD group before recalling the transferring extension.  The range is 0-970 seconds (16
minutes, 10 seconds), but the system will only recognize entries of 20 and above.  Refer to the Automatic Call
Distribution, Extension Hunting and Transfer features for more information.
Conditions 
None
Default Value
1 minute (60 seconds)
Feature Reference
System Timers
Instructions
To enter data on the PRF:
1. For QT- Camp-On Time on Table 9, enter the Camp-On Time.
To enter data at the programming terminal:
1. After programming QT- Hold Recall Time, you see:  CAMP-ON TIME? (0-970 SECS)
2. Enter the QT- Camp-On Time from Table 9 and press RETURN.  You see:  LINE RESP TIME? (5 TO 99
TENTH SECS)
Go to QT- Trunk Response Time on the next page.
Q- SYSTEM WIDE PROGRAMMING
QT- SYSTEM TIMERS, CAMP-ON TIME
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							QT- SYSTEM TIMERS, TRUNK RESPONSE TIME
Description
Use this option to specify the Trunk Response Time.  The Trunk Response Time is the allowed interval between
trunk seizure and the receipt of sufficient telco loop current.  The range is 5-99 tenths of seconds (e.g., 5=500
mS).  This option pertains to CO and DISA trunks.
When a user seizes a trunk, the system waits this interval for telco loop current.  If received, the system allows
the call. If the system does not receive sufficient loop current:
•The system sends the call to the next trunk in the rotary (if available).  Refer to the Line (Trunk) Rotaries
feature.
OR
•The system denies the call (i.e., the user must select a different trunk)
•Marks the trunk as failed (refer to HD- System Status)
Conditions 
None
Default Value
1.5 seconds (15).
Feature Reference
System Timers
Instructions
To enter data on the PRF:
1. For QT- Line Resp Time on Table 9, enter the Trunk Response Time.
To enter data at the programming terminal:
1. After programming QT- Camp-On Time, you see:  LINE RESP TIME? (5 TO 99 TENTH SECS)
2. Enter the QT- Trunk Response Time from Table 9 and press RETURN.  You see:  MODEM RSRV
TIME? (0-970 SECS)
Go to QT- Modem Reserve Time on the next page.
Q- SYSTEM WIDE PROGRAMMING
QT- SYSTEM TIMERS, TRUNK RESPONSE TIME
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							QT- SYSTEM TIMERS, MODEM RESERVE TIME
Description
Use this option to set how long the system reserves a modem from the modem pool when a user requests a Pri-
vate Modem.  If this interval expires and the user has not yet accessed the modem, the system returns the mo-
dem to the pool.  The range is 0- 970 seconds (16 minutes, 10 seconds), but the system will only recognize
entries of 20 and above.  This option only pertains to outside data calls.  Refer to the system Data Products Man-
ual for the specifics on Private Modem operation and programming.
Conditions 
None
Default Value
30 seconds (030)
Feature Reference
System Timers
Instructions
To enter data on the PRF:
1. For QT- Modem Rsrv Time on Table 9, enter the Modem Reserve Time.
To enter data at the programming terminal:
1. After programming QT- Trunk Response Time, you see:  MODEM RSRV TIME (0-970 SECS)
2. Enter the QT- Modem Reserve Time from Table 9 and press RETURN. You see:  RINGS BEFORE
RCL? (3 TO 15 MAX)
Go to QT- Number of Rings Before Recall on the next page.
Q- SYSTEM WIDE PROGRAMMING
QT- SYSTEM TIMERS, MODEM RESERVE TIME
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							QT- SYSTEM TIMERS, NUMBER OF RINGS BEFORE RECALL
Description
Use this option to set how many times:
•A transferred call rings an idle or busy keyset.  (Refer to the Transfer feature.)
•A transferred call rings an idle ESL, ASI or OPX extension. (Refer to the Transfer feature.)
•An unanswered transferred call rings the transferring extension before diverting to extensions with ring-
ing for the trunk.  (Refer to the Transfer feature.)
•A night mode call rings its Assigned Night Answer destination before diverting to extensions with ring-
ing for the trunk. (Refer to the Night Answer feature.)
•A call rings an extension with type 1 or 2 Call Forwarding before routing to the forwarded extension.
(Refer to the Call Forwarding feature.)
•A call rings an extension in a hunt or ACD group before ringing the next group member.  (Refer to the
Extension Hunting feature.)
The range is 3 to 15 rings.
Conditions 
Extended Ringing overrides this setting.  Refer to the Extended Ringing option.
Default Value
5 rings (5)
Feature Reference
System Timers
Voice Module Unit (VMU)
Instructions
To enter data on the PRF:
1. For QT- Rings Before Rcl on Table 9, enter the number of rings before recall.
To enter data at the programming terminal:
1. After programming QT- Modem Reserve Time, you see:  RINGS BEFORE RCL (3 TO 15 MAX)
2. Enter the QT- Number of Rings Before Recall from Table 9 and press RETURN.  You see:  OPA OVFL
RING CTR? (3 TO 15 MAX)
Go to QT- OPA Overflow Ring Control on the next page.
Q- SYSTEM WIDE PROGRAMMING
QT- SYSTEM TIMERS, NUMBER OF RINGS BEFORE RECALL
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							QT- SYSTEM TIMERS, OPA OVERFLOW RING CONTROL
Description
Available in Software Levels:
Base AUX 
N/A
> 02.10
Use this option to indicate the number of rings before OPA Operator Overflow occurs.  The range is 3-15 rings.
Refer to the Operator Assistance feature for more details on OPA Operator Overflow.
Conditions 
None
Default Value
00 (no overflow)
Feature Reference
Operator Assistance (OPA)
System Timers
Voice Module Unit (VMU)
Instructions
To enter data on the PRF:
1. For QT- OPA Overflow Ring Counter on Table 9, enter the OPA operator overflow ring count.
To enter data at the programming terminal:
1. After programming QT- Number of Rings Before Recall, you see: OPA OVFL RING CTR? (3 TO 15
MAX)
2. Enter the QT- OPA Overflow Ring Control entry from Table 9 and press RETURN.  You see:  DELAY
RING? (1 TO 10 MAX)
Go to QT- Delayed Ring Interval on the next page.
Q- SYSTEM WIDE PROGRAMMING
QT- SYSTEM TIMERS, OPA OVERFLOW RING CONTROL
528   PROGRAMMING N1870SWG04   Issue 1-0 
						

							QT- SYSTEM TIMERS, DELAYED RING INTERVAL
Description
Use this option to set the delayed ring interval.  If an extension has a key with delayed ringing, ringing occurs af-
ter the delayed ring interval expires.  The range is 1-10 rings. For more information, refer to:
•The Central Office Calls, Answering feature
•The Call Coverage Keys feature
•The Group Call Pickup Feature
•The ED- Trunk Control, Ring Control option
Conditions 
This option only pertains to trunks in the key ring state. Refer to HD- System Status.
Default Value
3 rings (03)
Feature Reference
System Timers
Instructions
To enter data on the PRF:
1. For QT- Delay Ring on Table 9, enter the delayed ring interval.
To enter data at the programming terminal:
1. After programming QT- OPA Overflow Ring Control, you see:  DELAY RING (1 TO 10 MAX)
2. Enter the QT- Delayed Ring Interval entry from Table 9 and press RETURN.  You see:  FLASH RESP
TIME? (0 TO 245 TENTH SECS)
Go to QT- Flash Response Time on the next page.
Q- SYSTEM WIDE PROGRAMMING
QT- SYSTEM TIMERS, DELAYED RING INTERVAL
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							QT- SYSTEM TIMERS, FLASH RESPONSE TIME
Description
Use this option to set the Flash Response Time.  This is the length of the loop current interruption the system
provides to a loop start trunk.  The range is 1-25 tenths seconds (e.g., 25=2.5 seconds).  Enter 0 to deny Flash
system-side.  This option applies to flash from a keyset or ESL set only.
Conditions 
None
Default Value
700 mS (07)
Feature Reference
Flash
System Timers
Instructions
To enter data on the PRF:
1. For QT- Flash Resp Time on Table 9, enter the Flash response time.
To enter data at the programming terminal:
1. After programming QT- Delayed Ring Interval, you see:  FLASH RESP TIME? (0 TO 25 TENTH SECS)
2. Enter the QT- Flash Response Time entry from Table 9 and press RETURN.  You see:  DT DETECT
CNT? (1 TO 6, 10 SECS/CNT)
Q- SYSTEM WIDE PROGRAMMING
QT- SYSTEM TIMERS, FLASH RESPONSE TIME
530   PROGRAMMING N1870SWG04   Issue 1-0 
						

							QT- SYSTEM TIMERS, DIALTONE DETECTION COUNTER
Description
Use this option to set the dialtone detection counter.  This counter sets how long the system waits for second
(OCC) dial tone after it finds a pause in a number.  After the system detects a pause, it waits up to three times
the Dialtone Detection Counter for dial tone.  If dial tone occurs, the system outdials the numbers that follow the
pause.  If dial tone doesn’t occur before this interval expires, the system denies the call on the trunk.
1 The range
is 1 to 6, where each count equals ten seconds (e.g., 6=60 seconds).
Pauses can occur during:
•ARS outdialing
•Centrex Compatible Feature Key dialing
•Last Number Redial
•Save
•Speed Dial
The system detects dial tone by monitoring for a constant power level on the trunk.  For the initial dial tone de-
tection, the power level must be present for at least 500mS.  For second dial tone detection, the power level
must be present for at least 2.5 seconds.
Note:
Incorrect trunk gain settings (in QE) may cause improper dial tone detection.  Refer to the QE option when set-
ting trunk gains.
Conditions 
None
Default Value
No entry (counter not set)
Feature Reference
Special Services and OCC Compatibility
System Timers
Instructions
To enter data on the PRF:
1. For QT- DT Detect Cnt on Table 9, enter the Dialtone Detection Counter value.
To enter data at the programming terminal:
1. After programming QT- Flash Response Time, you see:  DT DETECT CNT? (1 TO 6,10 SECS/CNT)
2. Enter the QT- Dialtone Detection Counter entry from Table 9 and press RETURN.  You see:  FEATURE
KEY DELAY? (5 TO 99 TENTH SECS)
Go to QT- Centrex-Type Feature Key Delay on the next page.
Q- SYSTEM WIDE PROGRAMMING
QT- SYSTEM TIMERS, DIALTONE DETECTION COUNTER
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1User can manually override the Dialtone Detection Counter by dialing *. 
						

							QT- SYSTEM TIMERS, CENTREX-TYPE FEATURE KEY DELAY
Description
Use this option to set the interval that corresponds to a D entry when programming Centrex feature keys.  Use
this option when the connected Centrex/PBX requires a wait interval for certain functions.  This may be appro-
priate if the pause option cannot detect a second dial tone.  When the user presses a Centrex key with a D pro-
grammed in it, the system:
•Dials out the codes that precede the D
•Waits the QT- Centrex-Type Feature Key Delay interval
•Dials out the remaining codes
The range is 5-99 tenths seconds (e.g., 25=2.5 seconds).  Refer to the Centrex Compatible Feature Keys feature
and the KS- Programming Keys for Keysets option for more information.
Conditions 
None
Default Value
No delay set
Feature Reference
System Timers
Instructions
To enter data on the PRF:
1. For QT- Feature Key Delay on Table 9, enter the Centrex-Type Feature Key delay.
To enter data at the programming terminal:
1. After programming QT- Dialtone Detection Counter, you see: FEATURE KEY DELAY? (5 TO 99
TENTH SECS)
2. Enter the QT- Centrex-Type Feature Key Delay entry from Table 9 and press RETURN.  You see:  TMS
WAIT TIME (5 TO 99 SECS)?
Q- SYSTEM WIDE PROGRAMMING
QT- SYSTEM TIMERS, CENTREX-TYPE FEATURE KEY DELAY
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							QT- SYSTEM TIMERS, TRAFFIC MANAGEMENT REPORT WAIT TIME
Description
Use this option to set the Traffic Management Report (TMS) Wait Time interval.  If a call rings the system
longer than this interval, the TMS report flags it as a Long Wait call.  The range is 5 to 99 seconds.
Conditions 
None
Default Value
TMS Wait Time not set (the TMS report will never flag calls as Long Wait).
Feature Reference
System Timers
Traffic Management Reporting
Instructions
To enter data on the PRF:
1. For QT- TMS Wait Time on Table 9, enter the TMS Report Wait Time interval.
To enter data at the programming terminal:
1. After programming QT- Centrex-Type Feature Key Delay, you see: TMS WAIT TIME (5 TO 99 SECS)
2. Enter the QT- Traffic Management Report Wait Time entry from Table 9 and press RETURN.  You see:
DEFAULT MODEM SPEED [H/L]
Go to QT- Loop Disconnect Time.
Q- SYSTEM WIDE PROGRAMMING
QT- SYSTEM TIMERS, TRAFFIC MANAGEMENT REPORT WAIT TIME
N1870SWG04   Issue 1-0 PROGRAMMING   533