TiE Onyx 2, 3, 4, 5 Service And Programming Manual

							Q- SYSTEM WIDE PROGRAMMING
QT- 
   DETECTION COUNTER
Description
Note:
Related
Programming
l
l
Feature Reference
Use this option to set the  detection counter. This counter sets how
long the system 
 for second (OCC) dial tone after it finds a  in a
number. After the system detects a pause. it waits up to three times the
 Detection Counter for dial tone. If dial tone occurs, the system
 the numbers that follow the pause.If dial tone doesn’t occur before
this interval expires. the system denies the call on the trunk.’ The range is 
to 6. where each count equals ten seconds (e.g..  seconds).
Pauses can occur during:
 ARS outdialing
  Compatible Feature  dialing
 Last Number Redial
 LCR 
 Save
 Speed Dial
The system detects dial tone 
 monitoring for a constant power level on the
trunk. For the initial dial tone detection, the power level must be present for
at least 
 For second dial tone detection, the power level must be
present for at least 
 seconds.
Incorrect trunk gain settings (in 
 may cause improper dial tone detection.
Refer to the QE option when setting trunk gains.
Conditions
None
Default 
No entry (counter not set)
Special Services and OCC Compatibility
AP- Allow Active Dial Pad 
 For Toll Restriction Levels other than 0, enable
Active Dial Pad. This lets extension users dial additional digits into the
special service.
CP- Extension Toll Restriction Level  
 Toll Restriction Level 0 (dial pad always active)
 Toll Restriction Level with an Active  Pad (AP) enabled.
E- Extensions, 
 Class of Service  Assign Class of Service to extensions:
E- Trunks, 
 Circuit Type  Program Special Service trunks with the
correct circuit type..
Special Services and OCC Compatibility
System Timers
Users can manually override the  Detection Counter by dialing 
Issue 1-OSOFTWARE CONFIGURATION2-33 1 
						

							Q- SYSTEM WIDE 
QT-  TIMERS,  DETECTION COUNTER
Instructions
To enter data on the PRF:
Step  For QT- DT Detect Cnt on Table  enter the  Detection Counter
value.
To enter data at the programming terminal:
Step  After programming QT- Flash Response Time, you see: DT DETECT CNT? (1
TO 
 SECS;CNT)
Step 2 Enter the QT-  Detection Counter entry from Table 10 and press
RETURN. You see: FEATURE KEY DELAY? (5 TO 99 TENTH SECS)GO IO QT-  Feature  Delay on the next page.
2-332SOFTWARE  Issue  
						

							Q- SYSTEM WIDE PROGRAMMING
QT- SYSTEM TIMERS, CENTREX-TYPE FEATURE KEY DELAY
Description
Use this option to set the interval that corresponds to a D entry when
programming Centres feature keys. Use this option when the connected
 requires a  interval for certain functions. This mav be
appropriate if the pause option cannot detect a second dial tone. When the
user presses a 
 key  a D programmed 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
Related
Programming
Feature Reference
Instructions
Step 1 l
Step 1 
Step  l
Issue 1-O
The range is 5-25 tenths seconds (e.g.. seconds). Refer to the 
Compatible Feature Keys feature and the KS- Programming Keys for 
option for more information.
Conditions
None
Default Value
No 
delay set
None
System Timers
To enter data on the PRF:
For QT- Feature Key Delay on Table 10, enter the Centrex-Type Feature Key
delay.
To enter data at the programming terminal:
After programming QT-  Detection Counter, you see: FEATURE KEY
DELAY? (5 TO 99 TENTH SECS)
Enter the QT- Centrex-Type Feature Key Delay entry from Table 10 and press
RETURN. You see: TMS WAIT TIME (5 TO 99 SECS)?
  
SOFTWARE CONFIGURATION 2-333 
						

							Q- SYSTEM WIDE 
QT- SYSTEM    REPORT WAIT TIME
Description
Related
Programming
l
l
l
l
Feature Reference
Instructions
Step 1 l
Step 1 l
Step 2 
Use this option to set the Traffic  Report (TMS) Wait Time
interval. If a call rings the system longer than this interval, the 
flags it as a Long Wait call. The range is  to 99 seconds.
Conditions
None
Default 
TMS Wait Time not set (the TMS report will never  calls as Long Wait).
Traffic Management Reporting
HE- 
 Status Reports. Traffic hlanagement Summary  Print the
TMS Report. The system does not clear the TMS data after the report runs.
HF- System Status Reports, Traffic hlanagement Summary (With Data
Cleared) 
 Print the TMS Report. The system clears the TMS data after the
report runs.
QZ- SMDR Setup,  Report Print Modes  Set the TMS Report print
mode:
Manual (from HE or HF) for all data
Automatic (at preset time) for trunk data only. The data clears after the
report runs.
Automatic (at preset time) for trunk and operator data only. The data
clears after the report runs.
Automatic (at preset time) for all data. The data clears after the report
runs.
QZ- SMDR Setup,  Print Times Setup  Set the time that the TMS
report should print (using modes l-3).
System Timers
Traffic Management Reporting
To enter data on the PRF:
For QT- TMS Wait Time on Table 10, enter the TMS Report Wait Time
interval.
To enter data at the programming terminal:
After programming QT- Centrex-Type Feature Key Delay, you see: 
WAIT TIME (5 TO 99 SECS)
Enter the QT- Traffic Management Report Wait Time entry from Table 10
and press RETURN. You see: DEFAULT MODEM SPEED [H/L]Go to QT- Default Modem Speed. In ONYX IV, go to Loop Disconnect Time onthe next page. 
						

							Q- SYSTEM WIDE PROGRAMMING
QT- 
 TIMERS. LOOP DISCONNECT TIME (ONYX IV)
Description
Related
Programming
Feature Reference
Instructions
Step 1 l
Step 1 
Step 2 l
Use this option to set the loop disconnect interval for  trunks. This lets
you tailor the 
 trunks to the disconnect  of the connected
telco. If the 
 detects an open loop on a trunk equal to or greater than
the 
 you set. it assumes the telco has disconnected. The system then
drops the call. If the open loop 
 is less than the interval you set. the
 maintains the call.
When programming this option. the value you enter is in tenths of seconds 
99). For example. if  enter 3. the system looks for an open loop of at least
 seconds (i.e.. 400  The default value (00) is  seconds (500  The
accuracy of the timer is 
 .  seconds (100 
When you change the   new value takes effect in about four
minutes. To have 
 new value take effect immediately, reset the system
after making the change.
This option is 
 available in ONYX IV. In addition, this option requires
  that are series 9 or higher.
Conditions
None
Default Value
00  seconds)
None
System Timers
To enter data on the PRF:
For QT- Loop Disconnect Time on Table 10, enter the Loop Disconnect
Interval.
To enter data at the programming terminal:
After programming QT- Traffic Management Report Wait Time, you see:
LOOP  TIME
Enter the QT- Loop Disconnect Time entry from Table 10 and press RETURN.
You see: DEFAULT MODEM SPEED [H/L]Go to  Default  Speed on the next page.
Issue 1-OSOFTWARE CONFIGURATION  
						

							Q- SYSTEM  
QT-  TIMERS, LOOP DISCOSSECT  (ONYX IV)
    
 1-O 
						

							Q- SYSTEM WIDE PROGRAMMING
QT- 
 TIMERS, DEFAULT MODEM SPEED
Description
Use this option to set the default modem speed for outgoing outside data 
When the system assigns a modem to the call. it selects the speed  specify
in this option. The user can. 
 change the speed while placing the
call. The choices are L 
 baud) and H (1200 baud). Refer to the system
Data Products 
 for the specifics.
None
Default  
L (300 baud)
Related
Programming
None
Feature Reference
System Timers
Instructions
Step  
Step 1 
Step  
Issue 1-O
To enter data on the PRF:
For QT- Default Modem Speed on Table 10, enter H or L.
To enter data at the programming terminal:
After programming QT- Traffic Management Report Wait Time, you see:
DEFAULT MODEM SPEED 
Enter the QT- Default Modem Speed entry from Table 10. You see:
OPX INCOMING FLASH TIMEX (TENTH SEC)
02 
Go to QT- OPX Incoming Flash Timer on the next page.
SOFIWARE CONFIGURATION 2-335 
						

							Q- SYSTEM  
QT- SYSTEM TIMERS, OPS  FLASH TIMER
Description
Related
Programming
Feature Reference
Instructions
Step  
Step  l
Step  l
Use this option to match the  to the loop current interruption that
occurs when an 
 hookflashes. This helps the system distinguish between
a valid hookflash and a 
 loop interruption. Refer to the 
Premise Extension (OPX) feature for more information. This option does not
 to  
The choices for this option are:
2to second)
33-l 1 (300 to1.1 seconds)
4 4-l  (400 to1.2 seconds)
 (500 to1.3 seconds)
6 6-14 (600 to1.4 seconds)
77-15 (700 to1.5 seconds)
For example. if the OPX device typically opens the loop for 750  to 1.4
seconds, enter 7.
Conditions
None
 Value
2 (100  to 1 second)
None
System Timers
To enter data 
 the PRF:
For QT- OPX Incoming Flash Timer of Table 10, enter the Flash timer value.
To enter data at 
 programming terminal:
After programming QT- Default Modem Speed, you see:
OPX INCOMING FLASH TIMER (TENTH SEC)
02 
r value from Table10 and pressEnter the  OPX Incoming Flash Time
RETURN. You see:
TIE LINE OUTGOING FLASH 
 (TENTH SEC)
04 Go top   Line Outgoing Flash Timer on the next page
Issue 1-O 
						

							Q- SYSTEM WIDE PROGRAMMING
QT- SYSTEM TIMERS, TIE 
 OUTGOING FLASH TIMER
Description
Related
Programming
Feature Reference
Instructions
Step 1 
Step 1 
Step  
Use this option to set the length of the loop current interruption that occurs
when a svstem (local) user flashes a Tie line. Set this option if the remote
PBX supports Flash over the tie line. For example, some 
 use Flash to
initiate Hold or Transfer. Refer to the Tie Lines feature for more information.
The choices are (in 
 of seconds):
4 400 
6 600 
7 700 
10  second
14 1.4 seconds
Conditions
None
Default 
 (400 
None
System Timers
To enter data on the PRF:
For QT- Tie Line Outgoing Flash Timer on Table 10, enter the Tie line Flash
value.
To enter data at the programming terminal:
After programming QT- OPX Incoming Flash Timer, you see:
TIE LINE OUTGOING FLASH TIMER (TENTH SEC)
04 
Enter the QT- Tie Line Outgoing Flash Timer value from Table 10 and press
RETURN. You return to the Main Menu.
Issue 1-OSOFTWARE CONFIGURATION 2-337 
						

							Q- SYSTEM  
QU- MODEM POOLING  EXTENSION NUMBER
Description
Related
Programming
Feature Reference
Instructions
Step 1 
Step  
Step  l
Step 3 l
Use this option to designate the Modem Pooling master extension number.
When setting up a pool of 
modem circuits. the system must know 
circuit you  to use as the master. In addition. you must:
o Assign all modem circuits as 
 M (in  Circuit Type)
 Give all modem circuits hunt type 06 (in  Hunt Type)
oProgram all modem circuits  the same master extension number (in
EA- UCD Group Master Extension 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 
Not assigned (300)
None
None
To enter data on the PRF:
For QU- Pool Master Ext on Table 10, enter the Modem Pooling master
extension number.
To enter data at the programming terminal:
Type Q. You see: 
Type U. You see: POOL MASTER 
Enter the QU- Modem Pooling Master Extension Number from Table 10.
You return to the Main Menu.To remove an  enter 300.
2-338