Table 5-4. Edit Feature Default Dial Numbers & Index Numbers

Chapter 5: Numbering Plan

General Numbering Plan



PI 9.xx



General Numbering Plan (Field/Index Order)

BELL (Central Bell/UNA Relay, RLY2) [11]

Designates a range of bell dial numbers beginning with an ASU, RMI, 4/8DRCM or

MSBsl Bell Relay, RLY2, hardware ID number in the system. One Bell circuit per

card.

(Enter Physical location: Shelf, Slot, CKT).

Range:

Default:



Any valid equal length pair of 1,2,..., or 8 digits;

7050   7059

CKT = 8: RMI/ASU Card;

CKT=24: 4/8DRCM Card;

CKT=24: Coral SL Base Unit: Slot #6, Shelf #0



PAGE (Public Address, RLY1)[12]

Designates a range of external page dial numbers beginning with an ASU, RMI,

4/8DRCM or MSBsl Page Port, RLY1, hardware ID number in the system. One Page

circuit per card. (Enter Physical location: Shelf, Slot, CKT).

the 2nd Music Source is used by

 This number is irrelevant when receive an ILLEGAL message andthe reorder

ASU/RMI card. The caller will

a

tone.

Range:

Default:



Any valid equal length pair of 1,2,..., or 8 digits;

7074   7079

CKT = 7: RMI/ASU Card;

CKT=23: 4/8DRCM Card;

CKT=23: Coral SL Base Unit: Slot #6, Shelf #0



RMI_MODEM [13]

Designates a range of modem dial numbers beginning with a RMI, 4/8DRCM or

MSBsl Modem hardware ID number in the system. One modem per card.

(Enter Physical location: Shelf, Slot, CKT).

Range:

Default:



Any valid equal length pair of 1,2,..., or 8 digits;

7070   7073 (CC0: NONE)

CKT=3: RMI Card;

CKT= 26: 4/8DRCM Card;

CKT=26: Coral SL Base Unit: Slot #6, Shelf #0



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General Numbering Plan (Field/Index Order)

DID_NUMS (Direct Inward Dial Numbers) [14]

Designates a range of direct inward dial (DID) trunk numbers beginning with a DID

trunk hardware ID number in the system. These numbers are used exclusively for

identifying the trunk for system programming purposes, and do not affect incoming

trunk digits. Numbers are given in a range commencing with a START number and

concluding with an END number. (Enter physical location: Shelf, Slot, CKT).

ALS70-DID in

 GID and(see page 5-13). European systems are defined in

Trunk [0]

Range :

Default:



Any valid equal length pair of 1,2,..., or 8 digits;

SVC: 7500   7563

(Eu2: 76XX )

4GC: 5100   5107



DATA_PORT [16]

Designates a range of 2SD and 8SD card port dial numbers. (Enter physical location:

Shelf, Slot, CKT). Data ports are used for voice/data keysets (VDKs) and Terminal

and Data Interface Modules (TIMs and DIMs).

Range :

Default:



Any valid equal length pair of 1,2,3 or 4 digits;

(Eu2: 9100   9199)

3900   3999



PRIVATE_LIB (Private Libraries) [19]

Designates a range of private library dial numbers used to access private

(station-specific) speed call numbers, beginning at a Private Library software ID

number (Enter index number). Numbers are given as a range commencing with a

START number and concluding with an END number.

Range :

Default:



Any valid equal length pair of 1,2,..., or 8 digits

(Eu1: 90  99)

7000   7009



KEYSET_Z_PAGE (Keyset Zone Page)[20]

Designates a range of zone page dial numbers to voice page a group of EKTs, VDKs,

DKTs, and/or DSTs beginning at a Zone Page software ID number (Enter index

number). Numbers are given as a range commencing with a START number and

concluding with an END number.

Range :

Default:



Any valid equal length pair of 1,2,..., or 8 digits;

7300   7309



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Chapter 5: Numbering Plan

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General Numbering Plan (Field/Index Order)

RELAY [21]

Designates a range of dial select/alarm relay RLY3 dial numbers beginning at an

ASU, RMI, 4/8DRCM or MSBsl Dial Select/Alarm relay hardware ID number in the

system. One Relay per Card. (Enter physical location: Shelf, Slot, CKT).

7092-7097

 Numbers features. are not used; these numbers can be removed if required

for other

Range:

Default:



Any valid equal length pair of 1,2,..., or 8 digits;

7086   7097

CKT = 9: RMI/ASU Card;

CKT= 25: 4/8DRCM Card;

CKT= 25: Coral SL Base Unit: Slot #6, Shelf #0



DATA_USER [22]

Designates a range of data user dial numbers. (Enter index number).

Range :

Default:



Any valid equal length pair of 1,2,3 or 4 digits;

(Eu2: 7800  7889)

4900  4999



DATA_GRP (Data Group Numbers) [23]

Designates a range of numbers assigned for Data Hunt groups. These groups consist

of host ports, printers, dial up modems and other similar data device ports.

(Enter index number).

Range :

Default:



Any valid equal length pair of 1,2,3 or 4 digits;

(Eu2: 9200  9219 )

4800   4819



CONF (Conference) [30]

Designates a range of multi-party conference dial numbers. In the Coral SL, the

CNSsl must be installed for this feature to be available.

(Enter physical location: Shelf, Slot, CKT).

Range :

Default:



Any valid equal length pair of 1,2,...... or 8 digits;

7098   7099

CKT= 0,1: CNF (CONF) Card;

CKT= 16: 4/8DRCM Card;

CKT=16: Coral SL CNSsl Card: Slot #6, Shelf #0



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General Numbering Plan (Field/Index Order)

DVMS_MSG [31]

Designates a range of DVMS messages denoted by ID numbers (Enter index

number) used to hear the messages. Numbers are given in a range commencing with

a START number and concluding with an END number. The END number is limited

by MAX_DVMS_MSG in SFE branch, see page 6-27. For additional information, see

Chapter 23, Special Port Facilities.

For Example: The default number 5403 is the access dial number for the 4th

message (i.e. index #3) on all installed 4VS or 4VSN cards.

Range :

Default:



Any valid equal length pair of 1,2,..., or 8 digits;

(Eu2: 79XX )

5400   5499



When

advisable to reduce

card, it

range toinstalling a 4VSNremovingisnumbers 5432 5499,the default

32 numbers, by

so that the

default is 5400   5431



DVMS_PORTS [32]

Designates a range of 4VS (Voice Synthesizer Facility) dial number card ports with

four ports per card. (Enter physical location: Shelf, Slot, CKT). For additional

information, see Chapter 23, Special Port Facilities.

Range:

Default:



Any valid equal length pair of 1,2,..., or 8 digits;

SVC: 7042   7049

4GC: 7042   7045



PAGE_Q [33]

Designates a range of page queue dial numbers beginning at a Page Queue software

ID number (Enter index number). The maximum amount of Page_Q ID numbers is

limited by the Page_Q sizes definition (see page 4-9).

Range:

Default:



Any valid equal length pair of 1,2,..., or 8 digits;

7060   7069



MODEM_POOL [34] (No Longer Available)

Range:

Default:



N/A

N/A



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Chapter 5: Numbering Plan

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PI 9.xx



General Numbering Plan (Field/Index Order)

GROUP CALL [35]

Designates a range of numbers assigned for preset conference calls. Group Calls

consist of a Conference Port and up to 14 stations. (Enter index number).

Range: Any valid equal length pair of 1,2,..., or 8 digits;

Default: 5600  5603



DIAL_SERV [36]



{V8.3x}



Designates a range of dial service dial numbers (used for outgoing calls) beginning

at a DIAL SERVICE Software ID number (enter the index number).

For additional information, see Chapter 15.

Range: Any valid equal length pair of 1,2,..., or 8 digits;

Default: 4850   4865



ROUTING_ACC [37]



{V8.3x}



Designates a range of Routing Access Dial numbers (used for making outgoing calls)

beginning at a ROUTING ACCESS software ID number (enter the index number).

For additional information, see Chapter 15.

Range: Any valid equal length pair of 1,2,..., or 8 digits;

Default: 80



WAIT_QUE [38]



{V9.0x}



Designates a range of WAIT_QUE dial numbers beginning at a WAIT_QUE

Software ID number (enter the index number) for CoraLINK applications. For

additional information, see Chapter 27. Calls are routed to this destination while

awaiting routing access (from an external or internal source).



!



Warning:

Modifying the WAIT_QUE numbering plan causes :

1) An initialization of the CLA card (MCLA card in DX systems).

2) CoraLINK applications to be interrupted (calls are unaffected).

Before the update is performed, the following message prompts:



INIT CLA CARD WITH UPDATED NPL (Y/[N])?

Enter Y to complete the update and wait for the following message to be shown:



CLA initialization completed successfully.

Range: Any valid equal length pair of 1,2,..., or 8 digits;

Default: N/A



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Chapter 5: Numbering Plan

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PI 9.xx



General Numbering Plan (Field/Index Order)

NETWORK [39]



{V9.2x}



Designates a range of NETWORK dial numbers. The dial numbers are displayed

against the Node that they relate to within the Coral Network. (Enter NODE

number).

Range: Any valid equal length pair of 1,2,..., or 8 digits;

Default: N/A



WIRELESS STATION [40]{V9.5x}

Designates a range of dial numbers for wireless handsets. An index number is

assigned (by the system) for each dial number. Each handset comes with a specific

Electronic Serial Number (ESN) that belongs to the particular handset. Enter the

handset’s particular ESN into the Wireless Stations branch (Route: WST,0),

otherwise the handset is inoperable (see page 9-20).



 NOTE: handset, you must also enter the specific index number assigned by

At each

the PI into the HID # 0 field in the SYSTEM CONFIG. menu of the

handset (See Setting the HID, Coral Installation Manual, section

13.5 for further details).

Range:

Default:



Any valid equal length pair of 1,2,..., or 8 digits;

N/A when WIRELESS is defined as 0 in Sizes , Chapter 4;

5700  57xx where xx=WIRELESS value defined in Sizes, Chapter 4



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Chapter 5: Numbering Plan

Special Feature Codes



PI 9.xx



Special Feature Codes - Route: NPL,1 (or 0,0,5,1)

This option is used to set the dial numbers for special features such as Camp on,

Snooze, Message, etc. A dial number may be used only once.

A special feature code always activated in response to an

 1) implemented feature orisafter a hookflash to initiate a feature.

Therefore, no conflict exists between the Special Feature number and

the General Numbering Plan.

2) Only one number can be utilized per feature. When an attempt is

made to define another feature with an existing code, the feature code

is erased and a question mark (?) is displayed instead. This

allows you to then enter another number.

3) If you attempt to define a feature with a number that was

previously used, the following message appears:

# Plan Err , TRY AGAIN

Enter an undefined number and continue.



BREAK_IN

Used to activate the break-in (forced 3-way conference) feature to an existing

conversation following warning tone. This option is also used to activate DND

override.

Range:



∗ , #, 0-9 inclusive, None; Default: 3



CAMP_ON

Used to activate the camp-on feature to a busy or unanswered (Ring/No Answer)

station or busy trunk. Also used for queue on-hook for Routing Access or network

purposes.

Range:



∗ , #, 0-9 inclusive, None; Default: 2



MSG (Message)

Used to allow the user to leave a message at a busy or unanswered station

(Ring/No Answer).

Range:



∗ , #, 0-9 inclusive, None;



Default: 5



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Special Feature Codes - Route: NPL,1 (or 0,0,5,1)

SNOOZE

Instructs the system to repeat a wakeup or reminder ring after the time-out interval

set in the Feature Timer option.

Range:



∗ , #, 0-9 inclusive, None; Default: 4



ATT_MSG (Message Waiting)

Attendant use only.

Used when leaving a message indication from the Attendant Console at a busy or

unanswered station.

Range:



∗ , #, 0-9 inclusive, None; Default: 7



V_PAGE (Voice Page)

Used to voice page a busy or idle keyset.

Range: ∗ , #, 0-9 inclusive, None; Default: 6



SILENT_MON (Silent Monitoring)

Used to monitor any system port (except data and conference) in any state, without

audio or visual warning to the monitored party.

Range: ∗ , #, 0-9 inclusive, None; Default: 9



CAMP_OFFHK (Camp Off-Hook)

Used to camp-on a busy station as multiappearance.

Range:



∗ , #, 0-9 inclusive, None; Default: 8



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5-38



6



System



This chapter is used to program the system-wide parameters and contains the

following options:

Feature Timers . . . . . . . . . . . . . . . . . . . . . . . . p 6-2

System Features . . . . . . . . . . . . . . . . . . . . . . . p 6-6

Card List . . . . . . . . . . . . . . . . . . . . . . . . . . . . p 6-34

Port List . . . . . . . . . . . . . . . . . . . . . . . . . . . . . p 6-39

Port List - Physical Location . . . . . . . . . . . . p 6-40

Port List - Dial Numbers . . . . . . . . . . . . . . . p 6-43

Digital Port Bus List . . . . . . . . . . . . . . . . . . . p 6-49

Tone Plan . . . . . . . . . . . . . . . . . . . . . . . . . . . . p 6-52

Ringers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . p 6-58

Reserved Links . . . . . . . . . . . . . . . . . . . . . . . p 6-59

The Feature Timer parameters establish the time intervals related to each feature.

System Features allow, deny or modify the feature operations system-wide. Many of

these features, when implemented, may also be restricted by the Class of Service

defined (see Chapter 7).

The Card List parameters determine the system hardware configuration, while the

Port List parameters identify the equipment location, port by port.

The Tone Plan determines the tone frequencies and duration of each tone.

The Ringer option is used to protect the Ringer Power Supplies (RPS), installed in

Coral III systems, from overloading.

The Reserved Links option defines the links dedicated only to DID and/or LS/GS

and E&M trunks.



6-1



Chapter 6: System Branch

Feature Timers



PI 9.xx



Feature Timers - Route: FE.T (or 0,0,1,0)

Feature Timer parameters are used to establish the timer intervals used in feature

operations.



AUTO_REDIAL (Auto Call Number Redial) [0]

Determines the time interval between automatic redial attempts by a keyset, to an

external number previously busy.

Range: 1-3,780 sec.;



Default: 30 sec.



REMIND_SNOOZE [1]

Determines the time interval between dialing the “Snooze” code and a Remind

re-ring.

Range: 1-3,780 sec.;



Default: 60 sec.



WAKEUP_SNOOZE [2]

Determines the time interval between dialing the “Snooze” code and a Wakeup

re-ring.

Range: 1-3,780 sec.;



Default: 60 sec.



WAKEUP_RING [3]

Determines the duration of each Wakeup call attempt.

Range: 1-65,534 units (1 unit = 0.1 sec.); Default: 300 units (30 seconds)



NET_FEATURE_ACK [4]

Determines the time period that the system waits for a signal acknowledgement to

activate a Network feature.

Range: 1-65,534 units (1 unit = 0.1 sec.); Default: 40 units (4 seconds)



SUSP_OFFHK (Suspect Offhook) [5]

Determines the maximum time that the system waits for an offhook or seize

message from a port after a Suspect Offhook or Suspect Seize signal.

time must

 SUSP_OFFHKtimer in the be greater than any MIN_SZE and/or MIN_OFFHK

recognition

entire PI.

Range: 3-10 units (1 unit = 0.1 sec.); Default: 5 units (0.5 sec)



6-2