Home
>
Lucent Technologies
>
Communications System
>
Lucent Technologies DEFINITY Enterprise Communications Server Release 8.2 Instructions Manual
Lucent Technologies DEFINITY Enterprise Communications Server Release 8.2 Instructions Manual
Have a look at the manual Lucent Technologies DEFINITY Enterprise Communications Server Release 8.2 Instructions Manual online for free. It’s possible to download the document as PDF or print. UserManuals.tech offer 413 Lucent Technologies manuals and user’s guides for free. Share the user manual or guide on Facebook, Twitter or Google+.
DEFINITY ECS Release 8.2
Administrator’s Guide 555-233-506 Issue 1.1
June 2000
Screen reference
607 Dial Plan Record
17
Time (Stop)
The system uses a 24-hour clock. For example, 14:00 is the same as 2:00 p.m.
Dial Plan Record
The Dial Plan is the system’s guide to translating the digits dialed by users. Both
the Dial Plan Record and the Second Digit Table screens define your system’s dial
plan.
Screen 70. Dial Plan Record
Local Node Number
Enter a number to identify a specific node in a switch network. This entry must
match the DCS switch node number and the CDR node number if they are
specified.
Valid entries Usage
0
to 23Enter the hour you want the clock to move back to return to
standard time.
0 to 59Enter the minute you want the clock to move back to return to
standard time.
Valid entries Usage
1
–63 Enter the number of a specific node in a network.
blank The field may be left blank if automatic restoration, DCS, and
CDR are not used.
change dialplan Page 1 of 1
DIAL PLAN RECORD
Local Node Number: _
ETA Node Number: _
Uniform Dialing Plan: _______ ETA Routing Pattern: _
UDP Extension Search Order: ____________________
FIRST DIGIT TABLE
First Length
Digit -1- -2- -3- -4- -5- -6-
1: __________ __________ __________ __________ __________ __________
2: __________ __________ __________ __________ __________ __________
3: __________ __________ __________ __________ __________ __________
4: __________ __________ __________ __________ __________ __________
5: __________ __________ __________ __________ __________ __________
6: __________ __________ __________ __________ __________ __________
7: __________ __________ __________ __________ __________ __________
8: __________ __________ __________ __________ __________ __________
9: __________ __________ __________ __________ __________ __________
0: __________ __________ __________ __________ __________ __________
*: __________ __________ __________ __________ __________ __________
#: __________ __________ __________ __________ __________ __________
DEFINITY ECS Release 8.2 Administrator’s Guide 555-233-506 Issue 1.1 June 2000 Screen reference 608 Dial Plan Record 17 ETA Node Number Enter the number of the destination switch for Extended Trunk Access (ETA) calls. ETA calls are unrecognized numbers you can send to another switch for analysis and routing. Such numbers can be Facility Access Codes, Trunk Access Codes, or extensions that are not in the UDP table. Uniform Dialing Plan The Uniform Dialing Plan field must be y on the System-Parameters Customer-Option screen before you can administer this field. The Uniform Dialing Plan is a separate screen that must be administered if 4-digit or 5-digit is entered in this field. The UDP provides a common 4- or 5-digit dial plan that can be shared among a group of switches. Additionally, UDP can be used alone to provide uniform 4- or 5-digit dialing between two or more private switching systems without ETN, DCS, or Main/Satellite/Tributary configurations. NOTE: Local extensions of fewer digits can still be administered, but cannot be reached from other switches. !CAUTION: Caution: If you change the entry in the Uniform Dialing Plan field, all UDP extension codes are lost. See DEFINITY ECS Administration for Network Connectivity for more information on Uniform Dial Plans. ETA Routing Pattern Enter the number of the routing pattern to reach the destination switch. Valid entries Usage 1 – 999 Enter the number of a destination switch. Valid entries Usage 4-digit Use a 4-digit Dial Plan. 5-digitUse a 5-digit Dial Plan. noneNo Uniform Dialing Plan is administered. Valid entries Usage 1 – 254 Enter the number of the ETA routing pattern
DEFINITY ECS Release 8.2 Administrator’s Guide 555-233-506 Issue 1.1 June 2000 Screen reference 609 Dial Plan Record 17 UDP Extension Search Order Appears only when Uniform Dialing Plan is 4-digit or 5-digit. Specifies the first table to search to match a dialed extension. First Digit Table This table defines the dialing plan for your system. The rows in the First Digit Table indicate what the system does when the row’s first digit is dialed. The columns indicate how long the dialed string will be for each type of call. The First Digit Table may have any of the following codes: naar (Automatic Alternate Routing shortcut dialing) — can be entered only if the Private Networking field and the AAR/ARS Shortcut Dialing field on the System-Parameters Customer-Options screen are both y. When an aar entry is used to route a call, the caller has access to all AAR features. Enter aar in any column but only for first digits 0 through 9 and *. You can enter aar only once in a given row, and only extension or attd can appear on a row with aar. Any extension entry that precedes aar on the row is considered during digit analysis. Any extension entry that follows aar on the row cannot be dialed directly. Instead, an AAR number must be dialed, and digit conversion must be set up to convert the AAR number into an extension. An attd entry can only appear in the first column and so attd can never follow aar. Attendant group extensions can be dialed directly, without an access code. nars (Automatic Route Selection shortcut dialing)— can be entered only if the ARS field and the AAR/ARS Shortcut Dialing field on the System-Parameters Customer-Option screen are both y. When an ars entry is used to route a call, the caller has access to all ARS features. Enter ars in any column but only for first digits 0 through 9 and *. You can enter ars only once in a given row, and only extension or attd can appear on a row with ars. Any extension entry that precedes ars on the row is considered during digit analysis. Any extension entry that follows ars on the row cannot be dialed directly. Instead, an ARS number must be dialed, and digit conversion must be set up to convert the ARS number into an extension. An attd entry can only appear in the first column and so attd can never follow ars. Attendant group extensions can be dialed directly, without an access code. Valid entries Usage local-extensions-first Search the local Dial Plan first to match a dialed extension. udp-table-firstSearch the UDP tables for an off-switch (UDP) conversion.
DEFINITY ECS Release 8.2 Administrator’s Guide 555-233-506 Issue 1.1 June 2000 Screen reference 610 Dial Plan Record 17 nattd (Attendant) — Defines how users call an attendant. Attendant access numbers can start with any number from 0 to 9 and contain 1 or more digits. If a telephone’s COR restricts the user from originating calls, this user cannot access the attendant using this code. (An attendant group number can also be defined as a two-digit number. The first digit is defined as misc on the First Digit Table, and the second digit ( 0 through 9) is defined on the Second Digit Table screen. ndac (Dial access codes) — Allows you to use trunk access codes (TAC) and feature access codes (FAC) in the same range. Dial access codes can start with any number from 0–9, * or # and can contain up to 4 digits. The system requires that a DAC have the longest length for a first digit in the First Digit Table. You can use the DAC to activate or deactivate a switch feature or to seize a trunk from a trunk group, or both. In the first case, the DAC functions as a FAC, in the second as a TAC. For example, you can define the group 300–399 for dial access codes, and allow both FAC and TAC in that range. You can use 4-digit DACs for ordinary trunk access, but they do not work for attendant control of trunk groups, trunk-ID buttons, or DCS, and only the last 3 digits of the codes can be recorded in CDR records. A DAC must be the last item entered in a row when mixed station numbering is used. nextension (primary extension) — Defines extension ranges that can be used on your system. Extension can have a first digit of 0 through 9 (* and # not allowed) and can be 1 to 5 digits in length. Extension cannot have the same first digit as the ARS or AAR feature access code (FAC). For example, if extensions 400 through 499 are required, enter ext at the intersection of the -3- column and the First Digit 4 row. NOTE: It is recommended that you do not administer extensions that begin with 0 if the Uniform Dialing Plan is enabled. In the United States of America, 0 is usually the attendant. nfac (feature access code) only — a FAC can be any number from 1 to 9 and contain up to 4 digits. You can use * or #, but only as a first digit. It is recommended that a FAC be the last item entered in a row when mixed numbering is used. Otherwise, problems may occur when 3-digit FACs and 4-digit extensions begin with the same first digit and the FAC is an abbreviated dialing list access code. The system requires that FACs for AAR and ARS have the longest length for a first digit in the First Digit Table.
DEFINITY ECS Release 8.2 Administrator’s Guide 555-233-506 Issue 1.1 June 2000 Screen reference 611 Digit Absorption 17 nmisc (miscellaneous code) — these codes are used if you want to have more than one kind of code start with the same digit and be the same length. Misc can have a dialed length of 1, and can have a first digit of 0 through 9. Using misc requires that you also define a Second Digit Table. npextension — Is made up of a prefix (first digit) that can be a 0through 9 (* and # not allowed) and an extension number of up to five digits in length. The maximum length of a prefix and extension combination is six digits. When a prefixed extension is entered in the dial plan, a TAC cannot be entered before the prefixed extension on the same row in the table. If a first digit is already assigned as a TAC, a prefixed digit cannot be entered after the TAC on the same row in the table. The purpose of the prefix is to identify the dial type as an extension. After digit collection, the prefix digit is removed from the string of dialed digits. The remaining digits (extension number) are then processed. A prefixed extension allows the use of extensions numbers with any first digit (the extension length must be specified on the table). The prefixed extension cannot have the same first digit as the ARS or AAR facility access code (FAC). NOTE: When a dial plan has mixed station numbering, extensions of various lengths (all with the same first digit) are mapped on the First Digit table as shown on Field descriptions for page 1. The system then employs an inter-digit time-out to ensure that all dialed digits are collected. The inter-digit time-out may add several seconds to the dial time. An alternative to the delay required in the time-out mechanism at the expense of dialing an extra digit is to use prefixed extensions in the dial plan. Digit Absorption This screen implements up to 5 digit absorption lists. The screen may be required for each CO and FX trunk group connected to a step-by-step CO. Each outgoing digit string from the switch to the step-by-step CO is treated according to entries in the “Absorption Treatment Assignment” section of the screen. NOTE: If the Expected Digits field on the Trunk Group screen is blank, you cannot administer Digit Absorption.
DEFINITY ECS Release 8.2
Administrator’s Guide 555-233-506 Issue 1.1
June 2000
Screen reference
612 Digit Absorption
17
Field descriptions for page 1
Screen 71. Digit Absorption
List Number
Displays the Digit Absorption List number (
0 through 4). The list number is
referenced from a field entry on the associated trunk group.
Absorption Treatment Information
This is a display-only section. It shows how Digit Absorption treats each digit, 0
through 9, depending on the assignment of A through C for Group I, and A, D, E,
and F for Group II. Enter the assignment on the next section on the screen.
Absorption Treatment Assignment
Enter a desired treatment letter. All choices for the digits 0 through 9 must be
taken from the same group (Group I or Group II).
Valid entries Usage
A
through F
change digit absorption Page 1 of 1
DIGIT ABSORPTION
List Number: __
ABSORPTION TREATMENT INFORMATION (All selections must be from same group)
Choice Meaning
Group I. A Digit not absorbed.
B Digit absorbed repeatedly.
C Digit absorbed once with no further absorption.
Group II. A Digit not absorbed.
D Digit absorbed only if it is the first digit.
E Digit absorbed only if it is the second digit and
the first digit was already absorbed.
F Digit asorbed only if it is the first or second digit.
ABSORPTION TREATMENT ASSIGNMENT (select treatment (A-F) for each digit below)
0: A 2: A 4: A 6: A 8: A
1: A 3: A 5: A 7: A 9: A
DEFINITY ECS Release 8.2
Administrator’s Guide 555-233-506 Issue 1.1
June 2000
Screen reference
613 DS1 Circuit Pack
17
DS1 Circuit Pack
Use this screen to administer all DS1 circuit packs. See the DEFINITY ECS
System Description for information on the maximum number of DS1 circuit packs
that you can administer.
Field descriptions for page 1
Screen 72. DS1 Circuit Pack
Screen 73. DS1 Circuit Pack
add ds1 xxxxxxPage 1 of 2
DS1 CIRCUIT PACK
Location: _____ Name: _______________
Bit Rate: _____ Line Coding: ____
Line Compensation: _ Framing Mode: ___
Signaling Mode: ___________
Connect: _________ Interface: ___________
Interconnect: ___ Country Protocol: ________
Interworking Message: ________ Side: _
Interface Companding: _____ CRC? _
Idle Code: ________ Channel Numbering: __________
DMI-BOS? _
MAINTENANCE PARAMETERS
Slip Detection? _ Near-end CSU Type: ________
add ds1 xxxxxxPage 1 of 2
DS1 CIRCUIT PACK
Location: _____ Name: _______________
Bit Rate: _____ Line Coding: ____
Line Compensation: _ Framing Mode: ___
Signaling Mode: ___________ D-Channel: __
Connect: _________ Interface: ___________
Interconnect: ___ Peer Protocol: ________
Country Protocol: ____
Protocol Version: _
Interface Companding: _____ CRC? _
Idle Code: ________
DCP/Analog Bearer Capability: ________
MMI Cabling Board: _____ MMI Interface: ESM
MAINTENANCE PARAMETERS
Slip Detection? _ Near-end CSU Type: ________
DEFINITY ECS Release 8.2
Administrator’s Guide 555-233-506 Issue 1.1
June 2000
Screen reference
614 DS1 Circuit Pack
17
Screen 74. DS1 Circuit Pack screen for Croatia and South Africa
The following screen is valid only for the TN2242.
Screen 75. DS1 Circuit Pack screen for Channel Associated Signaling
Location
This display-only field shows the port address specified in the
add command
when the circuit pack was first administered.
add ds1 xxxxxxPage 1 of 2
DS1 CIRCUIT PACK
Location: ______ Name: ____________
Bit Rate: ______ Line Coding: ____
Signaling Mode: __________
Interconnect: ____ Country Protocol: ______
Interface Companding: ____
Idle Code: ____
Received Digital Metering Pulse Minimum (ms):
Received Digital Metering Pulse Maximum (ms):
Received Digital Metering Pulse Value:
Slip Detection: __ Near-end CSU Type: ______
add ds1 xxxxxxPage 1 of 2
DS1 CIRCUIT PACK
Location: 01A13 Name: _______________
Bit Rate: 2.048 Line Coding: cmi
Signaling Mode: CAS
Interconnect: pbx
Country Protocol: 3
Interface Companding: mulaw
Idle Code: 11111111
MAINTENANCE PARAMETERS
Slip Detection? n
DEFINITY ECS Release 8.2 Administrator’s Guide 555-233-506 Issue 1.1 June 2000 Screen reference 615 DS1 Circuit Pack 17 Name Use this field to assign a significant, descriptive name to the DS1 link. Lucent recommends putting the vendor’s circuit ID for the link in this field, because that information helps you troubleshoot problems with the link, but you could also use this field to indicate the function or the destination of this DS1 facility. In that case, put the DS1 link circuit ID in the Name field of the trunk group associated with this link. Bit Rate Use this field to select the maximum transmission rate for DS1 circuit packs that support either T-1 or E-1 service. For circuit packs that only support one of these services, the field is a display-only field. NOTE: Once an add ds1 operation is complete (that is, the DS1 screen has been submitted) you can’t change the Bit Rate field with a change ds1 command. Instead, execute a remove ds1 command. Then use the add ds1 command to administer the circuit pack again. You’ll have to re-enter all the information for the circuit pack. TN464C (and later release) circuit packs have an option switch that must be set to match the entry in the Bit Rate field. Line Coding This field selects the type of line coding used on this facility. The setting in this field must match the setting on the far-end of the link, or you must have an intervening CSU to convert the line coding protocols. Voice calls will work even if line coding does not match, but a single data call will bring down the DS1 facility. For the TTC 2Mb CMI Trunk circuit pack, this is a display-only field showing cmi (coded mark inversion). Valid entries Usage 1–15 characters Enter a name for the DS1 link. Valid entries Usage 1.544 Use for T-1 service. 2.048Use for E-1 service.
DEFINITY ECS Release 8.2 Administrator’s Guide 555-233-506 Issue 1.1 June 2000 Screen reference 616 DS1 Circuit Pack 17 The following information is for reference. Talk with your network service provider or your Lucent representative to find the appropriate protocol for your application. !CAUTION: If you change this field, you must busy out the DS1 circuit pack. You must also change the following screens: Route-Pattern, Access Endpoint, PRI Endpoint, Signaling-Group, and Trunk-Group. NOTE: When the DS1 circuit pack is used for ISDN service, the ISDN D-channel data is inverted when ami-basic or ami-zcs is entered and not inverted when b8zs or hdb3 is entered. Valid entries Usage b8zs (bipolar eight zero substitution)Enter b8zs for T-1 facilities that support voice and/or data traffic. Enter b8zs if you need a 64K clear channel. ami-zcs (alternate mark inversion - zero code suppression)Enter ami-zcs only for T-1 facilities that carry voice traffic: it is not recommended for digital-data applications. If you anticipate upgrading this facility to ISDN, use b8zs line coding if possible. ami-basic (alternate mark inversion-basic)Enter ami-basic for unrestricted E-1 facilities. hdb3 (high density bipolar 3)Enter hdb3 for restricted E-1 facilities. cmi (coded mark inversion)Used in Japan, cmi is the only type of line coding you can use with the Japanese 2Mbit trunk circuit pack. This field becomes a display-only field when you are administering the Japanese 2Mbit trunk circuit pack.