Mitel Sx-2000 Llightware 32, Release 1.0 Technicians Handbook

							Programming
61
Programming
Moving a Telephone User
Use the MOVE USER command to move a user from one 
telephone to another. Enter the command in the following 
format:
MOVE USER  TO 
MOVE USER  TO 
Stn A = attribute of Station A before the move
Stn B = attribute of Station B before the move
Telephone FeaturesStation AStation B
The following attributes change at both sets:
Name
deleted Stn A, Stn B
Department
deleted Stn A, Stn B
Location
deleted Stn A, Stn B
Default Account Code
deleted Stn A
Personal Speedcalls Allocated
deleted Stn A
Personal Speedcalls Used
deleted Stn A
Personal Speedcall Numbers
deleted Stn A
The following attributes change only at Station B:
Intercept Number 
same Stn A
Interconnect Number
same Stn A
Class of Service
same Stn A
Class of Restriction
same Stn A
The following attributes remain unchanged at both sets:
Directory Number
same same
Circuit Descriptor
same same
Hunt Group Pilot Number
same same
Pickup Group Number
same same
Station Hotline Number
same same
Associated Data Line Number
same same
Call Announce Number
same same
Call Rerouting
same same
Button Speedcalls
same same
Call Forward Settings
same same
Message Waiting 
same same
Do Not Disturb
same same
Auto Answer
same same
Baud Rate / Paritysame
same 
						

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Swapping Users’ Telephones
Use the MOVE SWAP command to swap two users’ 
telephones. Enter the command in the following format:
MOVE SWAP  WITH 
MOVE SWAP  WITH 
Stn A = attribute of Station A before the move
Stn B = attribute of Station B before the move
Telephone FeaturesStation AStation B
The following attributes are exchanged between the sets:
Directory Number Stn B Stn A
Name Stn B Stn A
Department Stn B Stn A
Location Stn B Stn A
Default Account Code Stn B Stn A
Personal Speedcalls Allocated Stn B Stn A
Personal Speedcalls Used Stn B Stn A
Personal Speedcall Numbers Stn B Stn A
Intercept Number  Stn B Stn A
Interconnect Number Stn B Stn A
Class of Service Stn B Stn A
Class of Restriction Stn B Stn A
Call Rerouting Stn B Stn A
Hunt Group Pilot Number Stn B Stn A
Button Speedcalls Stn B Stn A
Call Forward Settings Stn B Stn A
Message Waiting  Stn B Stn A
The following attributes remain the same at both sets:
Circuit Descriptor same same
Pickup Group Number same same
Station Hotline Number same same
Associated Data Line Number same same
Do Not Disturb same same
Auto Answer same same
Baud Rate / Parity same same 
						

							Programming
63
Programming
Programming Call Rerouting
1. Call Rerouting Always Alternative Assignment form
!For First Always Alternative Number 1
—Leave all values as “Normal”
!For each Always Alternative Number
—Change “No Reroute” to “Reroute” for the 
required originating device(s).
—Enter the directory number to which calls should 
reroute.
2. Call Rerouting First Alternative Assignment form
!For First Alternative Number 1
—Leave all values as “Normal”.
!For other First Alternative Numbers
—If calls from an originating device type are to 
reroute to the First Alternative in Busy or Do Not 
Disturb conditions, set the value to “This”.
—If calls from an originating device type are to 
reroute to the First Alternative in No Answer 
conditions, set the value to “This”.
—If calls from an originating device type are to 
reroute directly to the Second Alternative in Busy 
or Do Not Disturb conditions, set the value to 
“Last”.
—If calls from an originating device type are to 
reroute directly to the Second Alternative in No 
Answer conditions, set the value to “Last”.
—Enter the directory number to which calls should 
reroute. 
						

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3. Call Rerouting Second Alternative Assignment
!For Second Alternative Number 1
—Leave all values as “Normal”.
!For other Second Alternative Numbers
—If calls from an originating device type are to 
reroute directly to the Second Alternative in Busy, 
Do Not Disturb, or No Answer conditions, set the 
value to “This” or “Last”.
—Enter the directory number to which calls should 
reroute.
4. Call Rerouting Assignment form
!For each directory number that is affected by Call 
Rerouting, enter the Always Alternative Number for 
Day Service, Night Service 1, and Night Service 2, as 
well as the First and Second Alternative Numbers. 
						

							Programming
65
Programming
Programming Trunks
Analog Dial-in Trunk
Before You Begin
Program Class of Service, Interconnect Restriction, and 
Intercept Handling (see page 47).
1. Trunk Circuit Descriptor Assignment form
!There are several Trunk Circuit Descriptor 
Assignment forms. Use the specific form for the type 
of trunk that you are programming, to create a Trunk 
Circuit Descriptor.
2. Trunk Service Assignment form
!Create a trunk service number:
—Assign a class of service.
—Assign a class of restriction.
—Leave the Answer Points columns blank.
—To absorb no incoming digits, set the Absorb 
column to 0. Do not leave it blank.
—To absorb n digits, enter n (n =a whole number) 
in the Absorb column.
—To insert no digits, leave the Insert column blank.
—To insert digits, enter the actual digits to be 
inserted in the Insert column.
—(Optional) Assign a trunk label to appear on 
display telephones and attendant consoles 
during incoming and outgoing calls. 
						

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3. Trunk Assignment form
!Assign the trunk a trunk number, trunk service 
number, and trunk circuit descriptor number.
!Assign the trunk an interconnect number.
4. Trunk Group Assignment form
!For an outgoing trunk, enter the trunk number in the 
desired trunk group.
Analog Non-dial-in Trunk
Before You Begin
Program Class of Service, Interconnect Restriction, and 
Intercept Handling (see page 47).
1. Trunk Circuit Descriptor Assignment form
!There are several Trunk Circuit Descriptor 
Assignment forms. Use the specific form for the type 
of trunk that you are programming, to create a Trunk 
Circuit Descriptor.
2. Trunk Service Assignment form
!Create a trunk service number:
—Assign a class of service.
—Assign a class of restriction.
—Specify the directory number that incoming calls 
will ring during Day Service, Night Service 1, and 
Night Service 2.
—Leave the Digit Modification columns blank.
—(Optional) Assign a trunk label to appear on 
display telephones and attendant consoles 
during incoming and outgoing calls. 
						

							Programming
67
Programming
3. Trunk Assignment form
!Assign the trunk a trunk number, trunk service 
number, and trunk circuit descriptor number.
!Assign the trunk an interconnect number.
4. Trunk Group Assignment form
!For an outgoing trunk, enter the trunk number in the 
desired trunk group.
DISA Dial-in Trunk
1. Miscellaneous Assignment form
!Create a DISA forced account code number 
- or -
!Create a plain DISA number for the dial-in trunk.
2. Independent Account Code Assignment form
!If you are using a DISA forced account code number 
for the trunk, create an independent account code 
number and assign it to the appropriate class of 
service and class of restriction.
3. Trunk Service Assignment form
!If you are using a DISA number without a forced 
account code for the trunk, assign the appropriate 
class of restriction.
!If you do not want to modify the incoming digits, set 
the Absorb column to 0 (do not leave it blank) and 
leave the Insert column blank.
4. Trunk Assignment form
!Assign the trunk service number to the dial-in trunks. 
						

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DISA Non-dial-in Trunk
1. Miscellaneous Assignment form
!Create a DISA forced account code number
- or -
!Create a plain DISA number for the non-dial-in trunk.
2. Independent Account Code Assignment form
!If you are using a DISA forced account code number 
for the trunk, create an independent account code 
number and assign it to the appropriate class of 
service and class of restriction.
3. Trunk Service Assignment form
!Select a trunk service number.
!If you are using a DISA number without a forced 
account code for the trunk, assign the appropriate 
class of restriction.
!Assign a DISA number, created in step 1, as an 
Answer Point (specify the DISA directory for Day, 
Night 1, and Night 2 service).
4. Trunk Assignment form
!Assign the trunk service number to the desired 
trunks.
Digital Trunk
Two DSU cabinets may be programmed in a single DSU 
node. On the left side of the node, slots 1, 2, and 3 comprise 
one DSU cabinet. On the right side of the node, slots 4, 5, 
and 6 comprise another DSU cabinet. When you program 
cards in the left cabinet, program slot 3 before slot 2. When 
you program cards in the right cabinet, program slot 5 before 
slot 4. If you do not follow this order of programming, the 
DSU cards on the side of the node that you are programming 
will reset when you add the second card and the cabinet will 
go out of service for one or two minutes. 
						

							Programming
69
Programming
Before You Begin
Program Class of Service, Interconnect Restriction, and 
Intercept Handling (see page 47).
1. System Configuration form
!Program a DS1 formatter, CEPT formatter, PRI, 
T1/E1, Universal T1/E1, or R2 card. Note that the 
system will not recognize the card until it is assigned 
a link descriptor in step 3.
2. Link Descriptor Assignment form
!Create a link descriptor number.
3. Digital Link Assignment form
!Assign the link descriptor number to the link. (Until 
you assign it, the link’s trunks do not appear in the 
Trunk Assignment form.)
4. Digital Trunk Circuit Descriptor Assignment form
!There are several Digital Trunk Circuit Descriptor 
Assignment forms. Use the specific form for the type 
of trunk that you are programming, to create a Trunk 
Circuit Descriptor.
5. Trunk Service Assignment form
!Create a trunk service number to specify an answer 
point for incoming calls on non-dial-in trunks.
!If the trunks are dial-in trunks, specify how the 
incoming digits should be handled.
6. Trunk Assignment form
!Assign the trunk circuit descriptor and trunk service 
number to the trunks. 
						

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7. Trunk Group Assignment form
!For an outgoing trunk, enter the trunk number in the 
desired trunk group.
8. Network Synchronization form
!Enter the PLIDs of the links which will be 
synchronization sources for the system.