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NEC Neax 2400 Ipx Feature Programming Manual

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    							NEAX2400 IPX Feature Programming ManualPage 918NDA-24297, Issue 1
F-12 Flexible Numbering of Stations - CCIS
F-12  Flexible Numbering of Stations - CCIS 
General Description
This feature allows voice and data station numbers to be assigned to any instrument in the CCIS network, based
solely on numbering plan limitations.
Operating Procedure
Refer to the NEAX2400 IPX Office Data Specification.
Service Conditions
1. Careful consideration should be given to the network numbering plan to avoid needless loss of access
codes or duplication of telephone numbers.
2. There is no limit to the number of groups that can be assigned to the network numbering plan.
3. TENANT SERVICE [T-12] is not provided, i.e. numbers cannot be duplicated in different tenants.
4. BUSY LAMP FIELD-FLEXIBLE [B-2] service cannot be provided.
5. Refer to UNIFORM NUMBERING PLAN - CCIS [U-5] for numbering plan considerations.
Interactions 
Caution should be exercised when programming this feature. Large quantities of potential telephone numbers are
consumed. As programmed in the example, the system will be equipped with just one two-digit station and one
three-digit station.
Programming
STEP 1:ASYD- System Data 1, Index 16. Enable one to five-digit station numbering for the system. Assign
1FH.
System Data 1, Index 92, Bit 3. Must be assigned as data“1”.
STEP 2:ANPD- Reserve an access code for station numbering. For the NND parameter, assign the NND equal
to the smallest digit planned for station numbering that will use the Busy Lamp Field (BLF). Only the
stations with the NND assigned will appear on the BLF.
Note:Only three and four-digit station numbers will appear.
STEP 3:ASPA- Assign the station numbering in such a way that the system will be able to differentiate the
station numbering using the access codes programmed. For the example shown, the following data is
programmed:
Station 31:
Station 321:Station 3221:
TN:1 TN:1 TN:1
ACC:31 ACC:321 ACC:322
CI: N (Normal), H (Hooking) CI:N (Normal), H (Hooking) CI:N (Normal), H (Hooking)
SRV = STN SRV = STN SRV = STN
NND:2 NND:3 NND:4
The following access codes should also be assigned: 323, 324, 325, 326, 327, 328, 329, 320. CI:
Normal (N), Hooking (H); SRV = STN (Station); and NND: 4 will be assigned with each of the above.
STEP 4:AMND- Assign the digits to go over CCIS.
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    							NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1Page 919
Hands-free Answerback - Dterm- CCIS H-10D
H-10D  Hands-free Answerback - Dterm - CCIS 
General Description
ThisfeatureallowsaDtermuser to respond to a VOICE CALL - CCIS [V-7] without lifting the handset.
Operating Procedure
To answer
1. Lift the handset and press the line key to answer the call.
2. Press feature key and“1”; the MIC LED lights.
3. Press feature key and“5”to select hands-free operation.
4. Replace the handset; respond to the call hands-free.
To answer a VOICE CALL - CCIS [V-7]
1. Press feature key and“1”; the MIC LED lights.
2. Press feature key and“5”to select hands-free operation.
3. Respond to the call hands-free.
Service Conditions
1. TheMICmaybeleftONatalltimes.
2. Hands-free operation may be selected at all times.
Programming
STEP 5:No programming is required. See VOICE CALL - Dterm[V-2D].
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    							NEAX2400 IPX Feature Programming ManualPage 920NDA-24297, Issue 1
H-11 House Phone - CCIS
H-11  House Phone - CCIS
General Description
This feature allows selected stations to call an Attendant Console through the CCIS network, simply by going off-
hook.
Operating Procedure
To call the Attendant
1. The HOUSE PHONE - CCIS user lifts the handset.
2. The Attendant is automatically called.
Service Conditions
1. Attendant Console indications will appear as follows:
a.) ATND lamp flashes.
b.) Console buzzer sounds.
2. HOUSE PHONEs may or may not be equipped with dials.
3. HOUSE PHONE - CCIS assignments are programmed into system data via the MAINTENANCE
ADMINISTRATION TERMINAL (MAT) [M-18].
4. There is no limit to the number of HOUSE PHONES - CCIS permitted in the network.
5. SPEED CALLING-SYSTEM [S-3] is used for HOUSE PHONE - CCIS calling if the Attendant is in
another office.
Interactions
1. The AHLS command is not needed if the House Phone (Hotline) is in the same node as the Attendant
Console. When a station is programmed as TEC: 14, HOTLINE, it will automatically be connected to the
Attendant Console.
2. If the House Phone is to be used for outgoing calls via the Attendant Console (ARSC Command RRI 2),
assign a Route Restriction Class that will allow these connections. The same consideration should be made
for incoming calls via the Attendant Console (RRI 0).
Programming
STEP 1:ASDT- Assign the station as a TEC = 14 for Hotline.
If the Attendant Console is in another node:
STEP 2:ASPD- Assign the tenant number,
Abbreviated Digit Code (ADC) and Digit Code (DC).
STEP 3:AHLS- Assign the station number of the House Phone using the following parameters:
HOT TN:Hotline Tenant
STN: Hotline Station number
TYP: 2
ADC: Abbreviated Digit Code
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    							NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1Page 921
Hotline - CCIS H-12
H-12  Hotline - CCIS
General Description
This feature allows two stations at different nodes in the CCIS network to be associated with one another on an
automatic ringdown basis.
Operating Procedure
1. Station A lifts the handset.
2. Station B is rung.
3. Station B lifts the handset; the connection is established.
Service Conditions
1. If both phones in a HOTLINE - CCIS pair are equipped with dials, either one may transfer a HOTLINE -
CCIS call to another station in the CCIS network, using the CALL TRANSFER-ALL CALLS - CCIS [C-
50] feature.
2. There is no limit to the number of originating HOTLINE - CCIS stations.
3. HOTLINE - CCIS assignments are programmed into system data via the Maintenance Administration
Terminal (MAT).
4. HOTLINE - CCIS uses SPEED CALLING-SYSTEM [S-3] memory. Therefore, a total of 1000
HOTLINE - CCIS destinations, HOTLINE-OUTSIDE [H-9], and SPEED CALLING-SYSTEM codes are
available.
5. OUTGOING TRUNK QUEUING - CCIS [O-12] is not provided for a HOTLINE - CCIS call.
6. A HOTLINE - CCIS station can be assigned as a line/feature key on a D
term. See TRUNK LINE
APPEARANCE[T-23].
7. The MY-Line of a D
termcannot be assigned as a HOTLINE - CCIS.
Interactions
1. The connecting station does not have to be a HOTLINE station. If the connecting station is busy, the
HOTLINE station will hear reorder tone, or CALL WAITING-ORIGINATING [C-31] will be
automatically set.
2. CALL BACK [C-1]: If the connecting station of a HOTLINE connection is busy, CALL BACK is
allowed.
3. CONSULTATION HOLD-ALL CALLS [C-58]: The HOTLINE station may put the destination station
on CONSULTATION HOLD-ALL CALLS. In this state, the HOTLINE station may make an outgoing
call and is therefore affected by CLASS OF SERVICE-INDIVIDUAL [C-15].
4. CALL WAITING-ORIGINATING [C-31]: A HOTLINE is allowed to camp-on to a busy destination
station. Assign SFI 5 (Call Waiting-Calling Side), SFI 6 (Call Waiting-Called Side) to SFC 0 and CDN
46:CW at the remote node.
5. If the connecting station is also a HOTLINE, then the reverse connection must also be programmed.
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    							NEAX2400 IPX Feature Programming ManualPage 922NDA-24297, Issue 1
H-12 Hotline - CCIS
Programming
STEP 1:ASDT- Assign the station as a TEC = 14 for Hotline.
STEP 2:AHLS- Assign the station number programmed above for the following parameters:
HOT TN: HOTLINE Tenant
STN: HOTLINE Station
TYP: 2
ADC: Abbreviated Digit Code
STEP 3:ASPD- Assign tenant, Abbreviated Digit Code (ADC) and Digit Code (DC).
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    							NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1Page 923
Incoming Call Identification - CCIS I-16
I-16  Incoming Call Identification - CCIS
General Description
This feature allows an Attendant to visually identify the type of service and/or trunk route which is arriving or
waiting to be answered at the Attendant Console through CCIS.
Operating Procedure
No manual operation is required.
Service Conditions
1. A flashing lamp indicates a call waiting to be answered.
2. A steady lamp indicates an answered call.
3. A maximum of 12 lamp and key groups can be associated with INCOMING CALL IDENTIFICATION
- CCIS.
4. Lamps and keys are assigned as follows:
LDN Listed Directory Number
WATS Wide Area Telephone Service
FX Foreign Exchange
ATND Attendant Call
RECALL Transfer to Attendant
ICPT Intercept
NANS Station No Answer
BUSY Call Forwarding Busy
TIE TIE Line
5. More than one INCOMING CALL IDENTIFICATION lamp can be lit at the same time on the Attendant
Console. The Attendant can select any incoming call by pressing the associated key.
6. Calls can be answered via the ANSWER key for first-in, first-out priority.
7. The Attendant Console is limited to 12 unique INCOMING CALL IDENTIFICATION indications.
However, more than one incoming trunk route can be programmed for the same INCOMING CALL
IDENTIFICATION.
Interactions
1. To fulfill the requirements of the feature description, Step 1 of Programming is not required. However, the
CALL WAITING LAMP [C-13] should be programmed in relationship to the INCOMING CALL
IDENTIFICATION.
2. System Data 2, Index 8, Bits 6 and 7 and Index 9, Bit 0-3 can be flagged to represent an incoming call, but
the meaning of the incoming call can be reassigned via the AAKP command.
3. The first six keys (LDN to CCSA) are fixed and cannot be changed. The AAKP command is used to
program the remaining six optional keys.
Programming
STEP 1:ASYD- System Data 2, Index 8 & 9. Flag the type of incoming calls the Attendant Console should
expect.
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    							NEAX2400 IPX Feature Programming ManualPage 924NDA-24297, Issue 1
I-16 Incoming Call Identification - CCIS
Programming (cont’d)
Index 8
Bit 0-Listed Directory Number
Bit 1-Incoming Station Call
Bit 2-Attendant Recall
Bit 3-FX
Bit 4-WATS
Bit 5-CCSA (DID)
Bit 6-TIE Line
Bit7-CallForwardingBusyLine
Index 9
Bit0-CallForwardingDon’tAnswer
Bit 1-Call Forwarding Intercept
Bit 2-TF ASAT
Bit 3-Supervisory Call
Note:System Data 2, Index 8, Bits 6 & 7, and System Data 2, Index 9, Bit 0-3 can be assigned different meaning
via the AAKP command.
STEP 2:ARTD- Flag the type of route in CDN 6:TCL, Trunk Class.
Bit 0-Not used
Bit 1-DDD Line (LDN)
Bit 2-FX Line (FX)
Bit 3-WATS Line (WATS)
Bit 4-TIE Line (TIE)
Bit 5-CCSA Line (CCSA)
Bit6-TollLine
Bit 7-CAS Line
Bit 8-Paging
Bit 9-Not used
Bit 10-Not used
Bit 11-general page
Bit 12-Radio Page
STEP 3:AAKP- This command may be used to change the meaning of the top six Call Identification keys of
the Attendant Console. (See System Data 2, Indexes 8 & 9). The following functions may be assigned
to Key Number (KYN) 1-6.
Function:
1-CAS
2-Off-Hook Alarm
3-Priority Call 1
4-Priority Call 2
5-Priority Call 3
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    							NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1Page 925
Individual Attendant Access - CCIS I-17
I-17  Individual Attendant Access - CCIS 
General Description
This feature permits a user to call a particular Attendant Console in the CCIS network, via an individual Attendant
Identification Number.
Operating Procedure
1. The user dials an individual Attendant Identification Number.
2. The directed Attendant receives an INCOMING CALL IDENTIFICATION [I-16] indication and can
answer using the normal operating procedure.
Service Conditions
The Attendant Identification Number must be published for each attendant.
Interactions
1. The Attendant Consoles must first be programmed.
2. The ASAT number should be the same number of digits as any other telephone number. ASAT assigns a
telephone number to each Attendant Console.
3. An attendant is allowed to call the ASAT number of another Attendant Console for the purpose of
conversation.
Programming
STEP 1:ASAT- Assign a station number to each attendant. The Attendant Number is the trunk number
assigned in the ATRK command, Route 901.
STEP 2:AT N R- Allow stations in a tenant either access or denial to the tenant in which the Attendant Console
is located.
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    							NEAX2400 IPX Feature Programming ManualPage 926NDA-24297, Issue 1
I-18 Inter-Position Transfer - CCIS
I-18  Inter-Position Transfer - CCIS
General Description
This feature allows calls to be transferred from one Attendant Console to another through the CCIS network.
Operating Procedure
To transfer from Console A to Console B
1. Attendant A presses the START key.
2. Attendant A dials the Attendant Console B Identification Number, or“0”for all Attendant Consoles.
3. The call is indicated at Attendant Console B or all Attendant Consoles.
4. Attendant B presses the ANSWER key.
5. Attendant A presses the RELEASE key to transfer; or consults first and then releases.
Service Conditions
1. An Identification Number is assigned to each Attendant Console for INTER-POSITION TRANSFER -
CCIS.
2. An Attendant Console can receive one INTER-POSITION TRANSFER call at a time. An INCOMING
CALL IDENTIFICATION - CCIS [I-16] key is designated for receipt of these calls.
3. An Attendant cannot transfer a two-party connection to another Attendant.
4. An Attendant can extend an INTER-POSITION TRANSFER - CCIS call to any other destination.
5. When NIGHT CONNECTION [N-15, N-16] is active in one system, an INTER-POSITION TRANSFER
from the Attendant of another system can be answered by the Night station.
Interactions
1. The Attendant Console must first be programmed.
2. An Attendant is allowed to call the ASAT number of another Attendant Console for the purpose of
conversation.
3. The ASAT number may not be programmed in the place of a telephone number in the ASID and ASGD
commands. See OFF-HOOK ALARM[O-6], ATTENDANT NIGHT TRANSFER[A-19],and
PRIORITY CALL[P-9].
Programming
STEP 1:ASYD- System Data 2, Index 6, Bit 5. Enable INTER-POSITION TRANSFER? 0/1: No/yes. Assign
data“1”. (Assigned on a per-tenant basis.)
System Data 2, Index 9, Bit 3. Is INTER-POSITION TRANSFER considered an incoming call to the
Attendant Console, which is counted as a Call Waiting? 0/1: No/Yes. See CALL WAITING LAMP
[C-13]. (Assigned on a per-tenant basis.)
STEP 2:ASAT- Assign a specific Attendant number to each Attendant Console.
STEP 3:AT N R- Allow station-to-station connection on an Intra and Inter-tenant basis.
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    							NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1Page 927
Look Ahead Routing - CCIS L-25
L-25  Look Ahead Routing - CCIS
General Description
This feature allows a station to dial a Public Switched Telephone Network (PSTN) call and has the capability of
looking ahead to seven directly-connected nodes in the CCIS network for an idle trunk.
Operating Procedure
1. Lift the handset; receive dial tone.
2. Dial the access code; receive second dial tone.
3. Dial the PSTN number.
4. The system completes the call by checking all available routes in the network specified by system
programming.
Service Conditions
1. The PBX can look ahead to a maximum of seven directly-connectedCCIS nodes.
2. A maximum of eight routes at each node, directly connected to the calling node, can be checked by the
calling office.
3. This feature is used in conjunction with LEAST-COST ROUTING-3/6 DIGIT [L-5].
4. Stations may be restricted from using this feature by CLASS OF SERVICE INDIVIDUAL [C-15].
5. The maximum number of adjacent CCIS links for each system is 32.
Interactions
LEAST-COST ROUTING [L-5] is used in conjunction with outgoing C.O. calling. The seven-system limitation of
LOOK-AHEAD ROUTING - CCIS is based on the eight route advances available in the AOPR command. This
results in seven systems for seven route advances. The eighth route is reserved for DDD off-net access to ensure the
completion of the call.
Programming
STEP 1:ASYD- System Data 1, Index 186, Bit 0. Is Link Reconnection in service? 0/1: No/Yes.
STEP 2:ASFC- Allow SFI 1 for stations using LOOK-AHEAD ROUTING - CCIS. Allow CDN 9:TQ for the
overflow routes and also for the LCR flag route. (Do not allow for CCIS voice or data route.)
If a station in Office A calls a station in Office B, and that station is forwarded to a station in Office C,
the call will go directly to Office, bypassing Office B (in a fully associated network).
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