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NEC Neax 2400 Ipx Feature Programming Manual

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    							NEAX2400 IPX Feature Programming ManualPage 858NDA-24297, Issue 1
C-52 Calling/Called Number Display - CCIS
Operating Procedure (cont’d)
2. The Attendant presses the ANSWER key; Station B and the Attendant are connected. The number of
Station B is displayed on the Attendant Console.
Service Conditions
For the Attendant Console
1. At the time of call origination:
a.) The called number is displayed (last 6 digits) only when the called party has answered the call.
2. At the time of call termination:
a.) The calling number is displayed (last 6 digits) only when the Attendant has answered the
terminated call.
3. The display of the telephone number of the station that has answered the call routed by the Attendant has
priority over this service. This is not applicable to Inter-office telephone number display in the above case.
4. Even if the communicating party has changed during a call, the display of the telephone number remains
unchanged.
5. As stated in the preceding paragraph, the telephone number display is made only for the station that has
first engaged in a call with the Attendant.
For the Dterm
1. Call origination: The called number is displayed (8 digits).
2. Call termination: The calling number is displayed while the called side is being rung.
3. Display of the telephone number of the station which has answered the call routed by the Attendant has
priority over this service. This is not applicable to inter-office telephone number display in the above case.
4. Even if the communicating party has changed during a call, display of the telephone number remains
unchanged.
Programming
ASYD- System 1, Index 82. Assign Number Display Pattern (b4-b7).
STN (a)
[Node A] [Node B]STN (b)
CCIS ATT
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    							NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1Page 859
Call Processing Indication - CCIS C-53
C-53  Call Processing Indication - CCIS 
General Description
This feature provides a visual indication at the ATTENDANT CONSOLE [A-3] of all CCIS calls being handled by
the ATTENDANT CONSOLE [A-3] through the CCIS network.
Operating Procedure
Refer to the operation guide of the Attendant Console.
Service Conditions
1. The status of calls being processed by the Attendant is indicated by the status lamps (BUSY, ATND, or
HOLD) corresponding to the particular loop key.
2. The ATTENDANT CONSOLE [A-3] is equipped with six dedicated switched loop keys. Each loop key
has five associated indicator lamps (HOLD, ATND, BUSY, RING, ANSWER) which display the status
of the call on that loop. The indicator lamps may be on, off or flashing (400 ms. On and 400 ms. Off).
3. When the ATTENDANT LOOP RELEASE [A-6] feature is activated, the status of the call is removed
from the ATTENDANT CONSOLE [A-3] until alerted by the AUTOMATIC RECALL [A-8] feature.
Interactions
The ATTENDANT CONSOLE [A-3] must first be provided.
Programming
No Programming Required. These indications are inherent in the system. These indications are enabled
when the ATTENDANT CONSOLE [A-3] is programmed. Also, see DIGITAL DISPLAY - STATION
[D-5]and DIGITAL DISPLAY - TRUNK[D-6]and ATTENDANT LOOP RELEASE[A-6].
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    							NEAX2400 IPX Feature Programming ManualPage 860NDA-24297, Issue 1
C-54 Call Transfer - Attendant - CCIS
C-54  Call Transfer - Attendant - CCIS
General Description
This feature allows a user to transfer a call through the CCIS network to an Attendant Console located in a Main or
Satellite node, while connected to a CCIS network call.
Operating Procedure
To transfer a call to an Attendant Console
1. While engaged in a Central Office trunk call, switch hook flash; receive special dial tone.
2. Dial the Operator Access Code.
3. The Attendant Console ATND lamp flashes and the buzzer sounds. The station receives ringback tone.
To answer from the Attendant Console
1. Refer to the operation guide of the Attendant Console.
If the station wishes to return to the Central Office trunk call while the Attendant Console is being called
1. Switch hook flash; the ATND lamp is extinguished at the Attendant Console and the buzzer stops.
2. The station returns to the Central Office trunk call.
Service Conditions 
1. This feature is available when the Attendant Console is in a different node in the CCIS network.
2. This feature is available for incoming or outgoing C.O. trunk calls and station-to-station calls.
3. When the Attendant Console is in NIGHT CONNECTION - CCIS mode, the transferring station will
receive reorder tone.
4. When a HOTLINE - CCIS [H-12] set is equipped with a dial, the user can switch hook flash to get the
special dial tone, then dial“0”. Ringback tone is provided and the Attendant Console is notified of the call.
5. This feature cannot be used when NIGHT CONNECTION-FIXED - CCIS [N-15] or NIGHT
CONNECTION-FLEXIBLE - CCIS [N-16] is activated. In this case, CALL TRANSFER-ALL CALLS -
CCIS [C-50] would be used to transfer a call. If CALL TRANSFER-ATTENDANT - CCIS is attempted,
reorder tone will be returned.
6. If the SPLITTING [S-4, S-4D] or ATTENDANT LOCKOUT [A-5] feature is activated, CALL
TRANSFER-ATTENDANT - CCIS can be implemented.
7. A station-to-station or station-to-trunk connection, within the same node as the NIGHT ATTENDANT
TRANSFER [A-19] station, cannot be transferred to the NIGHT ATTENDANT TRANSFER [A-19]
station. However, a station-to-station or station-to-trunk connection, in which one party is located in the
same system as the NIGHT ATTENDANT TRANSFER [A-19] station, can be transferred to the NIGHT
ATTENDANT TRANSFER [A-19] station.
Interactions
1. A HOTLINE [H-1] station may transfer a call to the Attendant Console.
2. A call transferred to a station with a call forwarding feature set will forward according to the conditions
of the feature, unless the station is CALL FORWARDING-ALL CALLS - CCIS to the Attendant Console.
CALL FORWARDING-OVERRIDE [C-26] supersedes CALL FORWARDING-ALL CALLS - CCIS.
3. A call transfer to a station in a station Hunt Group will hunt according to the conditions of the station
hunting feature used.
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    							NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1Page 861
Call Transfer - Attendant - CCIS C-54
Interactions (cont’d)
4. A call transfer to a Dtermthat has DO NOT DISTURB [D-21D] set will receive reorder tone, or follow
CALL FORWARDING-BUSY LINE or ALL CALLS if set.
Programming
STEP 1:ASYD- System Data 2, Index 1, Bits 0 & 1. Assign data“11”to allow CONSULTATION HOLD [C-
58] for all types of connections.
STEP 2:AT N R- Allow tenant-to-tenant connection for Inter and Intra-tenant connections. Assign Tenant
Restriction Index (TRI) 0, and 4 on an Inter- and Intra-tenant basis.
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    							NEAX2400 IPX Feature Programming ManualPage 862NDA-24297, Issue 1
C-55 Centralized Billing - CCIS
C-55  Centralized Billing - CCIS
General Description
This service is used for collecting billing information from each office within the network and directing it to
associated offices, thus providing the billing information to the CENTRALIZED BILLING CENTER via an RS-
232C interface.
This feature may be provided through multiple FCCS groups (networks where multiple NEAX2000 IVS
2sare
connected via FCCS link) and the NEAX2400 IPX, using CCIS link.
Note:NEAX2400 IPX - NEAX2000 IVS2connection is available only if the NEAX2000 IVS2is the satellite office
(requires NEAX2000 IVS2Series 2000 or later software).
Operating Procedure
1. Station A in Node A (Main Node) dials Station C in Node C; Station A receives ringback tone and Station
C is rung.
STN (c)
STN (b) STN (a)
[Node A (Main Node)][Node B 
(Satellite 
Node)]
RS-
23
2
C
[Node C (Satellite Node)]
Centralized Billing CenterCCIS CCIS
STN (c) RG
RBT
STN (a)
[Node A]
[Node B]STN (b)
CCIS CCIS[Node C]RBT
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    							NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1Page 863
Centralized Billing - CCIS C-55
Operating Procedure (cont’d)
2. Station C goes off-hook; Stations A and C are connected with each other in conversation.
3. Stations A and C go on-hook; SMDR information is sent out to the CENTRALIZED BILLING CENTER.
4. Station B dials Station C in Node C; Station B receives ringback tone and Station C is rung.
STN (c)
STN (a)
[Node A]
[Node B]STN (b)
CCIS CCIS[Node C]
Centralized Billing Center
[Node A (Main Node)] RS-232CSMDR Message
STN (c)
STN (a)
[Node A] [Node B]STN (b) CCIS CCIS[Node C] RG
RBT RBT
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    							NEAX2400 IPX Feature Programming ManualPage 864NDA-24297, Issue 1
C-55 Centralized Billing - CCIS
Operating Procedure (cont’d)
5. Station C goes off-hook; Stations B and C are connected in conversation.
6. Stations C and B go on-hook; SMDR information is sent to the Billing Center through the CCIS line.
Service Conditions 
1. The maximum number of billing information output ports at the Center Office is 2.
2. Information storage capacity of the office should be 700 calls.
3. If billing information in excess of the above mentioned storage capability is generated at a time when the
billing information cannot be transmitted to the associated Center Office because of a fault condition, the
newly generated billing information cannot be processed.
4. The number of billing information output ports at a local office is 1.
5. When using CENTRALIZED BILLING - CCIS, it is recommended that the speed of the CCIS signalling
link be higher than 9600 bps.
When this service is provided in the network through FCCS groups and NEAX2000 IVS2
1. For general information of this network, refer to“Network Through FCCS Groups and NEAX2000 IVS2”,
in the NEAX2400 IPX No. 7 CCIS System Manual.
2. When the 7 or 8-digit telephone number (assigned in AELGN command) is used in the network, for the
NEAX2000 IVS
2, it is output to station number field and the office code field of the originating party. The
telephone number is not used in ICS text format, therefore, when the 7 or 8-digit telephone number is used
in the network, it is converted to office code and station number (the station number is output to the station
number field of the originating party, and the office code is output to office code field of the originating
party).
3. When the Centralized Billing Office adopts the CCIS billing method, the receiving message field is output
as it is.
4. When the Centralized Billing Office adopts the FCCS billing method, the information field of the
originating call is also output to the Telephone Number field.
STN (c)
STN (a)
[Node A] [Node B]STN (b)
CCIS CCIS[Node C]
Centralized Billing Center
RS-232CSMDR Message
[Node A][Node B] CCIS
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    							NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1Page 865
Centralized Billing - CCIS C-55
Programming
STEP 1:ASYD- System 1, Index 32, Bit 0: At the time of SMDR processor trouble, outgoing call is not
restricted/restricted = 0/1. Bit 1: Tenant information is recorded (1). Bit 2: Route information is
recorded (1). Bit 7: SMDR services are provided (1).
System 1, Index 33, Bits 3 & 4: Designation of a total of parties to be billed. Bit 5: Designation of
billing system for a transferred incoming call. Bit 6: Designation of billing system for a transferred
outgoing call.
System 1, Index 34, Bit 0: RS-232C non-procedure output function is provided. Bits 1 & 2:
Designation of RS-232C Output Code. Bit 3: Designation of the number of RS-232C Stop Bits.
System 1, Index 95, Bits 0-6: SMDR RS-232C Variable Timer setting for the case where computer
output cannot be provided. Billing data are stored until this timer times out. Bit 7: Valid/Invalid
Variable Timer (0/1).
System 1, Index 180/181: Assignment of the Self Office Point Code (OPC).
System 1, Index 182/183: Assignment of the Center Office Point Code (DPC) (when the self office is
the Center Office, DPC = 0).
System 1, Index 288: Designation of RS-232C non-procedure output port (SMDR).
System 2, Index 3, Bit 0: SMDR Service (1). Bit 7: SMDR Station-to-Station Connection Data (1).
STEP 2:ASFC- With respect to SFC of the billing subject stations, clear the restriction of SFI = 14 (SMDR -
Trunk Basis) and, if necessary, SFI = 58 (SMDR STN to STN).
STEP 3:ARTD- With respect to the Route Class of Outgoing and Incoming Trunks, assign SMDR = 1,
SMDR3 = 0. The parameters for SMDR2 are pertaining to incoming call billing processing service.
Assign data to the parameters on an as required basis.
STEP 4:AMND- Assign necessary maximum number of digits for the number to be dialed on origination of an
outgoing call. As many digits as assigned are given out as the Called No. of SMDR information.
STEP 5:AIOC- Assign Baud Rate, Parity Bit, Stop Bit etc. of the designated Output Port for SMDR. (See
STATION MESSAGE DETAIL RECORDING (SMDR) [S-10].)
FCCS Programming 
The method for this service can be selected whether Centralized Billing - CCIS (CCIS method) or
Centralized Billing - FCCS (FCCS method). For FCCS method, see STATION MESSAGE DETAIL
RECORDING (SMDR)[S-10].
STEP 1:Set the data for the Centralized MAT following programming of CENTRALIZED MAINTENANCE -
CCIS[C-167]and telephone number (maximum of 8 digits) following NUMBER PORTABILITY -
CCIS[N-46].
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    							NEAX2400 IPX Feature Programming ManualPage 866NDA-24297, Issue 1
C-56 Centralized Day/Night Mode Change - CCIS
C-56  Centralized Day/Night Mode Change - CCIS
General Description
This service feature switches the DAY/NIGHT mode of Satellite Nodes which are linked to the Main Node via
CCIS, in accordance with the DAY/NIGHT mode switching [A-3] at the Main Node.
Operating Procedure
Note:Node B - Node E are Satellite Nodes.
1. Press the NIGHT key on the Attendant Console for each Tenant; the NIGHT lamp illuminates. The mode
of Satellite Node for each Tenant changes from Day mode to Night mode.
Note:To confirm Night Mode, see Night Connection-Fixed - CCIS [N-15].
Service Conditions 
1. A Main Node can control DAY/NIGHT mode changeover for a maximum of 16 remote nodes.
[Node A (Main Node)]
CCIS
CCIS
CCIS CCIS ATT
TN=2
TN=3
TN=4
TN=5
[Node B] [Node C] [Node D] [Node E]
TN=1 TN=1 TN=1TN=1
ATT
TN=2
TN=3
TN=4
TN=5
CCISCCIS
CCIS
CCIS
IINDEX19=05 [Node B] [Node C] [Node D] [Node E]
TN=1 TN=1 TN=1 TN=1
INDEX19=04INDEX19=03INDEX19=02 :Day Mode
:Night Mode
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    							NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1Page 867
Centralized Day/Night Mode Change - CCIS C-56
Service Conditions (cont’d)
2. DAY/NIGHT mode changeover will be performed in one-minute increments. If consistency between the
DAY/NIGHT mode at the Main and Satellite Nodes is lost, the status is restored to that of the Main Node
within 16 minutes.
3. At the Main Node, from 1 to 15 tenants can use the system.
4. At a Satellite Node, only TN = 1 is possible.
5. When a Satellite Node is equipped with DAY/NIGHT mode changeover features, changeover of the
Satellite Node DAY/NIGHT mode is not performed from the Main Node.
6. The Satellite Node cannot have an Attendant Console programmed.
7. Selecting DAY/NIGHT option from the NEAX2400 IPX does not change the NEAX2000 IVS
2DAY/
NIGHT status.
Programming
STEP 1:ASYD- System Data 1, Index 18, Bit 6: Day/Night change of Satellite Node (for Main Node only).
Assign data“1”at the Main Node.
System Data 1, Index 18, Bit 7: Day/Night change is executed by the Main Node (for Satellite Node
only). Assign data“1”at the Satellite Node whose Day/Night mode is to be changed in accordance
with key operation at the Main Node.
System Data 1, Index 19, Bits 0-3. Tenant Number (TN1-15) of the Main Node to which the Satellite
Node belongs (for Satellite Node only).
System 1, Index 75, Bit 0: Route Restriction Pattern (ARSC). Bit 1: Service Feature Restriction Pattern
(ASFC).
System Data 1, Index 75. Assign 1 (Day/Night Data) to Bit 0 (Route Restriction Pattern (ARSC)), Bit
1 (Service Feature Restriction Pattern (ASFC)), Bit 2 (Tenant Restriction Pattern (ATNR)), Bit 3 (Toll
Restriction Pattern (ATDP), and Bit 4 Class Restriction Pattern (AEFR).
System Data 1, Index 229 = 09 (for Main and Satellite Nodes).
STEP 2:ARDN- Assign Point Code of Satellite Node (Index = 0-15, PC = 1-16367). (Main Node only.)
STEP 3:ARSC- Assign data on Day/Night Mode basis.
STEP 4:ASFC- Assign data on Day/Night Mode basis.
STEP 5:AT D P- Assign data on Day/Night Mode basis.
STEP 6:AT N R- Assign data on Day/Night Mode basis.
STEP 7:AEFR- Assign data on Day/Night Mode basis (EPN Version).
Note:To list up Day/Night information, use the LDNI command.
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