NEC Neax 2400 Ipx Feature Programming Manual

							NEAX2400 IPX Feature Programming ManualPage 328NDA-24297, Issue 1
D-153 Distinctive Ringing - Caller ID
Service Conditions (cont’d)
13. Ringer patterns 2, 3 or 4 cannot be assigned for this feature. When one of those ringer patterns is assigned
from the MAT, default value“Ringer pattern 6”is automatically set.
14. When System Data 3 is changed, circuit card (LC,ELC) initialization is required.
15. The following circuit card is required for Analog Caller ID:
16. When the multiple incoming calls are simultaneously terminated to the multi-line on the D
term,thepriority
of ringing pattern is as follows:
Programming
STEP 1:ASYD- System Data 1, Index 417, Bit 0. Recall Ringer Pattern for CALL BACK [C-1], CALL
WAITING - ORIGINATING [C-31], and OUTGOING TRUNK QUEUING [O-2].
0/1 = Ringer pattern 5/Ringer pattern 1.
System Data 3, Index 0. Assign Timer Value for Ringer Pattern 0.
System Data 3, Index 1: Assign Timer Value for Ringer Pattern 1.
System Data 3, Index 3, Bit 0. 2 Burst on the ON Time for Ringer Pattern 0. 0/1 = Not required/
Required.
System Data 3, Index 3, Bit 1. 2 Burst on the ON Time for Ringer Pattern 1. 0/1 = Not required/
Required.
System Data 3, Index 3, Bit 5. 3 Burst on the ON Time for Ringer Pattern 5. 0/1 = Not required/
Required.
System Data 3, Index 7: Assign Timer Value for Ringer Pattern 5.
System Data 3, Index 8: Assign Timer Value for Ringer Pattern 6.
System Data 3, Index 9: Assign Timer Value for Ringer Pattern 7.
STEP 2:ACID- Assign the calling number for this service.
TYPE: 1
TN: Tenant number
STN: Station number
CID: Calling number (Maximum 28 digits)
SRV: 6 (Distinctive Ringing - Caller ID)
RGP: Ringer pattern (0, 1, 5 - 7)
FCCS Programming 
No unique programming is required for the FCCS network.
CIRCUIT CARD NAMEREMARKS
PA-8COTBJ
PRIORITY1ST2ND3RD4TH5TH
Ringing pattern RG7 RG6 RG5 RG0 RG1 
						

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Dual Station Call D-156
D-156 Dual Station Call
General Description
This feature allows a user to simultaneously call two stations (referred as a Main Station and Sub Station), which
are accommodated in two different nodes within an FCCS network, by dialing one telephone number of the Main
Station. At that time, the call can be answered from either the Main or the Sub Station. Additionally, when this
service is used with BOSS-SECRETARY service, the Main Station can forward a call automatically from a
secretary station.
This service requires the data setting of FCCS link. For more information on FCCS data, see the NEAX2400 IPX
Fusion Network System Manual.
Operating Procedure
When DUAL STATION CALL is activated without BOSS-SECRETARY service
1. To call two Dterms from the station:
a.) Lift the handset.
b.) Receive dial tone.
c.) Dial the telephone number of a Main Station.
d.) Main Station and Sub Station ring.
2. To pick up a call:
a.) A station answers the call.
b.) The caller is connected with the station which picked up the call (the other station stops ringing).
Note:If the call is abandoned, both Dterms stop ringing.
When DUAL STATION CALL is activated with BOSS-SECRETARY service (B-MOVE key is not set)
Station A Main Station (Boss Station)
Station B Sub Station
Station C Secretary station which accommodates sub line to be assigned the Main Station’s number
1. To call two D
terms from a station:
a.) Lift the handset.
b.) Receive dial tone.
c.) Dial Station A’s telephone number.
d.) Station A, Station B and Station C ring.
2. To pick up a call via Station C:
a.) Station C answers the call.
b.) The caller is connected with Station C.
c.) Station A and Station B stop ringing.
d.) Station C presses Station A’s line.
e.) The caller hears MSC.
f.) Station C calls Station A.
When DUAL STATION CALL is activated with the BOSS-SECRETARY service (B-MOVE key is set)
Station A Main Station (Boss Station)
Station B Sub Station (the destination for the B-MV key)
Station C Secretary station which accommodates sub line to be assigned the Main Station’s number
1. To call two D
terms from a station:
a.) Lift the handset. 
						

							NEAX2400 IPX Feature Programming ManualPage 330NDA-24297, Issue 1
D-156 Dual Station Call
Operating Procedure (cont’d)
b.) Receive dial tone.
c.) Dial Station A’s telephone number.
d.) Station A, Station B and Station C ring.
2. To answer a call via Station C:
a.) Station C answers.
b.) The caller is connected with Station C.
c.) Station A and Station B stop ringing.
d.) Station C presses Station A’s line.
e.) The caller hears MSC and Station C’s user hears ringback tone.
f.) Station C calls Station B as assigned Station A’s destination for B-MV key. Station B rings.
Note 1:When Station B is busy, Station C hears busy tone. Station C can perform a switch hook flash to connect
with the calling party again. This operation is the same as CONSULTATION HOLD-ALL CALLS [C-17].
Note 2:When a Sub Station is programmed as BOSS station, the current BOSS-SECRETARY service is activated.
Note 3:When the destination for NUMBER SHARING is set by pressing the PS key, the secretary station cannot
transfer a call to the Sub Station.
To set/cancel the B-MV key
1. To set the B-MV key:
a.) When a D
termis idle, press the B-MV key.
b.) Lamps of the B-MV key accommodated in the Main Station and Sub Station light. (When the PS
key is assigned to the D
term, PS key lights also.) The LCD displays as shown below:
2. To cancel the B-MV key:
a.) Press the B-MV key while the D
termis idle.
b.) Lamps of the B-MV key accommodated in the Main Station and Sub Station go off. (When the
PSkeyisassignedtotheD
term, PS key also goes off.) The LCD displays as shown below:
Service Conditions
1. A telephone number must be assigned to Main Station and Sub Station.
2. Only the D
termcan be programmed as Main Station and Sub Station.
3. Any station within the FCCS network can be a pair of Main Station and Sub Station.
4. Main Station or Sub Station assignment cannot be duplicated for another pair.
5. Only one telephone number as Sub Station can be assigned to a Main Station.
6. B-MV feature key can only be set when the station is idle.
7. The calling party’s LCD will display the telephone number of a Main Station no matter which station picks
up the call. Also, when Sub Station picks up a call from CCIS line, the telephone number of the Main
Station is sent to the calling party.
8. MESSAGE REMINDER [M-19] is available for the terminating station service (all stations).
9. MESSAGE WAITING service set by the CMWL command is available for the preassinged station.FORWARD SET
              
FORWARD CANCEL 
						

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Dual Station Call D-156
Service Conditions (cont’d)
10. CALL BACK [C-1] is available for only the station to be set CALL BACK.
11. This service is activated in a Hotel/Motel system, but not activated with Hotel/Motel application service.
12. When a Sub Station is in communication, the telephone number of the Sub Station is sent to OAI or MFC
as Calling Number notification.
13. When a Sub Station is busy, a call terminates to the Main Station only. However, when a Main Station is
busy, a call is not terminated to an idle Sub Station.
14. When the telephone number of a Sub Station is dialed, a call is terminated to the Sub Station only.
15. When this service is activated with BOSS-SECRETARY service and a Sub Station is assigned as a BOSS
station, the BOSS-SECRETARY service is activated as usual by pressing Boss’s line accommodated in
secretary station’s sub line.
16. When a Sub Station is called through FCCS link, FLEXIBLE ROUTING - FCCS [F-35] is not available,
even though all FCCS links are busy.
Interactions
1. When any of these services is set to a Main Station, the service has priority over DUAL STATION CALL:
CALL FORWARDING-BUSY LINE [C-2]
CALL FORWARDING-ALL CALLS [C-5]
DO NOT DISTURB [D-11]
2. When CALL FORWARDING - DON’T ANSWER is set to a Main Station, it is activated depending on
the time-out data programmed in the Main Station.
3. When CALL BLOCK is set to a Main Station, which is in the middle of being called for DUAL STATION
CALL, CALL BLOCK has priority over this feature. (CALL BLOCK cannot be set to Sub Station while
DUAL STATION CALL is activated.)
4. The LCD indication for My Line displays each station’s telephone number.
5. When a Main Station is assigned as a member of a UCD group or a STATION HUNTING group, the
priority order of these services is shown in the table below:
Legend:
1 = Both Main Station and Sub Station are called (DUAL STATION CALL is activated)
2 = UCD/STATION HUNTING is activated
6. When CALL FORWARDING-ALL CALLS/-BUSY LINE/-DON’T ANSWER is set to a Sub Station:
a.) DUAL STATION CALL is activated by dialing the Main Station’s telephone number.
b.) The services shown above are activated by dialing the Sub Station’s telephone number.
7. A station cannot be used simultaneously for DUAL STATION CALL and NUMBER SHARING since the
data of these services are used in common. For more detailed information on NUMBER SHARING, refer
to the NEAX2400 IPX PCS Features and Specifications.
MAIN STATIONCONTROLLING/
PILOT STATION 
NoteOTHER MEMBER 
STATION
B-MV KEY  NONE  SET  NONE  SET
GroupStation Hunting-Pilot 1 1 1 2
Station Hunting-Circular 1 1 1 2
UCD 1 2 1 2 
						

							NEAX2400 IPX Feature Programming ManualPage 332NDA-24297, Issue 1
D-156 Dual Station Call
Interactions (cont’d)
8. When a calling party sets VOICE CALL [V-2] or performs switch hook flash while calling a Main Station
and Sub Station, the Sub Station stops ringing.
9. This service is not activated when a call is terminated via INTERCOM CALLING [I-9], AUTOMATIC/
MANUAL INTERCOM [A-30], DIAL INTERCOM [D-87] or MANUAL SIGNALING [M-47] (only the
Main Station rings).
10. This service is not activated while CALL BACK [C-1], CALL BACK DELAYED [C-73], CALL BACK-
CCIS [C-44], ATTENDANT CAMP-ON WITH TONE INDICATION [A-1] or ATTENDANT CAMP-
ON WITH TONE INDICATION-CCIS [A-45] is activated.
11. When a Main or Sub station accommodates PS key and B-MV key, both keys light by pressing any of these
keys.
12. When Do Not Disturb [D-11] is set to Sub Station, the incoming call routed to Main Station is terminated
to Main Station only.
13. When Sub Station is set Call Block [C-150], the incoming call routed to Main Station terminates to both
Main Station and Sub Station.
14. When Do Not Disturb [D-11] or Call Block [C-150] is set to Sub Station, the incoming call routed to Sub
Station is restricted.
15. When a Sub Station is called through an FCCS link, FLEXIBLE ROUTING - FCCS [F-35] is not
available.
16. When a Main Station does not pick up a CALL FORWARDING-DON’T ANSWER call within the
preassigned time via system data, the Sub Station stops ringing.
Programming
STEP 1:ASYDL- System Data 1, Index 513: Assign 01 (hex) as the LDM’s memory block number
System Data 1, Index 514: Assign 01 (hex) as the NDM’s memory block number
STEP 2:ANSDL/ANSDN- Assign the related data of Dual Station Call.
MAIN UGN, MAIN TELN:
SUB UGN, SUB TELN:
OD: 0 = Only Main Telephone Number is used for SMDR and MCI Mailbox Number
1 = Both Main Telephone Number and Sub Telephone Number are used for SMDR and MCI
Mailbox Number
Note 1:When OD=0, the mailbox for the Sub Station must be deleted.
MW (This data is available when OD=0)
0 = Message Waiting Control for Main and Sub Telephone Numbers
1 = Message Waiting Control for Main Telephone Number only
Note 2:When the data value for MV changes from 0 to 1, make sure there are no messages left (MWL is OFF). If
MWL is ON at that time, the old lamp indication stays after the data is changed.
LM: 0 = Number Sharing
1 = Dual Station Call
STEP 3:AKYD- Assign sub-line appearance on secretary phone of Main Station and Sub Station. Assign
KYI=1 (Feature key) and FKY=127 (B-MV key).
STEP 4:ADSL- Assign the soft key pattern data.
SN=0
FKY=127 (B-MV key) 
						

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Dual Station Call D-156
Programming (cont’d)
STEP 5:ADKS-AssigntheB-MVkeytothesoftkeyofeachstation.Note
TN (tenant number), STN (station number)
SKP (soft key pattern): 1~15
LKP (Key Pattern Data): 1=16 Line/Feature buttons + 16 DSS keys
2 = 24 Line/Feature buttons + 8 DSS keys
3 = 32 Line/Feature
PG: 0 = Page Change key appears on the soft key (>>>)
1 = Page Change key appears on the feature key
Note 3:When the soft key data is used on a system basis (SKP=0 is assigned by the ADSL command), this data is
not necessary.
FCCS Programming 
Refer to the NEAX2400 IPX Fusion Network System Manual. 
						

							NEAX2400 IPX Feature Programming ManualPage 334NDA-24297, Issue 1
E-1 Executive Right-of-Way
E-1 Executive Right-of-Way
General Description
This feature enables selected users, upon encountering a busy condition at an internal station, to bridge into the busy
connection.
Operating Procedure
To enter a busy connection
1. Dial the busy station; receive busy tone.
2. Switch hook flash; receive special dial tone.
3. Dial the EXECUTIVE RIGHT-OF-WAY access code; warning tone is sent.
4. The calling station is now bridged into a three-way call.
Service Conditions
1. Two tone bursts of.08 second duration are transmitted upon activation of this feature to alert the connected
parties that an executive override connection is being made.
2. The LCD display on the interrupted partys D
termwill give an indication only if INTERMEDIATE
STATION NUMBER DISPLAY - Dterm[I-10D] has been programmed in system data.
3. EXECUTIVE RIGHT-OF-WAY is denied if the busy station is:
a.) dialing or in a LINE LOCKOUT [L-3] state
b.) listening to a tone
c.) being rung
d.) protected from override via CLASS OF SERVICE - INDIVIDUAL [C-15]
e.) being connected to an ATTENDANT CONSOLE [A-3] loop
f.) activating a conflicting feature, such as:
ATTENDANT OVERRIDE [A-7]
BOSS - SECRETARY OVERRIDE - D
term[B-5, B5-D]
BUSY VERIFICATION [B-3, B-9]
CALL HOLD [C-6, C-6D]
CALL TRANSFER [C-10, C-11, C-50, C-54]
CALL WAITING - ORIGINATING [C-31]
CALL WAITING - TERMINATING [C-12]
CONSULTATION HOLD - ALL CALLS [C-17, C-58]
DATA LINE SECURITY [D-12, D-66]
DATA PRIVACY ON DEMAND [D-17, D-68]
DIAL ACCESS TO ATTENDANT [D-2, D-71]
EXCLUSIVE HOLD - D
term[E-4D]
NON-EXCLUSIVE HOLD - Dterm[N-7D]
OFF-HOOK QUEUING [O-7, O-11]
OUTGOING TRUNK QUEUING [O-2, O-2D]
PRIVACY - D
term[P-14D]
PRIVACY RELEASE [P-18]
THREE-WAY CALLING [T-2, T-2D]
VOICE CALL - D
term[V-2, V-7]
Data Call through a Data Adapter / Data Call through a Data Module
Note:In any of the above instances, the calling station will receive reorder tone. 
						

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Executive Right-of-Way E-1
Service Conditions (cont’d)
4. If one party disconnects after the three-way conference bridge is established, the remaining two parties
will still be connected.
5. The EXECUTIVE RIGHT-OF-WAY access code may be assigned according to customer preference.
6. The maximum number of simultaneous Executive Overrides allowable is dependent on the number of
conference function trunks in the system. (Conference function is included in TSW and MUX circuit
cards.)
7. This feature can be denied on DICTATION ACCESS [D-3] and PAGING ACCESS [P-1, 28] connections
through programming in system data.
8. If the called station has activated CALL FORWARDING - ALL CALLS [C-5] or - BUSY LINE [C-2]
and the forwarded-to station is busy, the EXECUTIVE RIGHT-OF-WAY call will bridge into the
forwarded-to station.
9. If the called station line has a party on CALL HOLD [C-6], override is not allowed to the called station
line, and reorder tone is provided. Terminating override calls are denied when the called party has another
party in a CONSULTATION HOLD [C-17] condition.
10. If the called station is maintenance busy and EXECUTIVE RIGHT-OF-WAY is invoked, override is
denied and reorder tone is returned to the calling station.
11. It is possible, via system data, to disable the sending of a warning tone during an EXECUTIVE RIGHT-
OF-WAY connection. Normally the two burst warning tone is sent when the connection is initiated.
12. The node accommodating the called station requires Conference Trunk (CFT) function in the FCCS
network.
Programming
STEP 1:ASYD- System Data 1, Index 70, Bit 7. Send Warning Tone to interrupted parties when Executive
Right-of-Way is in operation 0/1: Required/Not Required.
System Data 2, Index 0, Bit 1. Busy station service. Assign data“1”.
STEP 2:ANPD- Assign first digit of access code for EXECUTIVE RIGHT-OF-WAY.
STEP 3:ASPA- Assign an access code for EXECUTIVE RIGHT-OF-WAY, SID 4 for Connection Status
Index (CI) of Busy (B).
STEP 4:ASFC- Assign Service Feature Indexes of 3 (EXECUTIVE RIGHT-OF-WAY calling side), 4
(EXECUTIVE RIGHT-OF-WAY called side), and 11 (Data Line Security).
STEP 5:AKYD - Assign EXECUTIVE RIGHT-OF-WAY to a programmable line/feature key. Assign
Type:Function:EXECUTIVE RIGHT- OF- WAY [3].
FCCS Programming 
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node.
Note
STEP 1:ANPDL- Assign first digit of access code for EXECUTIVE RIGHT-OF-WAY.
STEP 2:ASPAL- Assign an access code for EXECUTIVE RIGHT-OF-WAY, SID 4 for Connection Status
Index (CI) of Busy (B).
Note:When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN. 
						

							NEAX2400 IPX Feature Programming ManualPage 336NDA-24297, Issue 1
E-1D Executive Right-of-Way - Dterm
E-1D  Executive Right-of-Way - Dterm
General Description
This feature enables selected Dtermusers, upon encountering a busy condition at an internal station, to bridge into
the busy connection after transmitting a warning tone.
Operating Procedure
To enter a busy connection from a Dterm
1. Dial the busy station; receive busy tone.
2. Press the EXECUTIVE RIGHT-OF-WAY OVER key; the associated LED lights and warning tone is sent.
3. The calling station is bridged into a THREE-WAY CALLING [T-2]; the LCD displays:
 Interrupted Party                               Called Party
The LCD then displays:
Service Conditions
1. Two burst tones (.08 second) are transmitted upon activation of this feature to alert the connected parties
that an EXECUTIVE RIGHT-OF-WAY call has been bridged into the connection.
2. The LCD display on the interrupted partys D
termwill give an indication only if INTERMEDIATE
STATION NUMBER DISPLAY - Dterm[I-10D] has been programmed in system data.
3. EXECUTIVE RIGHT-OF-WAY is denied if the busy station is:
a.) dialing or in a LINE LOCKOUT [L-3] state
b.) receiving a tone
c.) being rung
d.) protected from override via CLASS OF SERVICE - INDIVIDUAL [C-15]
e.) being connected to an Attendant loop
f.) activating a conflicting feature, such as:
ATTENDANT CAMP-ON WITH TONE INDICATION [A-1]
ATTENDANT OVERRIDE [A-7]
BOSS - SECRETARY OVERRIDE [B-5D]
BUSY VERIFICATION [B-3, B-9]
CALL HOLD [C-6, C-6D]
CALL TRANSFER [C-10,C-11,C-50, C-54]
CALL WAITING - ORIGINATING [C-31]
CALL WAITING - TERMINATING [C-12]
CONSULTATION HOLD - ALL CALLS [C-17, C-58]
DATA LINE SECURITY [D-12, D-66]
DATA PRIVACY ON DEMAND [D-17, D-68]
DIAL ACCESS TO ATTENDANT [D-2, D-71]OVERRIDE       XXXX
XXXX
                   (Time Display) 
CONF
                   (Time Display)  
						

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Executive Right-of-Way - DtermE-1D
Service Conditions (cont’d)
EXCLUSIVE HOLD - Dterm[E-4D]
NON-EXCLUSIVE HOLD - Dterm[N-7D]
OFF-HOOK QUEUING [O-7, O-11]
OUTGOING TRUNK QUEUING [O-2, O-2D]
PRIVACY - D
term[P-14D]
PRIVACY RELEASE [P-18]
THREE-WAY CALLING [T-2, T-2D]
VOICE CALL [V-2, V-7]
VOICE CALL - D
term[V-2D]
Data Call through Data Adapter / Data Call through Data Module
Note:In any of the above instances, the calling station will receive reorder tone.
4. If one party disconnects after the THREE-WAY CALLING [T-2] has been established, the other two
parties will remain connected.
5. EXECUTIVE RIGHT-OF-WAY can also be accessed via the dial pad (access code) or SPEED CALLING
- ONE TOUCH - D
term[S-26D].
6. The maximum number of simultaneous executive overrides allowable is dependent on the number of
conference function trunks in the system. (Conference function is included in TSW and MUX circuit
cards.)
7. This feature can be denied on DICTATION ACCESS [D-3] and PAGING ACCESS [P-1, 28] connections
through programming in system data.
8. If the called station has activated CALL FORWARDING - ALL CALLS [C-5] and the forwarded-to
station is busy, EXECUTIVE RIGHT-OF-WAY will bridge into the forwarded-to station.
9. It is possible, via system data, to disable the sending of a warning tone during an EXECUTIVE RIGHT-
OF-WAY connection. Normally, the two-burst warning tone is sent when the connection is initiated.
10. If the called station line has a party on CALL HOLD [C-6], override is not allowed to the called station
line. Also override to a station line in CALL HOLD [C-6] is denied and reorder tone is provided.
Terminating override calls are denied when the called party has another party in a CONSULTATION
HOLD [C-17] condition.
11. If the called station is maintenance busy and EXECUTIVE RIGHT-OF-WAY is invoked, override is
denied and reorder tone is returned to the calling station.
12. The node accommodating the called station requires Conference Trunk (CFT) function in the FCCS
network.
Programming
STEP 1:ASYD- System Data 1, Index 70, Bit 7. Send Warning Tone to interrupted parties when Executive
Right-of-Way service is in operation 0/1: Required/Not Required.
System Data 2, Index 0, Bit 1. Busy station service. Assign data“1”.
STEP 2:ANPD- Assign first digit of access code for EXECUTIVE RIGHT-OF-WAY.
STEP 3:ASPA- Assign an access code for EXECUTIVE RIGHT-OF-WAY, SID 4 for Connection Status
Index (CI) of Busy (B) and Hooking (H).
STEP 4:ASFC- Assign Service Feature Indexes of 3 (EXECUTIVE RIGHT-OF-WAY calling side), 4
(EXECUTIVE RIGHT-OF-WAY called side), and 11 (Data Line Security).
STEP 5:AKYD- Assign EXECUTIVE RIGHT-OF-WAY to a programmable line/feature key. Assign
Type:Function:EXECUTIVE RIGHT- OF- WAY [3].
STEP 6:ADSL- Assign SN=3 (Called Station is Busy) and FKY=3 (Executive Right-of-Way; BV).