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NEC Neax 2400 Imx Feature Programming Manual

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    							NEAX2400 IMX Feature Programming Manual
ND-70184 (E), Issue 3
Page 867
Executive Right-of-Way - CCIS E-8
E-8 Executive Right-of-Way - CCIS 
General Description
This service feature allows Inter-Office Executive Right-of-Way when the bridging-in station and the bridged
station respectively, belong to a different PBX in the CCIS network.
Operating Procedure
1. While Stations A and B are engaging in a call, Station C goes off-hook and receives dial tone. 
2. Station C dials the number for Station B and receives busy tone.
3. Station C switch hook flashes and receives special dial tone.
4. Station C dials the Executive Right-of-Way access Code; Stations A, B and C receive Warning Tone.
Station C is added to the connection between Stations A and B, making it a 3-Way connection.
[Node A]CCIS
[Node B]STN (b)
DTSTN (a)
STN (c)DT
[Node A]CCIS
[Node B]STN (b)
BT
STN (a)
STN (c)BT
[Node A]CCIS
[Node B]STN (b)
SPD
T
STN (a)
STN (c)SPDT
DCFT
[Node A]CCIS
[Node B]STN (b)
STN (a)
STN (c)
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    							NEAX2400 IMX Feature Programming Manual
Page 868ND-70184 (E), Issue 3
E-8 Executive Right-of-Way - CCIS
Operating Procedure (cont’d)
5. Station A hangs up; Stations C and B remain connected with each other until either or both go on-hook.
Service Conditions
1. Two burst tones are transmitted upon activation to alert connected parties that an EXECUTIVE override
connection is being made. 
2. EXECUTIVE Right-of-Way may be denied if the busy station is:
a.) Dialing or in LINE LOCKOUT [L-3]
b.) Listening to a tone
c.) Being rung 
d.) Protected from override via CLASS OF SERVICE-INDIVIDUAL [C-15] 
e.) Protected by DATA LINE SECURITY [D-12] 
f.) Being connected to an Attendant loop
g.) Activating a conflicting feature such as: 
Attendant CAMP-ON WITH TONE INDICATION - CCIS [A-45]
BUSY VERIFICATION - CCIS [B-9]
CALL FORWARDING-ALL CALLS [C-5] 
CALL HOLD [C-6] 
CALL TRANSFER - CCIS [C-50, 54]
CONSULTATION HOLD-ALL CALLS - CCIS [C-58] 
CALL PARK  [C-29]
CALL WAITING-TERMINAL  [C-12]
THREE-WAY CALLING [T-2] 
In any of the above instances, the calling station will receive reorder tone. 
3. If after the 3-Way bridge is established, one party disconnects, the remaining two parties will still be
connected.
4. The maximum number of simultaneous EXECUTIVE overrides allowable is dependent on the number of
Digital Conference Trunks included in the TSW/MUX cards at the called office on the CCIS network. 
5. This feature can be denied on DICTATION [D-3] and PAGING [P-1] connections through programming
in System Data.
Programming
STEP 1:ASYD - System 2, Index 0, Bit 1. Assigns Executive Right-of-Way (1).
STEP 2:ANPD - Assigns minimum necessary number of digits for the first number of the access code for
Executive Right-of-Way.
STEP 3:ASPA - Assigns the access code for Executive Right-of-Way. 
CI = B (Busy)
SRV = SSC (Service Code)
SID = 4 
[Node A]CCIS
[Node B]STN (b)
STN (a)
STN (c)
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    							NEAX2400 IMX Feature Programming Manual
ND-70184 (E), Issue 3
Page 869
Executive Right-of-Way - CCIS E-8
Programming (cont’d)
STEP 4:ASFC - Assigns Executive Right-of-Way Calling (SFI = 3) to the SFC of the station setting Executive
Right-of-Way. Also assigns Executive Right-of-Way-Called (SFI = 4) and Attendant Camp-On (SFI =
11) to the SFC of the station to which Executive Right-of-Way is set. At the remote node, assign SFI 3,
4 and 11 to SFC 0.
STEP 5:AT R K - Assigns the trunk for 3-Way Calling (assigned at RT = 909). 
STEP 6:MBTK - Make the above trunk idle. 
STEP 7:AKYD - Assigns Override key on a D
term, if necessary Type:Function:EXECUTIVE RIGHT-OF-
WAY [3].
STEP 8:ADSL - Assign Override key; Assign SN=3 (Called Station Busy) and FKY=3 (Executive Right-of-
Way).
This command is used for assigning a function to each soft key.
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    							NEAX2400 IMX Feature Programming Manual
Page 870ND-70184 (E), Issue 3
E-9 Elapsed Time Display - CCIS
E-9 Elapsed Time Display - CCIS
General Description
This feature provides an LCD display of the time elapsed while a Dterm is connected to any trunk through the CCIS
network.
Operating Procedure
No manual operation is required.
Service Conditions
1. The elapsed time is displayed in the eight left-side positions of the LCD display.
2. The elapsed time can reach a maximum of 9 hours, 59 minutes and 59 seconds, after which the clock
returns to zero.
3. A continuous time display will occur during CONSULTATION HOLD - ALL CALLS - CCIS [C-58],
THREE-WAY CALLING [T-2], EXCLUSIVE HOLD - D
term [E-4D] and NON-EXCLUSIVE HOLD -
Dterm [N-7D].
4. When a call is transferred, the elapsed time of the party receiving the transfer begins at zero.
5. When the D
term returns to the original call from CALL TRANSFER - ALL CALLS - CCIS [C-50] or
CALL HOLD [C-6] [C-6D], the elapsed time begins at zero.
6. The elapsed time is not displayed when the station is in a specific condition, such as:
a.) three-way conference
b.) connecting to trunk with a held trunk.
Programming
No programming is required.
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    							NEAX2400 IMX Feature Programming Manual
ND-70184 (E), Issue 3
Page 871
E911 - ANI Unified Number of Digits - CCIS E-20
E-20  E911 - ANI Unified Number of Digits - CCIS
General Description
This feature allows a station or Attendant Console, called via CCIS, to perform E911-ANI service. This feature is
functionally identical to AUTOMATIC NUMBER IDENTIFICATION (ANI) [A-87]. 
Operating Procedure
The operating procedure is the same as that of a normal outgoing connection.
Service Conditions 
1. This feature is available in the U.S.A. and Canada.
2. The ANI function for E911 outgoing connections is applied to: 
a.) Least-Cost Route (LCR) call from a station by MF signalling.
b.) LCR call from an Attendant by MF signalling.
c.) LCR call by MF signalling from a station or Attendant Console called via CCIS.
3. ANI sending number by E911-ANI - CCIS is NXX-XXXX, which is the same as that by the previous
E911-ANI service.
4. Method of obtaining ANI sending number (example): 
Caller’s station number: 12345 (closed numbering) 
ANI assigned data:
RT: XX
AT: 0 (0 = STA/ATT) 
(1 = not assigned special ATT number) 
CC: 1 (0 = Main Central)
(1 = Satellite Central) 
COC: 826 (Remote Office Code) 
Skip: 4 (Number of digits to be skipped from the top of the STN)
Add: 3 (Number of digits to be added to ANI information)
DC: 789 (ANI information)
a.) Number of skip digits deleted from STN: 
8 2 6 1
 2 3 4 5
b.) The number created by combining the ANI information and the above number becomes the ANI
sending number:
7 8 9 2 3 4 5 
c.) Sending ANI information:
KP-0-789-2345-ST
5. Sending digit patterns in E911-ANI - CCIS:
a.) Outgoing call from station/Attendant Console of the Main office.
  If OG call is from a station and ANI data is assigned:
KP-0
-N**-****-ST
 If OG call is from a station and ANI data is unassigned:
KP-2
-ST
ANI sending number
Information digit
Information digit
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    							NEAX2400 IMX Feature Programming Manual
Page 872ND-70184 (E), Issue 3
E-20 E911 - ANI Unified Number of Digits - CCIS
Service Conditions (cont’d)
 If OG call is from an ATTCON and Individual ATT Access Code is assigned, and also ANI
data is assigned:
KP-0
-N**-****-ST
  If OG call is from an ATTCON and Individual ATT Access Code is unassigned, and ANI data
is assigned:
KP-0
-N**-****-ST
 If OG call is from an ATTCON and ANI data is unassigned:
KP-1
- ST
b.) Outgoing call from station/Attendant Console of Remote office, and call termination via CCIS of
Main office.
 If OG call is from a station and ANI data is assigned:
KP-0
-N**-****-ST
 If OG call is from a station and ANI data is unassigned:
KP-2
- ST
 If OG call is from an Attendant Console and ANI data is assigned: 
KP-0
-N**-****-ST
 If OG call is from an Attendant Console and ANI data is unassigned: 
KP-1
- ST
c.) Outgoing call from station/Attendant Console of Remote office, and call termination to a TIE
Line of Main office.
KP-2
-ST
6. An independent route is required for E911 interface.
7. After caller’s number is sent out to the remote office by E911-ANI, it takes some time until a speech path
is established.
8. E911-ANI - CCIS service data are assigned only at Main office; no specific data are assigned at the remote
office.
9. Both AUTOMATIC NUMBER IDENTIFICATION (ANI) [A-78] service and E911-ANI UNIFIED
NUMBER OF DIGITS [E-18] service must have been assigned. 
10. The Central Office Code (COC) consists of 1-5 digits. If office number and station number are used, the
maximum total number of digits is still 5. The Code is set in the ARNP command as RT0.
Example 1:
Office number: 82 
Station number: 2xxx, 3xxx
ANI sending number
Information digit
ANI sending number
Information digit
Information digit
ANI sending number
Information digit
Information digit
ANI sending number
Information digit
Information digit
Information digit
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    							NEAX2400 IMX Feature Programming Manual
ND-70184 (E), Issue 3
Page 873
E911 - ANI Unified Number of Digits - CCIS E-20
Service Conditions (cont’d)
The COC digit is 82; then assign ANI information. 
Example 2:
Office number: 826
Station number: 34xxx, 4xxx 
The COC digit is 826; then assign ANI information.
11. After digits have been sent out, DDD seizure tone is not sent. 
12. Other interactions are the same as those of outgoing calls by MF signalling. 
13. An 8RST-K circuit card is used for this service. 
14. When a D
term uses this feature, the calling number transmitted is that of the Prime Line.
Interactions
If “911” is to be exclusively used as an emergency number, then dial “9” access codes cannot be used solely for LCR
access. If “9-911” is used exclusively for an emergency call, then no numbering conflict will exist.
Programming
STEP 1:ARTD - Assign Route: 
RT: 1
1-OSGS :7 2-ONSG :4 3-ISGN :7 4-INSG :4 5-TF :3
6-TCL :5 7-L/T :1 8-RLP :2 10-SMDR :1 13-AC :1
15-LSG :5 19-ANI :1 30-PAD :4 43-BT :1 82-RSAX :13
84-CSEG :15 70-TCMN :1
STEP 2:AT R K - Assign trunk LENs. 
RT 905 TK1 LEN# (dependent on register location) 
RT 905 TK2 LEN# (dependent on register location) 
RT 904 TK1 LEN# (dependent on register location)
RT 904 TK2 LEN# (dependent on register location)
STEP 3:AAND - Assign ANI data. 
RT: 0 
AT: 0 (0 = Station;1 = Individual-Attendant)
KT: 0 (0/1 = OFF/ON, expansion of station number lengths) 
CC: 1 (0 = Main Central; 1 = Satellite Central) 
COC: (Central Office Code, CCIS office code or first digit of CCIS remote station number. ARNP
RT0) 
STNL: 0 (Number of digits in the caller’s number, assign 0) 
SKIP: (Number of skip digits. Strips office code from being sent out in front of the station number.)
ADD: 3 (Number of digits to be added to the ANI information.) 
DC: 753 (ANI sending number.) 
Note:
The Office Code of the Central Office + the first n digits of the Station Number to parameter COC should not exceed
five. Combinations of the COC and the first n digits of Station Number must be made in conformity with the numbering
plan of the remote office.
Basic LCR programming and route restrictions are required. Refer to LEAST-COST ROUTING (LCR)-3/6 DIGIT [L-
5]. Programming for Enhanced 911 CCIS is only necessary at the main node.
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    							NEAX2400 IMX Feature Programming Manual
Page 874ND-70184 (E), Issue 3
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 IMX 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 IMX Feature Programming Manual
ND-70184 (E), Issue 3
Page 875
Hands-free Answerback - Dterm - CCIS H-10D
H-10D Hands-free Answerback - Dterm - CCIS 
General Description
This feature allows a Dterm user 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. The MIC may be left ON at all times.
2. Hands-free operation may be selected at all times.
Programming
No programming is required. See VOICE CALL - Dterm [V-2D].
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    							NEAX2400 IMX Feature Programming Manual
Page 876ND-70184 (E), Issue 3
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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