Page 1 NDA-24305 ISSUE 1 STOCK # 200813 ® ISDN Feature Programming Manual OCTOBER, 2000 NEC America, Inc.
Page 3 NEC America, Inc. reserves the right to change the specifications, functions, or features, at any time, without notice. NEC America, Inc. has prepared this document for use by its employees and customers. The information contained herein is the property of NEC America, Inc.
Page 5 ISSUE No. ISSUE No. PAGE No. PAGE No. viii ISSUE 1 ISSUE 2 ISSUE 3 ISSUE 4 DATE OCTOBER, 2000 DATE DATE DATE ISSUE 5 ISSUE 6 ISSUE 7 ISSUE 8 DATE DATE DATE DATE NEAX2400 IPX ISDN Feature Programming Manual Revision Sheet 1/5 NDA-24305...
Page 6 ISSUE No. ISSUE No. PAGE No. PAGE No. ISSUE 1 ISSUE 2 ISSUE 3 ISSUE 4 DATE OCTOBER, 2000 DATE DATE DATE ISSUE 5 ISSUE 6 ISSUE 7 ISSUE 8 DATE DATE DATE DATE NEAX2400 IPX ISDN Feature Programming Manual Revision Sheet 2/5 NDA-24305...
Page 7 ISSUE No. ISSUE No. PAGE No. PAGE No. ISSUE 1 ISSUE 2 ISSUE 3 ISSUE 4 DATE OCTOBER, 2000 DATE DATE DATE ISSUE 5 ISSUE 6 ISSUE 7 ISSUE 8 DATE DATE DATE DATE NEAX2400 IPX ISDN Feature Programming Manual Revision Sheet 3/5 NDA-24305...
Page 8 ISSUE No. ISSUE No. PAGE No. PAGE No. ISSUE 1 ISSUE 2 ISSUE 3 ISSUE 4 DATE OCTOBER, 2000 DATE DATE DATE ISSUE 5 ISSUE 6 ISSUE 7 ISSUE 8 DATE DATE DATE DATE NEAX2400 IPX ISDN Feature Programming Manual Revision Sheet 4/5 NDA-24305...
Page 9 ISSUE No. ISSUE No. PAGE No. PAGE No. ISSUE 1 ISSUE 2 ISSUE 3 ISSUE 4 DATE OCTOBER, 2000 DATE DATE DATE ISSUE 5 ISSUE 6 ISSUE 7 ISSUE 8 DATE DATE DATE DATE NEAX2400 IPX ISDN Feature Programming Manual Revision Sheet 5/5 NDA-24305...
Page 11: Table Of Contents
NDA-24305 ISSUE 1 OCTOBER, 2000 NEAX2400 IPX ISDN Feature Programming Manual TABLE OF CONTENTS Page LIST OF FIGURES ............... . v LIST OF TABLES.
Page 12 TABLE OF CONTENTS (CONTINUED) Page term C-97D CALL PICKUP-GROUP-D -PRI ......... . . 48 C-98 CALL TRANSFER-ATTENDANT-PRI .
Page 13 TABLE OF CONTENTS (CONTINUED) Page N-22 NON-DELAY OPERATION-PRI ..........118 N-29 NIGHT CONNECTION OUTSIDE-SYSTEM-PRI .
Page 14 TABLE OF CONTENTS (CONTINUED) Page C-164 CCIS TANDEM CALL-CALLING PARTY NUMBER (CPN) DELIVERY TO ISDN & Q-SIG NETWORKS ............188 D-152 D-CHANNEL BACKUP - PRI .
Page 15: List Of Figures
LIST OF FIGURES Figure Title Page Figure 2-1 Hardware Configuration ........... . 3 Figure 2-2 Message Sequences for Layer3 .
Page 16 This page is for your notes. LIST OF FIGURES NDA-24305 Page vi Revision 1.0...
Page 17: List Of Tables
LIST OF TABLES Table Title Page Table 2-1 Hardware ............. . . 3 Table 5-1 Gateway Service List .
Page 18 This page is for your notes. LIST OF TABLES NDA-24305 Page viii Revision 1.0...
Page 19: Chapter 1 Introduction
CHAPTER 1 INTRODUCTION 1. GENERAL The ISDN System Data Design Manual provides general information for ISDN, office data design for ISDN, and ISDN service. 2. HOW TO FOLLOW THE MANUAL 2.1 CONFIGURATION OF THIS MANUAL This manual is comprised as follows. CHAPTER 2 GENERAL INFORMATION 1.
Page 20 This page is for your notes. CHAPTER 1 NDA-24305 Page 2 Revision 1.0...
Page 21: General Information
CHAPTER 2 GENERAL INFORMATION 1. GENERAL This chapter explains basic office data assignment procedures for ISDN and describes ISDN service features. 2. HARDWARE CONFIGURATION The system provides PRT as a primary rate ISDN interface. DTI with DCH is available also. The hardware con- figuration is shown in Figure 2-1.
Page 22: Basic Knowledge
GENERAL INFORMATION 3. BASIC KNOWLEDGE 3.1 MESSAGE SEQUENCES FOR LAYER 3 The message sequence for call establishment and clearing is shown in Figure 2-2. State of State of Network State of Originating Terminating User Side User Side OG Side IC Side Null Null Null...
Page 23: 3.2 Bearer Capability (Bc) Information Element
GENERAL INFORMATION 3.2 BEARER CAPABILITY (BC) INFORMATION ELEMENT The purpose of the Bearer Capability (BC) information element is to indicate a bearer service to be provided by the network (ISDN). It contains only information which may be used by the network. The Bearer Capability information element is used for compatibility checking in the connection as well as Low Layer (LLC)/High Layer (HLC) Capability.
Page 24 This page is for your notes. CHAPTER 2 NDA-24305 Page 6 Revision 1.0...
Page 25: Chapter 3 Basic Data Assignment For Isdn
CHAPTER 3 BASIC DATA ASSIGNMENT FOR ISDN 1. ISDN LINE ACCESS CODE ASSIGNMENT To initiate seizure of an outgoing trunk, one of four methods - OGC, OGCA, LCR, LCRS - can be used in the system. Among the four methods, however, “LCR” method alone can access an ISDN line. For this reason, be sure to assign “LCR”...
Page 26 BASIC DATA ASSIGNMENT FOR ISDN STEP 6: AFRS - Assign Number Pattern Code (NPC) and Outgoing Route Selection Pattern Number (OPR) for the dummy route number. - NPC may include ISDN trunk access code and ISDN address but not a Sub Address (SA). - OPR is a kind of intermediator between AFRS and AOPR.
Page 27: Isdn Trunk Data Assignment
BASIC DATA ASSIGNMENT FOR ISDN 2. ISDN TRUNK DATA ASSIGNMENT STEP 1: ASYD - Assign the following indexes. SYSl Index 91: Single PLO b7 b6 b5 b4 Dual PLOs b7 b6 b5 b4 SYSl Index 186: CCIS/ISDN in service b6 b6 1 0 (When b6=1, ISDN service is invalid.) SYSl Index 187: always 00 (hex)
Page 28 BASIC DATA ASSIGNMENT FOR ISDN STEP 3: ATRK - Assign the trunk data for Bch only here. Note that the data assignment for Dch must be performed after the ACSC command assignment. - How Bch and Dch LEN appear in PIM is shown in Figure 3-1 and Figure 3-2. - As seen from those Figures, the number of B-channels and D-channels are: 24 PRT (B channel ×...
Page 29: Figure 3-1 Atrk For 24Prt
BASIC DATA ASSIGNMENT FOR ISDN Level Slot LV 7 Bch 23 Group LV 0 LV 7 Group Note Note Level Slot x Slot y LV 0 LV 7 Bch 8 LV 7 Bch 23 Number Group Group Bch 1 LV 0 Bch 1 LV 0 LV 7...
Page 30: Figure 3-2 Atrk For 24Dtr + 2Dch
BASIC DATA ASSIGNMENT FOR ISDN • When #0 DCH of 2DCH card is used. Level Slot Slot LV 7 Bch 23 Group LV 0 LV 7 Group Note Note Level Slot Slot x Slot y LV 0 Bch 8 LV 7 LV 7 Bch 23 Number...
Page 31 BASIC DATA ASSIGNMENT FOR ISDN STEP 5: ACSC - Assign Dch and Bch location for CSCG. - The values for CSCG is 130 through 255. - Even number CSCGs are used for Dch location and odd number CSCGs are used for Bch location.
Page 32 BASIC DATA ASSIGNMENT FOR ISDN (2) Condition: 24DTR is mounted in Slot 07 of PIM0 and 2DCH is mounted in Slot 05 of PIM0, ACSC data is as follows. CSCG CIC GROUP CSCG CIC GROUP 00002 00004 (for Dch) 00002 (for Bch) 00004 00002...
Page 33: Calling Number Pattern Data (Cnp) Assignment
BASIC DATA ASSIGNMENT FOR ISDN 3. CALLING NUMBER PATTERN DATA (CNP) ASSIGNMENT Calling party number can be transmitted included in the ISDN messages through ISDN network. This function provides the PBX user with a variety of ISDN services. This section describes some conditions for programming data related with this function when interworking with the Fusion link as shown Figure 3-3.
Page 34 BASIC DATA ASSIGNMENT FOR ISDN STEP 2: ACNDN- Assign the number of digits to be added to or omitted from the calling party number data for each Calling Number Pattern programmed in ACNPN. CNP=Calling Number Pattern assigned with ACNPN command. SKIP=the number of digits to be skipped.
Page 35: Chapter 4 Commands Concerning Isdn Data Assignment
CHAPTER 4 COMMANDS CONCERNING ISDN DATA ASSIGNMENT 1. GENERAL This chapter explains commands concerning ISDN. Commands explained in Chapter 3, “Basic Data Assignment for ISDN” are not included in this chapter. • ASYD: Assignment of System Data Note Note • ASFC: Assignment of Service Feature Class Data •...
Page 36: Commands
COMMANDS CONCERNING ISDN DATA ASSIGNMENT 2. COMMANDS 2.1 ASYD: ASSIGNMENT OF SYSTEM DATA BIT CORRE- SYSTEM SYSTEM DATA SPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00-FF (INDEX) DATA (SYS) (Hex) 0-511 Not used Table Development: Common or Separate Same Number Special Access Code Day/Night Data Tables.
Page 37 COMMANDS CONCERNING ISDN DATA ASSIGNMENT BIT CORRE- SYSTEM SYSTEM DATA SPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00-FF (INDEX) DATA (SYS) (Hex) 0-511 Protocol of ISDN Terminal (BRI station) Japan (INS64) U.S.A. (5ESS) Australia (TPH 1962) Not used Not used N-ISDN1 6-15: Not used...
Page 38 COMMANDS CONCERNING ISDN DATA ASSIGNMENT BIT CORRE- SYSTEM SYSTEM DATA SPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00-FF (INDEX) DATA (SYS) (Hex) 0-511 Not used Timing for receiving or sending ISDN/CCIS message. 0/1 = 32 ms/128 ms Maximum Digits for Call Forwarding External Restriction (for Australia only) 12 digits...
Page 39: 2.2 Asfc: Assignment Of Service Feature Class Data
COMMANDS CONCERNING ISDN DATA ASSIGNMENT 2.2 ASFC: ASSIGNMENT OF SERVICE FEATURE CLASS DATA SFI 31: For SID to Terminating User-DTE – SID to Terminating User-DTE SFI 48: For Bearer Service Speech 3.1 KHz Audio (Modem, G3 Fax) SFI 94: For SID to Network - Privacy [CLIR] –...
Page 40: 2.4 Arti: Assignment Of Trunk Application Data
COMMANDS CONCERNING ISDN DATA ASSIGNMENT 2.4 ARTI: ASSIGNMENT OF TRUNK APPLICATION DATA RST (CDN1) Assignment of Restart = Restart Send per Individual Channel = – = – = Restart not Send HMT (CDN2) When assigning this data, zero (0) should always be entered. TRCRST (CDN3) Call Restriction by Information transfer rate in Bearer Capability Information Element = No restriction = Data call restriction (Unrestricted digital, Restricted digital and Video data calls are...
Page 41 COMMANDS CONCERNING ISDN DATA ASSIGNMENT IRL (CDN15) Clear call when DTI alarm is detected. = – Note 2 = Clear call when DTI alarm is detected Note 2: This data should be set when there is no Dch in the physical DTI. MTC (CDN16) Assignment of Timer T309 Value.
Page 42 COMMANDS CONCERNING ISDN DATA ASSIGNMENT ANI (CDN31) Timing to demand ANI Information = There is no ANI demand at Incoming call = After receiving 1st digit = After receiving 2nd digit = After receiving 3rd digit = After receiving 4th digit = After receiving 5th digit = After receiving 6th digit = After receiving 7th digit...
Page 43 COMMANDS CONCERNING ISDN DATA ASSIGNMENT L/T (CDN35) Local/Toll Note 10 = Local = Toll Note 10: Only for Russia ECCIS (CDN36) Event Based CCIS (E-CCIS) for the public ISDN Line = Out of Service/In Service ECCISTM (CDN37) Release timer for E-CCIS Line = 3 minutes (Default setting) = 15 seconds = 30 seconds...
Page 44 COMMANDS CONCERNING ISDN DATA ASSIGNMENT Note 11 JECCIS (CDN48) Common Use with E-CCIS RT = Out of Service/In Service ECCIS2 (CDN49) E-CCIS System Note 11 = Fixed Channel System = Common Channel System = Not used = Not used Note 11: Valid since Series 7300 Release 4.
Page 45: Chapter 5 Gateway Service
CHAPTER 5 GATEWAY SERVICE This chapter explains data assignment for ISDN gateway service. Refer to ISDN Features and Specifications for availability of each Gateway Service on the Fusion Network. Table 5-1 Gateway Service List (1/4) SERVICE FEATURE SERVICE FEATURE NAME REMARKS CODE A-76...
Page 46 GATEWAY SERVICE Table 5-1 Gateway Service List (2/4) SERVICE FEATURE SERVICE FEATURE NAME REMARKS CODE term D-116D Do Not Disturb-D -PRI D-117 Data Line Security-PRI D-118 Data Privacy on Demand-PRI D-119 Data Interface-Automatic Answer-PRI D-120 Data Transparency-PRI D-121 Data Communications-PRI D-122 Data Uniform Numbering Plan-PRI D-137...
Page 47 GATEWAY SERVICE Table 5-1 Gateway Service List (3/4) SERVICE FEATURE SERVICE FEATURE NAME REMARKS CODE L-46 LDN Night Connection-Outside-PRI L-49 LCR-Special Line Warning Tone-PRI M-71 Miscellaneous Trunk Access-PRI M-72 Miscellaneous Trunk Restriction-PRI M-73 Music On Hold-PRI M-74 Modem Pooling-PRI M-75 Multiple Call Forwarding-All Calls-PRI N-20 Night Connection-Fixed-PRI...
Page 48 GATEWAY SERVICE Table 5-1 Gateway Service List (4/4) SERVICE FEATURE SERVICE FEATURE NAME REMARKS CODE S-84 Speed Calling-Station-PRI S-85 Speed Calling-Group-PRI S-86 Simultaneous Voice and Data Transmission-PRI S-87 Synchronous Data Switching-PRI S-88 SMDR for Data Call-RS232C-PRI S-89 Speed Calling Override-System-PRI S-107 Station Individual Trunk Access-PRI T-37...
Page 49: Alternate Routing-Pri
ALTERNATE ROUTING-PRI A-76 ALTERNATE ROUTING-PRI 1. General Description This feature is provided with LCR which automatically routes ISDN outgoing on-net calls over alternate facilities when the first-choice trunk group is busy. The user selects the first-choice route by dialing the corresponding access code, and the equipment then routes the call through alternate trunk groups only if the first is busy.
Page 50: Automatic Call Distribution-Pri
AUTOMATIC CALL DISTRIBUTION-PRI A-88 AUTOMATIC CALL DISTRIBUTION-PRI 1. General Description This feature allows Automatic Call Distribution (ACD) features to be activated for incoming calls from ISDN trunks. Table 5-1 ACD Features CODE NO. FEATURE NAME AVAILABILITY × A-31 Abandoned Call Search ×...
Page 51 AUTOMATIC CALL DISTRIBUTION-PRI Table 5-1 ACD Features CODE NO. FEATURE NAME AVAILABILITY × O-19 Overflow Outside-ACD × P-21 Priority Queuing-ACD P-40 Pilot Numbers Not Applicable × P-45 Personal Emergency and Assist × Queuing-ACD × R-19 Release-ACD Position S-97 Split Display-ACD Position Not Applicable S-98 Split Selection...
Page 52: Announcement Service-Pri
ANNOUNCEMENT SERVICE-PRI A-92 ANNOUNCEMENT SERVICE-PRI 1. General Description This feature allows a user from the ISDN trunk to hear a prearranged announcement when the user dials a predetermined access code. This feature requires an announcement machine or a Digital Announcement Trunk (DAT). Note: 2.
Page 53: Automatic Circuit Assurance-Pri
AUTOMATIC CIRCUIT ASSURANCE-PRI A-94 AUTOMATIC CIRCUIT ASSURANCE-PRI 1. General Description When a call connection time is less than or greater than a pre-determined time period, the system can display or print a reference to it using this feature. This feature cannot be activated without Station Message Detail Recording System-RS232C[S-10]. Note 1: This feature is not activated for Station-to-Station or Station-to-Attendant calls under the following Note 2:...
Page 54: Automatic Trunk Test-Pri
AUTOMATIC TRUNK TEST-PRI A-96 AUTOMATIC TRUNK TEST-PRI 1. General Description The AUTOMATIC TRUNK TEST capability provides a functional test on a large number of ISDN trunks at a prearranged time. The results of the test are reported at the MAINTENANCE ADMINISTRATION TERMINAL (MAT) [M-18].
Page 55: Boss-Secretary Transfer-Pri
BOSS-SECRETARY TRANSFER-PRI B-19 BOSS-SECRETARY TRANSFER-PRI 1. General Description This service feature allows a secretary to voice-announce a call to a boss when the secretary answers a call from an ISDN trunk on the boss’ line. 2. Operating Procedure 1. Call terminates to boss’ line. term 2.
Page 56: Boss-Secretary Override-Pri
BOSS-SECRETARY OVERRIDE-PRI B-22 BOSS-SECRETARY OVERRIDE-PRI 1. General Description This feature enables a secretary to voice-announce a call from an ISDN trunk to a boss when he is currently on his My-line. 2. Operating Procedure Example: Station 200, Boss Station 201, Secretary Boss is currently connected to Trunk “A”.
Page 57 BOSS-SECRETARY OVERRIDE-PRI Operations when the boss answers the secretary. Case 1: 1. Boss presses the: “ANSWER” key or “TRANSFER” key. If Boss has a single line telephone, flashes hook switch. 2. Boss converses with Secretary (Trunk “A” is placed on hold). 3.
Page 58: Call Forwarding-All Calls-Pri
CALL FORWARDING-ALL CALLS-PRI C-95 CALL FORWARDING-ALL CALLS-PRI 1. General Description This feature permits all calls from an ISDN network destined for a particular station to be routed to another station (or to the Attendant) regardless of the busy or idle status of the called station. Activation and cancellation may be accomplished by either the individual station user or the Attendant.
Page 59 CALL FORWARDING-ALL CALLS-PRI 3. Programming STEP 1: ASYD - System Data 1, Index 4, bit 6: One burst of ringing at the forwarding station when CALL FORWARDING-ALL CALLS is in service? 0/1: No/ Yes. (single-line station only) Index 248, bit 7:Dial Tone to be sent out when a station on which CALL FORWARDING-ALL CALLS is set, goes off-hook to place and outgoing call 0/1: Dial Tone/Special Dial Tone.
Page 60: C-95D Call Forwarding-All Calls-D -Pri
term CALL FORWARDING-ALL CALLS-D -PRI term C-95D CALL FORWARDING-ALL CALLS-D -PRI 1. General Description This feature permits all calls from an ISDN network destined for a particular station to be routed to another station or to the Attendant, regardless of the busy or idle status of the called station. Activation and cancellation may be accomplished by the station user or the Attendant.
Page 61 term CALL FORWARDING-ALL CALLS-D -PRI term To cancel CALL FORWARDING-ALL CALLS-D -PRI from My-line: 1. Lift the handset or press the “SPEAKER” key; receive Dial Tone. term 2. Press the CALL FORWARDING-ALL CALLS-D -PRI feature key; receive Service Set Tone. The LED of the associated feature key will go out.
Page 62 term CALL FORWARDING-ALL CALLS-D -PRI term To cancel CALL FORWARDING-ALL CALLS-D -PRI for a multi-line appearance other than the My-line: 1. Lift the handset or press the “SPEAKER” key; receive Dial Tone. 2. Press the multi-line appearance; receive Dial Tone. Then press the CALL FORWARDING-ALL CALLS- term -PRI feature key;...
Page 63: Call Forwarding-Busy Line-Pri
CALL FORWARDING-BUSY LINE-PRI C-96 CALL FORWARDING-BUSY LINE-PRI 1. General Description This feature permits a call to a busy station to be immediately forwarded to a predesignated station or to the ATTENDANT CONSOLE [A-3]. If a called station is in a hunt group and forwards calls to another hunt group, it can be determined by system data, whether the calling party is directed to the called parties hunt group or the terminating parties hunt group when all of the forwarded stations are busy.
Page 64 CALL FORWARDING-BUSY LINE-PRI STEP 3: ASPA - Assign an access code to CALL FORWARDING-BUSY LINE Entry, SID=10 and to CALL FORWARDING-BUSY LINE Cancel, SID=11. Assign Connection Status Index (CI) for Normal service. STEP 4: ASFC - Assign the stations to receive CALL FORWARDING-BUSY LINE a Service Feature Class that allows SFI=9.
Page 65: Call Pickup-Group-Pri
CALL PICKUP-GROUP-PRI C-97 CALL PICKUP-GROUP-PRI 1. General Description This feature permits a station user to answer ISDN Network calls directed to other lines in a preset CALL PICKUP-GROUP simply by dialing a pickup code. 2. Operating Procedure Picking up an incoming ISDN call: 1.
Page 66: C-97D Call Pickup-Group-D
term CALL PICKUP-GROUP-D -PRI term C-97D CALL PICKUP-GROUP-D -PRI 1. General Description This feature permits a station user to answer an ISDN network call directed to another line in a preset CALL PICKUP-GROUP by using a programmable line/feature key. term CALL PICKUP-GROUP-D -PRI may be used by seizing Dial Tone from any multi-line appearance on the term...
Page 67: Call Transfer-Attendant-Pri
CALL TRANSFER-ATTENDANT-PRI C-98 CALL TRANSFER-ATTENDANT-PRI 1. General Description This feature permits a station user, while connected to an ISDN network call, to signal the Attendant and have the Attendant transfer the call to another station within the system. 2. Operating Procedure Calling the Attendant: 1.
Page 68: Call Transfer-All Calls-Pri
CALL TRANSFER-ALL CALLS-PRI C-99 CALL TRANSFER-ALL CALLS-PRI 1. General Description This feature permits a station user to transfer incoming or outgoing ISDN calls to another station within the system without Attendant assistance. 2. Operating Procedure To transfer a call in progress: 1.
Page 69: C-99D Call Transfer-All Calls-D
term CALL TRANSFER-ALL CALLS-D -PRI term C-99D CALL TRANSFER-ALL CALLS-D -PRI 1. General Description This feature permits a station user to transfer incoming or outgoing ISDN calls without Attendant assistance. 2. Operating Procedure To transfer a call in progress: 1. While connected with the first party, press the “TRANSFER” key; receive Special Dial Tone. 2.
Page 70: Consultation Hold-All Calls-Pri
CONSULTATION HOLD-ALL CALLS-PRI C-100 CONSULTATION HOLD-ALL CALLS-PRI 1. General Description This feature permits a station user to hold any incoming or outgoing ISDN network call or any intraoffice call while originating a call to another station within the system. 2. Operating Procedure To hold the original call and place the second call: 1.
Page 71: C-100D Consultation Hold-All Calls-D Term -Pri
term CONSULTATION HOLD-ALL CALLS-D -PRI term C-100D CONSULTATION HOLD-ALL CALLS-D -PRI 1. General Description term This feature permits a D station user to hold any incoming or outgoing ISDN network calls while originating a call to another station within the system. 2.
Page 72: Call Forwarding-Intercept/Announcement-Pri
CALL FORWARDING-INTERCEPT/ANNOUNCEMENT-PRI C-101 CALL FORWARDING-INTERCEPT/ANNOUNCEMENT-PRI 1. General Description This feature provides for the interception of a called party number received via ISDN by DIRECT INWARD DIALING [D-8] calls which cannot be completed (unassigned station, level, etc.). These calls are automatically routed to a recorded announcement, informing the caller that an inoperative number was reached and giving the listed directory number for information.
Page 73 CALL FORWARDING-INTERCEPT/ANNOUNCEMENT-PRI STEP 6: AAED - Used to assign Announcement equipment. Assign: Tenant Number; EQP: Announcement Equipment Number Dead Level Unused Number (LCR OPR not programmed) Available Available Outgoing Trunk Group Busy Announcement Available Available Outgoing Route Restriction Announcement 8-15: Available for ANNOUNCEMENT SERVICE [A-15] applications.
Page 74: Call Pickup-Direct-Pri
CALL PICKUP-DIRECT-PRI C-102 CALL PICKUP-DIRECT-PRI 1. General Description This feature allows a station user to pick up an ISDN call to any other station in the system by dialing a specific call pickup code. 2. Operating Procedure To pick-up an incoming call: 1.
Page 75: Call Waiting-Terminating-Pri
CALL WAITING-TERMINATING-PRI C-114 CALL WAITING-TERMINATING-PRI 1. General Description This feature enables a busy station to receive a second incoming call from DID trunk of ISDN network. A Call Waiting Tone is sent to the busy station, the user can use CALL HOLD [C-3] to answer the second call. CALL HOLD [C-3] may be used to alternate between the two calls.
Page 76: Call Park-Pri
CALL PARK-PRI C-119 CALL PARK-PRI 1. General Description This feature enables the Attendant(s) or station users to “Park” calls from the ISDN network against their own station numbers. Calls can easily be retrieved from any station within the system. 2. Operating Procedure When an ISDN trunk party and ATTENDANT CONSOLE [A-3] are talking: 1.
Page 77 CALL PARK-PRI 3. Programming STEP 1: ASYD - System Data 1, Index 142: For CALL PARK recall, the Miscellaneous Timer Counter is assigned in bits 0-3. The Timer Class is assigned in bits 4-6. Timer Class of 3 = 2 seconds. Timer Counter of 4 = 30 seconds.
Page 78: Call Forwarding-All Calls-Announcement-Pri
CALL FORWARDING-ALL CALLS-ANNOUNCEMENT-PRI C-123 CALL FORWARDING-ALL CALLS-ANNOUNCEMENT-PRI 1. General Description This feature permits all calls from ISDN trunks destined for a particular station to be routed to a recorded announcement. Activation and cancellation may be accomplished either by the individual station user or the ATTENDANT CONSOLE [A-3].
Page 79 CALL FORWARDING-ALL CALLS-ANNOUNCEMENT-PRI STEP 4: ASFC - Assign the stations to activate CALL FORWARDING-ALL CALLS [C-5] a Service Feature Class that allows SFI = 7. term STEP 5: AKYD - For D sets, CALL FORWARDING-ALL CALLS [C-5] may be assigned to a programmable line/feature key.
Page 80 CALL FORWARDING-ALL CALLS-ANNOUNCEMENT-PRI STEP 7: AAED - Assign announcement equipment. Tenant Number EQP: Announcement Equipment Number Dead Level Unused Number (LCR OPR not programmed) Available Available Outgoing Trunk Group Busy Announcement Available Available Outgoing Route Restriction Announcement 8-15: Available for ANNOUNCEMENT SERVICE [A-15] applications. RT, TK: Route and trunk number of the trunk connected to the announcement equipment;...
Page 81: Call Forwarding-Intercept-Pri
CALL FORWARDING-INTERCEPT-PRI C-125 CALL FORWARDING-INTERCEPT-PRI 1. General Description This feature provides for interception of incoming calls from ISDN trunk which cannot be completed (unassigned station, level, etc.). These calls are automatically routed to a predetermined station or Attendant. 2. Operating Procedure No manual operation is required.
Page 82: Call Forwarding-Don't Answer-Pri
CALL FORWARDING-DON’T ANSWER-PRI C-129 CALL FORWARDING-DON’T ANSWER-PRI 1. General Description This feature permits a call from an ISDN network to an unanswered station to be forwarded to a predesignated station or to the Attendant when the called station doesn’t answer after a predetermined time interval. 2.
Page 83 CALL FORWARDING-DON’T ANSWER-PRI 3. Programming STEP 1: ASYD - System Data 1, Index 5, bit 0: Are the access codes for CALL FORWARDING-BUSY LINE [C-2] CALL FORWARDING-DON’T ANSWER the same or separate? 0/1: Same/Separate. Index 69, bit 1: Send short tone when a call forwarded via C.F.-ALL Calls service is answered.
Page 84: Distinctive Ringing-Pri
DISTINCTIVE RINGING-PRI D-115 DISTINCTIVE RINGING-PRI 1. General Description This feature provides distinctive station ringing patterns so that the station user can distinguish between internal and external incoming calls. 2. Operating Procedure No manual operation is required. 3. Programming STEP 1: Assign the Basic Data for ISDN. (Refer to Chapter 3, “Basic Data Assignment for ISDN”.) STEP 2: ASYD - System Data 1, Index 72, bit 6: Is DISTINCTIVE RINGING applied to calls handled via...
Page 85: D-116D Do Not Disturb-D
term DO NOT DISTURB-D -PRI term D-116D DO NOT DISTURB-D -PRI 1. General Description This feature allows a station user to set Do Not Disturb status. Incoming ISDN calls will be denied access to the My-line while DND status is in effect. 2.
Page 86: Data Line Security-Pri
DATA LINE SECURITY-PRI D-117 DATA LINE SECURITY-PRI 1. General Description This feature allows those line circuits used for ISDN DATA transmission to be protected from interruptions such as ATTENDANT CAMP-ON [A-1], BUSY VERIFICATION [B-3], EXECUTIVE RIGHT OF WAY [E-1], and ATTENDANT OVERRIDE [A-7]. 2.
Page 87: Data Privacy On Demand-Pri
DATA PRIVACY ON DEMAND-PRI D-118 DATA PRIVACY ON DEMAND-PRI 1. General Description This feature allows a station user to prevent interruptions to ISDN data calls by ATTENDANT CAMP-ON [A- 1], BUSY VERIFICATION [B-3], CALL WAITING-TERMINATING [C-12], or ATTENDANT OVERRIDE [A-7] by dialing a DATA PRIVACY feature code. This feature is set automatically when a data connection is established.
Page 88: Data Interface-Automatic Answer-Pri
DATA INTERFACE-AUTOMATIC ANSWER-PRI D-119 DATA INTERFACE-AUTOMATIC ANSWER-PRI 1. General Description term This feature enables incoming ISDN Data Calls to be answered automatically by a D /Data Adapter. 2. Operating Procedure To set DATA INTERFACE AUTOMATIC ANSWER-PRI, select the Attribute Data Entry or change the switch setting for Auto Answer.
Page 89: Data Transparency-Pri
DATA TRANSPARENCY-PRI D-120 DATA TRANSPARENCY-PRI 1. General Description This feature provides a completely transparent switched data path between two connected Data Terminals via PRI. 2. Operating Procedure Establish a data call using the procedures described in the ASYNCHRONOUS DATA SWITCHING [A-24] and SYNCHRONOUS DATA SWITCHING [S-29] feature descriptions.
Page 90: Data Communications-Pri
DATA COMMUNICATIONS-PRI D-121 DATA COMMUNICATIONS-PRI 1. General Description This feature enables data communication between two systems, through PRI over ISDN (Digital Line Link). The ISDN link can be accessed through various connections. Note: Unrestricted Data: • The following communication speeds are supported: Asynchronous Synchronous 50-9600 bps 2.4K, 4.8K, 9.6K, and 48K bps...
Page 91: Figure 5-2 Modem Pool To Modem Pool
DATA COMMUNICATIONS-PRI 2. Modem Pool to Modem Pool. (Illustrated in Figure 5-2.) ISDN DM or DA DM or DA (Async. Only) (Async. Only) Modem Modem Pool Pool Figure 5-2 Modem Pool to Modem Pool • Asynchronous Data Terminal connected to a Data Module; 1.
Page 92: Figure 5-3 Asynchronous Dte Connected To A Data Module
DATA COMMUNICATIONS-PRI 3. Unrestricted Data. • Asynchronous DTE Connected to a Data Module; ISDN Sync. or Async. Sync. or Async. DM or DA DM or DA Figure 5-3 Asynchronous DTE Connected to a Data Module 1. Enter “DM CALL <ENTER>” on the DTE keyboard; “READY” is returned. 2.
Page 93 DATA COMMUNICATIONS-PRI 3. Programming STEP 1: Assign the Basic Data for ISDN. (Refer to Chapter 3, “Basic Data Assignment for ISDN”.) Pooled modems and modems connected to analog stations may be used on PRI channels when a straight Note: digital data connection is not required. With PRI, modem pooling will always be automatic when accessing a PRI channel by setting the “AMND”...
Page 94: Data Uniform Numbering Plan-Pri
DATA UNIFORM NUMBERING PLAN-PRI D-122 DATA UNIFORM NUMBERING PLAN-PRI 1. General Description This feature enables data stations to be assigned a set of UNIFORM NUMBERS to distinguish data extensions from voice extensions. ISDN(PRI) ISDN(PRI) 5XXX LOCATION CODE: HOST COMPUTER Example: DTE User DIALS 8 + 632-5XXX 2.
Page 95 DATA UNIFORM NUMBERING PLAN-PRI 3. Programming STEP 1: Assign the Basic Data for ISDN. (Refer to Chapter 3, “Basic Data Assignment for ISDN”) STEP 2: AUNE - Assign Uniform Numbering Data in a terminating office. <Example> Uniform Numbering 8 + 632 + 5XXX Station No.
Page 96: Direct-In Termination (Dit)-Pri
DIRECT-IN TERMINATION (DIT)-PRI D-137 DIRECT-IN TERMINATION (DIT)-PRI 1. General Description This feature automatically routes incoming network exchange calls from an ISDN network and Public/Private Telecommunication network directly to a preselected station without Attendant assistance. The call can then be processed by the called party. THREE-WAY CALLING [T-2], CALL TRANSFER [C-10], etc., are handled in the same manner as any normal trunk call.
Page 97 DIRECT-IN TERMINATION (DIT)-PRI For Day and Night DIT service-Different Stations STEP 7: ACSA - Assign the Route Number, Trunk Number, Connection Service Index A = 2 for DIT. Then assign the Tenant Number and Station Number to serve as the DIT station. ACSI - Assign the Route Number, Trunk Number, Connection Service Index = 4 for NIGHT CONNECTION-FIXED (DIT) [N-1].
Page 98: E-14D Elapsed Time Display-D Term -Pri
term ELAPSED TIME DISPLAY-D -PRI term E-14D ELAPSED TIME DISPLAY-D -PRI 1. General Description term This feature provides an LCD display of the time elapsed while a D is connected to a PRI trunk. 2. Operating Procedure No manual operation is required. 3.
Page 99: Flexible Numbering Of Stations-Pri
FLEXIBLE NUMBERING OF STATIONS-PRI F-21 FLEXIBLE NUMBERING OF STATIONS-PRI 1. General Description This feature provides the ability to assign voice station numbers and data station numbers, to any corresponding instrument location depending solely upon numbering plan limitations. 2. Operating Procedure No manual operation is required.
Page 100: Faulty Trunk Report-Pri
FAULTY TRUNK REPORT-PRI F-26 FAULTY TRUNK REPORT-PRI 1. General Description This feature allows a station to report a noisy or faulty ISDN trunk number by dialing a special access code before hanging up. The FAULTY TRUNK REPORT consists of Trunk number, Station number, associated Time Division Switch and reported time.
Page 101: H-14D Hands-Free Answer Back-D Term -Pri
term HANDS-FREE ANSWER BACK-D -PRI term H-14D HANDS-FREE ANSWER BACK-D -PRI 1. General Description term This feature allows the station user to respond to a VOICE CALL-D [V-2D] without lifting the handset. 2. Operating Procedure To answer a VOICE CALL [V-2D]: 1.
Page 102: Hot Line-Outside-Pri
HOT LINE-OUTSIDE-PRI H-15 HOT LINE-OUTSIDE-PRI 1. General Description This feature allows a station user to access an outside ISDN destination party in the HOT LINE [H-l] service. 2. Operating Procedure To place a HOT LINE-OUTSIDE-PRI call using a single line telephone: 1.
Page 103 HOT LINE-OUTSIDE-PRI STEP 4: ASPD - Assign the Tenant Number, the Abbreviated Digit Code-ADC, and the CD-Telephone Number to the sent. Include in the CD the access code of the route. STEP 5: AHLS - Assign the HOTLINE-OUTSIDE station with the following parameters: HOT TN: HOTLINE-OUTSIDE Tenant STN:...
Page 104: Incoming Call Identification-Pri
INCOMING CALL IDENTIFICATION-PRI I-24 INCOMING CALL IDENTIFICATION-PRI 1. General Description This feature allows an ATTENDANT CONSOLE [A-3] to visually identify the type of service and/or trunk group which is arriving or waiting to be answered. 2. Operating Procedure No manual operation is required. 3.
Page 105 INCOMING CALL IDENTIFICATION-PRI STEP 3: AAKP - This command may be used to change the meaning of the top six keys of the Call Identification keys of the Attendant Console. (See System Data 2, Indexes 8 & 9.) The Following functions may be assigned to Key Numbers (KYN) 1-6. Function: a: CAS b: Off-Hook Alarm...
Page 106: Incoming Isdn Call To Tie Line Connection-Pri
INCOMING ISDN CALL TO TIE LINE CONNECTION-PRI I-25 INCOMING ISDN CALL TO TIE LINE CONNECTION-PRI 1. General Description This feature permits an Attendant to connect an incoming ISDN network call, via a tie line, to a station at a distant PBX. 2.
Page 107 INCOMING ISDN CALL TO TIE LINE CONNECTION-PRI STEP 7: ARRC - Assign for Alternative Route Index (ARI): A, Incoming Route to Outgoing Route via the ATTCON/station. Allow the Incoming Route Number (ICRT) of the incoming PRI (Bch) route to be connected to the Outgoing Route Number (OGRT) of the Outgoing TIE Line route.
Page 108: Indialing Through Main-Pri
INDIALING THROUGH MAIN-PRI I-26 INDIALING THROUGH MAIN-PRI 1. General Description With this feature a call destined for a satellite PBX via DID or Network Inward Dialing (NID) will automatically be routed to the satellite station by the main PBX over a tie trunk. DID/NID Call Main Office...
Page 109 INDIALING THROUGH MAIN-PRI STEP 5: ARTD - Assign Tie Line route data and the dummy route data. For Dummy RT, CDN 6 (TCL)=4, CDN 7 (L/T)=1 and CDN 13 (AC)=1 are necessary. STEP 6: ATRK - Assign the LENS data of each trunk. STEP 7: MBTK - Make idle the trunks.
Page 110: Inter-Pbx Coordinated Station Numbering Plan-Pri
INTER-PBX COORDINATED STATION NUMBERING PLAN-PRI I-27 INTER-PBX COORDINATED STATION NUMBERING PLAN-PRI 1. General Description The INTER-PBX COORDINATED STATION NUMBERING PLAN-PRI [I-27] feature enables the Main- Satellite network to coordinate the numbering plan for stations in the network. This feature allows a station at one switch to call a station at another switch by dialing a unique 3- to 7-digit number with no access codes or pauses for Dial Tone.
Page 111: Isdn Individual Calling Line Identification (Iclid)
ISDN INDIVIDUAL CALLING LINE IDENTIFICATION (ICLID) I-28 ISDN INDIVIDUAL CALLING LINE IDENTIFICATION (ICLID) 1. General Description The ICLID feature is used to deliver a calling-party’s number through the Public ISDN network to a called-party in the same PBX. 7000 6250 DTMF TELEPHONE 7252...
Page 112: Inter-Office Off-Hook Queuing-Pri
INTER-OFFICE OFF-HOOK QUEUING-PRI I-36 INTER-OFFICE OFF-HOOK QUEUING-PRI 1. General Description This feature can be employed in a Main-Satellite configuration to allow a satellite station user to queue for LEAST COST ROUTING-3/6-DIGIT-PRI [L-31] at the main location. This feature can also be used when all outgoing ISDN trunks are concentrated at the main location.
Page 113 INTER-OFFICE OFF-HOOK QUEUING-PRI 3. Programming STEP 1: ASYD - System Data 1, Index 42, bit 7: This bit must be assigned as data “0”, continuous Service Set Tone. STEP 2: ARTD - Assign the incoming TIE Line route. <Example of 2 - WIRE E&M/4 - WIRE E&M> RT : 2 1-OSGS :7/6 2-ONSG...
Page 114: Least Cost Routing-3/6-Digit-Pri
LEAST COST ROUTING-3/6-DIGIT-PRI L-31 LEAST COST ROUTING-3/6-DIGIT-PRI 1. General Description This feature allows the system to be programmed to route outgoing calls over the most economical facility (DDD). Based on the area code and office code dialed (6-digit analyzing), the system examines the programming tables and chooses the facilities in the order specified.
Page 115 LEAST COST ROUTING-3/6-DIGIT-PRI STEP 4: ATRK - Set Originating Register Trunks (ORT) to the system in a quantity calculated from expected traffic. Registers are located on levels 0-3 of any 8RST circuit card. Senders must be assigned to the system in a quantity calculated from expected traffic. Senders are located on levels 4-7 of any 8RST circuit card.
Page 116 LEAST COST ROUTING-3/6-DIGIT-PRI STEP 12: AFRS - List the dialing patterns in groups that will be served by a specific sequence of routes. This determination of routes is labeled as an Outgoing Pattern Route (OPR). In AFRS, program the Tenant, Route Number (Dummy Route), The Number Code or dialing patterns, and the OPR to be chosen when these digits are dialed.
Page 117: Lcr-Time Of Day Routing-Pri
LCR-TIME OF DAY ROUTING-PRI L-32 LCR-TIME OF DAY ROUTING-PRI 1. General Description This feature provides automatic routing of outgoing ISDN calls over alternative customer facilities based on the DDD number. The system will select the most economical route available at the time of connection. The pattern of alternate routing can be changed up to 8 times per day based on a pre-arranged time schedule.
Page 118: Lcr-Attendant Manual Override-Pri
LCR-ATTENDANT MANUAL OVERRIDE-PRI L-33 LCR-ATTENDANT MANUAL OVERRIDE-PRI 1. General Description This service feature provides an ATTENDANT CONSOLE [A-3] to override the LCR-TIME OF DAY ROUTING-PRI [L-32] pattern and then an alternate routing pattern group will be selected. 2. Operating Procedure To set LCR-ATTENDANT MANUAL OVERRIDE-PRI: 1.
Page 119: Lcr-Automatic Overflow To Ddd-Pri
LCR-AUTOMATIC OVERFLOW TO DDD-PRI L-34 LCR-AUTOMATIC OVERFLOW TO DDD-PRI 1. General Description This feature provides optional routing of ISDN network calls via off-network facilities from a point on the network where all on-network routes are busy or none are provided. 2.
Page 120: Lcr-Clocked Manual Override-Pri
LCR-CLOCKED MANUAL OVERRIDE-PRI L-35 LCR-CLOCKED MANUAL OVERRIDE-PRI 1. General Description This feature permits the system to override the LCR-TIME OF DAY ROUTING-PRI [L-32] pattern during the pre-determined time assigned through the MAT. 2. Operating Procedure No manual operation is required. 3.
Page 121: Last Number Call-Pri
LAST NUMBER CALL-PRI L-42 LAST NUMBER CALL-PRI 1. General Description When a station user originates an ISDN trunk call, this service feature allows the calling station user to recall the same destination by dialing only the special code instead of dialing all the digits of the number. The maximum number of dial digits to which this service is applicable is 18.
Page 122: L-42D Last Number Called-D Term -Pri
term LAST NUMBER CALLED-D -PRI term L-42D LAST NUMBER CALLED-D -PRI 1. General Description term This feature allows a D user to redial the telephone numbers previously dialed from the terminal. With this term feature, the D user can choose any destination out of the latest five calls, which have been stored in the memory of the system, and place a call without having to redial the full number.
Page 123 term LAST NUMBER CALLED-D -PRI 2. How to originate a call: term (a) Press the LINE/SPD key on a D • The Prime Line lights Green. • The Speaker Lamp lights Green. term • Receive Dial Tone from the speaker with the following display on the D term term Series III]...
Page 124: Ldn Night Connection-Pri
LDN NIGHT CONNECTION-PRI L-44 LDN NIGHT CONNECTION-PRI 1. General Description This service feature routes Listed Directory Number (LDN) calls from both ISDN/non-ISDN network to a preselected station within the system, when the Night mode has been entered. 2. Operating Procedure To answer LDN NIGHT CONNECTION calls: 1.
Page 125: Ldn Night Connection-Outside-Pri
LDN NIGHT CONNECTION-OUTSIDE-PRI L-46 LDN NIGHT CONNECTION-OUTSIDE-PRI 1. General Description This feature routes Listed Directory Number (LDN) calls from both ISDN/non-ISDN network to a preselected station outside the system when the system is in Night mode. 2. Operating Procedure To answer LDN NIGHT CONNECTION calls: 1.
Page 126: Lcr-Special Line Warning Tone-Pri
LCR-SPECIAL LINE WARNING TONE-PRI L-49 LCR-SPECIAL LINE WARNING TONE-PRI 1. General Description This feature allows a station user or an Attendant to receive a Warning Tone that indicates an expensive ISDN trunk line is in use. 2. Operating Procedure No manual operation is required. 3.
Page 127: Miscellaneous Trunk Access-Pri
MISCELLANEOUS TRUNK ACCESS-PRI M-71 MISCELLANEOUS TRUNK ACCESS-PRI 1. General Description This feature provides access to all types of external and customer provided equipment/facilities such as Tie [T-3], and Exchange Network along with PAGING [P-1]. 2. Operating Procedure MISCELLANEOUS TRUNK ACCESS-PRI is accomplished via System Data at the Maintenance Administration Terminal (MAT).
Page 128: Miscellaneous Trunk Restriction-Pri
MISCELLANEOUS TRUNK RESTRICTION-PRI M-72 MISCELLANEOUS TRUNK RESTRICTION-PRI 1. General Description This feature provides for incoming PRI trunks to be denied access to particular trunk groups such as Tie [T-3], Exchange Network, or PAGING [P-1]. 2. Operating Procedure MISCELLANEOUS TRUNK RESTRICTION-PRI is accomplished via System Data at the MAINTENANCE ADMINISTRATION TERMINAL (MAT) [M-18].
Page 129: Music On Hold-Pri
MUSIC ON HOLD-PRI M-73 MUSIC ON HOLD-PRI 1. General Description This feature allows a party to hear music while in the HOLD [C-6], TRANSFER [C-10,C-11], or CAMP-ON [A-1] conditions. 2. Operating Procedure No manual operation is required for this software-controlled feature. 3.
Page 130: Modem Pooling-Pri
3. LEAST CALL ROUTING can be used for optimization of long distance data calls. 4. Incoming MODEM POOLING capabilities are also provided via DIT, DID, or the Attendant. 5. Modems must be compatible. 6. NEC Modems tested and certified to work with the MODEM POOLING-PRI [M-74] feature are: • NEC 212 AE 300/1200 bps •...
Page 131 MODEM POOLING-PRI 3. Operating Procedure Refer to “[M-21] MODEM POOLING” in Feature Programming Manual. 4. Assignment Procedure Refer to “[M-21] MODEM POOLING” in Feature Programming Manual. NDA-24305 CHAPTER 5 Page 113 Revision 1.0...
Page 132: Multiple Call Forwarding-All Calls-Pri
MULTIPLE CALL FORWARDING-ALL CALLS-PRI M-75 MULTIPLE CALL FORWARDING-ALL CALLS-PRI 1. General Description This feature permits a call from the ISDN network to a station set to CALL FORWARDING-ALL CALLS-PRI [C-95] to be forwarded multiple times to a predesignated idle station. 2.
Page 133 MULTIPLE CALL FORWARDING-ALL CALLS-PRI STEP 2: ANPD - Reserve a number level for feature access and cancel. Assign for Normal. Assign NND in accordance with a predetermined numbering plan. STEP 3: ASPA - Assign an access code to MULTIPLE CALL FORWARDING-ALL CALLS entry, SID = 8 and to MULTIPLE CALL FORWARDING-ALL CALLS cancel SID = 9.
Page 134: Night Connection-Fixed-Pri
NIGHT CONNECTION-FIXED-PRI N-20 NIGHT CONNECTION-FIXED-PRI 1. General Description This feature routes ISDN calls normally directed to the ATTENDANT CONSOLE [A-3] to a preselected common station within the system when the Night mode has been entered. 2. Operating Procedure To answer NIGHT CONNECTION-FIXED-PRI calls: 1.
Page 135: Night Connection-Flexible-Pri
NIGHT CONNECTION-FLEXIBLE-PRI N-21 NIGHT CONNECTION-FLEXIBLE-PRI 1. General Description This feature provides arrangements to route ISDN calls normally directed to the ATTENDANT CONSOLE [A-3] to a preselected station on a flexibly assignable basis within the system, when the Night mode has been entered.
Page 136: Non-Delay Operation-Pri
NON-DELAY OPERATION-PRI N-22 NON-DELAY OPERATION-PRI 1. General Description This feature allows the ATTENDANT CONSOLE [A-3] to place any calling party on hold, dial the call, and connect the calling and called parties. 2. Operating Procedure To operate: 1. The Attendant answers an operator call by pressing the “ANSWER” or “ATND” key. 2.
Page 137: Night Connection Outside-System-Pri
NIGHT CONNECTION OUTSIDE-SYSTEM-PRI N-29 NIGHT CONNECTION OUTSIDE-SYSTEM-PRI 1. General Description This is a night transfer service on a system basis enabling a ring down call to be transferred to a preselected station outside the PBX via ISDN network when Night mode has been set. 2.
Page 138: Nailed Down Connection-Pri
NAILED DOWN CONNECTION-PRI N-31 NAILED DOWN CONNECTION-PRI 1. General Description This service feature provides the logical equivalence of a hardware connection between ISDN trunk and station/ trunk. A NAILED DOWN CONNECTION is constantly maintained in the system’s software. NAILED DOWN CONNECTION data is programmed via the Maintenance Administration Terminal (MAT).
Page 139: Outgoing Trunk Queuing-Pri
OUTGOING TRUNK QUEUING-PRI O-24 OUTGOING TRUNK QUEUING-PRI 1. General Description This feature allows a station user, upon encountering an ISDN trunk busy signal, to dial a specified access code and enter a first-in, first-out queue. As soon as an ISDN outgoing trunk becomes available, stations in the queue will be called back on a first-come, first-served basis.
Page 140 OUTGOING TRUNK QUEUING-PRI STEP 3: ASPA - If System Data 2, Index 4, bit 0 is assigned for separate access codes, assign an access code to OUTGOING TRUNK QUEUING assign, SRV = SSC, SID = 19 and to OUTGOING TRUNK QUEUING cancel, SRV = SSC, SID = 20.
Page 141: Outgoing Trunk Queuing-Deluxe-Pri
OUTGOING TRUNK QUEUING-DELUXE-PRI O-26 OUTGOING TRUNK QUEUING-DELUXE-PRI 1. General Description This feature allows station users according to their Service Feature Class to queue for an outgoing ISDN trunk when all call routes are busy. This feature allows specific routes to be queued in a timed interval depending on the user’s Service Feature Class (SFC).
Page 142 OUTGOING TRUNK QUEUING-DELUXE-PRI 3. Programming STEP 1: ASYD - System Data 1, Index 68, bit 3: OG Trunk Queuing (On-Hook) Automatic Cancel 0/1=Out/In Service Index 159: Assign the OG-Trunk Queuing Automatic Cancel Timer, when System Data 1, Index 68, bit 3 is “1”. (Default data=30 min.) System Data 2, Index 4, bit 0: Call Back and OG Trunk Queuing access code.
Page 143: Off-Hook Queuing-Pri
OFF-HOOK QUEUING-PRI O-28 OFF-HOOK QUEUING-PRI 1. General Description This service allows a station user encountering busy ISDN trunk to remain off-hook and automatically enter a first-in, first-out queue. As soon as an outgoing ISDN trunk becomes available, the switch connects the next call to this trunk.
Page 144: Outgoing Trunk Queuing-Attendant-Pri
OUTGOING TRUNK QUEUING-ATTENDANT-PRI O-30 OUTGOING TRUNK QUEUING-ATTENDANT-PRI 1. General Description This feature allows an ATTENDANT CONSOLE [A-3] encountering a busy ISDN trunk to remain off-hook and automatically enter a first-in, first-out queue. As soon as an outgoing ISDN trunk becomes available, the switch connects the next call to that trunk.
Page 145: Overflow-Ucd-Pri
OVERFLOW-UCD-PRI O-32 OVERFLOW-UCD-PRI 1. General Description 1. When a call from an ISDN trunk has terminated to UCD [U-1] Group A and this incoming call has encountered all stations busy in Group A, the call is transferred to UCD [U-1] Group B if Group B is registered as the overflow destination.
Page 146 OVERFLOW-UCD-PRI 3. Programming STEP 1: ASHU - Assign the required data for the UCD Group: Tenant Number STN: Station Number CNT: Number of stations to be entered (recommended maximum of 100 stations). ADD: Number of station to be added (recommended maximum of 100 stations). STN: Station Numbers of the stations included in the UCD group.
Page 147: Peg Count-Pri
PEG COUNT-PRI P-37 PEG COUNT-PRI 1. General Description This feature permits traffic studies and traffic analysis information to be accessed from the MAINTENANCE ADMINISTRATION TERMINAL [M-18] and to be printed out. 2. Operating Procedure Refer to System Operation and Maintenance Manual. 3.
Page 148: Primary Call Restriction-Pri
PRIMARY CALL RESTRICTION-PRI P-38 PRIMARY CALL RESTRICTION-PRI 1. General Description This feature allows the system to restrict outgoing ISDN calls according to the specific called number. This restriction is controlled on the basis of the first seven, eight, nine, or all ten digits dialed. 2.
Page 149: Pri Trunk To Tie Line Connection With Pad Control
PRI TRUNK TO TIE LINE CONNECTION WITH PAD CONTROL P-39 PRI TRUNK TO TIE LINE CONNECTION WITH PAD CONTROL 1. General Description This feature provides a switchable transmission pad for PRI trunks, which allows tandem connections. Necessary PAD CONTROL is activated to protect against echo. 2.
Page 150: Paging Transfer-Pri
PAGING TRANSFER-PRI P-47 PAGING TRANSFER-PRI 1. General Description This feature will allow a station user to transfer a paged call to a party that has been placed on hold. 2. Operating Procedure While a station user is engaged in a C.O. line call: 1.
Page 151 PAGING TRANSFER-PRI STEP 2: ARTD - Assign the paging route as shown below: RT : 1 1-OSGS 2-ONSG 5-TF 6-TCL 7-L/T 8-RLP 15-LSG Data other than the above should be set “0” (default data). STEP 3: ATRK - Assign the LENs, Paging Trunk Route Number, Trunk Number, and Tenant Number. STEP 4: MBTK - Assign the Make Idle status to the Paging trunks.
Page 152: Pri Failsafe Routing
PRI FAILSAFE ROUTING P-49 PRI FAILSAFE ROUTING 1. General Description When call origination via ISDN network is not available due to failure, etc., this feature allows the call to be placed via alternative route (Public Switched Network.) 2. Operating Procedure No manual operation is required.
Page 153: Restriction From Outgoing Calls-Pri
RESTRICTION FROM OUTGOING CALLS-PRI R-35 RESTRICTION FROM OUTGOING CALLS-PRI 1. General Description This feature automatically denies preselected station lines within the system the ability to place outgoing ISDN calls without Attendant assistance. 2. Operating Procedure Operation is fully automatic in that restricted stations; will receive Reorder Tone upon attempting to place a restricted call.
Page 154: Speed Calling-System-Pri
SPEED CALLING-SYSTEM-PRI S-82 SPEED CALLING-SYSTEM-PRI 1. General Description This feature allows a station user or ATTENDANT CONSOLE [A-3] to call frequently dialed ISDN numbers using fewer digits (abbreviated call codes) than would normally be required. 2. Operating Procedure To operate: 1.
Page 155: S-82D Speed Calling-System-D Term -Pri
term SPEED CALLING-SYSTEM-D -PRI term S-82D SPEED CALLING-SYSTEM-D -PRI 1. General Description term This feature allows a D station user to call frequently dialed ISDN numbers using fewer digits (abbreviated call codes) than would normally be required. 2. Operating Procedure term To operate (D 1.
Page 156 term SPEED CALLING-SYSTEM-D -PRI STEP 3: ASPD - Assign the Tenant Number, the Abbreviated Digit Code-ADC, and the CD-Telephone Number to be sent. Include the access code of the route in the CD. • Each abbreviated call code can store a maximum of 24 digits, including access codes. •...
Page 157: Station Message Detail Recording System-Rs232C-Pri
STATION MESSAGE DETAIL RECORDING SYSTEM-RS232C-PRI S-83 STATION MESSAGE DETAIL RECORDING SYSTEM-RS232C-PRI 1. General Description This feature provides a “call record” for all outgoing station-to-PRI trunk calls and incoming PRI trunk-to- station calls. When the system is equipped with this feature an RS232C output port is provided, permitting direct interface with a customer-owned computer system.
Page 158 STATION MESSAGE DETAIL RECORDING SYSTEM-RS232C-PRI System Data 1, Indexes 288-295: Designation of the attributes of the SMDR. SMDR output port will be designated. For this designation, the attributes of the terminal which outputs the detail call information should have been designated by the AIOC command.
Page 159: Figure 5-4 Example Of Smdr Assignments
STATION MESSAGE DETAIL RECORDING SYSTEM-RS232C-PRI <Reference> PBX A PBX B PBX C Station A Station C NO SMDR SMDR SMDR In the network shown above, PBX B functions as a tandem switch. In this example, parameters SMDR3 and SMDR4 for RT1 of PBX B should be assigned as 1 for the following reasons. When Station C places a call to Station A: Since SMDR collects billing information on the outgoing trunk at PBX C, billing information on the outgoing trunk of RT1 is not required at PBX B (SMDR3=1).
Page 160: Speed Calling-Station-Pri
SPEED CALLING-STATION-PRI S-84 SPEED CALLING-STATION-PRI 1. General Description This feature allows a station user to dial frequently called ISDN network numbers using fewer digits (abbreviated call codes) than normally required. With this feature a station user can establish personal abbreviated codes. 2.
Page 161: Speed Calling-Group-Pri
SPEED CALLING-GROUP-PRI S-85 SPEED CALLING-GROUP-PRI 1. General Description This feature allows a station user to share a group of common ISDN network Speed Calling numbers with other members in the group. 2. Operating Procedure To operate: 1. Dial the speed calling access code (one or two digits). 2.
Page 162: Simultaneous Voice And Data Transmission-Pri
1. General Description term This feature is provided by NEC’s proprietary digital D family of terminal equipment. A 64 kbps digital voice signal and a data signal of up to 56 kbps can be transmitted simultaneously over the same wire. Voice and data calls can be placed to different locations via PRI.
Page 163 SIMULTANEOUS VOICE AND DATA TRANSMISSION-PRI 3. Programming STEP 1: ASYD - System Data 1, Index 16, bits 0-4: Place one - to five-digit station numbers in service. STEP 2: ASDT - Assign Tenant No., Station No., LEN, and the Telephone Equipment Class (TEC) to the station.
Page 164 SIMULTANEOUS VOICE AND DATA TRANSMISSION-PRI STEP 5: AKYD - Assign the station according to the following parameters: (The data extension number is automatically assigned to the key programmed as DATA.) STN: Station Number term Type of D KYN: Key Number KYI: Service Index 0-Key Not Used...
Page 165: Synchronous Data Switching-Pri
SYNCHRONOUS DATA SWITCHING-PRI S-87 SYNCHRONOUS DATA SWITCHING-PRI 1. General Description term A synchronous DTE connected to a D /Data Adapter can communicate via the PBX with a synchronous DTE term connected to a Synchronous D /Data Adapter. 2. Operating Procedure term To originate a data call from the sync./async.
Page 166: Smdr For Data Call-Rs232C-Pri
SMDR FOR DATA CALL-RS232C-PRI S-88 SMDR FOR DATA CALL-RS232C-PRI 1. General Description This feature provides a call record of all outgoing station-to-trunk and incoming PRI trunk-to-station data calls. When this feature is provided, an RS232C output port is utilized, permitting direct interface with a customer- owned computer system.
Page 167: Speed Calling Override-System-Pri
SPEED CALLING OVERRIDE-SYSTEM-PRI S-89 SPEED CALLING OVERRIDE-SYSTEM-PRI 1. General Description This feature allows a station with restriction on outgoing ISDN and/or certain miscellaneous trunk calls by the station CLASS OF SERVICE-INDIVIDUAL [C-15] to place such calls by using the prefixed digits (abbreviated call code) registered beforehand in SPEED CALLING-SYSTEM-PRI [S-82].
Page 168: Station Individual Trunk Access-Pri
STATION INDIVIDUAL TRUNK ACCESS-PRI S-107 STATION INDIVIDUAL TRUNK ACCESS-PRI 1. General Description This feature permits a station to access an individual ISDN trunk via dial access. 2. Operating Procedure To access: 1. Lift the handset; receive the Dial Tone 2. Dial the feature access code, trunk route number, trunk number, and desired station number; receive the Ringback Tone.
Page 169: Tandem Switching Of Tie Trunks-2/4-Wire-Pri
TANDEM SWITCHING OF TIE TRUNKS-2/4-WIRE-PRI T-37 TANDEM SWITCHING OF TIE TRUNKS-2/4-WIRE-PRI 1. General Description This feature allows PRI trunk-to-Tie-trunk connections through the PBX without the need for any Attendant assistance or control. The major use of this feature is in association with the Dial Tandem Tie Line Network to allow Tie line connections and incoming Tie line calls automatic access to and completion of local central office calls.
Page 170 TANDEM SWITCHING OF TIE TRUNKS-2/4-WIRE-PRI STEP 6: ARRC - Assign to the system trunk-to-trunk connection. Use Alternative Route Index (ARI) D for Direct Connection. Three possible Restrictions (RES) may be assigned; data “0”, Connection is Restricted; data “1”, Connection is Allowed; or data “2”, Toll Restriction is required.
Page 171: Three-Way Calling-Pri
THREE-WAY CALLING-PRI T-38 THREE-WAY CALLING-PRI 1. General Description This feature enables any station user to add another party to an existing ISDN network connection, establishing a Three-Way conference. 2. Operating Procedure 1. Place the original party on hold. 2. Press the hookswitch; receive Special Dial Tone. 3.
Page 172: T-38D Three-Way Calling-D Term -Pri
term THREE-WAY CALLING-D -PRI term T-38D THREE-WAY CALLING-D -PRI 1. General Description term This feature enables a D station user to establish a Three-Way conference by connecting an additional party to an already existing conversation. 2. Operating Procedure term To operate a D 1.
Page 173: Toll Denial/Toll Diversion-Pri
TOLL DENIAL/TOLL DIVERSION-PRI T-40 TOLL DENIAL/TOLL DIVERSION-PRI 1. General Description This feature prohibits station users from placing long distance calls over specific ISDN network trunks. Restricted calls are routed to either an ATTENDANT CONSOLE [A-3] (diversion) or to an Reorder Tone (denial).
Page 174: Toll Restriction-3/6-Digit-Pri
TOLL RESTRICTION-3/6-DIGIT-PRI T-41 TOLL RESTRICTION-3/6-DIGIT-PRI 1. General Description This feature allows the system to be programmed to restrict outgoing ISDN calls according to specific area and/ or Central Office codes. 2. Operating Procedure No manual operation is required. 3. Programming STEP 1: ASYD - System Data 1, Index 75: Should the following commands be developed for Day/ Night? 0/1: No/Yes.
Page 175 TOLL RESTRICTION-3/6-DIGIT-PRI STEP 3: AMND- This command indicates the total number of digits to expect, based upon the first digits dialed. A “9” plus a local call will equal 8 digits, “9” plus 1 plus an Area Code call will equal 12 digits.
Page 176: Uniform Call Distribution (Ucd)-Pri
UNIFORM CALL DISTRIBUTION (UCD)-PRI UNIFORM CALL DISTRIBUTION (UCD)-PRI 1. General Description This feature distributes incoming calls from ISDN trunk to a specified group. Calls are distributed to idle stations, in a circular pattern, in the order they arrive. 2. Operating Procedure No manual operation is required.
Page 177 UNIFORM CALL DISTRIBUTION (UCD)-PRI STEP 6: DTF3 - Display of Traffic Data 3 TYPE: Type of Traffic Measurement 8: UCD Route Peg Count 9: UCD Group Peg Count 10: UCD Station Peg Count Note: STEP 5 and STEP 6 are necessary only for measuring the UCD Traffic. NDA-24305 CHAPTER 5 Page 159...
Page 178 This page is for your notes. CHAPTER 5 NDA-24305 Page 160 Revision 1.0...
Page 179: Chapter 6 Supplementary Service
CHAPTER 6 SUPPLEMENTARY SERVICE This chapter explains the data assignment of ISDN station and supplementary services of ISDN. Contents of this section are as follows. Refer to “ISDN Features and Specifications” for availability of each Supplementary Service on Fusion Network. Table 6-1 ISDN Station CONTENTS Data Assignment of ISDN station...
Page 180 SUPPLEMENTARY SERVICE Table 6-2 Supplementary Service List SERVICE TYPE FEATURE SERVICE FEATURE CODE Service for OG call S-91/S-92 Sid To Network-Present/SID To Network-Privacy S-96 Sub Address-Present T-42 Trunk Provisioning Service Selection Wide Band Switching for AT&T #4ESS Service for Network C-112/T-44 Calling Party Information Transfer/ Transfer Message (TRM)
Page 181: Isdn Terminal (5 Ess)
SUPPLEMENTARY SERVICE 1. ISDN TERMINAL (5 ESS) ISDN Term. STEP 1: ASYD - Assign the protocol type of ISDN Terminal. SYS 1 Index 220 bit 0-bit 3: 1 (5 ESS) STEP 2: ANPD - Reserve a number level for a station number. STEP 3: ASPA - Assign Access Code for a station.
Page 182 SUPPLEMENTARY SERVICE STN: TYPE: 1 (N-ISDN1) FIDP: 1-31 (FID Pattern) FUNC: 2 (Feature Identifier Data) FIDP: 1-31 (FID Pattern) 1 Transfer: Note 3 Note 1: A PBX may send EPID (Endpoint Identification), for the terminal initialization, by receiving SPID (Service Profile Identification) from N-ISDN terminal, and may perform the supplementary service (Transfer) by FID (Feature Identifier) which has been set to each terminal.
Page 183: Pri Station (H0)
SUPPLEMENTARY SERVICE 3. PRI STATION (H0) 23B+D Bch:RT15 Dch:RT16 STEP 1: Assign the numbering (LCR) data to access to H0 terminal. STEP 2: ARTD - Assign the same route data as the data for Chapter 3, and arrange the following specific data to Bch and Dch route.
Page 184 SUPPLEMENTARY SERVICE STEP 5: ACSC - Assign the location of DCH (Dch handler) and Bch. (Refer to the following example) CSCG CICG DCH/CCH CSCG=132 00008 00008 00008 PIM0 00008 00008 00008 00008 00008 Group CSCG=133 00008 00008 00008 00008 00008 00008 00008 0008...
Page 185: Pri Station (H11)
SUPPLEMENTARY SERVICE 4. PRI STATION (H11) Bch:RT10 Dch:RT12 2B+D Note Bch:RT11 Note: PA-ILCG is necessary for H11 (2B+D). STEP 1: Assign the numbering (LCR) data to access to H11 terminal. STEP 2: ARTD - Assign the same route data as the data for Chapter 3, and arrange the following specific data to Bch and Dch route.
Page 186 SUPPLEMENTARY SERVICE STEP 4: ADPC - Assign PC (Point Code) to Bch route and Dch route. (Refer to the following example) RT=10 (Bch) PC=10 RT=11 (Bch) PC=10 RT=12 (Dch) PC=10 STEP 5: ACSC - Assign the location of DCH (Dch handler) and Bch. (Refer to the following example) CSCG CICG DCH/CCH...
Page 187: Calling Party Recognition Service (Call Forwarding-All Calls/Busy Line/Don't Answer)
CALLING PARTY RECOGNITION SERVICE (CALL FORWARDING-ALL CALLS/BUSY LINE/DON’T ANSWER) C-103 CALLING PARTY RECOGNITION SERVICE (CALL FORWARDING-ALL CALLS/BUSY LINE/DON’T ANSWER) 1. General Description This feature enables the PBX to transfer a direct incoming call from the ISDN network, when the called party has been set CALL FORWARDING-ALL CALLS/BUSY LINE/DON’T ANSWER, to the designated destination by identifying the calling subscriber number.
Page 188 CALLING PARTY RECOGNITION SERVICE (CALL FORWARDING-ALL CALLS/BUSY LINE/DON’T ANSWER) STEP 4: ASPA - Assign an access code for CALL FORWARDING. Common Status Index (N) SRV: Kind of Service (Type in SSC) SID: Service Feature Index CALL FORWARDING-ALL CALLS (ENTRY) CALL FORWARDING-ALL CALLS (CANCEL) CALL FORWARDING-BUSY LINE (ENTRY) CALL FORWARDING-BUSY LINE (CANCEL) CALL FORWARDING-DON’T ANSWER (ENTRY)
Page 189 CALLING PARTY RECOGNITION SERVICE (CALL FORWARDING-ALL CALLS/BUSY LINE/DON’T ANSWER) STEP 8: ASFC - Enter Service Feature Restriction Data SFI: Service Feature Index (1~127) 7-CALL FORWARDING ALL CALLS 8-CALL FORWARDING DON’T ANSWER 9-CALL FORWARDING BUSY LINE RES: Restriction Data 0/1 = Restricted/Allowed. STEP 9: ATNR - Enter Tenant Restriction Data between the transferring station and the transferred station.
Page 190: Calling Party Recognition Service [Direct-In Termination (Dit)]
CALLING PARTY RECOGNITION SERVICE [DIRECT-IN TERMINATION (DIT)] C-104 CALLING PARTY RECOGNITION SERVICE [DIRECT-IN TERMINATION (DIT)] 1. General Description An Incoming Call from the ISDN network can be connected to the specific station, which can be assigned as a destination in advance, on a calling subscriber number basis without any assistance of an operator. This feature is automatically executed when no information has been received from the calling subscriber for addressing a specific terminal in the PBX.
Page 191 CALLING PARTY RECOGNITION SERVICE [DIRECT-IN TERMINATION (DIT)] STEP 6: AFCP - Assign the transfer destination. (For more information, see Figure 6-1.) DAY/NIGHT: Day mode/Night mode TENANT NUMBER CALLING PARTY: (Max. 32 digits) Called Station Number ( Note 1 ) + ACC ( Note 2 Calling Party Number CFSI: Call Forwarding Service Feature (0~3)
Page 192: Figure 6-1 Assigning Transfer Destination
CALLING PARTY RECOGNITION SERVICE [DIRECT-IN TERMINATION (DIT)] Example: AFCP DAY/NIGHT: D CALLING PARTY 2222 + ACC 0471272991 CFSI: 3 COC Number CFD: STN: 3501 0471272991 3500 COC Number: 2222 3501 3502 3503 Calling Subscriber: 0471-27-2991 * In this example, this feature is executed as follows: When a particular trunk (COC No. = 2222) receives an incoming call from the ISDN network with a specific number (0471-27-2991, in the above case), the call will be transferred to extension “3501”.
Page 193: Call Redirection (For At&T #4Ess)
CALL REDIRECTION (FOR AT&T #4ESS) C-170 CALL REDIRECTION (FOR AT&T #4ESS) 1. General Description ISDN (AT&T-#4ESS) enables the call to a busy station in a PBX to transfer (FC TRANSFER) to a predetermined destination in its network. In CALL REDIRECTION, a PBX has to send RELCOM message including “user busy” or “resource unavailable”...
Page 194: Did Addressing
DID ADDRESSING D-123 DID ADDRESSING 1. General Description This feature provides for a called-party number received via ISDN to be used to designate the station at which the call is to terminate. 2. Operating Procedure No manual operation is required. 3.
Page 195 DID ADDRESSING STEP 1: Assign the Basic Data for ISDN (Refer to Chapter STEP 2: ARTD - Assign the number of digits to be decoded in the System to the parameter DC (CDN=66) of the Route of the B-channels and D-channel of a 24PRT which interfaces with the ISDN line with DID addressing.
Page 196: Network Name Display (Ni-2 Pri)
NETWORK NAME DISPLAY (NI-2 PRI) N-47 NETWORK NAME DISPLAY (NI-2 PRI) 1. General Description This feature provides the Name Display service between NEAX2400 IPX system and National-ISDN 2 network (NI-2 network or NI-2). Name Display service supports the followings. Note: (a) When the call is terminated directly from NI-2 network, it displays the received Calling Name term information on the D...
Page 197 NETWORK NAME DISPLAY (NI-2 PRI) 3. Service Conditions 1. This feature is available since Series 7400 Release 9 software. 2. This feature is available on condition that the system data is assigned to allow OAI service (see PROGRAMMING). 3. This feature is not provided for Calling Name information transmission to NI-2 network. term 4.
Page 198: Sid To Terminating User - Display
SID TO TERMINATING USER - DISPLAY S-93 SID TO TERMINATING USER - DISPLAY 1. General Description This ISDN feature provides a visual display of the calling station’s number and sub address information on a term for incoming ISDN calls. This provides the terminal user with a quick and accurate way to identify the calling station’s number (Station Identification Number, SID).
Page 199: Sid To Terminating User (Call-By-Call) - Display For At&T (#4Ess)
SID TO TERMINATING USER (CALL-BY-CALL) - DISPLAY FOR AT&T (#4ESS) S-136 SID TO TERMINATING USER (CALL-BY-CALL) - DISPLAY FOR AT&T (#4ESS) 1. General Description This feature allows a PBX to request either ANI or SID for each incoming call (Call-by-Call) by using a Facility term message to the ISDN (AT&T).
Page 200: Sid To Terminating User - Dte
SID TO TERMINATING USER - DTE S-94 SID TO TERMINATING USER - DTE 1. General Description term This ISDN feature permits a DTE connected to terminating D via a data adapter to receive the originating station number sent from the ISDN network. term WITH DA ISDN...
Page 201: Sub Address - Addressing
SUB ADDRESS - ADDRESSING S-95 SUB ADDRESS - ADDRESSING 1. General Description This ISDN feature permits an incoming call to be directed to a designated station by using called-party sub- address information. 2. Operating Procedure No manual operation is required. Note: •...
Page 202: Accunet Access154
ACCUNET ACCESS154 A-77 ACCUNET ACCESS154 1. General Description Communication using 56 kbps, 64 kbps (restricted) or 64 kbps (unrestricted) is possible with terminals connected to AT&T’s ACCUNET network. The ACCUNET service needs to be provisioned by CO. ACCUNET #4ES 2400 The system does not determine communication compatibility;...
Page 203: B-Channel Service Control
B-CHANNEL SERVICE CONTROL B-27 B-CHANNEL SERVICE CONTROL 1. General Description A PBX can send a trunk maintenance (SERVICE) message to the ISDN (AT&T-#4ESS, NT-DMS100/250) when setting or cancelling a trunk make busy using the MBTK command. This function is not provided by NI-2 protocol.
Page 204: Call-By-Call Pool Management
CALL-BY-CALL POOL MANAGEMENT C-106 CALL-BY-CALL POOL MANAGEMENT 1. General Description A single PRI interface can be used in common by TRUNK PROVISIONING [T-42] and CALL-BY-CALL SERVICE SELECTION [C-105]. If all the channels that are used by TRUNK PROVISIONING SERVICE SELECTION are busy, it is possible to select the channels as used by CALL-BY-CALL SERVICE SELECTION [C-105].
Page 205: Call-By-Call Service Selection
CALL-BY-CALL SERVICE SELECTION C-105 CALL-BY-CALL SERVICE SELECTION 1. General Description Services can be selected on a call-by-call basis to all channels of a single PRI interface according to applications. That is, unlike Trunk Provisioning Service in which services are assigned to specific channels, services may be used on any available channel.
Page 206: Ccis Tandem Call-Calling Party Number (Cpn) Delivery To Isdn & Q-Sig
CCIS TANDEM CALL-CALLING PARTY NUMBER (CPN) DELIVERY TO ISDN & Q-SIG NETWORKS C-164 CCIS TANDEM CALL-CALLING PARTY NUMBER (CPN) DELIVERY TO ISDN & Q-SIG NETWORKS 1. General Description This feature is provided for the call from tie line (CCIS line or Q-SIG) or a station, attendant console for INDIVIDUAL ATTENDANT ACCESS [I-6] is sent to the public ISDN network (AT&T, NT, NI-2) or Q-SIG network since Series 7400 software.
Page 207: Figure 6-2 Example Of A Call Originated Through Ccis Line To Corresponding Isdn Network
CCIS TANDEM CALL-CALLING PARTY NUMBER (CPN) DELIVERY TO ISDN & Q-SIG NETWORKS 4. Programming 1. When programmed at non-fusion PBX (stand-alone system): STEP: ACPNCL - OGRT: Originating RT number RCPN: Calling party number changed by this service (1~24 digits.) * Not necessary to assign the whole digits of numbers. See item (5) in Service Conditions. SKIP: Number of digits to be skipped from the calling party number (0~24) ADD:...
Page 208 CCIS TANDEM CALL-CALLING PARTY NUMBER (CPN) DELIVERY TO ISDN & Q-SIG NETWORKS 2. When programmed at fusion node: STEP : ACPNCN - OGLGRT: Originating RT number (Logical RT number) RCPN: Calling party number changed by this service (1~24 digits.) * Not necessary to assign the whole digits of numbers. See Item (5) in Service Conditions.
Page 209: D-Channel Backup - Pri
D-CHANNEL BACKUP - PRI D-152 D-CHANNEL BACKUP - PRI 1. General Description D-channel Backup feature is available in Non-Facility Associated Signaling (for AT&T/NT/N-ISDN2). • Changeover to Backup D-channel automatically executes when a link of ACT D-channel is down. • You can change D-channel from ACT to Backup by using MAT (The command CDBU). •...
Page 210 D-CHANNEL BACKUP - PRI STEP 3: ATRK - Assign the trunk data of Bch. (Refer to “Chapter 3”) <For example> RT=20 TK1-TK70 (Bch) STEP 4: ADPC - Assign PC (Point Code) to Bch route and Dch route. <For example> RT=20 (Bch) PC=20 RT=21 (Dch) PC=20...
Page 211 D-CHANNEL BACKUP - PRI 4. System Message 1. “23-P” Automatic changeover for Dch Backup 1: XX XX XX XX XX XX Backup Dch Primary Dch 0= ACT 1= STBY 2= Out of Service 3= MB 4= Waiting (Under changing) 5= Manual changeover is out of service 00: Changeover Primary→Backup Location of Backup side Dch 01: Changeover Backup→Primary...
Page 212: Megacom Access
MEGACOM ACCESS M-76 MEGACOM ACCESS 1. General Description AT&T’s MEGACOM (WATS) network can be used. MEGACOM #4ES 2400 The available WATS service is limited to MSB (Maximal Subscribed WATS Band). Note 1: Note 2: The parameter band service where zone is specified on a call-by-call basis is provided by the #5ESS only.
Page 213: Megacom800 Service
MEGACOM800 SERVICE M-77 MEGACOM800 SERVICE 1. General Description AT&T’s MEGACOM 800 (INWARD WATS) network can be used. MEGACOM #4ES MEGACOM 800 2400 When a call has terminated by the CALL-BY-CALL SERVICE SELECTION [C-105], no indication to Note 1: distinguish it from a call termination by other services is made to a terminating terminal. To identify a terminal to which a call has terminated, data must be registered using the “ACDD”...
Page 214: Non-Facility Associated Signaling - Pri
NON-FACILITY ASSOCIATED SIGNALING - PRI N-40 NON-FACILITY ASSOCIATED SIGNALING - PRI 1. General Description A single D-channel can control more than the 23 bearer channels (23 B-channels) resident on the same T1 facility. Capacity: Max. 167B + D (1-IMG system) 7 Circuit Cards (1-24 PRT + 6-24DTRS Max.
Page 215 NON-FACILITY ASSOCIATED SIGNALING - PRI STEP 6: ACSC - Assign the location of DCH (Dch Handler) and Bch. <For example> PIM0 Group CSCG=140 (Even No.) CICG No. = 0 CCH= 00004 00004 00004 00004 Dch (DCH) 00004 00004 00004 00004 —...
Page 216 NON-FACILITY ASSOCIATED SIGNALING - PRI 2. Each B-channel uses the Individual Route Number. Dch: RT31 Bch: RT30 23B+D ISDN Bch: RT32 STEP 1: Assign the numbering (LCR) data to access to ISDN. STEP 2: ARTD - Assign the route data. (Refer to “Chapter 3”) STEP 3: ATRK - Assign the trunk data of Bch.
Page 217 NON-FACILITY ASSOCIATED SIGNALING - PRI STEP 5: ACSC - Assign the location of DCH (Dch Handler) and Bch. <For example> PIM0 Group CSCG=140 (Even No.) CICG No. = 0 CCH= 00004 00004 00004 00004 Dch (DCH) 00004 00004 00004 00004 CSCG=141 (Odd No.) CICG No.
Page 218: Q-Sig/Isdn International Gateway Switching
Q-SIG/ISDN INTERNATIONAL GATEWAY SWITCHING Q-SIG/ISDN INTERNATIONAL GATEWAY SWITCHING 1. General Description This feature allows converting a User Information Layer 1 Protocol (µ-law/A-law) of call originated to ISDN line according to the office data. See the figure below for examples. [Case 1: Conversion in tandem office] (a)Incoming Call from ISDN line (SETUP message is received) When µ-law is selected as output Layer 1 protocol to outgoing trunk.
Page 219 Q-SIG/ISDN INTERNATIONAL GATEWAY SWITCHING [Case 2: Conversion in Originating Office] term (a) Outgoing Call from D /ATT (SETUP message is not sent) When A-law is selected as output Layer 1 protocol to an outgoing trunk. NEAX2400 IPX (A-law) ARTI data: A-law (UALAW = 2) A-law (SETUP) A-law...
Page 220: Table 5-1 Reference: Output Layer 1 Protocol
Q-SIG/ISDN INTERNATIONAL GATEWAY SWITCHING 4. When the protocol is selected as AUSTRALIA in the route class data (assigned in ARTD, CDN65: INT) and the coding standard is “00” in BC information element, call in A-law only can be connected (call in µ- law is disconnected).
Page 221 Q-SIG/ISDN INTERNATIONAL GATEWAY SWITCHING 4. Interactions This feature is applied for H0/H11 terminal when the service conditions described in Item under Service Conditions are satisfied. 5. Programming STEP 1: ARTI - Assign the Trunk Application data to the outgoing ISDN trunk. CDN 57: UALAW (User information Layer 1 protocol designation) 0 = No Conversion 1 = µ-law...
Page 222: Sdn Access
SDN ACCESS S-90 SDN ACCESS 1. General Description AT&T’s SDN (Software Defined Network) can be used. #4ES #4ES 2400 2400 When a call has terminated by the CALL-BY-CALL SERVICE SELECTION [C-105], no indication to Note 1: distinguish it from a call termination by other services is made to a terminating terminal. To identify a terminal to which a call has terminated, data must be registered using the “ACDD”...
Page 223: S-91/S-92 Sid To Network - Present/Sid To Network - Privacy
SID TO NETWORK - PRESENT/SID TO NETWORK - PRIVACY S-91/S-92 SID TO NETWORK - PRESENT/SID TO NETWORK - PRIVACY 1. General Description <SID TO NETWORK-PRESENT> This feature allows SID (Station Identification Number) to be delivered to the ISDN when a call originates from a terminal connected to the PBX.
Page 224 SID TO NETWORK - PRESENT/SID TO NETWORK - PRIVACY Note 1 When the originating PRT employs “Sub addressing” for the terminating call . ISDN STA:2000 Bch=RT10 Pilot Number : 03-222-4111 ACNP: OG/IC=O ACND: CNP=1 RT=10 SKIP=4 CNP=1 ADD=9 DC=032224111 Digits “032224111” are sent as SID. Note 2 When the originating PRT employs “DID-Addressing”...
Page 225: Sub Address - Present
SUB ADDRESS - PRESENT S-96 SUB ADDRESS - PRESENT 1. General Description This ISDN feature allows a PRIMARY RATE INTERFACE ISDN trunk to transfer the called-party sub-address information to a destination ISDN station when the call is originated via the PBX. This feature requires dialing of the called-party station number and the called-party sub-address.
Page 226: Trunk Provisioning Service Selection
TRUNK PROVISIONING SERVICE SELECTION T-42 TRUNK PROVISIONING SERVICE SELECTION 1. General Description Each channel of a PRI interface can be dedicated to a particular service. Services are designated to specific channels; once designated, a channel can only be used for that service. CHANNEL SERVICE A SERVICE B...
Page 227: Wide Band Switching For At&T #4Ess
WIDE BAND SWITCHING FOR AT&T #4ESS WIDE BAND SWITCHING FOR AT&T #4ESS 1. General Description This feature allows a PBX to support the H0 (384 kbps)/H11 (1.5 Mbps) switching by using AT&T #4ESS. 23B+D 23B+D AT&T 23B+D 23B+D Trunk for Wide Band Switching 2.
Page 228: C-112/T-44 Calling Party Information Transfer/Transfer Message (Trm)
CALLING PARTY INFORMATION TRANSFER/TRANSFER MESSAGE (TRM) C-112/T-44 CALLING PARTY INFORMATION TRANSFER/TRANSFER MESSAGE (TRM) 1. General Description <CALLING PARTY INFORMATION TRANSFER> When attribute data (BC, LLC, HLC) arrives from the ISDN or an ISDN terminal, this service notifies the received attribute data to another office which is connected through CCIS. This service guarantees transparent transmission of attribute data between an office and another through CCIS.
Page 229 CALLING PARTY INFORMATION TRANSFER/TRANSFER MESSAGE (TRM) 3. Programming STEP 1: Assign the Basic Data for ISDN. STEP 2: ASYD - Assign the following system data for CCIS Note SYS-1 Index 4, b4: Temporary Class Conversion 0/1=Not Required/Required. (always assign “1”) Index 82, b4-b7: Station Number Display Pattern on the ATTCON Index 180&181: Originating Point Code Index 182&183: Centralized Billing Point Code...
Page 230 CALLING PARTY INFORMATION TRANSFER/TRANSFER MESSAGE (TRM) STEP 5: ADPC - Assignment of Determinate Point Code Data. Note Setting of the counter office point code RT: Route Number PC: Determinate Point Code (1-16367) STEP 6: ATRK - Assignment of Trunk Data Note Assign of the LENS of the trunks to be used in CCIS LENS: Line Equipment Number (6 digits)
Page 231: National - Isdn2 - Pri
NATIONAL - ISDN2 - PRI N-42 NATIONAL - ISDN2 - PRI 1. General Description This feature allows the system to connect with N-ISDN2 network. NON-FACILITY ASSOCIATED SIGNALING and D-CHANNEL BACKUP are also available. National ISDN2 Note 1: Network-side services, VIRTUAL TIE LINE, and B-ISDN services are not available. The following issues of firmwares are required.
Page 232: Virtual Tie Line
VIRTUAL TIE LINE V-18 VIRTUAL TIE LINE 1. General Description This service feature provides the virtual tie line service by setting up a connection between a PBX and another via ISDN network during the designated period of time. While the virtual tie line is set, one of the B-channels on the setup connection is used as a CCIS No. 7 signal channel and other B-channels as CCIS No.
Page 233 VIRTUAL TIE LINE • Service Status ISDN Virtual Tie Line is set at 8:30AM (for example) ISDN Note Virtual Tie Line is cancelled at 5:20PM (for example) ISDN When a call is connected to the Virtual Tie Line at the time designated to cancel the connection, the Note: connection is extended by 10 minutes (maximum 30 minutes) to wait for the call to be released.
Page 234 VIRTUAL TIE LINE • Setup/Cancel Protocol for Virtual Tie Line ISDN Setup Virtual Tie Line (CCIS No.7) Talk/Communicate Cancel 2. Operating Procedure No manual operation is required. CHAPTER 6 NDA-24305 Page 216 Revision 1.0...
Page 235 VIRTUAL TIE LINE 3. Programming STEP 1: Assign the Basic Data for ISDN. (Refer to Chapter If in Virtual Tie Line network, an alternative route cannot be assigned. Note 1: Note 2: Example for ports allocation of the command ATRK. 24PRT LV7 Bch-8 LV6 Bch-7...
Page 236 VIRTUAL TIE LINE For the terminating office: AVTL - Assign a schedule for Virtual Tie Line implementation period. TL/SPC (T/S): Time Link/Semi Permanent Connection DATE: Start day-End da y Note 1 PTN: Pattern number IC/OG: Route No. used for Virtual Tie Line First trunk No.
Page 237: Event Based Ccis - Isdn Transport
EVENT BASED CCIS - ISDN TRANSPORT E-23 EVENT BASED CCIS - ISDN TRANSPORT 1. General Description This feature provides VIRTUAL TIE LINE for each event such as call origination and MCI message transmission. Inter-PBX link for this feature is established on B-channels of the public ISDN line using CCIS No.
Page 238 EVENT BASED CCIS - ISDN TRANSPORT 8. The following features are available for the E-CCIS line: • Asynchronous Data Switching [A-44] Note • Attendant Camp-On with Tone Indication – CCIS [A-45] • Attendant-Controlled Conference – CCIS [A-46] • Automatic Recall – CCIS [A-71] •...
Page 239 EVENT BASED CCIS - ISDN TRANSPORT • Hotline – CCIS [H-12] • Incoming Call Identification – CCIS [I-16] • Individual Attendant Access – CCIS [I-17] • Inter-Position Transfer – CCIS [I-18] • Individual Trunk Access – CCIS [I-19] • Look Ahead Routing – CCIS [L-25] •...
Page 240 EVENT BASED CCIS - ISDN TRANSPORT 9. The following features are available only when the signal-channel link of the E-CCIS line is established: • Centralized Billing-CCIS [C-55] • Centralized System Management Report – CCIS [C-57] 10. When a RELEASE COMPLETE message (Cause number 34 [No circuit/channel available] /44 [Requested circuit/channel not available]) or DISCONNECT message is received from an ISDN network, route advance is executed according to the parameter RA (Order of Route Advancing) of AOPR command.
Page 241 EVENT BASED CCIS - ISDN TRANSPORT Note: Example of ports allocation by ATRK command is shown below. 24PRT Bch-8 Bch-7 Signal Bch-6 Speech Bch-5 Speech CCIS Bch-4 Speech Bch-3 Speech Bch-2 Speech Bch-1 Bch-17 Bch-16 Bch-15 Bch-14 Bch-13 Even Bch-12 Bch-11 Bch-10 Bch-9...
Page 242 EVENT BASED CCIS - ISDN TRANSPORT Assign Dialed Number confirmation for the E-CCIS (speech channel) RT and the E-CCIS (signal channel) RT. CDN : 66 DC: Assign the same value as the ARTD command of CDN 66 (DC) which assigned for common ISDN (speech channel RT) STEP 4: ARTI - Assign the following CDN data for the E-CCIS route.
Page 243 EVENT BASED CCIS - ISDN TRANSPORT STEP 5: AEVT - Assign virtual tie line data for E-CCIS. Route Number Trunk Number TYPE: System type (Dch is used commonly or separately with ISDN trunk) DESTINATION: Destination Number (Maximum 6 digits) CALLING: Calling Number (Maximum 24 digits) CALLED: Called Number (Maximum 24 digit s)
Page 244 EVENT BASED CCIS - ISDN TRANSPORT Examples of Data Assignment for the E-CCIS line • Example of port allocation when using Called Sub Address as addressing information Note 24PRT RT110 ISDN D-channel RT120 E-CCIS Signal Channel Sub Address: 9803 RT20 E-CCIS Speech Channel Sub Address: 9802 RT20...
Page 245 EVENT BASED CCIS - ISDN TRANSPORT STEP 3: AEVT - RT20 DESTINATION: 9800 (E-CCIS trunk identification number) CALLING: 0471813500 (DID number for incoming call) CALLED: 0891245600 (DID number for outgoing call) C_RT: 120 (CCIS Signal Route Number) C_TK: 1 (CCIS Signal Trunk Number) VRY: 1 (Verification of Connection: Required) DESTINATION: 9801 (E-CCIS trunk identification number) CALLING: 0471813500 (DID number for incoming call)
Page 246 EVENT BASED CCIS - ISDN TRANSPORT The following data is assigned for route advance using Remote Access to System. STEP 5: AOPR - TDPTN: 0 OPR: 15 RA: 1 E: 0 RT: 10 SKIP: 0 PNL: 30 OVFT: 1 PRSC: 0 STEP 6: AADC - PNL:30 DC: 0891246000*(Calling number for Remote Access to System plus*) STEP 7: ASYD - System Data 1, Index 43, Bit 0:1 (Forced Account Code Dialing is not required for Remote...
Page 247 EVENT BASED CCIS - ISDN TRANSPORT • Example of port allocation when using DID Number as addressing information 24PRT RT110 ISDN D-channel RT120 E-CCIS Signal Channel DID Number:0471-81-3503 RT20 E-CCIS Speech Channel DID Number:0471-81-3502 RT20 E-CCIS Speech Channel DID Number:0471-81-3501 RT20 E-CCIS Speech Channel DID Number:0471-81-3500...
Page 248 EVENT BASED CCIS - ISDN TRANSPORT STEP 12: AEVT - RT20 TK1 DESTINATION: 3500 (E-CCIS trunk identification number) CALLING: 0471813500 (DID number for incoming call) CALLED: 0891245600 (DID number for outgoing call) C_RT: 120 (CCIS Signal Route Number) C_TK: 1 (CCIS Signal Trunk Number) VRY: 1 (Verification of Connection: Required) DESTINATION: 3501 (E-CCIS trunk identification number) CALLING: 0471813501 (DID number for incoming call)
Page 249: Event Based Ccis - Q-Sig Transport
EVENT BASED CCIS - Q-SIG TRANSPORT E-24 EVENT BASED CCIS - Q-SIG TRANSPORT 1. General Description This feature provides VIRTUAL TIE LINE for each event such as call origination and MCI message transmission. Inter-PBX link for this feature is established on B-channels of the private ISDN line using CCIS No.
Page 250 EVENT BASED CCIS - Q-SIG TRANSPORT 9. Billing information (a) OG billing and IC billing data should be set for each route via the ARTI command. (b) Trunk identification number assigned at DESTINATION of the AEVT command is output to the SDMR text in place of a station number.
Page 251 EVENT BASED CCIS - Q-SIG TRANSPORT • Digital Display – Trunk – CCIS [D-73] • Direct-In Termination – CCIS [D-74] • Distinctive Ringing – CCIS [D-75] term • Do Not Disturb – D – CCIS [D-76D] • Data Hotline – CCIS [D-86] Note •...
Page 252 EVENT BASED CCIS - Q-SIG TRANSPORT • Station Controlled Conference – CCIS [S-56] • Station-to-Station Calling – CCIS [S-57] • Station-to-Station Calling – Operator Assistance – CCIS [S-58] • Step Call – CCIS [S-59] • Synchronous Data Switching – CCIS [S-60] •...
Page 253 EVENT BASED CCIS - Q-SIG TRANSPORT STEP 4: ARTI - Assign the following data for the E-CCIS route. JECCIS (Common use with E-CCIS RT):1 ECCISTIM: Release Timer for the E-CCIS line 3 minutes (Default) 15 seconds 30 seconds 1 minute 2 minutes 5 minutes 10 minutes...
Page 254 EVENT BASED CCIS - Q-SIG TRANSPORT Examples of Data Assignment for the E-CCIS line • Example of port allocation when using Called Sub Address as addressing information 24PRT RT110 ISDN D-channel RT10 TK23 ISDN B-channel RT10 TK22 ISDN B-channel RT10 TK21 ISDN B-channel RT10...
Page 255 EVENT BASED CCIS - Q-SIG TRANSPORT ECCISOB: 1 (OG billing for the E-CCIS line is required) ECCISIB : 1 (IC billing for the E-CCIS line is required) ECCISTD: 1 (Addressing information: Sub Address) ECCIS2: 1 (Common channel system) STEP 3: AEVT - Office A FUNC: RT20 0 (fixed)
Page 256 EVENT BASED CCIS - Q-SIG TRANSPORT • Example of port allocation when using DID Number as addressing information 24PRT RT110 ISDN D-channel RT10 TK23 ISDN B-channel RT10 TK22 ISDN B-channel RT10 TK21 ISDN B-channel RT10 TK20 ISDN B-channel RT10 TK19 ISDN B-channel RT10 TK18...
Page 257 EVENT BASED CCIS - Q-SIG TRANSPORT - Office B RT30 ECISTM: 5 (Release timer: 5 minutes) ECCISOB: 1 (OG billing for the E-CCIS line is required) ECCISIB : 1 (IC billing for the E-CCIS line is required) ECCISTD: 0 (Addressing information: DID number) ECCIS2: 1 (Common channel system) STEP 7: AEVT - Office A...
Page 258: Call Completion On No Reply (Ccnr)
CALL COMPLETION ON NO REPLY (CCNR) C-152 CALL COMPLETION ON NO REPLY (CCNR) 1. General Description This feature allows a calling station to set Inter-Office Call Back when the called station does not answer. This feature conforms to ETS 300 366. CCNR conforming to IS-13870 is available since Series 7400 software. 2.
Page 259 CALL COMPLETION ON NO REPLY (CCNR) 6. When the called station number is Pilot Number of Station Hunting Group, CCNR is set to the terminated station. 7. When a Call Forwarding feature is activated at the called station, note the following conditions: •...
Page 260 CALL COMPLETION ON NO REPLY (CCNR) (b) Called Station • the station is in lockout state or make-busy state • the station sets Call Back or Call Back is set to the station • the station sets Call Back-CCIS or Call Back-CCIS is set to the station •...
Page 261 CALL COMPLETION ON NO REPLY (CCNR) 19. The conditions of alternate routing are as follows. (a) If the data link fault occurs when the station is operating to set CCNR, the message for service set is sent using alternate route providing that the interface is Q-SIG/IS-11572. (b) The same route is used for sending service set message and recall (the other route cannot be used).
Page 262 CALL COMPLETION ON NO REPLY (CCNR) CCNR call is terminated to Station A (the call is not forwarded to Station D). C.F. service is set from Station A Station D Station C IS-11572 IS-11572 CCNR is set from Station A. Station A Station B Recall for CCNR...
Page 263 CALL COMPLETION ON NO REPLY (CCNR) 4. Programming Assign the basic data for establishing the Q-SIG or the IS-11572 (available to operate CCNR conforming to IS-13870 since Series 7400 Release 8 software) line referring to “IS-11572 (Layer 3 specifications for inter- PBX signalling protocol)”...
Page 264: Call Completion To Busy Subscriber (Ccbs)
CALL COMPLETION TO BUSY SUBSCRIBER (CCBS) C-148 CALL COMPLETION TO BUSY SUBSCRIBER (CCBS) 1. General Description This feature allows an Inter-Office Call Back when the calling station and the called station respectively belong to a different PBX in a Q-SIG network. This feature conforms to ETS 300 366. Since the Series 7400 software program, CCBS conforming to IS-13870 is also available.
Page 265 CALL COMPLETION TO BUSY SUBSCRIBER (CCBS) 4. Station C dials the access code for CCBS; Station C receives Service Set Tone and hangs up. Q-SIG/ Q-SIG/ Station A IS-11572 IS-11572 Station C [Node A] [Node B] [Node C] Station B 5.
Page 266 CALL COMPLETION TO BUSY SUBSCRIBER (CCBS) 1. Station A and Station B are in station-to-station connection. Station A Q-SIG/ Q-SIG/ IS-11572 IS-11572 Station C [Node A] [Node B] [Node C] Station B 2. Station C dials the number for Station B; Station C receives Busy Tone. Station A Q-SIG/ Q-SIG/...
Page 267 CALL COMPLETION TO BUSY SUBSCRIBER (CCBS) 4. Both stations A and B hang up (i.e. Station B becomes idle); Station C rings. Station A Q-SIG/ Q-SIG/ IS-11572 IS-11572 Station C [Node A] [Node B] [Node C] Station B 5. Station C answers and receives Ring Back Tone; Station B rings. Station A Q-SIG/ Q-SIG/...
Page 268 CALL COMPLETION TO BUSY SUBSCRIBER (CCBS) 3. Service Conditions 1. CCBS is available when an end-to-end link is established via Q-SIG interface (ETS 300 172). 2. The transfer rate is 64 kbps. Bearer Capabilities are as follows: – Speech – 3.1 kHz audio –...
Page 269 CALL COMPLETION TO BUSY SUBSCRIBER (CCBS) 14. CCBS is not available while the calling and called station is in one of the following conditions: (a) Calling Station • the station sets Call Back or Call Back is set to the station •...
Page 270 CALL COMPLETION TO BUSY SUBSCRIBER (CCBS) (c) If the fault occurs when informing the calling station that the called station becomes idle, CCBS is canceled at the side of station to be set, but not canceled at the side of calling station since the message is not sent to the station.
Page 271 CALL COMPLETION TO BUSY SUBSCRIBER (CCBS) STEP 1: ARTD - Assign the following CDN data for the B channel route. CDN43(BT): 1 STEP 2: ASYD - System Data 1, Index 68, bit 0. Operating method for busy station service. 0/1 = SHF + Access Code/Last Digit + Access Code. System Data 1, Index 71, bits 0 through 3.
Page 272: C-153 Cnip/Conp
CNIP/CONP C-153 CNIP/CONP 1. General Description In between Q-SIG networks, this feature allows calling or called party's information, called Name ID, to be term displayed on the D LCD. This feature conforms to ETS 300 238. This feature is available for IS-11572 networks.
Page 273 CNIP/CONP 6. When a call is transferred using Consultation Hold and Voice Call, Name ID of the calling party is not term displayed on the transferred party's D LCD. 7. This service cannot be used in conjunction with the ISDN Information Transfer service. 8.
Page 274 CNIP/CONP 4. Programming Name ID is assigned by ANDD command on each station number basis. STEP 1: ASYD - System Data 1, Index 78, Bit 3: Station Number Display with 8-Character Name Display. 0/1: Out/In Service. System Data 1, Index 78, Bit 5: (1) Name Display in service. System Data 1, Index 79, Bit 6: (0) OAI/ACD in service.
Page 275: C-158 Call Forwarding Supplementary Service (Ss-Cf) With Rerouting
CALL FORWARDING SUPPLEMENTARY SERVICE (SS-CF) WITH REROUTING C-158 CALL FORWARDING SUPPLEMENTARY SERVICE (SS-CF) WITH REROUTING 1. General Description This feature provides Call Forwarding service activated to be followed by IS-13873/ETS 300 257 protocol (SS-CF). By using this feature, all incoming calls can be forwarded automatically after the destination was programmed against the called party.
Page 276 CALL FORWARDING SUPPLEMENTARY SERVICE (SS-CF) WITH REROUTING 3. Rerouting Function To select the most proper routing (prevent to keep holding the unnecessary line), the line from the calling party to the forwarded destination is newly established when SS-CF service is successful. LCDs of stations concerned with this service are shown below.
Page 277 CALL FORWARDING SUPPLEMENTARY SERVICE (SS-CF) WITH REROUTING 2. Operating Procedure [Set the service] The SS-CF service setting should not be duplicated. The following operations (either by the access code or by the function/soft key) should be performed for each service. The CF-B and CF-NR can be set/cancelled at one time depending on the system data.
Page 278 CALL FORWARDING SUPPLEMENTARY SERVICE (SS-CF) WITH REROUTING 3. Service Conditions Call Forwarding-Supplementary Service 1. The conditions for service set/cancel are the same as the that of CALL FORWARDING - ALL CALLS/ BUSY LINE/DON’T ANSWER. Refer to “Feature Programming Manual” for those conditions. term 2.
Page 279 CALL FORWARDING SUPPLEMENTARY SERVICE (SS-CF) WITH REROUTING Example 1) Station A originates a call to Station B, and Station B set to forward a call to Station C. Station C is set a call to forward to Station B. The call is terminated at the Station B after being forwarded to Station C. Example 2) Station A originates a call to Station B, and Station B set to forward a call to Station C.
Page 280 CALL FORWARDING SUPPLEMENTARY SERVICE (SS-CF) WITH REROUTING 2. Rerouting function is also available for the call in the example below. Calling Station (Station A): Office Code = 80, Station no. = 1000 Called Station (Station B): Office Code = 82, Station no. = 3000 Destination Station (Station C): Office Code = 83, Station no.
Page 281 CALL FORWARDING SUPPLEMENTARY SERVICE (SS-CF) WITH REROUTING 6. When there is no route that supports Q-SIG, IS-11572 protocol in the route selection data from a calling party to a called station, Call Forwarding service is activated without rerouting function. In this example, since the Q-SIG, IS-11572 line cannot be selected for a route from Station A (calling station) to Station C (forwarded station), rerouting function is not activated even if RT1 or RT2 is idle.
Page 282 CALL FORWARDING SUPPLEMENTARY SERVICE (SS-CF) WITH REROUTING 7. Reestablished route is decided by the routing selection pattern data programmed at the office where the calling party is accommodated or the gateway PBX office to the called station. Therefore, the improper route or the route that is the same as before rerouting function may be selected depending on the office data.
Page 283 CALL FORWARDING SUPPLEMENTARY SERVICE (SS-CF) WITH REROUTING 4. Interactions Call Forwarding-Supplementary Service 1. When CALL COMPLETION ON NO REPLY (CCNR) is used with this feature that conforms to Q-SIG: CCNR available for the Q-SIG network. Note: SS-CFU: CCNR is not available for the station to be set the SS-CFU. SS-CFB: CCNR is activated against the forwarding station (called station) even when the feature is set to the station to be set SS-CFB.
Page 284 CALL FORWARDING SUPPLEMENTARY SERVICE (SS-CF) WITH REROUTING 7. When the OFF HOOK QUEUEING [O-7] service is used with this feature; SS-CFNR: When the call is forwarded to the trunk by SS-CFNR and the destination trunk is busy, OFF HOOK QUEUEING is not available (the call continues to be placed at the trunk). SS-CF (except SS-CFNR): When the idle destination picks up the call after the call is queued using OFF HOOK QUEUE- ING, the calling number display or the name display will not be provided.
Page 285 CALL FORWARDING SUPPLEMENTARY SERVICE (SS-CF) WITH REROUTING 5. Programming First, assign the data for IS-11572/Q-SIG interface establishment referring to “IS-11572 (LAYER 3 SPECIFICATIONS FOR INTER-PBX SIGNALING PROTOCOL)”/“Q-SIG (CIRCUIT SWITCHED BASIC CALL - ETSI VERSION)” in this manual. • SS-CFU STEP 1: ASFC - Assign the service feature restriction class (SFC) for allowing this service. SFI=7 (Call Forwarding - All Calls) RES=1 (Available) STEP 2: ATNR - Allow the tenant connection between the station to the station and/or the station to the...
Page 286 CALL FORWARDING SUPPLEMENTARY SERVICE (SS-CF) WITH REROUTING STEP 8: ARTI - Assign the trunk application data. CDN52 : CTCF - 1 = SS-CT/SS-CF service is effective. CDN53 : RERT - 1 = Rerouting function is effective. • SS-CFB STEP 1: ASFC - Assign the service feature class. SFI=9 (Call Forwarding - Busy Line)RES=1 (Available) STEP 2: ARSC - Assign the route restriction class.
Page 287 CALL FORWARDING SUPPLEMENTARY SERVICE (SS-CF) WITH REROUTING • SS-CFNR STEP 1: ASFC - Assign the service feature class. SFI=8 (Call Forwarding - Don’t Answer)RES=1(Available) STEP 2: ATNR - Allow the tenant connection between the station and the station and/or the station and the attendant console.
Page 288: C-159 Call Transfer Supplementary Service (Ss-Ct) With Rerouting
CALL TRANSFER SUPPLEMENTARY SERVICE (SS-CT) WITH REROUTING C-159 CALL TRANSFER SUPPLEMENTARY SERVICE (SS-CT) WITH REROUTING 1. General Description This feature provides CALL TRANSFER activated to be followed by IS-13869/ETS 300 260 protocol (SS-CT). By using this feature, the station can hold the handling call to transfer to the remote terminal. Also, rerouting function is activated with SS-CT service.
Page 289 CALL TRANSFER SUPPLEMENTARY SERVICE (SS-CT) WITH REROUTING 2. Rerouting Function To prevent keeping a hold on the unnecessary line, the line from the calling party to the forwarded destination is newly established when SS-CT service is successful. LCDs of stations concerned with this service are shown below.
Page 290 CALL TRANSFER SUPPLEMENTARY SERVICE (SS-CT) WITH REROUTING 2. Operating Procedure This feature is operated when the station is in the two-party connection [Set the service] 1. The station user performs the switch hook flash; the special dial tone is heard. 2.
Page 291 CALL TRANSFER SUPPLEMENTARY SERVICE (SS-CT) WITH REROUTING Rerouting Function 1. Rerouting function is available when: (a) SS-CT service is available. (b) Bearer Capability information of speech or 3.1 kHz audio is available for rerouting function (Unrestricted digital data cannot be forwarded and the line is disconnected). (c) Transmission speed rate is 64 kbps.
Page 292 CALL TRANSFER SUPPLEMENTARY SERVICE (SS-CT) WITH REROUTING 6. Reestablished route is decided by the routing selection pattern data programmed at the office where the calling party is accommodated or the gateway PBX office to the called station. Therefore, the improper route or the route that is the same as before rerouting function may be selected depending on the office data.
Page 293 CALL TRANSFER SUPPLEMENTARY SERVICE (SS-CT) WITH REROUTING 4. Interactions Call Transfer-Supplementary Service 1. When CALL PARK [C-29] is used with this feature: The call parked by CALL PARK feature cannot be transferred by the SS-CT service. While, the station operated CALL PARK can use the SS-CT service for the another incoming call. 2.
Page 294 CALL TRANSFER SUPPLEMENTARY SERVICE (SS-CT) WITH REROUTING 5. Programming Assign the data for IS-11572/Q-SIG interface establishment referring to “IS-11572 (Layer 3 specifications for inter-PBX signaling protocol)/Q-SIG (Circuit Switched Basic Call-ETSI Version)” on this manual. STEP 1: ASYD - Assign the system data concerned with this feature. SYS1, INDEX17, b4.
Page 295: Is-11572 (Layer 3 Specifications For Inter-Pbx Signaling Protocol)
IS-11572 (LAYER 3 SPECIFICATIONS FOR INTER-PBX SIGNALING PROTOCOL) I-42 IS-11572 (LAYER 3 SPECIFICATIONS FOR INTER-PBX SIGNALING PROTOCOL) 1. General Description This feature allows inter-PBX link using Layer 3 signalling protocol supporting circuit mode bearer services (ISO/IEC IS-11572). This feature has the following functions: •...
Page 296: Table 6-1 Transparency Of Bearer Capability When Interworking With C.o./Tie Line
IS-11572 (LAYER 3 SPECIFICATIONS FOR INTER-PBX SIGNALING PROTOCOL) 2. Bearer Capability The transfer rate is 64 kbps/384 kbps/1,536 kbps/64 kbps × n (since Release 4) only. • • This feature provides the following Bearer Capabilities: – Speech – Unrestricted Digital Information –...
Page 297 IS-11572 (LAYER 3 SPECIFICATIONS FOR INTER-PBX SIGNALING PROTOCOL) 3. Connectivity IS-11572 is available for the following connection and interworking with the other networks. Note that connection test is required when the NEC’s PBX and other manufacturer’s PBX coexists in an IS-11572 network. Analog C.O. Line...
Page 298 IS-11572 (LAYER 3 SPECIFICATIONS FOR INTER-PBX SIGNALING PROTOCOL) • Connectivity between IS-11572 and terminal equipment is shown below. CONNECTIVITY REMARKS BRI Station → IS-11572 IS-11572 → BRI Station PRI Station → IS-11572 IS-11572 → PRI Station IS-11572 → D term term →...
Page 299 IS-11572 (LAYER 3 SPECIFICATIONS FOR INTER-PBX SIGNALING PROTOCOL) 3. Service Conditions 1. The multi-rate bearer service is available. Multi-rate bearer service: Desirably multiplied value of 64 (64 kbps × “n”-desired number) is available for the data transmission speed in addition to the current speed such as 384K (64K ×...
Page 300 IS-11572 (LAYER 3 SPECIFICATIONS FOR INTER-PBX SIGNALING PROTOCOL) (c) The connection patterns for the UUS transmission are shown in the figure below. Pattern 1: The ISDN tandem connection Either ISDN(a) or ISDN(b) is Q-sig/IS-11572 interface. Note: ISDN(a) ISDN(b) ISDN ISDN message message (UUS)
Page 301 IS-11572 (LAYER 3 SPECIFICATIONS FOR INTER-PBX SIGNALING PROTOCOL) 4. Programming STEP 1: ASYD - Assign the following data. SYS-1 Index 186 bit6=1 (ISDN/CCIS is in service) 187=00 Hex 220 bit6=0 (ISDN is in service) STEP 2: Assign the numbering plan data for call origination. STEP 3: ARTD - Assign the route data for Bch and Dch at each physical interface.
Page 302 IS-11572 (LAYER 3 SPECIFICATIONS FOR INTER-PBX SIGNALING PROTOCOL) STEP 4: ARTI - Assign the trunk application data. INTD = 1 (IS-11572) STEP 5: ATRK - Assign Bch trunks. Note that the LEN of Dch trunk should be assigned after STEP 9: ACIC2 command assignment.
Page 303: Q-Sig (Circuit Switched Basic Call - Etsi Version)
Q-SIG (CIRCUIT SWITCHED BASIC CALL - ETSI VERSION) 1. General Description This feature enable NEC’s PBX to connect to NEC’s PBX or other manufacturer by using Layer 3 protocol for the signaling for the support of circuit mode bearer services at the Q reference point.
Page 304 Q-SIG (CIRCUIT SWITCHED BASIC CALL - ETSI VERSION) 1. Q reference point The Q reference point is not expected to be a physical interface but is shown in conceptual terms in the figure below. The Q-Sig protocol creates Layer 3 messages for inter-PTN (PBX) signaling. Call Call Control...
Page 305 Q-SIG (CIRCUIT SWITCHED BASIC CALL - ETSI VERSION) 2. Physical Interface The physical interface is a 1.5 Mbps digital interface. A maximum of 60 B-channels are controlled by a single Data Link channel. Logical interface 42B+D 4B+D Logical interface Legend: : D-channel : B-channel 3.
Page 306 Q-SIG (CIRCUIT SWITCHED BASIC CALL - ETSI VERSION) 4. Example of Message Sequences <Enbloc Sending/Call Clearing> OG PBX IC PBX SETUP CALL PROC ALERT CONN CONN ACK Call Active DISC REL COM <Overlap Sending/Call Clearing> OG PBX IC PBX SETUP (CPN=0123) CPN is "012345678", however SETUP does not include them completely.
Page 307 Q-SIG (CIRCUIT SWITCHED BASIC CALL - ETSI VERSION) 5. Transparency NON-MANDATORY INFORMATION ELE- TYPE OF CALL MANDATORY INFORMATION ELEMENTS MENTS → Q-SIG Q-SIG Conforming to ETS 300 172 Conforming to ETS 300 172 (1) Message Type (1) Calling Party Number (2) Bearer Capability (2) Calling Party Sub-address (3) Called Party Number...
Page 308 Q-SIG (CIRCUIT SWITCHED BASIC CALL - ETSI VERSION) 2. Operating Procedure No manual operation is required. 3. Service Conditions 1. (Series 7300 Release 4 software enhancement)The multi-rate bearer service is available. Multi-rate bearer service: Desirably multiplied value of 64 (64 kbps × “n”-desired number) is available for the data transmission speed in addition to the current speed such as 384K (64K ×...
Page 309: Figure 6-1 Connection Patterns For Uus Transmission
Q-SIG (CIRCUIT SWITCHED BASIC CALL - ETSI VERSION) (c) The connection patterns for the UUS transmission are shown in Figure 6-1. Pattern 1: The ISDN tandem connection Note: Either ISDN(a) or ISDN(b) is Q-SIG/IS-11572 interface. ISDN(a) ISDN(b) ISDN ISDN message message (UUS) (UUS)
Page 310 Q-SIG (CIRCUIT SWITCHED BASIC CALL - ETSI VERSION) 4. Programming STEP 1: ASYD - Assign the following data. SYS-1 Index 186 bit6=1 (ISDN/CCIS is in service) 187=00 Hex 220 bit6=0 (ISDN is in service) STEP 2: Assign the numbering plan data for the originating call. Note 1: ASPA LCR (for Enbloc sending)
Page 311 Q-SIG (CIRCUIT SWITCHED BASIC CALL - ETSI VERSION) Note 3: Assign “1” when the number display on LCD of terminal is required. Note 4: Assign “1” when the User-to-User Signaling notification is required. Note 5: Assign “1” when the multi-rate bearer service is used. STEP 4: ARTI - Assign the trunk application data for Bch and Dch as follows.
Page 312: Advice Of Charge (Aoc) - Receipt And Display Of Aoc From A Foreign Q-Sig Network
ADVICE OF CHARGE (AOC) - RECEIPT AND DISPLAY OF AOC FROM A FOREIGN Q-SIG NETWORK A-136 ADVICE OF CHARGE (AOC) - RECEIPT AND DISPLAY OF AOC FROM A FOREIGN Q-SIG NETWORK 1. General Description This feature provides the calling station originated a call to ISDN network using Q-SIG/IS-11572 line with the charge information display sent from the ISDN network.
Page 313 ADVICE OF CHARGE (AOC) - RECEIPT AND DISPLAY OF AOC FROM A FOREIGN Q-SIG NETWORK 4. Interactions 1. When Call Transfer - All Calls service/Blind Transfer Service is activated with this feature, the call charge is not sent to the calling station. However, when Call Transfer - All Calls is activated with this feature, the call charge is sent to the forwarding station.
Page 314 ADVICE OF CHARGE (AOC) - RECEIPT AND DISPLAY OF AOC FROM A FOREIGN Q-SIG NETWORK 5. Example of Message Sequence Some examples of message sequence for this service are shown below. Station A calls to Station B and the two stations are connected. Station A ETSI/ ISDN...
Page 315 ADVICE OF CHARGE (AOC) - RECEIPT AND DISPLAY OF AOC FROM A FOREIGN Q-SIG NETWORK 6. Programming STEP 1: Assign the data for establishing Q-SIG/IS-11572 line followed by “Q-SIG (CIRCUIT SWITCHED BASIC CALL - ETSI VERSION)” “IS-11572 (LAYER 3 SPECIFICATIONS FOR INTER-PBX SIGNALING PROTOCOL)”...
Page 316 This page is for your notes. CHAPTER 6 NDA-24305 Page 298 Revision 1.0...

NEC NEAX 2400 IPX Programming Manual

Chapter 1 Introduction

Chapter 3 Basic Data Assignment for Isdn

Chapter 4 Commands Concerning Isdn Data Assignment

Chapter 5 Gateway Service

Chapter 6 Supplementary Service

Quick Links

Related Manuals for NEC NEAX 2400 IPX

Summary of Contents for NEC NEAX 2400 IPX