NEC NEAX 7400 IMX Command Manual

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ND-70348(E)

ISSUE 5.0

Command Manual

http://www.kbase.cns.nec.com.au/default.asp?q=nec-4996&a=d

DECEMBER, 2001

NEC Corporation

Table of Contents

Summary of Contents for NEC NEAX 7400 IMX

Page 1 ND-70348(E) ISSUE 5.0 Command Manual http://www.kbase.cns.nec.com.au/default.asp?q=nec-4996&a=d DECEMBER, 2001 NEC Corporation...
Page 2 NEC Corporation reserves the right to change the specifications, functions, or features, at any time, without notice. NEC Corporation has prepared this document for use by its employ- ees and customers. The information contained herein is the property of NEC Corporation and shall not be reproduced without prior written approval from NEC Corporation.
Page 3 NEAX7400 ICS (IMX) Command Manual TABLE OF CONTENTS Page LIST OF ILLUSTRATIONS ........................... LIST OF TABLES ............................CHAPTER 1 INTRODUCTION ......................General ..............................How to Follow This Manual ......................Reference Manuals ........................... CHAPTER 2 HOW TO OPERATE MAT ....................General ..............................
Page 4 TABLE OF CONTENTS (Continued) Page CHAPTER 4 COMMAND DESCRIPTION AND DATA SHEET ............Command for Business System ....................ATIM ..............................ATIMN ..............................ASYD ..............................<< QUICK REFERENCE TABLE FOR ASYD >>.................. ASYDL ..............................<< QUICK REFERENCE TABLE FOR ASYDL >>................AUNT ..............................
Page 5 TABLE OF CONTENTS (Continued) Page AADC ..............................AADCL ..............................AADCN ..............................ASDC ..............................AUNE ..............................AUNEL ..............................ALDN ..............................ALDNN ..............................AISP ..............................AISPL ..............................AISPN ..............................ARAC ..............................ARSC ..............................ARSCN ..............................ARRC ..............................ARRCN ..............................ATDP ..............................ATDPL ..............................
Page 6 TABLE OF CONTENTS (Continued) Page AKYD ..............................AKYD_T ............................... AFDD ..............................ADSL ..............................ADKS ..............................ADRTL ..............................ADRTN ..............................AICD ..............................AICD_T ..............................ADIM ..............................ADIM_T ..............................AIZP ..............................AIZPN ..............................AHLS ..............................AHLSN ..............................ADA1_T ............................... ADA2 ..............................ADA2_T ...............................
Page 7 TABLE OF CONTENTS (Continued) Page ADPC ..............................ADPCL ..............................ADPCN ..........................486-1 ACSC ..............................ACSCL ..............................ACSCN ..........................495-1 ACIC1 ..............................ACIC1N ..........................496-1 ACIC2 ..............................ARTI ..............................ARTIN ..............................ASHP ..............................ASHPL ..............................ASHPN ..............................ASHC ..............................ASHCL ..............................ASHCN ..............................
Page 8 TABLE OF CONTENTS (Continued) Page ASGD ..............................ASGDL ..............................ASGDN..........................553-1 ASID ..............................ASIDL ..............................ASIDN........................... 555-1 ANPT ..............................ATTD ..............................ACFS ..............................ACFS_T ............................... ACFCL ..............................ASLU1 ..............................ASLU1_T ............................. ASLU2 ..............................ADAI ..............................ADAI_T ..............................ACSA ..............................ACSAL ..............................
Page 9 TABLE OF CONTENTS (Continued) Page ARPC ..............................ARDN ..............................ACDD ..............................ACDDL ..............................ACDDN..........................602-1 ACNP ..............................ACNPN ..............................ACNAL ..........................604-1 ND-70348 (E) TABLE OF CONTENTS Page 8-1 Revision 5.0...
Page 10 TABLE OF CONTENTS (Continued) Page ACNAN .............................. 604-2 ACND ..............................ACNDN ..............................AFCP ..............................AFCP_T ............................... ACBC ..............................AVTC ..............................AVTL ..............................AVTM ..............................AEVT ..............................ACRD ..............................AFPD ..............................ACTK ..............................ACTKC ..............................AFCH ..............................AFPC ..............................AETH ..............................ACAN ..............................
Page 11 TABLE OF CONTENTS (Continued) Page APLNN ..............................ATDF ..............................AMWF ..............................AFRFL ..............................ANSDL ..............................ANSDN ..............................AFUGN ..............................AEXFN ..............................AEADN ..............................AELGN ..............................Specific Command for the Hotel System ..................AHSY ..............................<< Quick Reference Table For AHSY >>..................... AANP ..............................
Page 12 LIST OF ILLUSTRATIONS Figure Title Page Serial/Direct Connection to IMX ....................Serial/Dialup Connection to IMX ..................... TCP/IP Connection to Dual CPR of IMX.................. TCP/IP Connection (IP Address over the external LAN)............IMX MAT Welcome Screen....................... IMX MAT User Information Dialog................... Choose Location Destination Screen..................
Page 13 LIST OF ILLUSTRATIONS Figure Title Page 4-19 ATRK for DTI (E1) ........................451 4-20 ATRK for CCT (E1)........................452 4-21 ATRK for PRT (30B+D) ......................453 4-22 ATRK for 16 COT ........................454 4-23 ATRK for 8 COT ........................455 4-24 ATRK for RST..........................
Page 14 LIST OF TABLES Table Title Page PC Requirements to Run IMX MAT ..................IMX MAT Commands........................ PBX Administration Default Values ..................Service Feature Restriction Class ..................Key Arrangement for Hotel ATT....................146 Key Arrangement for Add-on Console with Desk Console ..........147 Assigned Code in 1st Column....................
Page 15 When the mouse pointer hovers over mark on the list, Pop-ups appear with the command’s functional outline. Click the command name to jump to each command’s detail explanations. Business Command List in Alphanumeric Order (1/7) COMMAND FULL COMMAND NAME NAME AABD Assignment of Speed Calling Restriction Data AADC...
Page 16 Business Command List in Alphanumeric Order (2/7) COMMAND FULL COMMAND NAME NAME ACMO Assignment of Clocked Manual Override ACNAL Assignment of Calling Number Pattern Data per Access Code (LDM) ACNAN Assignment of Calling Number Pattern Data per Access Code (NDM) ACND Assignment of Calling Number Data ACNDN...
Page 17 Business Command List in Alphanumeric Order (3/7) COMMAND FULL COMMAND NAME NAME term ADRTN Assignment of D Display Route Data for NDM term ADSL Assignment of D Soft Key on LCD Data AEADN Assignment of EX–FCCS ADC Data for NDM AEFR Assignment of EPN Facility Restriction Data AEKD...
Page 18 Business Command List in Alphanumeric Order (4/7) COMMAND FULL COMMAND NAME NAME AISA_T Assignment of Individual Speed Calling Entry Area – Telephone Number AISD Assignment of Individual Speed Calling Data AISD_T Assignment of Individual Speed Calling Data – Telephone Number AISP Assignment of Incoming Selection Pattern AISPL...
Page 19 Business Command List in Alphanumeric Order (5/7) COMMAND FULL COMMAND NAME NAME ANTI Assignment of Node Number/Terminal Number for IP AOFC Assignment of Office Name AOPR Assignment of Outgoing Pattern Routing Data AOPRL Assignment of Outgoing Pattern Routing Data for LDM AOPRN Assignment of Outgoing Pattern Routing Data for NDM AOSP...
Page 20 Business Command List in Alphanumeric Order (6/7) COMMAND FULL COMMAND NAME NAME ASDT Assignment of Station Data ASFC Assignment of Service Feature Restriction Class ASGD Assignment of Special Group Data ASGDL Assignment of Special Group Data for LDM ASGDN Assignment of Special Group Data for NDM ASHC Assignment of Station Hunting Group –...
Page 21 Business Command List in Alphanumeric Order (7/7) COMMAND FULL COMMAND NAME NAME ATDP Assignment of Toll Code Restriction ATDPL Assignment of Toll Code Restriction Data for LDM ATDPN Assignment of Toll Code Restriction Data for NDM ATDR Assignment of Time of Day Restriction Data ATGL Assignment of Trunk Group Busy Lamp Data ATGLL...
Page 22 When the mouse pointer hovers over mark on the list, Pop-ups appear with the command’s functional outline. Click the command name to jump to each command’s detail explanations. Hotel Command List in Alphanumeric Order COMMAND FULL COMMAND NAME NAME AACL Assignment of Administration Station Class AANP Assignment of Administration Numbering Plan...
Page 23 INTRODUCTION CHAPTER 1 INTRODUCTION 1. General This manual describes how to operate the Maintenance Administration Terminal (MAT) and plan the creation of the office data. It also contains descriptions of the parameters for PBX. 2. How to Follow This Manual The contents of this manual are: •...
Page 24 HOW TO OPERATE MAT CHAPTER 2 HOW TO OPERATE MAT 1. General This chapter describes the information needed to install and operate the Maintenance Administration Terminal (MAT) IMX software. The IMX MAT software has the following functions: • Allows user-friendly Graphical User Interface (GUI) with Microsoft Windows 95/NT. •...
Page 25 HOW TO OPERATE MAT Table 2-1 PC Requirements to Run IMX MAT (Continued) Video Card and Monitor Any Microsoft Windows compatible video card (256 colors or more, screen size 800 X 600 resolution or greater). Modem Any OS supported device; Required when IMX MAT is used for re- mote dialup access.
Page 26 HOW TO OPERATE MAT 2.3 Serial/Dialup Connection to IMX Figure 2-2 Serial/Dialup Connection to IMX TELECOMUNICATION NETWORK Netfusing LINK MODEM MODEM IMX MAT PRINTER IMX MAT 68PH S 2 PORTS CA - A 2400 RS - 232C CA - 3 The IMX MAT software provides an advanced communication pathway for IMX.
Page 27 HOW TO OPERATE MAT Figure 2-4 shows the configuration of the PBX and IMX MAT when connecting to an existing LAN. In most cases you should use a network device such as a HUB or bridge in order to provide isolation from excessive network traf- fic.
Page 28 HOW TO OPERATE MAT 3. TCP/IP Considerations The IMX MAT can communicate with the IMX via an EtherNet TCP/IP connection. In order for the IMX MAT to communicate via TCP/IP, the PC must have its network software, including the TCP/IP drivers, installed and in op- eration prior to installing the IMX MAT software.
Page 29 HOW TO OPERATE MAT 4. Installing IMX MAT Software The following provides step-by-step instructions for installing the IMX MAT software for Windows 95/NT onto your hard disk. Terminate all applications, prior to starting the installation process. Insert the CD-ROM into the CD-ROM drive. (The IMX MAT installation program starts automatically.) Enter your name and your company name on the User Information dialog box.
Page 30 HOW TO OPERATE MAT Click Next on the Choose Destination Location dialog box to install the IMX MAT software in the default directory. Note: If you wish to install the software in another directory, you can click Browse to display a dialog box that allows you to select or create another directory.
Page 31 HOW TO OPERATE MAT File copy starts automatically, while the displayed dialog boxes (See Figure 2-9) show the on-going situation. Figure 2-9 IMX MAT Installation Screen ND-70348 (E) CHAPTER 2 Page 29 Revision 3.0...
Page 32 HOW TO OPERATE MAT If the Setup Complete dialog box appears on the screen, the ﬁle copies have ﬁnished successfully. Click Finish to complete the IMX MAT software installation and restart your computer. Note: You should always reboot your PC after installing the IMX MAT software. Any change made during the installation process does not take effect until the computer has been rebooted.
Page 33 HOW TO OPERATE MAT 5. IMX MAT Commands The IMX MAT’s operation is very similar to that of the MS-DOS MAT, so you will find that many of the key stroke operations have been carried over into IMX MAT. In addition, some standard MS Windows operations and key strokes are used.
Page 34 HOW TO OPERATE MAT 6. Configuring IMX MAT This section explains the PBX Alias parameters you may configure using the PBX Administration dialog window. It also lists the default values of NEAX-IMX, the default PBX Alias delivered with the IMX MAT software. Prior to running the IMX MAT, you should either define a new PBX Alias, configure the default PBX to work with your system, or plan to use the NEAX-IMX default Alias.
Page 35 HOW TO OPERATE MAT From the PBX menu, select Conﬁguration to open the PBX Administration dialog box. Figure 2-11 PBX Administration Enter a name for the PBX Alias in the PBX Alias box. Note: You can also deﬁne a PBX Alias by selecting the default NEXT-IMX or by modifying any other previously deﬁned Alias from the list in the PBX Alias box.
Page 36 HOW TO OPERATE MAT 12. Leave the IP Port text box blank. 13. Leave the Inter-App Resource text box blank. 14. Click Add to write the data. 15. Click Close. Since Release 7.5 software enhancement, the PBX Administration dialog box changes adapting to multiple Note: FCCS networks connected via CCIS link.
Page 37 HOW TO OPERATE MAT 6.2 TCP/IP Connection This section explains how to add or modify a PBX Alias in IMX MAT when it is connected to a PBX using a TCP/ IP connection through a Local Area Network (LAN). Procedure Overview Modify or add a PBX Alias.
Page 38 HOW TO OPERATE MAT Leave the Link Data Log Path text box blank. Enter the name of the host your system is using in the Host Name text box. 10. Enter 172.16.253.0 in the IP Address text box, or enter the IP Address supplied by your network administrator. 11.
Page 39 HOW TO OPERATE MAT Click Login . A successful log in displays the successful Login message box. If the Login message box does not display, the login process has failed. If the login process fails, you should Note: reopen the PBX Conﬁguration dialog box and verify the PBX Alias conﬁguration information. If the PBX Alias has been correctly conﬁgured, you should then test the physical connections to the PBX.
Page 40 HOW TO OPERATE MAT 12. Type 515 in the INDEX text box and press Enter. 13. Type AC (hexadecimal equivalent of 172) in the DATA text box and press Enter. 14. Type Y in the WRT? text box and press Enter. 15.
Page 41 HOW TO OPERATE MAT 41. Type 00 in the DATA text box and press Enter. 42. Type Y in the WRT? text box and press Enter. 6.2.6 IMX MAT File Operations The IMX MAT creates three types of files; Command Log files, Office Data Backup files, and List-up Command Report data tables.
Page 42 HOW TO OPERATE MAT Select Memory to Hard Disk in the Direction Select list. Select Data Memory in the Data Type Selection list. Select Auto Verify if you want to verify the data. This is an optional step. Click Start. Once you have made the appropriate selections and clicked Start, you can scroll down and view the data being saved in the Processing Status Log window.
Page 43 HOW TO OPERATE MAT 6.2.6.5 Command Log Files These files are simple text files that capture the results of the operations performed by every IMX MAT command. These log files are functionally equivalent to the printed output log created by the old MS-DOS MAT. The only difference is that these text files can easily be viewed from within any IMX MAT command at any time so it is not necessary to have a printer available.
Page 44 HOW TO OPERATE MAT 6.2.6.9 Pasting Log File Data To paste log file data into another text editing tool: Open the text editing tool you want to paste the data into. Select paste from the Edit menu. Note: You cannot paste copied data from one location to another in the log ﬁle. The log ﬁle is a Read-Only ﬁle. 7.
Page 45 HOW TO OPERATE MAT 7.1 Local Node/Stand Alone The following flow chart shows the data assignment for MAT when operated in a Local Node/Stand Alone envi- ronment. Figure 2-12 Local Node/Stand Alone Data Assignment Flow Chart (1/2) ATIM ASYD ASYDL AUNT AIOC ASTD...
Page 46 HOW TO OPERATE MAT Figure 2-12 Local Node/Stand Alone Data Assignment Flow Chart (2/2) Station Number **** ASDT ASTN APHN APHNL ANDD For Station: (Physical STA No.) ASCL (Available in the self node only) For Telephone Number: ALGSL For D term 75: AKYD AFDD ADSL...
Page 47 HOW TO OPERATE MAT 7.2 Network Control Node The following flowchart shows the data assignment for MAT when operated in a Network Control Node environ- ment. Figure 2-13 Network Control Node Data Assignment Flow Chart (1/2) System Base ATIM ATIMN ASYD ASYDL ASYDN...
Page 48 HOW TO OPERATE MAT Figure 2-13 Network Control Node Data Assignment Flow Chart (2/2) Station Number ASDT ASTN APHN APHNL APHNN ANDD For Station: ASCL For Telephone Number: ALGSL (Available in the self node only) (Physical STA No.) ALGSN ATSTN (Available in all nodes of the Netfusing network.) AKYD AFDD...
Page 49 HOW TO OPERATE MAT 7.3 Hotel Command The following flowchart shows how to assign the Hotel command data. Figure 2-14 Hotel Command Data Assignment Flow Chart (1/2) ASYD AHSY AIOC ATIM ATIMN ASTD AOFC ASYDL AUNT System Base AUIDN Sys1 Index512 - 1535 Sys1 Index0 - 511, Sys2 Index0 - 15 &Sys3 Index0 - 31 Numbering Plan Administration:...
Page 50 HOW TO OPERATE MAT Figure 2-14 Hotel Command Data Assignment Flow Chart (2/2) Trunk External Trunk: same as the Business Command ATRK MBTK AMAT ASAT AAKP ADSS ATT: AAED AHMS DAT: ASPF Service Hotel: ADLI AFXC ND-70348 (E) CHAPTER 2 Page 48 Revision 3.0...
Page 51 OFFICE DATA DESIGN SHEET CHAPTER 3 OFFICE DATA DESIGN SHEET Office data design sheets are used to design the configuration and specification of IMX. 1. Trunking Diagram (page 50) The Trunking diagram shows the system configuration and the number of lines. 2.
Page 52: Trunking Diagram
OFFICE DATA DESIGN SHEET 1. Trunking Diagram Figure 3-1 Trunking Diagram SUBSCRIBER term W / O DATA ADAPTER ELC (DLC mode) term WITH DATA ADAPTER FROM / TO CENTRAL OFFICE FROM / TO TIE LINE MFCT FROM / TO CCIS LINE MODEM DTI(PRI) FROM / TO ISDN LINE...
Page 53 OFFICE DATA DESIGN SHEET The function name of each circuit card used for the system is shown below. SYMBOL DESCRIPTION Attendant Console Interface Bothway Trunk Common Channel Handler Conference Trunk Central Office Trunk Central Processing Rack D Channel Handler Direct Inward Dialing Direct-In Termination Direct Outward Dialing term...
Page 54 OFFICE DATA DESIGN SHEET 2. Bay Face Layout Figure 3-2 Card Mounting Slot for the 1-IMG System 00 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 16 17 18 19 20 21 22 23 PIM3 00 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 16 17 18 19 20 21 22 23 PIM2...
Page 55 OFFICE DATA DESIGN SHEET Figure 3-3 Card Mounting Slot for the 4-IMG System (1/4) 4-IMG SYSTEM IMG0 TSWM Dummy Dummy IMG0 IMG1 IMG2 IMG3 00 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 16 17 18 19 20 21 22 23 PIM3 00 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 16 17 18 19 20 21 22 23 PIM2...
Page 56 OFFICE DATA DESIGN SHEET Figure 3-3 Card Mounting Slot for the 4-IMG System (2/4) 4-IMG SYSTEM IMG1 TSWM Dummy Dummy IMG0 IMG1 IMG2 IMG3 00 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 16 17 18 19 20 21 22 23 PIM3 00 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 16 17 18 19 20 21 22 23 PIM2...
Page 57 OFFICE DATA DESIGN SHEET Figure 3-3 Card Mounting Slot for the 4-IMG System (3/4) 4-IMG SYSTEM IMG2 TSWM Dummy Dummy IMG0 IMG1 IMG2 IMG3 00 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 16 17 18 19 20 21 22 23 PIM3 00 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 16 17 18 19 20 21 22 23 PIM2...
Page 58 OFFICE DATA DESIGN SHEET Figure 3-3 Card Mounting Slot for the 4-IMG System (4/4) 4-IMG SYSTEM IMG3 TSWM Dummy Dummy IMG0 IMG1 IMG2 IMG3 00 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 16 17 18 19 20 21 22 23 PIM3 00 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 16 17 18 19 20 21 22 23 PIM2...
Page 59 OFFICE DATA DESIGN SHEET Figure 3-4 Card Mounting Slot for the 16-IMG System (1/5) Dummy 16-IMG SYSTEM Dummy ISWM TSWM0 TSWM1 Dummy IMG0/4/8/12 IMG1/5/9/13 IMG2/6/10/14 IMG3/7/11/15 LMG0~3 TOPU DUMMY 00 01 02 03 04 FANU DUMMY 03 04 05 06 07 08 09 10 11 12 13 14 15 16 17 18 19 ISWM 03 04 BASEU...
Page 60 OFFICE DATA DESIGN SHEET Figure 3-4 Card Mounting Slot for the 16-IMG System (2/5) Dummy 16-IMG SYSTEM Dummy ISWM IMG0/4/8/12 TSWM0 TSWM0 TSWM0 TSWM1 Dummy IMG0/4/8/12 IMG1/5/9/13 IMG2/6/10/14 IMG3/7/11/15 LMG0~3 00 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 16 17 18 19 20 21 22 23 PIM3 00 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 16 17 18 19 20 21 22 23 PIM2...
Page 61 OFFICE DATA DESIGN SHEET Figure 3-4 Card Mounting Slot for the 16-IMG System (3/5) Dummy 16-IMG SYSTEM Dummy ISWM IMG1/5/9/13 TSWM0 TSWM1 Dummy IMG0/4/8/12 IMG1/5/9/13 IMG2/6/10/14 IMG3/7/11/15 LMG0~3 21 22 23 PIM3 21 22 23 PIM2 21 22 23 PIM1 21 22 23 PIM0 21 22 23...
Page 62 OFFICE DATA DESIGN SHEET Figure 3-4 Card Mounting Slot for the 16-IMG System (4/5) Dummy 16-IMG SYSTEM Dummy ISWM IMG2/6/10/14 TSWM0 TSWM1 Dummy TSWM0 IMG0/4/8/12 IMG1/5/9/13 IMG2/6/10/14 IMG3/7/11/15 LGM0~3 21 22 23 PIM3 21 22 23 PIM2 21 22 23 PIM1 21 22 23 PIM0...
Page 63 OFFICE DATA DESIGN SHEET Figure 3-4 Card Mounting Slot for the 16-IMG System (5/5) Dummy 16-IMG SYSTEM Dummy ISWM IMG3/7/11/15 TSWM0 TSWM0 TSWM1 Dummy IMG0/4/8/12 IMG1/5/9/13 IMG2/6/10/14 IMG3/7/11/15 LMG0~3 21 22 23 PIM3 21 22 23 PIM2 21 22 23 PIM1 21 22 23 PIM0...
Page 64 OFFICE DATA DESIGN SHEET 3. Port Accommodation Table Figure 3-5 Port Accommodation Table (1/2) SLOT Destination Access Code CIC for CCIS/DC for C.O Tenant Number (TN) Trunk Number (TRC) Route Number (RT) Station Number (STN) User Name / Telephone Number Service Class (SFC) Restriction Class (RSC) Telephone Class (TEC)
Page 65 OFFICE DATA DESIGN SHEET Figure 3-5 Port Accommodation Table (2/2) MG = 00 , U = 0 SLOT ND-70348 (E) CHAPTER 3 Page 63 Revision 3.0...
Page 66 OFFICE DATA DESIGN SHEET 4. Numbering Plan Table ACCESS NUMBER FUNCTION NAME REMARKS ND-70348 (E) CHAPTER 3 Page 64 Revision 3.0...
Page 67 OFFICE DATA DESIGN SHEET 5. Restriction Tables Service Feature Restriction Class (1/2) Table 3-1 Service Feature Restriction Class (1/2) RESTRICTION CLASS SERVICE FEATURE NAME Account Code/Authorization Code/ Forced Account Code Attendant Camp-On (Data Line Security) term Boss Secretary Service (For Call Back Call Forwarding-All Calls Call Forwarding-Busy Line...
Page 68 OFFICE DATA DESIGN SHEET Table 3-1 Service Feature Restriction Class (2/2) RESTRICTION CLASS SERVICE FEATURE NAME Line Load Control Meet-Me Paging term Message Reminder ( Message Waiting Lamp Setting from ATTCON or Station (Called Party) Message Waiting Lamp Setting from Station (Calling Party) Off-Hook Alarm Off-Hook Queuing...
Page 69 OFFICE DATA DESIGN SHEET Trunk Restriction Class Table DESTINATION ROUTE RESTRICTION CLASS NUMBER No. OF [ACCESS RESTRICTION 10 11 12 13 14 15 NUMBER] INDEX IC Via ATT IC By DID OG Via ATT ACC: OG By DOD IC Via ATT IC By DID OG Via ATT ACC:...
Page 70 OFFICE DATA DESIGN SHEET Tenant Restriction Table Incoming Connection to Station to Station Call Night Attendant Console (TMTN) (TMTN) (OGTN) (OGTN) 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 Assignment of C.F.-All Calls Assignment of C.F.-All Calls from a Station...
Page 71 OFFICE DATA DESIGN SHEET Incoming Connection to Connection of Incoming Attendant Console Trunk Call to Station (TMTN) (TMTN) (OGTN) 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 (OGTN) 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 Day and Night Mode Change (TMTN) (OGTN)
Page 72 COMMAND DESCRIPTION AND DATA SHEET CHAPTER 4 COMMAND DESCRIPTION AND DATA SHEET This chapter explains command parameters of the system, and the data sheet is given for each command. Since the commands are listed in standard programming order illustrated in Chapter 2 Section 5 Data Assignment Flow Chart. If you know a command name, and you want quick access to the command’s description, you can refer to “Com- mand List in Alphanumeric Order,”...
Page 73 COMMAND DESCRIPTION AND DATA SHEET Figure 4-1 Command Descriptions Command name (full name) AFDD: Assignment of Function Display Data The purpose of command and the related servise feature are explained here. 1. GENERAL term This command is used to assign the characters of software key indication on a D Series 75.
Page 74 ATIM ATIM: Assignment of Date and Time 1. General This command is used to set the clock information of the system. Clock information is executed when Y is entered in WRT? field and the Enter key pressed. 2. Precautions The clock is assigned in military time. Clock information assigned in this command is necessary for the following purposes: term (a) To indicate time for D...
Page 75 ATIM 3. Data Entry Instructions Enter the digits with a range from 1 to 31. YEAR MINUTE Enter the 4 digits of the year. Enter the digits with a range from 1 to 60. (For example:1999 or 2000) DATE TIME YEAR MONTH HOUR...
Page 76 ATIMN ATIMN: Assignment of Date and Time for NDM 1. General This command is used to set the clock information to all the system within Netfusing Network. The time data assigned by this command is adjusted according to each LN’s time difference data assigned by the ATDF com- mand, before updating the NDM at each LN.
Page 77 ATIMN 3. Data Entry Instructions Enter the digits with a range from 1 to 31. YEAR MINUTE Enter the 4 digits of the year. Enter the digits with a range from 1 to 60. (For example:1999 or 2000) DATE TIME YEAR MONTH HOUR...
Page 78 ASYD ASYD: Assignment of System Data 1. General The ASYD command assigns the system data for the following node: • Local Node (LN) / Network Control Node (NCN) of the Netfusing Network. • Stand-alone PBX 2. Precautions The data assigned by this command is valid in each node. The ASYD command contains the following indexes: SYS 1, INDEX 0-511 SYS 2, INDEX 0-15...
Page 79 ASYD 3. Data Entry Instructions Define each bit corresponding data with referring to the SYSTEM DATA CONTENTS SYSTEM BIT CORRE- SYSTEM DATA DATA SPONDING DATA (DATA) INDEX DATA SYSTEM DATA CONTENTS TYPE 00-FF (INDEX) DATA (SYS) (Hex) 0-511 xxx service 0/1=Not to be provided/ To be provided yyy service 0/1=Not to be provided/ To be provided Not used Not used...
Page 80 ASYD SYS1 QUICK REFERENCE TABLE FOR ASYD (SYS1, INDEX 0-99) INDEX Page INDEX Page 60, 61 62, 63 60s, 64-66 67, 68 70,71 72, 73 10s. 13-15 70s. 74, 75 16, 17 76, 77 18, 19 78, 79 80-82 20s. 21-28 83-85 80s.
Page 81 ASYD QUICK REFERENCE TABLE FOR ASYD (SYS1, INDEX 100-199) INDEX Page INDEX Page 100s. 160, 161 96-115 162, 163 110s. 116-118 164, 165 160s. 166, 167 119-122 123-125 169, 170 120s. 126-128 171-174 170s. 175-177 129, 130 178-181 131, 132 133, 134 182, 183 130s.
Page 82 ASYD QUICK REFERENCE TABLE FOR ASYD (SYS1, INDEX 200-299) INDEX Page INDEX Page 200-203 250-256 250s. 200s. 204-208 260s.~280s. 257-290 209-219 210s. 220-224 291-293 220s. 290s. 294, 295 225-231 296-307 230s. 232-239 240, 241 242-244 240s. 245, 246 247-249 QUICK REFERENCE TABLE FOR ASYD (SYS1, INDEX 300-399) INDEX Page 296-307...
Page 83 ASYD QUICK REFERENCE TABLE FOR ASYD (SYS2) INDEX Page 1, 2 4, 5 8, 9 12, 13 QUICK REFERENCE TABLE FOR ASYD (SYS3) INDEX Page 0, 1 6-10 11-31 ND-70348 (E) CHAPTER 4 Page 81 Revision 3.0...
Page 84 ASYD 4. Data Sheet SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 Number of MG (Module Group) IMX = 01~08 (MG00~07) (For 16-IMG system) 01Hex ~ 20Hex (MG00 ~ MG32) Number of Main Processor (fixed to “01”) 0/1 = Built-in ACDP is not provided/provided Not used...
Page 85 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00-FF (INDEX) DATA (SYS) (Hex) 0 – 511 Access Code for C.F.-Busy Line and C.F. – Don’t Answer Ser- vices 0/1 = Same/Separate Note: If “0” is assigned, assign either SID: 10 or 12 in com- mand “ASPA”.
Page 86 0/1 = Not Required/Required (used with LCR/Speed Calling, etc.) Tone for O/G Connection 0/1 = NEC Standard/Australian (2nd DT on LCR) Key pattern on the right side of Attendant Console 0 0 0 = pattern 1 0 0 1 = pattern 2 0 1 0 = pattern 3 1 0 0 = pattern 4 (MCT service is invalid.)
Page 87 ASYD SYS1, INDEX 6, b Desk Console (Business) Key Pattern Pattern 1 (b4 = 0, b5 = 0, b6 = 0) Busy ATND NANS Recall (FX) PAGE TRKSL Call Park (FRL) (ICPT) Start Mute Add-on Console Key pattern CCSA WATS Pattern 2 (b4 = 1, b5 = 0, b6 = 0) Busy ATND...
Page 88 ASYD Hotel Desk Console Key pattern Pattern 1 (b4 = 0, b5 = 0, b6 = 0) Busy NANS Recall PAGE Start CCSA ICPT WATS Mute Add-on Console Key pattern SCRN TRKSL Override Check Check Pattern 3 (b4 = 0, b5 = 1, b6 = 0) Busy NANS Recall...
Page 89 ASYD Desk Console (Business) Key pattern when using for Hotel application system Pattern 1 (b4 = 0, b5 = 0, b6 = 0) Busy ATND NANS Recall PAGE Mute TRKSL ICPT Start Add-on Console Key pattern CCSA WATS Pattern 3 (b4 = 0, b5 = 1, b6 = 0) Busy ATND NANS...
Page 90 ASYD SYS1 INDEX 6, b : Hospitality Attendant Console Key Pattern DEST SCRN Pattern CNCL TALK HOLD TKSL START RELEASE ANSWER DEST TALK Pattern CNCL TALK HOLD START RELEASE ANSWER DEST TALK Pattern CNCL TALK HOLD Three START RELEASE ANSWER Monitor Overlap (Japan) Do Not Disturb Override (HM) Highway Switch (Switching of C.O.
Page 91 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 Not used Restriction in the number of outside parties who can participate in the Station Controlled Conference. 0/1 = Not Required/Required If 0 is set, the outside party who can participate in the Station- Controlled Conference is as follows:...
Page 92 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 Note I/O Port designation to PMS Computer 0 0 0 = Port 0 0 1 1 = Port 3 0 0 1 = Port 1...
Page 93 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 I/O Port designation to Hotel Printer 0 0 0 = Port 0 0 1 1 = Port 3 0 0 1 = Port 1 1 0 0...
Page 94 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 Authorization Code Check Sum-1 = Check Sum of Digit 0 = Check Sum of Digit 1 = Check Sum of Digit 2 = Check Sum of Digit 3 = Check Sum of Digit 4...
Page 95 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 Authorization Code Check Sum-2 = Check Sum of Digit 0 = Check Sum of Digit 1 = Check Sum of Digit 2 = Check Sum of Digit 3 = Check Sum of Digit 4...
Page 96 ASYD SYSTEM DATA CORRESPONDING SYSTEM DATA (DATA) DATA DATA INDEX SYSTEM DATA CONTENTS 00 – FF TYPE (SYS) (INDEX) DATA (Hex) 0 – 511 1-digit Station Number 0/1 = Out/In Service 2-digit Station Number 0/1 = Out/In Service 3-digit Station Number 0/1 = Out/In Service 4-digit Station Number 0/1 = Out/In Service...
Page 97 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 Not used Day/Night change of Satellite Ofﬁce (for CCIS) 0/1 = Out/In Service Note Day/Night change is executed by the Main Ofﬁce (for CCIS) 0/1 = Out/In Service n: Tenant (TN = 1 –...
Page 98 ASYD SYSTEM SYSTEM DATA DATA CORRESPONDING DATA (DATA) INDEX DATA SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) (SYS) (Hex) DATA 0/1 0 – 511 Not used Line Circuit Reverse Relay Control when Reorder Tone is connected to a station / trunk 0/1 = In/Out of Service Billing Party for a call transferred by Call Forwarding Outside Service...
Page 99 ASYD SYSTEM DATA CORRESPONDING SYSTEM DATA (DATA) DATA DATA INDEX SYSTEM DATA CONTENTS 00 – FF TYPE (SYS) (INDEX) DATA (Hex) 0 – 511 Not used Not used Not used Not used Not used Not used Not used Immediate Ring Back Tone Sending: 0/1 = Not Required/Required Miscellaneous Timer Counter Message sending Guard Tim-...
Page 100 ASYD SYSTEM DATA CORRESPONDING SYSTEM DATA (DATA) DATA DATA INDEX SYSTEM DATA CONTENTS 00 – FF TYPE (SYS) (INDEX) DATA (Hex) 0 – 511 Message Center Interface Output Designation “1” is to be assigned to each bit corresponding to the Port Num- ber of the IOC Circuit Card.
Page 101 ASYD SYSTEM DATA CORRESPONDING SYSTEM DATA (DATA) DATA DATA INDEX SYSTEM DATA CONTENTS 00 – FF TYPE (SYS) (INDEX) DATA (Hex) 0 – 511 Not used Telephone Subject to Total Billing (when b6 = 1) 0 0 = Telephone that called ﬁrst. 0 1 = Telephone that called last.
Page 102 ASYD SYSTEM CORRESPONDING SYSTEM DATA DATA DATA DATA INDEX (DATA) SYSTEM DATA CONTENTS TYPE (SYS) (INDEX) 00 – FF (Hex) DATA 0 – 511 Not used Not used Not used Stand-Alone Fault Printer Accommodation Designation “1” is to be assigned to each bit corresponding to the Port Num- ber of the IOC circuit card.
Page 103 ASYD SYSTEM SYSTEM DATA DATA CORRESPONDING DATA (DATA) INDEX DATA SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) (SYS) (Hex) DATA 0/1 0 – 511 System Message Automatic Output Designation for Stand-Alone Fault Printer “1” is to be assigned to each bit corresponding to the Port Number of the IOC circuit card.
Page 104 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 For Remote Access to System, is Forced Account (F/A) Code Dialing required upon receiving RBT? 0/1 = Required/Not Required Not used Send SST after ACC Code dialing for Authorization Code or F/ A code or Pad Lock is dialed using LCR Access...
Page 105 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 Automatic Circuit Assurance 0/1 = Out/In Service Not used Abnormal Call, Short Duration Timer for Automatic Circuit As- surance service (when INDEX = 44, b = 1) Timer counter (TC) is to be assigned a value from 02 Hex to FF...
Page 106 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 Trafﬁc Measurement Indication 0/1 = CCS Indication/Erlang Indication TCFI Timer (Timer Internal Between Messages) = 2 seconds 1 = Application Dependent = 4 seconds = (Standard Assignment)
Page 107 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 Set Line Load Control (Automatic) Execution Occupancy Rate. Set execution of line load control (automatic) by the usage rate (occupancy) rate of the CPU.
Page 108 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 Conﬁguration of CPU (for IMX) 0/1 = Single/Dual For IMX, assign “0” Not used Trunk Ineffective Hold Detect Processing Program Start 0/1 = Not Required/Required (Always assign “1”.) Send Forced Off-Hook Supervisory Command 0/1 = Not Required/Required (Always assign “1”.)
Page 109 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 Not used UCD Queuing 0/1 = Required (RBT)/Not Required (BT) (Most = 0 when the MCI is in services.) Nailed Down Connection (Fixed Connection) service 0/1 = Out/In service Send Warning Tone to interrupted parties when Attendant In-...
Page 110 ASYD SYSTEM DATA CORRESPONDING SYSTEM DATA (DATA) DATA DATA INDEX SYSTEM DATA CONTENTS 00 – FF TYPE (SYS) (INDEX) DATA (Hex) 0 – 511 Not used ACT/ST – BY Change over at Routine Diagnosis Every time Once a week (On Sunday) Once a month (On the 1st Sunday of the month) –...
Page 111 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 µ law/A law for TSW 0 = µ law (Japan, North America, Canada, and Hong Kong) 1 = A law (Europe, other nations) Display of Call Waiting Lamp (on Attendant Console) service When PA lamp illuminates...
Page 112 ASYD SYSTEM DATA CORRESPONDING SYSTEM DATA (DATA) DATA DATA INDEX SYSTEM DATA CONTENTS 00 – FF TYPE (SYS) (INDEX) DATA (Hex) 0 – 511 Not used SMDR Control Circuit Card Designation 0/1 = MRC/SMDC (Always assign “0”) SMDR Sending Designation 0/1 = AP/SMDC (Always assign “0”) Operating method for busy station service (Call back, Execu- tive Right of Way, etc.)
Page 113 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 Return transferred call to transferring party after Recall Timer expires (Call Transfer – All Calls or Blind Transfer to Station service) 0/1 = Recall/No Recall, or execution of Call Forwarding –...
Page 114 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 Called Number Display when forwarding to Attendant Console 0/1 = Out/In Service Flashing display of Line Lockout on Attendant Console BLF 0/1 = In Service/Out Route No.
Page 115 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 Not used Distinctive Ringing (DR) only for Direct-In Termination (DIT), Direct-In Dialing (DID) calls page Note: Assign “0”...
Page 116 ASYD Parameter DR assigned via command “ARTD” Direct-In Termination (DIT) Ringer Pattern 1 Ringer Pattern 0 Ringer Pattern 1 Ringer Pattern 0 Via Attendant Console Ringer Pattern 1 Ringer Pattern 0 Ringer Pattern 1 Ringer Pattern 1 Via other station Ringer Pattern 1 Ringer Pattern 0 Ringer Pattern 1...
Page 117 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 Cancel Timer for an Unanswered Radio Page Time Counter (TC) is assigned a value from 0 Hex to F Hex (0 –...
Page 118 ASYD SYSTEM DATA CORRESPONDING SYSTEM DATA (DATA) DATA DATA INDEX SYSTEM DATA CONTENTS 00 – FF TYPE (SYS) (INDEX) DATA (Hex) 0 – 511 Not used Table Development: Common or Separate Same Special Access Code Data Day/Night Data Tables. (ASPS command) 0/1 = Common/Separate Note: When data ta-...
Page 119 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 term Calling and Intermediate Station Number indication (D and ATTCON) 0/1 = Out/In Service (Always assign “1”.) term Kind of Service Class indication (D 0/1 = Out/In Service (Always assign “1”.)
Page 120 ASYD SYSTEM DATA CORRESPONDING SYSTEM DATA (DATA) DATA DATA INDEX SYSTEM DATA CONTENTS 00 – FF TYPE (SYS) (INDEX) DATA (Hex) 0 – 511 Not used Message Reminder Service – Key used for Message Deletion term 0/1 = # key/* key Clear last input from LCD when in OAI Mode 0/1 = Yes/No Display static ACD messages (Break, Ready, etc.) on the sec-...
Page 121 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 Highway Switch Supervisory Data Assignment of minimum blocking rate (%=percent) for time slots, which will judge the abnormality of the switch memory. The value range is 0% to 100%.
Page 122 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 System Message “7-O” is registered when no errors are detect- ed by the Routine Diagnosis Program (Refer to INDEX 89 and 0/1 = Not Registered/Registered System Message “7-P”...
Page 123 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 Main Memory Check (MM Program Memory) 0/1 = No/Yes DM Check (DM = Data Memory) 0/1 = No/Yes TSW Active/Standby Changeover for Dual Systems 0/1 = No/Yes CPU Active/Standby Changeover for Dual Systems...
Page 124 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 Not used Grades of System Message that can be Registered: Register All System Message Data Register System Message Data higher than grade 1 (SUP, MN, MJ) Register System Message Data higher than grade 2 (MN, MJ)
Page 125 ASYD SYSTEM DATA CORRESPONDING SYSTEM DATA (DATA) DATA DATA INDEX SYSTEM DATA CONTENTS 00 – FF TYPE (SYS) (INDEX) DATA (Hex) 0 – 511 System Data-2 (“ASYD” com- Separate or Common mand) Tenant Data table de- velopment for the re- Special Access Code Data spective commands (“ASPA”, “AASP”, “AGSP”...
Page 126 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 Tenant Restriction Class Data Separate or Common Tenant Data table de- (“ATNR” command) velopment for the re- EPN Facility Restriction Data spective commands (“AEFR”...
Page 127 3E > 4E N 6E n 2F / 3F ? 4F O 5F _ 6F o *Example: If the End User’s Office Name is “NEC CORP. (TOKYO),” assignment is as follows: INDEX Set Hex Char INDEX Set Hex Char blank...
Page 128 ASYD SYSTEM SYSTEM DATA CORRESPOND- DATA DATA (DATA) ING DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 Not used (Assign by the command AIOC) Not used Not used (Assign by the command AIOC) Not used Not used (Assign by the AIOC command) Not used...
Page 129 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 Not used (Assign by the AIOC command) Not used Not used (Assign by the AIOC command) Not used Not used (Assign by the AIOC command) Not used...
Page 130 Not used Note: Source signal is –8 dBm MFC Signaling System 0 0 0 0 = NEC Standard (Complies with the CCITT MFC-R2) (USA default) 0 0 0 1 = Australia (Telecom Speciﬁcation) 0 0 1 0 = Thailand (TOT Speciﬁcation) 0 0 1 1 = Venezuela (Corpoven Speciﬁcation)
Page 131 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 External Equipment Alarm Timer (0–127): If external equipment continues to send alarm information for the duration over this timer value, the system will regard it as a failure.
Page 132 ASYD SYSTEM DATA CORRESPONDING SYSTEM DATA INDEX (DATA) DATA DATA SYSTEM DATA CONTENTS (INDEX) 00 – FF TYPE (SYS) DATA 0 – 511 (Hex) Register Inter Digit Timer: The interval between dialed digits. Miscellaneous Timer Counter (MTC) is to be assigned a value Timer Value Setting is ×...
Page 133 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 Not used For 2nd DT trunks, the send- er waits until this timer ex- Sender Prepause Timer: pires before sending dialed digits.
Page 134 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 Miscellaneous Timer Counter (MTC) is to be MFC Inter Digit Timer × assigned a value from 0 Hex to F Hex (0~15). 2 sec.
Page 135 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 Seizure Guard Timer: After a trunk is seized, it cannot be Miscellaneous Timer Counter (MTC) is dialed until this tim- to be assigned a value from 0 Hex to F er expires.
Page 136 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 Start Timer for Periodic Indication Tone: This timer speciﬁes Miscellaneous Timer Counter (MTC) is the point in a conversa- to be assigned a value from 0 Hex to F tion at which the ﬁrst Hex (0-15).
Page 137 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 No Answer Timer: No Answer Timer for Station to Sta- Miscellaneous Timer Counter (MTC) is tion, DID, and Tie to be assigned a value from 0 Hex to F Line calls.
Page 138 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 No Answer Timer for Station Call from This timer applies ATT: to stations for which C.F.-Don’t Miscellaneous Timer Counter (MTC) is Answer has been to be assigned a value from 0 Hex to F...
Page 139 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 Not used term Automatic Hold Recall Timer for D This timer is used for Exclusive Hold Miscellaneous Timer Counter (MTC) is and Non-Exclu- to be assigned a value from 0 Hex to F...
Page 140 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 Attendant Console Automatic Recall This timer assigns the Timer: duration for which a call being transferred Miscellaneous Timer Counter (MTC) to a station from the is to be assigned a value from 0 Hex...
Page 141 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 Direct-In Termination Station Busy The frequency with (DIT, NC-Fix) Supervisory Timer: which software will check the idle/busy Miscellaneous Timer Counter (MTC) status of a DIT sta- is to be assigned a value from 0 Hex to...
Page 142 ASYD SYSTEM DATA CORRESPONDING SYSTEM DATA (DATA) DATA DATA INDEX SYSTEM DATA CONTENTS 00 – FF TYPE (SYS) (INDEX) DATA (Hex) 0 – 511 SHF Sending Guard Timer for CAS- The length of time Main Station: the attendant must wait before trans- Miscellaneous Timer Counter (MTC) ferring a call to the is to be assigned a value from 0 Hex to...
Page 143 ASYD SYSTEM DATA CORRESPONDING SYSTEM DATA (DATA) DATA DATA INDEX SYSTEM DATA CONTENTS 00 – FF TYPE (SYS) (INDEX) DATA (Hex) 0 – 511 Interval for Call Waiting Indication The interval be- Tone to Busy Station: tween tones when Miscellaneous Timer Counter (MTC) is CW Periodic Indi- to be assigned a value from 0 Hex to F cation Tone has...
Page 144 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA INDEX (DATA) DATA SYSTEM DATA CONTENTS TYPE (INDEX) 00 – FF DATA (SYS) 0 – 511 (Hex) Not used Attendant Console Sender Prepause Allows time for the Timer: C.O. to provide Dial Tone when the Miscellaneous Timer Counter (MTC) ATT accesses a is to be assigned a value from 0 Hex to...
Page 145 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 Trunk Soft Hold Timer B: Timer Value Set- × ting is MTC Miscellaneous Timer Counter (MTC) sec.
Page 146 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 OG Trunk Queuing Automatic Can- The duration before cel Timer: the OG Queuing memory becomes Miscellaneous Timer Counter cleared if no trunks (MTC) is to be assigned a value become idle.
Page 147 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 Hotel Feature required (Fixed Data) Hotel Service kind (Fixed Data) Length of Room Status Memory 0/1 = 8 byte/24 byte Pattern of Key Arrangement on Attendant Console and Add-on Console when using with Desk Console (Refer to Table 4-1 and 4-2 on the next pages)
Page 148 ASYD Table 4-1 Key Arrangement for Hotel ATT DATA KEY ARRANGEMENT REMARKS WUS: Wake-Up Set WUR: Wake-Up Reset DDS: Do Not Disturb Set DDR: Do Not Disturb Reset MWS: Message Waiting Set MWR: Message Waiting Reset RCS: Room Cut Off Set RCR: Room Cut Off Reset AUD: Audit Report STS:...
Page 149 ASYD Table 4-2 Key Arrangement for Add-on Console with Desk Console DATA KEY ARRANGEMENT REMARKS WUS: Wake-Up Set WUR: Wake-Up Reset DDS: Do Not Disturb Set DDR: Do Not Disturb Reset MWS: Message Waiting Set MWR: Message Waiting Reset RCS: Room Cut Off Set RCR: Room Cut Off Reset AUD: Audit Report...
Page 150 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 Destination of call when a call between guest stations is restricted. 0 0 = ROT 1 0 = Announcement 0 1 = ATT 1 1 = –...
Page 151 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 Number of Digits in Maid ID Code 0 0 0 = Not used 1 0 0 = 4 digits 0 0 1 = 1 digit...
Page 152 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 Not used (for Hotel system) Not used ND-70348 (E) CHAPTER 4 Page 150 Revision 3.0...
Page 153 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 Group Announcement Service through PMS 0/1 = Out/In Service (for Hotel system) Audit Reports 0/1 = Out/In Service Not used Off-Hook Alarm (service) 0/1 = Out/In Service...
Page 154 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 Announcement trunk release timer Miscellaneous Timer to reset the announcement. Avail- Counter (MTC) is to be able only with single connection.
Page 155 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 This data designates how many times retry is allowed when Room Data image transfer fails (usually, 10 Hex). (for Hotel Fixed “0”...
Page 156 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 Not used Not used 0/1 = PMS Interface Text output (all event printout) (for Hotel Note 1 Not provided/Provided system) Not used...
Page 157 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 Not used Ringing Duration for Automatic Wake-Up 0 0 = 30 sec. 1 0 = 45 sec. (for Hotel 0 1 = 15 sec.
Page 158 ASYD SYSTEM DATA CORRESPONDING SYSTEM DATA (DATA) DATA DATA INDEX SYSTEM DATA CONTENTS 00 – FF TYPE (SYS) (INDEX) DATA (Hex) 0 – 511 SI182 DPC 0 SI183 DPC 0: Centralized billing Point Code 0 Note: DPC0 value is expressed using all 14 bits. For exam- ple, if DPC0 value is 12, bit values are entered as shown below.
Page 159 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 SI184 DPC 1 SI185 DPC 1: Centralized management report Point Code 1 Note: DPC1 value is expressed using all 14 bits. For exam- ple, if DPC1 value is 10, bit values are entered as shown below.
Page 160 ASYD SYSTEM DATA CORRESPONDING SYSTEM DATA (DATA) DATA DATA INDEX SYSTEM DATA CONTENTS 00 – FF TYPE (SYS) (INDEX) DATA (Hex) 0 – 511 0/1 = Link Reconnection Not Involved/Link Reconnection Involved Note: An Interoffice transfer service is available. For example, with No.
Page 161 ASYD SYSTEM DATA CORRESPONDING SYSTEM DATA (DATA) DATA DATA INDEX SYSTEM DATA CONTENTS 00 – FF TYPE (SYS) (INDEX) DATA (Hex) 0 – 511 No. 7 CCIS Control System Interofﬁce Audit Test 0/1 = Required/Not Required Note 1: This system data becomes valid only when activat- ing TRK Ineffective Hold Check function of the pe- riodic test.
Page 162 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 I/O = Port designation to Host Computer 0 0 0 = Port 0 0 1 1 = Port 3 0 0 1 = Port 1 1 0 0 = Port 4 0 1 0 = Port 2...
Page 163 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 MP0 Mounting Status (Fixed “1”) 0/1 = Not Mounted/Mounted Not used Not used Not used Not used ND-70348 (E) CHAPTER 4 Page 161...
Page 164 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 IMG0 (No.0 System) Mounting Status (Fixed to “1”) 0/1 = Not mounted/Mounted (for 16-IMG system) LP00 #0 is mounted on PBI30 Module (Fixed to “1”) IMG0 (No.1 System) Mounting Status 0/1 = Not mounted/Mounted (for 16-IMG system)
Page 165 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 LP08 #0 is mounted on PBI40 Module for 16-IMG system LP08 #1 is mounted on PBI40 Module for 16-IMG system Not used LP10 #0 is mounted on PBI44 Module for 16-IMG system LP10 #1 is mounted on PBI44 Module for 16-IMG system...
Page 166 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 LP24 #0 is mounted on PBI60 Module for 16-IMG system LP24 #1 is mounted on PBI60 Module for 16-IMG system Not used LP26 #0 is mounted on PBI64 Module for 16-IMG system LP26 #1 is mounted on PBI64 Module for 16-IMG system...
Page 167 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 Processor Bus No.0 Processor Bus Indication (Usually assign “1”) (for 16-IMG system) 0 = Not mounted Processor Bus No.1 1 = Mounted (Usually assign “1”)
Page 168 ASYD SYSTEM SYSTEM DATA CORRESPONDING 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 169 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 Not used Call Forwarding Service by Calling Number Data Separate or Common Ten- (“AFCP” command) ant Data Table development for Automatic Number Indication Expansion Data the respective...
Page 170 ASYD SYSTEM DATA CORRESPONDING SYSTEM DATA (DATA) DATA DATA INDEX SYSTEM DATA CONTENTS 00 – FF TYPE (SYS) (INDEX) DATA (Hex) 0 – 511 Call Forward All Clear 0/1 = No/Yes Used in con- junction with Call Forward Busy Clear 0/1 = No/Yes Indexes 89 and Call Forward No Answer Clear...
Page 171 ASYD 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 This bit deﬁnes the meaning of the “Station Information” in the ofﬁce that has VMS/Host Computer within the CCIS No.
Page 172 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 Miscellaneous Timer Counter (MTC) Timer for Delay An- is to be assigned a value from 0 Hex nouncement –...
Page 173 ASYD SYSTEM DATA CORRESPONDING SYSTEM DATA (DATA) DATA DATA INDEX SYSTEM DATA CONTENTS 00 – FF TYPE (SYS) (INDEX) DATA (Hex) 0 – 511 Miscellaneous Timer Counter Timer for Delay An- (MTC) is to be assigned a value nouncement – Atten- from 0 Hex to F Hex (0–15).
Page 174 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 Miscellaneous Timer Counter (MTC) No Answer Timer for Blind is to be assigned a value from 0 Hex to Transfer-station F Hex (0~15) ×...
Page 175 ASYD BIT CORRE- SYSTEM SYSTEM DATA SPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 SMDR output buffer usage rate (00~98%) at the time of output of SMDR Buffer Overﬂow Alarm Clear message (System Message 6-P) Note 1 Unit Tens...
Page 176 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 DLKC Circuit Card for Attendant Console (ATTCON) Notes 1, 2 0/1 = Not exist in system/Exist in system Not used Not used Not used...
Page 177 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 Fault detection timer of SMDR B Value • Timer value for the ﬁrst digit (min): ranges from 1 to (0~9) Hex 99 minutes.
Page 178 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 Output Port for SMDR D Apparatus • When b = 0 (IOC equipment No. 0) = Port 0 = Port 1 = Port 2 = Port 3...
Page 179 ASYD SYSTEM SYSTEM DATA CORRESPOND- DATA DATA (DATA) ING DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 Output of Calling Number (ANI information) 0/1 = Out/In service Not used Not used Not used Not used Type of SMDR format in the case of Centralized Billing - CCIS: 0/1 = -/Billing information is sent to the Main Node in Expanded SMDR...
Page 180 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 CS Report Output Port Designation. “1” is to be assigned to the bit corresponding to the Port Number of the IOC Circuit Card.
Page 181 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 Not used Not used Not used The way to answer the Internal Zone Paging call: 0 = Press the Prime Line key after Off-Hook 1 = Off-Hook Note: Valid for software Release 9 or later.
Page 182 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 Assign the ﬁrst character to display the soft key in use. (Next Page) See Table 4-3 Not used Not used Not used...
Page 183 ASYD Table 4-3 Assigned Code in 1st Column Upper 4bit The code assigned here covers over the 1st character when 6 characters are assigned for the additional Note: soft key display data by the AFDD command. For that reason, the soft key display data should be assigned a maximum of 5 characters when programming in conjunction with this data.
Page 184 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 No Answer Timer for Automatic Idle Return. Timer Value Setting is MTC Miscellaneous Timer Counter × 2 sec. (MTC) is to be assigned a value from 0 Hex to F Hex (0-15).
Page 185 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 511 Digits Code 0 Digits Code 1 Note 1: Pilot Station number of Station Digits Code 2 Hunting-Terminating group consist- When the pilot ing of the stations programmed to...
Page 186 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 - FF (INDEX) DATA (SYS) (Hex) 0 - 511 Not used TBCT Timer (Release guard timer when RELCOM message is not received from NI-2 after receiving TBCK ACK. The Timer starts when receiving DISC at one node.) 00 : 10 sec.
Page 187 ASYD SYSTEM SYSTEM TENANT DATA CORRESPONDING DATA DATA NUMBER (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE (TN) 00 – FF (INDEX) DATA (SYS) 1 – 63 (Hex) 0 –15 Restriction Data of Station Busy Services can be des- ignated as the table below: Executive Call Voice...
Page 188 ASYD SYSTEM SYSTEM TENANT DATA CORRESPONDING DATA DATA NUMBER (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE (TN) 00 – FF (INDEX) DATA (SYS) 1 – 63 (Hex) 0 –15 Call Transfer service 0 0 = Out of service 0 1 = In service – except Tandem Connection 1 0 = In service –...
Page 189 ASYD TENANT SYSTEM SYSTEM DATA CORRESPONDING NUMBER DATA DATA (DATA) DATA (TN) INDEX SYSTEM DATA CONTENTS TYPE 00 – FF 1 – 63 (INDEX) DATA (SYS) (Hex) 0 – 15 SMDR service 0/1 = Out/In Service Not used Account Code when Authorization Code is in service 0/1 = Not Required/Required Code type...
Page 190 ASYD TENANT SYSTEM DATA CORRESPONDING SYSTEM NUMBER DATA (DATA) DATA DATA (TN) INDEX SYSTEM DATA CONTENTS 00 – FF TYPE (SYS) 1 – 63 (INDEX) DATA (Hex) 0 – 15 Call Back and OG Trunk Queuing Access Code Note 0/1 = Separate/Common Automatic setting of OG Trunk Queuing service Note...
Page 191 ASYD SYSTEM TENANT DATA CORRESPONDING SYSTEM DATA NUMBER (DATA) DATA DATA INDEX SYSTEM DATA CONTENTS (TN) 00 – FF TYPE (SYS) (INDEX) DATA 1 – 63 (Hex) 0 – 15 Message Center Interface service when termi- nating to a UCD Group 0/1 = Out/In Service Not used Call Origination Restriction of Station upon...
Page 192 ASYD SYSTEM SYSTEM TENANT DATA CORRESPONDING DATA DATA NUMBER (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE (TN) 00 – FF (INDEX) DATA (SYS) 1 – 63 (Hex) 0 – 15 Busy Lamp Field-Flexible service 0/1 = Out/In Service Message Center Interface service when termi- nating Attendant Console 0/1 = Out/In Service Serial Call service...
Page 193 ASYD SYSTEM SYSTEM TENANT DATA CORRESPONDING DATA DATA NUMBER (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE (TN) 00 – FF (INDEX) DATA (SYS) 1 – 63 (Hex) 0 – 15 Listed Directory Number (LDN) 0/1 = Exclude/Include Operator Call (ATND) Waiting Call Display 0/1 = Exclude/Include (Attendant Console)
Page 194 ASYD SYSTEM TENANT SYSTEM DATA CORRESPONDING DATA NUMBER DATA INDEX (DATA) DATA SYSTEM DATA CONTENTS TYPE (TN) (INDEX) 00 – FF DATA (SYS) 1 – 63 0 – 15 (Hex) Not used Procedure for activating Call Waiting – Origi- nating 0 = After hearing BT (SHF + ACC Code) only.
Page 195 ASYD SYSTEM SYSTEM TENANT DATA CORRESPONDING DATA DATA NUMBER (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE (TN) 00 – FF (INDEX) DATA (SYS) 1 – 63 (Hex) 0 – 15 Not used Method of Day/Night mode change 0 0 = Via ATT Mode change 0 1 = –...
Page 196 ASYD SYSTEM SYSTEM TENANT DATA CORRESPONDING DATA DATA NUMBER (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE (TN) 00 – FF (INDEX) DATA (SYS) 1 – 63 (Hex) 0 – 15 term Automatic Recall Ringer (D )-Non-Exclusive Hold 0/1 = Required/Not Required term Automatic Recall Ringer (D )-Exclusive Hold...
Page 197 ASYD SYSTEM SYSTEM TENANT DATA CORRESPONDING DATA DATA NUMBER (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE (TN) 00 – FF (INDEX) DATA (SYS) 1 – 63 (Hex) 0 – 15 CW Lamp on Attendant Console – Threshold CW Lamp ﬂashes when the number of Calls Waiting is greater than or equal to this data.
Page 198 ASYD SYSTEM TENANT DATA CORRESPONDING SYSTEM DATA NUMBER (DATA) DATA DATA INDEX SYSTEM DATA CONTENTS (TN) 00 – FF TYPE (SYS) (INDEX) DATA 1 – 63 (Hex) 0 – 15 Overlapping Service 0/1 = Out/In Service Automatic Change of Night Service 0/1 = Out/In Service Kind of ANI Data when the calling party is a station:...
Page 199 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 31 ON Time is to be assigned a Timer Value for Ringer used value from 1 Hex to F Hex for Incoming Trunk Calls (1~15).
Page 200 ASYD SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 31 Note: Station Release Timer (TS) is When this data is 00 to be assigned a value from 1 Hex, default data is Hex to F Hex (1~15).
Page 201 ASYD BIT CORRE- SYSTEM SYSTEM DATA SPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00-FF (INDEX) DATA (SYS) (Hex) 0 – 31 Not used ON time is to be assigned a value Timer Value for Ringer used for from 1 Hex to F Hex (1–15).
Page 202 ASYD SYSTEM DATA CORRESPONDING SYSTEM DATA (DATA) DATA DATA INDEX SYSTEM DATA CONTENTS 00 – FF TYPE (SYS) (INDEX) DATA (Hex) 0 – 31 term PBST: PB signal (DTMF) timer for D This data is to be assigned from 0 Hex to F Hex (0~15). ×...
Page 203 ASYDL ASYDL: Assignment of System Data for LDM 1. General The ASYDL command assigns the system data for the Local Data Memory (LDM). The capacity of LDM data, the FPC of the self-node within Netfusing network, and so on, can be assigned by this command. 2.
Page 204 ASYDL SYSTEM DATA CORRESPONDING SYSTEM DATA (DATA) DATA DATA INDEX SYSTEM DATA CONTENTS 00 – FF TYPE (SYS) (INDEX) DATA (Hex) 512-1535 FPC (Fusion Point Code) of self node in hexadecimal. FPC 1-253 (01 Hex-FD Hex) Note: After assigning/changing the FPC, System Ini- tialization (Non-Load Initialization) is re- quired.
Page 205 ASYDL SYS- SYSTEM DATA CORRESPONDING DATA (DATA) DATA DATA INDEX SYSTEM DATA CONTENTS 00 – FF TYPE (INDEX) DATA (Hex) (SYS) 512-1535 IP Address (Hex) for PBX over External LAN Note : This data is valid when the PBX is connected to the external PC LAN.
Page 206 ASYDL SYS- SYSTEM DATA CORRESPONDING DATA (DATA) DATA DATA INDEX SYSTEM DATA CONTENTS 00 – FF TYPE (INDEX) DATA (Hex) (SYS) 512-1535 Designate the number of the tandem node for Netfusing tandem connec- tion. Example : FCCS A to B: 2 (two) tandem nodes A to C: 3 (three) tandem nodes DP (Dial Pulse) relay broadcasting to Netfusing Link 0/1 = Invalid/Valid...
Page 207 ASYDL SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 512-1535 Not used Parity Check Method for SMDR/MCI with LAN interface = Non Parity Check = Odd Parity Check = Even Parity Check Not used 530~531...
Page 208 ASYDL SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 512-1535 Centralized Billing via Netfusing output text format of SMDR A 0/1 = ICS format/IMX format Not used 0/1 = SMDR A Apparatus with LAN interface is not used/used Note Not used Centralized Billing via Netfusing output text format of SMDR B...
Page 209 ASYDL SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 - FF (INDEX) DATA (SYS) (Hex) 512 - 1535 Designate the Polling cycle within the Self Node (for 16-IMG system only) by the number of calls intended for Polling of the system.
Page 210 ASYDL SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 512-1535 587-607 Not used The Fusion Point Code (FPC) of the polling destination. FPCs range from 1 to 253 as shown on the table below. Assign data “1 (Polling destina- tion of Centralized Billing via Netfusing)”...
Page 211 ASYDL SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 512-1535 FPC (Fusion Point Code) of the node providing ATT-CON. Assign FPC of a terminating node for operator calls from other nodes and Ring Down (IC) calls from PSTN.
Page 212 ASYDL SYSTEM SYSTEM DATA CORRESPONDING DATA DATA INDEX (DATA) DATA SYSTEM DATA CONTENTS TYPE (INDEX) 00-FF DATA (SYS) 512-1535 (Hex) Speech Path Memory of TONE ROM source selection for Voice Prompt Service. 0/1 = TONE ROM/Speech Path Memory INDEX ch15 ch14 ch13 ch12...
Page 213 ASYDL SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 512-1535 term Telephone number display location on D Note term 0/1 = D 75 is not used/used. Not used Normal registration allowance when MAC address is not as- signed.
Page 214 ASYDL SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 512-1535 FPC (Fusion Point Code) of the node to which ATT-CON transfers the Day/Night changeover information. FPCs range from 1 to 253 as shown on the table below. Assign data “1 (D/N changeover in- formation is transferred)”...
Page 215 ASYDL SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 512-1535 ALGNL/ALGSL command tenant UGN (User Group Number) table development of Local Data Memory (LDM) 0/1 = Separate/Common ASPAL command tenant table development of Local Data Memory (LDM) 0/1 = Separate/Common ANPDL command tenant data table development of Local Data...
Page 216 ASYDL SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 512-1535 Kind of tone when a call is transferred from Attendant Console in case all the stations in a UCD group are busy; 0/1 = BT/RBT Available for software Release 9 or later.
Page 217 ASYDL SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 512-1535 Inter face type for MCI (Message Center Interface) 0/1 = RS-232C interface/LAN interface Note 1 MCI output text format 0/1 = ICS format/IMX format Note 1 The way to output the call information of LAN Interface for...
Page 218 ASYDL SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 512-1535 FPC (Fusion Point Code) of the node providing IP (Assign 0 when the ACD service is activated in the self node only.) FPC: 1-253 (01 Hex –...
Page 219 ASYDL SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 512-1535 (For 16-IMG system) Logical PBI Number of LMG connected to TSW0 in the ISWM. Note 1: This data is available when SYS1, INDEX929, b0=1 is 930~933 assigned.
Page 220 AUNT AUNT: Assignment of Unit Data 1. General This command assigns the Unit data. It also assigns miscellaneous circuit cards to be mounted in LPM. 2. Precautions • Prior to assigning the number of unit data using this command, the ASYD command should be properly as- signed.
Page 221 AUNT 3. Data Entry Instructions TYPE UNIT 1=Port Interface Module (PIM) This parameter appears when TYPE=1. 2=Power Failure Transfer (PFT) Circuit Card 1=Mounted 3=Not used 2=Not mounted 4=Line Test Circuit Card MODULE TYPE DATA OF UNIT DATA OF CIRCUIT DATA OF LINE TEST GROUP INDICFATION (UNIT)
Page 222 AIOC AIOC: Assignment of IOC Port Data 1. General This command assigns the I/O port attribution data. 2. Precautions When the I/O port attribution is changed, the IOC card is initialized. Various parameters appear on the display according to the data in the TERMINAL parameter. ND-70348 (E) CHAPTER 4 Page 219...
Page 223 AIOC 3. DATA ENTRY INSTRUCTIONS IOC port number (#0 or #1 card is specified by IOC switch settings, #0 IOC card have port number 0 through 3, #1 is 4 through 7) IOC PORT TERMINAL KIND NUMBER (TERMINAL) (IOC) TERMINAL 0-10 0=Not used 1=Printer/MCI...
Page 224 AIOC TERMINAL=4 (SMDR FREE WHEELING) (PROTOCOL) (SPEED) (PARITY BIT) (STOP BIT) (CHARACTER BIT) PROTOCOL 0=Free wheeling SPEED STOP BIT PARITY BIT 0=Default(4800bps) CHARACTER BIT 0=Non Parity 0=2bits 0=8bits 1=300bps 2=600bps 1=1bit 1=7bits 3=1200bps 4=2400bps 2=1+1/2bits 5=4800bps 6=9600bps 3=2bits TERMINAL=5 (SMDR BSC) (PROTOCOL) (SPEED) (PARITY BIT)
Page 225 AIOC TERMINAL=7 (PMS) / 8 (Hotel Printer) (PROTOCOL) (SPEED) (PARITY BIT) (STOP BIT) (SYNC) (CHARACTER (SYNC CHAR- (BUSY SIGNAL) BIT) 0/1 ACTER) 0/1 SYNC SYNC CHARACTER PROTOCOL PARITY BIT 0=ST1 0=Bi-sync 0=Free Wheeling 0=Non Parity 1=ST2 1=Mono-sync 1=BSC Pooling 1=Odd Parity 2=BSC Contention 2=Even Parity 3=Level 2A...
Page 226 AIOC (CD Signal disregard) (Station address) (Unit address for reception) 0=Invalid 20 Hex. - 7E Hex. 20 Hex. - 7E Hex. 1=Valid (CD) (XO) (SN) (SA) (TUA) (RUA) 20-7E Hex. 20-7E Hex. 20-7E Hex. (Transmission address number control) 0=Invalid (X-ON / OFF Control) (Unit address for transmission) 0=Invalid 1=Valid...
Page 227 ASTD ASTD: Assignment of State Translation Data 1. General This command translates the system attributes. 2. Precautions One STM contains multiple numbers of STS(s), and the combination of the STM"n" and STS"n" has one kind of (or plural kinds of) purpose to be designated. The data zero (0) or one (1) assigned in ST designates how the system works.
Page 228 ASTD Table 4-4 List for Assignment of ASTD (2/2) =standard settings Trunk Release Station (Calling Party Release) Trunk Note: Valid when C.O. line has a release signal. (Standard setting is “1”.) Sending ROT to the station upon receiving Restricted CLR FWD signal (only for Russia) Allowed * = standard settings Note:...
Page 229 AOFC AOFC: Assignment of Ofﬁce Name 1. General This command assigns the office name. 2. Precautions The data assignment of the command is the same result of the ASYD command SYS1, INDEX96 through (page 125) The office name is also included in the dump files of LIST UP, Traffic Measurement, and System Message. 3.
Page 230 AUIDL AUIDL: Assignment of User ID Data for LDM 1. General This command is used to assign the User ID data such as user name and password for the purpose of logging in to the PBX from the MAT in stand-alone system, or logging in to each Local Node (LN) in Fusion network. Once programming the login information, User ID entry is necessary to login from the next time.
Page 231 AUIDN AUIDN: Assignment of User ID data for NDM 1. General This command is used to assign the User ID data such as user name and password for the purpose of logging in to PBX by the MAT. Also, a remote LN is allowed to access to the NCN via the User ID data programmed in AUIDN.
Page 232 ALGDL ALGDL: Assignment of Login Grade Data for LDM 1. General This command is used to assign the usable commands according to the Login Grade of each user. Judging from the grade of each User ID, usable commands are restricted. This data is written in Local Data Memory (LDM). 2.
Page 233 ALGDN ALGDN: Assignment of Login Grade Data for NDM 1. General This command is used to assign the usable commands according to the Login Grade of each user within Fusion network. Judging from the grade of each User ID, usable commands are restricted. The data assigned by this command is written in the Network Data Memory (NDM) of the Network Control Node (NCN), updating the NDM at each Local Node (LN).
Page 234 ANPD ANPD: Assignment of Numbering Plan 1. General This command is used to assign the minimum number of digits needed to determine the service which is re- quired to the first digit received (pre-translation). 2. Precautions This command is used for the Business Application, AANP/AGNP command are used for Hotel Applica- tion instead.
Page 235 ANPDL ANPDL: Assignment of Numbering Plan for LDM 1. General This command is used to assign the minimum number of digits needed to determine the service which is re- quired to the first digit received (pre-translation). 2. Precautions This command is used for the Business Application. The applicable tenant number (TN) range is designated by the ASYD command, SYS1, INDEX8.
Page 236 ANPDL 3. DATA ENTRY INSTRUCTIONS The primarily analyzed digits, prior to the ASPAL command. Assign necessary (Minimum) number of digits for each Access Code Basically. 1st DC To assign diferrent number of digits (such as “Timing Start” for The first digit of service access code, etc. Telephone numbers), assign maximum number of digits in this (0-9,*,#) parameter.
Page 237 ASPA ASPA: Assignment of Special Access Code 1. General This command is used to determine the kind of service and its Access Code to be executed. 2. Precautions This command is used for the Business Application, AASP/AGSP command are used for Hotel Applica- tion instead.
Page 238 ASPA 3. Data Entry Instructions KIND OF TENANT ACCESS CODE CONNECTION STATUS SERVICE (SRV) NUMBER (ACC) INDEX (TN) MAX. 6 DIGITS (CI) STN=Station SSC=Service code Access code (Max. 6 digits) SSCA=Service code appendix OGC=Outgoing call OGCA=Outgoing call with route advance LCRS=Register sender LCR N=Normal service LCR=Least cost routing...
Page 239 ASPA Table 4-5 SID SERVICE NAME SERVICE NAME Call Hold Call Forwarding I’m here; Set Dial Access to Attendant (Operator Call) Call Forwarding I’m here; Cancel Call Back; Entry 30-34 Camp on By Station Call Pickup - Direct Executive Right of Way Call Waiting - Originating Priority Call 1 Call Back;...
Page 240 ASPA When SRV=SSCA (Service code appendix) is assigned; NND appears when SIDA=97 (Call Hold Conference). The number of digits for an access code should be assigned in NND. SERVICE INDEX A (SIDA) 1-255 NECESSARY DIGIT (NND) 1-6 SIDA SIDA Service Name SIDA Service Name Note 1...
Page 241 ASPA When SRV= OGC (Outgoing call) is assigned; When SRV= PAGA (Paging answer) is assigned; When SRV= PAGC (Paging cancel) is assigned; ROUTE NUMBER (RT) When SRV=OGCA (Outgoing call with route advance) is assigned; Index counter (Count) INDEX ROUTE NUMBER (RT) Count INDEX Assign the number of advanced trunk routes.
Page 242 ASPA When SRV=UNIF (Office termination) is assigned; Note SKIP DIGITS (SKIP) 0-5 SKIP Assign the skip digits to terminate the call UNIF is available for ACIS only. For CCIS, use the AUNE command. Note: When SRV=ANNC (Announcement service) is assigned; ANNOUNCEMENT EQUIPMENT NUMBER (EQP) 0-127 Assign the announce equipment number.
Page 243 ASPA Table 4-6 EQP parameter DATA MEANING DATA MEANING Dead Level Number Not Used Unused Number Automated Attendant (1st Announcement) Remote Access to PBX Automated Attendant (2nd Announcement) Note May be used for other purposes Slumber Time - Do Not Disturb (for Slumber Time Group 1) Outgoing Trunk Busy Announcement Slumber Time - Do Not Disturb...
Page 244 ASPAL ASPAL: Assignment of Special Access Code for LDM 1. General This command is used to determine the kind of service and the service Access Code to be executed on the Local Node (LN) in the Netfusing network. 2. Precautions This command is used for the Business Application.
Page 245 ASPAL 3. Data Entry Instructions KIND OF TENANT ACCESS CODE CONNECTION STATUS SERVICE (SRV) NUMBER (ACC) INDEX (TN) MAX. 6 DIGITS (CI) N/H/B SSC=Service code Access code (Max. 6 digits) SSCA=Service code appendix OGC=Outgoing call OGCA=Outgoing call with route advance N=Normal service LCR=Least cost routing H=Hooking service...
Page 246 ASPAL Table 4-7 SID (ASPAL) SERVICE NAME SERVICE NAME 21-36 Dial Access to Attendant (Operator Call) Priority Call 1 Camp on By Station Priority Call 2 Priority Call 3 Call Pickup - Group 40-60 8-18 Call Park; Entry OG Trunk Queuing; Entry Call Park;...
Page 247 ASPAL When SRV=SSCA (Service code appendix) is assigned: SERVICE INDEX A (SIDA) 1-255 SIDA SIDA SERVICE NAME SIDA SERVICE NAME Calling Party CLIR/CLIP Control Valid since Release 8 for Aus- Note: 1-49 118* tralia only. UCD Busy Out; Entry UCD Busy Out; Cancel Selectable Station Call Pickup 52-62 Selectable Station Call Pickup Group...
Page 248 ASPAL When SRV=OGC (Outgoing call) is assigned; LOGICAL ROUTE NUMBER (LGRT) When SRV=OGCA (Outgoing call with route advance) is assigned; Index counter (Count) INDEX LOGICAL ROUTE NUMBER (LGRT) Count INDEX Assign the number of advanced trunk Route. INDEX is the route advance order. When SRV=LCR (Least cost routing) is assigned;...
Page 249 ASPAL When SRV=ANNC (Announcement service) is assigned; ANNOUNCEMENT EQUIPMENT NUMBER (EQP) 0-127 Assign the announce equipment number. See Table 4-6 (page 238) When SRV=ANNCM (Announcement service-Multiple announcement) is assigned; TENANT NUMBER ANNOUNCEMENT EQUIPMENT NUMBER (TN) 1-63 (EQP) 122-125 Assign the announcement equipment number with a Assign the tenant number of range from 122 to 125 (Multi announcement).
Page 250 AMND AMND: Assignment of Maximum Necessary Digits Data 1. General This command is used to assign the number of necessary digits to be received by the Register (ORT/IRT) circuit. 2. Precautions While the dialed number for outgoing call is started as assigned by the DC parameter, and when the digits specified by the MND parameter has dialed, the following occur concurrently.
Page 251 AMND 3. Data Entry Instructions Enter the tenant number of the necessary digits data to be applied. Enter the “access code + area/office code” (or its element) to be specified the necessary digits. Enter the kind of the destination party 0=Analog Enter desired maximum necessary digits.
Page 252 ARNP ARNP: Assignment of Reverse Numbering Plan Data 1. General This command is used to assign the access code for each individual route in accordance with the ARTD com- mand. 2. Precautions The ARNP command assignment is required in either of the following cases: (a) ASPA command SRV = LCR or SRV= LCRS (b) ARTD command SMDR = 1 (SMDR is provided) The reversed number (ACC) assigned in this command is output to the SMDR as an access code for the...
Page 253 ARNPL ARNPL: Assignment of Reverse Numbering Plan Data for LDM 1. General This command is used to assign the access code for each individual logical route in accordance with the ARTD/ ARTDN command. 2. Precautions The ARNPL command assignment is required in either of the following cases: (a) ASPAL/ASPAN command SRV = LCR or SRV= LCRS (b) ARTD/ARTDN command SMDR = 1 (SMDR is provided) The reversed number (ACC) assigned in this command is output to the SMDR as an access code for the...
Page 254 ANND ANND: Assignment of Necessary Digits Data 1. General This command is used to assign the necessary number of digits for particular trunk route. 2. Precautions This command is needed when the originating call uses both OG mode and signaling as follows; (a) ASPA command SRV = OGC/OGCA (b) ARTD command OSGS = 4/6/7 (Sender Immediate Start/Sender Delay Dial Start/Sender Wink Start) When the number of the digits for an originating call specified by the NND parameter is dialed, the follow-...
Page 255 ANNDL ANNDL: Assignment of Necessary Digits Data for LDM 1. General This command is used to assign the necessary number of digits for a particular logical trunk route. 2. Precautions This command is needed when the originating call uses both OG mode and signaling as follows: (a) ASPAL/ASPAN command SRV = OGC/OGCA (b) ARTD/ARTDN command OSGS = 4/6/7 (Sender Immediate Start/Sender Delay Dial Start/Sender Wink Start)
Page 256 ASTP ASTP: Assignment of Signal Translation Pattern 1. General This command is used to assign the Incoming/Outgoing Selection Translation Pattern Number (PNI/PNO) for incoming or outgoing trunk route. 2. Precautions The PNI/PNO is an intermediate parameter to assign additional number (and skip digits) by the AISP/ AOSP command.
Page 257 ASTPL ASTPL: Assignment of Signal Translation Pattern for LDM 1. General This command is used to assign the Incoming/Outgoing Selection Translation Pattern Number (PNI/PNO) for incoming or outgoing trunk route. This data is written in Local Data Memory (LDM). 2. Precautions The PNI/PNO is an intermediate parameter to assign additional number (and skip digits) by the AISPL/ AOSPL command.
Page 258 ASTPN ASTPN: Assignment of Signal Translation Pattern for NDM 1. General This command is used to assign the Incoming/Outgoing Selection Translation Pattern Number (PNI/PNO) for incoming or outgoing trunk route in Netfusing system. The data assigned by this command is written in the Net- work Data Memory (NDM) of the Network Control Node (NCN), updating the NDM at each Local Node (LN).
Page 259 AOSP AOSP: Assignment of Outgoing Selection Pattern 1. General This command is used to assign skip and additional digits information for Outgoing Selection Translation Pat- tern Number (PNO). 2. Precautions Before using this command, make sure that an Outgoing Selection Translation Pattern Number (PNO) has been assigned in the ASTP command.
Page 260 AOSPL AOSPL: Assignment of Outgoing Selection Pattern for LDM 1. General This command is used to assign skip and additional digits information for Outgoing Selection Translation Pat- tern Number (PNO). This data is written in Local Data Memory (LDM). 2. Precautions Before using this command, make sure that an Outgoing Selection Translation Pattern Number (PNO) has been assigned in the ASTPL command.
Page 261 AOSPN AOSPN: Assignment of Outgoing Selection Pattern for NDM 1. General This command is used to assign skip and additional digits information for Outgoing Selection Translation Pat- tern Number (PNO) in Netfusing System. The data assigned by this command is written in the Network Data Memory (NDM) of the Network Control Node (NCN), updating the NDM at each Local Node (LN).
Page 262 ACMO ACMO: Assignment of Clocked Manual Override 1. General This command is used to assign the Clocked Manual Override data, which is used for changing routes during a specific day and specific time period, such as holiday (Month/Day/Hour/Minute). 2. Precautions The BLOCK parameter is a data index (0-7).
Page 263 ATCP ATCP: Assignment of Time/Pattern Change Information Data 1. General This command is used to assign the time period corresponding to each Time of Day Change Pattern Number (TDPTN). These Time of Day Change Patterns are used to change the routes to be used during a specific time period, so that trunks can be used effectively and call charges can be kept to a minimum.
Page 264 AFRS AFRS: Assignment of Flexible Route Selection Data 1. General This command is used to assign the area and/or office code data for the related OPR. 2. Precautions The applicable tenant number (TN) range is designated by the ASYD command, SYS1, INDEX8. If data of this command is common for all tenants (ASYD command, SYS1, INDEX93, bit4=1), assign TN pa- rameter as data “1”...
Page 265 AFRS 3. Data Entry Instructions NPC is the Toll Distinctive Code (TDC), NPA and or NXX. This data can be a maximum of sixteen (16) digits.This data may include the access code for LCR/LCRS. OUTGOING ROUTE TENANT ROUTE NUMBER NUMBER PATTERN CODE SELECTION NUMBER (RT)
Page 266 AFRSL AFRSL: Assignment of Flexible Route Selection Data for LDM 1. General This command is used to assign the area and/or office code data for the OPR assigned by the AOPRL command. This data is written in Local Data Memory (LDM). 2.
Page 267 AFRSL 3. Data Entry Instructions NPC is the Toll Distinctive Code (TDC), NPA and or NXX. This data can be a maximum of sixteen (16) digits.This data may include the access code for LCR/LCRS. OUTGOING ROUTE TENANT LOGICAL NUMBER PATTERN CODE SELECTION NUMBER ROUTE NUMBER...
Page 268 AFRSN AFRSN: Assignment of Flexible Route Selection Data for NDM 1. General This command is used to assign the area and/or office code data for the OPR assigned by the AOPRN command. The data assigned by this command is written in the Network Data Memory (NDM) of the Network Control Node (NCN), updating the NDM at each Local Node (LN).
Page 269 AFRSN 3. Data Entry Instructions NPC is the Toll Distinctive Code (TDC), NPA and or NXX. This data can be a maximum of sixteen (16) digits.This data may include the access code for LCR/LCRS. OUTGOING ROUTE TENANT LOGICAL NUMBER PATTERN CODE SELECTION NUMBER ROUTE NUMBER...
Page 270 AOPR AOPR: Assignment of Outgoing Pattern Routing Data 1. General This command is used to assign the LCR/LCRS routing pattern for each Outgoing Route Selection Pattern Rout- ing (OPR) number. 2. Precautions The OPR parameter corresponds to the one assigned by the AFRS command. The TDPTN parameter is intermediate data to assign the ATCP command.
Page 271 AOPR 3. Data Entry Instructions Enter the external trunk route number which is seized in the RA. Enter OPR assigned by the AFRS command. The B-channel/voice channel route number should be entered in the case of ISDN/CCIS interface. Enter the trunk route seizure order. 0=Route advance ends (Last route) SKIP 1= -...
Page 272 AOPRL AOPRL: Assignment of Outgoing Pattern Routing Data for LDM 1. General This command is used to assign the LCR/LCRS routing pattern for each Outgoing Route Selection Pattern Rout- ing (OPR) number. This command is required when LCR/LCRS activates via Netfusing Link. 2.
Page 273 AOPRL 3. Data Entry Instructions LGRT Enter the Logical Route number which is seized in the RA. Enter OPR assigned by the AFRSN command. The B-channel/voice channel route number should be entered in the case of ISDN/CCIS interface. Enter the trunk route seizure order. 0=Route advance ends (Last route) SKIP 1= -...
Page 274 AOPRN AOPRN: Assignment of Outgoing Pattern Routing Data for NDM 1. General This command is used to assign the LCR/LCRS routing pattern for each Outgoing Route Selection Pattern Rout- ing (OPR) number. This command is required when LCR/LCRS activates via Netfusing Link. The data assigned by this command is written in the Network Data Memory (NDM) of the Network Control Node (NCN), updat- ing the NDM at each Local Node (LN).
Page 275 AOPRN 3. Data Entry Instructions LGRT Enter the Logical Route number which is seized in the RA. Enter OPR assigned by the AFRSN command. The B-channel/voice channel route number should be entered in the case of ISDN/CCIS interface. Enter the trunk route seizure order. 0=Route advance ends (Last route) SKIP 1= -...
Page 276 APIPL APIPL: Assignment of IP Address Data for Point Code for LDM 1. General This command is used to assign, delete, and readout the IP address data to the Point Code (PC) of the destination node. This data is written in the Local Data Memory (LDM). 2.
Page 277 APIPN APIPN: Assignment of IP Address Data for Point Code for NDM 1. General This command is used to assign, delete, and readout the IP address data to the Point Code (PC) of the destination node. IP address data is assigned for Netfusing services per a network. The data assigned by this command is written in the Network Data Memory (NDM) of the Network Control Node (NCN), updating the NDM at each Local Node (LN).
Page 278 AADC AADC: Assignment of Additional Digit Translation Data 1. General This command is used to assign additional digit information for LCR (Least Cost Routing). 2. Precautions Before using this command, it must be confirmed that a Pattern Number Location (PNL) has been assigned in the AOPR command.
Page 279 AADCL AADCL: Assignment of Additional Digit Translation Data for LDM 1. General This command is used to assign additional digit information for LCR (Least Cost Routing) activating via Net- fusing Link. This data is written in Local Data Memory (LDM). 2.
Page 280 AADCN AADCN: Assignment of Additional Digit Translation Data for NDM 1. General This command is used to assign additional digit information for LCR (Least Cost Routing) activating via Net- fusing Link. The data assigned by this command is written in the Network Data Memory (NDM) of the Network Control Node (NCN), updating the NDM at each Local Node (LN).
Page 281 ASDC ASDC: Assignment of Six Digit Least Cost Routing Data 1. General This command is necessary when LCR six (6) digit translation is required for FX Prefix Codes, MCI, SPRINT and other applications. This command is used to assign, delete, and display this information. 2.
Page 282 ASDC 3. Data Entry Instructions KIND PFX=PFX (Prefix) SCC=SCC (MCI, SPRINT) Enter RA as the route advancing order OFLG The details of this parameter are shown below. INPUT=Input office code can be Enter the OPR assigned OFFICE assigned. by the AFRS command Enter the office code ALL=All office code can be assigned.
Page 283 AUNE AUNE: Assignment of Uniform Numbering 1. General This command is used to assign the data to achieve an inter-network call termination. 2. Precautions This command is available for both ACIS and CCIS. The call termination from CCIS required the office code skip needs this data.
Page 284 AUNE 3. Data Entry Instructions SKIP Enter the dummy route number assigned Enter the appropriate number of digits to be omitted by the ASPA command Enter the office code of self node including LCR access code. TENANT OUTSIDE NUMBER PATTERN CODE SKIP DATA PATTERN NUMBER...
Page 285 AUNEL AUNEL: Assignment of Uniform Numbering for LDM 1. General This command is used to assign the data to achieve an inter-network call termination. 2. Precautions This command is available for both ACIS and CCIS. The call termination from CCIS required the office code skip needs this data.
Page 286 AUNEL 3. Data Entry Instructions LGRT SKIP Enter the dummy route number assigned Enter the appropriate number of digits to be omitted by the ASPAL command Enter the office code of self node including LCR access code. TENANT LOGICAL NUMBER PATTERN CODE SKIP DATA PATTERN NUMBER...
Page 287 ALDN ALDN: Assignment of Listed Directory Number 1. General This command is used to assign the Listed Directory Number (LDN) which allows a Direct Inward Dialing (DID) call to terminate to Attendant Consoles. 2. Precautions When the LDN number assigned by this command is dialed from PSTN, the call terminates to Attendant Consoles during the Day mode, and redirect to a station or outside party in the Night mode.
Page 288 ALDN 3. Data Entry Instructions Enter desired DID number to terminate the call to Attendant Console in the Day mode. TYPE The Night mode destination of the LDN 0=No nighit transfer 1=STN 2=DC (Destination Number including access code.) 3=ADC TENANT LISTED DIRECTORY TYPE NUMBER...
Page 289 ALDNN ALDNN: Assignment of Listed Directory Number for NDM 1. General This command is used to assign the Listed Directory Number (LDN) which allows a Direct Inward Dialing (DID) call to terminate to Attendant Consoles within the Fusion Network. The data assigned by this command is written in Network Data Memory (NDM) of the Network Control Node (NCN), updating the NDM at each Local Node (LN).
Page 290 ALDNN b.) TYPE = 1 (TELN) is selected; TYPE 0 = No Night Transfer L-TELN 1 = TELN Enter desired DID number to terminate the call to 2 = To Outside Attendant Console in Day mode. 3 = ADC USER FUSION TELEPHONE NUMBER OF TENANT...
Page 291 ALDNN d.) TYPE = 3 (ADC) is selected; TYPE 0 = No Night Transfer L-TELN 1 = TELN Enter desired DID number to terminate the call to 2 = To Outside Attendant Console in Day mode. 3 = ADC USER ABBREVIATED TELEPHONE NUMBER OF FUSION...
Page 292 AISP AISP: Assignment of Incoming Selection Pattern 1. General This command is used to assign additional digits information with respect to the Incoming Selection Translation Pattern Number (PNI). 2. Precautions Since the PNI is an intermediate parameter to the ASTP command, assign the PNI for the incoming route number by the ASTP command before assigning the AISP command.
Page 293 AISPL AISPL: Assignment of Incoming Selection Pattern Data for LDM 1. General This command is used to assign additional digits information with respect to the Incoming Selection Translation Pattern Number (PNI). This data is written in Local Data Memory (LDM). 2.
Page 294 AISPN AISPN: Assignment of Incoming Selection Pattern Data for NDM 1. General This command is used to assign additional digits information with respect to the Incoming Selection Translation Pattern Number (PNI). The data assigned by this command is written in the Network Data Memory (NDM) of the Network Control Node (NCN), updating the NDM at each Local Node (LN).
Page 295 ARAC ARAC: Assignment of Remote Access Code 1. General This command is used when the system provides the Remote Access to System service feature for a TIE line or DID line. 2. Precautions The Remote Access to System service feature is activated when the access code (assigned at ACC param- eter of this command) is called from a TIE line or a DID line.
Page 296 ARAC 3. Data Entry Instructions ICTN Enter the tenant number assigned Enter an in dial number to begin the Remote by the ATRK command Access to System service feature TENANT NUMBER ACCESS CODE KIND OF R/M TENANT NUMBER FOR IC TRUNK (ACC) (RM) AUTHORIZATION CODE...
Page 297 ARSC ARSC: Assignment of Route Restriction Class 1. General This command is used to assign route restriction information according to the Route Restriction Class (RSC) of the station and the Route Number (RT). 2. Precautions Data can be entered on a Day/Night basis, if specified in ASYD command, SYS1, INDEX75, bit 0=1. The applicable tenant number (TN) range is designated by the ASYD command, SYS1, INDEX8.
Page 298 ARSC 3. Data Entry Instructions D=Day mode N=Night mode Enter the tenant number which affects this restriction table Enter the trunk route number assigned by the ARTD/ATRK commands. DAY/NIGHT TENANT ROUTE ROUTE NUMBER NUMBER RESTRICTION MODE ROUTE RESTRICTION CLASS (TN) (RT) INDEX (D/N)
Page 299 ARSCN ARSCN: Assignment of Route Restriction Class for NDM 1. General This command is used to assign route restriction information according to the Route Restriction Class (RSC) of the station and the Logical Route Number in the Netfusing network. 2. Precautions Data can be entered on a Day/Night basis, if specified in ASYDN command, SYS1, INDEX75, bit 0=1.
Page 300 ARSCN 3. Data Entry Instructions D=Day mode N=Night mode Enter the tenant number which affects this restriction table LGRT Enter the unique Logical Route number in the Netfusing network. DAY/NIGHT TENANT LOGICAL ROUTE NUMBER ROUTE RESTRICTION MODE ROUTE RESTRICTION CLASS (TN) NUMBER INDEX...
Page 301 ARRC ARRC: Assignment of Alternative Route Restriction 1. General This command is used to accomplish trunk tandem connection. 2. Precautions The ASTD command is also required to access trunk tandem connections including C.O. Line. When data “2 (Toll Restriction is required)” is assigned at the ARI-D_RES parameter, the ATDP command designates the connection allowed area (office) code.
Page 302 ARRCN ARRCN: Assignment of Alternative Route Restriction for NDM 1. General This command is used to accomplish trunk tandem connection (Logical route to Logical route via the Netfusing Network). This data is written in the NDM of the NCN. 2. Precautions The ASTD command is also required to access trunk tandem connections including C.O.
Page 303 ATDP ATDP: Assignment of Toll Code Restriction 1. General This command is used to assign the area code of Toll Restriction - 3/6 digits for both an outgoing connection and a tandem connection. 2. Precautions This command is used when restriction data is assigned to RES=2 (Toll Restriction is required) in the ARSC command or in the ARRC command.
Page 304 ATDP 3. Data Entry Instructions ♦ Tandem Switching Restriction Data 0 = Connection is Restricted TDM/OG DAY/NIGHT 1 = Connection is Allowed This parameter is T = Tandem Connection D = Day Mode 2 = 3/6 Digit Toll Restriction available only when O = Outgoing Connection N = Night Mode 3 = C.O.
Page 305 ATDPL ATDPL: Assignment of Toll Code Restriction Data for LDM 1. General This command is used to assign the area code of Toll Restriction - 3/6 digits for an outgoing connection. This data is written in Local Data Memory (LDM). When using common Toll Code Restriction data in Netfusing Network, assign this data via ATDPN command.
Page 306 ATDPL 3. Data Entry Instructions Outgoing Connection 0 = Connection is Restricted DAY/NIGHT 1 = Connection is Allowed This parameter is D = Day Mode 2 = 3/6 Digit Toll Restriction available only when N = Night Mode 3 = C.O. Operator Call (9+0) TDI=2 OUTGOING ROUTE...
Page 307 ATDPN ATDPN: Assignment of Toll Code Restriction Data for NDM 1. General This command is used to assign the area code of Toll Restriction - 3/6 digits for both an outgoing connection and a tandem connection. This data is written in the Network Data Memory (NDM) of the Network Control Node (NCN).
Page 308 ATDPN 3. Data Entry Instructions Tandem Switching Restriction Data 0 = Connection is Restricted TDM/OG DAY/NIGHT 1 = Connection is Allowed This parameter is T = Tandem Connection D = Day Mode 2 = 3/6 Digit Toll Restriction available only when O = Outgoing Connection N = Night Mode 3 = C.O.
Page 309 AARP AARP: Assignment of Area Code Restriction Data 1. General This command is used to assign the area/office code of Toll Restriction - 3/6 digits conjunction with ATDP com- mand. 2. Precautions This command is used when restriction data is assigned to RES=2 (Toll Restriction is required) in the ARSC command or in the ARRC command.
Page 310 AARPL AARPL: Assignment of Area Code Restriction Data for LDM 1. General This command is used to assign the area/office code of Toll Restriction - 3/6 digits for Netfusing service con- junction with ATDPL (for LDM)/ATDPN (for NDM) command. This data is written in Local Data Memory (LDM).
Page 311 AARPN AARPN: Assignment of Area Code Restriction Data for NDM 1. General This command is used to assign the area/office code of Toll Restriction - 3/6 digits for Netfusing service con- junction with ATDPL (for LDM)/ATDPN (for NDM) command. This data is written in Network Data Memory (NDM) of the Network Control Node (NCN).
Page 312 APCR APCR: Assignment of Primary Call Restriction Data 1. General This command is used to assign the restricted area code for LCR outgoing call. 2. Precautions The restriction check by this command is to be executed prior to the ARSC/ATDP/AARP commands. The restricted area code assigned in PDC parameter can be numbers (0 - 9, * and #) or the mask code “X”...
Page 313 AEFR AEFR: Assignment of EPN Facility Restriction Data 1. General This command is used to assign the allowable connections among the RSC1 (Calling Party’s Restriction Class) and RSC2 (Called Party’s Restriction Class). 2. Precautions Data can be entered on a Day/Night basis, if specified in ASYD command, SYS1, INDEX75, Bit 4=1. The applicable tenant number (TN) range is designated by the ASYD command, SYS1, INDEX8.
Page 314 AEFR 3. Data Entry Instructions 0 = Station to station call without a station/ATT assistance 1 = Station to station call with a station/ATT assistance 2 = Station to trunk route access without a station/ATT assistance 3 = Station to trunk route with a station/ATT assistance 4 = Trunk incoming call to a station without a station/ATT assistance 5 = Trunk incoming call to a station with a station/ATT assistance 6 = Trunk incoming call to trunk outgoing call (Tandem connection without a station/ATT assistance)
Page 315 ASFC ASFC: Assignment of Service Feature Restriction Class 1. General This command is used to assign the Service Feature Restriction Class (SFC) for the Service Feature Index (SFI). 2. Precautions The service feature name corresponding to the SFI is listed in Table 4-8 on the next page. Since the service feature indicated “-”...
Page 316 ASFC Table 4-8 SFI (1/4) SERVICE FEATURE Outgoing Trunk Queuing Call Back Executive right-of-way (Calling) Executive right-of-way (Called) Call Waiting-Originating (Calling) Call Waiting-Originating (Called) Call Forwarding-All Calls Call Forwarding-Don’t Answer Call Forwarding-Busy Line Call Hold Data Line Privacy / Attendant Camp On (Data Line Security; 0 = Privacy / 1 = Camp On) Speed Calling System Trunk Answer (TAS) System Message Detail Recording (SMDR) - Trunk Basis...
Page 317 ASFC Table 4-8 SFI (2/4) SERVICE FEATURE Special Admin. Station (for Hotel System) Bad Call Notify ( Faulty Trunk Report) Disable Distinctive Ringing for analog ports (0/1:No/Yes)/Bearer service (0/1:Speech/3.1 kHz Audio) Operator Monitoring (for Hotel System) Off-Premise Extension (Long Line Telephone - No Howler, No Pad Control) Boss-Secretary Features Voice Call using an Access Code Message Reminder using an Access Code...
Page 318 ASFC Table 4-8 SFI (3/4) SERVICE FEATURE Advice of Charge Supplementary Service for ISDN Call Forwarding - Toll Restriction term Display on D when a station is in DND (0/1 = RST/DND) 115-119 ETSI-ISDN Malicious Call Trace (MCT) 121-124 Pad Lock 126-127 Call Forwarding - Busy Line Override 129-130...
Page 319 ASFC Table 4-8 SFI (4/4) SERVICE FEATURE Category of Attendant 160-162 ANI demand per station Note 4 164-171 Calling Party CLIR/CLIP Control (for Australia only) Note 1 Camp On By Station (since Release 7 for Australia, Release 9 for other countries) Note 1 Advice of Charge Supplementary Service in Q.SIG Network 176-180...
Page 320 ACFR ACFR: Assignment of Call Forwarding Restriction 1. General This command is used to assign various kinds of trunk call forwarding restriction data on a tenant basis. 2. Precautions The applicable tenant number (TN) range is designated by the ASYD command, SYS1, INDEX8. If data of this command is common for all tenants (ASYD command, SYS1, INDEX92, bit5=1), assign TN parameter as data “1”...
Page 321 ATNR ATNR: Assignment of Tenant Restriction Class Data 1. General This command is used to assign the tenant restriction data for each objective situation. 2. Precautions Data can be entered on a Day/Night basis, if specified in ASYD command, SYS1, INDEX75, bit 2=1. The applicable tenant number (TN) range is designated by the ASYD command, SYS1, INDEX8.
Page 322 ATNR 3. Data Entry Instructions OGTN D = Day Mode Enter the Originating Tenant Number. N = Night Mode TMTN DAY/NIGHT ORIGINATING MODE Enter the Terminating Tenant Number. TENANT (DN) (OGTN) 1-63 TENANT RESTRICTION TENANT RESTRICTION TERMINATING TERMINATING INDEX (TRI) INDEX (TRI) TENANT TENANT...
Page 323 AABD AABD: Assignment of Speed Calling Restriction Data 1. General This command is used to assign the Speed Calling system Restriction Data. This data is added to the Service Feature Class of an individual station assigned to the Speed Calling system in order to restrict it from originating calls.
Page 324 ASDT ASDT: Assignment of Station Data 1. General This command is used to assign/delete the physical station data. 2. Precautions This command is used for Business application. The AAST/AGST commands are used for Hotel applica- tion. The ASTN command may be used to change the station number. The ASCL command may be used to change the Class (TEC, RSC, and/or SFC) of the station.
Page 325 ASDT Figure 4-2 LENS Example: Station LENS The card mounted slot Level LINE16 LINE15 LINE14 LINE13 Group LINE12 LINE11 LINE10 LINE9 LINE8 LINE7 LINE6 LINE5 Group LINE4 LINE3 The card mounted LINE2 Level slot LINE1 LINE16 LINE15 LINE14 LINE13 Group Number LINE12 Group...
Page 326 ASDT 3. Data Entry Instructions 1 = DP(10 pps) 2 = PB 3 = DP/PB 4 = DP (20 pps) The applicable TN is designated by the ASYD term 5-11 = Not Used 12 = D command, SYS1, INDEX 8. 13 = Data Terminal via D term 14 = Hot Line...
Page 327 ASTN ASTN: Assignment of Station Number 1. General This command is used to change the physical station number assigned to a particular LEN. 2. Precautions The primary digit, the number of digits and the kind of service (SRV=STN) which designated by the ANPD and ASPA command affect the new station number.
Page 328 ASCL ASCL: Assignment of Station Class Data 1. General This command is used to change the Telephone Equipment Class (TEC), Route Restriction Class (RSC), and Service Feature Restriction Class (SFC), without changing the station number. 2. Precautions The station class data (TEC, RSC and SFC) can be changed by the ASCL command, even if the station to be changed is in busy status.
Page 329 ASCL 3. Data Entry Instructions 1 = DP (10pps) 2 = PB 3 =DP/PB 4 = DP (20 pps) 5-11 = Not used term term 12 = D 13 = Data Terminal via D 14 = Hot Line 15 = CAS Line 16 = Data Terminal via Data Module 17 = Not used 18 = Virtual Line Appearance...
Page 330 ASCL_T ASCL_T: Assignment of Station Class Data – Telephone Number 1. General This command is used to change the Telephone Equipment Class (TEC), Route Restriction Class (RSC), and Service Feature Restriction Class (SFC), without changing the station number. The station data of ASCL com- mand can be assigned by using Telephone Number.
Page 331 APHN APHN: Assignment of Phantom Station Number 1. General This command is used to assign a phantom number for a station. 2. Precautions Numbers that are being used as station or LDN numbers cannot be used as phantom numbers. When an incoming call is terminated to a phantom number, either no station hunting or station hunting de- pending on the data in the PH parameter is performed if the called station is a member station of a hunt group.
Page 332 APHN 3. Data Entry Instructions ♦ Assignment PHSTN A maximum of 5 phantom station numbers can be REAL STN assigned for a real station. 0= Individual Phantom Number Enter a station number 1= Phantom Number in a Hunting Group PHANTOM STATION NUMBER (PHSTN) HUNTING REAL TENANT...
Page 333 APHNL APHNL: Assignment of Phantom Station Number for LDM 1. General This command is used to assign Phantom Telephone Number (PHTELN) to Telephone Number of stations (TELN). This data is written in Local Data Memory (LDM). 2. Precautions The total number of Phantom Telephone Number (PHTELN) and Telephone Number for station (TELN) can not exceed 60,000 in a system.
Page 334 APHNL 3. Data Entry Instructions TELN/PHTELN MODE This parameter determines how to develop the Telephone The station number which is designated in the MODE Number + Phantom Telephone Number group. parameter. The data is required to specify the group. 1 = Telephone Number •...
Page 335 APHNN APHNN: Assignment of Phantom Station Number for NDM 1. General This command is used to assign Phantom Telephone Number (PHTELN) to already assigned Telephone Num- ber of stations (TELN) in Netfusing system. This data assigned by this command is written in Network Data Memory (NDM) of the Network Control Node (NCN), updating the NDM at each Local Node (LN).
Page 336 APHNN 3. Data Entry Instructions MODE TELN/PHTELN This parameter determines how to develop the Telephone The station number which is designated in the MODE Number + Phantom Telephone Number group. parameter. The data is required to specify the group. 1 = Telephone Number •...
Page 337 ANDD ANDD: Assignment of Name Display Data 1. General This command is used to assign user information (user’s name) onto a Station to program the Name Display - System service feature. 2. Precautions term The Name Display - System service feature allows a D with LCD to show the user information that corresponds to the calling station number while it is engaged in a station to station call.
Page 338 ANDD_T ANDD_T: Assignment of Name Display Data – Telephone Number 1. General This command is used to assign user information (user’s name) onto a Station to program the Name Display - System service feature. The station data of ANDD command can be assigned by using Telephone Number. 2.
Page 339 ALGNL ALGNL: Assignment of Telephone Number Data for LDM 1. General This command is used to assign the Telephone Number (TELN) for the individual attendant identification avail- able in the self (local) node only. 2. Precautions This Telephone Number is available in the self (local) node only. If the Telephone Number for the Netfus- ing Network is required, use the ALGNN command.
Page 340 ALGSL ALGSL: Allocation of Telephone Station Data for LDM 1. General This command is used to assign the data pertaining to the relationship between the Telephone Station Number (TELN) and the physical station. 2. Precautions This Telephone Number can be used in the self (local) node only. Use the ALGSN command if the Tele- phone station Number for the Netfusing Network is required.
Page 341 ALGSL 3. Data Entry Instructions ♦ TYPE = 1 (LENS is used to specify the Telephone number.) TYPE LENS 1 = LENS is used to specify the Telephone number LENS of the physical station 2 = STN is used to specify the Telephone number USER GROUP TELEPHONE NUMBER LINE EQUIPMENT NUMBER...
Page 342 AKYD term AKYD: Assignment of Key Data for D 1. General term This command is used to assign the following key data corresponding to each line/feature button on a D • Line Key Data • Function Key Data • Intercom Key Data •...
Page 343 AKYD If the station user accepts the default settings, the data assignment of this command is not required. The default data for each line/feature button is shown below. Table 4-11 Default Data for Each Line/Feature Button KEY NO. DEFAULT DATA KEY NO.
Page 344 AKYD term 10. There is no default key data provided for D (8-button type). The key data for all the line/feature buttons must be programmed. When assigning the key data of the line/feature button, take the following precau- tions: (a) My Line Key must be assigned in KYN=1-8, and KYN=9-16 should be assigned KYI=0 (Not used). (b) The following function keys are basically ﬁxed: FKY=13:CONF (Three-Way Calling) FKY=18:TRANSFER (Call Transfer-All Calls)
Page 345 AKYD term 14. <D 65> The FKY=55: One-Touch changeover (PAGE) should be assigned when registering desti- nation numbers greater than 20 as one-touch speed calling codes. term <D 75> The FKY=55: One-Touch changeover (PAGE) should be assigned when registering desti- nation numbers greater than 16 as one-touch speed calling codes.
Page 346 AKYD term Figure 4-3 D 65 (24-Button Type) Line/Feature Buttons MIC O RECALL PQRS WXYD LINE OPER /SPD HOLD SPKR term Figure 4-4 D 65 (16-Button Type) Line/Feature Buttons MIC O RECALL PQRS WXYD LINE OPER /SPD HOLD SPKR ND-70348 (E) CHAPTER 4 Page 341 Revision 3.0...
Page 347 AKYD term Figure 4-5 D 65 (8-Button Type) Line/Feature Buttons MIC O RECALL PQRS WXYD LINE OPER /SPD HOLD SPKR ND-70348 (E) CHAPTER 4 Page 342 Revision 3.0...
Page 348 AKYD term Figure 4-6 D 75 (8-Button Type without LCD) Key No. Feature Recall Conf Redial Hold Transfer Answer Speaker FLEX KEY term Figure 4-7 D 75 (8-Button Type with LCD) Key No. Feature Recall Conf Redial Hold Transfer Answer Speaker FLEX KEY ND-70348 (E)
Page 349 AKYD term Figure 4-8 D 75 (16-Button Type) Key No. Feature Recall Conf Redial Hold Transfer Answer Speaker FLEX KEY term Figure 4-9 D 75 (32-Button Type) Note 1 Feature Recall Conf Redial Hold Transfer Answer Speaker FLEX KEY Note 1: These keys can be used as either Line/Trunk/Feature key or DSS key (See Figure 4-10 on the next page).
Page 350 AKYD term Figure 4-10 Key Number Appearance of D EXIT HELP KEY NUMBER appearance Line / Trunk / Feature Key Dss Key EXIT HELP EXIT HELP KEY NUMBER appearance KEY NUMBER appearance The Key arrangement designated by the ADKS command. Line/Trunk key, Feature key X 16 + DSS key X 16 Line/Trunk key, Feature key X 24 + DSS key X 8 Line/Trunk key, Feature key X 32...
Page 351 AKYD 3. Data Entry Instructions L: As per Preference pattern when PRI LINE PREFERENCE the SPEAKER button is pressed. D: Dial Intercom Line (Ringing Station) A: Automatic Intercom Line This data is only available in case (Ringing Station) of LN PRE=Customize. M: Manual Intercom Line 0 = Prime Line Preference (Signaling Station)
Page 352 AKYD • For the Line/Feature keys G-ID Enter unique number 0 = Line 0 = Automatic for each Intercom group 1 = Intercom 1 = Manual within the range from 1 2 = DSS Key 2 = Dial See Table 4-12 (Next to 50.
Page 353 AKYD Table 4-12 FKY FKY (1-320) Service name Service name Service name Call Forwarding-Busy Line OAI Key Code 3 Message Waiting Set (Note 4) Call Forwarding-All Calls OAI Key Code 4 Message Waiting Reset Executive Right of Way OAI Key Code 5 Check In Call Waiting OAI Key Code 6...
Page 354 AKYD Table 4-13 RG RINGING RG (0-7) DELAY TIME NIGHT NO (No Ringing) NO (No Ringing) YES (Ringing) NO (No Ringing) 0 sec. NO (No Ringing) YES (Ringing) 0 sec. Not used Not used YES (Ringing) YES (Ringing) 30 sec. YES (Ringing) YES (Ringing) 20 sec.
Page 355 AKYD_T term AKYD_T: Assignment of Key Data for D – Telephone Number 1. General This command assigns the Line Key, Function Key, Intercom Key, and DSS Key data corresponding to each term line/feature button on a D . The station data of AKYD command can be assigned by using Telephone Num- ber.
Page 356 AKYD_T term A virtual line can be assigned as a Sub Line of the D . The virtual line can be used the same way as the Note My Line for outgoing calls and other service operations. Note: Virtual Line --- A virtual LENS exists only in memory, but does not exist physically. Data can be assigned but no hardware is required.
Page 357 AKYD_T 13. The applicable tenant number (TN) range is designated by the ASYD command, SYS1, INDEX8. term 14. There is no default key data provided for D (8-button type). The key data for all the line/feature but- tons must be programmed. When assigning the key data of the line/feature button, take the following pre- cautions: (a) My Line Key must be assigned in KYN = 1-8, and KYN = 9-16 should be assigned KYI = 0 (Not used).
Page 358 AKYD_T 16. When using 16 ELCJ (SR 3295, PROG-B or later), the FKY = 49: Speed Calling-One Touch can be assigned to a maximum of 16 Key Numbers (KYNS). Note 1: Speed Calling-One Touch data can be saved by the BOSD command. Note 2: Assign the data to the Key Numbers (KYN) in the consecutive order.
Page 359 AKYD_T 3. Data Entry Instructions L: As per Preference pattern when LINE PREFERENCE the SPEAKER button is pressed. D: Dial Intercom Line (Ringing Station) This data is only available in case of A: Automatic Intercom Line LN PRE=1. (Ringing Station) 0 = Prime Line Preference M: Manual Intercom Line 1 = Idle Line Preference...
Page 360 AKYD_T Note: The existing data can be readout by pressing "Get” button after UGN and TELN data is entered. • For the Line/Feature keys G-ID Enter unique number for each Intercom 0 = Line group within the range from 1 to 50. 1 = Intercom See the Table on the next 2 = DSS Key...
Page 361 AKYD_T Table 4-16 FKY FKY (1-320) Service name Service name Service name Call Forwarding-Busy Line (Note 4) OAI Key Code 3 Message Waiting Set Call Forwarding-All Calls OAI Key Code 4 Message Waiting Reset Executive Right of Way OAI Key Code 5 Check In Call Waiting OAI Key Code 6...
Page 362 AKYD_T Table 4-17 RG RINGING RG (0-7) DELAY TIME NIGHT NO (No Ringing) NO (No Ringing) YES (Ringing) NO (No Ringing) 0 sec. NO (No Ringing) YES (Ringing) 0 sec. Not used Not used YES (Ringing) YES (Ringing) 30 sec. YES (Ringing) YES (Ringing) 20 sec.
Page 363 AFDD AFDD: Assignment of Function Display Data 1. General term This command is used to assign the characters of soft key indication on a D When this command is not assigned, the default (which shows on FKY parameter description on this command) is displayed.
Page 364 AFDD 3. Data Entry Instructions DISP Displayed characters (Max. 6 characters of alphabet and numbers) FUNCTION KEY CODE (FKY) 1-320 DISPLAY MESSAGE ON LCD (DISP) FWD-BY FKY (1-320) Service name Default display Service name Default display Call Forwarding-Busy Line Internal Zone Paging Call Forwarding-All Calls Wake Up Set Executive Right of Way...
Page 365 ADSL term ADSL: Assignment of D Soft Key on LCD Data 1. General term This command is used to create an additional soft key pattern (for D 75). 2. Precautions term Four soft keys appear on a D 75, and those soft keys have four pages. This allows each soft key to have four different functions, and a station user may turn the soft key pages over by simply pressing the page scroll key (which may be indicated “>>>”).
Page 366 ADSL The LCD display will not be changed for a minute, after the soft key data is assigned via this command or the characters for the LCD display is changed via the AFDD command. When the soft key data is programmed for the busy station, the LCD display will not be changed until the station is becomes idle.
Page 367 ADSL 3. Data Entry Instructions 0 = Idle 1 = Originating (DT connection) Assign arbitrary 2 = Originating (RBT connection) Soft key number (SKN) number within 0 3 = Called station busy (BT connection) Note 1 appears on the MAT. 4 = Communication in progress (Converse) through 15.
Page 368 ADSL Table 4-17-1 FKY (ADSL) (1/2) X: Available STATE DEFAULT SERVICE NAME DISPLAY Call Forwarding-Busy Line Call Forwarding-All Calls Executive Right of Way E_OVR Call Waiting Call Back Save and Repeat S&R Boss-Secretary-Message MW SET Waiting Lamp Control; Set Call Hold C_HOLD Boss-Secretary-Message MWOFF...
Page 369 ADSL Table 4-17-1 FKY (ADSL) (2/2) X: Available STATE DEFAULT SERVICE NAME DISPLAY Wake Up Set Wake Up Reset Do Not Disturb Set Do Not Disturb Reset Room Cut Off Set Room Cut Off Reset Message Waiting Set Message Waiting Reset Check In Check Out Status...
Page 370 ADKS term ADKS: Assignment of D Key Status Data 1. General term This command is used to assign the soft key pattern (which is assigned by the ADSL command) onto a D term 75. In addition to this, Line/Feature button and DSS key arrangement on the D 75 can be specified.
Page 371 ADKS The default key pattern (SKP = 0) of the soft keys are listed in the table below. When the data 1 through 15 are assigned in the SKP parameter, the ADSL command must be assigned to specify the soft key pattern (SKP).
Page 372 ADKS Table 4-18 Default Key Pattern (2/2) STATUS PAGE PG=0 PG=1 FLASH FLASH Consultation Hold when Called Station is Busy - Controlling Station >>> 3-Party Conference >>> Others ND-70348 (E) CHAPTER 4 Page 365 Revision 3.0...
Page 373 ADKS Three different kinds of Line/Feature buttons and DSS key arrangements can be specified by LKP param- eter. term Figure 4-14 Line/Feature Button and DSS Key Arrangement on D LKP=1 (16 Line/Feature buttons + 16DSS keys) EXIT HELP Line/Feature buttons number LKP=2 (24 Line/Feature buttons + 8DSS keys) EXIT HELP...
Page 374 ADKS 3. Data Entry Instructions Page change key allocation (Refer to [Precaution]) 0 = Default pattern as shown on [Precaution (4)] 0 = Page change key appears on a soft key(>>>) 1-15 = SKP assigned by the ADSL command 1 = Page change key disappears on a soft key. TENANT STATION NUMBER SOFT KEY...
Page 375 ADRTL term ADRTL: Assignment of D Display Route Data for LDM 1. General term This command changes the display of trunk class information on the D instead of the Trunk Class (TCL) designation of the ARTD command. 2. Precautions The data assigned in this command affects the stand alone-node and Local Node (LN). When this data is assigned to Local Data Memory (LDM) in the Netfusing Network, if Network Data Memory (NDM) has Display Route Data designated by the ADRTN commands, NDM data overrides LDM data.
Page 376 ADRTN term ADRTN: Assignment of D Display Route Data for NDM 1. General term This command changes the display of trunk class information on the D instead of the Trunk Class (TCL) designation of the ARTD command. This data is written in Network Data Memory (NDM) of the Network Control Node (NCN). 2.
Page 377 AICD AICD: Assignment of Intercom Data 1. General This command is used to assign the data related to the Automatic/annual Intercom service feature. 2. Precautions Up to 16 stations may be assigned to one Intercom group. term Only D (s) can have the Automatic/Manual Intercom service feature applied. A maximum number of Intercom groups within a MG (Module Group) is 50 groups, and each group is giv- en a unique G-ID (Group ID Number).
Page 378 AICD 3. Data Entry Instructions MG No. 0=Automatic Intercom Enter the tenant number of the Enter the Module Group number of 1=Manual Intercom Intercom group. the Intercom group. MODULE GROUP AUTO/ BRIDGE INTERCOM SIGNALLING GROUP MANUAL CALL STATION NUMBER STATION TENANT NUMBER NUMBER...
Page 379 AICD_T AICD_T: Assignment of Intercom Data – Telephone Number 1. General This command is used to assign the data related to the Automatic/Manual Intercom service feature. The station data of AICD command can be assigned by using Telephone Number instead. 2.
Page 380 AICD_T 3. Data Entry Instructions MG No. Enter the Module Group • Automatic Intercom number of the Intercom group. • Manual Intercom G-ID Enter a unique number for • Restricted The number of Intercom each Intercom group within a • Allowed Stations.
Page 381 ADIM ADIM: Assignment of Dial Intercom Data 1. General This command is used to assign Dial Intercom service related data. 2. Precautions For providing Dial Intercom Service, it is necessary to assign the following data in advance: ASYD command, SYS1, Index 59, b7 = 1 term The number of D stations that can be accommodated in a Dial Intercom Group and also the number of...
Page 382 ADIM_T ADIM_T: Assignment of Dial Intercom Data – Telephone Number 1. General This command is used to assign Dial Intercom service related data, such as Dial Intercom group number and the stations belong to the group. The station data of ADIM command can be assigned by using Telephone Number instead.
Page 383 ADIM_T 3. Data Entry Instructions • Restricted • One digit (0-9) Dial Intercom STN • Allowed • Two digits (00-63) Dial Intercom STN MODULE GROUP DIAL BRIDGE USER GROUP INTERCOM CALL GROUP NUMBER NUMBER DIGIT RESTRICTION NUMBER (MG No.) (G-ID) NUMBER (BCR) (UGN)
Page 384 AIZP AIZP: Assignment of Internal Zone Paging Data 1. General This command is used to assign Internal Zone Paging group data. If the designated group number has already been assigned, the current data is displayed. If new data is to be assigned, the old data must be deleted before entering new data.
Page 385 AIZPN AIZPN: Assignment of Internal Zone Paging Data for NDM 1. General This command is used to assign Internal Zone Paging group data in Netfusing Network. The data assigned by this command is written in the Network Data Memory (NDM) of the Network Control Node (NCN), updating the NDM at each Local Node (LN).
Page 386 AHLS AHLS: Assignment of Hot Line Station 1. General This command is used to assign the data related to the Hot Line service feature. 2. Precautions Prior to assigning this command, the Hot Line station should be given the TEC=14 (Hot Line class) by the term ASDT/AAST command.
Page 387 AHLSN AHLSN: Assignment of Hot Line Station for NDM 1. General This command is used to assign the data related to the Hot Line service feature. The data assigned by this com- mand is written in the Network Data Memory (NDM) of the Network Control Node (NCN), updating the NDM at each Local Node (LN).
Page 388 ADA1_T ADA1_T: Assignment of DTE Attribute Data 1 – Telephone Number 1. General This command is used to assign and delete Attribute Data 1 for each terminal (DTE). Attribute Data 1 is stored as the office data of the switching unit, and is rarely modified in normal operation. Attribute Data 2, on the other hand, is stored on the data terminal side and is modified in the course of operation.
Page 389 ADA1_T 4. Data Sheet User Group Number (UGN) Telephone Number (TELN) Max. 16 digits Media (1-15) 1=Voice 2=Data MEDIA 3=FAX 4=Telex 5=Teletex 6=Image 7-15=Not used Connection Protocol (0-15) 0=ICS Protocol 1=X.20 2=X.21 CNTP 3=V.24 200 Series 4=X.20 bis 5=X.21 bis 6-15=Not used Transmission Control Protocol (0-255) 0=Free Wheeling...
Page 390 ADA2 ADA2: Assignment of DTE Attribute Data 2 1. General This command is used to assign the Attribute Data for the data communication service feature of the data adapter term (DA) with the D and/or the data module (DM). 2. Precautions When the designated station is not a DTE (DA/DM), the Attribute Data cannot be assigned and an error code will result.
Page 391 ADA2 4. Data Sheet TENANT NUMBER (TN) STATION NUMBER FUNCTION (STN) DTR (ER) CONTROL (DTR) 0= Check 1= No Check AUTO ANSWER (AUTO) 0= Manual Answer 1= Auto Answer MODEM No. FOR ORIGINATING (MDM1) 0= No MODEM 1-8= MODEM Number MODEM No.FOR INCOMING (MDM2) 0= No MODEM...
Page 392 ADA2 TENANT NUMBER (TN) STATION NUMBER FUNCTION (STN) APPLICATION CODE(CODE) 0= No Character 1= ASCII (7-bit) Even Parity 2= ASCII (7-bit) Odd Parity 3= ASCII (7-bit) Parity is “0” 4= ASCII (7-bit) Parity is “1” 5= JIS (7-bit) Even Parity 6= JIS (7-bit) Odd Parity 7= JIS (8-bit) 8= EBCDIC (8-bit)
Page 393 ADA2_T ADA2_T: Assignment of DTE Attribute Data 2 – Telephone Number 1. General This command is used to assign the Attribute Data for the data communication service feature of the data adapter term (DA) with the D and/or the data module (DM). The station data of ADA2 command can be assigned by using Telephone Number instead.
Page 394 ADA2_T 4. Data Sheet User Group Number (UGN) Telephone Number (TELN) Max. 16 digits DTR (ER) Control (0/1) 0=Check 1=No Check Auto Answer (0/1) AUTO 0=Manual Answer 1=Auto Answer Outgoing MODEM Number (0-8) MDM1 0=No MODEM 1-8=MODEM Number Incoming MODEM Number (0-8) MDM2 0=No MODEM 1-8=MODEM Number...
Page 395 ADA2_T User Group Number (UGN) Telephone Number (TELN) Max. 16 digits PRFN Proﬁle Number (0-63) Hot Line Terminal (0/1) 0=No Hot Line 1=Hot Line Hot Line Originate (0/1) 0=DTR (ER) Signal ON 1=Normal Originate Operation Kind of RA (0-15) 0=PROTIMS 1=PROTIMS 2=DMI Mode2 3=PROTIMS...
Page 396 AFCD AFCD: Assignment of Fixed Connection-Nailed Down Connection-Data 1. General This command is used to assign (connect link), delete (release link), and display the data (linked LENS) per- taining to Fixed Connections (Nailed Down Connections). 2. Precautions The Nailed Down connection available among the following circuit cards/terminals. Single Line station (Line circuit) term...
Page 397 AFCD 3. Data Entry Instructions EAD-A EAD-B Enter the value as shown on Table 4-19 (Previous Page). Enter the value as shown on Table 4-19 (Previous Page). LINE EQUIPMENT NUMBER EQUIPMENT LINE EQUIPMENT NUMBER EQUIPMENT (LENS-A) ADDITIONAL (LENS-B) ADDITIONAL DATA DATA REMARKS (EAD-A)
Page 398 ARTD ARTD: Assignment of Route Class Data 1. General This command is used for the Route Class Data. 2. Precautions The ARTD command should be assigned for all external trunk routes and the dummy route for LCR/LCRS. The applicable number of the external trunk route is designated by the ASYD command, SYS1, INDEX65. The standard route class data is shown in the example.
Page 399 ARTD 4. Data Sheet REMARKS FUNCTION OSGS Signal Interface for Outgoing The select Note: 0= CCIS No.7 1= RingDown signal in 2= Second Dial Tone 3= Not used ONSG 4= Sender (Immediate Start) Note should be 5= Not used “DP”. 6= Sender (Delay Dial Start) 7= Sender (Wink start) 8-15= Not used...
Page 400 ARTD REMARKS FUNCTION Trunk Class Specify the kind of trunk 1= DDD Line 2= FX 3= WATS Line 4= Tie Line/Announcement Trunk 5= CCSA 6= Toll Terminal 7= CAS Line 8= Paging 9= Code Call Trunk 10= Dictation Trunk 11= General Paging Trunk 12= Radio Paging Trunk 13-31= Not used Line/Trunk Identiﬁcation...
Page 401 ARTD REMARKS FUNCTION Flexible Routing Pattern Designation This data is valid for dummy When outgoing route selection pattern number is to be determined routes. by the AFRS command, “1” is to be assigned if the Access Code is Assign data "1" for the dummy included in the Number Pattern Code (NPC).
Page 402 ARTD Figure 4-15 SMDR2 0/1: -/Incoming Call (SMDR is required) 0/1: SMDR is required for toll and local out- going calls/SMDR is required only for toll outgoing calls. Metering pulses are necessary. Hexadecimal assignment is “01.” Example: =bit 0 =bit 1... The following explains what hexadecimal data “1”...
Page 403 ARTD Table 4-20 SMDR2 CONTENTS/INPUT 10 11 12 13 14 15 0-Detailed billing is not required for incoming calls. 1-Detailed billing is required for incoming calls. 0-Detailed billing is required for toll and local outgo- ing calls. 1-Detailed billing is required only for toll outgoing calls.
Page 404 ARTD REMARKS FUNCTION 0= - For MFC signaling 1=Originating Category Information is used (Brazil and Mexico) Attendant-Identiﬁcation of Incoming Trunk Display. 0= TN, RT, TK display 1= C.O. Line Number display RVSD Trunk Reversal Identiﬁcation This data is necessary when a speciﬁc Trunk route provides battery reversal for answer super-vision.
Page 405 ARTD REMARKS FUNCTION ICRL Release timing for incoming trunk connections. • Normally assign 0= 288 msec. Note 1= 224 msec. data “0”. 2= 288 msec. 3= 352 msec. • For ISDN, see Ta- 4= 416 msec. 5= 480 msec. (page ble 4-21 6= 544 msec.
Page 406 ARTD REMARKS FUNCTION Forced Account/Forced Authorization Code 0= Check is not required 1= Check is required (For Remote Access to System) C.O Line Idle Balance Condition. 0= Not balanced 1= Balanced Travel Class Mark 0= Out of Service 1= In Service TDMQ Tandem Off Hook OG Queuing 0= Out of Service...
Page 407 ARTD REMARKS FUNCTION 2W/4W 2 Wires/4 Wires Always assign data “0”. 0= 2 Wires 1= 4 Wires FAAT Authorization Code for ATT 0= Depends on RSC of ATT 1= Authorization Code always required. Gateway Option 0= Out of Service 1= Data Signaling Trunk 2-15= Not used TCMA Always assign data “0”.
Page 408 ARTD REMARKS FUNCTION Dialed Number Conﬁrmation (For ISDN) Note: Other than 0= Sub Addressing 0= Number 1-15 = DID Addressing Note of Main Ad- dress Digits to be trans- lated. Hooking Service 0= Out of Service 1= In Service Split Call Forwarding This data is valid when The call is forwarded to the desired destination assigned at ASYD, SYS,INDEX 79,...
Page 409 ARTD REMARKS FUNCTION KPST Duration of KP sending When the monitor sig- 0= 48 msec. 1= 56 msec. nal is Reverse and the 2= 64 msec. 3= 72 msec. data is set to “0”, KP 4= 80 msec. 5= 88 msec. sending is stopped by 6= 96 msec.
Page 410 ARTD REMARKS FUNCTION Note 1: PPTM Sender Prepares Depends on 0= Standard Note 1 1= 600 msec. the data in 2= 800 msec. 3= 1000 msec. SYS1, Index 4= 1200 msec. 5= 1400 msec. 131 of ASYD. 6= 1600 msec. 7= 1800 msec.
Page 411 ARTD REMARKS FUNCTION LPTM Sender Inter-Digit Pause Index Note: Possible to 0= DP/1 sec., PB/0.5sec. 1= 600 msec. use when ad- 2= 800 msec. 3= 1000 msec. justing the 4= 1200 msec. 5= 1400 msec. duration of 6= 1600 msec. 7= 1800 msec.
Page 412 ARTD REMARKS FUNCTION ISDN H1 Switching 0= - 1= In Service ISDN transmitting information 0= Out of Service 1= 16-Digit Caller Number Service, Attribute Information Notiﬁca- tion Service, and Calling Sub-Address Transfer Service 2-15= Not used 0 Always assign data“0”. 0 Always assign data“0”.
Page 413 ARTD REMARKS FUNCTION PREF 0 Always assign data “0”. 0 Always assign data “0”. Broad Band × 0=64K 1= N HO1CH 0 Always assign data “0”. Indonesia Compulsion Cut Service 0 Always assign data “0”. 0= Out of Service 1= In Service CONV SMDR Called Number Conversation 0= Conversation Number...
Page 414 ARTD The Table below shows examples of standard route class settings. Table 4-21 Examples of Route Class Settings (ARTD) (1/4) KIND OF TRUNK ROUTE PARAMETER ACIS CCIS LINE ISDN LINE (PRI) DUMMY ANALOG ROUTE DID LINE LINE FUNCTION VOICE DATA B-CH D-CH (E&M)
Page 415 ARTD Table 4-21 Examples of Route Class Settings (ARTD) (2/4) KIND OF TRUNK ROUTE PARAMETER ACIS CCIS LINE ISDN LINE (PRI) DUMMY ANALOG ROUTE DID LINE LINE FUNCTION VOICE DATA B-CH D-CH (E&M) WINK TDMQ TRSC TRKS DPLY 2W/4W FAAT TCMA SMDR3 TC/EC...
Page 416 ARTD Table 4-21 Examples of Route Class Settings (ARTD) (3/4) KIND OF TRUNK ROUTE PARAMETER ACIS CCIS LINE ISDN LINE (PRI) DUMMY ANALOG ROUTE DID LINE LINE FUNCTION VOICE DATA B-CH D-CH (E&M) TCMN TCMC MFSP KPST KPPT TONE PPTM MPTM LPTM RSAX...
Page 417 ARTD Table 4-21 Examples of Route Class Settings (ARTD) (4/4) KIND OF TRUNK ROUTE PARAMETER ACIS CCIS LINE ISDN LINE (PRI) DUMMY ANALOG ROUTE DID LINE LINE FUNCTION VOICE DATA B-CH D-CH (E&M) SATS RVPX SLOV SDTO ADVPRA CMRT PREF HO1CH CONV ORRT...
Page 418 ARTDN ARTDN: Assignment of Route Class Data for NDM 1. General Using this command, all logical route data of all Local Node (LN) may be displayed and charged at Network Control Node in the Netfusing Network. 2. Precautions The ARTDN command should be assigned for all logical trunk routes and the dummy logical route for LCR/LCRS.
Page 419 ARTDN 4. Data Sheet LGRT 1-899 REMARKS FUNCTION OSGS Signal Interface for Outgoing The select Note: 0= CCIS No.7 1= RingDown signal in 2= Second Dial Tone 3= Not used ONSG 4= Sender (Immediate Start) Note should be 5= Not used “DP”.
Page 420 ARTDN LGRT 1-899 REMARKS FUNCTION Trunk Class Specify the kind of trunk 1= DDD Line 2= FX 3= WATS Line 4= Tie Line/Announcement Trunk 5= CCSA 6= Toll Terminal 7= CAS Line 8= Paging 9= Code Call Trunk 10= Dictation Trunk 11= General Paging Trunk 12= Radio Paging Trunk 13-31= Not used...
Page 421 ARTDN LGRT 1-899 REMARKS FUNCTION Flexible Routing Pattern Designation This data is valid for dummy When outgoing route selection pattern number is to be determined routes. by the AFRS command, “1” is to be assigned if the Access Code is Assign data "1"...
Page 422 ARTDN Figure 4-16 SMDR2 (ARTDN) 0/1: -/Incoming Call (SMDR is required) 0/1: SMDR is required for toll and local out- going calls/SMDR is required only for toll outgoing calls. Metering pulses are necessary. Hexadecimal assignment is “01.” Example: =bit 0 =bit 1...
Page 423 ARTDN Table 4-22 SMDR2 (ARTDN) CONTENTS/INPUT 10 11 12 13 14 15 0-Detailed billing is not required for incoming calls. 1-Detailed billing is required for incoming calls. 0-Detailed billing is required for toll and local outgo- ing calls. 1-Detailed billing is required only for toll outgoing calls.
Page 424 ARTDN LGRT 1-899 REMARKS FUNCTION 0= - For MFC signaling 1=Originating Category Information is used (Brazil and Mexico) Attendant-Identiﬁcation of Incoming Trunk Display. 0= TN, RT, TK display 1= C.O. Line Number display RVSD Trunk Reversal Identiﬁcation This data is necessary when a speciﬁc Trunk route provides battery reversal for answer super-vision.
Page 425 ARTDN LGRT 1-899 REMARKS FUNCTION ICRL Release timing for incoming trunk connections. • Normally assign Note 0= 288 msec. 1= 224 msec. data “0”. 2= 288 msec. 3= 352 msec. • For ISDN, see Ta- 4= 416 msec. 5= 480 msec. (page ble 4-23 6= 544 msec.
Page 426 ARTDN LGRT 1-899 REMARKS FUNCTION Forced Account/Forced Authorization Code 0= Check is not required 1= Check is required (For Remote Access to System) C.O Line Idle Balance Condition. For Australia only 0= Not balanced 1= Balanced Travel Class Mark 0= Out of Service 1= In Service TDMQ Tandem Off Hook OG Queuing...
Page 427 ARTDN LGRT 1-899 REMARKS FUNCTION 2W/4W 2 Wires/4 Wires Always assign data “0”. 0= 2 Wires 1= 4 Wires FAAT Authorization Code for ATT 0= Depends on RSC of ATT 1= Authorization Code always required. Gateway Option 0= Out of Service 1= Data Signaling Trunk 2-15= Not used TCMA...
Page 428 ARTDN LGRT 1-899 REMARKS FUNCTION Dialed Number Conﬁrmation (For ISDN) Other than Note: 0= Sub Addressing 0= Number 1-15 = DID Addressing Note of Main Ad- dress Digits to be trans- lated. Hooking Service 0= Out of Service 1= In Service Split Call Forwarding This data is valid when The call is forwarded to the desired destination assigned at...
Page 429 ARTDN LGRT 1-899 REMARKS FUNCTION KPST Duration of KP sending When the monitor sig- 0= 48 msec. 1= 56 msec. nal is Reverse and the 2= 64 msec. 3= 72 msec. data is set to “0”, KP 4= 80 msec. 5= 88 msec.
Page 430 ARTDN LGRT 1-899 REMARKS FUNCTION PPTM Sender Prepares 0= Standard 1= 600 msec. 2= 800 msec. 3= 1000 msec. 4= 1200 msec. 5= 1400 msec. 6= 1600 msec. 7= 1800 msec. 8= 2000 msec. 9= 2200 msec. 10= 2400 msec. 11= 2600 msec.
Page 431 ARTDN LGRT 1-899 REMARKS FUNCTION LPTM Sender Inter-Digit Pause Index Possible to Note: 0= DP/1 sec., PB/0.5sec. 1= 600 msec. use when ad- 2= 800 msec. 3= 1000 msec. justing the 4= 1200 msec. 5= 1400 msec. duration of 6= 1600 msec. 7= 1800 msec.
Page 432 ARTDN LGRT 1-899 REMARKS FUNCTION ISDN H1 Switching 0 Always assign data “0”. 0= - 1= In Service ISDN transmitting information 0= Out of Service 1= 16-Digit Caller Number Service, Attribute Information Notiﬁca- tion Service, and Calling Sub-Address Transfer Service 2-15= Not used 0 Always assign data“0”.
Page 433 ARTDN LGRT 1-899 REMARKS FUNCTION PREF 0 Always assign data “0”. 0 Always assign data “0”. Broad Band × 0=64K 1= N HO1CH 0 Always assign data “0”. Indonesia Compulsion Cut Service 0 Always assign data “0”. 0= Out of Service 1= In Service CONV SMDR Called Number Conversation...
Page 434 ARTDN The Table below shows examples of standard route class settings. Table 4-23 Examples of Route Class Settings (ARTDN) (1/4) KIND OF LOGICAL TRUNK ROUTE PARAMETER ACIS CCIS LINE ISDN LINE (PRI) DUMMY ANALOG ROUTE DID LINE LINE FUNCTION VOICE DATA B-CH D-CH...
Page 435 ARTDN Table 4-23 Examples of Route Class Settings (ARTDN) (2/4) KIND OF LOGICAL TRUNK ROUTE PARAMETER ACIS CCIS LINE ISDN LINE (PRI) DUMMY ANALOG ROUTE DID LINE LINE FUNCTION VOICE DATA B-CH D-CH (E&M) WINK TDMQ TRSC TRKS DPLY 2W/4W FAAT TCMA SMDR3...
Page 436 ARTDN Table 4-23 Examples of Route Class Settings (ARTDN) (3/4) KIND OF LOGICAL TRUNK ROUTE PARAMETER ACIS CCIS LINE ISDN LINE (PRI) DUMMY ANALOG ROUTE DID LINE LINE FUNCTION VOICE DATA B-CH D-CH (E&M) TCMN TCMC MFSP KPST KPPT TONE PPTM MPTM LPTM...
Page 437 ARTDN Table 4-23 Examples of Route Class Settings (ARTDN) (4/4) KIND OF LOGICAL TRUNK ROUTE PARAMETER ACIS CCIS LINE ISDN LINE (PRI) DUMMY ANALOG ROUTE DID LINE LINE FUNCTION VOICE DATA B-CH D-CH (E&M) SATS RVPX SLOV SDTO ADVPRA CMRT PREF HO1CH CONV...
Page 438 ALRNN ALRNN: Assignment of Logical Route and Route Class Data for NDM 1. General As the function of ALRTN, ARTD and ARTDN commands are combined into this command, it can be used to allocate the Logical Route number and to assign/delete Route Class data at the same time. The data assigned by this command is written in Network Data Memory (NDM) of the Network Control Node (NCN), updating the NDM at each Local Node (LN).
Page 439 ALRNN 4. Data Sheet LOGICAL ROUTE (LGRT) 1-899 FUSION POINT CODE (FPC) 1-253 REMARKS ROUTE NUMBER (RT) 1-255 Note: Signal Interface for Outgoing select 0 = CCIS No.7 1 = RingDown signal 2 = Second Dial Tone 3 = Not used ONSG should Note OSGS...
Page 440 ALRNN LOGICAL ROUTE (LGRT) 1-899 FUSION POINT CODE (FPC) 1-253 REMARKS ROUTE NUMBER (RT) 1-255 Trunk Class Specify the kind of trunk 1 = DDD Line 2 = FX 3 = WATS Line 4 = Tie Line/Announcement Trunk 5 = CCSA 6 = Toll Terminal 7 = CAS Line 8 = Paging...
Page 441 ALRNN LOGICAL ROUTE (LGRT) 1-899 FUSION POINT CODE (FPC) 1-253 REMARKS ROUTE NUMBER (RT) 1-255 Line Signal 0 = Loop 1 = Ground Start C.O. Line 2 = CDH 3 = Caller ID (Loop) 4 = Loop 5 = E&M Tie Line 15 LSG 6 = DX...
Page 442 ALRNN Figure 4-17 SMDR2 (ALRNN) 0/1: -/Incoming Call (SMDR is required) 0/1: SMDR is required for toll and local out- going calls/SMDR is required only for toll outgoing calls. Metering pulses are necessary. Hexadecimal assignment is “01.” Example: =bit 0 =bit 1...
Page 443 ALRNN Table 4-24 SMDR2 (ALRNN) CONTENTS/INPUT 10 11 12 13 14 15 × × × × 0-Detailed billing is not required for incoming calls. × × × × 1-Detailed billing is required for incoming calls. 0-Detailed billing is required for toll and local outgo- ×...
Page 444 ALRNN LOGICAL ROUTE (LGRT) 1-899 FUSION POINT CODE (FPC) 1-253 REMARKS ROUTE NUMBER (RT) 1-255 Release timing for outgoing trunk connection. • Normally assign 0 = 608 msec. 1 = 224 msec. data “0”. 2 = 288 msec. 3 = 352 msec. •...
Page 445 ALRNN LOGICAL ROUTE (LGRT) 1-899 FUSION POINT CODE (FPC) 1-253 REMARKS ROUTE NUMBER (RT) 1-255 Width of a Wink Signal 0 = 160 msec. 1 = 64 msec. 2 = 96 msec. 3 = 128 msec. 4 = 160 msec. 5 = 192 msec.
Page 446 ALRNN LOGICAL ROUTE (LGRT) 1-899 FUSION POINT CODE (FPC) 1-253 REMARKS ROUTE NUMBER (RT) 1-255 Always assign data “0” 0 = Out of Service – even ACD application. 2 Wires/4 Wires 2W/4W 0 Always assign data “0.” 0 = 2 Wires 1 = 4 Wires Authorization Code for ATT FAAT...
Page 447 1 = Follow trunk forwarding (Split CF) 79, b2 = 1. Assign this for the outgo- Detailed billing for incoming in tandem connection. SMDR4 ing route (OGRT) if nec- 0 = Required 1 = Not required essary. Number of digits of TCM (S Code)
Page 448 ALRNN LOGICAL ROUTE (LGRT) 1-899 FUSION POINT CODE (FPC) 1-253 REMARKS ROUTE NUMBER (RT) 1-255 Duration of KP sending 0 = 48 msec. 1 = 56 msec. 2 = 64 msec. 3 = 72 msec. 4 = 80 msec. 5 = 88 msec. When the monitor signal 6 = 96 msec.
Page 449 ALRNN LOGICAL ROUTE (LGRT) 1-899 FUSION POINT CODE (FPC) 1-253 REMARKS ROUTE NUMBER (RT) 1-255 Sender Prepares 0 = Standard 1 = 600 msec. 2 = 800 msec. 3 = 1000 msec. 4 = 1200 msec. 5 = 1400 msec. 6 = 1600 msec.
Page 450 ALRNN LOGICAL ROUTE (LGRT) 1-899 FUSION POINT CODE (FPC) 1-253 REMARKS ROUTE NUMBER (RT) 1-255 Note: Sender Inter-Digit Pause Index Possible to use 0 = DP/1 sec., PB/0.5sec. 1 = 600 msec. when adjusting 2 = 800 msec. 3 = 1000 msec. the duration of 4 = 1200 msec.
Page 451 ALRNN LOGICAL ROUTE (LGRT) 1-899 FUSION POINT CODE (FPC) 1-253 REMARKS ROUTE NUMBER (RT) 1-255 ISDN transmitting information 0 = Out of Service 1 = 16-Digit Caller Number Service, Attribute Informa- tion Notiﬁcation Service, and Calling Sub-Address Transfer Service 2-15= Not used 0 Always assign data“0.”...
Page 452 ALRNN LOGICAL ROUTE (LGRT) 1-899 FUSION POINT CODE (FPC) 1-253 REMARKS ROUTE NUMBER (RT) 1-255 SMDR Called Number Conversation CONV 0 = Conversation Number 1 = In Service Originally Trunk Information ORRT 0 = Out of Service 1 = In Service Calling Number Identiﬁcation Format 0 = No ANI 1 = Feature Group D Format...
Page 453 ALRNN Table 4-25 Examples of Route Class Settings (ALRNN) (2/4) KIND OF LOGICAL TRUNK ROUTE PARAMETER ACIS CCIS LINE ISDN LINE (PRI) DUMMY ANALOG ROUTE DID LINE LINE FUNCTION VOICE DATA B-CH D-CH (E&M) RVSD TELP OGRL ICRL GUARD WINK TDMQ TRSC TRKS...
Page 454 ALRNN Table 4-25 Examples of Route Class Settings (ALRNN) (3/4) KIND OF LOGICAL TRUNK ROUTE PARAMETER ACIS CCIS LINE ISDN LINE (PRI) DUMMY ANALOG ROUTE DID LINE LINE FUNCTION VOICE DATA B-CH D-CH (E&M) LYER1 SMDR4 TCMN TCMC MFSP KPST KPPT TONE PPTM...
Page 455 ALRNN Table 4-25 Examples of Route Class Settings (ALRNN) (4/4) KIND OF LOGICAL TRUNK ROUTE PARAMETER ACIS CCIS LINE ISDN LINE (PRI) DUMMY ANALOG ROUTE DID LINE LINE FUNCTION VOICE DATA B-CH D-CH (E&M) PAD2 TRPX SATS RVPX SLOV SDTO ADVPRA CMRT PREF...
Page 456 ATRK ATRK: Assignment of Trunk Data 1. General This command is used to assign the trunk data as the LENS, Trunk Route number (RT) and Trunk number (TK). 2. Precautions The trunk route (RT) is composed of the trunks (TK). The trunk is categorized into two kinds; such as the external trunk and the internal trunk.
Page 457 ATRK Figure 4-18 Group Number of LENS 00 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 16 17 18 19 20 21 22 23 LENS Group number HW15 The applicable tenant number (TN) range is designated by the ASYD command, SYS 1, INDEX 8. When deleting an Attendant Console data, flip the “SW00”...
Page 458 ATRK Figure 4-19 ATRK for DTI (E1) The DTI mounted slot Level Bch30 Bch29 Bch28 Bch27 Group Bch26 Bch25 Bch24 Bch23 Bch22 Bch21 Bch20 Bch19 Group Bch18 Bch17 The DTI mounted Bch16 slot n Level Slot n-1 Bch15 Bch30 Bch15 Bch14 Bch29 Bch14...
Page 459 ATRK Figure 4-20 ATRK for CCT (E1) When a signal trunk uses TS 31. The CCT mounted slot Level Voice30 Voice29 Voice28 Voice27 Group Voice26 Voice25 Voice24 Voice23 Voice22 Voice21 Voice20 Voice19 Group Voice18 Voice17 The CCT mounted Voice16 Level Slot n-1 slot n Signal...
Page 460 ATRK Figure 4-21 ATRK for PRT (30B+D) The PRT mounted slot Level Bch30 Bch29 Bch28 Bch27 Group Bch26 Bch25 Bch24 Bch23 Bch22 Bch21 Bch20 Bch19 Group Bch18 Bch17 The PRT mounted Bch16 slot n Level Slot n-1 Dch1 Bch15 Bch30 Bch15 Bch14 Bch29...
Page 461 ATRK Figure 4-22 ATRK for 16 COT The COT mounted slot Level CKT#15 CKT#14 CKT#13 CKT#12 Group CKT#11 CKT#10 CKT#9 CKT#8 CKT#7 CKT#6 CKT#5 CKT#4 Group CKT#3 CKT#2 The COT mounted CKT#1 slot n Level Slot n-1 CKT#0 CKT#15 CKT#14 CKT#13 CKT#12 Group...
Page 462 ATRK Figure 4-23 ATRK for 8 COT The 8COT mounted slot Level CKT#7 CKT#6 CKT#5 CKT#4 Group CKT#3 CKT#2 CKT#1 CKT#0 Group The 8COT mounted slot n Level Slot n-1 CKT#7 CKT#6 CKT#5 CKT#4 Group Number CKT#3 Group CKT#2 CKT#1 CKT#0 Even Number...
Page 463 ATRK Figure 4-24 ATRK for RST The RST mounted slot Level SND#7 SND#6 SND#5 SND#4 Group REG#7 REG#6 REG#5 REG#4 SND#3 SND#2 SND#1 SND#0 Group REG#3 REG#2 The RST mounted REG#1 slot n Level Slot n-1 REG#0 SND#7 SND#6 SND#5 SND#4 Group Number...
Page 464 ATRK Figure 4-25 ATRK for ATI Level SLOT12 Level SLOT23 Group Group Group Group Group Group Group Group CKT#1 CKT#1 CKT#0 CKT#0 IN CASE OF 32 PORT/SLOT IN CASE OF 32 PORT/SLOT ND-70348 (E) CHAPTER 4 Page 457 Revision 3.0...
Page 465 ATRK Figure 4-26 ATRK for 4DAT The 4DAT mounted slot Level Group CKT#3 CKT#2 CKT#1 CKT#0 Group The 4DAT mounted Level Slot n-1 slot n Group Number CKT#3 Group CKT#2 CKT#1 CKT#0 Even Number Group Group IN CASE OF 16 PORT/SLOT IN CASE OF 32 PORT/SLOT ND-70348 (E) CHAPTER 4...
Page 466 ATRK Figure 4-27 ATRK for CFT (3 party conference) Level CFT#7 Group CFT#6 CFT#5 CFT#4 Group CFT#3 CFT#2 Group CFT#1 CFT#0 Group 32 PORT/SLOT of Odd number unit. ND-70348 (E) CHAPTER 4 Page 459 Revision 3.0...
Page 467 ATRK 3. Data Entry Instructions • Internal Trunk Route / External Trunk Route (RT number except 901) External/Internal trunk route Enter the external trunk route number (1-255) assigned by the ARTD command, or the internal trunk route number as listed below; 901=ATT 902=ORT 903=IRT...
Page 468 ATRK DLMX (RT=938) Enter "RT=938" for DLMX. LINE EQUIPMENT TRUNK ROUTE NUMBER NUMBER NUMBER REMARKS (LENS) 6 DIGITS (TK) (RT) 1-255 LENS Enter unique trunk number to the Enter the mounting location of each trunk. assigned Route Number with a 00-07 range from 1 to 255.
Page 469 ARTKN ARTKN: Assignment of Route Trunk Data for NDM 1. General As the function of ALRTN and ATRK commands are combined into this command, it is used to allocate both the Logical Route Number and the Trunk number (TK) at the same time. The data assigned by this command is written in Network Data Memory (NDM) of the Network Control Node (NCN), updating the NDM at each Lo- cal Node (LN).
Page 470 AMAT AMAT: Assignment of Master Attendant Data 1. General When more than one Attendant Console has been installed for one tenant, this command assigns a Master Con- sole for controlling the Day/Night function of all the Attendant Consoles on a tenant basis. 2.
Page 471 ASAT ASAT: Assignment of Speciﬁc Attendant Number Data 1. General This command is used to assign a specific Attendant Number which allows a station user to access the desired operator. 2. Precautions The applicable tenant number (TN) range is designated by the ASYD command, SYS 1, INDEX 8. If data of this command is common for all tenants (ASYD command, SYS1, INDEX 92, bit3=1), assign TN pa- rameter as data “1”...
Page 472 ASATN ASATN: Assignment of Speciﬁc Attendant Number Data for NDM 1. General This command is used to assign a specific Attendant Number which allows a station user to access the desired operator. The data assigned by this command is written in the Network Data Memory (NDM) of the Network Control Node (NCN), updating the NDM at each Local Node (LN).
Page 473 ATGL ATGL: Assignment of Trunk Group Busy Lamp Data 1. General This command is used to assign the data related to the Trunk Group Busy Lamp which is accommodated on the Attendant Console. 2. Precautions The maximum number of Attendant Consoles should be assigned by the ASYD command, SYS 1, INDEX The Trunk Group Busy Lamp is lit when the trunk routes specified by the RT parameter of this command are engaged.
Page 474 ATGLL ATGLL: Assignment of Trunk Group Busy Lamp Data for LDM 1. General This command is used to readout/assign/delete the controlling data of Trunk Group Busy Lamp which is accom- modated on the Attendant Console. This data is written in Local Data Memory (LDM). 2.
Page 475 AAKP AAKP: Assignment of Attendant Console Key Pattern 1. General This command is used to set the functions of the top row of Incoming Call Identification (ICI) keys for answer- ing incoming calls at the Attendant Console. 2. Precautions This command is used for both Business and Hotel Applications. This command can be executed under one of following conditions.
Page 476: Desk Console
AAKP The location of the keys that can be set by this command is shown below. • Desk Console Figure 4-28 ATT Key Position (Desk Console - Business/Hotel) Alarm Position Position Night Available Busy Night Position Busy Cancel DEST T lk In this illustration, the function indicated in each ( ) is the default function, which becomes valid if no other function has been set by this command, or if the function set has been deleted.
Page 477 AAKP 3. Data Entry Instructions FUNC 1=CAS Line 2=Off-Hook Alarm 3=Priority Call 1 4=Priority Call 2 5=Priority Call 3 6=GST2 7=Wake-Up Call 8-16=Not used ATTENDANT CONSOLE FUNCTION CODE NUMBER NUMBER (FUNC) (ATN) (KYN) 1-16 Enter the attendant console number. The number corresponds to the trunk number assigned by the ATRK command.
Page 478 ACOC ACOC: Assignment of Central Ofﬁce Code 1. General This command is used to assign C.O. line code and tie line code corresponding to particular trunks. 2. Precautions term The Central Office Code (COC) assigned by this command is displayed on ATTCON and also D stead of the trunk number.
Page 479 ACOC_LR ACOC_LR: Assignment of Central Ofﬁce Code – Logical Route Number 1. General This command is used to assign C.O. line code and tie line code corresponding to particular trunks. Route Num- ber of the ACOC command can be assigned by using Logical Route. 2.
Page 480 ACID ACID: Assignment of Caller ID Data 1. General This command is used to assign calling number data for Calling Party Number - Name Assignment and Display service. 2. Precautions A maximum of 28 calling numbers can be assigned to a single station. This command is available for the software Release 3 or later.
Page 481 ACID When TYPE=2 (Dial-in, C.O. connect restriction) is assigned Input Type (TYPE) Day/Night Caller ID (D/N) (CID) 1-28 Ringer Service Call Connecting Tenant Number for Station Number for Abbreviated Digit Pattern Kind 2 Index (CFI) Call Connecting Call Connecting Code for Call Connecting (RGP) (SRV2) (CFI-TN)
Page 482 APAD APAD: Assignment of PAD Data 1. General This command is used to assign PAD control data for tandem connections, and trunk to station connections. 2. Precautions When KIND = S (Station) is designated, assign the dummy data to the parameter “OGPAD”. 3.
Page 483 APADN APADN: Assignment of PAD Data for NDM 1. General This command is used to assign PAD control data for tandem connections, and trunk to station connections in Netfusing system. The data assigned by this command is written in the Network Data Memory (NDM) of the Network Control Node (NCN), updating the NDM at each Local Node (LN).
Page 484 AAED AAED: Assignment of Announcement Equipment Data 1. General This command is used to assign the trunk information related to Announcement Equipment on a tenant basis. For the Hotel system, it is also possible to assign Language Class when Language Service of PMS (Property Management System) is provided.
Page 485 AAED 3. Data Entry Instructions LANG 0=Common 1=Japanese 2=English 3=German 4=French 5=Spanish 6=Chinese 7=Russian Enter DAT route number assigned 8-15=Spare 0=30 seconds, and then disconnects by the ATRK command. 1=The connection is held until the calling party released Note: LANG is available for the Hotel application.
Page 486 AAEDL AAEDL: Assignment of Announcement Equipment Data for LDM 1. General This command is used to assign the connected trunk data and the condition related to Announcement Equip- ment. This data is written in Local Data Memory (LDM). 2. Precautions The applicable tenant number (TN) range is designated by the ASYD command, SYS1, INDEX8.
Page 487 AAEDL 3. Data Entry Instructions LGRT 0=Send RBT 0=30 seconds, and then disconnects Enter logical route number. 1=The connection is held until the calling party released 1=Do not send RBT 0=Answer Signal is not sent 1=Answer Signal is sent LOGICAL ANSWER TENANT ANNOUNCEMENT...
Page 488 AAEDN AAEDN: Assignment of Announcement Equipment Data for NDM 1. General This command is used to assign the connected trunk data and the condition related to Announcement Equip- ment. The data assigned by this command is written in the Network Data Memory (NDM) of the Network Con- trol Node (NCN), updating the NDM at each Local Node (LN).
Page 489 AAEDN 3. Data Entry Instructions LGRT 0=Send RBT 0=30 seconds, and then disconnects Enter logical route number. 1=The connection is held until the calling party released 1=Do not send RBT 0=Answer Signal is not sent 1=Answer Signal is sent LOGICAL ANSWER TENANT ANNOUNCEMENT...
Page 490 AHMS AHMS: Assignment of Music on Hold Data 1. General This command is used when a trunk provides extended hold music. The data for accommodation of extended hold music source (LENS of DAT card), trunk route to which hold music to be sent out, and Tenant Number are assigned by this command.
Page 491 AHMS 3. Data Entry Instructions a.) Assignment for Extended Hold Music: KIND Fixed to data “2 (Route Number of held trunk).” TYPE Fixed to data “1 (Extended Hold Music).” External Route Number of DAT which provides the external hold music source. ROUTE MUSIC ON OPERATION...
Page 492 AHMS b.) Assignment for Multiple Music-On-Hold KIND 1=Tenant Number of holding Station 2=Route Number of held Trunk 3=Tenant Number of holding Station and Route Number of held Trunk TYPE External Route Number of DAT which provides the external hold 1=Extended Hold Music music source.
Page 493 ADPC ADPC: Assignment of Determinate Point Code Data 1. General This command is used to assign the destination Point Code (PC) for CCIS and/or the ISDN interface. 2. Precautions A unique PC must be given to a node in the CCIS network. The OPC (Originating Point Code ) is desig- nated by the ASYD command, SYS1, INDEX180 and 181.
Page 494 ADPCL ADPCL: Assignment of Determinate Point Code Data for LDM 1. General This command is used to assign the destination Point Code (PC) for CCIS interface. This data is written in Local Data Memory (LDM). 2. Precautions A unique PC must be given to a node in the CCIS network. The OPC (Originating Point Code ) is desig- nated by the ASYD command, SYS1, INDEX180 and 181.
Page 495 ADPCN ADPCN: Assignment of Determinate Point Code Data for NDM 1. General This command is used to assign the destination Point Code (PC) for CCIS interface within Netfusing - CCIS incorporating network. The data assigned by this command is written in the Network Data Memory (NDM) of the Network Control Node (NCN), upgrading the NDM of each Local Node (LN).
Page 496 ACSC ACSC: Assignment of CSC Data 1. General This command is used to assign the Common Channel Handler (CCH)/D-channel handler (DCH) location of the Common Channel Signaling Controller Group (CSCG). 2. Precautions The CSCG represents the point code (PC) and the Circuit Identification Code (CIC) which correspond to the B-channels (voice channels) of the CCIS interface as assigned by the ACIC2 command.
Page 497 ACSC Figure 4-29 ACSC for CCT (E1) The CCT mounted slot Level Voice30 Voice29 Voice28 Voice27 Group Voice26 Voice25 Voice24 Voice23 Voice22 Voice21 Voice20 Voice19 Group Voice18 Voice17 The CCT mounted Voice16 slot n Level Slot n-1 Signal Voice15 Voice30 Voice15 Voice14 Voice29...
Page 498 ACSC Figure 4-30 ACSC for PRT (30B+D) The PRT mounted slot Level Bch30 Bch29 Bch28 Bch27 Group Bch26 Bch25 Bch24 Bch23 Bch22 Bch21 Bch20 Bch19 Group Bch18 Bch17 The PRT mounted Bch16 Level Slot n-1 slot n Dch1 Bch30 Bch15 Bch15 Bch29 Bch14...
Page 499 ACSC Figure 4-31 ACSC for CCH/DCH The CCH/DCH mounted slot Level Group ACSC CCH/DCH1 Group ACSC The CCH/DCH mounted slot n Level Slot n-1 CCH/DCH0 Group Number ACSC Group CCH/DCH1 Even Number Group ACSC Group CCH/DCH0 IN CASE OF 16 PORT/SLOT IN CASE OF 32 PORT/SLOT ND-70348 (E) CHAPTER 4...
Page 500 ACSC 3. Data Entry Instructions For CCIS, enter the signal channel location of the CCT/CCH For ISDN, the following data should be assigned to this parameter. Even number CSCG: D-Channel location Odd number CSCG: The first group of B-Channel location CSCG Note: When the PRT card is used, the same location should be...
Page 501 ACSCL ACSCL: Assignment of CSC Data for LDM 1. General This command is used to assign the Common Channel Handler (CCH) location of the Common Channel Sig- naling Controller Group (CSCG). This data is written in Local Data Memory (LDM). 2.
Page 502 ACSCL Figure 4-32 ACSCL for CCT (E1) The CCT mounted slot Level Voice30 Voice29 Voice28 Voice27 Group Voice26 Voice25 Voice24 Voice23 Voice22 Voice21 Voice20 Voice19 Group Voice18 Voice17 The CCT mounted Voice16 Level Slot n-1 slot n Signal Voice30 Voice15 Voice15 Voice14 Voice29...
Page 503 ACSCL Figure 4-33 ACSCL for CCH The CCH mounted slot Level Group ACSCL CCH1 Group ACSCL The CCH mounted slot n Level Slot n-1 CCH0 Group Number ACSCL Group CCH1 Even Number Group ACSCL Group CCH0 IN CASE OF 16 PORT/SLOT IN CASE OF 32 PORT/SLOT ND-70348 (E) CHAPTER 4...
Page 504 ACSCL 3. Data Entry Instructions CSCG Enter any even number and its consecutive odd number within 2-255 For CCIS, enter the signal channel location of the CCT/CCH (128 and 129 is not used). COMMON CHANNEL FUSION CSC GROUP CIC GROUP SIGNALLING POINT CODE NUMBER...
Page 505 ACSCN ACSCN: Assignment of CSC Data for NDM 1. General This command is used to assign the Common Channel Handler (CCH) location of the Common Channel Sig- naling Controller Group (CSCG) for the CCIS connected node within the Netfusing. The data assigned by this command is written in the Network Data Memory (NDM) of the Network Control Node (NCN), updating the NDM at each Local Node (LN).
Page 506 ACSCN Figure 4-33-1 ACSCN for CCT (E1) The CCT mounted slot Level Voice30 Voice29 Voice28 Voice27 Group Voice26 Voice25 Voice24 Voice23 Voice22 Voice21 Voice20 Voice19 Group Voice18 Voice17 The CCT mounted Voice16 slot n Level Slot n-1 Signal Voice15 Voice30 Voice15 Voice29 Voice14...
Page 507 ACSCN Figure 4-33-2 ACSCN for CCH The CCH mounted slot Level Group ACSCL CCH1 Group ACSCL The CCH mounted Level Slot n-1 slot n CCH0 Group Number ACSCL Group CCH1 Even Number Group ACSCL Group CCH0 IN CASE OF 16 PORT/SLOT IN CASE OF 32 PORT/SLOT ND-70348 (E) CHAPTER 4...
Page 508 ACSCN 3. Data Entry Instructions CSCG Enter any even number and its consecutive odd number within 2-255 For CCIS, enter the signal channel location of the CCT/CCH Note (128 and 129 is not used). COMMON CHANNEL FUSION CSC GROUP CIC GROUP SIGNALLING POINT CODE NUMBER...
Page 509 ACIC1 ACIC1: Assignment of CIC Code Data 1 1. General This command is used for CCIS and/or ISDN data programming, and is assigned in the Common Channel Sig- naling Controller Group (CSCG) for a Destination Point Code (PC). 2. Precautions ACIC2 command assignment is also required for CCIS, and the PC parameter is an intermediate of those two commands.
Page 510 ACIC1N ACIC1N: Assignment of CIC Code Data 1 for NDM 1. General This command is used for CCIS data programming within Netfusing-CCIS incorporating network to establish the relation between the Common Channel Signaling Controller Group (CSCG) and the Destination Point Code (PC).
Page 511 ACIC2 ACIC2: Assignment of CIC Code Data 2 1. General This command is used for CCIS data programming, and is assigned the Circuit Identification Code (CIC) and LENS (of the speech channel of the CCIS link) for the PC. 2. Precautions A unique CIC number should be given for each speech channel (which is assigned by the ATRK command) of the CCIS link.
Page 512 ARTI ARTI: Assignment of Trunk Application Data 1. General This command is used to assign Trunk Application Data. 2. Precautions The ARTD command should be assigned for the external trunk route. The applicable number of the external trunk route is designated by the ASYD command, SYS1, INDEX65. 3.
Page 513 ARTI 4. Data Sheet ROUTE NUMBER TRUNK DATA Assignment of Restart 0 = Restart Send per Individual Channel 1 = Not used 2 = Not used 3 = Restart not Send When assigning this data, zero (0) should al- ways be entered. TRCRST Call Restriction by Information transfer rate in Bearer Capability Information Element...
Page 514 ARTI ROUTE NUMBER TRUNK DATA LLCRST Call Restriction by user rate in Low Layer Ca- pability Information Element 0 = No restriction 1-31 = Call which includes this user rate value Note is restricted. Note: User rate value is based on ITU-T Q-931.
Page 515 ARTI ROUTE NUMBER TRUNK DATA When assigning this data, zero (0) should al- ways be entered. CDCSPD When assigning this data, zero (0) should al- ways be entered. DVRST Call restriction while Tie Line is backed up on ISDN. 0 = No restriction 1 = Speech call restriction (Speech.
Page 516 ARTI ROUTE NUMBER TRUNK DATA RETMSG (Australia only) Return Massage for Connect ISDN LINE with Analog Trunk 0 = CALL PROC. + ALERT 1 = CALL PROC. + ALERT or CALL PROC. + PROGRESS Timing to demand ANI Information 0 = There is no ANI demand at Incoming call 1 = After receiving 1st digit 2 = After receiving 2nd digit 3 = After receiving 3rd digit...
Page 517 ARTI ROUTE NUMBER TRUNK DATA Numbering Plan Identiﬁcation 0 = Unknown 1 = ISDN/Telephony Numbering Plan 2 = Not used 3 = Data Numbering Plan 4 = Telex Numbering Plan 5-7 = Not used 8 = National Standard Numbering Plan 9 = Private Numbering Plan 10-14 = Not used 15 = Reserved for Extension...
Page 518 ARTI ROUTE NUMBER TRUNK DATA MFCG2 MFC Outgoing Call GII (Calling Party Note 1 Category) . 0 = Subscriber with Priority 1 = Subscriber without Priority (Calling Party Category for Brazil (since Release 8)) 0 = Data Transmission only 1 = Subscriber without Priority (Normal Setting) Note 1 OPCC...
Page 519 ARTI ROUTE NUMBER TRUNK DATA MCT (MCID) Service Send Message (for Aus- tralia only) 0 = When using MCT (MCID) service, send IN- MCTFAC FORMATION message 1 = When using MCT (MCID) service, send FA- CILITY message Note 1 Recall Supplementary Service Note 1 0/1 = Out of service/In service Path Replacement Additional Network Feature...
Page 520 ARTIN ARTIN: Assignment of Trunk Application Data for NDM 1. General This command is used to assign/delete trunk application data in Netfusing system. The data assigned by this command is written in the Network Data Memory (NDM) of the Network Control Node (NCN), updating the NDM at each Local Node (LN).
Page 521 ARTIN 4. Data Sheet LOGICAL ROUTE NUMBER (1-899) TRUNK DATA Assignment of Restart 0 = Restart Send per Individual Channel 1 = Not used 2 = Not used 3 = Restart not Send When assigning this data, zero (0) should al- ways be entered.
Page 522 ARTIN LOGICAL ROUTE NUMBER (1-899) TRUNK DATA LLCRST Call Restriction by user rate in Low Layer Ca- pability Information Element 0 = No restriction 1-31 = Call which includes this user rate value Note is restricted. Note: User rate value is based on ITU-T Q-931.
Page 523 ARTIN LOGICAL ROUTE NUMBER (1-899) TRUNK DATA When assigning this data, zero (0) should al- ways be entered. CDCSPD When assigning this data, zero (0) should al- ways be entered. DVRST Call restriction while Tie Line is backed up on ISDN.
Page 524 ARTIN LOGICAL ROUTE NUMBER (1-899) TRUNK DATA RETMSG (Australia only) Return Massage for Connect ISDN LINE with Analog Trunk 0 = CALL PROC. + ALERT 1 = CALL PROC. + ALERT or CALL PROC. + PROGRESS Timing to demand ANI Information 0 = There is no ANI demand at Incoming call 1 = After receiving 1st digit 2 = After receiving 2nd digit...
Page 525 ARTIN LOGICAL ROUTE NUMBER (1-899) TRUNK DATA Numbering Plan Identiﬁcation 0 = Unknown 1 = ISDN/Telephony Numbering Plan 2 = Not used 3 = Data Numbering Plan 4 = Telex Numbering Plan 5-7 = Not used 8 = National Standard Numbering Plan 9 = Private Numbering Plan 10-14 = Not used 15 = Reserved for Extension...
Page 526 ARTIN LOGICAL ROUTE NUMBER (1-899) TRUNK DATA MFCG2 MFC Outgoing Call GII (Calling Party Category) . Note 1 0 = Subscriber with Priority 1 = Subscriber without Priority Note 1 OPCC Optimal Call Control. 0 = In Service 1 = Out of Service ICTCON ICT Control 0 = Send ALERT...
Page 527 ARTIN LOGICAL ROUTE NUMBER (1-899) TRUNK DATA Kind of Collect Call Blocking Signal (for Bra- zil only) CLBK 0=GB-7 1=GB-3 User Information for Layer 1 Protocol Note 1 0 = Transparent UALAW 1 = µ-law output 2 = A-law output 3 = Not used MCT (MCID) Service Send Message (for Australia only)
Page 528 ARTIN LOGICAL ROUTE NUMBER (1-899) TRUNK DATA Note 1 Identiﬁer for National ISDN2 0 = Out of service (the local carrier doesn’t support TBCT, or PBX doesn’t have it subscribed with lo- cal carrier) 1-14 = In service only when own and NI2ID opposite side NI-2 Trunks match this value.
Page 529 ASHP ASHP: Assignment of Station Hunting Group-Pilot 1. General This command is used to assign the data related to the Station Hunting - Pilot service feature. 2. Precautions This command is also used to modify and delete the Station Hunting - Pilot service feature related data. The maximum number of member stations within a Hunting Group is 100, not including the Secretary Sta- tion.
Page 530 ASHPL ASHPL: Assignment of Station Hunting Group-Pilot for LDM 1. General This command is used to assign the data related to the Station Hunting - Pilot. With this command, Station Hunt- ing Group - Pilot can be assigned by using Telephone Number. 2.
Page 531 ASHPN ASHPN: Assignment of Station Hunting Group-Pilot for NDM 1. General This command is used to assign the data related to the Station Hunting - Pilot for Netfusing Service. The data assigned by this command is written in Network Data Memory (NDM) of the Network Control Node (NCN), updating NDM at each Local Node (LN).
Page 532 ASHC ASHC: Assignment of Station Hunting Group - Circular 1. General This command is used to assign the data related to the Station Hunting - Circular service feature. 2. Precautions This command is also used to modify and delete the Station Hunting - Circular service feature related data. The maximum number of member stations within a Hunting Group is 100, not including the Secretary Sta- tion.
Page 533 ASHC 3. Data Entry Instructions STN/CNT 1 SECRETARY Enter the station number specified in STN and Enter the secretary station number if required. CNT 1 parameters SECRETARY STATION NUMBER TENANT STATION NUMBER (SECRET STN) NUMBER (TN) (STN/CNT 1) STATION NUMBER (STN) NUMBER NUMBER NUMBER...
Page 534 ASHCL ASHCL: Assignment of Station Hunting Group-Circular for LDM 1. General This command is used to assign the data related to the Station Hunting - Circular service feature. With this com- mand, Station Hunting Group - Circular can be assigned by using Telephone Number. 2.
Page 535 ASHCN ASHCN: Assignment of Station Hunting Group - Circular for NDM 1. General This command is used to assign the data related to the Station Hunting - Circular for Netfusing Service. The data assigned by this command is written in the Network Data Memory (NDM) of the Network Control Node (NCN), updating the NDM at each Local Node (LN).
Page 536 ASHU ASHU: Assignment of Station Hunting Group-UCD 1. General This command is used to assign the data related to the Uniform Call Distribution (UCD) service feature. 2. Precautions This command is also used to modify and delete the UCD service related data. The maximum number of stations within a UCD group is 100.
Page 537 ASHU 3. Data Entry Instructions Enter UCD pilot (controlling station) number TENANT STATION NUMBER NUMBER (TN) (STN) STATION NUMBER (STN) NUMBER NUMBER NUMBER NUMBER STATIONS STATIONS STATIONS STATIONS (CNT) (CNT) (CNT) (CNT) Enter the Station Number to be assigned in “EDIT STN” box on the display. Note: ND-70348 (E) CHAPTER 4...
Page 538 ASHUL ASHUL: Assignment of Station Hunting Group-UCD for LDM 1. General This command assigns the data related to the Uniform Call Distribution (UCD) service feature for each Node by using Telephone Number. The data is written in Local Data Memory (LDM). 2.
Page 539 ASHUL 3. Data Entry Instructions TELN Enter UCD pilot station (controlling station). Fixed to 1 TELEPHONE NUMBER USER GROUP (TELN) NUMBER (UGN) Max.16 digits TELEPHONE NUMBER (TELN) NUMBER TELN NUMBER TELN NUMBER TELN NUMBER TELN STATIONS STATIONS STATIONS STATIONS (CNT) (CNT) (CNT) (CNT)
Page 540 ASHUN ASHUN: Assignment of Station Hunting Group-UCD for NDM 1. General This command is used to assign the data related to the Uniform Call Distribution (UCD) for Netfusing Service. The data assigned by this command is written in the Network Data Memory (NDM) of the Network Control Node (NCN), updating the NDM at each Local Node (LN).
Page 541 ASHUN 3. Data Entry Instructions TELN Enter UCD pilot station (controlling station) Fixed to 1 USER GROUP TELEPHONE NUMBER (UGN) NUMBER (TELN) TELEPHONE NUMBER (TELN) NUMBER TELN NUMBER TELN NUMBER TELN NUMBER TELN STATIONS STATIONS STATIONS STATIONS (CNT) (CNT) (CNT) (CNT) Enter the Telephone Number to be assigned in “EDIT TELN”...
Page 542 AUCD AUCD: Assignment of UCD Control Data 1. General This command is used to assign the miscellaneous data related to the Uniform Call Distribution (UCD) service feature. 2. Precautions The applicable tenant number (TN) range is designated by the ASYD command, SYS 1, INDEX 8. The UCD member station and UCD pilot (controlling station) station should be assigned by the ASHU command.
Page 543 AUCD 3. Data Entry Instructions TN and STN TN and STN (UCD pilot station number) parameters should be assigned with respect to the data assigned by the ASHU command. QTH ACT UCD queuing value is: The call record to the UCD group 0 = Invalid (QTH parameter is not assigned) is transferred to MCI 1 = Valid (QTH parameter is assigned)
Page 544 AUCDL AUCDL: Assignment of UCD Control Data for LDM 1. General This command assigns the miscellaneous data related to the Uniform Call Distribution (UCD) service feature for each Node by using Telephone Number. The data is written in Local Data Memory (LDM). 2.
Page 545 AUCDL 3. Data Entry Instructions UGN and TELN UGN and TELN (UCD pilot station number) parameters should be assigned with respect to the data assigned by the ASHUL command. QTH ACT UCD queuing value is: The call record to the UCD group 0 = Invalid (QTH parameter is not assigned) is transferred to MCI 1 = Valid (QTH parameter is assigned)
Page 546 AUCDN AUCDN: Assignment of UCD Control Data for NDM 1. General This command is used to assign the miscellaneous data related to the Uniform Call Distribution (UCD) for Net- fusing Service. The data assigned on this command is written in the Network Data Memory (NDM) of the Net- work Control Node (NCN), updating the NDM at each Local Node (LN).
Page 547 AUCDN 3. Data Entry Instructions UGN and TELN UGN and TELN (UCD pilot station number) parameters should be assigned with respect to the data assigned by the ASHUN command. QTH ACT UCD queuing value is: The call record to the UCD group 0 = Invalid (QTH parameter is not assigned) is transferred to MCI 1 = Valid (QTH parameter is assigned)
Page 548 AUOG AUOG: Assignment of UCD Overﬂow Group 1. General This command is used to assign the data related to the Overflow - UCD service feature. 2. Precautions The UCD member station and UCD pilot (controlling station) station should be assigned by the ASHU command.
Page 549 AUOGL AUOGL: Assignment of UCD Overﬂow Group for LDM 1. General This command assigns the data related to the Overflow - UCD service feature for each Node by using Telephone Number. The data is written in Local Data Memory (LDM). 2.
Page 550 AUOGN AUOGN: Assignment of UCD Overﬂow Group for NDM 1. General This command is used to assign the data related to the Overflow - UCD for Netfusing Service. The data assigned by this command is written in the Network Data Memory (NDM) of the Network Control Node (NCN), updat- ing the NDM at each Local Node (LN).
Page 551 AUAD AUAD: Assignment of UCD Delayed Announcement Data 1. General This command is used to assign the data related to the Delay Announcement - UCD service feature. 2. Precautions The UCD member station and UCD pilot (controlling station) station should be assigned by the ASHU command.
Page 552 AUAD 3. Data Entry Instructions TN and STN TN and STN (UCD pilot station number) parameter should be assigned with respect to the TN and STN data assigned by the ASHU command. DLYT Enter the delay timer value in second with a range of 0- 30 seconds.
Page 553 AUADL AUADL: Assignment of UCD Delayed Announcement Data for LDM 1. General This command assigns the data related to the Delay Announcement - UCD service feature for each Node by using Telephone Number. The data is written in the Local Data Memory (LDM). 2.
Page 554 AUADL 3. Data Entry Instructions UGN and TELN UGN is fixed to "1". Enter the TELN (LDM) of the UCD pilot station The INT parameter appears when RP = 1. Enter the replay interval time value in seconds with a range with respect to the data assigned by the ASHUL command.
Page 555 AUADN AUADN: Assignment of UCD Delayed Announcement Data for NDM 1. General This command is used to assign the data related to the Delay Announcement - UCD for Netfusing Service. The data assigned by this command is written in the Network Data Memory (NDM) of the Network Control Node (NCN), updating the NDM at each Local Node (LN).
Page 556 AUADN 3. Data Entry Instructions UGN and TELN UGN is fixed to "1". Enter the TELN (NDM) of the UCD pilot station with respect to the data assigned by the ASHUN command. DLYT Enter the delay timer value in second with a range of 0- 30 seconds.
Page 557 ACPG ACPG: Assignment of Call Pickup Group 1. General This command is used to assign call pickup via the TN and STN. 2. Precautions The maximum number of member stations within each Call Pickup Group is 100. The access code of the Call Pickup Group is assigned by the ASPA command SSC, SID=7. There is no limitation in a Call Pickup Groups within a system.
Page 558 ACPGL ACPGL: Assignment of Call Pickup Group for LDM 1. General This command is used to assign the data related to Call Pickup Group - LDM service. With this command, Call Pickup Group service feature can be assigned by using Telephone Number. 2.
Page 559 ACPGN ACPGN: Assignment of Call Pickup Group for NDM 1. General This command is used to assign Call Pickup Group for Netfusing Service. The data assigned by this command is written in the Network Data Memory (NDM) of the Network Control Node (NCN), updating the NDM at each Local Node (LN).
Page 560 ACPE ACPE: Assignment of Call Pickup Expand Group Data 1. General This command is used to assign the Call Pickup Expand Group data. 2. Precautions Prior to this command, the assignments of station are required by ACPG command. A maximum of 100 stations can be assigned in a Call Pickup Expand Group. There is no limit to the number of Call Pickup Expand Group.
Page 561 ACPEL ACPEL: Assignment of Call Pickup Expand Group Data for LDM 1. General This command is used to assign the data related to Call Pickup Expand Group - LDM service. With this com- mand, Call Pickup Expand Group service feature can be assigned by using Telephone Number. 2.
Page 562 ACPEN ACPEN: Assignment of Call Pickup Expand Group Data for NDM 1. General This command is used to assign the Call Pickup Expand Group data for Netfusing Service. The data assigned by this command is written in the Network Data Memory (NDM) of the Network Control Node (NCN), updat- ing the NDM at each Local Node (LN).
Page 563 AISA AISA: Assignment of Individual Speed Calling Entry Area 1. General This command is used to designate the station type (MST or SLV) and the number of memory block to be used for the Speed Calling Group/Station. 2. Precautions One (1) Speed Calling - Station memory can be assigned a maximum of 18 digits for the long speed dial number.
Page 564 AISA 3. Data Entry Instructions MST/SLV BLOCK M = MST The BLOCK parameter is displayed when MST/SLV = M. S = SLV TENANT STATION SLV STATION MST STATION NUMBER NIUMBER OF BLOCKS NUMBER TYPE NUMBER (STN) (BLOCK) (TN) (MST/SLV) (STN) 1-10 The STN parameter is displayed when MST/SLV = S.
Page 565 AISA_T AISA_T: Assignment of Individual Speed Calling Entry Area – Telephone Number 1. General This command is used to designate the station type (MST or SLV) and the number of memory block to be used for the Speed Calling Group/Station. The station data of AISA command can be assigned by using Telephone Number instead.
Page 566 AISA_T 3. Data Entry Instruction TELN (MST/SLV) BLOCK Enter the Telephone Number of the Assign the number of memory block for Master/Slave station to which Speed each station. This parameter appears when Calling Group data to be assigned. "MST" is selected in Station Type. NUMBER USER MASTER TELEPHONE...
Page 567 AISD AISD: Assignment of Individual Speed Calling Data 1. General This command is used to assign the speed dial number (of the Speed Calling - Station service feature) for a sta- tion, instead of a station user’s registration. This command also allows maintenance person to monitor present user settings.
Page 568 AISD_T AISD_T: Assignment of Individual Speed Calling Data – Telephone Number 1. General This command is used to assign the speed dial number (of the Speed Calling - Station service feature) for a sta- tion, instead of a station user’s registration. The station data of AISD command can be assigned by using Tele- phone Number.
Page 569 ASGD ASGD: Assignment of Special Group Data 1. General This command is used to assign the station number belonging to the special group which applies to the following service features: Off Hook Alarm Priority Call Do not Disturb Room Cut Off 2.
Page 570 ASGDL ASGDL : Assignment of Special Group Data for LDM 1. General This command is used to assign the stations which belong to the special group applied to the following service features: Off Hook Alarm Priority Call The member stations are specified by Telephone Number previously assigned by the ALGSL command. This data is written in the Local Data Memory (LDM).
Page 571 ASGDN ASGDN : Assignment of Special Group Data for NDM 1. General This command is used to assign the stations which belong to the special group applied to the following service features in Netfusing: Off Hook Alarm Priority Call The member stations are specified by Telephone Number previously assigned by the ALGSN command. The data assigned by this command is written in the Network Data Memory (NDM) of the Network Control Node (NCN), updating the NDM at each Local Node (LN).
Page 572 ASID ASID: Assignment of Special Incoming 1. General This command is used to assign the call destination of the following service features; Off Hook Alarm Attendant Night Transfer Priority Call Do not Disturb Room Cut Off 2. Precautions The applicable stations to achieve the above service feature are categorized as named “Special Group”. The stations belonging to the Special Group is assigned by the ASGD command.
Page 573 ASIDL ASIDL : Assignment of Special Incoming for LDM 1. General This command is used to assign the call destination of the following service features; Off Hook Alarm Attendant Night Transfer Priority Call Do Not Disturb Room Cut Off The destination stations are to be specified by using Telephone Number previously assigned by the ALGSL command.
Page 574 ASIDN ASIDN : Assignment of Special Incoming for NDM 1. General This command is used to assign the call destination of the following service features in Netfusing; Off Hook Alarm Attendant Night Transfer Priority Call The destination stations are to be specified by using Telephone Number previously assigned by the ALGSN command.
Page 575 ANPT ANPT: Assignment of Numbering Data for PTT Network 1. General This command is used to assign Numbering Data for PTT Network programming. 2. Precautions This command is not available for Australia. 3. Data Entry Instructions TYPE 1 = Local Call 2 = Local Special Call This parameter appeas only 3 = Toll Operator Call...
Page 576 ATTD ATTD: Assignment of Trunk Test Data 1. General This command is used to assign, delete and display trunk connection test data. 2. Precautions It cannot be executed to overwrite the existing data in this command. 3. Data Entry Instructions a.) When TYPE=1 LGRT RESP...
Page 577 ATTD b.) When TYPE=2 TYPE 1 = Trunk Test Parameters Enter the Access Code for designating 2 = LENS of the LTST circuit card the individual trunk. INDIVIDUAL LINE EQUIPMENT INFORMATION TRUNK TENANT STATION NUMBER NUMBER TYPE ACCESS NUMBER (STN) (LENS) (TYPE) CODE...
Page 578 ACFS ACFS: Assignment of Call Forwarding Station Data 1. General This command is used to set the Call Forwarding-All Calls / Busy Line / Don’t Answer, and further the Split Call Forwarding Services. 2. Precautions The applicable tenant number (TN) range is designated by the ASYD command, SYS 1, INDEX 8. Parameters RCV can be assigned when ASYD, SYS1, INDEX 79, b2 = 1 (Split Call Forwarding is In Ser- vice), and data “2 (Split Call Forwarding)”...
Page 579 ACFS_T ACFS_T: Assignment of Call Forwarding Station Data – Telephone Number 1. General This command is used to set the Call Forwarding - All Calls/Busy Line/Don’t Answer, and further the Split Call Forwarding Services for each station. The station data of ACFS command can be assigned by using Telephone Number instead.
Page 580 ACFCL ACFCL : Assignment of Call Forwarding by SFC for LDM 1. General This command is used to readout, assign, and delete the data related to Call Forwarding features. The data is written in the Local Data Memory (LDM). 2. Precautions Depending on the system data setting by ASYD SYS1, INDEX5 bit0 (Access Code for C.F.
Page 581 ASLU1 ASLU1: Assignment of Slumber Time Data 1 1. General This command is used to assign the data related to the Slumber Time - Do Not Disturb service feature. 2. Precautions The call terminating to the slumber group is forwarded to an Attendant Console or an Announcement trunk (DAT circuit card) with a predetermined slumber time.
Page 582 ASLU1_T ASLU1_T: Assignment of Slumber Time Data 1 – Telephone Number 1. General This command is used to assign the data related to the Slumber Time - Do Not Disturb service feature. The sta- tion data of ASLU1 command can be assigned by using Telephone Number. 2.
Page 583 ASLU2 ASLU2: Assignment of Slumber Time Data 2 1. General This command is used to assign the data related to the Slumber Time - Do Not Disturb service feature. 2. Precautions The slumber time period and the forwarded destination are assigned by this command. A maximum of four (4) different time periods can be assigned as the Slumber Time.
Page 584 ASLU2 3. Data Entry Instructions SLUMBER TIME Enter the time period for restricting the incoming call. Enter the number assigned by the ASLU1 command. SLUMBER TIME SLUMBER TIME SLUMBER START TIME END TIME TRANSFER TIME GROUP KIND (TFR) NUMBER FROM FROM (G) 1-7 HOUR...
Page 585 ADAI ADAI: Assignment of Terminal Application Data 1. General This command is used to assign/delete application data for terminals. 2. Precautions This command is available for Australia only. 3. Data Entry Instructions a.) When MODE=1 (Station) is assigned: Enter the Station Number to which this application service is applied when "MODE=1"...
Page 586 ADAI b.) When “MODE=2 (Trunk)” is assigned Assign Intermediate Rate, based on the LLC information element USPEED MODE 0 = Not assigned Assign the User Rate, based Assign "2". 1 = 8kbps on the LLC (Low Layer 1 = Station 2 = 16kbps Compatibility) information 2 = Trunk...
Page 587 ADAI c.) When “MODE=3 (LENS)” is assigned Assign Intermediate Rate, based on the LLC information element. USPEED MODE 0 = Not assigned Assign the User Rate, based Assign "3". 1 = 8kbps on the LLC (Low Layer 1 = Station 2 = 16kbps Compatibility) information 2 = Trunk...
Page 588 ADAI 139MTC/TC 141MTC/TC Enter the Timer Value of No Answer Timer Enter the Timer Value of No Answer Timer to each Station. for Station Call from ATT. Miscellaneous Timer Counter (MTC): 0-F Miscellaneous Timer Counter (MTC): 0-F Timer Class (TC): 0-7 Timer Class (TC): 0-7 139MTC ×...
Page 589 ADAI_T ADAI_T: Assignment of Terminal Application Data – Telephone Number 1. General This command is used to assign application data for terminals by using Telephone Number and Logical Route Number. The station data of ADAI command can be assigned by using Telephone Number instead. In addition, the Route data can be assigned by using Logical Route Number (this function is available for Release 9 or later software).
Page 590 ADAI_T 4. Data Sheet a.) When MODE = TELN is selected: TELN MODE User Group Number (UGN) Telephone Number (TELN) Max. 16 digits Fusion Point Code (FPC) 1-253 Tenant Number (TN) Station Number (STN) Max. 6 digits USPEED User Speed [0-31] Assign the User Rate, based on the LLC (Low Layer Compatibility) information element (TTC Q931) within the range from 0-31...
Page 591 ADAI_T b.) When MODE = Trunk is selected: Trunk MODE Logical Route Number (LGRT) 1-899 Trunk Number (TK) 1-255 Fusion Point Code (FPC) 1-253 Route Number (RT) 1-255 USPEED User Speed [0-31] Assign the User Rate, based on the LLC (Low Layer Compatibility) information element (TTC Q931) within the range from 0-31 Test circuit card Exist/Not exist [0/1]...
Page 592 ADAI_T c.) When MODE = LENS is selected: LENS MODE Line Equipment Number (LENS) USPEED User Speed [0-31] Assign the User Rate, based on the LLC (Low Layer Compatibility) information element (TTC Q931) within the range from 0-31 Test circuit card Exist/Not exist [0/1] 0 = Non Exist 1 = Use Hot Line Hot Line Recognized [0/1]...
Page 593 ACSA ACSA: Assignment of Connection Service Index A 1. General This command is used to assign the call termination for CAS Line and Direct-in Termination (Day Only). 2. Precautions The ACFR command assignment is also required to accomplish the trunk incoming call termination service feature.
Page 594 ACSAL ACSAL: Assignment of Connection Service Index A for LDM 1. General This command is used to assign the call termination for CAS Line and Direct-in Termination (Day Only) for the Local Node (LN) in Netfusing Network. 2. Precautions The ACFR command assignment is also required to accomplish the trunk incoming call termination service feature.
Page 595 ACSI ACSI: Assignment of Connection Service Index Data 1. General This command is used to assign the call termination for Direct-in Termination (Day and Night), Night Connec- tion and Remote Access to System. 2. Precautions The ACFR command assignment is also required to assign the trunk incoming call termination service fea- ture.
Page 596 ACSI 3. Data Entry Instructions 1 = Not used 2 = Not used 3 = Direct-In Termination (Day and Night Mode) 4 = Direct-In Termination (Night Mode) 5 = Remote Access to PBX 6 = Night Connection-Outside 7 = Direct-In Termination-Outside (Day and Night Mode) TERMINATING STATION CONNECTION ABBREVIATED...
Page 597 ACSIL ACSIL: Assignment of Connection Service Index Data for LDM 1. General This command is used to assign the call termination for Direct-in Termination (Day and Night), Night Connec- tion and Remote Access to System for the Local Node (LN) in Netfusing Network. 2.
Page 598 ACSIL 3. Data Entry Instructions 1 = Not used 2 = Not used Enter the number of digit of the 3 = Direct-In Termination (Day and Night Mode) station applying to the first digit. 4 = Direct-In Termination (Night Mode) 5 = Remote Access to PBX 6 = Night Connection-Outside 7 = Direct-In Termination-Outside (Day and Night Mode)
Page 599 ANCD ANCD: Assignment of Night Connection Data 1. General This command is used when the Power Failure Transfer (PFT) circuit card is controlled by the external key. 2. Precautions When the “PFT control by the external key” is required, the following data assignments are needed: (a) AUNT command, TYPE=2 (PFT) (b) AEKD command (c) ANCD command...
Page 600 ANCD_LR ANCD_LR: Assignment of Night Connection Data – Logical Route Number 1. General This command is used when the Power Failure Transfer (PFT) circuit card is controlled by the external key. Route data of the ANCD command can be assigned by logical route number. 2.
Page 601 ATAS ATAS: Assignment of TAS Service Data 1. General This command is used to assign the data related to the Trunk Answer From Any Station (TAS) service feature. 2. Precautions One tenant can be provided one TAS indicator. The TAS answer access code is assigned by the ASPA command, SRV=SSC, SID=16. The TAS answering capability is assigned by the ASFC command, SFI=13 and the ACFR command, TS- FI=5.
Page 602 AEKD AEKD: Assignment of External Key Data 1. General This command is used to assign the External Key related data, which allows a maintenance person to change the system over to the Day/Night mode by means of ON/OFF on the PFT circuit card. 2.
Page 603 AAND AAND: Assignment of Automatic Number Identiﬁcation Data 1. General This command is used to assign ANI data for the number of digits of the calling station number and the office code on each route basis for the Automatic Number Identification (ANI) Service. (For E911 ANI) 2.
Page 604 AAND_LR AAND_LR: Assignment of Automatic Number Identiﬁcation Data – Logical Route Number 1. General This command is used to assign ANI data for the number of digits of calling station number and the office code on each tenant basis for the Automatic Number Identification (ANI) service (for E911 ANI). Route number of the AAND command can be assigned by using Logical Route.
Page 605 AANDE AANDE: Assignment of Automatic Number Identiﬁcation Expansion Data 1. General This command is used to assign ANI data for the number of digits of calling station number and the office code on each tenant basis for the Automatic Number Identification Expansion (ANIE) Service. (For E911ANI) 2.
Page 606 AANI AANI: Assignment of ANI Data 1. General This command is used to assign ANI (Automatic Number Identification) data sent per tenant by the request from opposite office. 2. Precautions Before using this command, ASYD SYS1 INDEX 125 b4 - b7 (Type of MFC Signaling System) should be assigned.
Page 607 ATDR ATDR : Assignment of Time of Day Restriction Data 1. General This command is used to assign, display, and delete the Time of Day Restriction data for each node. 2. Precautions The mode is divided into every 30-minute interval. 3.
Page 608 AESC AESC: Assignment of Emergency Procedures Special Transfer Call 1. General This command is used to assign and delete ANI Request Control data and MFC Special Transfer data for MFC feature. 2. Precautions This command is used only for India. 3.
Page 609 AESC When assigning ANI Request Control Data (STI = 3) Assign the maximum number of digits Select "STI=3 (ANI Request Control Data)" for ANI information (Max.30). to assign the number of digit to ANI for MFC feature. STI=0, 1 is not used. SPECIAL NUMBER OF TENANT...
Page 610 ASPD ASPD: Assignment of Speed Calling 1. General This command is used to assign the speed calling number corresponding to each Abbreviated Digit Code (ADC). 2. Precautions The speed calling number assigned by this command (the data entered at the DC parameter) is transmitted when an ADC is dialed following the Speed Calling - System access code.
Page 611 ASPD 3. Data Entry Instructions Enter an abbreviated digits code. Enter desired speed calling number. TELEPHONE NUMBER REMARKS ABBREVIATED TENANT NUMBER DIGITS (ADC) (CD) (TN) MAXIMUM 4 DIGITS MUXIMUM 24 DIGITS ND-70348 (E) CHAPTER 4 Page 591 Revision 3.0...
Page 612 AATC AATC: Assignment of Authorization Code Data 1. General This command is used to assign the Authorization Code which is used for Authorization Code/Forced Account Code/Pad Lock, and Remote Access to system features. 2. Precautions The applicable tenant number (TN) range is designated by the ASYD command, SYS 1, INDEX 8. If data for this command is common for all tenants (ASYD command, SYS1, INDEX 94, bit3=1), assign TN pa- rameter as data “1”...
Page 613 ACFO ACFO: Assignment of Call Forwarding Data 1. General This command is used to assign various call forwarding service data, on a tenant basis. Note that the destinations of forwarded calls can be the attendant console, a station or an outside party. 2.
Page 614 ACFOL ACFOL : Assignment of Call Forwarding Data for LDM 1. General This command is used to assign various call forwarding service data. The destinations of forwarded calls can be the attendant console, a station, or an outside party. The destination station is to be designated by the Tele- phone Number previously assigned by the ALGSL command.
Page 615 ACFON ACFON : Assignment of Call Forwarding Data for NDM 1. General This command is used to assign various call forwarding service data on system-wide via Netfusing link. The destinations of forwarded calls can be the attendant console, a station, or an outside party. The destination sta- tion is to be designated by the Telephone Number previously assigned by the ALGSN command.
Page 616 ACDN ACDN: Assignment of Number of Digits for Consecutive Dialing Data 1. General This command is used to assign the number of digits to be added to the access code of a distant office that has been assigned via the AMND command. 2.
Page 617 AARS AARS: Assignment of Alternative Route Service Restriction 1. General This command is used to assign various service connections between the outgoing route and the incoming route when they are to be restricted, or to assign the existing restrictions when such service connections are to be can- celed.
Page 618 AARSN AARSN: Assignment of Alternative Route Service Restriction for NDM 1. General This command is used to assign various service connections between the outgoing route and the incoming route when they are to be restricted, or to assign the existing restrictions when such service connections are to be can- celed.
Page 619 ALPE ALPE: Assignment of Line Privacy Expansion Data 1. General This command is used to assign the eight-party Conference Trunk (CFT card), which is seized in Line Privacy Expansion Service on a per-tenant basis. 2. Precautions Enter the data “1” at the TN parameter when “1” is entered at the TNF parameter. The applicable tenant number (TN) range is designated by the ASYD command, SYS 1, INDEX 8.
Page 620 ARPC ARPC: Assignment of Remote Point Code for Centralized Service 1. General This command is used to assign the data related to the Message Center Interface - CCIS service feature. 2. Precautions This command is used only at the main office of the Message Center Interface - CCIS service feature. The MCI is installed at the main office of the CCIS network, and the MCI text is transmitted (or received) to (from) the external VMS when an event treated by the MCI service feature has occurred at the satellite office.
Page 621 ARDN ARDN: Assignment of Remote Control Day/Night 1. General This command is used to assign the data related to the Centralized Day/Night Mode Change service feature. 2. Precautions This command is used only at the Main office which controls the Day/Night mode for the satellite office via the CCIS link.
Page 622 ACDD ACDD: Assignment of Change Digit Code for Dial in Service 1. General This command is used to assign the Change Digit Code for the ISDN line with DID Addressing. 2. Precautions Data can be entered on a Day/Night basis if specified in ASYD command, SYS 1, INDEX 75, Bit 5=1. This command does not affects if DC = 0 (Sub Address - Addressing) is assigned by the ARTD command.
Page 623 ACDDL ACDDL: Assignment of Change Digit Code for Dial In Service for LDM 1. General This command is used to assign the Change Digit Code for the ISDN line with DID Addressing. This data is written in the Local Data Memory (LDM). 2.
Page 624 ACDDN ACDDN: Assignment of Change Digit Code for Dial In Service for NDM 1. General This command is used to assign the Change Digit Code for the ISDN line with DID Addressing in the Netfusing. The data assigned by this command is written in the Network Data Memory (NDM) of the Network Control Node (NCN), upgrading the NDM at each Local Node (LN).
Page 625 ACNP ACNP: Assignment of Calling Number Pattern Data 1. General This command is used to assign the Calling Number Pattern (CNP) to the route which is used for the SID To Network-Present service/for the Calling Party Recognition service. 2. Precautions Enter a B-Channel Route Number in the RT parameter.
Page 626 ACNPN ACNPN: Assignment of Calling Number Pattern Data for NDM 1. General This command is used to assign the Calling Number Pattern (CNP) to the route which is used for the SID To Network-Present service/for the Calling Party Recognition service. The data assigned by this command is writ- ten in Network Data Memory (NDM) of the Network Control Node (NCN), updating the NDM at each Local Node (LN).
Page 627 ACNAL ACNAL: Assignment of Calling Number Pattern Data per Access Code (LDM) 1. General This command is used to assign the Calling Number Pattern (CNP) on an access code basis. CNP is used for the SID to Network-Present service and for the Calling Party Recognition service. The data assigned by this com- mand is written in Local Data Memory (LDM).
Page 628 ACNAN ACNAN: Assignment of Calling Number Pattern Data per Access Code (NDM) 1. General This command is used to assign the Calling Number Pattern (CNP) on an access code basis. CNP is used for the SID to Network-Present service and for the Calling Party Recognition service. The data assigned by this com- mand is written in Network Data Memory (NDM) of the Network Control Node (NCN), updating the NDM at each Local Node (LN).
Page 629 ACND ACND: Assignment of Calling Number Data 1. General This command is used to assign the Station Number Identification (SID) sent to the ISDN for the SID To Net- work - Present service/for the Calling Party Recognition service. 2. Precautions The CNP parameter corresponds to the one assigned by the ACNP command.
Page 630 ACNDN ACNDN: Assignment of Calling Number Data for NDM 1. General This command is used to assign the Station Number Identification (SID) sent to the ISDN for the SID To Net- work - Present service/for the Calling Party Recognition service. The data assigned by this command is written in Network Data Memory (NDM) of the Network Control Node (NCN), updating the NDM at each Local Node (LN).
Page 631 AFCP AFCP: Assignment of Call Forwarding Service by Calling Number 1. General This command is used to assign the data related to the Calling Party Recognition Service of ISDN. 2. Precautions When the Calling Forwarding Destination is a trunk line, assign the Abbreviated Digit Code for the trunk line using the ASPD command.
Page 632 AFCP 3. Data Entry Instructions CFSI 0=Speech 0=Call Forwarding-All Calls 1=Unrestricted (Digital Data) 1=Call Forwarding-Busy Line DAY/NIGHT 2=Audio (MODEM) 2=Call Forwarding-Don’t Answer D=DAY 3=Not used 3=Direct-In Termination N=NIGHT CALL CALLING DAY/NIGHT INFORMATION CALL FORWARDING TENANT STATION ABBREVIATED FORWARDING PARTY MODE TRANSFER DESTINATION NUMBER...
Page 633 AFCP_T AFCP_T: Assignment of Call Forwarding Service by Calling Number – Tele- phone Number 1. General This command is used to assign/delete the data related to the Calling Party Recognition Service of ISDN. The station data of AFCP command can be assigned by using Telephone Number instead. 2.
Page 634 AFCP_T 3. Data Entry Instruction CALLING PARTY Called Station Number + ACC ( Note ) + Calling Party Number Enter the Access Code assigned in the ACND command. Note: USER CALLING PARTY NUMBER GROUP DAY/NIGHT (CALLING PARTY) NUMBER (D/N) Max. 32 digits (UGN) CALL ABBREVIATED...
Page 635 ACBC ACBC: Assignment of Call by Call Service Data General This command is used to assign the Call by Call Information for an ISDN Network. 2. Precautions Before assigning data, assign the Outgoing Route Selection Pattern Number (OPR) using the AOPR com- mand.
Page 636 ACBC 3. Data Entry Instructions OPR is specified by the AOPR command TDPTN Enter SCC distinguish TDPTN is specified by the ATCP command number 0=Unknown 1=ISDN/Telephony Numbering Plan TIME OF DAY SERV OUTGOING ROUTE 2-8=Not used CHANGE SELECTION PATTERN 0=Feature 9=Private Network Numbering Plan PATTERN 1=Service...
Page 637 ACBC Table 4-29 CODE WHEN APPLICABLE DATA AND MEANINGS INTF = 1 (N-ISDN2) 17 = INWATS Selection 18 = OUTWATS 19 = Foreign Exchange (FX) 20 = Tie Trunk (TIE) INTF = 5 (AT&T) 0 = Transmit Network Selection SERV = 0 (Feature) 1 = CPN (SID) Preferred 2 = BN (ANI) Preferred 3 = CPN (SID) Only...
Page 638 AVTC AVTC: Assignment of Virtual Tie Line Call Data 1. General This command is used to assign Virtual Tie Line Numbers to be used in Virtual Tie Line Service. 2. Precautions This data is to be assigned at the terminating office. A Virtual Tie Line Number is a station number converted, as a number for Virtual Tie Line Service, from one of the subscriber numbers assigned on the ISDN line.
Page 639 AVTL AVTL: Assignment of Virtual Tie Line Data 1. General This command is used to assign a schedule for Virtual Tie Line implementation period in Virtual Tie Line Ser- vice. 2. Precautions At the time of data setting, assign outgoing/incoming call data synchronously. The maximum input value for Route Number should be the value assigned by ASYD.
Page 640 AVTL When the Date Range is one day, only the starting week is displayed. The relationship between the Date Range and the Week Range is as follows: Example: In the case of DATA; 11/08- 11/22, WEEK; MON-WED In a case where 11/08 is Wednesday and 11/22 is Wednesday two weeks after, in the designated Date Range, 8th is the ﬁrst Monday.
Page 641 AVTM AVTM: Assignment of Virtual Tie Line Manual 1. General This command is used to activate Virtual Tie Line urgently. 2. Precautions This command is used in the following conditions. a.) When a failure is occurred in a Virtual Tie Line, causing a link release. b.) When use the Virtual Tie Line urgently.
Page 642 AEVT AEVT: Assignment of Virtual Tie Line Data for Event Based CCIS 1. General This command is used to assign Virtual Tie Line data for Event Based CCIS. 2. Precautions When the parameter VRY (Verification of Connection) is assigned as “1”, if the Calling party number is not the same as the number assigned in the parameter CALLED, connection is not established.
Page 643 AEVT ♦ When FUNC=1 (Virtual tie line data is set for each PC) and TYPE=3/4 are assigned TYPE 1=Separate Channel System CALLING 2=Separate Channel System (for Call-By-Call) DESTINATION DID number for incoming 3=Common Channel System call from an E-CCIS E-CCIS trunk 4=Common Channel System (When NPI and identification number.
Page 644 ACRD ACRD: Assignment of Connection Route Class Data for LDM 1. General This command is used to assign the related data for the connection route used for B-channel and D-channel in the Fusion Network link. 2. Precautions The available connection route numbers are 1-1023. For more detailed information, see the “Netfusing System Manual”.
Page 645 ACRD 4. Data Sheet CONNECTION RT No. (C_RT) 1-1023 FUNCTION (FUNC) TF - Type of Trunk 0 - 2 = - 3 = Bothway Trunk (BWT) TCL - Trunk Class (Fixed “4”) 0-3= - 4=Fusion Trunk 5-31= - RLP - Trunk Release Pattern (Fixed “2”) 0-1 = - 2 = First party Release...
Page 646 ACRD CONNECTION RT No. (C_RT) 1-1023 FUNCTION (FUNC) FINT - Fusion Interface Speciﬁcation 0 = FUSION standard 1 - 15 = - FPEG - Fusion - PEG (Fixed“0”) 0 = Nothing of FUSION - PEG 1 = Exist of FUSION - PEG TC - Timer Class (Fixed“0”) 0 = Not used 1 = 1sec...
Page 647 AFPD AFPD: Assignment of Fusion Tandem PAD Data for LDM 1. General This command is used to assign PAD data for connection route. This command is available for the software Re- lease 3 or later. 2. Precautions This data has priority over the data assigned by PAD, ACRD. When a data is input on this command, the data in the ACRD CDN6: PAD must be "7".
Page 648 AFPD When TYPE = 3 is assigned IC_C_RT OGPAD TYPE Assign the incoming connection 1-14 = Note 15 = PAD OFF (0 dB) 3 = C_RT→RT route number TYPE OF CONNECTION INCOMING ROUTE OUTGOING INCOMING PAD DATA OUTGOING PAD DATA (TYPE) CONNECTION CONNECTION ROUTE...
Page 649 ACTK ACTK: Assignment of Connection Trunk Data for LDM 1. General This command is used to assign the connection trunk used in the Netfusing link. 2. Precautions Before executing this command, assign the connection route class data using the ACRD command. The available connection route numbers are 1-1023.
Page 650 ACTKC ACTKC: Continuous Assignment of Connection Trunk Data for LDM 1. General This command is used to assign/delete the connection trunk data for B-channel/D-channel route by designating the range of trunk numbers and LENS. 2. Precautions This command can be used only when the PBX and the MAT are connected in on-line state. Before executing this command, assign the connection route class data using the ACRD command.
Page 651 ACTKC 3. Data Entry Instruction STEP Specify the interval between the consecutive connection trunk numbers to be assigned/deleted. C_RT LEVEL Ex. C_TK (START)=1, STEP=3 is entered, connection The route assigned for trunk number is assigned/deleted as follows; Enter the first/last B-channel and D-channel.
Page 652 ACTKC [Details on Trunk Arrangement “TYPE”] When assigning the consecutive trunk data by using the ACTKC command, you must select the trunk arrange- ment type (1-6) in the “TYPE” parameter. See the detailed examples below: The following are the examples when the 16 COT circuit cards are accommodated as shown below. PIM C/E PIM C/E •...
Page 653 ACTKC • TYPE=2 (Level → Unit → Group) Trunk data is arranged in the following numerical order. Slot No. Level No. Group No. • TYPE=3 (Group → Level → Unit) Trunk data is arranged in the following numerical order. Slot No. 51 52 35 36 Level No.
Page 654 ACTKC • TYPE=4 (Group → Unit → Level) Trunk data is arranged in the following numerical order. Slot No. 19 20 17 18 Level No. Group No. • TYPE=5 (Unit → Level → Group) Trunk data is arranged in the following numerical order. Slot No.
Page 655 ACTKC • TYPE=6 (Unit → Group → Level) Trunk data is arranged in the following numerical order. Slot No. 92 94 15 19 20 22 8 10 89 93 17 21 14 18 Level No. Group No. ND-70348 (E) CHAPTER 4 Page 631 Revision 3.0...
Page 656 AFCH AFCH: Assignment of FCCH Number for LDM 1. General This command is used to assign the FCCH card which provides the D-channel in the Netfusing link. 2. Precautions Before executing this command, the trunk for D-channel should be assigned by the ACRD/ACTK com- mands.
Page 657 AFPC AFPC: Assignment of FCCH Routing Data for LDM 1. General This command is used to assign the B-channel and the D-channel data for each FPC. 2. Precautions The maximum number of alternative connection trunks is 8 for 1 FPC. The maximum number of the alternative FCH cards is 8 for 1 destination FPC.
Page 658 AFPC 3. Data Entry Instructions FPC is the unique number allocated FCCH USE_GATE to each node. 0=The FCH card is not used 0=Gateway Function is not used Assign FPC of the final destination node 1=Gateway Function is used 1=The FCH card is used in this parameter.
Page 659 AETH AETH: Assignment of External Router Connection Routing Data for LDM 1. General This command is used to assign/delete routing data in case the data is transferred via external router. 2. Precautions This command is available since Release 8 software enhancement. 3.
Page 660 ACAN ACAN: Assignment of CIC Number Between Adjacent Node for LDM 1. General This command is used to assign LENS and Fusion Circuit Identification Code (Fusion CIC) numbers on the ba- sis of each Fusion Point Code (FPC). 2. Precautions Before executing this command, confirm that the following assignments have already been completed: (a) LSG: 12 (the ACRD command) is assigned to the B-channel Route to which the Fusion CIC belongs.
Page 661 AFRT AFRT: Assignment of FCCH Controlled Connection Route Data for LDM 1. General This command is used to assign the connection route controlling connection trunks for each FCCH number. 2. Precautions Before executing this command, confirm that the following assignments have already been completed: (a) The FCCH number has been assigned by the AFCH command.
Page 662 AGIP AGIP: Assignment of Default Gateway IP Address Data for LDM 1. General This command is used under FGH controlling to assign/delete the IP address allocated to FGH and IP address of the Router dedicated to FGH. 2. Precautions This command is available since Release 8 software enhancement. Enter the LENS data of FGH/IPTRK card, and the existing data is displayed by clicking “Get”...
Page 663 AGIP b.) When “KIND=IPTRK (CCIS)” is selected: LENS Enter the Line Equipment Number of IPTRK card. The existing data can be read out by pressing the “Get” button. QoS 1/2 ToS CONTROL 0-7: When IP Precedence is selected. Select the either, DG_IP 0x00-0x3F: When DiffServ is selected.
Page 664 AGIP b.) When “KIND=IPTRK (CCIS)” is selected (Continued): PKTLOSS JIT_MAX JIT_MIN MNGS JIT_COUNT BASE_COUNT JIT_FAST TIME_FAST Check the “RTP” check box for detail assignment. (Usually default data “0” is set for all the parameters.) PKGLOSS: Amount of Packet Loss [0%-100%] Maximum Jitter Buffer [0-60 ×...
Page 665 AGIP c.) When “KIND=IPTRK (FCCS)” is selected: LENS ToS CONTROL Enter the Line Equipment Number of IPTRK card. The Select the either, existing data can be read out by pressing the “Get” button. IP Precedence/DiffServ QoS 1/2 0-7: When IP Precedence is selected. KIND DG_IP 0x00-0x3F: When DiffServ is selected.
Page 666 AGIP d.) When “KIND=IPTRK (H.323)” is selected: LENS ToS CONTROL Enter the Line Equipment Number of IPTRK card. The Select the either, existing data can be read out by pressing the “Get” button. IP Precedence/DiffServ QoS 1/2 0-7: When IP Precedence is selected. KIND DG_IP 0x00-0x3F: When DiffServ is selected.
Page 667 AGIP IP ADDRESS OF NTP PKTLOSS JIT_MAX JIT_MIN MNGS JIT_COUNT BASE_COUNT JIT_FAST TIME_FAST SERVER (NTP_IP) Check the “RTP” check box for detail assignment. (Usually default data “0” is set for all the parameters.) PKGLOSS: Amount of Packet Loss [0%-100%] 0=8% (default) Maximum Jitter Buffer [0-60 ×...
Page 668 AVIPS AVIPS: Assignment of VoIP-PKG detailed Data with Software 1. General This command is used to assign/delete the detailed data of IPTRK card such as Jitter Buffer, Payload Type/Size, FAX mode by software. The data can be assigned on a circuit basis by specifying the LENS. The detailed data is categorized in the following two types: Voice Data (for FCCS/CCIS/H.323) ii.
Page 669 AVIPS a.) Voice Data (for FCCS/CCIS/H.323) PAY_SIZ 0 = Conforms to switch FAX_ECM setting on the IPTRK JIT_ACT 0 = Conforms to switch 1 = 10ms 0 = Conforms to switch setting on the IPTRK setting on the IPTRK 2 = 20ms 1 = Static Jitter Buffer Action 1 = ECM ON 3 = 30ms...
Page 670 AVIPS b.) Signal Data (for H.323) OG_BEARER 0 = Through RING_RTP 1 = Speech→Digital 2 = 3.1kHz→Digital 0 = Send RTP while Ringing 3 = Speech, 3.1kHz→Digital 1 = Not Send RTP while Ringing IC_BEARER EARLY_H245 FAST_NORMAL 0 = Through 1 = Digital→Speech 0 = Fast Connect Precedence 0 = Provided...
Page 671 AFIP AFIP: Assignment of Fusion over IP Data for LDM 1. General This command is used to assign the Router Access Number for controlling voice channel between PBX and Router. 2. Precautions At the LENS parameter, the information of DTI card used for voice channel is to be assigned. LENS of voice channel must be set on condition that data “2 (=Fusion over IP)”...
Page 672 ANTI ANTI: Assignment of Node Number/Terminal Number for IP 1. General This command is used to assign the Node Number to the whole nodes within the network. Node Numbers are allocated to the FPC (Fusion Point Code in Netfusing network) or PC (Point Code in CCIS network) of every node.
Page 673 AIPDL AIPDL: Assignment of IP Service PAD Data for LDM 1. General This command is used to assign and delete the PAD data for IP service. It can also be used for reading out the already assigned data to modify it. This data is written in the Local Data Memory (LDM). 2.
Page 674 AIPDL 3. Data Entry Instructions IC TERMINAL/OG TERMINAL Note 1 Check the required parameter according to each terminal. External Route Number for the trunk [1-255] SFC: Service Feature Class for the station [0-15] C_RT: Connection Route Number [1-1023] NODE: Enter the Node Number on which IPTRK card is accommodated (Node Number is assigned by the ANTI command).
Page 675 AIPDL Note 1: Available combination of the incoming/outgoing terminal is shown in the table below. X: Available OG TERMINAL C_RT NODE TERMINAL C_RT NODE “NODE” parameter is valid when CCIS/FCCS over IP or H.323 service is performed. Note 2: Note 3: In case the ASIPL command is not assigned, or Telephone Numbers are not allocated, the IPG data is re- garded as “0”.
Page 676 AIPDN AIPDN: Assignment of IP Service PAD Data for NDM 1. General This command is used to assign and delete the PAD data for IP service. It can also be used for reading out the already assigned data to modify it. This data assigned by this command is written in the Network Data Memory (NDM) of the Network Control Node (NCN), updating the NDM at each Local Node (LN).
Page 677 AIPDN 3. Data Entry Instructions IC TERMINAL/OG TERMINAL Note 1 Check the required parameter according to each terminal. LGRT: Logical Route Number for the trunk [1-899] SFC: Service Feature Class for the station [0-15] NODE: Enter the Node Number on which IPTRK card is accommodated (Node Number is assigned by the ANTI command).
Page 678 AIPDN Note 1: Available combination of the incoming/outgoing terminal is shown in the table below. X: Available OG TERMINAL LGRT NODE LGRT TERMINAL NODE Note 2: “NODE” parameter is valid when CCIS/FCCS over IP or H.323 service is performed. In case the ASIPN command is not assigned, or Telephone Numbers are not allocated, the IPG data is re- Note 3: garded as “0”.
Page 679 AIECL AIECL: Assignment of IP Service Echo Canceler Data for LDM 1. General This command is used to assign, modify, and delete the Echo Canceler data for IP services. This data is written in the Local Data Memory (LDM). 2. Precautions This command is valid when IPTRK service software is programmed.
Page 680 AIECL 3. Data Entry Instructions TERMINAL A Click the required check box according to each terminal. Select the Echo Canceler Control Type Then assign the data in NODE/IPG parameter. from the following patterns. Note Pattern 1 → A EC-ON/B EC-ON NODE: Node Number on which IPTRK card is Pattern 2 →...
Page 681 AIECN AIECN: Assignment of IP Service Echo Canceler Data for NDM 1. General This command is used to assign, modify, and delete the Echo Canceler data for IP services. The data assigned by this command is written in the Network Data Memory (NDM) of the Network Control Node (NCN), upgrad- ing the NDM at each Local Node (LN).
Page 682 AIECN 3. Data Entry Instructions TERMINAL A Click the required check box according to each terminal. Select the Echo Canceler Control Type Then assign the data in NODE/IPG parameter. from the following patterns. Note Pattern 1 → A EC-ON/B EC-ON NODE: Node Number on which IPTRK card is Pattern 2 →...
Page 683 APID APID: Assignment of PKG of IP Data for LDM 1. General This command is used to assign IP address of IPELC card and the DRS Server. The data assigned by this command is written in the Local Data Memory (LDM). 2.
Page 684 APID USER PRIORITY Designate the data with range of 0-7. Low ← 1, 2, 0, 3, 4, 5, 6, 7 → high This data is used to give the priority to voice VLAN IPELC IP ADDRESS packets and needs to be assigned matching with Enter the IP Address of IPELC for VLAN.
Page 685 ASIPL ASIPL: Assignment of Station of IP Data for LDM 1. General This command is used to assign and delete the IPELC terminal data of each IP Enabled Dterm station. It is also used to read out the already assigned data and the data can be modiﬁed. The data is written in Local Data Memory (LDM).
Page 686 ASIPL S_RELIABILITY Select either of radio buttons; S_PRECEDENCE • Normal Enter the data within the range • High Reliability 0-6 (Low-High). TYPE OF SERVICE (SIGNAL) SIGNAL SIGNAL SIGNAL PRECEDENCE SIGNAL COST SIGNAL DELAY THROUGHPUT RELIABILITY (S_PRECEDENCE) (S_COST) (S_DELAY) (S_THROUGHPUT) (S_RELIABILITY) [0-6] S_THROUGHPUT S_COST...
Page 687 ASIPL PRIn PAYLOAD_TYPE 0=Not used 1=G.711 PRIn PAYLOAD_SIZE 2=G.729A 0=Not used 1=10ms 3=G.723.1 (5.3k) 2=20ms 3=30ms 4=G.723.1 (6.3k) 4=40ms 5=Not used 5-15=Not used 6=60ms 7-15=Not used Note: The same Payload type cannot be assigned on the same terminal. THE n-th PRIORITY THE n-th PRIORITY PAYLOAD SIZE PAYLOAD TYPE...
Page 688 ASIPN ASIPN: Assignment of Station of IP Data for NDM 1. General This command is used to assign and delete the IP-ELC terminal data of each station. It is also used to read out the already assigned data and the data can be modiﬁed. The data is written in Network Data Memory (NDM) of the Network Control Node (NCN), updating the NDM at each Local Node (LN).
Page 689 ASIPN S_RELIABILITY Select either of radio buttons; S_PRECEDENCE • Normal Enter the data within the range • High Reliability 0-6 (Low-High). TYPE OF SERVICE (SIGNAL) SIGNAL SIGNAL SIGNAL PRECEDENCE SIGNAL COST SIGNAL DELAY THROUGHPUT RELIABILITY (S_PRECEDENCE) (S_COST) (S_DELAY) (S_THROUGHPUT) (S_RELIABILITY) [0-6] S_THROUGHPUT S_COST...
Page 690 ASIPN PRIn PAYLOAD_TYPE 0=Not used 1=G.711 PRIn PAYLOAD_SIZE 2=G.729A 0=Not used 1=10ms 3=G.723.1 (5.3k) 2=20ms 3=30ms 4=G.723.1 (6.3k) 4=40ms 5=Not used 5-15=Not used 6=60ms 7-15=Not used Note: The same Payload type cannot be assigned on the same terminal. THE n-th PRIORITY THE n-th PRIORITY PAYLOAD SIZE PAYLOAD TYPE...
Page 691 AMAC term AMAC: Assignment of MAC address of IP Enabled D for LDM 1. General This command is used to allocate the Station Number or the Telephone Number to the fixed MAC address of term term IP Enabled D terminal for providing the automatic login function when connecting IP Enabled D termi- nals to the network.
Page 692 ASYDN ASYDN: Assignment of System Data for NDM 1. General This command is used to specify the system data for the Netfusing Network. 2. Precautions The data assigned by this command determines the service condition which affects the other nodes in the Netfusing Network.
Page 693 ASYDN 3. Data Entry Instructions MDATA The MDATA parameter designates whether your input data in the parameter DATA is valid or not in the Netfusing Network. Each bit of MDATA is determined as 1 for valid, 0 for invalid. Then, convert it to Hex. to enter the data in the parameter MDATA.
Page 694 ASYDN QUICK REFERENCE TABLE FOR ASYDN (SYS1, INDEX 0-1535) INDEX Page 8-15 16-19 21-28 29-41 42-66 67-69 70-73 74-77 78-90 91-93 94-303 304-513 514-533 534-803 804-1535 ND-70348 (E) CHAPTER 4 Page 655 Revision 3.0...
Page 695 ASYDN 4. Data Sheet SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS (MDATA) TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 -1535 Not Used Not Used Control of ORT all Busy Status 0/1 = ROT/Wait for Off-hook Queue Not Used Releasing Method for Station to Station Calling Service 0 0= Calling Party release...
Page 696 ASYDN SYSTEM BIT CORRE- SYSTEM DATA DATA SPONDING DATA DATA (DATA) INDEX SYSTEM DATA CONTENTS (MDATA) TYPE 00 – FF DATA (INDEX) (SYS) (Hex) 0 –1535 Access Code for C.F.-Busy Line and C.F. - Don’t Answer Services 0/1 = Same/Separate If “0”...
Page 697 ASYDN SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS (MDATA) TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 1535 Number of Tenants Number of Attendant Consoles 1 IMG: 1~16 (01 Hex ~ 10 Hex) 4 IMG: 1~32 (01 Hex ~ 20 Hex) 16 IMG: 1~60 (01 Hex ~ 3C Hex) Note:...
Page 698 ASYDN SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS (MDATA) TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 1535 1-digits Station Number 0/1 = Out/In Service 2-digits Station Number 0/1 = Out/In Service 3-digits Station Number 0/1 = Out/In Service 4-digits Station Number 0/1 = Out/In Service...
Page 699 ASYDN SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS (MDATA) TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 –1535 Not used Billing Party for a call transferred by Call Forwarding – Outside Service Note 0 = The Billing Party is the originator of the transferred call.
Page 700 ASYDN BIT CORRE- SYSTEM SYSTEM DATA SPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS (MDATA) TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 1535 Not used Not used Not used Not used Not used Not used Not used Immediate Ring Back Tone Sending: 0/1 = Not Required/Required Not used...
Page 701 ASYDN SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS (MDATA) TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 1535 29~32 Not used Not used Telephone Subject to Total Billing (when b6 = 1) 0 0 = Telephone that called ﬁrst. 0 1 = Telephone that called last.
Page 702 ASYDN SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS (MDATA) TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0–1535 Not used Not used Not used Not used Not used Not used Not used SST, SPDT Tone 0/1 = Continuous/Burst Not used Not used...
Page 703 ASYDN SYSTEM CORRESPOND- SYSTEM DATA DATA DATA (DATA) INDEX SYSTEM DATA CONTENTS (MDATA) DATA – TYPE (INDEX) (SYS) (Hex) DATA – 1535 Not used Operating method for busy station service (Call back, Ex- ecutive Right of Way, etc.,) 0/1 = SHF × Access Code / SHF × Access Code and Last Digit × Access Code Not used Not used...
Page 704 ASYDN SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS (MDATA) – TYPE (INDEX) DATA (SYS) (Hex) 0–1535 Not used One digit dialing instead of SHF (DP TEL only) 0/1 = Not Required/Required Not used Announcement Trunks used for Delay Announcement - UCD service (for Netfusing Service) 0/1 = Common/Per UCD group Send Warning Tone to interrupted parties when Executive...
Page 705 ASYDN SYSTEM SYSTEM DATA DATA CORRESPONDING DATA (DATA) INDEX DATA SYSTEM DATA CONTENTS (MDATA) – TYPE (INDEX) (SYS) (Hex) DATA 0/1 0 –1535 Not used Not used Not used Not used MW Refresh 0/1 = Required/ Not Required Note: When message Waiting Lamp is provided, this data should be assigned...
Page 706 ASYDN SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS (MDATA) TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 –1535 term Calling and Intermediate Station Number indication (D and ATTCON) 0/1 = Out/In Service (Always assign “1”.) term Kind of Service Class indication (D 0/1 = Out/In Service (Always assign “1”.)
Page 707 ASYDN SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS (MDATA) TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 –1535 Not used Grades of System Message that can be Registered: = Register All System Message Data = Register System Message Data higher than grade 1 = (SUP, MN, MJ) = Register System Message Data higher than grade 2...
Page 708 ASYDN SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS (MDATA) TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 1535 94-158 Not used OG Trunk Queuing Auto- The duration before the OG matic Cancel Timer (for Queuing memory becomes Netfusing Service): cleared if no trunks become...
Page 709 ASYDN SYSTEM SYSTEM DATA CORRESPONDING DATA DATA (DATA) DATA INDEX SYSTEM DATA CONTENTS (MDATA) TYPE 00 – FF (INDEX) DATA (SYS) (Hex) 0 – 1535 Individual Speed Calling Data Save 0/1 = Out/In Service (This data is valid when SYS1, INDEX 90, b = 1.) Call Forwarding Data Save 0/1 = Out/In Service...
Page 710 ASYDN SYSTEM SYSTEM DATA DATA CORRESPONDING DATA (DATA) INDEX DATA SYSTEM DATA CONTENTS (MDATA) TYPE 00 – FF (INDEX) (SYS) (Hex) DATA 0/1 0 – 1535 NDM (Network Data Memory) usage. Assign data “1 (the memory block is used)” for the corresponding memory Note block.
Page 711 ASYDN SYSTEM BIT CORRE- SYSTEM DATA DATA SPONDING DATA DATA (DATA) INDEX SYSTEM DATA CONTENTS (MDATA) TYPE – DATA (INDEX) (SYS) (Hex) 1535 534- Not used Not used Node that collects the billing of SMDR activated in a Netfusing network. 0 = the node accommodating the calling party 1 = the node accommodating the outgoing trunk or the node accommodating the called party...
Page 712 ASYDN SYSTEM BIT CORRE- SYSTEM DATA DATA SPONDING DATA DATA (DATA) INDEX SYSTEM DATA CONTENTS (MDATA) – TYPE DATA (INDEX) (SYS) (Hex) 1535 Not used DM and NDM data for Netfusing route restriction class (ARSC/ARSCN and ARRC/ARRCN) can coexist in the network.
Page 713 AFMU AFMU: Assignment of FPC, MG and UNIT for NDM 1. General This command is used to allocate the network ID (NID) which is the unique location number in the Netfusing network. 2. Precautions NID allocation is required for the Netfusing Network only. For more detail, see the “Netfusing System Manual”.
Page 714 ALRTN ALRTN: Assignment of Logical Route for NDM 1. General This command is used to allocate the Logical Route Number which is the unique number of the external trunk route in the Netfusing Network. 2. Precautions Logical Route Number allocation is required for the Netfusing Network only. When assigning the data by this command, the Route Class Data (ARTD) and Trunk Application Data (AR- TI) for Physical Route are also allocated to Logical Route Data (ARTDN/ARTIN) on the same condition.
Page 715 ANPDN ANPDN: Assignment of Numbering Plan for NDM 1. General This command is used to assign the minimum number of digits needed to determine the service (Telephone Number) which is required to the first digit received (pre-translation). The data assigned on this command is written in the Network Data Memory (NDM) of the Network Control Node (NCN), updating the NDM at each Local Node (LN).
Page 716 ASPAN ASPAN: Assignment of Special Access Code for NDM 1. General This command is used to assign the numbering plan data of the Network Control Node (NCN). The data as- signed on this command is written in the Network Data Memory (NDM) of the Network Control Node (NCN), updating the NDM at each Local Node (LN).
Page 717 ASPAN Table 4-30 SID (ASPAN) SERVICE NAME SERVICE NAME – 21-36 – Dial Access to Attendant (Operator Call) Priority Call 1 Camp on By Station Priority Call 2 – Priority Call 3 Call Pickup - Group 40-60 – 8-18 – Call Park;...
Page 718 ASPAN When SRV=LCR (Least cost routing) is assigned; When SRV=LCRS (Register sender LCR) is assigned; LOGICAL ROUTE SECOND DIAL TONE AUTHORIZATION CODE SUB ADDRESS DIALING NUMBER (LGRT) (2nd DT) 0/1 (AH) 0/1 (SUB) 0/1 Authorization code after dialing ACC(LCR)+Destination number ISDN-Sub Address Dialing LGRT 0=Out of Service...
Page 719 ALGNN ALGNN: Assignment of Telephone Number Data for NDM 1. General This command is used to assign the Telephone Number (TELN) for the individual attendant identification. The data assigned by this command is written in Network Data Memory (NDM) of the Network Control Node (NCN), updating the NDM at each Local Node (LN).
Page 720 ALGSN ALGSN: Allocation of Telephone Station Data for NDM 1. General This command is used to assign the related data of the Telephone Number (TELN) corresponding to the physical station. The data assigned by this command is written in Network Data Memory (NDM) of the Network Control Node (NCN), updating the NDM at each Local Node (LN).
Page 721 ALGSN 3. Data Entry Instructions When assigning TYPE = 1 (LENS is used to specify the Telephone number) TYPE LENS 1 = LENS is used to specify the Telephone number LENS of the physical station 2= STN is used to specify the Telephone number FUSION POINT USER GROUP LINE EQUIPMENT...
Page 722 ATSTN ATSTN: Assignment of Telephone Number and Station Number for NDM 1. General This command is used to assign both Telephone Number (TELN) and Physical Station Number. As the function of ALGSN and ASDT commands are combined to this command, Physical Station Number can be assigned at the same time when assigning the Telephone Number.
Page 723 ATSTN 3. Data Entry Instructions Fusion Point Code of designated Telephone Number. FPC is assigned by the AFMU command. Fixed to 1. USER GROUP FUSION POINT CODE TELEPHONE NUMBER (TELN) TENANT NUMBER STATION NUMBER NUMBER (FPC) MAX. 16 DIGITS (TN) (STN) (UGN) 1-253...
Page 724 APLNN APLNN: Assignment of Physical LENS Number for NDM 1. General This command is used to change the existing station data allocated to each TELN (Telephone number) such as FPC, LENS, Tenant Number and Station. 2. Precautions This command can be used only when logging in to the NCN (Network Control Node). This command is used for business service only.
Page 725 APLNN 3. Data Entry Instructions <When “TYPE=LENS” is selected> TELN Enter the desired Telephone Number which the TYPE station data to be changed. When the "Get" button Select the input type whether the new station is pressed, the existing station data allocated to the is determined by LENS or Station Number.
Page 726 ATDF ATDF: Assignment of Time Difference Data 1. General This command is required when there is time difference within the Netfusing link. The difference of time be- tween nodes and the UCT (Universal Coordinated Time) are written in Network Data Memory (NDM) of the Network Control Node (NCN) by using this command.
Page 727 AMWF AMWF: Assignment of Message Waiting Remote FPC for LDM 1. General This command is used to assign FPC (Fusion Point Code) of Remote nodes in the Netfusing Network for Mes- sage Waiting control. 2. Precautions This data is necessary at the center node having Message Center Interface. This command is available in the software Release 2 or later.
Page 728 AFRFL AFRFL: Assignment of Flexible Route Data for Fusion for LDM 1. General This command is used to assign the alternative route data via C.O. or tie line used when all the connection trunks are busy or FCCS link failure (layer 2 down) occurs. 2.
Page 729 ANSDL ANSDL: Assignment of Number Sharing Data for LDM 1. General This command is used to assign and delete Main Station and Sub Station data for Number Sharing service or Dual Station Call service. 2. Precautions This command is available for Release 3 or later software. This command is used for the Local Node.
Page 730 ANSDN ANSDN: Assignment of Number Sharing Data for NDM 1. General This command is used to assign and delete Main Station and Sub Station data for Number Sharing service or Dual Station Call service. 2. Precautions This command is available for Release 3 or later software. This command is used for the Network Control Node.
Page 731 AFUGN AFUGN: Assignment of EX-FCCS Fusion Group Data for NDM 1. General This command is used to assign and read the data related to Fusion Group Number in multiple FCCS networks connected via CCIS link. 2. Precautions One Fusion Group Number cannot be allocated to some Fusion Groups in duplicate. When other than number “0”...
Page 732 AEXFN AEXFN: Assignment of EX-FCCS CCH Selection Data for NDM 1. General This command is used to assign, delete and read out the Point Code data for connecting to each FPC in one Fusion Group (FUG) within multiple FCCS networks connected via CCIS link. 2.
Page 733 AEADN AEADN: Assignment of EX-FCCS ADC Data for NDM 1. General This command is used to assign, delete and read Abbreviated Digit Code (ADC) for connected Fusion Group (FUG) within multiple FCCS networks via CCIS link. 2. Precautions This command is not valid when the Self Fusion Group Number has not been assigned by the AFUGN command.
Page 734 AELGN AELGN: Allocation of EX-FCCS Telephone Number Data for NDM 1. General This command is used to assign, delete and read Telephone Number data in multiple FCCS networks connected via CCIS link. When assigning the data logging in to the NCN of Center FUG by using this command, the data in NDM of all the LNs in Self FUG and NCN/LN in other FUGs are updated simultaneously.
Page 735 AELGN 3. Data Entry Instructions SYSTEM Check either of the check box depending on the system type, NEAX7400 IMX FUG* Fixed to “1”. 1/4/16-IMG system or NEAX2000 IVS Enter the FUG Number the system. designated station belongs. FUSION GROUP USER TELEPHONE SYSTEM TYPE INPUT TYPE...
Page 736 COMMAND DESCRIPTION AND DATA SHEET 4.2 Speciﬁc Command for the Hotel System This section explains the speciﬁc command for the Hotel system. ND-70348 (E) CHAPTER 4 Page 697 Revision 3.0...
Page 737 AHSY AHSY: Assignment of Hotel System Parameter 1. General This command is used to assign and display the Hotel System parameters. 2. Precautions This command is used for the Hotel Application only. Data of Hotel System parameters should be entered using hexadecimal numbers. ND-70348 (E) CHAPTER 4 Page 698...
Page 738 AHSY 3. Data Entry Instructions Define each bit corresponding data with referring to the Hotel SYSTEM DATA CONTENTS BIT CORRE- DATA SPONDING INDEX (DATA) DATA (INDEX) HOTEL SYSTEM DATA CONTENTS 00-FF 0-511 DATA (Hex) xxx service 0/1=Not to be provided/To be provided yyy service 0/1=Not to be provided/To be provided Not used Not used...
Page 739 AHSY QUICK REFERENCE TABLE FOR AHSY (INDEX number 0-2047) INDEX Page INDEX Page 0-32 100s. 189-251 33-56 57-83 252-259 84-99 260-263 100, 101 264-267 102-104 200s. 268, 269 105, 106 270-273 274, 275 108, 109 276-292 110, 111 293-303 112-114 115-134 304-307 135-146...
Page 740 AHSY 4. Data Sheet DATA CORRESPONDING INDEX (DATA) DATA CONTENTS (0 – 2047) 00 – FF DATA (Hex) Not used For displaying the kind of language information, assign the data by 2 or 4 char- Note acters of ASCII code (INDEXes 1 through 32). (Next Page) When data are not assigned, the kind of language information is displayed as follows:...
Page 741 AHSY Note: Number of characters (4 characters/2 characters) of language information display is determined by the data assigned to INDEX 100, b2. When displaying the language informa- When displaying the language informa- tion by 4 characters (INDEX 100, b2 = 0) tion by 2 characters (INDEX 100, b2 = 1) Language = 0: Index 1~4...
Page 742 AHSY DATA CORRESPONDING INDEX (DATA) DATA CONTENTS (0 – 2047) 00 – FF DATA (Hex) For information display at the time of Checkout, assign the related data by two characters of ASCII code. Checkout : Index 33–34 Cleaning : Index 35–36 Inspection : Index 37–38 Inspection has...
Page 743 AHSY DATA CORRESPONDING INDEX (DATA) DATA CONTENTS (0 – 2047) 00 – FF DATA (Hex) For information display at the time of Departure Day, assign the related data by two characters of ASCII code. Departure Day – Index 57–58 Dep. Day-Cleaning –...
Page 744 AHSY DATA CORRESPONDING INDEX (DATA) DATA CONTENTS (0 – 2047) 00 – FF DATA (Hex) Note Room Cut off Set Note Room Cut off Reset Note Message Waiting Set Note Message Waiting Reset Note Check In Note Checkout Note Status Note Audit Note...
Page 745 AHSY DATA CORRESPONDING INDEX (DATA) DATA CONTENTS (0 – 2047) 00 – FF DATA (Hex) Number of times of Wake-Up Answer Retry. = No Answer Retry 0 time = No Answer Retry 1 time = No Answer Retry 2 times = No Answer Retry 3 times Number of characters in language information display 0/1 = 4 characters/2 characters...
Page 746 AHSY DATA CORRESPONDING INDEX (DATA) DATA CONTENTS (0 – 2047) 00 – FF DATA (Hex) LANG = 8 When an incoming call terminates to the Attendant Console from a guest station of the language cate- LANG = 9 gory corresponding to each bit. The key to which LANG = 10 the call terminates: LANG = 11...
Page 747 AHSY DATA CORRESPONDING INDEX (DATA) DATA CONTENTS (0 – 2047) 00 – FF DATA (Hex) Not used Maid Dial service from Attendant Console 0/1 = Not Required/Required Display the Ofﬁce Name on ATTCON assigned at AOFC command or ASYD command SYS1, INDEX 96 through 115. 0/1 = Required/Not Required Pattern of Wake-Up Time Indication on the Attendant Console 0/1 = 24-Hour/12-Hour System...
Page 748 AHSY DATA CORRESPONDING INDEX (DATA) DATA CONTENTS (0 – 2047) 00 – FF DATA (Hex) Display Pattern for termination 0 0 = Pattern 1 = Pattern 3 Designation of Dis- 0 1 = Pattern 2 term play Pattern of D Display Pattern for call origination (Special Adminis- tration Station) for...
Page 749 AHSY DATA CORRESPONDING INDEX (DATA) DATA CONTENTS (0 – 2047) 00 – FF DATA (Hex) Display Change Timer for the Display Pattern of the Answering station (as- signed INDEX 107 b and b 0 Hex: Standard Timer Value = 8 to 10 sec. 1 Hex ~ F Hex: Timer Value = (1–15) ×...
Page 750 AHSY DATA CORRESPONDING INDEX (DATA) DATA CONTENTS (0 – 2047) 00 – FF DATA (Hex) Room key Interface 0: Interface is absent (STAY/OUT is displayed) 1: Interface is present (Key status is displayed) Attendant Console Guest Information Service 0/1 = Not Required/Required Not used Called Number Display on the Attendant Console 0/1 = Out/In Service...
Page 751 AHSY DATA CORRESPONDING INDEX (DATA) DATA CONTENTS (0 – 2047) 00 – FF DATA (Hex) Not used Wake-Up – Head Start Operation 0/1 = Out/In Service Not used Not used Not used Hotel Console key designation 0/1 = Depending on SYS-1, INDEX 160, Bits 3 and 4 (ASYD)/PI 115–126 (AHSY) Not used Consecutive Dialing from Attendant Console (for service such as VMM)
Page 752 AHSY DATA CORRESPONDING INDEX (DATA) DATA CONTENTS (0 – 2047) 00 – FF DATA (Hex) Attendant Console Key Data Operation Key INDEX 121 122 123 124 125 126 Operation Key INDEX 115 116 117 118 119 120 81H — — WU SET 91H —...
Page 753 AHSY DATA CORRESPONDING INDEX (DATA) DATA CONTENTS (0 – 2047) 00 – FF DATA (Hex) Not used Not used Not used Not used Not used MW Lamp Indication of “Do Not Disturb” 0/1 = Lights Steadily/Flashes MW Lamp Indication of “Do Not Disturb” 0/1 = Not Required/Required MW Lamp Indication of “Message Waiting”...
Page 754 AHSY DATA CORRESPONDING INDEX (DATA) DATA CONTENTS (0 – 2047) 00 – FF DATA (Hex) Not used Hotel service in CCIS No. 7 0/1 = Out/In Service Not used PMS Interface Designation 0 0 0 = – 1 0 0 = Model 120 0 0 1 = –...
Page 755 AHSY DATA CORRESPONDING INDEX (DATA) DATA CONTENTS (0 – 2047) 00 – FF DATA (Hex) 2nd Wake-Up Call Service 0/1 = Out/In Service 2nd Wake-Up Call Time Indication on Hotel Console 0/1 = Out/In Service 2nd Wake-Up Call Cancel while Hotel Console is connected to the target station 0/1 = Out/In Service Not used...
Page 756 AHSY DATA CORRESPONDING INDEX (DATA) DATA CONTENTS (0 – 2047) 00 – FF DATA (Hex) TN = 2 TN = 3 Whether “C.O. Incoming Call Answer Station Man- TN = 4 ual Change” service is provided or not is set on the basis of each TN (Tenant) corresponding to each bit.
Page 757 AHSY DATA CORRESPONDING INDEX (DATA) DATA CONTENTS (0 – 2047) 00 – FF DATA (Hex) Not used Designation of Guest Station Access Code ACC · CODE ACC · CODE 0 0 0 0 Out of Service 0 1 1 1 0 0 0 1 1 0 0 0 0 0 1 0...
Page 758 AHSY DATA CORRESPONDING INDEX (DATA) DATA CONTENTS (0 – 2047) 00 – FF DATA (Hex) Setting of Attendant Console that sets Alert Service 0 Hex: Service can be set from any of the Attendant Consoles 1–F Hex: Service can be set only from the Attendant Console of the designat- ed Console Number Classifying the call termination indicating keys based on the Language catego- ry of the guest at the time an incoming call from the guest station terminated...
Page 759 AHSY DATA CORRESPONDING INDEX (DATA) DATA CONTENTS (0 – 2047) 00 – FF DATA (Hex) Not used Guest Room Calling – Attendant Console Service 0/1 = Out/In Service Not used Not used Double Suite Room Service 0/1 = Out/In Service ND-70348 (E) CHAPTER 4 Page 720...
Page 760 AHSY DATA CORRESPONDING INDEX (DATA) DATA CONTENTS (0 – 2047) 00 – FF DATA (Hex) Not used Processing for the case where there is any busy station among the Suite Room stations generally called by Suite Room Calling – Attendant Console service 0/1 = Sending Busy Tone/Idle Station Calling Not used Processing for Suite Room Station/Connecting Room Station Busy...
Page 761 AHSY DATA CORRESPONDING INDEX (DATA) DATA CONTENTS (0 – 2047) 00 – FF DATA (Hex) Not used Calling an Individual Suite Room Station Calling 0: An individual Suite Room station can be called from a Guest Station, Ad- ministration Station, and Attendant Console. 1: An individual Suite Room station can be called from a Special Administra- tion Station and Attendant Console.
Page 762 AHSY DATA CORRESPONDING INDEX (DATA) DATA CONTENTS (0 – 2047) 00 – FF DATA (Hex) Room Key Information 0/1 = Key Rack Type/Card Rack Type Not used Message Waiting can be canceled at any terminal (PMS terminal, ATTCON, Front Desk Terminal, etc.) regardless of which terminal the service is set on. 0/1 = Invalid/Valid Note: Available for the software Release 11 or later.
Page 763 AHSY DATA CORRESPONDING INDEX (DATA) DATA CONTENTS (0 – 2047) 00 – FF DATA (Hex) Not used Maid Status – Cleaning Start via Special Ad- min. Station (Feature Code = 12, Function code = 1) Maid Status – Cleaning End via Special Ad- Sending Service Feature Text min.
Page 764 AHSY DATA CORRESPONDING INDEX (DATA) DATA CONTENTS (0 – 2047) 00 – FF DATA (Hex) Not used Sending Service Feature Text Call Detail Data (Information) to PMS (Feature Code = 14, Function Code = 2) 0/1 = In Service/Out of Service When the text is not to be sent to PMS, “1”...
Page 765 AHSY DATA CORRESPONDING INDEX (DATA) DATA CONTENTS (0 – 2047) 00 – FF DATA (Hex) Not used Checkout – Message Off Report (Feature Code = 16, Function Code = 5) Sending a Service Feature Text Checkout – Message On Report (Information) to PMS (Feature Code = 16, Function Code = 6) 0/1 = In Service/Out of Service...
Page 766 AHSY DATA CORRESPONDING INDEX (DATA) DATA CONTENTS (0 – 2047) 00 – FF DATA (Hex) Not used Room Data Image – Room Data Report (Feature Code = 17, Function Code = 2) Not used Room Data Image – Room Data Exchange (Feature Code = 17, Function Code = 4) Not used Room Data Image –...
Page 767 AHSY DATA CORRESPONDING INDEX (DATA) DATA CONTENTS (0 – 2047) 00 – FF DATA (Hex) Not used Automatic Wake – Up is set (Feature Code = 19, Function Code = 1) Automatic Wake – Up is canceled (Feature Code = 19, Function Code = 2) Sending a Service Feature Text (Information) to PMS Automatic Wake –...
Page 768 AHSY DATA CORRESPONDING INDEX (DATA) DATA CONTENTS (0 – 2047) 00 – FF DATA (Hex) Not used Not used Not used Not used Not used Not used Not used Not used Not used Not used Not used Not used Not used Not used Not used Not used...
Page 769 AHSY DATA CORRESPONDING INDEX (DATA) DATA CONTENTS (0 – 2047) 00 – FF DATA (Hex) Not used Not used Not used Not used Not used Not used Not used Not used Not used Not used Maid Status Guest Room 1 –...
Page 770 AHSY DATA CORRESPONDING INDEX (DATA) DATA CONTENTS (0 – 2047) 00 – FF DATA (Hex) Maid Status Admin. 1 – Sending Service Feature Text (Feature Code = 52, Function Code = 1) (Information) to PMS Maid Status Admin. 2 – (Feature Code = 52, Function Code = 2) 0/1 = In Service/Out of Service Maid Status...
Page 771 AHSY DATA CORRESPONDING INDEX (DATA) DATA CONTENTS (0 – 2047) 00 – FF DATA (Hex) Not used Call Detail Data (Feature Code = 54, Function Code = 1) Sending Service Feature Text (Information) to PMS 0/1 = In Service/Out of Service Not used When the text is not to be sent to PMS, “1”...
Page 772 AHSY DATA CORRESPONDING INDEX (DATA) DATA CONTENTS (0 – 2047) 00 – FF DATA (Hex) Not used Not used Not used Sending Service Feature Text Guest Room Secretary Telephone Setting/Can- (Information) to PMS cellation (Feature Code = 62, Function Code = 2) 0/1 = In Service/Out of Service When the text is not to be sent to PMS, “1”...
Page 773 AHSY DATA CORRESPONDING INDEX (DATA) DATA CONTENTS (0 – 2047) 00 – FF DATA (Hex) Digits Code 0 Note: When the dial access code contains “0”, Digits Code 1 enter “A” for “0”. Outgoing Call Access Code Example: When the dial No.1 access code is “9-202”.
Page 774 AHSY DATA CORRESPONDING INDEX (DATA) DATA CONTENTS (0 – 2047) 00 – FF DATA (Hex) Digits Code 0 Note: When the dial access code contains “0”, Digits Code 1 enter “A” for “0”. Outgoing Call Access Code Example: When the dial No.2 access code is “9–202”.
Page 775 AHSY DATA CORRESPONDING INDEX (DATA) DATA CONTENTS (0 – 2047) 00 – FF DATA (Hex) Digits Code 0 Note: When the dial access code contains “0”, Digits Code 1 enter “A” for “0”. Outgoing Call Access Code Example: When the dial No.3 access code is “9-202”.
Page 776 AHSY DATA CORRESPONDING INDEX (DATA) DATA CONTENTS (0 – 2047) 00 – FF DATA (Hex) Digits Code 0 Note: When the dial access code contains “0”, enter “A” for “0”. Digits Code 1 Outgoing Call Access Code Example: When the dial No.4 access code is “9-202”.
Page 777 AHSY DATA CORRESPONDING INDEX (DATA) DATA CONTENTS (0 – 2047) 00 – FF DATA (Hex) Not used Maid Status – Guest (Feature Code = 11) Maid Status Admin. (Feature Code = 12) – Text sent to PMS printout Message Waiting Lamp 0/1 = Not Required/Required (Feature Code = 13) Not used...
Page 778 AHSY DATA CORRESPONDING INDEX (DATA) DATA CONTENTS (0 – 2047) 00 – FF DATA (Hex) “Hour” data is assigned using a decimal number (Mili- The time at which tary Time). the printer periodi- cally prints out the Example: 2:00 a.m. – This data is entered as 02. setting status of Example: 2:30 p.m.
Page 779 AHSY DATA CORRESPONDING INDEX (DATA) DATA CONTENTS (0 – 2047) 00 – FF DATA (Hex) Processing of Checkout Result (Feature Code = 16, Function Code = 2) when received from PMS. 0: Out status memory in guest memory is cleared 1: All guest memory is cleared Not used Not used...
Page 780 AANP AANP: Assignment of Administration Numbering Plan 1. General This command is used to assign the minimum number of digits needed to determine the service which is re- quired to the first digit received (pre-translation). 2. Precautions This command is used for the Hotel Application only. If the Guest and Admin.
Page 781 AGNP AGNP: Assignment of Guest Numbering Plan 1. General This command is used to assign the minimum number of digits needed to determine the service which is re- quired to the first digit received (pre-translation). 2. Precautions This command is used for the Hotel Application only. If the Guest and Admin.
Page 782 AGNPL AGNPL: Assignment of Guest Numbering Plan for LDM 1. General This command is used to assign the minimum number of digits needed to determine the service which is re- quired to the first digit received (pre-translation). 2. Precautions This command is used for the Hotel Application. If the Guest and Admin.
Page 783 AGNPL 3. Data Entry Instructions The primarily analyzed digits, prior to the ASPAL command. Assign necessary (Minimum) number of digits for each Access Code Basically. 1st DC To assign diferrent number of digits (such as “Timing Start” for Telephone numbers), assign maximum number of digits in this The first digit of service access code, etc.
Page 784 AGNPN AGNPN: Assignment of Guest Numbering Plan for NDM 1. General This command is used to assign the minimum number of digits needed to determine the service which is re- quired to the first digit received (pre-translation). The data assigned on this command is written in the Network Data Memory (NDM) of the Network Control Node (NCN), updating the NDM at each Local Node (LN).
Page 785 AASP AASP: Assignment of Administration Special Access Code 1. General This command is used to determine the Kind of Service to be executed or the route to be used when a Special Access code or trunk Access code has been dialed for the Administration Station. 2.
Page 786 AASP 3. Data Entry Instructions KIND OF TENANT ACCESS CODE CONNECTION SERVICE (SRV) NUMBER (ACC) STATUS INDEX (TN) MAX. 6 DIGITS (CI) N/H/B 0-16 SSC=Service code SSCA=Service code appendix Access code (Max. 6 digits) OGC=Outgoing call OGCA=Outgoing call with route advance N=Normal service LCR=Least cost routing LCRS=Register sender LCR...
Page 787 AASP Table 4-31-1 SID (AASP) SERVICE NAME SERVICE NAME Call Hold 30-34 Dial Access to Attendant (Operator Call) Call Pickup - Direct Page 748 Call Back; Entry Hotel Service (See Camp on By Station Priority Call 1 Executive Right of Way Priority Call 2 Call Waiting - Originating Priority Call 3...
Page 788 AASP When SRV=SSC (Service code), SID36 (Hotel Service) is assigned; STATE (Hotel Service Code) SERVICE INDEX 1 To be cleaned without ID code STATE 2 Cleaning Completed without ID code (SID) 1-63 3 Ready for Occupancy without ID code 4 Use Not Allowed without ID code 5-8 - 9 Maid Dial Answer Back without ID code-1 10 Maid Dial Answer Back without ID code-2...
Page 789 AASP When SRV=SSC (Service code), SID56 (Floor Service) is assigned; SERVICE INDEX NO.1 (SID) 1-63 NO.1 (Kind of Assignment Number) Available numbers are 0-15. This data is used to assign “Floor Service” data by the ASPF command. Note: When programming “Floor Service” data, ASYD SYS1 INDEX 165, bit7=1 must have been assigned.
Page 790 AASP When SRV=SSCA (Service code appendix) (except SIDA56) is assigned; NND appears when SIDA = 97 (Call Hold Conference). The number of digits for an access code should be assigned in NND. SERVICE INDEX A (SIDA) 1-255 NECESSARY DIGIT (NND) 1-6 SIDA See Table 4-31-2 (Next Page) When SRV=SSCA (Service code appendix), SIDA56 (Guest/Admin.
Page 791 AASP Table 4-31-2 SIDA (AASP) SIDA Service Name SIDA Service Name 1-40 Note 1 Call Forwarding-All Calls; Entry Voice Call Note 1 Call Forwarding-Busy Line; Entry term Message Reminder (D Note 1 Call Forwarding-Don’t Answer; Entry 43-45 Note 1 Call Forwarding-All Calls; Cancel Line Load Control from ATTCON;...
Page 792 AASP When SRV=OGC (Outgoing call) is assigned; When SRV=PAGA (Paging answer) is assigned; When SRV=PAGC (Paging cancel) is assigned; ROUTE NUMBER (RT) When SRV=OGCA (Outgoing call with route advance) is assigned; Index Counter (Count) INDEX ROUTE NUMBER (RT) Count INDEX Assign the number of advanced trunk routes.
Page 793 AASP When SRV=UNIF (Office termination) is assigned; SKIP DIGITS (SKIP) 0-5 SKIP Assign the skip digits to terminate the call. Note: This data is available for ACIS only. For CCIS, use the AUNE command. When SRV=ANNC (Announcement service-Single announcement) is assigned; ANNOUNCEMENT EQUIPMENT NUMBER (EQP) 0-127 Assign the announce equipment number.
Page 794 AGSP AGSP: Assignment of Guest Special Access Code 1. General This command is used to determine the Kind of Service to be executed or the route to be used when a Special Access code or trunk Access code has been dialed for the Guest Station. 2.
Page 795 AGSP 3. Data Entry Instructions KIND OF TENANT ACCESS CODE CONNECTION SERVICE NUMBER (ACC) STATUS INDEX (SRV) (TN) MAX. 6 DIGITS (CI) N/H/B SSC=Service code SSCA=Service code appendix Access code (Max. 6 digits) OGC=Outgoing call OGCA=Outgoing call with route advance N=Normal service LCR=Least cost routing LCRS=Register sender LCR...
Page 796 AGSP When SRV=SSC (Service code). SID36 (Hotel Service) is assigned; STATE (Hotel Service Code) SERVICE INDEX 1 To be cleaned without ID code STATE 2 Cleaning Completed without ID code (SID) 1-63 3 Ready for Occupancy without ID code 4 Use Not Allowed without ID code 5-8 - 9 Maid Dial Answer Back without ID code-1 10 Maid Dial Answer Back without ID code-2...
Page 797 AGSP When SRV=SSC (Service code) , SID56 (Floor Service) is assigned; SERVICE INDEX NO.1 (SID) 1-63 NO.1 (Kind of Assignment Number) Available numbers are 0-15. This data is used to assign “Floor Service” data by the ASPF command. Note: When programming “Floor Service” data, ASYD SYS1 INDEX 165, bit7=1 must have been assigned.
Page 798 AGSP When SRV=SSCA (Service code appendix), SIDA56 (Guest/Admin. Service) is assigned; SERVICE INDEX A (SIDA) 1-255 PNO 1-15 This parameter specifies the Admin./Guest Numbering table designation for redevelopment Numbering Parameter Classification. A: Admin. After assigning the PNO, go to the AOSP G: Guest command to skip this ACC.
Page 799 AGSP When SRV=OGC (Outgoing call) is assigned; When SRV=PAGA (Paging answer) is assigned; When SRV=PAGC (Paging cancel) is assigned; ROUTE NUMBER (RT) When SRV=OGCA (Outgoing call with route advance) is assigned; Index Counter (Count) INDEX ROUTE NUMBER (RT) Count INDEX Assign the number of advanced trunk routes.
Page 800 AGSP When SRV=UNIF (Office termination) is assigned: SKIP DIGITS (SKIP) 0-5 SKIP Assign the skip digits to terminate the call. Note: This data is available for ACIS only. For CCIS, use the AUNE command. When SRV=ANNC (Announcement service-Single announcement) is assigned; ANNOUNCEMENT EQUIPMENT NUMBER (EQP) 0-127 Assign the announce equipment number.
Page 801 AGSPL AGSPL: Assignment of Guest Special Access Code for LDM 1. General This command is used to determine the Kind of Service and the service Access Code to be executed in the Local Node (LN) on the Netfusing Network. 2. Precautions This command is used for the Hotel Application only.
Page 802 AGSPL 3. Data Entry Instructions KIND OF TENANT ACCESS CODE CONNECTION SERVICE NUMBER (ACC) STATUS INDEX (SRV) (TN) MAX. 6 DIGITS (CI) N/H/B SSC=Service code SSCA=Service code appendix Access code (Max. 6 digits) OGC=Outgoing call OGCA=Outgoing call with route advance N=Normal service LCR=Least cost routing LCRS=Register sender LCR...
Page 803 AGSPL When SRV=SSC (Service code), SID36 (Hotel Service) is assigned; STATE (Hotel Service Code) SERVICE INDEX 1 To be cleaned without ID code STATE 2 Cleaning Completed without ID code (SID) 1-63 3 Ready for Occupancy without ID code 4 Use Not Allowed without ID code 5-8 - 9 Maid Dial Answer Back without ID code-1 10 Maid Dial Answer Back without ID code-2...
Page 804 AGSPL When SRV=SSC (Service code) , SID56 (Floor Service) is assigned; SERVICE INDEX NO.1 (SID) 1-63 NO.1 (Kind of Assignment Number) Available numbers are 0-15. This data is used to assign “Floor Service” data by the ASPF command. Note: When programming “Floor Service” data, ASYD SYS1 INDEX 165, bit7=1 must have been assigned.
Page 805 AGSPL When SRV=SSCA (Service code appendix), SIDA56 (Guest/Admin. Service) is assigned; SERVICE INDEX A (SIDA) 1-255 PNO 1-15 This parameter specifies the Admin./Guest Numbering table designation for redevelopment Numbering Parameter Classification. A: Admin. After assigning the PNO, go to the AOSP G: Guest command to skip this ACC.
Page 806 AGSPL When SRV=OGC (Outgoing call) is assigned; When SRV=PAGA (Paging answer) is assigned; When SRV=PAGC (Paging cancel) is assigned; LOGICAL ROUTE NUMBER (LGRT) When SRV=OGCA (Outgoing call with route advance) is assigned; Index Counter (Count) INDEX LOGICAL ROUTE NUMBER (LGRT) Count INDEX Assign the number of advanced trunk routes.
Page 807 AGSPL When SRV=UNIF (Office termination) is assigned: SKIP DIGITS (SKIP) 0-5 SKIP Assign the skip digits to terminate the call. Note: This data is available for ACIS only. For CCIS, use the AUNE command. When SRV=ANNC (Announcement service-Single announcement) is assigned; ANNOUNCEMENT EQUIPMENT NUMBER (EQP) 0-127 Assign the announce equipment number.
Page 808 AGSPN AGSPN: Assignment of Guest Special Access Code for NDM 1. General This command is used to assign the numbering plan data of the Network Control Node (NCN). The data as- signed on this command is written in the Network Data Memory (NDM) of the Network Control Node (NCN), updating the NDM at each Local Node (LN).
Page 809 AGSPN 3. Data Entry Instructions KIND OF TENANT ACCESS CODE CONNECTION SERVICE NUMBER (ACC) STATUS INDEX (SRV) (TN) MAX. 6 DIGITS (CI) N/H/B SSC=Service code SSCA=Service code appendix Access code (Max. 6 digits) OGC=Outgoing call OGCA=Outgoing call with route advance N=Normal service LCR=Least cost routing LCRS=Register sender LCR...
Page 810 AGSPN When SRV=SSC (Service code). SID36 (Hotel Service) is assigned; STATE (Hotel Service Code) SERVICE INDEX 1 To be cleaned without ID code STATE 2 Cleaning Completed without ID code (SID) 1-63 3 Ready for Occupancy without ID code 4 Use Not Allowed without ID code 5-8 - 9 Maid Dial Answer Back without ID code-1 10 Maid Dial Answer Back without ID code-2...
Page 811 AGSPN When SRV=SSC (Service code) , SID56 (Floor Service) is assigned; SERVICE INDEX NO.1 (SID) 1-63 NO.1 (Kind of Assignment Number) Available numbers are 0-15. This data is used to assign “Floor Service” data by the ASPF command. Note: When programming “Floor Service” data, ASYD SYS1 INDEX 165, bit7=1 must have been assigned.
Page 812 AGSPN When SRV=SSCA (Service code appendix), SIDA56 (Guest/Admin. Service) is assigned; SERVICE INDEX A (SIDA) 1-255 PNO 1-15 This parameter specifies the Admin./Guest Numbering table designation for redevelopment Numbering Parameter Classification. A: Admin. After assigning the PNO, go to the AOSP G: Guest command to skip this ACC.
Page 813 AGSPN When SRV=OGC (Outgoing call) is assigned; When SRV=PAGA (Paging answer) is assigned; When SRV=PAGC (Paging cancel) is assigned; LOGICAL ROUTE NUMBER (LGRT) When SRV=OGCA (Outgoing call with route advance) is assigned; CNT (1-15) LOGICAL ROUTE NUMBER (LGRT) CNT is the route advance order. When SRV=LCR (Least cost routing) is assigned;...
Page 814 AGSPN When SRV=UNIF (Office termination) is assigned: SKIP DIGITS (SKIP) 0-5 SKIP Assign the skip digits to terminate the call. Note: This data is available for ACIS only. For CCIS, use the AUNE command. When SRV=ANNC (Announcement service-Single announcement) is assigned; ANNOUNCEMENT EQUIPMENT NUMBER (EQP) 0-127 Assign the announce equipment number.
Page 815 ASPS ASPS: Assignment of Special Access Code for Split Access 1. General This command is used to determine the Split Access data when an Access Code is assigned for this feature in either the AASP or AGSP command (SRV=2, SID 57). This command is programmed when access codes for trunks and features are to be shared between Guest and Administration stations.
Page 816 ASPS 3. Data Entry Instructions ASSIGN DEVELOP KIND OF NUMBER NUMBER (F) SERVICE (NO.)0-63 0-15 (SRV) STN = Station SSC = Service code SSCA = Service code appendix OGC = Outgoing call OGCA = Outgoing call with route advance LCR = Least cost routing LCRS = Register sender LCR UNIF = Office termination ANNC = Announcement service-single announcement...
Page 817 ASPS When SRV=SSC (Service code except SID36 and 56) is assigned; NND1 NND1 appears when SID=15. The number of ADC (Abbreviation Digit Code) digits should be assigned in NND1. SERVICE INDEX NECESSARY DIGIT NECESSARY DIGIT FOR SPEED (SID) 1-63 (NND) CALLING (NND1) 1-24 NND appears when the following SID is entered.
Page 818 ASPS Table 4-33 SID (ASPS) SERVICE NAME SERVICE NAME Call Hold Call Forwarding I’m here; Cancel Dial Access to Attendant (Operator Call) 30-34 Call Back; Entry Call Pickup - Direct Camp on By Station Page 777 Hotel Service (See Executive Right of Way Priority Call 1 Call Waiting - Originating Priority Call 2...
Page 819 ASPS When SRV=SSC (Service code), SID36 (Hotel Service) is assigned; STATE (Hotel Service Code) SERVICE INDEX 1 To be cleaned without ID code STATE (SID) 1-63 2 Cleaning Completed without ID code 3 Ready for Occupancy without ID code 4 Use Not Allowed without ID code 5-8 - 9 Maid Dial Answer Back without ID code-1 10 Maid Dial Answer Back without ID code-2...
Page 820 ASPS When SRV=SSC (Service code), SID56 (Floor Service) is assigned; SERVICE INDEX NO.1 (SID) 1-63 NO.1 (Kind of Assignment Number) Available numbers are 0-15. This data is used to assign “Floor Service” data by the ASPF command. Note: When programming “Floor Service” data, ASYD SYS1 INDEX 165, Bit7=1 must have been assigned.
Page 821 ASPS Table 4-34 SIDA (ASPS) SIDA Service Name SIDA Service Name 1-40 Call Forwarding-All Calls; Entry Note 1 Voice Call Note 1 Call Forwarding-Busy Line; Entry term Message Reminder (D Call Forwarding-Don’t Answer; Entry Note 1 43-45 Note 1 Call Forwarding-All Calls; Cancel Line Load Control from ATTCON;...
Page 822 ASPS When SRV = SSCA (Service code appendix), SIDA56 (Guest/Admin. Service) is assigned; SERVICE INDEX A (SIDA) 1-255 PNO 1-15 This parameter specifies the Admin./Guest Numbering table designation for redevelopment Numbering Parameter Classification. A:Admin. After assigning the PNO, go to the AOSP G:Guest command to skip this ACC.
Page 823 ASPS When SRV=LCR (Least cost routing) is assigned; When SRV=LCRS (Register sender LCR) is assigned; ROUTE NUMBER SECOND DIAL TONE AUTHORIZATION CODE SUB ADDRESS DIALING (RT) (2nd DT) 0/1 (AH) 0/1 (SUB) 0/1 Authorization code after dialing ACC (LCR)+Destination number 0=Out of Service Assign a dummy route number.
Page 824 ASPS When SRV=ANNCM (Announcement service-Multiple announcement) is assigned; TENANT NUMBER ANNOUNCEMENT EQUIPMENT NUMBER (TN) 1-255 (EQP) 122-125 Assign the announcement equipment number Assign the tenant number of range from 122 to 125 (Multi announcement). the announcement trunk. ND-70348 (E) CHAPTER 4 Page 781 Revision 3.0...
Page 825 ASCR ASCR: Assignment of Station Connection Restriction 1. General This command is used to assign and display the station-to-station connection restriction data based on the Route Restriction Class (RSC) of respective tenants. 2. Precautions This command is used for the Hotel Application only. Station to station connections will be allowed for each RSC until they are restricted by this command.
Page 826 ATCR ATCR: Assignment of Telephone Class Restriction 1. General This command is used to assign and display the restriction data for connections between Telephone Equipment Classes (TECs). 2. Precautions This command is used for the Hotel Application only. Connection between TECs will be allowed for each RSC until they are restricted by this command. TEC 31 is used for ATT in this command.
Page 827 ADNR ADNR: Assignment of Day/Night Restriction 1. General This command is used to assign and display the specific Start and End times pertaining to Day/Night Restriction or to display the Day/Night Restriction classification of a specific time. 2. Precautions This command is used for the Hotel Application only. When Data “1”...
Page 828 ADNR 3. Data Entry Instructions D : Day Mode RSC 0 : ATT N : Night Mode RSC 1-15 : Station ROUTE RESTRICTION RESTRICTION DAY/NIGHT TENANT RESTRICTION START TIME END TIME MODE NUMBER CLASS (START TIME) (END TIME) (D/N) (TN) (RSC) 00:00-23:50 00:00-23:50...
Page 829 AAST AAST: Assignment of Administration Station Data 1. General This command is used to assign and delete the administration station data. 2. Precautions This command is used for the Hotel Application only. The AASN command is used to change the station number, and the AACL command is used to change the Class data (TEC, RSC, SFC etc.).
Page 830 AAST 3. Data Entry Instructions 1 : DP (10pps) 2 : PB 3 : DP/PB 4 : DP (20pps) 5-8 : Not Used 9 : House Phone term 10-11 : Not Used 12 : D term 13 : Data Terminal via D 14 : Hot Line 15 : CAS Line 16 : Data Terminal via Data Module...
Page 831 AGST AGST: Assignment of Guest Station Data 1. General This command is used to assign and delete Guest Room Data. 2. Precautions This command is used for the Hotel Application only. The AGSN command is used to change the station number, and the AGCL command is used to change the Class data (TEC, RSC, SFC, etc.).
Page 832 AGST 3. Data Entry Instructions LENS 1-4 : Not used 5 : DP (10pps) 6 : PB 7 : DP/PB Enter the LENS 8 : DP (20pps) 9 : Not used XX X XX X 10 : House Phone 11 : Not used Level No.
Page 833 AASN AASN: Assignment of Alternated Administration Station Number 1. General This command is used to change a currently assigned Administration Station Number. 2. Precautions This command is used for the Hotel Application only. Input a number which is not currently assigned. If a station number currently being used is to be assigned as a new number, delete the station first via the AAST command.
Page 834 AASN 3. Data Entry Instructions OLD STN Enter the Current station number to be changed. TENANT NUMBER (TN) OLD STATION NUMBER (OLD STN) NEW STATION NUMBER (NEW STN) NEW STN Enter the new station number according to the numbering plan. Update the data sheet for the AAST command.
Page 835 AACL AACL: Assignment of Administration Station Class 1. General This command is used to change the data assigned to an Administration Station: Telephone Equipment Class (TEC), Service Feature Class (SFC), Route Restriction Class (RSC), ROOM CLASS and Floor Service Data. 2.
Page 836 AACL 3. Data Entry Instructions 1 : DP (10pps) 2 : PB 3 : DP/PB 4 : DP (20pps) term 5-8 : Not Used 9 : House Phone 10-11 : Not Used 12 : D term 13 : Data Terminal via D 14 : Hot Line 15 : CAS Line 16 : Data Terminal via Data Module...
Page 837 AGSN AGSN: Assignment of Alternated Guest Station Number 1. General This command is used to change a currently assigned Guest Station Number. 2. Precautions This command is used for the Hotel Application only. Input a number which is not currently assigned. If a station number currently being used to be assigned as a new number, delete the station first via the AGST command.
Page 838 AGSN 3. Data Entry Instructions OLD STN Enter the tenant Enter the current number of the station. station number to be changed. TENANT NUMBER (TN) OLD STATION NUMBER (OLD STN) NEW STATION NUMBER (NEW STN) NEW STN Enter the new station number according to the numbering plan.
Page 839 AGCL AGCL: Assignment of Guest Station Class 1. General This command is used to change the data assigned to a Guest Station: Telephone Equipment Class (TEC), Ser- vice Feature Class (SFC), Route Restriction Class (RSC), ROOM CLASS and Floor Service Data [Annex (ANX), Ground/Underground (G), Floor (FLR)].
Page 840 AGCL 3. Data Entry Instructions 1-4 : Not Used 5 : DP (10pps) 6 : PB 7 : DP/PB 8 : DP (20pps) 9 : Not Used 10 : House Phone 11 : Not Used ANNEX term 12 : D 13 : Data Terminal 0 : Main Building 14-31 : Not Used...
Page 841 AHSU AHSU: Assignment of Suite Room Station Number 1. General When the system provides Suite Room Service and/or Double Suite Room Service, this command is used to assign a specific guest station as a suite room station. 2. Precautions This command is used for the Hotel Application only. Ensure to conform beforehand the system data (the AHSY command, INDEX=187, 188, 189) pertaining to Suite Room Service inclusive of “Suite Room service Provided/Not Provided”, “the number of Guest Stations belonging to one Suite Room”, etc..
Page 842 AHSU 3. Data Entry Instructions TENANT NUMBER (TN) TYPE (TYPE) 0/1 STATION NUMBER (STN) TYPE 0 = Single Suite Room Note 1 = Double Suite Room Note: When assigning Double Suite Room , Single Suite Room data assignment is necessary in advance. When TYPE=0 (Single Suite Room) PHANTOM SUITE ROOM SLAVE...
Page 843 ADSS ADSS: Assignment of Direct Station Select 1. General This command is used to assign the called number data corresponding to the Hotel Attendant Console’s DSS (Direct Station Select) key. 2. Precautions This command is used for the Hotel Application only. The DSS function is only valid for the Hotel Attendant Console and may not be assigned for Business Sys- tem Console.
Page 844 ADSS 3. Data Entry Instructions Destination number to be called frequently station Enter the Attendant number, the specific outside party number (including number. the originating ACC). DIRECT STATION SELECT KEY DIGIT CODE (DC) ATTENDANT NUMBER (ATT) NUMBER (DSS) Max. 14 DIGITS Enter DSS Key number (1-10) ND-70348 (E) CHAPTER 4...
Page 845 ASPF ASPF: Assignment of Special Access Code Floor 1. General This command is used to assign Floor Data for the Access Code of the Floor Service. 2. Precautions This command is used for the Hotel Application only. When assigning data by this command, the ASYD command, SYS 1, INDEX 165, bit7 = 1 (Floor Service is provided) must have been assigned.
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Page 857 ISSUE No. ISSUE No. PAGE No. PAGE No. ISSUE 3 ISSUE 4 ISSUE 5 ISSUE 6 DATE OCTOBER, 2000 DATE MARCH, 2001 DATE DECEMBER, 2001 DATE ISSUE 7 ISSUE 8 ISSUE 9 ISSUE 10 DATE DATE DATE DATE NEAX7400 ICS (IMX) Command Manual Revision Sheet 12/12 ND-70348(E)

NEC NEAX 7400 IMX Command Manual

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