ZAND - System data

This AMO can be used to change, interrogate, and regenerate central system data. The data is divided into different data types to provide a better overview.

ALLDATA This includes all central system data from the database with the exception of the data that is changed by means of AMO FEASU (features).
ALLDATA2 Added to this are a newly introduced country code and a pointer for the call processing buffer (CPB). Additional central system data are in this branch, because the number of parameters in branch ALLDATA has reached a technical limit.
ALLDATA3 Additional central system data are in this branch, because the number of parameters in branch ALLDATA2 has reached a technical limit.
LCR Settings for LCR - Class of services
RNGTYPE The types of ringing can be changed via the administration and maintenance system to suit the various call types.
LOADWARE Change loadware for individual line modules or SIU
CCM The parameters for the branch CCM are system-specific
CIT Configure virtual stations, settings for API interface
TONES Tone table, assignment of CP tones to SIU tones
SIUTONE Selection of country-specific settings for SIU, DTR, CONFO, and CONFC
CONFC Selection of country-specific settings for CODE, CONFAT, STNAT. This branch is only for compact hardware
OPTLOAD Load option table from hard disk
OPTTBL Modify option table in database
CCD Modify call charge display for station and attendant
DIUSL Errortypes which cause softlocks may be entered
ATND Settings for attendant console only
RESERVE Settings in CENTR_FCT_SWITCH_SET. The meaning of each setting will be descripted in the release notes. Previous RESERVE parameters are migrated to AMO ZAND/ZANDE - see Release Notes for exact details.
OPTISET Settings for OPTISET/OPTIPOINT devices
SIUXPER Settings for peripheral SIUX boards
ACD Settings for ACD-G
VMI Settings for analog Voice Mail Interface
DOMAIN Settings for Domain Identification of CUG
KEYSYS Settings for Key System
DIST Modify Diversion Sequence Table in database
ACC Settings for Account Code
LEDTYPE Assignment of LED cadences to 5 LED situations
MLPP Multi-Level Precedence and Preemption Service

Data which requires a special permission may be switched by function SET. All tables (except TONES, OPTTBL: Hard Disk) that are processed by means of this AMO must be initialized by the database, thus eliminating the function ADD from this AMO. The data is consequently only changed, interrogated, and regenerated.

Cross Reference to Other AMOs:

AMO DIMSU : Dimensioning of FLEXAMA memory

Destination Processor: BP (Switching Unit)

Functions

REGENERATE Regenarate central system data SWU password class 2
DISPLAY Interrogate central system data SWU password class 0
CHANGE Change central system data in SWU password class 2
SET Set values for ACD-G in system data SWU (See also CHANGE-ZAND:ACD) password class 5

Procedure Overview

REGENERATE-ZAND

REGENERATE-ZAND [TYPE=<param>];

Example:
Regenerate system data. If the modules for the loadware variant LWVAR are all initialized with the default value 0, they are not regenerated.

Input:
REG-ZAND;

Output:
 CHANGE-ZAND:ALLDATA,PICKUP,NO,TA,YES,NO,TA,YES,MUSIC,RA,5,YES,YES,DDMM, 0 ,NO, 1 ,,80,
             100,NO,NO, 1 ,NO,0,5,NO,1-2-100,MODE1,719,YES,NO,NO,YES,NO,YES,NO,NO,NO,NO,
             NO,NO,NO,NO,NO,NO,NO,NO,YES,NO,NO;
 CHANGE-ZAND:ALLDATA2,NO,NO,NO,NO,NO,NO,NO,NO,1,NO,NO,NO,NO,NO,NO,PRESSBUT,CENTER,HICOM,YES,
             NO, STANDARD ,NO,YES,NO,1,NO,NO, * XXX * ,NO,NO,NO,NO,GERMAN,YES,NODIV,
             NO,NO,NO,SWITOVER,NO,NO,YES,NO,,NO,INTDNIS,NO,NO,NO, 0 ;
 CHANGE-ZAND:ALLDATA3,20,YES,YES,NO,,NO,NO;
 CHANGE-ZAND:RNGTYPE, DBLR2 , SGLR2 , DBLR1 , SGLR1 , SGLR2 , SGLR1 , SGLR2 , PRR , MTR , SGLR1 , DBLR2 , SGLR2 ;
 CHANGE-ZAND:CCM,YES,RNGBK,NO,YES,NO,NO,NO,NO,NO,NO,NO,NO,NO;
 CHANGE-ZAND:CIT,10,0, ,;
 CHANGE-ZAND:TN, 01 , 00 , 00 , 0 ;
 CHANGE-ZAND:CONFC,ALAW,0,3;
 CHANGE-ZAND:OPTLOAD;
 CHANGE-ZAND:OPTTBL,10,2,E1,;
 CHANGE-ZAND:OPTTBL,10,3,66,;
 CHANGE-ZAND:DIUSL,1,NOACT,REMAL&REMAL64&LOFRA64&AIS64&NOSIG64&REMCRC,RES;
 CHANGE-ZAND:CCD,AMOUNT,100, 1 ,NO,NO;
 CHANGE-ZAND:ATND,2,EXT1,YES,YES,NO,NO,NO,NO,NO,NO,NO,NO,NO,NO,NO,0,NO,NO,NO,NO,1,YES,NO,NO,NO,YES;
 CHANGE-ZAND:OPTISET, 24HOUR ,EUROPE,GERMAN&GERMAN&GERMAN&GERMAN&GERMAN,19,4,2,2,1,4,NORMAL,80,7,YES, 2 ,
             NO,4,2,3,NO,NO,NO,NO,NO;
 CHANGE-ZAND:SIUXPER, 0 , 0 ;
 CHANGE-ZAND:ACD,NO,NO,,NO,NO,NO;
 CHANGE-ZAND:VMI,NO,8,6,NO,NO,NO,NO,NO,NO;
 CHANGE-ZAND:DOMAIN,PRIVATE,1;
 CHANGE-ZAND:KEYSYS,NO,NO,YES,YES;
 CHANGE-ZAND:ACC,F,NO;
 CHANGE-ZAND:LEDTYPE, FAST , SLOW , OFF , SLOW , FAST ;
 CHANGE-ZAND:DIST,1,CFU,10,CFU;
 CHANGE-ZAND:DIST,1,CFB,1,NONE;
 CHANGE-ZAND:DIST,1,CFNR,1,NONE;
 CHANGE-ZAND:DIST,1,CD,1,NONE;
 CHANGE-ZAND:DIST,2,CFU,10,CFU&CFB&CFNR&CD;
 CHANGE-ZAND:DIST,2,CFB,10,CFU&CFB&CFNR&CD;
 CHANGE-ZAND:DIST,2,CFNR,10,CFU&CFB&CFNR&CD;
 CHANGE-ZAND:DIST,2,CD,10,CFU&CFB&CFNR&CD;
 CHANGE-ZAND:DIST,3,CFU,10,CFU;
 CHANGE-ZAND:DIST,3,CFB,1,NONE;
 CHANGE-ZAND:DIST,3,CFNR,1,NONE;
 CHANGE-ZAND:DIST,3,CD,1,NONE;
 CHANGE-ZAND:DIST,4,CFU,10,CFU&CFB&CFNR&CD;
 CHANGE-ZAND:DIST,4,CFB,10,CFU&CFB&CFNR&CD;
 CHANGE-ZAND:DIST,4,CFNR,10,CFU&CFB&CFNR&CD;
 CHANGE-ZAND:DIST,4,CD,10,CFU&CFB&CFNR&CD;
 CHANGE-ZAND:DIST,5,CFU,10,CFU;
 CHANGE-ZAND:DIST,5,CFB,1,NONE;
 CHANGE-ZAND:DIST,5,CFNR,1,NONE;
 CHANGE-ZAND:DIST,5,CD,1,NONE;
 CHANGE-ZAND:DIST,6,CFU,10,CFU;
 CHANGE-ZAND:DIST,6,CFB,1,NONE;
 CHANGE-ZAND:DIST,6,CFNR,1,NONE;
 CHANGE-ZAND:DIST,6,CD,1,NONE;
 CHANGE-ZAND:DIST,7,CFU,10,CFU;
 CHANGE-ZAND:DIST,7,CFB,1,NONE;
 CHANGE-ZAND:DIST,7,CFNR,1,NONE;
 CHANGE-ZAND:DIST,7,CD,1,NONE;
 CHANGE-ZAND:DIST,8,CFU,10,CFU&CFB&CFNR&CD;
 CHANGE-ZAND:DIST,8,CFB,10,CFU&CFB&CFNR&CD;
 CHANGE-ZAND:DIST,8,CFNR,10,CFU&CFB&CFNR&CD;
 CHANGE-ZAND:DIST,8,CD,10,CFU&CFB&CFNR&CD;
 CHANGE-ZAND:DIST,9,CFU,10,CFU;
 CHANGE-ZAND:DIST,9,CFB,1,NONE;
 CHANGE-ZAND:DIST,9,CFNR,1,NONE;
 CHANGE-ZAND:DIST,9,CD,1,NONE;
 CHANGE-ZAND:DIST,10,CFU,10,CFU&CFB&CFNR&CD;
 CHANGE-ZAND:DIST,10,CFB,10,CFU&CFB&CFNR&CD;
 CHANGE-ZAND:DIST,10,CFNR,10,CFU&CFB&CFNR&CD;
 CHANGE-ZAND:DIST,10,CD,10,CFU&CFB&CFNR&CD;
 CHANGE-ZAND:MLPP,NO,NO,NO,,0-0-0-0-0,NO;

DISPLAY-ZAND

DISPLAY-ZAND TYPE=<param>;

Example:
Interrogate central system data SWU

Input:
DISPLAY-ZAND:TYPE=ALLDATA;

Output:
  GENERAL SYSTEM DATA:
  ====================
 
    TRANSFER = PICKUP  ,  ALERTN   = NO  ,
    AUTHUP   = TA                           ,
    RNGBKTN  = YES ,      TRANSINH = NO  ,
    NIGHT    = TA                           ,
    ITRFWD   = YES ,      HOLDTN   = MUSIC ,
    ANATESIG = RA    ,    DSSLT    = 5 ,        CODTN    = YES , 
    CONFSUB  = YES ,      DATEDIS  = DDMM, 
    CNTRYCD  = 0  ,       RCLLT    = NO  ,      MELODY   = 1,
    TRCD     =       ,    CPBLOWL  = 80 ,       CPBUPPL  = 100,
    CUTHRU1A = NO  ,      PREDIA   = NO  ,      SIUANN   = 1,
    CO       = NO  ,      COEXN    = 0 ,        CBKNO    = 5 ,
    SEVDIG   = NO  ,      PNNO     = 1 -2  -100,
    DISPMODE = MODE1,     PNODECD  = 719   ,
    ROUTOPTP = YES ,      ROUTOPTD = NO  ,      CALLOFF  = NO  ,
    PARARING = YES ,
    DSSDEST  = NO  ,      ONEPARTY = YES ,      MSGDELAY = NO  ,
    EXCOCO   = NO  ,      TRDGTPR  = NO  ,
    COANN    = NO  ,      HOTDIAL  = NO  ,      TRANSTOG = NO  ,
    NOCFW    = NO  ,      HOLDHUNT = NO  ,      POSTDDLY = NO  ,
    EXBUSYOV = NO  ,      OVRMST   = NO  ,      OVRHUNT  = NO  ,
    CONITPRO = YES ,      RECHUNT  = NO  ,      CALLACMP = NO  ;

CHANGE-ZAND

CHANGE-ZAND
TYPE=CIT, {(min 1) FECCSDEV=<number>, APIMAX=<number>, APS=<string>, SREPOOL=<key-num>};
TYPE=CONFC, {(min 1) CODE=<param>, CONFAT=<number>, STNAT=<number>};
TYPE=ALLDATA, {(min 1) TRANSFER=<param>, ALERTN=<param>, AUTHUP=<param>, RNGBKTN=<param>, TRANSINH=<param>, NIGHT=<param>, ITRFWD=<param>, HOLDTN=<param>, ANATESIG=<param>, DSSLT=<number>, CODTN=<param>, CONFSUB=<param>, DATEDIS=<param>, CNTRYCD=<string>, RCLLT=<param>, MELODY=<string>, TRCD=<key-num>, CPBLOWL=<number>, CPBUPPL=<number>, CUTHRU1A=<param>, PREDIA=<param>, SIUANN=<string>, CO=<param>, COEXN=<number>, CBKNO=<number>, SEVDIG=<param>, PNNO=<number>, DISPMODE=<param>, PNODECD=<key-num>, ROUTOPTP=<param>, ROUTOPTD=<param>, CALLOFF=<param>, PARARING=<param>, DSSDEST=<param>, ONEPARTY=<param>, MSGDELAY=<param>, EXCOCO=<param>, TRDGTPR=<param>, COANN=<param>, HOTDIAL=<param>, TRANSTOG=<param>, NOCFW=<param>, HOLDHUNT=<param>, POSTDDLY=<param>, EXBUSYOV=<param>, OVRMST=<param>, OVRHUNT=<param>, CONITPRO=<param>, RECHUNT=<param>, CALLACMP=<param>};
TYPE=ALLDATA2, {(min 1) HOTELNUM=<key-num>, XFHGMAS=<param>, DSSPICUP=<param>, FASTCFNA=<param>, DISPCHES=<param>, DISCLHNT=<param>, FWDWACKN=<param>, BSYHANDF=<param>, FWDMAX=<number>, FWDVMS1=<param>, TRCCSN7=<param>, FWDUNDTR=<param>, COSIND=<param>, TRANSCO=<param>, ANSES=<param>, OLISFREE=<param>, TEXTDISP=<param>, PABXSELL=<param>, DSPOWNNO=<param>, DIRREC=<param>, CSDTYPE=<string>, CONFTNCD=<param>, LNR=<param>, ROLCKVCM=<param>, FACBUF=<number>, VCMTRANS=<param>, HOWLTONE=<param>, DISPNUUN=<string>, DISPTGNA=<param>, POSTDRED=<param>, GRCALL=<param>, MAILSCRL=<param>, TEXTSEL=<param>, DISPREST=<param>, UUS=<param>, NOCFWTAC=<param>, ISYNCHG=<param>, ROUTTONE=<param>, SOFTREST=<param>, CALWTANA=<param>, CBPBUSY=<param>, SWSTAT=<param>, VIRSUBNO=<param>, ECN=<key-num>, OOSTONE=<param>, TYPEDNIS=<param>, CONFTONE=<param>, DISPTONE=<param>, CAMPON=<param>, USRINGTY=<string>};
TYPE=ALLDATA3, {(min 1) NWTOPTIM=<number>, DDSIMPFL=<param>, CIDBON=<param>, RENSFWD=<param>, NETTEAM=<param>, VCOCUG=<param>, CFUI=<param>, NOCFOOO=<param>, CLIPSTD=<param>, CFNRDEST=<param>, EXANTRF=<param>, IPDAVCCF=<param>};
TYPE=DIUSL,EIDX=<number>, ACTION=<param>, ERRTYPE=<param>, [MODPWSET=<param>];
TYPE=MLPP, {(min 1) MAUTO=<param>, MCAMP=<param>, MTONE=<param>, MLPPDISP=<string>, MLPPDOM=<number>, MDIVAC=<param>};
TYPE=DIST,DIVSQIDX=<number>, DIVTYPE=<param>, {(min 1) MAXDIVNO=<number>, ALLDIVTY=<param>};
TYPE=CCD, {(min 1) CDDISPEX=<param>, CCUC=<number>, CDDISPAT=<string>, CDRRINGB=<param>, NETPROV=<param>};
TYPE=LCR, {(min 1) LCRCOSUP=<number>, XLCRCOS=<param>, LCRNSTN=<number>, XLCRNSTN=<param>, ITR=<number>};
TYPE=LOADWARE,LWTYPE=<string>, LWVAR=<string>;
TYPE=LEDTYPE, {(min 1) RINGING=<string>, HELD=<string>, CALLFWD=<string>, FEATURE=<string>, PRIORITY=<string>};
TYPE=OPTISET, {(min 1) DISPTIME=<string>, ACOUSTID=<param>, LANGID=<param>, BUSYVOL=<number>, RINGVOL=<number>, RINGSOUN=<number>, ALERTVOL=<number>, CALLVOL=<number>, SPKRVOL=<number>, ROOMCHAR=<param>, RSRSLMO=<number>, MAXVOL=<number>, SAVEVOL=<param>, TAABCTID=<string>, DISPDEL=<param>, V2RINGSO=<number>, DISPCONT=<number>, ROLLVOL=<number>, CONSONLY=<param>, MAMESCRL=<param>, SRVCALL=<param>, PICKOPT=<param>, ATONZERO=<param>, DISPLOGO=<string>, PUSECOK=<param>, CALLOG=<param>};
TYPE=OPTLOAD;
TYPE=OPTTBL,IDX=<number>, BYTE=<number>, VALUEOPT=<hex>, [NAME=<string>];
TYPE=CCM, {(min 1) STNRNG=<param>, SRCHTN=<param>, DEL=<param>, POSTDBSY=<param>, SRCHONCE=<param>, ANNINTCC=<param>, ANNEXTCC=<param>, AAFTERB=<param>, ADISPEND=<param>, SYNCACCM=<param>, NOENDPOU=<param>, OPENNO=<param>, ISYNCCCM=<param>};
TYPE=RESERVE,ELNUM=<number>, ACTIVE=<param>;
TYPE=RNGTYPE, {(min 1) DSS=<string>, FWD=<string>, EXTCO=<string>, NORM=<string>, RMDCALL=<string>, NVCE=<string>, MSGRCALL=<string>, PRI=<string>, MT=<string>, CBK=<string>, RECALL=<string>, COMGROUP=<string>};
TYPE=SIUXPER, {(min 1) LEVDTMF=<string>, LEVMFC=<string>};
TYPE=TN, {(min 1) SIUC=<string>, DTR=<string>, RDS=<string>, CONFC=<string>};
TYPE=TONES,CP=<param>, SIU=<string>;
TYPE=ATND, {(min 1) CACFWMAX=<number>, EXTBSTNN=<param>, ITRATND=<param>, ATNDTN=<param>, ATNDAL=<param>, ACCHECK=<param>, ACOVLT=<param>, OLDISPQ=<param>, ATNDDISC=<param>, ATNDHOLD=<param>, WTATND=<param>, PRICQ=<param>, OVERFLPM=<param>, AUTNS=<param>, ACEXTWFT=<param>, ACCNTRY=<number>, ISYNCAC=<param>, NOSPXTPM=<param>, CALLRETR=<param>, COD=<param>, INGHTACT=<number>, INIGHT=<param>, RINEMER=<param>, TAPALOW=<param>, COMP1000=<param>}, [CONT=<param>];
TYPE=ACD, {(min 1) ACDALLOW=<param>, MONTONE=<param>, ACDDPLN=<number>, SUPAGTNU=<param>, COCONN=<param>, TIECONN=<param>, ANNCONN=<param>};
TYPE=VMI, {(min 1) MWIOPEN=<param>, ALEN=<number>, BLEN=<number>, DTMFCTRL=<param>, PICKUP=<param>, NARELOUT=<param>, PIN=<param>, VMIBLEN=<param>};
TYPE=DOMAIN,DOMTYPE=<param>, DOMAINNR=<number>;
TYPE=KEYSYS, {(min 1) COSLNBAS=<param>, DISLNBAS=<param>, HOLDACKY=<param>, HDNOACKY=<param>};
TYPE=ACC, {(min 1) DCDRACC=<hex>, ACCONEKY=<param>};

Changing the loadware entry for SIU announcement texts:
More than one loadware variant exist on the hard disk. In order to enter the loadware variant code in the database, the following command must be used: CHA-ZAND:ALLDATA,SIUANN=6; (/ 6 / is loadware variant code in above example). The hard disk is searched for the corresponding loadware; if found, the code is entered in the database. The command ACTIVATE-USSU:SIU; is used to reload the SIU (also in standby system).

In order to select the country-specific values for the SIU tones and dial tone receivers, the parameters SIU and DTR can be changed in accordance with the appropriate SIU tone and dial tone receiver tables. The selected tables must then be loaded in the SIU (ACT-USSU:SIU; or hard restart with the AMO REST).

The parameters ANATESIG and HOLDTN in the AMO ZAND must be specified according to the following table for the various signaling types.

Parameter Signaling
HOLDTN ANATESIG External call Internal call
RA TONE Announcement Music
MUSIC TONE Musik Music
MUSIC RA Music Announcement
RA RA Announcement Announcement

Change levelvariant for peripheral SIUX:
For peripheral SIUX countryspecific levelvariants may be set by means of INIT-files.

SET-ZAND

SET-ZAND MONSLNT=<param>;

This function allows settings for ACD-G. Additional settings have to be done by means of CHANGE-ZAND. The values will be displayed by means of DISP-ZAND:TYPE=ACD;

Parameter description

AAFTERB Specify the display format to CCS (see also parameter ADISPEND)
Type of Input: single value, 8. parameter of a min-1-group
Possible Values: NO Display-info [A-Number] + address + perh. code digit (DB-Initialization) FALSE
YES Address + perh. code digit + display-info [A-Number] TRUE
ACCHECK Check of node number during connection setup.
Type of Input: single value, 6. parameter of a min-1-group
Possible Values: NO No check of node number FALSE
YES Check of node number (DB-Initialization) TRUE
ACCNTRY Loadware variant for attendant console at UP0
0 = World (DB-Initialization)
1 = USA
2 = Great Britain
3 = France
4 = China
5 = Thailand
6 = German Telekom
Type of Input: single value, 16. parameter of a min-1-group
Possible Values: numeric, 0-255
ACCONEKY Account code with one key only
Type of Input: single value, 2. parameter of a min-1-group
Possible Values: NO The CDR key triggers CDR, the ACD key triggers ACD-G (DB-Initialization) TRUE
YES ACD triggers ACD-G and CDR FALSE
ACDALLOW Allow ACD-G. During setting several checks for memory layout will be done.
Type of Input: single value, 1. parameter of a min-1-group
Possible Values: NO Switch of ACD-G. Check first for busy ACD members!!! If any, do not switch off. (DB-Initialization) FALSE
YES Allow ACD-G TRUE
ACDDPLN Set Dialplan for ACD-G-ACL
Type of Input: single value, 3. parameter of a min-1-group
Possible Values: numeric, 0-63
ACEXTWFT Considering of subscriber features.
Type of Input: single value, 15. parameter of a min-1-group
Possible Values: NO When the attendant extends an outgoing call to a station this station is called directly. (DB-Initialization) FALSE
YES When the attendant extends an outgoing call to a station then the subscriber features like callforwarding, call pickup, hunting, CHESE and Do Not disturb are considering. TRUE
ACOUSTID Acoustic filter id for Optiset/Optipoint. When value has been changed, download of devices will be activated.
Type of Input: single value, 2. parameter of a min-1-group
Possible Values: EUROPE Europe (DB-Initialization) DB_ACOUFI_EUROPE
HONGKONG Hongkong DB_ACOUFI_HONGKONG
JAPAN Japan DB_ACOUFI_JAPAN
RES1 Reserve 1 DB_ACOUFI_RESERVE_04
RES2 Reserve 2 DB_ACOUFI_RESERVE_05
RES3 Reserve 3 DB_ACOUFI_RESERVE_06
RES4 Reserve 4 DB_ACOUFI_RESERVE_07
USA USA DB_ACOUFI_US
ACOVLT AC overload indication after timeout: slow flash of overload LED on AC, if CO calls are waiting in calling queue for a certain time. Time is set by AMO CTIME,TYPESWU=TRK, Parameter ATNDTRNS. Advice: For AC-Type AC1 there is no Overload display available
Type of Input: single value, 7. parameter of a min-1-group
Possible Values: NO No AC overload indication (DB-Initialization) FALSE
YES AC overload indication after timeout TRUE
ACTION Action for which entered error types should work
Type of Input: single value, mandatory
Possible Values: NOACT No action. (No switch off of reference clock for entered L1-errors) (DB-Initialization)
SOFTLOCK Soft lock
SPECACT Special action
ACTIVE Switch of an element of CENTR_FCT_SWITCH_SET. The meaning of each setting will be decrypted in the release notes.
Type of Input: single value, mandatory
Possible Values: NO Switch off (DB-Initialization) FALSE
YES Switch on TRUE
ADISPEND Display of the last part of A-number. If A-number is too long for display to CCS and ADISPEND = NO, the first part of the number will be displayed, e.g. 004989xxxx. For ADISPEND = YES the last part will be displayed, e.g. xxx3100.(see also parameter AAFTERB)
Type of Input: single value, 9. parameter of a min-1-group
Possible Values: NO First part will be displayed (DB-Initialization) FALSE
YES Last part will be displayed TRUE
ALEN Length of a-number sent to VMI when seizing VMI.
DB-Initialization: 8
Type of Input: single value, 2. parameter of a min-1-group
Possible Values: numeric, 2-18
ALERTN Alerting tone indicates waiting central office trunk call
Type of Input: single value, 2. parameter of a min-1-group
Possible Values: NO No alert ton (DB-Initialization) FALSE
YES Alert tone TRUE
ALERTVOL Initial value for Optiset/Optipoint alert tone.
DB-Initialization: 2
Type of Input: single value, 7. parameter of a min-1-group
Possible Values: numeric, 0-7
ALLDIVTY Allowed diversion types to follow specific diversion
Type of Input: 1 to 5 single values, concatenated with &, 2. parameter of a min-1-group
Possible Values: CD CALL DEFLECTION CD
CFB CALL FORWARD BUSY CFB
CFNR CALL FORWARD NO REPLY CFNR
CFU CALL FORWARD UNCONDITIONAL CFU
NONE DELETION OF ALL ASSIGNED DIVERSION TYPES NONE
ANATESIG Analog telephone user acknowledgement mode
Type of Input: single value, 9. parameter of a min-1-group
Possible Values: RA Recorded announcement DB_SIGNAL_ANSAGE
TONE Tone (Announcement) (DB-Initialization) DB_SIGNAL_TON
ANNCONN Callers in ACD-Groups wants no charging until an ACD agent answers. Normally, the charging at carrier starts immediately after the caller is connected by ACD to ACD announcement, which is triggered by CONNECT message sent from HiPath 4000 to carrier. Most of the carriers only connect through, if they receive a CONNECT message from HiPath 4000. If a carrier supports EarlyConnect (connect through without CONNECT message), then HiPath 4000 is able to send a PROGRESS Message and play the ACD announcement to the carrier without charging. This is maximum possible for 120 seconds, cause then the carriers expect a CONNECT message for speech path connection. This parameter enables to send a PROGRESS message instead of the CONNECT message, in order to start charging as soon as the real ACD agent answers.
Type of Input: single value, 7. parameter of a min-1-group
Possible Values: NO No connect message for ACD announcement / music (DB-Initialization) FALSE
YES Connect message also for ACD announcement / music TRUE
ANNEXTCC Recorded announcement for CCS when external call
Type of Input: single value, 7. parameter of a min-1-group
Possible Values: NO No recorded announcement (DB-Initialization) FALSE
YES Recorded announcement TRUE
ANNINTCC Recorded announcement for CCS when internal call
Type of Input: single value, 6. parameter of a min-1-group
Possible Values: NO No recorded announcement (DB-Initialization) FALSE
YES Recorded announcement TRUE
ANSES Customer specific synchronized announcement
Type of Input: single value, 15. parameter of a min-1-group
Possible Values: NO No synchronized announcement (DB-Initialization) FALSE
YES Synchronized announcement TRUE
APIMAX Maximum number of allowable active API sessions. DB-Initialization: 10
Type of Input: single value, 2. parameter of a min-1-group
Possible Values: numeric, 0-9999
APS Current APS for the SWU (e.g. S0-EJ0) DB-Initialization: empty spaces
Type of Input: single value, 3. parameter of a min-1-group
Possible Values: text, 6 characters
ATNDAL Attendant console alert. After certain time parked calls will be displayed by rapid flash of LED
Type of Input: single value, 5. parameter of a min-1-group
Possible Values: NO No attendant console alert (DB-Initialization) FALSE
YES Attendant console alert TRUE
ATNDDISC Release by atnd with disconnect key during call status
Type of Input: single value, 9. parameter of a min-1-group
Possible Values: NO No release (DB-Initialization) FALSE
YES Release by atnd with disconnect key during call status TRUE
ATNDHOLD Reset status after automatically recall at attendant console for hold or parked calls. Time is set by AMO-CTIME:TYPESWU=CP1,CBRLEN=<??>
Type of Input: single value, 10. parameter of a min-1-group
Possible Values: NO No reset status (DB-Initialization) FALSE
YES Reset status after automatically recall TRUE
ATNDTN Suppress dial tone for attendant dialing
Type of Input: single value, 4. parameter of a min-1-group
Possible Values: NO Enable dial tone (DB-Initialization) FALSE
YES Suppress dial tone TRUE
ATONZERO Alerttone volume can be set to zero
Type of Input: single value, 23. parameter of a min-1-group
Possible Values: NO Alerttone volume can not be set to zero (DB-Initialization) FALSE
YES Alerttone volume can be set to zero TRUE
AUTHUP Authorization upgrade (when extending undialed lines). The values (RTA1-RTA6), TA and RTA may only be alternately specified; the values RTA1-RTA6 may be concatenated. If at least one of the values RTA1-RTA6 is specified, TA will be automatically deleted and CO additionally specified. If TA is specified, RTA1-RTA6 will be automatically deleted and CO additionally specified. If RTA is specified, TA, RTA1-RTA6 and CO will be deleted.
Type of Input: 1 to 6 single values, concatenated with &, 3. parameter of a min-1-group
Possible Values: RTA Restricted trunk access DB_AUTH_A_HALB
RTA1 Restricted trunk access 1 DB_AUTH_A_TEILFERN_1
RTA2 Restricted trunk access 2 DB_AUTH_A_TEILFERN_2
RTA3 Restricted trunk access 3 DB_AUTH_A_TEILFERN_3
RTA4 Restricted trunk access 4 DB_AUTH_A_TEILFERN_4
RTA5 Restricted trunk access 5 DB_AUTH_A_TEILFERN_5
RTA6 Restricted trunk access 6 DB_AUTH_A_TEILFERN_6
TA Toll access, unrestricted (DB-Initialization) DB_AUTH_A_FERNBERECHTIGT
AUTNS Variant to automatic night switch, if for an attendant group parameter AUTNS is set by means of AMO VFGR.
Type of Input: single value, 14. parameter of a min-1-group
Possible Values: NO Attendant console, which transferred call, will remain ready (DB-Initialization) FALSE
YES Attendant console, which transferred call, will be blocked TRUE
BLEN Length of b-number sent to VMI when seizing VMI.
DB-Initialization: 6
Type of Input: single value, 3. parameter of a min-1-group
Possible Values: numeric, 2-18
BSYHANDF Busy-tone for stations with hands-free, if called station is busy. (gratuated dialing)
Type of Input: single value, 8. parameter of a min-1-group
Possible Values: NO No Busy-tone (DB-Initialization) FALSE
YES Busy-tone TRUE
BUSYVOL Initial volume for internal reorder tone of Optiset/Optipoint.
DB-Initialization: 19
Type of Input: single value, 4. parameter of a min-1-group
Possible Values: numeric, 0-31
BYTE Byte to change in record of options table
Type of Input: single value, mandatory
Possible Values: numeric, 1-80
CACFWMAX Maximum number of call forwarding calls to central attendant console for multiple forwarding.
 0 : no external call forwarding to central attendant console. Internal forwarding to central attendant console doesn't count.
 2 : DB-Initialization
Type of Input: single value, 1. parameter of a min-1-group
Possible Values: numeric, 0-9
CALLACMP Direct call of camp on extension and camped on extension after hook on to the not involved third extension.
Type of Input: single value, 50. parameter of a min-1-group
Possible Values: NO No direct call after hook on (DB-Initialization) FALSE
YES Direct call after hook on TRUE
CALLFWD On line key when line has call forward active (DB-Initialization: OFF)
Type of Input: single value, 3. parameter of a min-1-group
Possible Values: FAST Fast DB_SYM_LED_CAD_5
FLUTTER Flutter DB_SYM_LED_CAD_4
MEDIUM Medium DB_SYM_LED_CAD_3
OFF Off DB_SYM_LED_OFF
ON On DB_SYM_LED_ON
SLOW Slow DB_SYM_LED_CAD_6
VERYFAST Very Fast DB_SYM_LED_CAD_1
WINK Wink DB_SYM_LED_CAD_2
CALLOFF Network-wide (CorNet-DPNSS) Call Offer.
Type of Input: single value, 32. parameter of a min-1-group
Possible Values: NO No network-wide Call Offer (DB-Initialization) FALSE
YES Network-wide Call Offer TRUE
CALLOG Basically the call log entries can be deleted by means of system options
Type of Input: single value, 26. parameter of a min-1-group
Possible Values: NO No Suppress 'Deletion of call log' in system option (DB-Initialization) FALSE
YES Suppress 'Deletion of call log' in system option TRUE
CALLRETR Retrieve the last call that has been transferred but not answered yet.
Type of Input: single value, 19. parameter of a min-1-group
Possible Values: NO No Retrieve of last call (DB-Initialization) FALSE
YES Retrieve of last call TRUE
CALLVOL Initial value for Optiset/Optipoint handset volume.
DB-Initialization: 1
Type of Input: single value, 8. parameter of a min-1-group
Possible Values: numeric, 0-7
CALWTANA If a call on anate is camp on, so the subscriber shall be capable of placing the first call on hold with the Flash key, answering the waiting call, and subsequently switching between both calls in privacy. ATTENTION: Pickup of call is not possible if consultation call is active.
Type of Input: single value, 40. parameter of a min-1-group
Possible Values: NO Call pickup of camp on call on anate deactivated (DB-Initialization) FALSE
YES Call pickup of camp on call on anate activated TRUE
CAMPON Act/deact US Camp-on beeps
Type of Input: single value, 49. parameter of a min-1-group
Possible Values: NO IM Campon Beep (DB-Initialization) FALSE
YES US Campon Beep TRUE
CBK Auto callback ring (DB-Initialization: SGLR1)
Type of Input: single value, 10. parameter of a min-1-group
Possible Values: DBLR1 Double burst ring 1 DB_EE_TON_AMTSRUF
DBLR2 Double burst ring 2 DB_EE_TON_SONDERRUF2
DSNP US DSN-Precedence Ring DB_EE_TON_DSN_PRECEDENCE
DSNR US DSN-Routine Ring DB_EE_TON_DSN_ROUTINE
PRR Priority ring DB_EE_TON_NOTRUF
SGLR1 Single burst ring 1 DB_EE_TON_NORMALRUF
SGLR2 Single burst ring 2 DB_EE_TON_SONDERRUF1
TRPR Triple burst ring, only for ANATE on SLMA Q2141-X or Q2157-X DB_EE_TON_SONDERRUF3
CBKNO Number of callback requests to a digite. DB-Initialization: 5
Type of Input: single value, 25. parameter of a min-1-group
Possible Values: numeric, 0-99
CBPBUSY The call back is registered for the subscriber if the subscriber was passive busy. If this subscriber becomes free of onhook of the calling party the call back is initiated
Type of Input: single value, 41. parameter of a min-1-group
Possible Values: NO Call back isn't initiated, if subscriber was passive busy (DB-Initialization) FALSE
YES Call back is initiated, if subscriber was passive busy TRUE
CCUC Customer individual conversion data per meter pulse. This value will be used as factor, e.g. 23 in Germany. DB-Initialization: 1
Type of Input: single value, 2. parameter of a min-1-group
Possible Values: numeric, 1-65535
CDDISPAT Call charge display for attendant console. The display of call charge are one or two lines. For a one line display the maximum length for the extension number which is causing the charge is 6 characters. For network wide call charge computing in ISDN the extension number is extended by the node number. For this case a two line display is available which shows more than 6 characters.
Type of Input: single value, 3. parameter of a min-1-group
Possible Values: 1 One line call charge display on attendant console (DB-Initialization) FALSE
2 Two line call charge display on attendant console TRUE
CDDISPEX Call charge display for analog and digital co for extension
Type of Input: single value, 1. parameter of a min-1-group
Possible Values: AMOUNT Display call charge unit as amount of money (DB-Initialization) FALSE
UNIT Display call charge unit as sended from CO TRUE
CDRRINGB Call detail recording active with ringback
Type of Input: single value, 4. parameter of a min-1-group
Possible Values: NO Not active (DB-Initialization) FALSE
YES Call detail recording active with ringback TRUE
CFNRDEST The CFUFIX destination is taken into account for a possible Call Forward on Busy (CFB) or Call Forward on No Reply (CFNR) during call setup. The user will not be informed about an implicitly activated CFB or CFNR via the terminal display. This means basicaly the old user interface but additionally with the possibilty to make entries for CFB or CFNR.
Type of Input: single value, 10. parameter of a min-1-group
Possible Values: ONLYCFNR Only spec. CFNR dest. will be taken into account (DB-Initialization)
USECFUF TCFUFIX destination will also be used for CFNR
CFUI Call forward user interface without station fix forwarding.

* fixed forwarding is not offert in the optiset/optipoint menu
* no forwarding information in the idle menu
* call forward led indication also for variable CFB and variable CFNR

Type of Input: single value, 7. parameter of a min-1-group
Possible Values: NO Call forward user interface with station fix forwarding (IM) (DB-Initialization) FALSE
YES Call forward user interface without station fix forwarding (to be set in US) TRUE
CIDBON Caller ID blocking for attendant calls
Type of Input: single value, 3. parameter of a min-1-group
Possible Values: NO Ignore Caller ID presentation restriction for attendant calls FALSE
YES Allways honor presentation restriction for off-net and on-net calls (DB-Initialization) TRUE
CLIPSTD CLIP Protocol Standart for analog subscribers (DB-Initialization: ETSIFSK)
Type of Input: single value, 9. parameter of a min-1-group
Possible Values: ACATDTMF DTMF WITH FIRST A AND SUBSEQ. TEL. CATEGORY 1 DB_DH_CLIP_ACAT_DTMF
BCMDMF BELCORE with FSK and Multiple Data Message Format DB_DH_CLIP_BELLCORE_MDMF
BCMDMF2 BELCORE with FSK2 and Multiple Data Message Format DB_DH_CLIP_BELLCORE_MDMF_2
BCSDMF BELCORE with FSK and Single Data Message Format DB_DH_CLIP_BELLCORE_SDMF
BCSDMF2 BELCORE with FSK 2 and Single Data Message Format DB_DH_CLIP_BELLCORE_SDMF_2
ETSIDTMF ETSI with DTMF(Dual Tone Multi Frequency) DB_DH_CLIP_ETSI_DTMF
ETSIFSK ETSI with FSK(Frequency Shift Key) DB_DH_CLIP_ETSI_FSK
ETSIFSK2 ETSI with FSK(Frequency Shift Key)2 DB_DH_CLIP_ETSI_FSK_2
CNTRYCD Loadware variant for SLMA2 / SLMAR
Type of Input: single value, 14. parameter of a min-1-group
Possible Values: 0 Germany (DB-Initialization) 0
1 Austria 2
10 Hungary 36
11 India 37
12 Oman 38
13 GUS (Russia, Ukraine, Belorussia, Georgia) 39
14 Cameroon 40
15 Israel 41
16 South Korea 42
17 Turkey 43
18 Japan 44
19 Vietnam 45
2 Switzerland 1
20 Kenya 72
21 Zimbabwe 73
23 Algeria 75
24 Nigeria 76
25 Congo 77
26 Ethiopia 78
27 Burundi 79
28 Pakistan 80
29 Yugoslavia 81
3 Belgium 3
4 Australia 7
5 Spain 5
6 Republic South Africa 6
7 Great Britain, Ireland 19
8 Finland 8
9 Portugal 13
A France 12
B Netherlands 11
C China,Tanzania 26
D Italy 4
E Malaysia 14
F Poland 15
G Mexico 16
H Danmark 17
I Argentina 18
J Czech Republic 10
K USA 25
L Luxembourg 21
M Singapore 22
N Indonisia 23
O Thailand 24
P Philippines 20
Q Brazil 9
R Greece 27
S Hongkong 28
T Morocco 29
U Sweden 30
V DSN - A-law coding 31
W DSN - U-law coding 32
CO CO ring (double) for extended non-indial CO calls.
Type of Input: single value, 23. parameter of a min-1-group
Possible Values: NO No CO ring (DB-Initialization) FALSE
YES CO ring TRUE
COANN Local through connect for outgoing CO calls after SETUP ACK. Without flag: Local Calls switch upon CALL PROC, Transit with SETUP ACK.
Type of Input: single value, 39. parameter of a min-1-group
Possible Values: NO Release (DB-Initialization) FALSE
YES Switch on TRUE
COCONN FOR CO CALLS TO ACD A CONNECTION BACK TO THE CALLING PARTY WILL BE GENERATED IMMEDIATELY AFTER CALL DISTRIBUTION (WITHOUT MUSIC OR ANNOUNCEMENT).
Type of Input: single value, 5. parameter of a min-1-group
Possible Values: NO NO CONNECT BACK TO CO (DB-Initialization) FALSE
YES CONNECT BACK TO CO AFTER CALL DISTRIBUTION TRUE
COD Control of diversion when calling target station
Type of Input: single value, 20. parameter of a min-1-group
Possible Values: NO No control of diversion (DB-Initialization) FALSE
YES Control of diversion
If COD=YES then there is no parallel ring processing even in case of PARARING=YES (branch ALLDATA)		 TRUE
CODE Speech coding.The entered value will be issued once to central system data and once for assigned LTG in the according COFI-data. The value in central system data is also valid for configuration of NCUI-boards in NBCS shelfs. Therefore this value should not be changed after configuration of NBCS-shelfs!
Type of Input: single value, 1. parameter of a min-1-group
Possible Values: ALAW A-law coding (Europe) (DB-Initialization central system data = 1, cofi-data = 0) FALSE
ULAW u-law coding (USA) TRUE
CODTN Return exchange/central office dial tone to user
Type of Input: single value, 11. parameter of a min-1-group
Possible Values: NO No CO dial tone (DB-Initialization) FALSE
YES Apply TRUE
COEXN External Night switch class for night Service station. The external class-of-service COEX is set for activated night service stations by means of this parameter (e.g. China). DB-Initialization: 0
Type of Input: single value, 24. parameter of a min-1-group
Possible Values: numeric, 0-16
COMGROUP Ring given for com group calls (DB-Initialization: SGLR2)
Type of Input: single value, 12. parameter of a min-1-group
Possible Values: DBLR2 Double burst ring 2 DB_EE_TON_SONDERRUF2
DSNP US DSN-Precedence Ring DB_EE_TON_DSN_PRECEDENCE
DSNR US DSN-Routine Ring DB_EE_TON_DSN_ROUTINE
SGLR1 Single burst ring 1 DB_EE_TON_NORMALRUF
SGLR2 Single burst ring 2 DB_EE_TON_SONDERRUF1
COMP1000 1000 company names for central office calls to the attendant
Type of Input: single value, 25. parameter of a min-1-group
Possible Values: NO Disable system option '1000 company names for central office calls to the attendant' (DB-Initialization) FALSE
YES Enable system option '1000 company names for central office calls to the attendant' TRUE
CONFAT Attenuation at conference circuit output, for all CONF parties.
For compact or noncompact HW: 0, 3, 6(dB) (DB-Initialization: 0
For extended compact HW: 0, 3(dB) (DB-Initialization: 0)
Type of Input: single value, 2. parameter of a min-1-group
Possible Values: numeric, 0, 3, 6
CONFC Selection of country specific tones for conference board of compact hardware and SCC-board.
Type of Input: single value, 4. parameter of a min-1-group
Possible Values: 0 Germany (DB-Initialization) 0
1 Austria 1
10 Hungary 36
11 India 37
12 Oman 38
13 GUS 39
14 Cameroon 40
15 Israel 41
16 Korea 42
17 Turkey 43
18 Japan 44
19 Vietnam 45
2 Switzerland 2
20 Kenya 72
21 Zimbabwe 73
23 Algeria 75
24 Nigeria 76
25 Congo 77
26 Ethiopia 78
27 Burundi 79
28 Pakistan 80
29 Yugoslavia 81
3 Belgium 3
4 Australia 4
5 Spain 5
6 South Africa 6
7 Great Britain, Ireland 7
8 Finland 8
9 Portugal/Brazil 9
A France 10
B Netherlands 11
C China,Tanzania 12
D Italy 13
E Malaysia 14
F Poland 15
G Mexico 16
H Danmark 17
J Czech Republic 19
M Singapore 22
N Indonesia 23
O Thailand 24
P Philippines 25
Q Brazil 26
R Greek 27
S Hongkong 28
T Morocco 29
U Sweden 30
CONFSUB Conference with public telephone network subscribers. This parameter defines how many public network subscriber can be called in, depending on the parameter XFER in the COT of the second CO trunk.
Type of Input: single value, 12. parameter of a min-1-group
Possible Values: NO External subscribers can be called in regardless to parameter XFER. FALSE
YES Further external subscriber can only be called in if parameter XFER is set in the COT of the second CO trunk. (DB-Initialization) TRUE
CONFTNCD Special tone when consultation dialing. Instead of internal dialtone there will be conference tone (e.g. for Thailand). This is only working, if a SIU supports an adapted tone. Note: If this parameter is set, feature call monitoring alerting tone for direct calls will be no longer available.
Type of Input: single value, 22. parameter of a min-1-group
Possible Values: NO Normal tone (DB-Initialization) FALSE
YES Special tone when consultation dialing TRUE
CONFTONE Act/deact beep mechanism in DH.
Type of Input: single value, 47. parameter of a min-1-group
Possible Values: NO Deactivate beep mechanism in DH. Confirmation Tone is IM operation. (DB-Initialization) FALSE
YES Activate beep mechanism in DH. Confirmation Tone is 3 beeps. TRUE
CONITPRO Night station gets camp on tone for incoming co-calls even when there is an internal call with a partner which has absolute camp on protection (DAS by means of AMO COSSU is set
Type of Input: single value, 48. parameter of a min-1-group
Possible Values: NO No camp on tone for night station FALSE
YES Camp on tone for night station (DB-Initialization) TRUE
CONSONLY Consult Only (DB-Initialization: NO)
Type of Input: single value, 19. parameter of a min-1-group
Possible Values: NO no FALSE
YES yes TRUE
CONT Controls AMO flow. When CONT=NO an advisory message will be prompted and depending on user entry, the AMO will be cancelled or continued. When CONT=YES is entered the AMO will be started without prompting.
Type of Input: single value, optional
Possible Values: NO no FALSE
YES yes TRUE
Default Value: NO
COSIND Individual COS changeover will not be touched by group- or time-changeover, e.g. during holidays. The COS changeover must be deactivated individually.
Type of Input: single value, 13. parameter of a min-1-group
Possible Values: NO No individual COS changeover (DB-Initialization) FALSE
YES Individual COS changeover TRUE
COSLNBAS Use COS belonging to the line appearance instead of COS belonging to the device hosting the line appearance.
It is highly recommanded to set always the same value as for DISLNBAS!
Type of Input: single value, 1. parameter of a min-1-group
Possible Values: NO Use COS belonging to the device hosting the line appearance (DB-Initialization) FALSE
YES Use COS belonging to the line appearance TRUE
CP Call processing tone
Type of Input: single value, mandatory
Possible Values: ALERT Notification/alert tone DB_NIGHT_EXT_ALERTING_TONE
ANNICPT Announcement for attendant intercept DB_ANSAGE_BEI_AWVPL
BONHK B-party on hook (for US only) DB_PARTNER_RELEASED_TONE
BRKMSGWT Broken dial tone when message waiting DB_NO_ANSWER_RECALL_ID_TON
BUSY Busy tone DB_BESETZTTON
CAMP Camp-on tone DB_ANKLOPFTON
CAMPRBK Ringback tone when camped on DB_SPECIAL_RINGBACK_TONE
CBKALERT Callback alert tone DB_CALL_BACK_ACKNOW_TONE
CCMABSEN CCM tracer in rack DB_WARTETON_PSM_ABSENCE
CMALTONE Call monitoring alerting tone DB_MITHOER_AUFMERK_TON
CONFDISC Conference disconnect tone DB_CALL_CONF_DISC_TONE
CONFTN Conference tone DB_CONFERENCE_TONE
CONG Congestion tone DB_GASSENBESETZT
DATA Data tone DB_DATENRUFTON_V25
DISCTONE Disconnect tone DB_EMERGENCY_DISC_TONE
DND Do not disturb tone DB_ANRUF_SCHUTZ_TON
EXTDTN External Dial tone DB_WTON_EXTERN
EXTDTN2 Secondary co dial tone DB_SECOND_DIAL_TONE
FCAMP First camp-on tone DB_ERSTER_ANKLOPFTON
FRNGBK First burst of ringback tone DB_ERST_FREITON
HOLD Hold tone DB_WAIT_IN_HOLD_STATE_TONE
HOLDCCS Hold tone code calling system (ccs) DB_WARTETON_PSE
HOLDEXT Hold tone external DB_WARTETON_EXTERN
HOLDH1 Hold tone hold 1 DB_WARTETON_HALTEN_1
HOLDH2 Hold tone hold 2 DB_WARTETON_HALTEN_2
HOLDHUNT Hold tone hunting-group DB_WARTETON_SA
HOLDINT Hold tone internal DB_WARTETON_INTERN
HOLDLINE Hold the line please DB_BITTE_WARTEN
HOWLTONE Howltone after busytone timeout DB_HOWLER_TONE
HUNTGRUP Announcement huntgroup queue DB_ANN_SAAO
IMPOSSFM Impossible for the moment DB_ZUR_ZEIT_NICHT_MOEGLICH
INTDTN Internal dial tone DB_WTON_INTERN
KNCONF Camp-on tone for conference DB_ANKLOPFTON_KONF
LCRET LCR Expensive route tone DB_EXPENSIVE_TONE
LOCANN Local announcement DB_ORTSANSAGE
MOH Music on hold DB_MUSIC_ON_HOLD
MWI Message waiting indication DB_NACHRICHT_LIEGT_VOR
NACK Negative acknowledgement tone DB_QTON_NEGATIV
NODIAL Timeout tone if digits not dialed DB_DIAL_TIME_OUT_TONE
NOPO Not possible DB_NICHT_MOEGLICH
NOTALWD Not allowed DB_NICHT_BERECHTIGT
NOTREACH Not reachable DB_TLN_NICHT_ERREICHBAR
NU Number unobtainable tone DB_NU_TON
OFFHKTRQ Off hook trunk queueing DB_QUEUE_TONE_SHORT
OVR Automatic override tone DB_AUTOMAT_INTRUSION_TONE
OVRTN Override tone DB_AUFSCHALTETON
OVRWARN Override warning tone DB_INTRUS_PREWARNING_TONE
PACK Positive acknowledgement tone DB_QTON_POSITIV
PACKWD Positive acknowledge tone with dialing DB_QTON_POSITIV_MIT_WAHL
POSTDIAL Announcement post dial DB_ANN_POST_DIAL
RECDIALT Recall Dial Tone DB_RECALL_DIAL_TONE
REORDER Reorder tone (includes BONHK-Tone outside US) DB_AUFFORD_Z_VERZICHT_TON
REQDIALT Request Dial Tone DB_REQUEST_DIAL_TONE
RNGBK Ringback tone DB_FREITON
ROUTTONE SCNF France: Connect routing tone DB_ROUTING_TONE
RTCHKNTF LCR route check not finished DB_ROUTE_ADV_TONE
RTOTON1 Test for first tone receiver group DB_RTO_TEST_TONE_RECEIVER_1
RTOTON2 Test for second tone receiver group DB_RTO_TEST_TONE_RECEIVER_2
SECDIALT Second Dial Tone DB_PAUSED_DIAL_TONE
SPEC Special dial tone DB_SONDER_WTON
TEST Test tone DB_TEST_TONE_SENDER
VOICEMAL Voice mail DB_VOICE_MAIL
ZIPTONE Alerttone for acd-g automatic connection DB_ZIP_TONE
CPBLOWL CPB-LOWER-LIMIT (CPB = call processing buffer). The number of CPBs is determined by means of AMO-DIMSU. Some of the CPBs must remain available for incoming calls, forwarded calls and off-hook recall/code blue connections. Parameter CPBLOWL defines the CPB index up to which CPBs are available for initial seizure. The CPBs are seized in sequence, starting at the highest index down to the lower limit index. When this limit is reached, the device handler will permit no further initial seizures. A second parameter, CPB-UPPER-LIMIT, defines the number of CPBs which must be released before the OVERLOAD status is reset. The value for the parameter CBPLOWL must be greater than the number of line circuits (see AMO DIMSU). DB-Initialization: 80
Type of Input: single value, 18. parameter of a min-1-group
Possible Values: numeric, 1-999
CPBUPPL CPB-UPPER-LIMIT (CPB = call processing buffer). The value for this parameter must be greater than CPBLOWL. The difference should not be too small, so that the system does not constantly have to switch between the overload and normal states. CPBUPPL must also be equal or less than the maximum number of CPBs (AMO DIMSU). DB-Initialization: 100
Type of Input: single value, 19. parameter of a min-1-group
Possible Values: numeric, 1-999
CSDTYPE Set enhanced function for central speed dial. In addition to use of 2 or 3 digits (STANDARD) speed dial numbers it is possible to use 4 digits (4DIG) to enhance to up to 10000 destinations. For customer individual central speed dial 5 digits speed dial numbers are possible. (For further information see system release documentation)
Type of Input: single value, 21. parameter of a min-1-group
Possible Values: 4DIG CSD enhancement up to 10000 destinations DB_AM_CSD_FEAT_4_DIGITS
5DIG Customer individual CSD with translation table DB_AM_CSD_FEAT_5_DIGITS
STANDARD Standard CSD, 2 or 3 digits (DB-Initialization) DB_AM_CSD_FEAT_STANDARD
CUTHRU1A Early cut-through of incoming speech path for external 1A call setup
Type of Input: single value, 20. parameter of a min-1-group
Possible Values: NO No Cut-through (DB-Initialization) FALSE
YES Cut-through TRUE
DATEDIS Date display form (for attendant console and digital voice terminal displays)
Type of Input: single value, 13. parameter of a min-1-group
Possible Values: DDMM Day/Month format (DB-Initialization) TRUE
MMDD Month/Day format FALSE
DCDRACC Default CDR Account Code.Default is a string with H'0F. Deletion of DCDRACC to the default value is possible with entering the input value 'F'.
Type of Input: single value, 1. parameter of a min-1-group
Possible Values: hexadecimal, up to 12 characters
DDSIMPFL Enable/disable automatic consult/flash when a name key is pressed
Type of Input: single value, 2. parameter of a min-1-group
Possible Values: NO Disable automatic consult/flash when a name key is pressed FALSE
YES (DB-Initialisierung) Enable automatic consult/flash when a name key is pressed (DB-Initialization) TRUE
DEL Deletion of search job after hook on
Type of Input: single value, 3. parameter of a min-1-group
Possible Values: NO Keep search job FALSE
YES Deletion of search job (DB-Initialization) TRUE
DIRREC Direct recall after transfer by means of universal night answer without call queuing
Type of Input: single value, 20. parameter of a min-1-group
Possible Values: NO No recall (DB-Initialization) FALSE
YES Direct recall TRUE
DISCLHNT Last member in hunting group is allowed to leave the group
Type of Input: single value, 6. parameter of a min-1-group
Possible Values: NO No leaving of group (DB-Initialization) FALSE
YES Leaving of group TRUE
DISLNBAS Display station number and subcriber name belonging to the line appearance instead of those belonging to the device hosting the line appearance.
It is highly recommanded to set always the same value as for COSLNBAS!
Type of Input: single value, 2. parameter of a min-1-group
Possible Values: NO Show no. and name belonging to the device hosting the line appearance (DB-Initialization) FALSE
YES Show no. and name of used line TRUE
DISPCHES Display number and name to first and second secretary instead of CHEF1/CHEF2
Type of Input: single value, 5. parameter of a min-1-group
Possible Values: NO Display CHEF1/CHEF2 (DB-Initialization) FALSE
YES Display number and name TRUE
DISPCONT Initial value for optipoint 500 Display Contrast.
DB-Initialization: 2
Type of Input: single value, 17. parameter of a min-1-group
Possible Values: numeric, 0-3
DISPDEL Timed delete of calling number in display
Type of Input: single value, 15. parameter of a min-1-group
Possible Values: NO Keep calling number in display (DB-Initialization) FALSE
YES Timed delete of calling number in display TRUE
DISPLOGO Customer logo to display at Optiset/Optipoint in idle state
Type of Input: single value, 24. parameter of a min-1-group
Possible Values: text (case sensitive), 1 to 22 characters
DISPMODE Display-Mode for flexible display of name and extension.
Type of Input: single value, 28. parameter of a min-1-group
Possible Values: MODE1 Display extension and name, if text to long: cut name (DB-Initialization) DB_DM_EXT_NO_AND_NAME
MODE2 Display extension only DB_DM_ONLY_EXT_NO
MODE3 Display name only DB_DM_ONLY_NAME
MODE4 Display extension and name, if text to long: only extension. DB_DM_EXT_NO_AND_OPT_NAME
MODE5 Display extension and name, if text to long: # instead of extension. For MODE5 the trunk group name in AMO-BUEND (parameter NAME) has to be closed by '@'. DB_DM_OPT_NO_AND_NAME
DISPNUUN Text on display of extension B, when calling number of extension A is unknown or suppressed. This works for internal, external and public networking calls (see also parameter DISPTGNA and DISPREST). DB-Initialization = '*XXX*'
Type of Input: single value, 28. parameter of a min-1-group
Possible Values: text, up to 24 characters
DISPREST Outgoing call to restricted subscriber B never leads to showing the RICHT or BUEND name on display of the originator (subscriber A). DB-Initialization: no
Type of Input: single value, 34. parameter of a min-1-group
Possible Values: NO no FALSE
YES yes TRUE
DISPTGNA Display name of trunk group of extension, when calling number of extension A is unknown or suppressed (only external connection). See also parameter DISPNUUN and DISPREST. At internal calls the string given in parameter DISPNUUN is always displayed resp. the default value '*XXX*' in the case the calling number has been suppressed.
Type of Input: single value, 29. parameter of a min-1-group
Possible Values: NO Display string of parameter DISPNUUN. (DB-Initialization) FALSE
YES Display trunk group name TRUE
DISPTIME Time display format for Optiset/Optipoint. When value has been changed, download of devices will be activated.
Type of Input: single value, 1. parameter of a min-1-group
Possible Values: 12HOUR Time in 12-hour format (00:00 bis 12:00 am/pm) TRUE
24HOUR Time in 24-hour format (00:00 to 23:59) (DB-Initialization) FALSE
DISPTONE Act/deact tones for display phones
Type of Input: single value, 48. parameter of a min-1-group
Possible Values: NO Deactivate tones for display phones (DB-Initialization) FALSE
YES Activate tones for display phones TRUE
DIVSQIDX Diversion Sequence Table Index
Type of Input: single value, mandatory
Possible Values: numeric, 1-10
DIVTYPE Diversion type that a diversion can follow.
Type of Input: single value, mandatory
Possible Values: CD CALL DEFLECTION DB_DIVERSION_CD
CFB CALL FORWARD BUSY DB_DIVERSION_CFB
CFNR CALL FORWARD NO REPLY DB_DIVERSION_CFNR
CFU CALL FORWARD UNCONDITIONAL DB_DIVERSION_CFU
DOMAINNR Partner network identity (DB-Initialization: 1)
Type of Input: single value, mandatory
Possible Values: numeric, 0-9999
DOMTYPE Type of partner domain
Type of Input: single value, mandatory
Possible Values: DNIC Data Network DB_CUG_DOMAIN_DNIC
PRIVATE Private Network (DB-Initialization) DB_CUG_DOMAIN_PRIVATE
TCC Public Network DB_CUG_DOMAIN_TCC
DSPOWNNO Display own number if idle ( for optiset/optipoint devices )
Type of Input: single value, 19. parameter of a min-1-group
Possible Values: NO No display (DB-Initialization) FALSE
YES Display own number TRUE
DSS Direct station select ring type (DB-Initialization: DBLR2)
Type of Input: single value, 1. parameter of a min-1-group
Possible Values: DBLR1 Double burst ring 1 DB_EE_TON_AMTSRUF
DBLR2 Double burst ring 2 DB_EE_TON_SONDERRUF2
DSNP US DSN-Precedence Ring DB_EE_TON_DSN_PRECEDENCE
DSNR US DSN-Routine Ring DB_EE_TON_DSN_ROUTINE
PRR Priority ring DB_EE_TON_NOTRUF
SGLR1 Single burst ring 1 DB_EE_TON_NORMALRUF
SGLR2 Single burst ring 2 DB_EE_TON_SONDERRUF1
TRPR Triple burst ring, only for ANATE on SLMA Q2141-X or Q2157-X DB_EE_TON_SONDERRUF3
DSSDEST Programming of dss keys for digital terminals
Type of Input: single value, 34. parameter of a min-1-group
Possible Values: NO Programming of dss keys not allowed (DB-Initialization) FALSE
YES Programming of dss keys allowed TRUE
DSSLT Number of direct station select partners (limit); defines number of times a station can be entered as a DSS destination (see also AMO DIMSU, no. of memories for DSS partner entries). DB-Initialization: 10
Type of Input: single value, 10. parameter of a min-1-group
Possible Values: numeric, 5, 10, 15, 20, 25, 30, 35, 40, 45, 50, 55, 60, 65, 70
DSSPICUP Use of direct station select for pickup without checking membership in PICKUP-GROUP or CHESE. If DSSPICUP is not set, pickup is possible only in own PICKUP-GROUP/CHESE.
Type of Input: single value, 3. parameter of a min-1-group
Possible Values: NO Pickup only in own group (DB-Initialization) FALSE
YES Pickup without checking membership in group TRUE
DTMFCTRL Control of VMI by Digite dtmf post-dialing instead of vmi-d-channel
Type of Input: single value, 4. parameter of a min-1-group
Possible Values: NO Control by vmi-d-channel (DB-Initialization) FALSE
YES Control by dtmf post-dialing TRUE
DTR Selection of country-specific dial tone receiver table
Type of Input: single value, 2. parameter of a min-1-group
Possible Values: 0 Germany (DB-Initialization)
1 Austria
10 Hungary
12 Oman
13 GUS
14 Cameroon
15 Israel
16 Korea (South)
17 Turkey
18 Japan
19 Vietnam
2 Switzerland
20 Kenya
21 Zimbabwe
23 Algeria
24 Nigeria
25 Congo
26 Ethiopia
27 Burundi
28 Pakistan
29 Yugoslavia
3 Belgium
4 Australia
5 Spain
6 South Africa
7 Great Britain, Ireland
8 Finland
9 Portugal/Brazil
A France
B Netherlands
C China,Tanzania
D Italy
E Malaysia
F Poland
G Mexico
H Danmark
J Czech Republic
K USA
M Singapore
N Indonesia
O Thailand
P Philippines
Q Brazil
R Greek
S Hongkong
T Morocco
U Sweden
ECN System-wide Emergency Callback Number to be used when the particular calling device has no DID Number. Entering five stars (*****) resets parameter ECN to its DB initialization value
Type of Input: single value, 44. parameter of a min-1-group
Possible Values: 0-9,*,#,A-D, up to 22 characters
EIDX Index to element of table dep_lock_tbl containing errortypes for soft lock, no action and special action for PCM- and S2-routes. (DB-Initialization: 1)
Type of Input: single value, mandatory
Possible Values: numeric, 1-10
ELNUM Number of element to be switched in CENTR_FCT_SWITCH_SET. The meaning of each setting will be descripted in the release notes. Previous RESERVE parameters are migrated to AMO ZAND/ZANDE - see Release Notes for exact details.
Type of Input: single value, mandatory
Possible Values: numeric, 120, 130, 142, 158, 163, 171, 185, 198, 199
ERRTYPE Errortypes (Reason) for soft lock, no action and special action. Input of ...ERRTYPE=NOERR,MODPWSET=RES; sets to empty powerset.
Type of Input: 1 to 16 single values, concatenated with &, mandatory
Possible Values: AIS AIS alarm DB_DEP_AIS
AIS64 AIS alarm 64k DB_DEP_AIS_64K
BITSLIP bit slipped DB_DEP_BIT_SLIP
ERRMILL bit-error-rate -6 DB_DEP_BIT_BFR_6
ERRTHOU bit-error-rate -3 DB_DEP_BIT_BFR_3
LOFRA lost frame DB_DEP_LOST_FRAME
LOFRA64 lost frame 64k DB_DEP_LOST_MFAS
LOSTCELL lost_cell DB_DEP_LOST_CELL
NOERR No errortype {}
NOSIG no signal (2-mhz) DB_DEP_NO_SIGNAL
NOSIG64 no signal 64k DB_DEP_NO_SIGNAL_64K
REMAL remote alarm DB_DEP_REMOTE_AL
REMAL64 remote alarm 64k DB_DEP_REMOTE_CAS
REMCRC remote_crc DB_DEP_REMOTE_CRC
RES18 reserve 18 DB_DEP_RESERVE_18
RES19 reserve 19 DB_DEP_RESERVE_19
RES20 reserve 20 DB_DEP_RESERVE_20
RES21 reserve 21 DB_DEP_RESERVE_21
RES22 reserve 22 DB_DEP_RESERVE_22
RES23 reserve 23 DB_DEP_RESERVE_23
RXFIFO rx_fifo_ofl DB_DEP_RX_FIFO_OFL
SLM SLM DB_DEP_SLM
STUFFERR stuff_err DB_DEP_STUFF_ERR
TXFIFO tx_fifo_ofl DB_DEP_TX_FIFO_OFL
UTOPIA utopia_fault DB_DEP_UTOPIA_FAULT
EXANTRF If the parameter is set, an announcement may be routed to the caller in case of an alert message with progress indicator 8 (Inband information now available) from the external station also after transfer. If the parameter is not set, the caller will only hear Music on Hold (MOH)/ring tone. Furthermore the ZAND parameter RNGBKTN must be set to YES and the COT parameter CHRT must not be set
Type of Input: single value, 11. parameter of a min-1-group
Possible Values: NO no FALSE
YES yes TRUE
Default Value: NO
EXBUSYOV Extending of co-call to busy station only if camp on is allowed
Type of Input: single value, 45. parameter of a min-1-group
Possible Values: NO No extending of co-call (DB-Initialization) FALSE
YES Extending of co-call TRUE
EXCOCO Extending co - co
Type of Input: single value, 37. parameter of a min-1-group
Possible Values: NO Extending not allowed (DB-Initialization) FALSE
YES Extending allowed TRUE
EXTBSTNN Call extension from AC to busy stn which has call in queue
Type of Input: single value, 2. parameter of a min-1-group
Possible Values: EXT1 Extending one call to busy stn (DB-Initialization)
EXT2 Extending two calls to busy stn
EXTM Extending multiple calls to busy stn
EXTCO CO/extended call ring (DB-Initialization: DBLR1)
Type of Input: single value, 3. parameter of a min-1-group
Possible Values: DBLR1 Double burst ring 1 DB_EE_TON_AMTSRUF
DBLR2 Double burst ring 2 DB_EE_TON_SONDERRUF2
DSNP US DSN-Precedence Ring DB_EE_TON_DSN_PRECEDENCE
DSNR US DSN-Routine Ring DB_EE_TON_DSN_ROUTINE
PRR Priority ring DB_EE_TON_NOTRUF
SGLR1 Single burst ring 1 DB_EE_TON_NORMALRUF
SGLR2 Single burst ring 2 DB_EE_TON_SONDERRUF1
TRPR Triple burst ring, only for ANATE on SLMA Q2141-X or Q2157-X DB_EE_TON_SONDERRUF3
FACBUF Number of facility buffers (e.g. for QSIG and INCDR).
DB-Initialization : 1
The exact maximum value will be counted dynamically; on input of a higher value the possible max. value will be set automatically and announced by advisory message. This parameter is not used anymore.
Type of Input: single value, 25. parameter of a min-1-group
Possible Values: numeric, 1-65000
FASTCFNA Fast call forwarding time for calls for night answering station (3 sec). If FASTCFNA is not set, the FWD time will be the regular one (e.g. 20 sec). In case of FASTCFNA = YES the DIST-table of this AMO-ZAND has to be changed. The CFNR values for anate or digite resp. must be incremented to allow a fast CFNA of the nightstation
Type of Input: single value, 4. parameter of a min-1-group
Possible Values: NO Normal call forwarding time (DB-Initialization) FALSE
YES Fast call forwarding time TRUE
FEATURE Led situation when a feature is active (DB-Initialization: SLOW)
Type of Input: single value, 4. parameter of a min-1-group
Possible Values: FAST Fast DB_SYM_LED_CAD_5
FLUTTER Flutter DB_SYM_LED_CAD_4
MEDIUM Medium DB_SYM_LED_CAD_3
OFF Off DB_SYM_LED_OFF
ON On DB_SYM_LED_ON
SLOW Slow DB_SYM_LED_CAD_6
VERYFAST Very Fast DB_SYM_LED_CAD_1
WINK Wink DB_SYM_LED_CAD_2
FECCSDEV Fictitious ECCS devices. Input of 0 means no virtual devices are configured, or erase all virtual devices (DB-Initialization: 0)
Type of Input: single value, 1. parameter of a min-1-group
Possible Values: numeric, 0-50
FWD Forwarded/ redirected call ring (DB-Initialization: SGLR2)
Type of Input: single value, 2. parameter of a min-1-group
Possible Values: DBLR1 Double burst ring 1 DB_EE_TON_AMTSRUF
DBLR2 Double burst ring 2 DB_EE_TON_SONDERRUF2
DSNP US DSN-Precedence Ring DB_EE_TON_DSN_PRECEDENCE
DSNR US DSN-Routine Ring DB_EE_TON_DSN_ROUTINE
PRR Priority ring DB_EE_TON_NOTRUF
SGLR1 Single burst ring 1 DB_EE_TON_NORMALRUF
SGLR2 Single burst ring 2 DB_EE_TON_SONDERRUF1
TRPR Triple burst ring, only for ANATE on SLMA Q2141-X or Q2157-X DB_EE_TON_SONDERRUF3
FWDMAX Maximum number of forwarding for forwarded calls. If A forwards calls to B and if B has activated FWD to C, any call to A will be forwarded to C. FWDNANS (Forward if no answer) is not affected by FWDMAX. If B forwarded to VMS, FWDMAX doesn't work. DB-Initialization: 5
Type of Input: single value, 9. parameter of a min-1-group
Possible Values: numeric, 1-10
FWDUNDTR Call forwarding networkwide to undialed trunks
Type of Input: single value, 12. parameter of a min-1-group
Possible Values: NO Disable (DB-Initialization) FALSE
YES Enable TRUE
FWDVMS1 Multiple forwarding of forwarded call to VMS of called destination. Parameter FWDMVMS is not valid since HIPATH 4000 .
Type of Input: single value, 10. parameter of a min-1-group
Possible Values: NO Forwarding of forwarded call to VMS of last forwarding destination (DB-Initialization) FALSE
YES Forwarding of forwarded call to VMS of called station TRUE
FWDWACKN Forwarding with acknowledge of the destination station. It is not allowed to activate the feature FWD until the destination station has acknowledged to avoid a misusage of this feature. The solution works for server only. In the base system FWDWACKN enables the programming of variable forwarding destinations for ANATEs.
Type of Input: single value, 7. parameter of a min-1-group
Possible Values: NO Call forwarding without acknowledge (DB-Initialization) FALSE
YES Call forwarding with acknowledge TRUE
GRCALL Ringing tone for all ANATE in Pick-Up Group
Type of Input: single value, 31. parameter of a min-1-group
Possible Values: NO No Ringing Tone (DB-Initialization) FALSE
YES Ringing Tone for all ANATE in Pick-Up Group TRUE
HDNOACKY Put active call into hold when pressing the another line key not corresponding to the active call
Type of Input: single value, 4. parameter of a min-1-group
Possible Values: NO Release active call when pressing another line key not corresponding to the active call FALSE
YES Put active call into hold when pressing another line key not corresponding to the active call (DB-Initialization) TRUE
HELD Led situation when a line is held (DB-Initialization: SLOW)
Type of Input: single value, 2. parameter of a min-1-group
Possible Values: FAST Fast DB_SYM_LED_CAD_5
FLUTTER Flutter DB_SYM_LED_CAD_4
MEDIUM Medium DB_SYM_LED_CAD_3
OFF Off DB_SYM_LED_OFF
ON On DB_SYM_LED_ON
SLOW Slow DB_SYM_LED_CAD_6
VERYFAST Very Fast DB_SYM_LED_CAD_1
WINK Wink DB_SYM_LED_CAD_2
HOLDACKY Put active call into hold when pressing the line key corresponding to the active call
Type of Input: single value, 3. parameter of a min-1-group
Possible Values: NO Release active call when pressing the line key corresponding to the active call FALSE
YES Put active call into hold when pressing the line key corresponding to the active call (DB-Initialization) TRUE
HOLDHUNT Hold tone when call in call queuing of hunting group (e.g. Finland).
Type of Input: single value, 43. parameter of a min-1-group
Possible Values: NO No hold tone (DB-Initialization) FALSE
YES Hold tone TRUE
HOLDTN Tone in hold state (internal and external)
Type of Input: single value, 8. parameter of a min-1-group
Possible Values: MUSIC Music (Music on hold) DB_MUSIC_ON_HOLD
RA Recorded Announcement ("Please hold the line") (DB-Initialization) DB_BITTE_WARTEN
HOTDIAL Deactivate code blue check when 1. digit is entered (Code blue is equal to hotline service).
Type of Input: single value, 40. parameter of a min-1-group
Possible Values: NO Do not deactivate code blue check (DB-Initialization) FALSE
YES Deactivate code blue check TRUE
HOTELNUM Assign station numbers with different number of digits, e.g. 118 and 1182. The shorter number will be increased by leading access code after a interdigit timeout. The interdigit time is set for ANATE by AMO-DTIM2:TYPEDH=GEN,DIALPAUT=<sec>; DIGITE by AMO-DTIM1: TYPEDH=DIGITE,DIALPAU=<sec>; (e.g. <sec> = 5). For each station number the command DEL-SCSU:<stn>,CHR&TE; has to entered when using consultation hold. By means of AMO-WABE the station numbers have to entered with leading access code. (e.g. for Thailand)
Type of Input: single value, 1. parameter of a min-1-group
Possible Values: 0-9,*,#,A-D, 1 characters
HOWLTONE Howltone after busytone timeout
Type of Input: single value, 27. parameter of a min-1-group
Possible Values: NO No Howltone (DB-Initialization) FALSE
YES Howltone TRUE
IDX Index to record of optionstable (see also AMO SBCSU Parameter VOPTIDX)

Option indexProtocol typeDevice Family
7SBNRBRINI-BRI terminal
9beliebigS2 devices for all functional protocols
(e.g. EURO-ISDN)
10SBDSS1Functional voice terminal (e.g. Profiset)
Type of Input: single value, mandatory
Possible Values: numeric, 1-10
INGHTACT Number of centralized attendant forwardings before individual night switching will be activated.
 0    : Activate individual night switching independent of any AC group
 1    : Activate individual night switching if first AC group is in night mode (DB-Initialization)
 2..9 : Activate individual night switching after routing to GNS and destination AC group is in night mode.
Type of Input: single value, 21. parameter of a min-1-group
Possible Values: numeric, 0-9
INIGHT Individual night switching (enter single night answer positions with the AMO TACSU)
Type of Input: single value, 22. parameter of a min-1-group
Possible Values: NO No single night answer position (DB-Initialization) FALSE
YES Single night answer position TRUE
IPDAVCCF If the parameter is set, IPDA connections via Conference Units or for Announcements are able to be compressed (DB-Initialization: NO)
Type of Input: single value, 12. parameter of a min-1-group
Possible Values: NO no FALSE
YES yes TRUE
ISYNCAC Use internal synchronized announcement when calling AC
Type of Input: single value, 17. parameter of a min-1-group
Possible Values: NO No synchronized announcement internal (DB-Initialization) FALSE
YES Synchronized announcement internal TRUE
ISYNCCCM Use internal synchronized announcement when calling CCM
Type of Input: single value, 13. parameter of a min-1-group
Possible Values: NO No synchronized announcement internal (DB-Initialization) FALSE
YES Synchronized announcement internal TRUE
ISYNCHG Use internal synchronized announcement when calling huntgrp
Type of Input: single value, 37. parameter of a min-1-group
Possible Values: NO No synchronized announcement internal (DB-Initialization) FALSE
YES Synchronized announcement internal TRUE
ITR Internal Traffic Restriction Group
Type of Input: 0 to 16 single values, concatenated with & or &&, 5. parameter of a min-1-group
Possible Values: numeric, 0-63
ITRATND ITR test for attendant console
Type of Input: single value, 3. parameter of a min-1-group
Possible Values: NO No ITR test FALSE
YES ITR test (DB-Initialization) TRUE
ITRFWD Internal traffic restriction group check after forwarding
Type of Input: single value, 7. parameter of a min-1-group
Possible Values: NO No check for internal traffic restriction group from A to B (DB-Initialization) FALSE
YES Check internal traffic restriction group from A to B TRUE
LANGID National character set for display of Optiset/Optipoint
Type of Input: 1 to 5 single values, concatenated with &, 3. parameter of a min-1-group
Possible Values: DUTCH Dutch DB_CHARSET_DUTCH
ENGLISH english DB_CHARSET_US_ASCII
FINNISH finnish DB_CHARSET_SCANDINAVIAN
FRENCH french DB_CHARSET_FRENCH
GERMAN german DB_CHARSET_GERMAN
GREEK greek DB_CHARSET_GREEK
ITALIAN italian DB_CHARSET_ITALIAN
PICTO Pictogram DB_CHARSET_PICTOGRAM
PORTUG portuguese DB_CHARSET_PORTUGUESE
RES1 Reserve 1 DB_CHARSET_RESERVE_10
RES2 Reserve 2 DB_CHARSET_RESERVE_11
RES3 Reserve 3 DB_CHARSET_RESERVE_12
RES4 Reserve 4 DB_CHARSET_RESERVE_13
RES5 Reserve 5 DB_CHARSET_RESERVE_14
RES6 Reserve 6 DB_CHARSET_RESERVE_15
SPANISH spanish DB_CHARSET_SPANISH
LCRCOSUP LCR COS-upgrade when extending undialed lines and when seizure of trunk by central speed dialing (see parameter XLCRCOS). 0 resets all values 1 to 64.
Type of Input: 0 to 16 single values, concatenated with & or &&, 1. parameter of a min-1-group
Possible Values: numeric, 0-64
LCRNSTN LCR Classes of service for activated night station, (see parameter XLCRNSTN). 0 resets all values 1 to 64.
Type of Input: 0 to 16 single values, concatenated with & or &&, 3. parameter of a min-1-group
Possible Values: numeric, 0-64
LEVDTMF Index to init file with country specific levels for SIUX-DTMF
Type of Input: single value, 1. parameter of a min-1-group
Possible Values: 0 + 0,8 dBm0 a-law speech coding (e.g. BRD) (DB-Initialization)
1 + 0,8 dBm0 u-law speech coding (USA)
2 + 2,08 dBm0 a-law speech coding (e.g. Spain)
3 - 5,02 dBm0 a-law speech coding (e.g. Great Britain)
4 - 3,0 dBm0 a-law speech coding (e.g. Netherlands)
LEVMFC Index to init file with country specific levels for SIUX-MFC
Type of Input: single value, 2. parameter of a min-1-group
Possible Values: 0 Default level for MFC a-law speech coding (DB-Initialization)
1 Default level for MFC u-law speech coding (USA)
2 Brazil a-law speech coding
LNR Last number redialing. This feature may be activated by pressing a "LAST-NUMBER-REDIAL" key for Digite or dialing a LNR code for ANATE.
Type of Input: single value, 23. parameter of a min-1-group
Possible Values: NO No redialing (DB-Initialization) FALSE
YES Last number redialing TRUE
LWTYPE Change loadware for individual line modules or SIU The LW type of a board can be derived from the characters 4 to 7 of LW file name.
The name of LW file can be investigated by means of DISP-BGDAT.
(e.g. SLMA Q2157-X : LW file = PZESMA20 => LW type = SMA2).
Type of Input: single value, mandatory
Possible Values: text, 4 characters
LWVAR loadware variant
Type of Input: single value, mandatory
Possible Values: 0 Germany
1 Austria
2 Switzerland
3 Belgium
4 Australia
5 Spain
6 South Africa
7 Great Britain, Ireland
8 Finland
9 Portugal/Brazil
A France
B Netherlands
C China
D Italy
E Malaysia
F Poland
G Mexico
H Danmark
J Czech Republic
K USA
M Singapore
N Indonesia
O Thailand
P Philippines
Q Brazil
R Greek
S Hongkong
T Morocco
U Sweden
MAILSCRL Scroll in mailbox of home-station from remote-station for networkwide PIN setting in one pbx. Additional the start-key may be used to start a connection to home VMS.
Type of Input: single value, 32. parameter of a min-1-group
Possible Values: NO No Scroll (DB-Initialization) FALSE
YES Scroll in mailbox TRUE
MAMESCRL Act/deact system option 'Mainmenu by scrollkey'
Type of Input: single value, 20. parameter of a min-1-group
Possible Values: NO Deactivate system option 'Mainmenu by scrollkey' (DB-Initialization) FALSE
YES Activate system option 'Mainmenu by scrollkey' TRUE
MAUTO Activation of automatic forwarding of prcedence calls (party C) to the desired station
Type of Input: single value, 1. parameter of a min-1-group
Possible Values: NO Pick up of precedence calls by onhook (NATO). (DB-Initialization) FALSE
YES System wide, for net connections the setup of the target system decides. TRUE
MAXDIVNO Max. number of diversion for specific Diversion type. 0 means no diversion allowed.
Type of Input: single value, 1. parameter of a min-1-group
Possible Values: numeric, 0-10
MAXVOL Maximum level of volume allowed for Optiset/Optipoint.
DB-Initialization: 7
Type of Input: single value, 12. parameter of a min-1-group
Possible Values: numeric, 0-7
MCAMP Activation of camp-on on a busy destination,if the destination is busy with a call at the same level
Type of Input: single value, 2. parameter of a min-1-group
Possible Values: NO The caller gets busy tone (NATO). (DB-Initialization) FALSE
YES System wide, for net connections the setup of the target system decides. TRUE
MDIVAC Customer specific parameter for diversion of incoming MLPP calls to attendant console (AC) for NO ANSWER or BUSY of destination
Type of Input: single value, 6. parameter of a min-1-group
Possible Values: NO No diversion to attendant console. (DB-Initialization) FALSE
YES Diversion to attendant console. TRUE
MELODY Melody options for MUSIC ON HOLD
Type of Input: single value, 16. parameter of a min-1-group
Possible Values: 1 A little Night Music (Mozart) (DB-Initialization)
2 Munich Coopers Dance (Bavarian Traditional)
MLPPDISP Display information for MLPP calls
Type of Input: single value, 4. parameter of a min-1-group
Possible Values: text, up to 10 characters
MLPPDOM MLPP Service Domain.The configured value is onlyused, if MLPP call setup for DSS1 connections (like ITU-T Q.955) is done and no according value is delivered by the A-Party (e.g: optiset is originator) For incoming calls this value is not checked against the configured value. (DB-Initialization: 0-0-0-0-0)
Type of Input: 5 single values, concatenated with -, 5. parameter of a min-1-group
Possible Values: numeric, 0-255
MODPWSET Modify values for powerset errtype. Input of ...ERRTYPE=NOERR,MODPWSET=RES; sets to empty powerset. Defaultvalue: ADD
Type of Input: single value, optional
Possible Values: ADD Add elements to powerset
RES Reset powerset
SUB Subtract elements of powerset
MONSLNT ACD-G Silent monitoring
Type of Input: single value, mandatory
Possible Values: NO ACD-G no silent monitoring (DB-Initialization) FALSE
YES ACD-G silent monitoring TRUE
MONTONE ACD-G tone monitoring
Type of Input: single value, 2. parameter of a min-1-group
Possible Values: NO ACD-G no tone monitoring (DB-Initialization) FALSE
YES ACD-G tone monitoring TRUE
MSGDELAY Message delay for error messages on pcm-routes (e.g. France). The suppression time and stabilization time are set by AMO LWPAR (TYPE=DIUC,BLNO,...SUPPTIM,STABTIM). The according parameters (AMO-LWPAR: TYPE=DIUC,BLNO) are assigned by AMO BCSU (TYPE=DIU, LWPAR1,LWPAR2) to pcm-route 1 or pcm-route 2.
Type of Input: single value, 36. parameter of a min-1-group
Possible Values: NO No message delay (DB-Initialization) FALSE
YES Message delay TRUE
MSGRCALL Messenger call ring type (DB-Initialization: SGLR2)
Type of Input: single value, 7. parameter of a min-1-group
Possible Values: DBLR1 Double burst ring 1 DB_EE_TON_AMTSRUF
DBLR2 Double burst ring 2 DB_EE_TON_SONDERRUF2
DSNP US DSN-Precedence Ring DB_EE_TON_DSN_PRECEDENCE
DSNR US DSN-Routine Ring DB_EE_TON_DSN_ROUTINE
PRR Priority ring DB_EE_TON_NOTRUF
SGLR1 Single burst ring 1 DB_EE_TON_NORMALRUF
SGLR2 Single burst ring 2 DB_EE_TON_SONDERRUF1
TRPR Triple burst ring, only for ANATE on SLMA Q2141-X or Q2157-X DB_EE_TON_SONDERRUF3
MT Multi tone ring (DB-Initialization: MTR)
Type of Input: single value, 9. parameter of a min-1-group
Possible Values: DBLR1 Double burst ring 1 DB_EE_TON_AMTSRUF
DBLR2 Double burst ring 2 DB_EE_TON_SONDERRUF2
DSNP US DSN-Precedence Ring DB_EE_TON_DSN_PRECEDENCE
DSNR US DSN-Routine Ring DB_EE_TON_DSN_ROUTINE
MTR Multi tone ring DB_EE_TON_MEHRTON
PRR Priority ring DB_EE_TON_NOTRUF
SGLR1 Single burst ring 1 DB_EE_TON_NORMALRUF
SGLR2 Single burst ring 2 DB_EE_TON_SONDERRUF1
TRPR Triple burst ring, ANATE on SLMA Q2141-X or Q2157-X DB_EE_TON_SONDERRUF3
MTONE Activation of disctone (disconnection tone) apply for seperating caller (Bemilcom).
Type of Input: single value, 3. parameter of a min-1-group
Possible Values: NO Seperating caller gets the ringback tone (NATO).The seperated parties gets disctone (disconnection tone) independent of this parameter. (DB-Initialization) FALSE
YES System wide, for net connections the setup of the origin system decides. TRUE
MWIOPEN Message Waiting Indication im open numbered network. Station number must end with '#'.
Type of Input: single value, 1. parameter of a min-1-group
Possible Values: NO No Message waiting indication (DB-Initialization) FALSE
YES Message waiting indication TRUE
NAME Symbolic name for record of options table as userhint
Type of Input: single value, optional
Possible Values: text, 1 to 20 characters
NARELOUT No autorelease for VMI outgoing calls
Type of Input: single value, 6. parameter of a min-1-group
Possible Values: NO Autorelease for VMI outgoing calls (DB-Initialization) FALSE
YES No autorelease for VMI outgoing calls TRUE
NETPROV Use network provided number for incoming CDR. This avoids customer, which are allowed manipulating their own numbers, sending numbers which cannot be used for plain charge recording.
Type of Input: single value, 5. parameter of a min-1-group
Possible Values: NO User provided number for CDR (DB-Initialization) FALSE
YES Use network provided number for CDR TRUE
NETTEAM Set this flag for all nodes in the network where network-wide teams are entered. CAUTION: This parameter can only be switched on! Switch off only possible via new installation (GENDB).
Type of Input: single value, 5. parameter of a min-1-group
Possible Values: YES Switch on of network-wide team function for this node TRUE
NIGHT CO (exchange) trunk access for activated night switch. The values (RTA1-RTA6), TA and RTA may only be alternately specified (the values RTA1-RTA6 may be concatenated). If at least one of the values RTA1-RTA6 is specified, TA will be automatically deleted and CO additionally specified. If TA is specified, RTA1-RTA6 will be automatically deleted and CO additionally specified. If RTA is specified, TA, RTA1-RTA6 and CO will be deleted
Type of Input: 1 to 6 single values, concatenated with &, 6. parameter of a min-1-group
Possible Values: RTA Restricted trunk access DB_AUTH_A_HALB
RTA1 Restricted trunk access 1 DB_AUTH_A_TEILFERN_1
RTA2 Restricted trunk access 2 DB_AUTH_A_TEILFERN_2
RTA3 Restricted trunk access 3 DB_AUTH_A_TEILFERN_3
RTA4 Restricted trunk access 4 DB_AUTH_A_TEILFERN_4
RTA5 Restricted trunk access 5 DB_AUTH_A_TEILFERN_5
RTA6 Restricted trunk access 6 DB_AUTH_A_TEILFERN_6
TA Toll access, unrestricted (DB-Initialization) DB_AUTH_A_FERNBERECHTIGT
NOCFOOO No call forwarding if destination is out of order
Type of Input: single value, 8. parameter of a min-1-group
Possible Values: NO Deactivate system option 'No call forwarding if destination is out of order' (DB-Initialization) FALSE
YES Activate system option 'No call forwarding if destination is out of order' TRUE
NOCFW Checking call forwarding destination if ready when activating. (Destination must be e.g READY, no do not disturb).
Type of Input: single value, 42. parameter of a min-1-group
Possible Values: NO No checking (DB-Initialization) FALSE
YES Checking TRUE
NOCFWTAC No call forwarding to attendant console allowed
Type of Input: single value, 36. parameter of a min-1-group
Possible Values: NO Call forwarding to AC (DB-Initialization) FALSE
YES No call forwarding to AC TRUE
NOENDPOU Pager number may be ended with '#' if number is shorter than length assigned by means of AMO TSCSU parameter STNOLEN
Type of Input: single value, 11. parameter of a min-1-group
Possible Values: NO Pagernumberlength fixed (DB-Initialization) FALSE
YES End pager number with pound TRUE
NORM Standard ring (DB-Initialization: SGLR1)
Type of Input: single value, 4. parameter of a min-1-group
Possible Values: DBLR1 Double burst ring 1 DB_EE_TON_AMTSRUF
DBLR2 Double burst ring 2 DB_EE_TON_SONDERRUF2
DSNP US DSN-Precedence Ring DB_EE_TON_DSN_PRECEDENCE
DSNR US DSN-Routine Ring DB_EE_TON_DSN_ROUTINE
PRR Priority ring DB_EE_TON_NOTRUF
SGLR1 Single burst ring 1 DB_EE_TON_NORMALRUF
SGLR2 Single burst ring 2 DB_EE_TON_SONDERRUF1
TRPR Triple burst ring, only for ANATE on SLMA Q2141-X or Q2157-X DB_EE_TON_SONDERRUF3
NOSPXTPM No Speed extend from the AC to a voice mail server
Type of Input: single value, 18. parameter of a min-1-group
Possible Values: NO If the attendant reaches a voice mail or phone mail system via speed extend then speed extend will be done. (DB-Initialization)
Exception: Hipath integrated VMS.		 FALSE
YES No Speed extend from the AC to a voice mail server. If the attendant reaches a voice mail or phone mail system via speed extend then the server connection is released. The attendant can transfer the call via regular extend (using the extend-key).
Exception: There is no speed extend possible to the Hipath integrated VMS.		 TRUE
NVCE Non-voice call ring (DB-Initialization: SGLR1)
Type of Input: single value, 6. parameter of a min-1-group
Possible Values: DBLR1 Double burst ring 1 DB_EE_TON_AMTSRUF
DBLR2 Double burst ring 2 DB_EE_TON_SONDERRUF2
DSNP US DSN-Precedence Ring DB_EE_TON_DSN_PRECEDENCE
DSNR US DSN-Routine Ring DB_EE_TON_DSN_ROUTINE
PRR Priority ring DB_EE_TON_NOTRUF
SGLR1 Single burst ring 1 DB_EE_TON_NORMALRUF
SGLR2 Single burst ring 2 DB_EE_TON_SONDERRUF1
TRPR Triple burst ring, only for ANATE on SLMA Q2141-X or Q2157-X DB_EE_TON_SONDERRUF3
NWTOPTIM Polling Timer period in seconds for 'Automatic Collection of PBX Node Numbers' (DB-Initialization: 0)
Type of Input: single value, 1. parameter of a min-1-group
Possible Values: numeric, 0-65535
OLDISPQ Overload display - quantity: Slow flash of overload LED on AC, if at least one CO call is waiting in calling queue, or rapid flash, if there are more CO calls waiting than AC are available.
Type of Input: single value, 8. parameter of a min-1-group
Possible Values: NO No AC overload indication (DB-Initialization) FALSE
YES AC overload indication by quantity TRUE
OLISFREE Way of switching from open listening to hands-free talking
Type of Input: single value, 16. parameter of a min-1-group
Possible Values: ONHOOK On hook TRUE
PRESSBUT Press loudspreaker button during on hook (DB-Initialization) FALSE
ONEPARTY One-Party-Save. When Soft-restart not only two-party calls (Stn - stn, stn - trunk, trunk - trunk) but incoming, already retrieved calls (e.g. AC-calls in all states, consulting hold out of CO, add-on conference with CO) will be saved.
Type of Input: single value, 35. parameter of a min-1-group
Possible Values: NO No One-Party-Save FALSE
YES One-Party-Save (DB-Initialization) TRUE
OOSTONE Out of Service Tone on/off for signed off devices
Type of Input: single value, 45. parameter of a min-1-group
Possible Values: NO Turn off out of service tone for signed off devices FALSE
YES Turn on out of service tone for signed off devices (DB-Initialization) TRUE
OPENNO Enable multiple paging (CCM) in an open numbered network.
- If the paging system is called directly, the search number always has to be finished by '#'.
- The paging system will get all search numbers with access code, e.g. it will get the following search requests:

           26          27
        --------    --------           - 263212 for searching 26-3212
        |      |    |      |
   3212-|      |    |      |--CCM      - 273421 for searching 3421
        |      |----|      |
        |      |    |      |
        |      |    |      |-3421
        |      |    |      |
        --------    --------
Type of Input: single value, 12. parameter of a min-1-group
Possible Values: NO No open numbered network (DB-Initialization) FALSE
YES Use CCM in open numbered network TRUE
OVERFLPM Overflow of calls to phonemail at attendant console
Type of Input: single value, 13. parameter of a min-1-group
Possible Values: NO No overflow of calls (DB-Initialization) FALSE
YES Overflow of calls TRUE
OVRHUNT Override hunting groups
Type of Input: single value, 47. parameter of a min-1-group
Possible Values: NO No override hunting groups (DB-Initialization) FALSE
YES Override hunting groups TRUE
OVRMST Override on calls in multiple states
Type of Input: single value, 46. parameter of a min-1-group
Possible Values: NO No override on calls (DB-Initialization) FALSE
YES Override on calls TRUE
PABXSELL PABX seller. For internal use only. (DB-Initialization: HICOM)
Type of Input: single value, 18. parameter of a min-1-group
Possible Values:
PARARING Parallel ring to AC and station for recall and attendant intercept
Type of Input: single value, 33. parameter of a min-1-group
Possible Values: NO No parallel ring FALSE
YES Parallel ring (DB-Initialization)
If COD=YES (branch ATND) then there is no parallel ring even in case of PARARING=YES		 TRUE
PICKOPT Act/deact system option 'pick or pick-pick mode'
Type of Input: single value, 22. parameter of a min-1-group
Possible Values: NO (DB-Initialisierung) pick mode Pressing the PU key once shall * pickup a camp-on call or * does a group pickup (DB-Initialization) FALSE
YES pick-pick mode : Pressing the PU key once shall pickup a campon call or initiate directed call pickup (if there is no camp-on call) Pressing the PU key twice shall execute group pickup TRUE
PICKUP Pickup of a VMI transferred call. User may not control VMI via d-channel any longer.
Type of Input: single value, 5. parameter of a min-1-group
Possible Values: NO No pickup of a VMI transferred call (DB-Initialization) FALSE
YES Pickup of a VMI transferred call TRUE
PIN When a user is identified at a remote station, depending on this switch, the number of the home station or the number of the remote station is sent to server.
Type of Input: single value, 7. parameter of a min-1-group
Possible Values: NO Send number of remotestation (DB-Initialization) FALSE
YES Send number of homestation TRUE
PNNO Physical node number for unambiguous identification in network. The PNNO is only used for features 'Automatic collection of net topology' and 'Call data recording'; it is not used for the LCR mechanism (only virtual node numbers are used here). In a system which is within a net compound the PNNO must be configured at any time (unequal zero node number). PNNO is used by following AMOs : KNTOP and RICHT (for closed numbering plan only for information purposes).
The node number can have 1 to 3 levels. Form :
<level2>-<level1>-<level0> (e.g. 1-2-3 or 3-15 => corresponds to 0-3-15, or 222 => corresponds to 0-0-222).
The levels must be built up from low level to high level (not valid : e.g. 1-0-12 or 1-0-0).
All node numbers in net must be adapted to the top level.
Level0 = 0 - 999
Level1 = 0 - 253
Level2 = 0 - 29
(DB-Initialization : 0)
Type of Input: 1 to 3 single values, concatenated with -, 27. parameter of a min-1-group
Possible Values: numeric, 0-999
PNODECD Acces Code for own physical node.
This Access Code enables other physical nodes to call (access) the own physical node.
It must be unique for each physical node within the network for all kind of numbering schemes (e.g. open / closed).
It is used for the features 'Route Optimization', 'Automatic Collection of Node Numbers' and 'Network Wide Pickup Groups'.
This Access Code has to be configured in own node in WABE as Digit Analysis Result = OWNNODE, in all remote nodes in WABE as Digit Analysis Result = TIE.
Additionally at the remote nodes the Access Code has to be configured by AMO RICHT and associated with a tie trunk group.
Type of Input: single value, 29. parameter of a min-1-group
Possible Values: 0-9,*,#,A-D, up to 6 characters
POSTDBSY Post dialing when busy
Type of Input: single value, 4. parameter of a min-1-group
Possible Values: NO No post dialing FALSE
YES Post dialing when busy (DB-Initialization) TRUE
POSTDDLY Post dialing delay. Send digits delayed for DTMF-post dialing connection for VMX (e.g. connection of OCTEL Server). Time for delay is set by AMO-DTIM2:TYPE=GEN,CRFIND=<time>; (e.g. <time> = 300 msec).
Type of Input: single value, 44. parameter of a min-1-group
Possible Values: NO No post dialing delay (DB-Initialization) FALSE
YES Post dialing delay TRUE
POSTDRED DTMF-Postdial of code REDIAL allowed
Type of Input: single value, 30. parameter of a min-1-group
Possible Values: NO No DTMF-Postdial (DB-Initialization) FALSE
YES DTMF-Postdial TRUE
PREDIA Pre-dialog, seizure for INFO 2000 server
Type of Input: single value, 21. parameter of a min-1-group
Possible Values: NO No Pre-dialog (DB-Initialization) FALSE
YES Pre-dialog TRUE
PRI Priority ring (DB-Initialization: PRR)
Type of Input: single value, 8. parameter of a min-1-group
Possible Values: DBLR1 Double burst ring 1 DB_EE_TON_AMTSRUF
DBLR2 Double burst ring 2 DB_EE_TON_SONDERRUF2
DSNP US DSN-Precedence Ring DB_EE_TON_DSN_PRECEDENCE
DSNR US DSN-Routine Ring DB_EE_TON_DSN_ROUTINE
PRR Priority ring DB_EE_TON_NOTRUF
SGLR1 Single burst ring 1 DB_EE_TON_NORMALRUF
SGLR2 Single burst ring 2 DB_EE_TON_SONDERRUF1
TRPR Triple burst ring, only for ANATE on SLMA Q2141-X or Q2157-X DB_EE_TON_SONDERRUF3
PRICQ (Not used today) Upgrading of priority in call queue (priority for waiting calls is raised at specific time intervals) (DB-Initialization: NO)
Type of Input: single value, 12. parameter of a min-1-group
Possible Values: NO no FALSE
YES yes TRUE
PRIORITY Led situation when urgency is indicated (DB-Initialization: FAST)
Type of Input: single value, 5. parameter of a min-1-group
Possible Values: FAST Fast DB_SYM_LED_CAD_5
FLUTTER Flutter DB_SYM_LED_CAD_4
MEDIUM Medium DB_SYM_LED_CAD_3
OFF Off DB_SYM_LED_OFF
ON On DB_SYM_LED_ON
SLOW Slow DB_SYM_LED_CAD_6
VERYFAST Very Fast DB_SYM_LED_CAD_1
WINK Wink DB_SYM_LED_CAD_2
PUSECOK Pick up of second call enabled with OK key
Type of Input: single value, 25. parameter of a min-1-group
Possible Values: NO Pick up with access code or pick up key possible FALSE
YES Pick up additional with OK key possible (DB-Initialization) TRUE
RCLLT Recall limit (e.g. for France). If YES is entered, the callback timeout specified in AMO CTIME (TYPESWU=CP1, parameter RECALL) is activated. The basic initialization value is 40 seconds.
Type of Input: single value, 15. parameter of a min-1-group
Possible Values: NO No recall limit (DB-Initialization) FALSE
YES Recall limit TRUE
RDS RDS Functionality
Type of Input: single value, 3. parameter of a min-1-group
Possible Values: 0 Germany (DB-Initialization)
1 Austria
10 Hungary
12 Oman
13 GUS
14 Cameroon
15 Israel
16 Korea (South)
17 Turkey
18 Japan
19 Vietnam
2 Switzerland
20 Kenya
21 Zimbabwe
23 Algeria
24 Nigeria
25 Congo
26 Ethiopia
27 Burundi
28 Pakistan
29 Yugoslavia
3 Belgium
4 Australia
5 Spain
6 South Africa
7 Great Britain, Ireland
8 Finland
9 Portugal/Brazil
A France
B Netherlands
C China,Tanzania
D Italy
E Malaysia
F Poland
G Mexico
H Danmark
J Czech Republic
K USA
M Singapore
N Indonesia
O Thailand
P Philippines
Q Brazil
R Greek
S Hongkong
T Morocco
U Sweden
RECALL Ring given for Recall (DB-Initialization: SGLR1)
Type of Input: single value, 11. parameter of a min-1-group
Possible Values: DBLR1 Double burst ring 1 DB_EE_TON_AMTSRUF
DBLR2 Double burst ring 2 DB_EE_TON_SONDERRUF2
DSNP US DSN-Precedence Ring DB_EE_TON_DSN_PRECEDENCE
DSNR US DSN-Routine Ring DB_EE_TON_DSN_ROUTINE
PRR Priority ring DB_EE_TON_NOTRUF
SGLR1 Single burst ring 1 DB_EE_TON_NORMALRUF
SGLR2 Single burst ring 2 DB_EE_TON_SONDERRUF1
TRPR Triple burst ring, only for ANATE on SLMA Q2141-X or Q2157-X DB_EE_TON_SONDERRUF3
RECHUNT Recall after transfer even called party is in call queue hunt
Type of Input: single value, 49. parameter of a min-1-group
Possible Values: NO No recall (DB-Initialization) FALSE
YES Recall TRUE
RENSFWD Enable/disable 'recall from hold/night station'
Type of Input: single value, 4. parameter of a min-1-group
Possible Values: NO Disable 'recall from hold/night station' (DB-Initialization) FALSE
YES Enable 'recall from hold/night station' TRUE
RINEMER ringing cadence for emergency
Type of Input: single value, 23. parameter of a min-1-group
Possible Values: NO Continious Ringing for Normal Calls, Interrupted Ringing for Emergency Calls FALSE
YES (DB-Initialisierung) Continious Ringing for Emergency Calls, Interrupted Ringing for Normal Calls (DB-Initialization) TRUE
RINGING Led situation when a phone is ringing (DB-Initialization: FAST)
Type of Input: single value, 1. parameter of a min-1-group
Possible Values: FAST Fast DB_SYM_LED_CAD_5
FLUTTER Flutter DB_SYM_LED_CAD_4
MEDIUM Medium DB_SYM_LED_CAD_3
OFF Off DB_SYM_LED_OFF
ON On DB_SYM_LED_ON
SLOW Slow DB_SYM_LED_CAD_6
VERYFAST Very Fast DB_SYM_LED_CAD_1
WINK Wink DB_SYM_LED_CAD_2
RINGSOUN Initial value for Optiset ringer sound.
DB-Initialization: 2
Type of Input: single value, 6. parameter of a min-1-group
Possible Values: numeric, 0-7
RINGVOL Initial value for Optiset/Optipoint ringer volume.
DB-Initialization: 4
Type of Input: single value, 5. parameter of a min-1-group
Possible Values: numeric, 0-7
RMDCALL Reminder call (appointment) ring type
Type of Input: single value, 5. parameter of a min-1-group
Possible Values: DBLR1 Double burst ring 1 DB_EE_TON_AMTSRUF
DBLR2 Double burst ring 2 DB_EE_TON_SONDERRUF2
DSNP US DSN-Precedence Ring DB_EE_TON_DSN_PRECEDENCE
DSNR US DSN-Routine Ring DB_EE_TON_DSN_ROUTINE
PRR Priority ring DB_EE_TON_NOTRUF
SGLR1 Single burst ring 1 DB_EE_TON_NORMALRUF
SGLR2 Single burst ring 2 DB_EE_TON_SONDERRUF1
TRPR Triple burst ring, only for ANATE on SLMA Q2141-X or Q2157-X DB_EE_TON_SONDERRUF3
RNGBKTN Ringback tone during ringing; if the call is transferred to an idle station, the ringing tone is transmitted to the waiting party.
Type of Input: single value, 4. parameter of a min-1-group
Possible Values: NO No tone to waiting party (DB-Initialization) FALSE
YES Ringback tone to waiting party TRUE
ROLCKVCM (Not used today) Route Optimization lock when voice compression. (DB-Initialization: NO)
Type of Input: single value, 24. parameter of a min-1-group
Possible Values: NO no FALSE
YES yes TRUE
ROLLVOL Initial value for rollover ring volume.
DB-Initialization: 2
Type of Input: single value, 18. parameter of a min-1-group
Possible Values: numeric, 0-7
ROOMCHAR Room characteristic for hands-free talking (DB-Initialization: NORMAL)
Type of Input: single value, 10. parameter of a min-1-group
Possible Values: ECHO Echoing room DB_SYM_HF_MOD_REVER
NORMAL Normal room DB_SYM_HF_MOD_NORMAL
QUIET Quiet room DB_SYM_HF_MOD_QUIET
ROUTOPTD Route optimization disable. No RO-request will be send of this node. The parameter does not effect this node, from which the new route is setup.
Type of Input: single value, 31. parameter of a min-1-group
Possible Values: NO Route optimization not disabled (DB-Initialization) FALSE
YES Route optimization disable TRUE
ROUTOPTP Route optimization only be used of primary route of directions, which are assigned for feature least cost routing.
Type of Input: single value, 30. parameter of a min-1-group
Possible Values: NO No Route optimization (DB-Initialization) FALSE
YES Route optimization TRUE
ROUTTONE SNCF France: Activate connect routing tone which is switched to A-subscriber between end of dial and ringback or busy tone
Type of Input: single value, 38. parameter of a min-1-group
Possible Values: NO Connect routing tone deactivated (DB-Initialization) FALSE
YES Connect routing tone activated TRUE
RSRSLMO Threshold value for resource availability check for SLMO and SLMQ boards. When value has been changed, a message will be send to boards.
DB-Initialization: 80
Type of Input: single value, 11. parameter of a min-1-group
Possible Values: numeric, 0-255
SAVEVOL Save volume setting made manually on Optiset/Optipoint.
DB-Initialization: 7
Type of Input: single value, 13. parameter of a min-1-group
Possible Values: NO No save of setting FALSE
YES Save volume setting made manually (DB-Initialization) TRUE
SEVDIG seven or eight digit numbering, e. g. for China
Type of Input: single value, 26. parameter of a min-1-group
Possible Values: NO 6 digit numbering (DB-Initialization) FALSE
YES 7- or 8-digit numbering TRUE
SIU Assigned siu tones. Countryspecific meanings are listed in Service Handbook in country chapters. (DB-Initialization: 0)
Type of Input: single value, mandatory
Possible Values: 0 Idle channel DB_GSGP_SIU_FKT_TON_07
1 Internal dial tone DB_GSGP_SIU_FKT_TON_00
10 Positive Acknowledge tone DB_GSGP_SIU_FKT_TON_10
11 Congestion tone DB_GSGP_SIU_FKT_TON_11
12 Conference tone DB_GSGP_SIU_FKT_TON_12
13 2nd CO dial tone DB_GSGP_SIU_FKT_TON_13
14 Negative acknowlegde tone DB_GSGP_SIU_FKT_TON_14
15 Testtone DB_GSGP_SIU_FKT_TON_15
16 Text: Please hold the line DB_GSGP_SIU_FKT_TEXT_01
17 Text: Number not available DB_GSGP_SIU_FKT_TEXT_11
18 Text: Function not possible DB_GSGP_SIU_FKT_TEXT_02
19 Text: Access not authorized DB_GSGP_SIU_FKT_TEXT_03
2 External dial tone DB_GSGP_SIU_FKT_TON_01
20 Text: Currently in use DB_GSGP_SIU_FKT_TEXT_12
21 Text: You have a message DB_GSGP_SIU_FKT_TEXT_13
22 Music on hold DB_GSGP_SIU_FKT_MUSIK
23 Conference auxiliary tone 2 DB_GSGP_SIU_FKT_TON_16
24 Conference auxiliary tone DB_GSGP_SIU_FKT_TON_17
26 LCR-Expensive tone DB_GSGP_SIU_FKT_TON_18
3 Special dial tone DB_GSGP_SIU_FKT_TON_08
4 Ringback tone DB_GSGP_SIU_FKT_TON_02
5 Busy tone DB_GSGP_SIU_FKT_TON_03
6 Override tone DB_GSGP_SIU_FKT_TON_04
7 Camp-on tone DB_GSGP_SIU_FKT_TON_05
8 Number Unobtainable tone DB_GSGP_SIU_FKT_TON_09
9 Data ring tone DB_GSGP_SIU_FKT_TON_06
SIUANN Set options for SIU announcement texts. Enter loadware variant of HD in DB (reload SIU with ACT-USSU: SIU;) Display command shows loadware entry in DB (e.g. 0).
Type of Input: single value, 22. parameter of a min-1-group
Possible Values: 1 German (DB-Initialization)
2 English
3 French
4 Spanish
5 Portuguese
6 Dutch
7 Danish
8 Finnish
9 Portuguese (Brazil)
A Italian
C chinese
D American-English
E Hungarian
F Polish
H Russian (CIS)
N Greek
SIUC Selection of country-specific SIU tone table
Type of Input: single value, 1. parameter of a min-1-group
Possible Values: 0 Germany (DB-Initialization)
1 Austria
10 Hungary
12 Oman
13 GUS
14 Cameroon
15 Israel
16 Korea (South)
17 Turkey
18 Japan
19 Vietnam
2 Switzerland
20 Kenya
21 Zimbabwe
23 Algeria
24 Nigeria
25 Congo
26 Ethiopia
27 Burundi
28 Pakistan
29 Yugoslavia
3 Belgium
4 Australia
5 Spain
6 South Africa
7 Great Britain, Ireland
8 Finland
9 Portugal/Brazil
A France
B Netherlands
C China,Tanzania
D Italy
E Malaysia
F Poland
G Mexico
H Danmark
J Czech Republic
K USA
M Singapore
N Indonesia
O Thailand
P Philippines
Q Brazil
R Greek
S Hongkong
T Morocco
U Sweden
V DSN - A-law coding
W DSN - U-law coding
SOFTREST Soft Restart behavior on redundant systems
Type of Input: single value, 39. parameter of a min-1-group
Possible Values: SIMPLEX Software errors on the active side will produce a soft restart simplex on the active side to allow for recovery TRUE
SWITOVER A software error on the active side automatically causes a switchover on a redundant system. (DB-Initialization) FALSE
SPKRVOL Initial value for Optiset/Optipoint loudspeaker volume.
DB-Initialization: 4
Type of Input: single value, 9. parameter of a min-1-group
Possible Values: numeric, 0-7
SRCHONCE One station can be searched once only the same time. Every additional searching station gets busy tone.
Type of Input: single value, 5. parameter of a min-1-group
Possible Values: NO Multiple search (DB-Initialization) FALSE
YES Search once TRUE
SRCHTN Internal search tones (DB-Initialization: RNGBK)
Type of Input: single value, 2. parameter of a min-1-group
Possible Values: KNTNINT Internal camp-on tone DB_ANKLOPFTON
MUSIC Music DB_MUSIC_ON_HOLD
RNGBK Ringback tone DB_FREITON
SREPOOL Huntgroup number for OPTISET used as support subscriber for Teleworking Feature AUTOLOGON. Within AMO-SBCSU the support subscriber configuration must be INS = SIGNOFF! This field stores the pilot number of a hunt group of signed-off extensions. (Hunt group must be defined and populated via AMO SA.) During Teleworking logon, the client's desk phone extension is signed off and relocated to the Teleworking server. This pool may be used by AutosetRelocate to obtain a signed-off extension which will then be signed-on to the vacated desk phone.
Type of Input: single value, 4. parameter of a min-1-group
Possible Values: 0-9,*,#,A-D, up to 12 characters
SRVCALL Act/deact system option 'No service mode during voice call'
Type of Input: single value, 21. parameter of a min-1-group
Possible Values: NO Deactivate system option 'No service mode during voice call' (DB-Initialization) FALSE
YES " Activate system option ' No service mode during voice call ' TRUE
STNAT Attenuation for stations at conference circuit input. Applies only to certain conference participants, e. g. public network subscribers. The CONFAT values still apply for these stations.
For compact or noncompact HW: 0, 3, 6(dB) (DB-Initialization: 0
For extended compact HW: 0, 3, 6, 9(dB) (DB-Initialization: 0)
;
Type of Input: single value, 3. parameter of a min-1-group
Possible Values: numeric, 0, 3, 6, 9
STNRNG Parallel station ring option. Simultanous CCM search and station call
Type of Input: single value, 1. parameter of a min-1-group
Possible Values: NO CCM only (DB-Initialization) FALSE
YES Parallel station ring option TRUE
SUPAGTNU For an ACD call the calling party will not get the number of the ringing ACD agent, the number of the ACD group will be displayed instead.
Type of Input: single value, 4. parameter of a min-1-group
Possible Values: NO Display Agent-number (DB-Initialization) FALSE
YES Display ACD-DNIS number and phonemail name TRUE
SWSTAT This switch is used to deactivate and activate the peripheral statistics.
Type of Input: single value, 42. parameter of a min-1-group
Possible Values: NO peripheral statistics switched off FALSE
YES peripheral statistics switched on (DB-Initialization) TRUE
SYNCACCM Use synchronized announcement CCM
Type of Input: single value, 10. parameter of a min-1-group
Possible Values: NO No synchronized announcement (DB-Initialization) FALSE
YES Synchronized announcement TRUE
TAABCTID CorNet-TS country id for ta-a/b of optiset/optipoint (DB-Initialization: 2)
Type of Input: single value, 14. parameter of a min-1-group
Possible Values: 00 Not defined 0
01 Great Britain 1 1
02 Germany 2
03 Netherlands 3
04 Spain 4
05 Portugal 5
06 Not defined 6
07 Italy 7
08 Greece 8
09 France 9
0A Albania 10
0B Argentinal 11
0C Austria 12
0D Belgium 13
0E Canada 14
0F China 15
10 Czech Republic 16
11 USA 17
12 Danmark 18
13 Finland 19
14 Gibraltar 20
15 Hungary 21
16 Iceland 22
17 India 23
18 Ireland 24
19 Korea 25
1A Luxembourg 26
1B Malaysia 27
1C Mexico 28
1D Not defined 29
1E Norwayo 30
1F Philippines 31
20 Poland 32
21 Hongkong 33
22 Rumania 34
23 Not defined 35
24 GUS 36
25 Singapore 37
26 Republic South Africa 38
27 Sweden 39
28 Switzerland 40
29 Taiwan 41
2A Thailand 42
2B Venezuela 43
2C AustraliaAustralien 44
2D Brazil 45
2E Great Britain 2 46
2F Not defined 47
30 Not defined 48
31 Japan 49
32 Not defined 50
TAPALOW Enable/disable of manual tape recording
Type of Input: single value, 24. parameter of a min-1-group
Possible Values: NO Prevents manual tape recording FALSE
YES Allows manual tape recording (DB-Initialization) TRUE
TEXTDISP Text display format on device display (Not for Optiset/Optipoint) (DB-Initialization: CENTER)
Type of Input: single value, 17. parameter of a min-1-group
Possible Values: CENTER Text alignment center on display FALSE
LEFT Text alignment left on display TRUE
TEXTSEL General settings for individual language setting of display texts. The AP-specific setting can be done via AMO UCSU, parameter TEXTSEL. The subscriber individual setting will be done by means of AMO SBCSU or AMO SCSU, parameter TEXTSEL. None of the languages may be stated more than once. The multiple entries will be ignored and the advisory message H14 will be displayed. The first language will act as the default language of the switch. All languages are entered one after the other in the language index table. If less than 5 languages are stated, the remaining places of the table are filled with blank. There is an additional check if the corresponding test-subsystems are available on hard disk. If not, the language will be ignored and the message F34 will be displayed. (DB-Initialization: GERMAN)
Type of Input: 1 to 5 single values, concatenated with &, 33. parameter of a min-1-group
Possible Values: AMERICAN american english '0D'
BRAZIL brazilian '09'
CATALAN catalan '0Q'
CHINESE chinese '0C'
CHITRAD chinese traditional '1C'
CROATIAN croatian '0W'
CZECH czech '0G'
CZECHDIA czech with diacritics '1G'
DANISH danish '07'
DUTCH dutch '06'
ENGLISH english '02'
ESTON estonian '0T'
FINNISH finnish '08'
FRENCH french '03'
GERMAN german '01'
GERNOUML German without umlauts '11'
GREEK greek '0N'
HUNGARY hungarian '0E'
INDONES indonesian '0I'
ITALIAN italian '0A'
JPN japanese '18'
KOREAN Korean '19'
LATVIAN latvian '35'
LITHUAN lithuanian '34'
MALAY malayan '0M'
NORWEG norwegian '0P'
POLISH polish '0F'
PORTUG portuguese '05'
ROMANIAN romanian '0L'
RUSSCYR russian in cyrillic letters '0H'
RUSSLAT russian in latin letters '0Z'
SERBCYR serbian (cyrillic characters) '17'
SERBLAT serbian (latin characters) '16'
SLOVAK slovakian '0O'
SLOVEN slovenian '0U'
SPANISH spanish '04'
SWEDISH swedish '0S'
THAI thai '0J'
TURKISH turkish '0V'
TIECONN FOR TIE TRUNK CALLS TO ACD A CONNECTION BACK TO THE CALLING PARTY WILL BE GENERATED IMMEDIATELY AFTER CALL DISTRIBUTION (WITHOUT MUSIC OR ANNOUNCEMENT).
Type of Input: single value, 6. parameter of a min-1-group
Possible Values: NO NO CONNECT BACK TO CALLER (DB-Initialization) FALSE
YES CONNECT BACK TO CALLER AFTER CALL DISTRIBUTION TRUE
TRANSCO Check class of service at transfer of outgoing external calls. In case the COS-access for the transfer target is NOCO, the transfer is always rejected dispite the LCOS-value. In case the transfer target has in COS a restricted trunk access RTA or a direct trunk access, e.g. TA or RTA1, the behaviour depends on the parameter TRANSCO.
Type of Input: single value, 14. parameter of a min-1-group
Possible Values: NO Transfer possible even if LCOS doesn't allow outgoing direct trunk access (DB-Initialization) FALSE
YES Transfer possible in case LCOS allows outgoing direct trunk access TRUE
TRANSFER Call transfer, activated by transferring or called part

Value Anate Digite
EXTEND extend extend
PICKUP pickup pickup/extend
EXPICKUP pickup pickup
Type of Input: single value, 1. parameter of a min-1-group
Possible Values: EXPICKUP Exclusive call pickup / call acceptance DB_UM_UEBERNEHMEN_ALLE_EG
EXTEND Call extension / transfer DB_UM_UEBERGEBEN
PICKUP Call pickup/call acceptance (DB-Initialization) DB_UM_UEBERNEHMEN
TRANSINH Call transfer inhibit for outgoing CO calls
Type of Input: single value, 5. parameter of a min-1-group
Possible Values: NO Transfer of outgoing CO calls possible (DB-Initialization) FALSE
YES Transfer not possible TRUE
TRANSTOG Automatical recall or extending after toggle. After hook on of the toggle activation extension, there will be an automatical recall to the waiting consultation hold (TRANSTOG=YES) or extending of consultation hold (TRANSTOG=NO).
Type of Input: single value, 41. parameter of a min-1-group
Possible Values: NO Extending (DB-Initialization) FALSE
YES Automatical recall TRUE
TRCCSN7 " Tracing of incoming CSN7 calls via DIUS7 ( not usable for EURO - ISDN because of blocking B-channel connections !!!)
Type of Input: single value, 11. parameter of a min-1-group
Possible Values: NO No tracing (DB-Initialization) FALSE
YES Tracing TRUE
TRCD Code for CO call tracing, if tracing with register recall no, of digits /= 0. If ****** is entered, TRCD will be deleted.
Type of Input: single value, 17. parameter of a min-1-group
Possible Values: 0-9,*,#,A-D, up to 6 characters
TRDGTPR Toll restriction for trunk calls with digit prefixing (e. g. used in Switzerland).
Type of Input: single value, 38. parameter of a min-1-group
Possible Values: NO No toll restriction (DB-Initialization) FALSE
YES Toll restriction TRUE
TYPE Desired system option
Type of Input: single value, mandatory (CHANGE / DISPLAY)
single value, optional (REGENERATE)
Possible Values: ACC Settings for Account Code
ACD Settings for ACD-G
ALLDATA This includes all central system data from the database with the exception of the data that is changed by means of AMO FEASU (features). Added to this are a newly introduced country code and a pointer for the call processing buffer (CPB).
ALLDATA2 Additional central system data are in this branch, because the number of parameters in branch ALLDATA has reached a technical limit. (CHANGE)
ALLDATA2 Additional central system data are in this branch,because the number of parameters in branch ALLDATA has reached a technical limit. (DISPLAY / REGENERATE)
ALLDATA3 Additional central system data are in this branch, because the number of parameters in branch ALLDATA2 has reached a technical limit.
ATND Settings for attendant console only
CCD Modify call charge display for station and attendant
CCM The parameters for the branch CCM are system-specific
CIT Configure virtual stations, settings for API interface
CONFC Selection of country-specific settings for CODE, CONFAT STNAT. This branch is only for compact hardware. (CHANGE)
CONFC Selection of country-specific settings for CODE, CONFAT, STNAT. This branch is only for compact hardware. (DISPLAY / REGENERATE)
DIST Modify Diversion Sequence Table in database
DIUSL Errortypes which cause softlocks may be entered.
DOMAIN Settings for Domain Identification of CUG
KEYSYS Settings for Key System
LCR Settings for LCR - Class of services
LEDTYPE Assignment of LED cadences to 5 LED situations
LOADWARE Change loadware for individual line modules or SIU
MLPP Multi-Level Precedence and Preemption Service
OPTISET Settings for Optiset/Optipoint devices
OPTLOAD Load optionstable from hard disk (CHANGE)
OPTTBL Modify option table in database
RESERVE Settings in CENTR_FCT_SWITCH_SET. The meaning of each setting will be descripted in the release notes. Previous RESERVE parameters are migrated to AMO ZAND/ZANDE - see Release Notes for exact details.
RNGTYPE The types of ringing can be changed via the administration and maintenance system to suit the various call types.
SIUXPER Settings for peripheral SIUX boards
TN Selection of country-specific settings for SIU, DTR, CONFO, and CONFC.
TONES Tone table, assignment of CP tones to SIU tones
VMI Settings for Voice Mail Interface
TYPEDNIS Dnis send option
Type of Input: single value, 46. parameter of a min-1-group
Possible Values: BOTHDNIS Send both Internal and External DNIS digits if exists DB_DNIS_OPTION_INT_EXT
EXTDNIS Send External DNIS digits if exists DB_DNIS_OPTION_EXTERNAL
INTDNIS Send Internal DNIS digits if exists (DB-Initialization) DB_DNIS_OPTION_INTERNAL
USRINGTY US Ring Types (DB-Initialization: '0')
Type of Input: single value, 50. parameter of a min-1-group
Possible Values:
UUS User-User Signalling for DSS1 Devices
Type of Input: single value, 35. parameter of a min-1-group
Possible Values: DIV Diversion of service UUS
DIVSUB Diversion only if diverting station with UUS authorization
NODIV No diversion of service UUS (DB-Initialization)
V2RINGSO Initial value for optipoint 500 ringer sound.
DB-Initialization: 4
Type of Input: single value, 16. parameter of a min-1-group
Possible Values: numeric, 0-15
VALUEOPT New value for byte in record of options table
Type of Input: single value, mandatory
Possible Values: hexadecimal, 00-FF
VCMTRANS (Not used today) Transit function of VCM board (DB-Initialization: NO)
Type of Input: single value, 26. parameter of a min-1-group
Possible Values: NO no FALSE
YES yes TRUE
VCOCUG Voice calling only in configured usergroups (DB-Initialization: NO)
Type of Input: single value, 6. parameter of a min-1-group
Possible Values: NO no FALSE
YES yes TRUE
VIRSUBNO Display the number of the virtual subscriber instead of the number of the physical station (IBM_SMART feature).
Type of Input: single value, 43. parameter of a min-1-group
Possible Values: NO display the number of the physical station (DB-Initialization) FALSE
YES display the number of the virtual subscriber TRUE
VMIBLEN Use ZAND VMI BLEN instead of Redirecting Number length
Type of Input: single value, 8. parameter of a min-1-group
Possible Values: NO no FALSE
YES yes TRUE
Default Value: NO
WTATND Switch co-call to wait state after certain time possible. (This parameter exists already in AMO-FEASU. It is added, because it belongs to France specific settings. For compatibility it remains in AMO-FEASU as well.
Type of Input: single value, 11. parameter of a min-1-group
Possible Values: NO Switch to wait state immediately (DB-Initialization) FALSE
YES Switch to wait state after timeout TRUE
XFHGMAS Transfer to master of huntgroup (HG). When a member of HG dials the number of the master, the call will not be distributed to the HG, the master will be reached directly
Type of Input: single value, 2. parameter of a min-1-group
Possible Values: NO No transfer to master of hunt group (DB-Initialization) FALSE
YES Transfer to master of hunt group TRUE
XLCRCOS Modify values for powerset LCRCOSUP. Input of ...LCRCOSUP=0; sets to empty powerset. Default value: ADD
Type of Input: single value, 2. parameter of a min-1-group
Possible Values: ADD Add elements to powerset
RES Reset powerset
SUB Subtract elements of powerset
XLCRNSTN Modify values for powerset LCRNSTN. Input of ...LCRNSTN=0; sets to empty powerset. Default value: ADD
Type of Input: single value, 4. parameter of a min-1-group
Possible Values: ADD Add elements to powerset
RES Reset powerset
SUB Subtract elements of powerset

Error Messages

F01
F01: ALLOCATE MEMORY FOR VIRTUAL DEVICES BY MEANS OF ADD-DIMSU:STN=<?>;
Cause:Not enough DIMSU Memory
Repair:Allocate more DIMSU Memory
F04
F04: CPBLOWL <lowl> MUST BE < CPBUPPL <uppl>.
F05
F05: CPBUPPL MUST ALWAYS BE < NUMBER OF CPB IN DIMSU. NUMBER OF CPBS = <numcpb>;
F07
F07: LOADWARE <loadware> <country> NOT FOUND ON HARD DISK!
F08
F08: LOADWARE <siutype> NOT FOUND ON HARD DISK!
F09
F09: LOADING OF UBGDAT <filename> IS NOT POSSIBLE.
F10
F10: NO STATION PORTS AVAILABLE FOR VIRTUAL DEVICES.
F11
F11: INSUFFICIENT MEMORY IN DEVICE TABLE,
     ADDITIONALY <free_loden> MORE DEVICES MAY BE ASSIGNED (FECCSDEV=<number>).
     ALLOCATE MORE MEMORY BY MEANS OF: ADD-DIMSU:LODEN=<?>;
F12
F12: THE VALUES (RTA1-RTA6), TA AND RTA MAY ONLY BE ALTERNATELY SPECIFIED.
F13
F13: TONTBL <filename> CAN NOT BE LOADED.
F15
F15: NO COUNTRY-SPECIFIC INITIALIZATION PRESENT ON HARD DISK
     FOR THE SPECIFIED PARAMETER SIUC.
F16
F16: NO MODULE EXISTS FOR LOADWARE <loadware> <country>.
F18
F18: TYPE = CONFC IS ONLY VALID FOR COMPACT HARDWARE.
F19
F19: FOR EXTENDED COMPACT HARDWARE OR 80CM THE PARAMETER CONFAT MAY ONLY
     HAVE THE VALUE 0 OR 3 (DB).
F20
F20: FOR COMPACT HARDWARE THE PARAMETER STNAT MAY ONLY HAVE 
     THE VALUE 0, 3 OR 6 (DB).
F21
F21: OPTIONSTABLE CANNOT BE CHANGED BEFORE LOADED.
     LOAD FIRST BY MEANS OF CHANGE-ZAND:TYPE=OPTLOAD;
F22
F22: LOADING OF OPTIONSTABLE <filename> IS NOT POSSIBLE.
F25
F25: PNNO <level> = <nodenr> NOT ALLOWED. RANGE 1 TO <maxval>.
F26
F26: MEMORY FOR REQUIRED 15 ACD ROUTING TABLES HAS NOT BEEN ALLOCATED.
     ALLOCATE MEMORY BY MEANS OF ADD-DIMSU:ACDRT=<??>;
F27
F27: CANNOT TURN ACD FEATURE ON BECAUSE NO FLEXAMA MEMORY IS ALLOCATED FOR
     THE <dimsutable> ACD TABLE. ALLOCATE MEMORY BY MEANS OF
     ADD-DIMSU:<dimsuparameter>=<??>;
F28
F28: NO MORE SUBSCRIBER USER INDEX MEMORY AVAILABLE. INCREASE
     FLEXAMA MEMORY BY MEANS OF ADD-DIMSU:STN=<??>;
F29
F29: PABXSELL cannot be assigned because the feature package is not contracted.
     Please use DISP-CODEW for display of the contracted feature packages.
     Please contact your service center if you wish to use this feature.
F31
F31: ACDDPLN is allowed only when ACD-G is disabled. Change by means of
     CHANGE-ZAND:TYPE=ACD,ACDALLOW=NO,ACDDPLN=<acdwabe>;
F32
F32: Change of already existing ACD-Dialplan and enable of ACD-G in one
     command is not allowed! Change ACDDPLN first by means of
     CHANGE-ZAND:TYPE=ACD,ACDDPLN=<acdwabe>;
     Then enable ACD-G by means of CHANGE-ZAND:TYPE=ACD,ACDALLOW=YES;
F33
F33: Change allowed only for already existing ACD-Dialplan!
     Assign ACD-G with destinct ACDDPLN by means of
     CHANGE-ZAND:TYPE=ACD,ACDALLOW=YES,ACDDPLN=<acdwabe>;
F34
F34: Textaps <filename> not present on Hard Disk.
     TEXTSEL <textsel> has not been written to DB.
F35
F35:  ACTIVATING CSDTYPE = 4DIG OF 5DIG ONLY POSSIBLE
      IF LISTS 0 TO 9 ARE ALREADY ASSIGNED BY MEANS OF AMO LRNGZ.
F36
F36:  NOT POSSIBLE TO PARTIAL DELETE FICTITIOUS ECCS DEVICES
      DELETE ALL DEVICES: FECCSDEV=0 AND THEN ADDED NEW
F37
F37:  PARAMETER CDRACC CAN TAKE ONLY NUMERIC VALUES NOT 'A'-'B'-'C'-'D'-'E'.
      OR IT CAN ONLY BE  ONE 'F'
F38
F38: PARAMETER ECN CAN TAKE ONLY NUMERIC VALUES. *,#,A-D ARE NOT VALID
F39
F39: CMI V3.0 IST NOT @@@@@@@@@@@@@.(CHA-ZANDE:TYPE=ALLDATA,CMIV30=@@@@).
F40
F40: SEVDIG MUST NOT BE ACTIVATED, IF VIRTUAL DIALING PLAN IS ACTIVE
     (PARAMETER VNR IN AMO ZANDE:TYPE=ALLDATA).
F41
F41: PNNO @@@@@@@@@@ IS INVALID,
     SINCE IT IS VIRTUAL NODE NUMBER (AMO KNDEF)

Advisory Messages

H02
H02: TYPE CONFC IS ALLOWED ONLY FOR COMPACT HARDWARE.
H03
H03: OPTIONSTABLE NOT LOADED, LOAD FIRST BY MEANS OF BY CHA-ZAND:TYPE=OPTLOAD;
H04
H04: NO DATA AVAILABLE FOR DISPLAY
H06
H06: THE ENABLED MAXIMUM VALUE <facbuf> HAS BEEN SET.
H07
H07: THE ACD FEATURE IS <[ON | OFF]>.
H08
H08: THE ACD FEATURE IS ALREADY <[ON | OFF]>.
H09
H09: RECEIVED A NEGATIVE ACKNOWLEDGMENT FROM CALL PROCESSING.
H10
H10: AGENT <agtid> IS NOT LOGGED IN BECAUSE THE DEVICE IS NOT IDLE OR
     THE DEVICE IS NOT PRESENT.
H11
H11: AGENT <agtid> IS NOT LOGGED IN BECAUSE THERE ARE NOT ENOUGH AGENT
     POSITIONS. PLEASE INCREASE FLEXAMA MEMORY BY MEANS OF
     ADD-DIMSU:ACDAGT=<??>;
H12
H12: Dialplan for ACD-G has been changed!!!
     Before enable ACD-G, check the dialplan for RTOFF by means of  TEST-ACDRT;
     Assigned number for DIRNUM in RTOFF must be member of Dialplan <acdwabe>.
     If not, change by means of
     CHANGE-ACDRT:ART=<??>,TYPE=ARTSTEP,STEP=<??>,ACT=RTOFF,DIRNUM=<??>;
     or enter access code of original DIALPLAN in DIALPLAN <acdwabe>
     ADD-WABE:CD=<??>,DPLN=<acdwabe>;
H13
H13: Dialplan <acdwabe> is assigned already
H14
H14: Multiple entry of <textsel> has been ignored
H15
H15: Agent <agtid> is not logged in because the appropriate device (AUTOEXT) is
     not idle or is unavailable. In order to log in, deactivate and activate the
     device by means of following commands
     DEACT-DSSU:OFFTYPE=DC,TYPE=STNO,STNO=<??>;
     ACT-DSSU:ONTYPE=ANL,TYPE=STNO,STNO=<??>;
H17
H17:  INGHTACT = <enchtakt> should not be greater than
      CACFWMAX+1 = <zvfummax>! Adjust the values, please.
H18
H18: THE CHANGE OF PARAMETER CODE DOES NOT TAKE EFFECT ON NCUI BOARDS
     BEFORE THOSE BOARDS ARE RESTARTED (EXEC-USSU:MODE=UPDATAP)
     THE STMI BOARDS HAVE ALSO TO BE RESET BY MEANS OF RES-BSSU.
     FOR ALAW THE VALUE 213 (H'D5) HAS TO BE ASSIGNED TO PARAMETER PATTERN
     BY MEANS OF AMO-STMIB, FOR ULAW THE VALUE 255 (H'FF) HAS TO BE ASSIGNED.
H19
H19: THE CHANGE OF PARAMETER CLIPSTD DOES NOT TAKE EFFECT ON SLMA3 BOARDS
     UNLESS THOSE BOARDS ARE RESTARTED BY MEANS OF AMO BSSU OR DSSU.
H20
H20: PARAMETER HOTELNUM CAN TAKE ONLY NUMERIC VALUES .
     * SETS THE PARAMETER TO THE DB INITIALIZATION VALUE,
     #,A-D ARE NOT VALID AND WILL BE IGNORED.
H21
H21: THIS CHANGE HAS INFLUENCE TO THE CR > 1000 COMPANY NAMES < 
     IN CORRELATION WITH ATTENDANT GROUPS. CHANGING THIS PARAMETER CAN CAUSE 
     THAT SOME CONFIGURATIONS CAN NOT BE SEEN OR DELETED 
     ANYMORE BY MEANS OF AMO-VFGKZ.
H22
H22: !! ATTENTION !!  BEFORE CHANGING THIS PARAMETER ALL CONFIGURED VFGKZ
     ENTRIES MUST BE DELETED AND CONFIGURED AGAIN AFTER CHANGE !!
     ARE YOU REALLY SURE TO CONTINUE THIS PARAMETER CHANGE ?
H23
H23: BECAUSE THE CHANGED RESTART CONCEPT DOES NOT SUPPORT THE VALUE
     SIMPLEX ANY LONGER, THIS VALUE HAS BEEN IGNORED FOR PARAMETER SOFTREST.
H24
H24: PARAMETERS SIUANN, SIUC, DTR AND SIU AFFECTS ONLY HHS SHELF CONFIGURATIONS
     AND ARE USED AS DEFAULT ON AP SHELVES. AP SHELF INDIVIDUAL CONFIGURATIONS
     HAVE TO BE DONE MANUALLY BY MEANS OF AMO-UCSU.
H25
H25: ENSURE NODE LEVEL NUMBERING IS CONSISTENT BETWEEN ZAND(PNNO) 
     AND KNDEF (NNO's).