COP - Class of Parameter for Device Handler

Specific line parameters are required for the line table of the device handler (signaling control). Such parameters are stored in the so-called line classes of parameters (Class Of Parameter = COP). A COP is allocated to each line via the line table. In each COP a specific configuration of line parameters is defined.

Destination Processor: BP (Switching Unit)

Functions

ADD	password class 2
DISPLAY	password class 0
REGENERATE	password class 2
DELETE	password class 2
CHANGE	password class 2
COPY	password class 2

Procedure Overview

ADD-COP

ADD-COP

[COPNO=<number>], [PAR=<param>], [TRK=<param>], [TOLL=<param>], [DEV=<param>], [INFO=<string>];

A line class of parameter (COP) not yet assigned is assigned with the values specified in the following parameters. If the COP is already assigned, the request is rejected. The parameter COPNO is optional. If the parameter COPNO is not specified, an available COP is automatically searched for and assigned the specified parameters.
The parameter PAR defines the set of COP parameters. If PAR is not specified, a "blank" COP from the standard data base is assigned.

Example:

All lines associated with COP 63 receive parameters BR64 (line with pulse/pause ratio (60/40)), TIM2 (start of pulsing signal supervision time 2 (25 sec) for line without start of pulsing signal) and IDP2 (interdigit time 2 (900 ms)).
The data is entered as positional parameters.

Input:

 ADD-COP:63,BR64&TIM2&IDP2;

Output:

 H01: THE COP  63 HAS BEEN ASSIGNED

DISPLAY-COP

DISPLAY-COP

[COPNO=<number>], [FORMAT=<param>], [PAR=<param>], [TRK=<param>], [TOLL=<param>], [INFOPAT=<string>], [DEV=<param>], [SOURCE=<param>], [VARNO=<number>];

Display parameter classes (COP).
The following interrogation options exist:

all assigned COPs (without specifying a parameter)
all lines linked with a COP (FORMAT=REF)
one or more specified COPs (COPNO=...)
COPs with matches with specified parameters PAR, TRUNK, TOLL
COPs with matches with specified parameters INFOPAT or DEV
Parameter SOURCE=HD starts display of standard value file on hard disk
Parameter FORMAT=S starts display of short-list, includes COPNO, INFO and DEVICE.

Examples

Interrogate COPs 41, 50, 58 and 73.

Input:

 DISPLAY-COP:41&50&58&73;

Output:

COP: 41 INFO: STANDARD VCCONN
DEVICE: VCCONN SOURCE: DB
PARAMETER:
LINE WITH START-DIAL-SIGNAL SDL
MAKE/BREAK RATIO (60/40) BR64
START-DIAL-SIGNAL TIMER 1 (AMO DTIM2: PARAMETER STADIAL1) TIM1
START-DIAL-SIGNAL TIMER 3 (AMO DTIM2: PARAMETER STADIAL3) TIM3
INTERDIGIT PAUSE 2 (AMO DTIM2: IDGT2) IDP2

COP: 50 INFO:
DEVICE: INDEP SOURCE: DB
PARAMETER:
LINE WITH START-DIAL-SIGNAL SDL
LINE WITH ANSWERING ANS
LINE WITH REMOTE BLOCKING RBLK
MAKE/BREAK RATIO (60/40) BR64
CO SEIZURE WITHOUT DIGITS ECHOING CODE
CO CONSULTATION CALL POSSIBLE COCN
START-DIAL-SIGNAL TIMER 1 (AMO DTIM2: PARAMETER STADIAL1) TIM1
START-DIAL-SIGNAL TIMER 3 (AMO DTIM2: PARAMETER STADIAL3) TIM3
PREDIALING DELAY 1 (AMO DTIM2: PDLY1) PDP1
INTERDIGIT PAUSE 1 (AMO DTIM2: IDGT1) IDP1

CO TRUNK ACCESS:
RESTRICTED TRUNK ACCESS RTA2

TOLL ACCESS:
TRUNK ACCESS TA

COP: 58 INFO:
DEVICE: INDEP SOURCE: DB
PARAMETER:
START-DIAL-SIGNAL TIMER 3 (AMO DTIM2: PARAMETER STADIAL3) TIM3
PREDIALING DELAY 1 (AMO DTIM2: PDLY1) PDP1
INTERDIGIT PAUSE 1 (AMO DTIM2: IDGT1) IDP1

Interrogate the trunks linked with the COPs 41, 50, 58 and 73.

Input:

 DISPLAY-COP:,REF;

Output:

 COP   TRUNK         BCGR  DEVICE
 -----------------------------------
   1   1- 1-115- 2         DP
       1- 1-115- 3         DP
 -----------------------------------
   4   1- 1-121- 0         TSAC
       1- 1-121- 1         TSAC
       1- 1-121- 2         TSAC
       1- 1-121- 3         TSAC
 -----------------------------------
   8   1- 2- 55- 0         MCC
 -----------------------------------
  56   1- 2-115- 0   1     S2COD
 -----------------------------------

Display default values on HD

Input

 DISPLAY-COP:,S,,,,,,HD;

Output

 SOURCE: HD
 COP  DEVICE    SERVICE  INFORMATION
 -----------------------------------------------------------------
 1    VCCONN    STANDARD VCCONN
 2    VCCOD     STANDARD VCCOD

REGENERATE-COP

REGENERATE-COP

[COPNO=<number>];

Using the function REGENERATE, COPs can be displayed in command format.

Example:

Regenerate all COPs.

Input:

 REGENERATE-COP:;

Output:

 ADD-COP:41,LSUP,,;
 CHANGE-COP:41,COPADD,,,,VCCONN,
            STANDARD VCCONN;
 ADD-COP:50,DIDB,,;
 ADD-COP:58,DIDB,,;
 ADD-COP:63,BR64&TIM2&IDP2,,;
 ADD-COP:73,BR64&TIM2&IDP2,,;

DELETE-COP

DELETE-COP

COPNO=<number>;

Using the function DELETE, seized line classes of parameters (COP) can be released. A search is made in the database to determine if any line tables contain a reference to the COPs to be deleted. COPs without references are canceled and identified as available. Cancelation of COPs with references is rejected.

Example:

Cancel COP 63 (still linked with trunks)

Input:

 DELETE-COP:63;

Output:

 H04: FOLLOWING COPS STILL LINKED WITH TRUNKS:
 +-----+-----+-----+-----+-----+-----+-----+-----+-----+-----+
 |  63 |     |     |     |     |     |     |     |     |     |
 +-----+-----+-----+-----+-----+-----+-----+-----+-----+-----+

CHANGE-COP

CHANGE-COP

COPNO=<number>, [COPTYPE=<param>], {(min 1) PAR=<param>, TRK=<param>, TOLL=<param>, DEV=<param>, INFO=<string>};

An already assigned COP is changed with the values given in the following parameters. If the COP is not yet assigned, the command will be rejected.

Note:
When a COP change is performed, the changed parameter values for all linked trunks automatically assigned!

Example:

Parameter values BR64 and PDP1 are removed from COP 54 and then parameter values TIM1 and IDP1 are added.

Input:

 CHANGE-COP:54,COPDEL,BR64&PDP1;

Output:

 H06: COP  54 CHANGED
 H10: CHANGED COP STILL LINKED WITH FOLLOWING TRUNKS:
 
 COP   TRUNK         BCGR  DEVICE
 -----------------------------------
  54   1- 1-121- 0         TSAC
       1- 1-121- 1         TSAC
       1- 1-121- 2         TSAC
       1- 1-121- 3         TSAC
 -----------------------------------

COPY-COP

COPY-COP
		TYPE=COP,COPOLD=<number>, [COPNEW=<number>], [SOURCE=<param>];
		TYPE=VAR,VARNO=<number>, [COPOVER=<param>];

Action COPY copies a standard parameter set from hard disk into DB or from an existing DB COP parameter set into a new one. If no COPNEW is entered the next free COP number will be used.

Example:

COP 54 of HD will be copied to next free COP in DB.

Input:

 COPY-COP:54,,HD;

Output:

 H01: COP 77 ASSIGNED

Parameter description

COPNEW	Destination Class of Parameter
	Type of Input:	single value, optional
	Possible Values:	numeric, 0-255
COPNO	Class of Parameter
	Type of Input:	0 to 14 single values, concatenated with & or &&, optional			(DISPLAY)
		0 to 63 single values, concatenated with & or &&, optional			(REGENERATE)
		1 to 63 single values, concatenated with & or &&, mandatory			(DELETE)
		single value, mandatory			(CHANGE)
		single value, optional			(ADD)
	Possible Values:	numeric, 0-255
COPOLD	Original Class of Parameter to be copied
	Type of Input:	single value, mandatory
	Possible Values:	numeric, 0-255
COPOVER	overwrite existing COP
	Type of Input:	single value, optional
	Possible Values:	N	no	FALSE
		NO	no	FALSE
		Y	yes	TRUE
		YES	ja	TRUE
	Default Value:	NO
COPTYPE	Type of change
	Type of Input:	single value, optional
	Possible Values:	COPADD	Add values to a COP	TRUE
	Possible Values:	COPDEL	Delete values from a COP	FALSE
	Default Value:	COPADD
DEV	Kind of device on trunk
	Type of Input:	single value, 4. parameter of a min-1-group			(CHANGE)
	Type of Input:	single value, optional			(ADD / DISPLAY)
	Possible Values:	A3CISL	CO circuit, 3wire/DC local signaling, CIS	DB_Y_DBC_A3GUSL
		A3CIST	CO circuit, 3wire/DC toll signaling, CIS	DB_Y_DBC_A3GUST
		ANDIDLP1	2wire analog loop CO trunk	DB_Y_DBC_ANDIDLP1
		ANDIDLP2	2wire analog loop CO trunk	DB_Y_DBC_ANDIDLP2
		ANDIOLP1	2wire analog loop CO trunk	DB_Y_DBC_ANDIOLP1
		ANMOSIG	2wire analog loop CO trunk, MOSIG	DB_Y_DBC_ANHKZ
		ANSD	Answering device = ANS (TSCSU)	DB_Y_DBC_ANSEM
		ATMPVC15	ATM permanent virtual circuit	DB_Y_DBC_ATMNW20_15
		ATMPVC23	ATM permanent virtual circuit	DB_Y_DBC_ATMNW20_23_23
		ATMPVC2X	ATM permanent virtual circuit	DB_Y_DBC_ATMNW20_23_7
		ATMPVC3	ATM permanent virtual circuit	DB_Y_DBC_ATMNW20_3
		ATMPVC30	ATM permanent virtual circuit	DB_Y_DBC_ATMNW20_30
		ATMPVC7	ATM permanent virtual circuit	DB_Y_DBC_ATMNW20_7
		ATMPVCCO	ATM permanent virtual circuit for public access	DB_Y_DBC_ATMNW20_CO
		ATMSVC	ATM permanent virtual circuit	DB_Y_DBC_ATMNW20_SVC
		BW	Bothway trk. cct. without DID/DDI (World)	DB_Y_DBC_HKZU
		BWA	Digital bothway non-DID CO	DB_Y_DBC_HKZA
		BWALS70	Digital bothway non-DID CO, Italy	DB_Y_DBC_HKZALS70
		BWCHINA	Digital bothway indial CO, China (CSN1-R2)	DB_Y_DBC_IKZVRC
		BWCISL	Bothway CO trunk circuit, DIP, CIS, local	DB_Y_DBC_IKZGUSL
		BWCIST	Bothway CO trunk circuit, DIP, CIS, toll	DB_Y_DBC_IKZGUST
		BWCSK	Bothway trunk circuit, dip, Czechia, Slovakia	DB_Y_DBC_IKZCSK
		BWCSU	Bothway trunk circuit, MOSIG, Czechia, Slovakia	DB_Y_DBC_HKZCSU
		BWDK	Bothway trunk circuit, DIP, Denmark	DB_Y_DBC_IKZDK
		BWEDG	Bothway CO circuit, ground start	DB_Y_DBC_ASEC
		BWELS	Bothway mosig CO with loop disconnection	DB_Y_DBC_ASELS
		BWELSC	Bothway mosig CO, release control (China)	DB_Y_DBC_ASELSC
		BWFIN	Digital bothway indial CO, Finland	DB_Y_DBC_IKZSF
		BWFS	Bothway trunk circuit, f-criteria	DB_Y_DBC_ASFS
		BWGR	Bothway trunk circuit, DIP, Greece	DB_Y_DBC_IKZGRI
		BWGS	Bothway trunk circuit, ground start	DB_Y_DBC_ASGS
		BWLD	Bothway CO cct., loop start, disc rls	DB_Y_DBC_ASDCL
		BWLG	Bothway CO cct., loop start, guard rls	DB_Y_DBC_ASGCL
		BWLRS	Bothway CO circuit, socotel france, without DID	DB_Y_DBC_ASLRS
		BWLS	Bothway trunk circuit, loop start	DB_Y_DBC_ASLS
		BWMDK	Bothway trunk circuit, MOSIG, Denmark	DB_Y_DBC_HKZDK
		BWMFR	Bothway trk. cct. without DID/DDI (France)	DB_Y_DBC_HKZFR
		BWMSCH	Bothway trk. cct. without DID/DDI	DB_Y_DBC_HKZCH
		BWPOL0	Bothway trunk circuit, DIP, Poland	DB_Y_DBC_IKZPOL0
		BWPOL1	Bothway trunk circuit, DIP (inverse), Poland	DB_Y_DBC_IKZPOL1
		BWRSA	Digital bothway indial CO, South Africa	DB_Y_DBC_IKZRSA
		BWSR	Bothway trunk circuit, silent reversal	DB_Y_DBC_ASSR
		CC	Code calling	DB_Y_DBC_PSE
		CDGCOD	Digital CO trunk circuit for CDG V4.0	DB_Y_DBC_CDGAMT
		CDGCONN	Digital tie trunk circuit for CDG V4.0	DB_Y_DBC_CDGVERB
		CISCOMB	Bothway tie trunk, 2bit universal combined, CIS	DB_Y_DBC_GUSCOMB
		CISCOMB2	CO/tie trunk, 2bit combined, CIS rural	DB_Y_DBC_GUSCOMB2
		CISIND	Bothway tie trunk, inductive signaling, CIS	DB_Y_DBC_GUSIND
		CISIND2	Rural trunk, inductive combined, CIS	DB_Y_DBC_GUSIND2
		CISNORK2	rural trunk, continuous signaling, CIS, Norka	DB_Y_DBC_GUSNORK2
		CISNORKA	Bothway tie trunk, Norka signaling, CIS	DB_Y_DBC_GUSNORKA
		DFADAS1	Bothway tie trunk, 600/750 hz, CIS (ADASE)	DB_Y_DBC_DFADAS1
		DFADASE	Bothway tie trunk, 1200/1600hz, CIS (ADASE)	DB_Y_DBC_DFADASE
		DICT	Dictation equipment	DB_Y_DBC_DIKT
		DID	direct inward dialling	DB_Y_DBC_DID
		DIDALS70	Digital direct indial CO, als 70 ndl	DB_Y_DBC_IKZALS70
		DIDBELG	Digital direct indial, Belgium	DB_Y_DBC_DIDBELG
		DIDIT	Digital direct indial CO, Italy	DB_Y_DBC_DIDIT
		DIDLRB	Direct indial circuit, Brazil	DB_Y_DBC_DIDLRB
		DIDN2	Digital direct indial, Finland	DB_Y_DBC_DIDN2
		DIUCBRAZ	Bothway trunk circuit, Brazil	DB_Y_DBC_DIUCBRAS
		DIUCQ421	Bothway trunk circuit, Brazil	DB_Y_DBC_DIUCQ421
		DODBELG	Digital direct outward dialing, Belgium	DB_Y_DBC_DODBELG
		DODFR	Digital direct outward dialing, France	DB_Y_DBC_DODFR
	DODIT	Digital direct outward dialing, Italy	DB_Y_DBC_DODIT
	DODN2	Digital direct outward dialing, Finland	DB_Y_DBC_DODN2
	DOOR	Door	DB_Y_DBC_TUER
	DP	Dial pulse signaling	DB_Y_DBC_IKZ
	EB5NAL	Bothway trunk circuit, German Reichsbahn	DB_Y_DBC_EB5NAL
	EMCONT	CO/tie trunk, E&M/pcm30, India	DB_Y_DBC_EMCONT
	EMCONT2	CO/tie trunk, cont. sign. DIP, DTMF, MFC	DB_Y_DBC_EMCONT2
	EMD	E&M delay	DB_Y_DBC_EMD
	EMDISC	CO/tie trunk, E&M/pcm30, India	DB_Y_DBC_EMDISC
	EMDISC2	CO/tie trunk, carrier freq., France	DB_Y_DBC_EMDISC2
	EMH	E&M hoot and holler	DB_Y_DBC_EMH
	EMI	E&M immediate	DB_Y_DBC_EMI
	EMW	E&M wink start	DB_Y_DBC_EMW
	GRDSTR	ground start	DB_Y_DBC_GRDSTR
	ICF	Incoming trunk circuit, loop start potential	DB_Y_DBC_LSF
	ICLCH	Incoming tr. circuit, with direct inward dialing	DB_Y_DBC_LSLCH
	ICLFB	Incoming trunk circuit, forced busy blocking	DB_Y_DBC_LSLP
	ICLIB	Incoming trunk circuit, line interrupt blocking	DB_Y_DBC_LSLU
	ICLLP	Incoming trunk circuit, low resistance blocking	DB_Y_DBC_LSLN
	ICN2	Incoming trunk circuit, n2 criteria	DB_Y_DBC_N2S
	INDEP	Device independend	DB_Y_DBC_DEV_INDEP
	LAN	Digital LAN tie trunk circuit	DB_Y_DBC_WAML
	LNSEL	Line selector	DB_Y_DBC_LW
	LPSTR	loop start	DB_Y_DBC_LPSTR
	MAINEM	Main PBX for E&M/VFSS1, Networking	DB_Y_DBC_HAEM
	MCC	Multiple code calling = CCM (TSCSU)	DB_Y_DBC_PSM
	MOSIG	Main station Interface	DB_Y_DBC_HKZ
	NDIDIT	Digital bothway non-did CO, Italy	DB_Y_DBC_NDIDIT
	NDIDN2	Digital incoming non-did CO, Finland	DB_Y_DBC_NDIDN2
	OB	Trunk circuit, ob-signaling, Poland	DB_Y_DBC_OB
	OB2	CO/tie trunk, local battery operation	DB_Y_DBC_OB2
	OGN2	Outgoing trunk circuit, n2 criteria	DB_Y_DBC_N2G
	PRC2600	Bothway trunk circuit, 2600 hz, China	DB_Y_DBC_VRC2600
	RA	Recorded announcement device	DB_Y_DBC_ANSEA
	RAS	Recorded announcement device, synchronized	DB_Y_DBC_ANSES
	S0COD	Digital CO trunk circuit with s0-interface	DB_Y_DBC_S0AMT
	S0CONN	Digital tie trunk circuit with s0-interface	DB_Y_DBC_S0VERB
	S1COD	Digital CO trunk circuit with s1-interface	DB_Y_DBC_S1COD
	S1CONN	Digital tie trunk circuit with s1-interface	DB_Y_DBC_S1CONN
	S1PVC	T1 permanent virtual circuit	DB_Y_DBC_S1PVC
	S1PVCCO	T1 permanent virtual circuit for public access	DB_Y_DBC_S1PVCCO
	S1SVC	T1 switched virtual circuit	DB_Y_DBC_S1SVC
	S2COD	Digital CO trunk circuit with s2-interface	DB_Y_DBC_S2AMT
	S2CONN	Digital tie trunk circuit with s2-interface	DB_Y_DBC_S2VERB
	S2PVC	E1 permanent virtual circuit	DB_Y_DBC_S2PVC
	S2PVCCO	E1 permanent virtual circuit for public access	DB_Y_DBC_S2PVCCO
	S2SVC	E1 switched virtual circuit	DB_Y_DBC_S2SVC
	SATEM	Satellite PBX for E&M/VFSS1, networking	DB_Y_DBC_UAEM
	SFADASJ	Bothway tie trunk, 1600/2600 hz, CIS (ADASE)	DB_Y_DBC_SFADASJ
	SFCISL	CO circuit, 4wire/2600hz local signaling, CIS	DB_Y_DBC_SFGUSL
	SFCIST	CO circuit, 4wire/2600hz toll signaling, CIS	DB_Y_DBC_SFGUST
	SFS	Incoming trunk circuit, supervisory freq. system	DB_Y_DBC_UEFS
	SOCFR	(digital) socotel CO/tie indial cct., France	DB_Y_DBC_SOCOTFR
	SOCFR2	(digital) socotel CO/tie indial cct., France	DB_Y_DBC_SOCOTFR2
	SOCSPA	(digital) socotel CO/tie indial cct., Spain	DB_Y_DBC_SMFSPA
	SPKR	Loudspeaker	DB_Y_DBC_LAUT
	T1DID	T1 direct inward dialling	DB_Y_DBC_T1DID
	T1EMD	T1 E&M delay	DB_Y_DBC_T1EMD
	T1EMI	T1 E&M immediate	DB_Y_DBC_T1EMI
	T1EMW	T1 E&M wink start	DB_Y_DBC_T1EMW
	T1GRDSTR	T1 ground start	DB_Y_DBC_T1GRDSTR
	T1LPSTR	T1 loop start	DB_Y_DBC_T1LPSTR
	T1PLAR	T1 SIA/PLAR	DB_Y_DBC_T1PLAR
	TMLRUD	Bothway tie trunk, R2, DID, India	DB_Y_DBC_TMLRUD
	TSAUST	Tie trunk, DC loop, Australian version	DB_Y_DBC_QSAUS
	TSBR	Tie trunk, branch-off line	DB_Y_DBC_QSABZ
	TSC	Bothway tie trunk, carrier freq.	DB_Y_DBC_QSTF
	TSC2	Bothway tie trunk, carrier freq.	DB_Y_DBC_QSTF2
	TSC3	Bothway tie trunk, carrier freq., Germany, Italy	DB_Y_DBC_QSTF3
	TSC4	Bothway tie trunk, carrier freq., France, Italy	DB_Y_DBC_QSTF4
	TSC5	Bothway tie trunk, carrier freq., Poland	DB_Y_DBC_QSTF5
	TSC6	Bothway tie trunk, carrier freq., Switzerland	DB_Y_DBC_QSTF6
	TSC7	Bothway tie trunk, carrier freq., reserve	DB_Y_DBC_QSTF7
	TSC8	Bothway tie trunk, carrier freq., reserve	DB_Y_DBC_QSTF8
	TSD	Tie trunk, line dialing	DB_Y_DBC_QSLW
	TSEMCOF	Bothway tie trunk, E&M, (earth off idle)	DB_Y_DBC_QSEMCOF
	TSEMCON	Dothway tie trunk, E&M, (earth on idle)	DB_Y_DBC_QSEMCON
	TSEMCONT	Bothway CO/tie trunk, continuous sign. DIP, DTMF	DB_Y_DBC_QSEMCONT
	TSEMD	Bothway tie trunk circuit, delay dial	DB_Y_DBC_QSEMDD
	TSEMD2	Bothway tie trunk circuit, delay dial	DB_Y_DBC_QSEMDD2
	TSEMHUN	Bothway tie trunk, E&M, carrier freq., Hungary	DB_Y_DBC_TFUNG
	TSEMHUN2	CO/tie trunk, carrier freq., Hungary	DB_Y_DBC_TFUNG2
	TSEMI	Bothway tie trunk circuit, immediate dial	DB_Y_DBC_QSEMID
	TSEMI2	Bothway tie trunk circuit, immediate dial	DB_Y_DBC_QSEMID2
	TSEML	Bothway tie trunk, E&M, loop-start-signaling	DB_Y_DBC_QSEMSCH
	TSEML1	Bothway tie trunk, E&M, CEPT-L1 standard	DB_Y_DBC_QSEML1
	TSEML12	Bothway tie trunk, E&M, CEPT-L1 standard	DB_Y_DBC_QSEML12
	TSEML2	Bothway tie trunk, E&M, loop-start-signaling	DB_Y_DBC_QSEMSCH2
	TSEMU	Bothway tie trunk, E&M, universal cont. signal	DB_Y_DBC_QSEMAL
	TSEMU2	Bothway tie trunk, E&M, universal cont. signal	DB_Y_DBC_QSEMAL2
	TSEMUSD	Bothway tie trunk, E&M, US, delay dialing	DB_Y_DBC_QSEMUSD
	TSEMUSD2	Bothway tie trunk, E&M, US, delay dialing	DB_Y_DBC_QSEMUSD2
	TSEMUSI	Bothway tie trunk, E&M, US, immediate dialing	DB_Y_DBC_QSEMUSI
	TSEMUSI2	Bothway tie trunk, E&M, US, immediate dialing	DB_Y_DBC_QSEMUSI2
	TSEMUSW	Bothway tie trunk, E&M, US, Wink start	DB_Y_DBC_QSEMUSW
	TSEMUSW2	Bothway tie trunk, E&M, US, wink start	DB_Y_DBC_QSEMUSW2
	TSIFD	Tie trunk, DC loop with idle signal feed	DB_Y_DBC_QSSPE
	TSILP	Tie trunk, DC loop with idle signal loop	DB_Y_DBC_QSSCH
	TSRTT	Bothway tie trunk, reduced tie traffic	DB_Y_DBC_QSFS
	TSSIM	Tie trunk, DC simultaneous dialing	DB_Y_DBC_QSSIM
	TSTFZ	Tie trunk circuit, German Reichsbahn	DB_Y_DBC_QSTFZ
	VCCOD	Digital CO trunk circuit with voice compression	DB_Y_DBC_SKAMT
	VCCONN	Digital tie trunk circuit with voice compression	DB_Y_DBC_SKVERB
	Default Value:	INDEP
FORMAT	Format of Display
	Type of Input:	single value, optional
	Possible Values:	L	Display of all COP related informations	0
		REF	Display of trunk associated with this COP	2
		S	Display table with COP-number, device, and Service Informations	1
	Default Value:	L
INFO	A Service Information may be added to each COP, e.g. what kind of trunk matches with COP
	Type of Input:	single value, 5. parameter of a min-1-group			(CHANGE)
	Type of Input:	single value, optional			(ADD)
	Possible Values:	text, up to 50 characters
INFOPAT	INFOPAT for search of Service Informations (INFO)
	Type of Input:	single value, optional
	Possible Values:	text, up to 50 characters
PAR	Parameter to be entered
	Type of Input:	0 to 64 single values, concatenated with &, 1. parameter of a min-1-group			(CHANGE)
	Type of Input:	0 to 64 single values, concatenated with &, optional			(ADD / DISPLAY)
	Possible Values:	AANT	Artificial announcement text begin recognition Parameter controls device-handler for TMOM to activate announcement recorder immediately. 'Synchronized' announcement will work as 'assynchron' announcement, further announcement with music will be started immediately. See also AMO COT parameter ANOD!! (Therefore, assign announcement recorder to a/b, brigde c/d on TMOM.	DB_DH_PAR_ANN_ART_CTM
		ABAN	Line with answer before announcement. (MFC-R2)	DB_DH_PAR_ANSWER_PRE_ANN
		ABPD	Line with answer before postdial. (MFC-R2)	DB_DH_PAR_ANSWER_POST_DIAL
		ACKB	Line with backward release acknowledgement.	DB_DH_PAR_QUIT_RUECKW_AUSL
		ACKF	Line with forward release acknowledgement.	DB_DH_PAR_QUIT_VORW_AUSL
		ALUL	A parameter for changing ISDN Bearer Capability A-Law to Mu-Law or vice versa.	DB_DH_PAR_A_TO_Y_LAW_IN_BC
		ANIC	Line with ANI-Codogram (For transmission at incoming seizure, see AMO COT Parameter ANIC). (GUS)	DB_DH_PAR_ANIK
		ANIO	ANI without Tone (GUS)	DB_DH_PAR_ANI_WITHOUT_TONE
		ANIW	ANI with Tone (GUS)	DB_DH_PAR_ANI_WITH_TONE
		ANNC	This parameter must be set if a local announcement (SIU-tone) is to be heard by callers in incoming analog tie-traffic instead of a dial tone. Either DTN or ANNC may be set!	DB_DH_PAR_ORTSANSAGE
		ANS	Line transmits the answering criterion to indicate that the called party (B-user) has answered.	DB_DH_PAR_MELDEN
		APPR	Settings relevant for approval and test.	DB_DH_PAR_APPR_OVAL_TEST
		ASEG	Default from Hicom 300 EV3.0, APDUs which are too long and does not fit with ECMA/ISO standardized Facility Information Element, will be segemented. Parameter must be set for all CorNet-NQ protocol variants since EV3.0, if APDU Segmentation is not desired.	DB_DH_PAR_APDU_SEG
		ASNM	Display ASN.1 errormessages For diagnosis only!!	DB_DH_PAR_ASN1_ERROR_TO_FA
		AST1	ANI-supervision timer 1 if ANI without tone. Time is to be set by means of AMO DTIM2,TYPEDH=LNGEN, REQTIM1.	DB_DH_ANI_REQU_CTIME_1
		AST2	ANI-supervision timer 2 if ANI without tone. Time is to be set by means of AMO DTIM2,TYPEDH=LNGEN, REQTIM2.	DB_DH_ANI_REQU_CTIME_2
		BR64	This parameter marks lines with pulse dialing, and defines the common make/break ratio of 60/40 ms (e.g. as defined by the German Telekom TKO regulations) for a dialing rate of 10 pps. If this parameter is not set, the dialing pulses are transmitted at a high-speed dialing rate with a pulse/pause ratio of 30/30 ms.	DB_DH_PAR_IMP_PAUSE_FO
		BTN1	Busy tone timeout 1 for incoming calls. Time is to be set by means of AMO DTIM2,TYPEDH=GEN, BSGNL1. See NBAR also (Poland)	DB_DH_PAR_BTON_BEGRENZ_1
		BTN2	Busy tone timeout 2 for incoming calls. Time is to be set by means of AMO DTIM2,TYPEDH=GEN, BSGNL2. See NBAR also (Poland)	DB_DH_PAR_BTON_BEGRENZ_2
		BTN3	Busy tone timeout 3 for incoming calls. Time is to be set by means of AMO DTIM2,TYPEDH=GEN, BSGNL3. See NBAR also (Poland)	DB_DH_PAR_BTON_BEGRENZ_3
		BTOF	Busy tone in response to CO offering, no call transfer to AC.	DB_DH_PAR_ANGEBOT_BTON
		CCM	Meet-me mode.	DB_DH_PAR_APSE_PSE_MEET_ME
		CCR	Code calling release after every task.	DB_DH_PAR_APSE_PSM_AUSL
		CCTN	For CCR and CCM, wait for progress tone after dispatching 'a' block.	DB_DH_PAR_APSE_WTON_N_ABL
		COCN	CO consultation call possible.	DB_DH_PAR_BELART_RF_AMT_MO
		COEI	Parameter is used for differentiation for evaluation of 'class-index' of IAM/ SAM-message (China)	DB_DH_PAR_MIT_COE
		COTT	CO tone in transit traffic for CO trunks	DB_DH_PAR_HEAR_TONE
		CTGF	Continuous tone in the event of group failure in TSC analog carrier-frequency tie-trunks. In the incoming remote blocking or line alarm states, the continuous tone is processed accordingly in the event of a group failure of the carrier frequency equipment.	DB_DH_PAR_DS_GRUPPENAUSF
		DITW	If DITW is declared, the digit information for incoming seizured is transferred from the DGTPR memory (parameter DGTPR in AMO TACSU) to the dial plan (station number or code). This enables incoming connections to the predefined station to be set up automatically.	DB_DH_PAR_DIR_IN_TRUNK
		DT1A	Delay timer 1 until sending ANI-Codogram. Time is to be set by means of AMO DTIM2,TYPEDH=LNGEN, DELTIM1.	DB_DH_ANI_DELAY_TIME_1
		DT2A	Delay timer 2 until sending ANI-Codogram. Time is to be set by means of AMO DTIM2,TYPEDH=LNGEN, DELTIM2.	DB_DH_ANI_DELAY_TIME_2
		DTBR	Line with dialtone instead of backward releasing after release of station for incoming seizure (for puls dialing only!). This parameter can be set to allow the calling line the option of a new connection setup to another user in the called PABX after the first call is released (connection is not released and dial tone is applied to line instead).	DB_DH_PAR_WTON_STATT_RUECK
		DTM1	Make/break ratio for DTMF 1 (PULSE=80MS,PAUSE=80MS). Parameter DTMF must be set!	DB_MFV_I_P_VARIANTE_1
		DTM2	Make/break ratio for DTMF 2 (PULSE=150MS,PAUSE=150MS). Parameter DTMF must be set!	DB_MFV_I_P_VARIANTE_2
		DTM3	Make/break ratio for DTMF 3 (PULSE=200MS,PAUSE=200MS). Parameter DTMF must be set!	DB_MFV_I_P_VARIANTE_3
		DTM4	Make/break ratio for DTMF 4 (PULSE=300MS,PAUSE=300MS). Parameter DTMF must be set!	DB_MFV_I_P_VARIANTE_4
		DTMF	Dualtone multiplefrequency (one of parameter DTM1 - 4 must be set).	DB_DH_PAR_MFV
		DTN	Dialtone on incoming seizure Either DTN or ANNC may be set!	DB_DH_PAR_WTON_BEI_KOM_BEL
		DTT	Dial tone instead of start dial signal. The dial tone receiver of the calling line detects and evaluates the dial tone, and the calling line can start transmitting the dialing pulses.	DB_DH_PAR_WAEHLTON
		DTV	Multiple dialtones possible	DB_DH_PAR_MEHRERE_WTON
		EMOV	Enabels emergency override and disconnect for incoming analog tie trunks.	DB_DH_PAR_NOTAUFSCH_TRENN
		EO10	Emergency override on analog tie-trunks with E&M- or CF signaling with 10 pulses instead of 11 pulses. (Interworking with EMS601 e.g.)	DB_DH_PAR_NOTAUFSCH_10IMP
		EOD	Line transmits the end-of-dial criterion to indicate that the full dial pulse string has been received. In analog tie-traffic, this criterion has no further significance (e.g. to indicate that the called user is free or busy).	DB_DH_PAR_WAHLENDE
		EODA	End-of-dialling analysed (interworking with GTD system). This parameter is to be set for analog tie-trunks with carrier-frequency signaling and partner node ( = GTD 120 System) if a specific EOD signal (free / busy) is to be evaluated. Parameter EOD must be set!!	DB_DH_PAR_WE_BEWERTET
		FDGT	Flash line, no digits send	DB_DH_PAR_FUNK_OHNE_ZIF
		ICAC	Initial code acknowledgement. If this parameter is set, the first received dialled digit in MFP2 dialing is acknowledged with a line signal. This parameter is mandatory for controlling the line signal INITIAL_CODE_ACKNOWLEDGE in the Chinese Signaling System for DIUC 32 / 64 with MFP2. (China)	DB_DH_PAR_INIT_CODE_ACK
		IDP1	Interdigit pause 1. Time is to be set by means of AMO DTIM2,TYPEDH=LNGEN, IDGT1.	DB_DH_ZWISCHENWAHL_Z_1
		IDP2	Interdigit pause 2. Time is to be set by means of AMO DTIM2,TYPEDH=LNGEN, IDGT2.	DB_DH_ZWISCHENWAHL_Z_2
		IDP3	Interdigit pause 3. Time is to be set by means of AMO DTIM2,TYPEDH=LNGEN, IDGT3.	DB_DH_ZWISCHENWAHL_Z_3
		IDP4	Interdigit pause 4. Time is to be set by means of AMO DTIM2,TYPEDH=LNGEN, IDGT4.	DB_DH_ZWISCHENWAHL_Z_4
		ILRW	Italian railway	DB_DH_PAR_ITALI_RAILWAY
		IMEX	Conversion implicit to explicit number with DSS1. If Hicom is used as a DSS1 CO and 'Type of number' is UNKNOWN for an incoming seizure, the b dirctory number is shortened by the supplied prefixes, i.e. it is converted from an 'implicit' to an 'explicit' directory number. The prefixes set with AMO TDCSU are used. If the parameter has not been set, 'Type of number' = SUBSCRIBER is set. This parameter affects the Called Number and not the calling.	DB_DH_PAR_ANALYSE_TON_UNKN
		IVSN	E&M connection on IVSN-interface (GUS). This parameter must be set if an E&M adaption is required for an IVSN network.	DB_DH_PAR_MELDEN_N_IVSN
		L3AR	Registration of layer 3 advisories	DB_DH_PAR_L3_HINWEIS_ZU_FA
		LA03	Level ANI outgoing -3,5 dB (alternative LAO0, default -7 dB0) (GUS)	DB_DH_PAR_PAG3
		LAI8	Level ANI incoming -0,8 dB (Default -4,3 dB0) (GUS)	DB_DH_PAR_PAK8
		LAO0	Level ANI outgoing 0 dB (alternative LAO3, default -7 dB0)	DB_DH_PAR_PAG0
		LCOS	Limitation of LCOS indexes to number of 32	DB_DH_PAR_LCOS
		LKNQ	Link of 2 CorNet-NQ PABX via inter-link	DB_DH_PAR_LINK_LINK_NQ
		LSI0	Level MFR-Shuttle incoming 0 dB0 (alternative LSI0, default -7dB0) (GUS)	DB_DH_PAR_PSK0
		LSI3	Level MFR-Shuttle incoming -3,5 dB0 (alternative LSI0, default -7dB0) (GUS)	DB_DH_PAR_PSK3
		LSO0	Level MFR-Shuttle outgoing 0 dB0 (alternative LSO3, default -7dB0) (GUS)	DB_DH_PAR_PSG0
		LSO3	Level MFR-Shuttle outgoing -3,5 dB0 (alternative LSO3, default -7dB0) (GUS)	DB_DH_PAR_PSG3
		LSRB	Line supervision with remote blocking, for analog tie traffic with E&M signaling. Remote blocking signal after timeout if no seizure acknowledgement detected (Spain).	DB_DH_PAR_EM_LUEW_M_FSP
	LSUP	a) For lines with line interrupt supervision in idle state. b) For lines with line interrupt supervision while waiting for seizure acknowledgement or start dial criterion (only for E&M).	DB_DH_PAR_LEITUNGSUEBERWA
	LWCC	Line with continuity check in case of seizure (CSN7, China)	DB_DH_PAR_CONTINUITY_CHECK
	MCHI	Channel ID maybe repeated in Restart message	DB_DH_PAR_MULTI_CHANNEL_ID
	NAAT	North american analog trunk	DB_DH_PAR_NA_ANALOG_TRUNK
	NBAR	No busy tone on the line after release (Poland). For busy tone see BTN1/2/3.	DB_DH_PAR_KTON_NACH_AUSL
	NO1A	Not 1a, i.e. outgoing digits not withheld	DB_DH_PAR_WAHL_OHNE_1A
	NOAN	No answer on receipt of first charge pulse. Parameter not set means, receive of charge pulse is used as answer criterion. Valid for all analog signaling modes without answer.	DB_DH_PAR_K_MELD_ERST_GEB
	NOCH	Line without charge (GUS). If this parameter is set, the user classmark NOCHRG (COSSU value) is tranfsferred by the DH to LW of the appropriate line circuit. The E&M circuit must be configured with 'Answer' criterion signaling. For outgoing traffic to an IVSN interface, an artificial 'answer' criterion must be generated, since IVSN does not transmit this criterion. If this parameter or the COSSU user classmark NOCHRG is not set, no message is transferred.	DB_DH_PAR_LTG_WO_CHRG
	NONA	Send no name with User to User mapping	DB_DH_PAR_NO_NAME_TO_TRUNK
	NOTO	No tone between end-of-dialing and answering.	DB_DH_PAR_KEIN_TON_NACH_WE
	NOTR	Deactivate transparency mode between ECMA and ISO QSIG.	DB_DH_PAR_NO_TRANS_UNOP
	NSDL	Line without start-dial signal
	NTON	Parameter has to be set, if first dialtone of CO or tie trunks is a pulsed dialtone instead of a continuous tone. (Default continuous tone)	DB_DTRTYP_OHNE_DAUERTON
	PDIG	(alone) 1st Digit A...D is handled as a MLPP Precedence Digit 2nd Digit 1...9 is handled as dialing and the MLPP Level Routine is used PDIG and RDIG (PNIO isn't used) 1st Digit is handled as MLPP Precedence Digit. 2nt Digit handled as MLPP Rout Code Digit. (PDIG alone makes for DTMF sense only, this is not tested) PDIG and PNIO 1st Digit is handeled as aMLPP Precedence Digit. The Digits 0...4 are sent. For receiving Digits the system eccepts all Digits. PDIG and PNIO make sense for Pulse-Dialing, this is not tested	DB_DH_PAR_P_DIGIT
	PDP1	Predialing delay 1. Time is to be set by means of AMO DTIM2,TYPEDH=LNGEN, PDLY1.	DB_DH_PAUSE_VOR_WAHL_1
	PDP2	Predialing delay 2. Time is to be set by means of AMO DTIM2,TYPEDH=LNGEN, PDLY2.	DB_DH_PAUSE_VOR_WAHL_2
	PDP3	Predialing delay 3. Time is to be set by means of AMO DTIM2,TYPEDH=LNGEN, PDLY3.	DB_DH_PAUSE_VOR_WAHL_3
	PDP4	Predialing delay 4. Time is to be set by means of AMO DTIM2,TYPEDH=LNGEN, PDLY4.	DB_DH_PAUSE_VOR_WAHL_4
	PNIO	Precedence network inward/outward dialing PDIG and PNIO 1st Digit is handeled as MLPP Precedence Digit. The Digits 0...4 are sent. For receiving Digits the system eccepts all Digits. PDIG and PNIO make sense for Pulse-Dialing, this is not tested	DB_DH_PAR_PNID_PNOD
	PRMT	Line with preemption signalling	DB_DH_PAR_PRMPT_SIGN
	Q931	Der Timer T311 wird mit ISDN Prog. nicht gestoppt	DB_DH_PAR_Q931
	R176	Das digitale Geraet ist fuer die API konfiguriert	DB_DH_PAR_API_CAPABLE
	R179	Reserved element 179	DB_DH_PAR_USED_179
	R180	Reserved element 180	DB_DH_PAR_USED_180
	R181	Reserved element 181	DB_DH_PAR_USED_181
	R182	Reserved element 182	DB_DH_PAR_USED_182
	R183	Reserved element 183	DB_DH_PAR_USED_183
	R184	Reserved element 184	DB_DH_PAR_USED_184
	R185	Reserved element 185	DB_DH_PAR_USED_185
	R186	Reserved element 186	DB_DH_PAR_USED_186
	R187	Reserved element 187	DB_DH_PAR_USED_187
	R188	Reserved element 188	DB_DH_PAR_USED_188
	R189	Reserved element 189	DB_DH_PAR_USED_189
	R190	Reserved element 190	DB_DH_PAR_USED_190
	R191	Reserved element 191	DB_DH_PAR_USED_191
	RBLK	Line with remote blocking. If the circuit is manually blocked or blocked due to soft restart, the 'remote blocking' criterion is sent to the partner system.	DB_DH_PAR_FERNSPERREN
	RCLA	Timed recall to AC if partner does not release	DB_DH_PAR_WIEDERANTWORT_VF
	RDIG	PDIG and RDIG (PNIO isn't used) 1st Digit is handled as MLPP Precedence Digit. 2nt Digit handled as MLPP Rout Code Digit.	DB_DH_PAR_R_DIGIT
	RF0C	Repeat factor 0 for ANI-Codogram. Sended ANI-Codogram will not be repeated. (GUS)	DB_DH_PAR_ANI_REP_0
	RF1C	Repeat factor 1 for ANI-Codogram. Sended ANI-Codogram will be repeated once. (GUS)	DB_DH_PAR_ANI_REP_1
	RF2C	Repeat factor 1 for ANI-Codogram. Sended ANI-Codogram will be repeated twice. (GUS)	DB_DH_PAR_ANI_REP_2
	RF3C	Repeat factor 1 for ANI-Codogram. Sended ANI-Codogram will be repeated tree times. (GUS)	DB_DH_PAR_ANI_REP_3
	RGSZ	Dialing after register seizure a) If a fixed destination is to be reached via this second seizure option, by transmitting the destination number dialing pulses down the line, this parameter must be set. b) If a fixed destination is to be reached via this second seizure option (register seizure), which is pre-initialized in the B system, this parameter must not be set in the A system. This parameter is only relevant for register seizure.	DB_DH_PAR_WAHL_N_WEICH_BEL
	RLSA	Line transmits criterion 'Backward release after release'	DB_DH_PAR_RUECKAU_BEI_AUSL
	RLSB	Line transmits criterion 'Backward release when busy'	DB_DH_PAR_RUECKAU_BESETZT
	RMSG	Send a restart-message if layer 1 is activated	DB_DH_PAR_STARTUP_RESTART
	RRST	Reflect restart indicator and b-channel when restart.	DB_DH_PAR_REFLECT_REST_IND
	SACK	Line transmits the seizure acknowledgement criterion back down the line to indicate that the incoming seizure has been detected and accepted. The calling line can start transmitting the dialing pulses after a wait time on receiving the seizure acknowledgement signal, or can wait for further criteria such as a start dial signal or a dialing tone to be applied.	DB_DH_PAR_BELEGUNGS_QUITT
	SDL	Line transmits the start dial signal back to the calling line to indicate that the incoming seizure has been detected and the line is now ready to receive the dialing pulses. The calling line can start transmitting the dialing pulses after a wait time on receiving the start dial signal.	DB_DH_PAR_WAHLABRUF
	SEDL	This parameter is used for cut-through (or 'sequential') dialing in networks with local announcements per dialed node, e.g. as used in power utility companies. This parameter may only be set together with DP (dial pulsing). The end-of-dial criterion is immediately set for outgoing seizures, i.e. the dialing pulses are transmitted as for suffix-dialing down an 'open' line.	DB_DH_PAR_STAFFELWAHL
	SFRM	Special mode line (see advisory). This parameter must be set if individual criteria for E+M lines (US and UK variants) require special handling. In addition, the parameter must be set for TSC connections with intermediate signaling (AC/CF). Depending on the device handler, the SFRM parameter value has different functions. Function for S0/S2 exchange trunks This parameter value must be set for S0/S2 exchange lines which cannot process RESTART messages. Function for DB_DH_DEV_TYP_TMLS This affects the following DEV types in AMO TACSU: BWLD, BWEDG, BWELS, BWELSC, BWLG, BWLRS, DIDLSR, BWSR, DIDBELG, DIDIT, DIDN2, DODBELG, DODFR, DODIT, DODN2, BWALS70, BWMSCH, BWMFR, BW, DIDALS70, BWRSA, BWFIN, BWCHINA, ICF, ICLCH, ICLLP, ICLFB, ICLIB, NDIDIT, NDIDN2, ICN2, SOCFR. (See TACSU AMO-Description also) Function of SFRM up til V3.1 If SFRM is declared, the digit information for an incoming seizure is transferred from the DGTPR memory (parameter DGTPR in AMO TACSU) to the dial plan (station number or code). This enables incoming connections to the predefined station to be set up automatically. From V3.1, this function is taken over by the cop parameter value DITW. Function of SFRM from V3.1 - Function of SFRM for analog MFC exchange trunks If the parameter value is not specified, the full range of digits and characters (0-9,,#,A,B,C,D) is transmitted to the CO for outgoing connections. If this parameter value is set, '#' is not transmitted to the CO, but used as an end-of-dial character, if the first character in the string is not star '' or hash '#'. Therefore, end-of-dial is determined via TIMEOUT, and the full character range, including '*' and '#' is transmitted to the CO (e.g. for value-added network services). - Function of SFRM for analog tie-trunks The parameter value SFRM must be set (for carrier-frequency signaling) if the partner system is a transit system with AC/CF signaling. The parameter value SFRM must be set for E&M signaling, American Standard signaling methods, GBR/UIL, DC5/AC15, DELAY-DIAL and IMMEDIATE (for dial pulse and DTMF dialing), for loop and converter. - Function of SFRM for analog exchange trunks No function, see parameter DITW.	DB_DH_PAR_SONDER_FORM
	SPD	Speed calling recognized	DB_DH_PAR_KURZRUF_ERK
	SPTR	This parameter allows a transparent transport of the HLC, LLC and BC dialing information elements within a system and, with restrictions, within a CorNet-N network. Transparent transmission is currrently possible between EDSS1 terminals and/or between an EDSS1 terminal and an EDSS1 exchange. Advisory: Parameter must be set for all digital trunks up til EV1.0. Since EV2.0 the function is revers, that means parameter must not be set by default!!	DB_DH_PAR_NO_HLC_LLC_TRANS
	T311	START 2.5 SECOND TIMER TO SEND SIP 18X RESPONSES	DB_DH_PAR_T311
	TDED	Line with time dependent CO dialtone	DB_DH_PAR_ZEITGER_WTON
	TIE	Used to assign CO-Trunks BWFIN (R2-Finland) and SOCFR (R2-France) as tie trunks.	DB_DH_PAR_QUER
	TIM1	Start-dialing-signal timer 1. Time is to be set by means of AMO DTIM2,TYPEDH=LNGEN, STADIAL1.	DB_DH_WAB_UEWZ_1
	TIM2	Start-dialing-signal timer 2. Time is to be set by means of AMO DTIM2,TYPEDH=LNGEN, STADIAL2.	DB_DH_WAB_UEWZ_2
	TIM3	Start-dialing-signal timer 3. Time is to be set by means of AMO DTIM2,TYPEDH=LNGEN, STADIAL3.	DB_DH_WAB_UEWZ_1
	TIM4	Start-dialing-signal timer 4. Time is to be set by means of AMO DTIM2,TYPEDH=LNGEN, STADIAL4.	DB_DH_WAB_UEWZ_2
	TRAC	Signaling of 'emergency override' enabled. Only in conjunction of analog tie-trunks with E&M or CF signaling and the 'emergency override' feature (partner node must be a Hicom also). Ensures immediate release of a trunk in the required trunk group in the transit node if an all-trunks-busy (ATB) state occurs.	DB_DH_PAR_LTG_V_FANGEN
	UU7B	The Display Info in the User User Information Element is coded with 7 Bit and an Extension Bit.	DB_DH_PAR_UUI_DSP_7_BIT
	WOT2	Parameter has to be set, if further dialtone of CO trunks is a pulsed dialtone instead of a continuous tone. (Default continuous tone)	DB_DTRTYP_OHNE_DAUERTON
	ZMFV	Send out a digit at MFV after end of dialing	DB_DH_PAR_MFV_SEND_NACH_WE
SOURCE	Location of Class of Parameter
	Type of Input:	single value, optional
	Possible Values:	DB	Database	TRUE
	Possible Values:	HD	Harddisk	FALSE
	Default Value:	DB
TOLL	Toll access authorization. RTA and TA can only be entered alternately. If RTA is specified, trunk access is not possible. If TA is specified, value RTA and Trunk access are also assumed automatically.
	Type of Input:	single value, 3. parameter of a min-1-group			(CHANGE)
	Type of Input:	single value, optional			(ADD / DISPLAY)
	Possible Values:	RTA	Restricted trunk access	DB_AUTH_A_HALB
	Possible Values:	TA	Toll access	DB_AUTH_A_FERNBERECHTIGT
TRK	Trunk access authorization. RTA and TA can only be entered alternately. If RTA is specified, trunk access is not possible. If TA is specified, value RTA and Trunk access are also assumed automatically.
	Type of Input:	single value, 2. parameter of a min-1-group			(CHANGE)
	Type of Input:	single value, optional			(ADD / DISPLAY)
	Possible Values:	RTA	Restricted trunk access	DB_AUTH_A_HALB
	Possible Values:	TA	Toll access	DB_AUTH_A_FERNBERECHTIGT
TYPE	branching
	Type of Input:	single value, mandatory
	Possible Values:	COP	Class of Parameter
	Possible Values:	VAR	country specific variants
VARNO	number of country specific variant
	Type of Input:	0 to 17 single values, concatenated with & or &&, optional			(DISPLAY)
	Type of Input:	single value, mandatory			(COPY,TYPE=VAR-country specific variants)
	Possible Values:	numeric, 1-255

Error Messages

F01	F01: COP @@@ ALREADY ASSIGNED
F02	F02: NO MORE FREE COPS AVAILABLE
F03	F03: SPECIFICATION OF ADDITIONAL PARAMETERS EXCEPT SOURCE IS NOT ALLOWED WHEN A COP-NUMBER HAS BEEN ENTERED
F04	F04: COP @@@ NOT YET ASSIGNED
F07	F07: PARAMETER VALUES @@@@ AND @@@@ MUST NOT BE SPECIFIED SIMULTANEOUSLY
F08	F08: IF DTMF IS GIVEN, A PULSE/PAUSE RATIO VARIANT DTM1-DTM4 MUST BE SPECIFIED
F10	F10: MAXIMUM NUMBER OF INFO FIELDS ARE USED, NUMBER HAS TO BE INCREASED BY MEANS OF ADD-DIMSU:INFO=<?>;
F14	F14: @@@-TABLE <filename> CAN NOT BE LOADED.
F15	F15: @@@ @@@ NOT FOUND ON HARD DISK!
F16	F16: COP @@@ NOT FOUND IN DATABASE!
F17	F17: SPECIFICATION OF ADDITIONAL PARAMETERS IS NOT ALLOWED WHEN A VAR-NUMBER HAS BEEN ENTERED

Advisory Messages

H01	H01: COP @@@ ASSIGNED
	Cause:
	Repair:
H02	H02: FOLLOWING COPS DELETED:
H03	H03: FOLLOWING COPS NOT ASSIGNED:
H04	H04: FOLLOWING COPS STILL LINKED WITH TRUNKS:
H05	H05: NO @@@S ASSIGNED
H06	H06: COP @@@ CHANGED
H09	H09: SPECIFICATION OF NSDL MUST NOT BE USED AS A SINGLE VALUE
H10	H10: CHANGED COP STILL LINKED WITH FOLLOWING TRUNKS:
H11	H11: THE COP IS ALREADY IN THE CORRECT STATE
H12	H12: COP IS NOT ASSIGNED TO ANY OF TRUNKS
H13	H13: PARAMETER VALUE TIM1/2 AUTOMATICALLY SETS SDL AND VICE VERSA. WHENEVER NSDL IS SPECIFIED, SDL WILL NOT BE SET.
H14	H14: NSDL MUST ONLY BE USED IN CONJUNCTION WITH TIM1/2 TO PREVENT SDL FROM BEING SET AUTOMATICALLY.
H15	H15: @@@@ WAS REPLACED BY @@@@
H16	H16: NO MATCHING PATTERN FOUND IN INFO FIELDS
H17	H17: PARAMETER PAR, TRK, TOLL AND FORMAT=REF NOT ALLOWED WHEN SOURCE=HD. VALUES WILL BE IGNORED.
H18	H18: PARAMETER PAR, TRK, TOLL AND DEVICE, INFOPAT ARE ALLOWED ALTERNATIVE ONLY.
H19	H19: THE COP @@@ WAS ASSIGNED BY DATA OF THE COP @@@ FROM HD.
H20	H20: THE COP @@@ WAS OVERWRITEN BY DATA OF THE COP @@@ FROM HD. A NEW COP WITH THE OLD DATA CAN BE ASSIGNED WITH:
H21	H21: SPECIFICATION OF PARAMETER PAR, TRK, TOLL ALWAYS BE DISPLAYED AS FORMAT=L.