Toshiba Perception Electronic Business Communications System Installation And Maintenance Manual

							Since data is always present, only the CHG 
response is possible: 
TOR (Time of Daily Routine)-Specifies the 
time of day that the daily routine task (listed 
after the next prompt) will run. 
Enter: 24hour clock time (for example: 
1315 for I:15 pm). 
D RT (Daily Routine Task)-Specifies the 
maintenance tasks to be run at the time spec- 
ified in response to TO R. 
Enter: DDMP (Data dump) or NONE. 
TEN (Tenant Service)-Specifies if tenant ser- 
vice is to be used. If “Y” is entered, 
incoming 
trunk calls, dial q calls, attendant recalls, 
intercepts, etc. will be routed to the proper 
attendant console (Art. #0 for Tenant #0 
and Att. #I for Tenant #I) according to the 
response to the TEN prompt in the EKT Data 
Block (DEKT Program), Standard Telephone 
Data Block (DSTT Program) and Trunk Group 
Data Block (DTGP Program), If “RI” is entered, 
the attendant consoles will operate in the 
load sharing mode. 
Enter: Y (yes) or N (no). 
ICPI (Intercept #I)-If the attendant takes 
control of a trunk group using the trunk group 
access control feature, stations calling that 
trunk group will be routed to Intercept #I. 
This entry defines ICPI as being overflow 
tone (OFL) or attendant (ATT). 
Enter: ATT or OF L 
ICP2 (Intercept #2)-An incoming call from 
a DID, TIE or CCSA trunk to a non-existing 
DN will be routed to Intercept #2 when the 
system is in day service and to overflow tone 
yvhen night service is active. This entry defines 
ICP2 as being overflow tone (OFL) or attend- 
dant (ATT). 
Enter: ATT or OF L. 
ICP3 (Intercept #3)-A call that is violating 
trunk access restrictions will be routed to 
Intercept #3 when the system is in day service 
and to overflow tone when night service is 
active. This entry defines ICP3 as being over- 
flow tone (OFL) or Attendant (ATT). 
Enter: ATT or 0 FL. 
APG (All Page Access Code)-Defines the All 
Page access code (maximum: 3 digits). 
Enter: 1, 2, or 3 digits. AAT (Not Used) : 
Enter: [CR]. 
APX (Not Used): 
Enter: [CR]. 
LNI (Listed Directory Number #I )-Defines 
the LDN #I for use with DID feature (max- 
imum: 3 digits). 
Enter: 1, 2, or 3 digits. 
LN2 (Listed Directory Number #2)-Defines 
the LDN #2 for use with DID feature (max- 
imum: 3 digits). 
Enter: 1, 2, or 3 digits. 
NT1 (LDN #I Night Number)-Defines the 
destination to which LDN #I calls will be 
routed when the system is in night service (DN 
or Universal Night Answer). 
Enter: 1, 2, or 3 digits or UNA. 
NT2 (LDN #2 Night Number)-This is prompt- 
ed only if the response to TEN (above) was 
,,Y It. Defines the destination to which LDN 
#2 calls will be routed when the system is 
in night service (DN or Universal Night Answer). 
Enter: 1, 2, or 3 digits or UNA. 
BLFI (Busy Lamp Field #I)-Defines one of 
the hundreds groups to be displayed by the 
console B LF. 
Enter: 1 digit (1 kg). 
BLF2 (Busy Lamp Field #2)-Defines one of 
-- 
the hundreds groups to be displayed by the 
console B LF. 
Enter: 1 digit (1 b 9). 
OFLI (Overflow DN-Attendant Console 
#O)-- 
Defines the destination for calls rerouted from 
attendant console #O due to the attendant 
overflow facility. 
Enter: 1, 2, 3 digits or NONE (- UNA). 
NOTE: 
This data may also be changed by the 
attendant console. 
OFL2 (Overflow DN-Attendant Console #I)- 
Defines the destination for calls rerouted from 
attendant console #I due to the attendant 
overflow facility. 
Enter: 1, 2, 3 digits or NONE (= UNA).  
						

							NOTES: 
1. This data may also be changed by 
the attendant console. 
2. OFL2 does not print out when the 
system has no tenant service. 
MC0 (Message Center - Tenant #O)---Defines 
the message center for stations assigned to 
Tenant #O (all stations in a non-tenant system). 
The message center may be attendant console 
#O or an EKT that is assigned to Tenant #O. 
Enter: ATTO, DN (1, 2, or 3 digits), or 
NONE. 
MC 1 (Message Center - Tenant # 1 )-Defines 
the message center for stations assigned to 
Tenant #I. The message center may be attend- 
ant console #I or an EKT that is assigned to 
Tenant #I. 
Enter: ATTl, DN (1, 2, or 3 digits), or 
NONE. 
NOTE: 
MCI does not print out when the system 
has no tenant service. 
MMP (Meet-me Page DN)-Defines the phan- 
tom DN used by the attendant to “park” a 
call for the Meet-me Page feature (maximum: 
3 digits). 
Enter: 1, 2, or 3 digits. 
REM (Remote Access DN)-Defines the phan- 
tom DN used by the attendant to assign a 
trunk for “Remote Access to Services” oper- 
ation (maximum: 3 digits). 
Enter: l,2, or 3 digits. 
RAC (Remote Access Change Code)-Defines 
- the access code used by the attendant to change 
the authorization code that must be entered 
by outside callers using the remote access 
feature (maximum: 3 digits). 
Enter: 1,2, or 3 digits. 
ACC * (* Access Code)--Defines the digit to 
be used by a rotary dial telephone in place 
of izl. 
Enter: 1 digit. 
conflict with DN or other 
access codes-not checked by software. 
ACC # (# Access Code)-Defines the digit to be used by a rotary dial telephone in place 
of I#I. 
Enter: 1 digit. 
NOTE: 
sl not conflict with DN or other 
access codes-not checked by software. 
COT (Camp-on or Call Waiting Time-out)-De- 
fines Camp-on and Call Waiting feature time-out. 
Enter: Time in seconds (for example: 30). 
RNA (Ring-no-answer Time-out)-Defines the 
ring-no-answer time-out for attendant-handled 
calls. 
Enter: Time in seconds (for example: 30). 
A0 F (Attendant Overflow Time-out) -Defines 
the time-out for the attendant overflow facility. 
Enter: Time in seconds (for example: 30). 
CFD (Call Forward No-answer Time-out)-De- 
fines the Call Forward no-answer time-out. 
Enter: Time in seconds (for example: 12). 
NOTE: 
Must be less then RNA time or RNA 
time will prevail. 
HL.J (Hold [500/25001 Time-out)-Defines the 
time-out for the recall of a held call to a single 
line telephone. 
Enter: Time in seconds (e.g., 75) or NONE. 
DPT (Dial Pause Time-out)-Defines the max- 
imum pause allowed before the first digit is 
dialed or between other digits dialed from a 
DTMF or a rotary dial telephone. Stations 
released due to the DPT timer will hear over- 
flow tone. Used with the line lockout feature. 
Enter: Time in seconds (for example: 15). 
NOTE: 
Also controls the release of an idle 
attendant console LPK key. 
PB-T (Push-button Time-out)-Defines the max- 
imum pause allowed between digits dialed 
on a trunk line from a DTMF telephone. 
The transmit voice path from a DTMF tele- 
phone to a CO line is broken during dialing. 
The PBT timer determines how quickly the 
path is restored and, therefore, should be as 
short as possible. 
Enter: Time in seconds, e.g., 6.  
						

							LLO (Line Lockout Time)-Defines the length 
of time that overflow tone is applied to a sta- 
tion after having been released due to the DPT 
timer. After this time-out, the station will 
hear nothing. 
Enter: Time in seconds, e.g., 15. 
ACB (Automatic Callback Reserve Time)-De- 
fines the length of time that the called station 
or trunk in an ACB call is reserved for thecaller 
(maximum: 6 seconds). 
Enter: Time in seconds, e.g., 3. 
HFS (Handsfree Answerback Station)-A “Y” 
response allows calls from any station to a 
Handsfree Answerback-equipped EKT to voice 
announce and be replied to handsfree. 
Enter: Y (yes) or N (no). 
HFA (Handsfree Answerback Attendant)-A 
“Y” response allows calls from the attendant 
to a Handsfree Answerback-equipped EKT to 
voice announce and be replied to handsfree. 
Enter: Y (yes) or N (no). 
MDR (SMDR Equipped)-A “\I” response 
informs the system that SMD R is to be equipped 
and activates the MDR alarm on the console. 
Enter: Y (yes) or N (no). 
The Access Code Data Block (DACD) Program 
assigns the access codes that will be used for 
feature execution. 
Data is entered as follows: 
REQ (Request)-Indicates program has loaded. 
Since data is always present, only the CHG 
e response is possible: 
FTR: 
Enter: 3-character feature name, a space, 
and then the desired access code. 
(See Table E-l for feature names 
and standard code assignments.) 
NOTE: 
The access codes assigned at the factory 
are shown in Table E-i’. Any feature 
not requiring change need not be entered. 
Features may be entered in any order. The EKT Data Block (DEKT) Program defines 
all parameters of a given EKT. An EKT Data 
Block must be completed for each EKT in the 
system. 
Data is entered as follows: 
REO (Request)-Indicates program has loaded. 
Three responses are possible: 
NEW - to create a new Data Block 
CHG - to change an existing Data Block 
OUT - to delete a complete existing Data 
Block 
/VOTE: 
If OUT is entered, only port number fPOR) 
need be given below. No other entry is 
necessary. 
Q (Port Number)-Identifies the hardware 
location of the EI
						

							PUG (Call Pick-up Group)-Assigns the EKT to 
one of the 32 possible groups for use with the 
Call Pick-up Group feature. 
Enter: Group number (0~31) or NONE. 
WTA (Warning Tone Allowed?)-Defines an 
interruption-protected station. An “N” re- 
sponse will prevent warning tones from being 
applied to the station. 
Enter: Y or N. 
CFT (Call Forward to Trunk?)-A “Y” re- 
sponse allows calls to be forwarded outside 
the system using the Call Forward-All Calls 
feature. 
Enter: Y or N. 
TOL (Toll Allowed?)-An “N” response sub- 
jects the station to Toll or Code Restriction. 
A “Y” response permits Toll Calls. 
Enter: Y or N. 
MTA (Not Used) : 
Enter: N. 
HFA (Handsfree Answerback Equipped)-A 
“Y” response activates the Handsfree Answer- 
back capabilities of the E KT. 
Enter: Y or N. 
DIS (Not Used): 
Enter: N. 
KEY (Key Assignments)-Assigns a DN or 
feature to one of the flexible keys. 
Enter: 
1) The number of the key to be defined 
followed by a space bar. Keys are num- 
bered 0 through 9 (or 19 for 20-key 
EI
						

							The Standard Telephone Data Block (DSTT) 
Program defines all parameters for a given con- 
ventional telephone. An STT Data Block must 
be completed for each conventional telephone 
in the system. 
Data is entered as follows: 
REQ (Request)-Indicates program has loaded. 
Three responses are possible: 
NEW -To create a new STT Data Block. 
CHG - To alter an existing STT Data Block. 
OUT - To delete a complete existing Data 
Block. 
NOTE: 
If OUT is entered, only the port number 
(POR) need be given below. AJo other entry 
is necessary. 
POR (Port Number-)-Identifies the hardware 
location of the STT circuit to be defined. The 
port number has two parts: 
1) DSTU PCB location: LOON L14 
2) Circuit number on the PCB: 1 ru 8 
For example: The port number of the 
5th circuit on the DSTU 
in position LO2 is LO25 
Enter: Port Number of STT (LXXX). 
DN (Directory Number)-Defines the directory 
number (station number) of the station. 
Enter: DN ‘I, 2 or 3 digits. 
SMX (Station Mix)-A “Y” response informs 
the system that the DN entered above also 
exists on an EKT: 
Enter: Y or N. 
Cos (Class of Group Services)-Assigns one 
of the 16 Classes of Service to the telephone. 
(The Classes of Services are defined using the 
DCOS program.) 
Enter: COS Number (0 ~15). 
TEN (Tenant Number)-Assigns the station to 
one of the two possible system tenants. 
Enter: 0 if tenant service is not selected 
in System Data Block (DSYS 
TEN = RI). 
0 or 1 if tenant service is selected 
in System Data Block (DSYS 
TEN = Y). PUG (Call Pick-up Group)-Assigns the station 
to one of the 32 possible groups for use with 
the Call Pick-up Group feature. 
Enter: Group number (O&31) or NONE. 
H[\IT (Hunt Number)-Defines the station to 
which this DN hunts. (Used with the Hunting 
and Call Forward-No Answer features.) 
Enter: a) Next DN in hunt group. 
b) For Station Hunt - Distributed: 
#X = enter in place of hunt 
number above. 
(Maximum: 
8 stations per 
gmw) 
(X = Distributed Hunt Group, 
O-J,4.) 
c) NONE 
m (Dialing Type)-Defines the type of 
dialing, if any, to be used by the station. 
Enter: DIP for dial pulse. 
TON for DTMF. 
MNL 0 or 1 for manual line (off- 
hook rings operator 0 or 1). 
HTL XXX for hot line (off-hook 
rings DNXXX). 
z (Speed Dial List)-Assigns one of the 25 
personal, ‘IO-number speed dial lists for use 
at this station. 
Enter: SDC XX - Makes the station a con- 
troller of list XX (XX = 1 ~25). 
SDU XX- Makes the station a user 
of list XX (XX = 1 b25). 
NONE - No list assigned. 
W> (Warning Tone Allowed?)-Defines an 
interruption-protected station. An “N” response 
will prevent warning tones from being applied 
to the station. 
Enter: Y or N. 
CFT (Call Forward toTrunk?)-A”Y”response 
allows calls to be forwarded outside the system 
using the Call Forward-All Calls feature, 
Enter: Y or N. 
TOL (Toll Allowed?)-An “RI” response 
subjects the station to Toll or Code Restriction. 
A “Y” response permits Toll Calls. 
Enter: Y or N. 
The Class of Service Data Block (DCOS) 
Program defines the 16 Classes of Service  
						

							available in the system. All services controlled 
by the COS are allowed to all stations unless 
restricted in this Data Block. 
The DCOS program assigns a number (0 w ‘I 5) 
to each group of restrictions to be used. The 
number defined here is then entered in re- 
sponse to the COS prompt in the DSTT, DEKT 
and DTGP programs. 
Any numbers not entered or otherwise defined 
will have no restrictions. 
Data is entered as follows: 
REQ (Request)-Indicates program has loaded. 
The only response possible is CHG. 
m (Class of Service)-Defines the COS 
number (0 *15) and the restrictions to be 
associated with it. The possible restrictions 
are listed in Table H-l. 
Enter: COS number, followed by the 
restriction, in the following format: 
0 TOO OVR ACO. 
Note: 
In this example, COS 0 will not 
allow trunk group 00, override 
and attendant control override. 
cos: 
Repeat for all COS entries. 
The Code Restriction Data Block (DCRD) 
Program defines the office codes and area 
codes to be allowed or denied by the Code 
Restriction feature. 
Up to eight lists of up to 1,000 numbers each 
can be defined in the Data Block and assigned 
numbers (0 ~7). The list numbers defined 
here are entered in the Trunk Group Data 
Block in response to the CRL prompt in the 
DTGB program. Any toll restricted station 
using a trunk in that group will be limited to 
dialing the numbers permitted by the assigned 
lists. 
For convenience, the lists may be defined as 
ALLOW or DENY lists. When an ALLOW list 
is used, only the numbers listed. will be per- 
mitted. When a DENY list is used, only the numbers listed will be denied. If both types of 
lists are used for one trunk group, one will be 
an exception to the other unless a conflict 
exists (in which case, the DENY will have 
priority). 
Data is entered as follows: 
REO (Request)-Indicates program has loaded. 
Three responses are possible: 
NEW - To create a new list 
CHG - To alter an existing list 
OUT - To delete a complete existing list 
CR L (Code Restriction List Number)-The 
number (Ok7) of the list to be created, 
changed or deleted. 
Enter: List number (0 ~7). 
NOTE: 
If the OlJ T command was entered in response 
to REQ above, no other data is required. 
CLR (Clear)-For NEW and CHG, the next 
prompt will be CLR (Clear). An entry for this 
prompt is possible only when a NEW list is 
being defined. The entry here clears the mem- 
ory and defines the list as an allow or deny 
We. 
An “A” entry clears the list of all allow 
codes and defines the list as DENY. 
A “D” entry clears the list of all deny 
codes and defines the list as ALLOW. 
If CHG was entered in response to request, 
the CLR prompt, along with the original 
response, will be output and the next 
prompt will be given. 
ALOW (If “D” was entered for NEW or if 
CHG) : 
Enter codes to be allowed: 
NNN NNN NNN etc., to 1,000 codes. 
DENY-Follows CLR for an “A” entry or 
ALOW for CHG. 
Enter deny codes: 
NNN NNN NNN NNN NNN 
3. ee 
The Speed Dial Data Block (DSDL) Program 
contains all numbers stored on the 9  
						

							Speed Dial-System list and the 25 personal, 
IO-number Speed Dial-Station lists. All of these 
numbers can be stored by either the attendant 
console or by a controlling station. 
The DSDL program allows changes to any 
speed dial list to be performed from the 
maintenance terminal. 
Data is entered as follows: 
REO ( Request) -Indicates program has loaded. 
Two responses are possible: 
CHG - To change existing or enter new data 
OUT - To clear all data 
LNO (List Number)-The number of the list 
to be altered or cleared. 
Enter: The list number (00 = System List) 
(01 m 25 = Station List) 
NO l-E: 
If the OUT command was entered in response 
to REQ above, no other data is required. 
STR (Store Number)-This requeststhenumber 
to be stored. 
Enter: Address code, space and number in 
the following format: 
Example: 1 9”NPANNXXXXX 
2 9”NPANNXXXXX 
NOTE: 
In these examples, 9 is a trunk 
access code. Therefore, a ‘I*” is 
entered to cause a 3-second pause 
for dial tone delay. The “*” is 
counted as one of the 16 digits 
allo wed. 
etail ata 
The Station Message Detail Recording Data 
Block (DMDR) Program defines the account 
code length and type of calls to be recorded 
for each trunk group for the SMDR feature. 
Data is entered as follows: 
REQ (Request)-Indicates program has loaded. 
Three responses are possible: 
NEW - To create a new table 
CHG - To alter existing data 
OUT - To clear all existing data ACL(Account Code Length)-Defines length of 
account code to be used or no account code. 
Enter: Number of digits to be used (1 rv 12) 
or NONE. 
SPCCI (Specialized Common Carrier #l)-ln- 
forms the system of the DN used to access an 
SPCC (MCI, SPC, etc.). The system will recog- 
nize the DN and enter a unique condition code 
in the SMDR output. 
Enter: SPCC Number NNXXXXX or NONE 
SPCC2 (Specialized Common Carrier #2) : 
Same as SPCC #I, but for a second carrier. 
Enter: SPCC Number NNXXXXX or 
NONE 
J”GJ (Trunk Group)-Defines the type of calls 
to be recorded by SMDR for a given trunk 
group. 
Enter: XX YYY 
(XX = trunk group number) 
(YYY= NONE-No records 
INC-Incoming only 
OGT-Outgoing only 
IAO-Incoming and outgoing 
TO L-Toll calls only 
INT-Incoming-all 
Outgoing-toll only) 
Repeat for each trunk group used in the 
system 
The Attendant Data Block (DATT) Program 
defines the presence of two possible attendant 
consoles in the system and selects the atten- 
dant options. 
Data is entered as follows: 
REQ (Request)-Indicates program has loaded. 
Three responses are possible: 
NEW - To create a new data block 
CHG - To alter existing data 
OUT - To delete an existing data block 
AN0 (Attendant Number)-Selects the console 
to be defined. 
Enter: 0 or 1 
POR (Port Number)-Selects the port to be 
occupied by the console. 
Enter: LOO1 for Attendant Console #O 
L121 for Attendant Console #I  
						

							LKO (Lockout Allowed?)-A “Y” response 
will enable the lockout feature. 
Enter: Y or N 
PAG (Page Key)-Assigns the console PAGE 
key to a particular page zone or All Page. 
Enter: Access code of the page zone, All 
Page or NONE 
Traffic Measurement Data 
(Table M) 
The Traffic Measurement Data Block (DTRF) 
Program defines the parameters that control 
the Traffic Measurement feature. 
Data is entered as follows: 
REQ (Request)-Indicates program has loaded. 
Four responses are possible: 
RPT - Report Command: If record keep- 
ing has been started previously 
(STT command or STR DATE/ 
STR TIME), a report will follow 
(see Table M-l for format). 
STT - Start Command: Initializes the pro- 
gram and starts the record keeping 
and reporting activity. (Used for 
SCH = CMD. Must be entered after 
each RPT request.) 
CHG - Change Command: Alters reporting 
parameters. 
OUT - OUT Command: Stops reports. 
The next prompt (for CHG input) will be: 
SYST.DATE MMDDYY (System Date)-Re- 
ports the date currently in memory and gives 
an opportunity for a change. 
Enter: New date: MMDDYY, or [CR] (no 
change) 
SYST.TlME HHMMSS (System Time)-Re- 
ports the time currently in memory and gives 
an opportunity for a change. 
Enter: New time: HHMMSS (24 hour 
clock), or [CR] (no change) 
SCH XX (Schedule of Reports)-Defines the 
schedule for reports. Outputs the current 
data and gives an opportunity for change. 
Enter: 30 - Report every 30 minutes 
beginning at the time and 
date listed asSTR DATE& STR TIME (next prompts) 
60 - Report every 60 minutes 
beginning at the time and 
date listed asSTR DATE& 
STR TIME (next prompts) 
CMD - Report only when RPT 
command is given in re- 
sponse to REQ above 
NONE - No report 
STR DATE MMDDYY (Start Date)-Defines 
the start date for record keeping and reporting. 
Outputs current data and gives an opportunity 
for a change. 
Enter: Start Date: MMDDYY, or [CR] (no 
change) 
STR TIME HHMM (Start Time)-Defines the 
start time for record keeping and reporting. 
Outputs current data and gives an opportunity 
for a change. 
Enter: Start Time: HHMM, or [CR] (no 
change) 
RPT (Report Parameters) : 
SYST (System Data) 
ATT0 (Attendant 0) 
ATT1 (Attendant ‘1) 
TGPOO (Trunk Group 00) 
TGPOl (Trunk Group 01) 
2 2 
TGP15 (Trunk Group 15) 
Selects those parameters that are to be recorded 
(see Table M-2). The current data (Y or N) is 
output for each parameter and an opportunity 
is given for a change. 
Enter: Y (yes) or N (no) followed by a 
[CR] for each parameter. 
eceiver 
The DTMF Receiver Data Block (DRCV) Pro- 
gram identifies which DTMF receivers are to 
be equipped in the system. 
The system accommodates one DRCU PCB 
which can be equipped with 4 or 6 single chip 
DTM F receivers. 
Data is entered as follows: 
REQ (Request)-Indicates program has 
-- 
Two responses are possible: 
NEW - To install a DTM F receiver. loaded.  
						

							OUT - To remove a DTM F receiver. 
POR (Port Number)-Selects the port to be 
occupied by the DTMF receiver. The port 
number has two parts: 
‘I) DRCU PCB location (ROO) 
2) Circuit number on the DRCU PCB (l&6) 
Enter: Port number to be used (ROOlk 
R006) 
Trunk Grou ata 
The Trunk Group Data Block (DTGP) Program 
defines the parameters for each of the 16 
possibie trunk groups in the system. A Data 
Block must be completed for each trunk group 
in the system. Not all of the prompts listed 
below are used for all trunk types. The re- 
sponse given to the TKT (trunk type) prompt 
will determine which prompts will be given. 
Table O-l shows the prompts that can be ex- 
pected for each trunk type. (Use the proper 
system record form for the type of trunk being 
defined.) 
Data is entered as follows: 
m (Request)-Indicates program has loaded. 
Three responses are possible: 
NEW - To create a new trunk group 
CHG - To alter data in an existing Data 
Block 
OUT - To delete an entire existing Data 
Block 
NOTES: 
1. All trunks must be deleted from 
the group using the DTRK pro- 
gram before the OUT command 
will be accepted. 
2. If OUT is entered, only the 
Trunk Group Number (GRPI 
must be entered. No other data 
is necessary. 
GRP (Trunk Group Number)-Identifies the 
trunk group number. Sixteen groups are 
available (0 b’l5). If private lines are to be 
used, they all occupy one trunk group called 
PVL. The PVL group replaces group 15. 
Enter: Trunk Group Number (0~15) or 
PVL JEJ (Tenant Number)-Identifies the tenant 
to which the trunk group belongs. 
Enter: Tenant Number 0 or 1 
TKT (Trunk Type)-Identifies the type of trunk 
to be used in group. 
NOTE: 
it is not possible to enter a change (CHGl 
for Trunk Type (TKT). The Data Block 
must be deleted (OUT) and a new (NEW) 
Data Block entered. 
Enter: COT - Local CO trunk 
FEX - Foreign Exchange line 
DID - Direct Inward Dialing trunk 
PVL - Private line 
CSA - CCSA line 
TIE - TIE trunk 
WAT - WATS line 
IA0 (Incoming/Outgoing)-Determines if the 
trunks will give 2-way or 1 -way service. 
Enter: ICT - Incoming only 
OGT - Outgoing only 
IA0 - 2-way 
STJ (Advance Step)-Identifies the next .trunk 
group in a route advance sequence. If a station 
user attempts to access a trunk in this group 
and they are all busy, a trunk from the group 
identified in response to STP will be selected. 
Enter: Next Trunk Group Number (0 w 15) 
or NONE 
COD (Access Code)-Defines the access code 
for the trunk group. I-, 2-, or 3-digit access 
codes are permitted if no conflict exists in the 
system. For example: 3 cannot be used if 30 
or 300 is used as an access code or DN. 
Enter: Access Code (1, 2 or 3 digits) 
COS (Class of Service)-Defines system access 
permitted to inward dialing trunks, i.e., TIE, 
DID, CCSA. Use one of the 16 Classes of Ser- 
vice defined by the DCOS program. 
Enter: COS number (0 ~15) 
TRN (Transmission)-Defines the transmission 
arrangement required for the trunks in the 
group. The entry made here will determine the 
type of PAD switching done on trunk connec- 
tions (see Table O-2 for loss plan). 
Enter: NTC: Non-transmission Compen- 
sated (2-wire circuit with 

						

							TRC: Transmission Compensated 
(4wire circuit or 2-wire cir- 
cuit with > 2dB loss) 
VNL: Via Net Loss (4-wire VNL 
circuit) 
STR (Start Arrangement)-Defines the start 
arrangement to be used by the trunks in the 
group. 
Enter: IMM: Immediate start 
WNK: Wink start 
DDL: Delay start 
WTA (Warning Tone Allowed?)-Defines an 
interruption-protected trunk group (for ex- 
ample: data line). An “N” response will prevent 
warning tones from being applied to this trunk 
group. 
Enter: Y or N 
OAB (Outgoing Absorb Digit)-Identifies the 
digit which is to be ignored for purposes 
of Toll or Code Restriction. This digit will 
be outpulsed but not counted as the first digit. 
Enter: Digit to be absorbed or NONE 
(for example: 1) 
@ (Incoming Absorb Digits)-Defines the 
umber of digits that are to be stripped from 
an incoming dialed number from a TIE/CCSA 
or DID trunk. 
Enter: Number of digits or NONE 
INS (Digits Inserted Incoming)-Defines the 
actual digits to be prefixed to an incoming 
dial number. A maximum of 2 digits are allowed. 
These digits will be prefixed after the number 
of digits defined in IAB above are removed. 
Example: Incoming DN = 927 
IAB = 1 
INS= 2 
Recognized DN = 227 
Enter: Prefix digits (maximum: 2) or 
NONE 
TOL (Toll Allowed?)-An “Iv” entry will toll 
restrict TIE, CCSA, DID trunks. 
Enter: Y or N 
CRL (Code Restriction List)-Defines the code 
restriction lists that are to be consulted when 
a toll restricted station or TIE trunk is making 
a call using a trunk in this group. The Code 
Restriction list numbers are defined in the 
DC RD Program. Enter: Code Restriction List Numbers 
For example: 0 4 5 
03.17 Trunk Data Block (Table P) 
The Trunk Data Block (DTRK) Program de- 
fines the parameters for each of the trunk 
circuits within a trunk group. A Data Block 
must be completed for each trunk circuit 
in the system. 
The trunk type (TKT) defined for the group 
will determine which entries must be made. 
Not all prompts are meaningful for all trunk 
types. Table P-l shows the prompts to which 
responses should be made. (Use the proper 
system record form for the type of trunk 
being defined.) 
Data is entered as follows: 
R EQ (Request) : 
NEW - To create a new Data Block 
CHG - To alter existing Data Block 
OUT - To delete an entire existing Data 
Block 
NOTE: 
lf OUT is entered, only the port (POR) 
need be specified. No other data is 
necessary. 
PJFJ (Port Number-)-Identifies the hardware 
location of the trunk circuit to be defined. 
The port number has two parts. 
1) DCOU PCB location (TOOwT07) 
2) Circuit number on the DCOU or DEMU 
(1 -J4 
For example: The port number of the 
3rd circuit on the PCB in 
position TO2 is T023. 
Enter: Port number of trunk (TXXX) 
GMN (Group/Member Number)-The Group 
Member Number identifies the trunk position 
in the system. The GMN is composed of two 
parts: 
1) Group Number (defined in DTGP Program): 
Identifies the trunk as being a member of 
that group (00 rv 15). 
2) Member Number: a unique number (00~ 
31) is given to each trunk in a group, The 
numerical order of the number will deter- 
mine the order in which the trunks will 
be selected upon dial access. The highest