Toshiba Perception E Ex Digital Pbx Installation And Maintenance Manual

							PROGRAMMINGPROCEDURES 
SECTION 200-255-307 
JANUARY1993 
list number XX. 
(XX = 1 - 50.) 
NONE-No list assigned. 
WTA (Warning Tone Allowed?)-Defines an in- 
terruption-protected station. An “N” response 
will prevent warning tones from being applied to 
the station. 
Enter: Y or N. 
CFT (Call Forward to Trunk)-Permits calls to 
this station to be forwarded over a trunk to an 
outside directory number (maximum: 16 digits). 
Enter: Y or N. 
TOL (Toll Restriction Class)-Assigns one of the 
ten Toll Restriction classes to the station. Classes 
0 - 7 are defined in the Toll Restriction Data 
Block (DTOL Program). Class 8 is simple toll 
restriction; restricting either 0 or 1 as the first 
digit. NONE defines the station as unrestricted. 
Enter: 0 - 8 or NONE. 
MWL (Message Waiting Lamp)-Defines a sta- 
tion that is equipped with a Message Waiting 
Lamp. 
Enter: Y or N. tinuous ringing) when a station goes off-hook, 
but does not complete dialing a valid number 
before the Line Lockout Timeout period elapses. 
The destination can be programmed as either a 
specific station, an attendant, orthe system UNA 
device. (In tenant service, the system will route 
the RDS call to the assigned tenant, when ATT 
is entered.) The designation of an Emergency 
Ringdown Station is particularly important in 
Lodging/Health Care applications. 
Enter: XXXX = l- 
- 4-digit station number. 
ATT = Attendant. 
UNA = System UNA. 
NONE = No designation of Emergency 
Ringdown Station. 
OCA (Off-hook Call Announce)-Defines whether 
this feature is in automatic or manual mode. 
When programmed in auto mode, it allows the 
system to announce an incoming call when the 
station is off-hook. If it is in manual mode, the 
system will let the caller enter an access code 
before the call interrupts the ongoing conversa- 
tion. Busy tone must be heard (i.e., no call- 
forwards) to activate this feature. 
Enter: A or M. 
RDS (Emergency Ringdown Station)-Indicates 
the destination for an emergency signal (con- 
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							TABLE 7-3 
Procedure - Standard Telephone Data Block PROGRAMMINGPROCEDURES 
SECTION 200-255-307 
JANUARY1993 
Authorization Procedure must be completed. If an OK response is received, proceed as follows: 
ITEM PROMPT 
USER ENTRY NOTE 
OK DS-IT 
JY-IAl, 
Port Number - DISK LOADING - 
-Q NEW, CHG, OUT 
POR LNNX l&2 
Directory Number 
I 
DN 1 - 4 digits 
I 3 I 
Station Mix 
SMX Y or N 
Class of Service cos o- 15 4 
Tenant Number 
TEN 0 or 1 5 
Call Pickup Group 
PUG 0 - 31 or NONE 6 
Hunt number 
Dialing Type 
Speed Dial List HNT 1 - 4 digits, #X, or NONE 7 
DLG DIP, TON, MNL XXXX 8 
SDL SDC XX, SDU XX, or NONE 9 
Warning Tone Allowed? 
Call Forward to Trunk 
WTA 
CFT Y or N 
Y or N 10 
Toll Restriction Class 
Message Waiting Lamp 
Emergency Ringdown Station 
Off-hook Call Announce 
TOL 
MWL 
RDS 
OCA 
0-8orNONE 
Y or N 
1 - 4 digits, ATT, UNA, or NONE 
AorM 11 
I -JQ Repeat program, if necessary 
I 
I 
NOTES: (continued) 
1. NN = PCB location.- 
2. X = Circuit number. 
3. 4-, 3-, 2-, or l-digit DNs are allowed if there is no conflict (e.g., 30X is not allowed if 30 is used). 
4. There are 16 different COS groups which are defined in the DCOS Data Block. 
5. When RNA calls recall to the Attendant, they will recall to the Attendant (0 or 1) that ORIGINALLY 
transferred the call. 
6. There is a maximum of 32 Call Pickup Groups. 
7. The number to which this DN hunts. 
#X = Station Hunt-Distributed, 
X = Distributed hunt group number (0 - 3), Maximum 8 members per group. 
NONE = No hunt. 
8. DIP = Dial Pulse. TON = DTMF. MNL XXXX = Manual Line Direct to DN (1 - 4 digits), ATT 0, or 
A777. 
9. SDC XX makes the station a controller of Station Speed Dial List XX (XX = 01 - 50). 
SDU XX makes the station a user of Station Speed Dial List XX (XX = 01 - 50). 
10. Y = Warning tones applied (call waiting feature activated). 
N = No warning tones applied (camp-on feature activated). 
7-15 
. 
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							PROGRAMMING PROCEDURES 
SECTION 200-255-307 
JANUARY 1993 
Classes 0 - 7 are defined in the Toll Restriction Data Block 
Class 8 = Dia/m or 0 restriction. 
NONE = No Toll Restriction. 
Ignore line entered. 
Backspace. 
Stop printing and return to REQ. 
Exit program. 
TABLE 7-3 (continued) 
Error Codes 
(DTOL Program). 
Error Code 1 Program Name: Standard Telephone Data block (DSlT) 
Meanina 
ERSTA 00 No PCB is equipped at that location. 
ERSTA 01 
The PCB is an NEKU type (not an NSTU). 
ERSTA 02 Port is busy (REQ = CHG, OUT). 
ERSTA 03 
Port has already been assigned to a station, DSS console, or DDIU. 
ERSTA 05 1 was entered, but tenant service was not enabled in the System Data Block. 
ERSTA 06 1 was entered, but ATT #l was not programmed (no Attendant Data Block). 
ERSTA 09 
1 Unknown input. 
ERSTA 10 
ERSTA 11 DN conflicts with existing DN. 
510 DNs have already been assigned in the system. 
ERSTA 12 
ERSTA 13 DN has already been assigned to the maximum number of appearances (96). 
Hot Line DN does not exist. 
ERSTA 14 
1 Next Hunt DN does not exist. 
ERSTA 17 
ERSTA 18 
ERSTA 19 MNL 0 was entered, but ATO is not equipped. 
MNL 1 was entered, but ATT1 is not equipped. 
MNL 0 was entered, but this station is in tenant group #l. 
ERSTA 20 1 MNL 0 was entered, but this station is in tenant group #2. 
I 
ERSTA 21 
ERSTA 22 
ERSTA 23 
ERSTA 24 Input data was erased because the program was aborted during NEW data entry. 
The port is not assigned. 
Another type of data (electronic telephone, etc.) is assigned to the input port. 
SDC has already been assigned to the input list. 
ERSTA 25 
I The next input hunt DN is a trunk DN. 
ERSTA 26 
ERSTA 27 
ERSTA 28 
ERSTA 29 
ERSTA 30 
ERSTA 31 The Distributed Hunt Group has already been assigned its maximum member number (8), 
invalid Toll Class Number (0 - 8). 
The first digit does not match with RM PFX, or the second digit conflicts with 
another DN or access code. 
The port has already been assigned to a trunk. 
The entry should be ATT (0 and/or 1 not required). 
Port has already been assigned as an announcement port. 
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							4. Print Station Data Block (Table 7-4) 
4.01 
To use the Print Station Data Block (PSDB 
Program): 
l Perform the Authorization Procedure (Level 1,2, 
or 3). 
Enter: PSDB (in response to the OK prompt). 
l After the program is loaded and the REQ prompt 
is received, enter one of the following com- 
mands: 
PORALL-All Electronic/Digital Telephone and 
Standard Telephone Data Blocks will be output 
in numerical order of port numbers (lowest 
number first). 
PORNNX-The Data Block for port NNX will be 
output (NNX = port number without L). 
PORVAC-A list of all unassigned ports will be 
output. 
PROGRAMMING PROCEDURES 
SECTION 200-255-307 
FEBRUARY 1992 
DNALL-All Electronic/Digital Telephone and Sta- 
tion Data Blocks will be output in numerical order 
of DN (lowest to highest). For electronic/digital 
telephones, the prime DN will be used. 
DNXXXX-The Data Block for DN XXXX will be 
output. If it is a multiple appearance DN, then all 
Data Blocks in which it appears will be output. 
EKTALL-All Electronic/Digital Telephone Data 
Blocks will be output in order of prime DN (lowest 
first). 
ST-TALL-All SIT Data blocks will be output in 
order of DN (lowest first). The output format will 
be the same as the input format in the DEKT and 
DSTT data input programs. 
TABLE 7-4 
Procedure - Print Station Data Block 
Authorization Procedure must be completed. If an OK response is received, proceed as follows: 
ITEM PROMPT USER ENTRY NOTE 
OK PSDB 
- DISK LOADING - 
REQ 
1 
- EXECUTE - 
t REQ 
I 1 
I 
NOTES: (continued) 
1. The following responses are possible: 
PORALL = 
PORNNX = 
PORVAC = 
DNALL = Outputs all Station Data Blocks in numerical order of ports (lowest first). 
Outputs port NNX data. 
Outputs a list of all unassigned ports. 
Outputs all Station Data Blocks in numerical order (lowest first) by DN (prime DN for 
electronic/digital telephones). 
Outputs DNXXXX data. If it is a multiple appearance DN, then all Data Blocks in 
which it appears will be output. (XXXX = DN number, 1 - 4 digits.) 
Outputs all Electronic/Digital Telephone Data Blocks in orderofprime DN (lowest first). 
Outputs all Standard Telephone Data Blocks in order of DN (lowest first). 
Ignore line entered. 
Backspace.  DNXXXX = 
EKTALL = 
SmALL = 
Stop printing and return to REQ. 
Exit program. 
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							PROGRAMMING PROCEDURES 
SECTION 200-255-307 
FEBRUARY 1992 
TABLE 7-4 (continued) 
Error Codes 
Program Name: Print Station Data Block (PSDB) 
Error Code 1 Meaning 
ERPST 00 
ERPST 01 The input PCB number or circuit number is out of range. 
The inout DN does not exist. 
1 ERPST 02 1 The input port is not assigned to an electronic or a 500/2500-series telephone. 
ERPST 03 
ERPST 04 A manual signaling port does not exist. 
The input DN is not assigned to an electronic/digital telephone or to a 500/2500-series 
telephone. 
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							5. Print Call Pickup Groups (Table 7-5) 
5.01 To use the Print Call Pickup Groups (PCPG 
Program): 
l Perform the Authorization Procedure (Level 1,2, 
or 3). 
Enter: PCPG (in response to the OK prompt). 
l After the program is loaded and an REQ prompt 
is received, enter one of the following com- 
mands: 
ALL-All Call Pickup groups will be output. 
PROGRAMMINGPROCEDURES 
SECTION 200-255-307 
FEBRUARY1992 
DNXXXX-The number of the Call Pickup group 
containing DNXXXX will be output. 
Example: 
#l REQ DN205 
GRPOO 
#2 
REQ ALL 
GRPOO 
xxx xxx xxx xxx 
xxx xxx xxx xxx 
xxx xxx xxx xxx 
XXX etc. 
xxx xxx xxx 
xxx xxx xxx  GRPOl 
GRP02 
TABLE7-5 
Procedure - Print Call Pickup Groups 
Authorization Procedure must be completed. If an OK response is received, proceed as follows: 
ITEM PROMPT USER ENTRY NOTE 
OK PCPG 
- DISK LOADING - 
REQ 1 
- EXECUTE - 
NOTES: 
I. The following responses are possible: 
ALL = Outputs all Call Pickup Groups (listed by DN). 
DNXXXX = Lists the numbers of all Call Pickup Groups containing DNXXXX. 
Error Codes 
Error Code 1 Program Name: Print Call Pickup Groups (PCPG) 
Meaning 
i 1 invalid rewonse. 
I 
1 ERPCP 01 1 The input DN does not exist. 
I 
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							PROGRAMMING PROCEDURES 
SECTION 200-255-307 
FEBRUARY 1992 
6. Print Hunting Arrangements (Table 7-6) 
6.01 To use the Print Hunting Arrangements (PHNT 
Program): 
l Perform the Authorization Procedure (Level 1,2, 
or 3). 
Enter: PHNT (in response to the OK prompt). 
l When an REQ prompt is received after the 
program is loaded, enter the following com- 
mand: ALL-All hunting sequences will be output. 
l The output format will be as in the following 
examples: 
REQ ALL 
HNT 223-224-225 
HNT 242-243 
HNT 250-25 l-252 
etc. 
TABLE 7-6 
Procedure - Print Hunting Arrangements 
Authorization Procedure must be completed. If an OK response is received, proceed as follows: 
I ITEM TiiOiPT 1 USER ENTRY 
i ~~  NOTE 
OK PHNT 
- DISK LOADING - 
t =Q 
ALL 1 
- EXECUTE - 
=Q 1 
NOTES: 
7. The following responses are possible: 
ALL = Outputs a// hunting sequences (listed by DN). 
Ignore line entered. 
Backspace. 
Stop printing and return to REQ. 
Exit program. - 
Error Codes 
Error Code 1 Program Name: Print Hunting List (PHNT) 
Meaning 
&PHT 00 The input DN does not exist. I 
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							7. Print Paging Group Data Block (Table 7-7) 
7.01 
To use the Print Paging Group Data Block 
(PPAG Program): 
l Perform the Authorization Procedure (Level 1,2, 
or 3). 
Enter: PPAG (in response to the OK prompt). 
l After the program has loaded and the REQ 
prompt has been received, enter one of the 
following commands: 
PROGRAMMING PROCEDURES 
SECTION 200-255-307 
FEBRUARY 1992 
PAG 
N-All electronic/digital telephone ports be- 
longing to the indicated paging group N will be 
output in the order in which they were pro- 
grammed, in the format shown below (for paging 
group 00): 
PAGING GROUP 00 LNNX LNNX LNNX 
PAGALL-All assigned paging groups and their 
electronic telephone members will be output in 
the order in which they were programmed. 
TABLE 7-7 
Procedure - Print Paging Group Data Block 
Authorization Procedure must be completed. If an OK response is received, proceed as follows: 
ITEM PROMPT USER ENTRY NOTE 
OK PPAG 
- DISK LOADING - 
-Q 1 
- EXECUTE - 
REQ 
1 
NOTES: 
1. The following responses are possible: 
PAGN = 
PAGALL = Outputs all electronic/digital telephone ports belonging to the indicated paging group 
N in the order in which they were programmed. 
Outputs all electronic/digital. telephone ports belonging to the assigned paging 
groups in the order in which they were programmed, 
/snore line entered. 
Backspace. 
Stop printing and return to REQ. 
Exit program. 
. . 
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							PROGRAMMING PROCEDURES 
SECTION 200-255-307 
FEBRUARY 1992 
8. DSS Console Data Block (Table 7-8) 
8.01 
The DSS Console Data Block (DDSS Pro- 
gram) 
is used to assign both electronic and digital 
DSS consoles. A maximum of eight electronic/digital 
DSS consoles can be assigned. Each DSS console 
must be assigned to an electronic/digital telephone 
and up to two consoles may be assigned to each 
electronic/digital telephone. Each console has 60 
programmable buttons, which may be programmed 
as either fixed or switched direct station select (DN) 
buttons or as feature access buttons. Any electronic/ 
digital telephone feature, except those requiring a 
speech path, can be programmed onto a DSS con- 
sole button (see Table 7-8a). Data for this program is 
entered as follows: 
REQ (Request)-Indicates that the program has 
loaded. Three responses are possible: 
NEW-To create a new Data Block. 
CHG-To alter an existing Data Block. 
OUT-To delete an existing Data Block. 
NOTE: 
If OUT is entered, then only the port number 
(POR) needs to be entered below. No other 
en try is necessary. 
NBR 
(DSS NumberkDefines the number of the 
DSS console in the system. There is a maximum 
of eight consoles per system. 
Enter: DSS number (0 - 7). 
POR (Port Number)-Identifies the hardware loca- 
tion of the DSS console circuit that is to be defined 
(CNNX/LNNX). The port number has two parts, 
which are each noted as follows: 
1) NN designates the location of the PCB on 
which the DSS console circuit is installed: 
PERCEPTION,: COO - CO1 or LOO - Lli/ 
L15 - L26. 
CNNX:X=l-4;LNNX:Xz 
1, 3, 5, 7. 
PERCEPTION,: LOO - L31. 
LNNX:X=1,3,5,7. 
2) X designates the DSS console’s associated 
circuit number. 
Enter: Port number of the DSS console 
(CNNWLNNX). NOTE: 
1. 
2. Electronic DSS consoles are assigned to 
the NDSU PCB at port locations CNNX or 
LNNX. Digital DSS consoles are assigned 
to the NDKU PCBatportlocations CNNXor 
LNNX. 
When using8 DDSSconsoles on one NDKU 
PCB, program the first four DDSSs on 
circuits I, 3, 5 and 7 on fhe NDKU PCB. 
Program the second four DDSSs on circuits 
1,3,5and7on theadjacentslotnextto the 
NDKU PCB. 
DDSS (Digital DSS)-Identifies if the DSS Console 
assigned is a digital or non-digital DSS. 
Enter: Y (for digital) or N (for electronic). 
SPT (Station Port)-Designates the electronic/ 
digital telephone station that is to be associated 
with the DSS console. 
Enter: Port number of station (LNNX). 
F/S (Fixed or Switched Operation)-Defines the 
operation of DSS button assignment on the con- 
sole. Fixed assignment (F) means that each DSS 
console button is permanently associated with a 
singlestation DN. Switchedassignment (S) means 
that each DSS console button is variably assigned 
and can be changed by a Hundreds Group button. 
For example, when a Hundreds Group button ofi 
is pressed, switched DN keys 00 - 09 become 
buttons 200 - 209. When a Hundreds Group 
button of B is pressed, these same buttons be- 
come buttons 300 - 309. When an electronic/ 
digital telephone has two associated DSS con- 
soles, one may be assigned as switched and one 
may be assigned as fixed. However, there can be 
no mixture of switched/fixed functions on the 
same console. 
Enter: F or S. 
NOTE: 
hisprompt wilonlyappearwhen NEWis entered 
in response to REQ. To change a programmed 
DSS console from Fixed/Switched, the console 
must be deleted and then reprogrammed 
KEY (DSS Console Button)-Defines the various 
buttons on the DSS console. Each button is 
assigned either to a specific DN (for fixed 
operation), to a two-digit number (for switched 
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							PROGRAMMING PROCEDURES 
SECTION 200-255-307 
FEBRUARY 1992 
operation), or to a specific feature. When 
assigning or deleting data from DSS console 
buttons, data can be assigned/deleted in groups. 
Additionally, data that is assigned to one DSS 
console may be duplicated either entirely or 
partially (either specific buttons or columns of 
buttons) onto another DSS console by using 
range programming functions. To program a 
DSS console button, perform oneof the following 
operations: 
--., 1) Assign a DN: For a 
fixed button, enter the 
number of the button being defined (m = 0 - 
59, followed by a space, *, and the station DN 
(N, NN, NNN, or NNNN). For a switched 
button, enter the number of the button being 
defined, a space, #, and the last two digits of 
the station DN (NN). The digit preceding 
these lower digits will be determined by 
Hundreds Group buttons. 
Enter: m 
l N (NN, NNN, or NNNN) (for 
Fixed operation). 
m #NN (for Switched operation). 
NOTE: 
There cannot be a mixture of switched/fixed 
buttons on the same console. 
2) Assign a Feature: Enter the number of the 
button being defined, followed by a space 
and the mnemonic of the feature. All elec- 
tronic/digital telephone features are avail- 
able to a DSS console arrangement, except 
those requiring a speech path (DIU, DRS, 
SCR, SCN, PVR, and PVN). Features that 
are available for DSS assignment are listed 
in Table 7-8a. 
Enter: m Feature. 
(m = button number [0 - 591.) 
3) Range Assignment : This entry allows a 
consecutive range of directory numbers to 
be simultaneously assigned to DSS console 
buttons. Ranges are entered by using a 
format which indicates the starting point (L) 
and the ending point (M) of the button range 
(L must be less than 
M), and the starting 
station DN to be programmed (XX, XXX, 
xxxx [2- - 4-digit DNs]). The programmed stations will include the starting station num- 
ber that is entered, and each subsequent 
station within the indicated range. The op- 
eration of these assignments will depend on 
whether the DSS console is programmed as 
fixed or switched. For example, in 
switched 
DN assignment, a data input of 10 19 30 will 
assign DNs 30 - 39 to DSS console buttons 
IO - 19. In fixed DN assignment, a data input 
of 00 59 200 will assign DNs 200 - 259 to 
DSS console buttons 0 - 59. 
Enter: AUT L M XX or XXX. 
4) Duplicate a Complete DSS Console Button 
Arrangement: This option will duplicate the 
entire button arrangement of one DSS con- 
sole onto another DSS console. 
Enter: DUP M. 
(M = The number [0 - 71 of the 
console that is to be duplicated en- 
tirely.) 
5) Duplicate a Column of DSS Console But- 
tons: This option will duplicate a complete 
column of assigned DSS console buttons (X) 
onto another DSS console (Y). Console but- 
ton columns are numbered 0 - 5, from left to 
right on the DSS console. 
Enter: DUP MX Y. 
(M = The number of the console 
being copied. 
X = The column of the DSS console 
being copied. 
Y = The column of the DSS console 
to which the copy will be applied.) 
6) Duplicate Selected Buttons: This option will 
duplicate a series of buttons (YY thru ZZ) 
from one console (M) to the console being 
programmed. 
Enter: DUP MXX YY ZZ. 
(M = Number of the console being 
copied. 
XX = The first button on the console 
that is to be programmed. 
YY = Starting range button of the 
console being copied. 
zz = Ending range button of the 
console being copied.) 
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