Toshiba Perception Electronic Business Communications System Installation And Maintenance Manual

							PAIR 
IT 
R 
2T 
R 
3T 
R 
4T 
R 
5T 
R 
6-r 
R 
7T 
R 
8T 
R 
9-r 
R 
IOT 
R 
IIT 
R 
12T 
R 
13T 
R 
14T 
R 
15T 
R 
16T 
R 
17T 
R 
18T 
R 
19T COLOR LEAD 
CODE 
DESIGNATION FUNCTION PCR . -- POSITION 
T 001 TIP-TRUNK CKT 001 DCOU/DEMU TOO 
R 001 RING-TRUNK. CKT 001 ‘I ” “  PIN 
26 
1 W-BI 
BI-W 
27 w-o 
M 001 M LEAD-TRUNK 
CKTOOI ‘I I‘ ” 
2 o-w E 001 
E LEAD-TRUNK 
CKTOOI I’ I’ ” 
28 W-G T 002 TIP-TRUNK CKT 002 ” ” ” 
3 G-W R 002 RING-TRUNK CKT 002 ” “ ” 
29 W-Br M 002 M LEAD-TRUNK CKT 002 “ ” “ 
4 Br-W E 002 E LEAD-TRUNK CKT 002 ” ” ” 
30 W-S T 003 TIP-TRUNK CKT 003 ” ” ” 
5 S-W R 003 RING-TRUNK CKT 003 “ ” ” 
31 R-BI M 003 M LEAD-’ 
I TRUNK CKT 003 t ” ” ” I 
6 BI-R E 003 I E LEAD-TRUNK CKT 003 11 ‘I 11 
32 R-O T 004 / TIP-TRUNK CKT 004 ‘I *’ ” 
7 O-R R 004 1 RING-TRUNK CKT 004 ” ” ” 
33 1 R-G 1 M 004 / M LEAD-TRUNK CKT OC 
8 G-R E 004 E LEAD-TRUNK CKT 004 ” ” ” 
34 R-Br T 011 TIP-TRUNK CKT 011 
DCOU/DEMU TO1 
9 Br-R R 011 RING-TRUNb 
: CKT 011 1 ” ” ,, 
I 
mEAD-TRUNK CKT 011 t ” I’ ”  35 R-S M 011 Ml 
10 S-R E 011 E LEAD-TRUNK CKT 011 ” ” I’ 
36 Bk-BI 
T 012 TIP-TRUNK 
CKTOIZ ” ” ” 
11 
BI-Bk R 012 
RING-TRUNK CKT012 ” ” ” 
37 Bk-0 M 012 
M LEAD-TRUNK CKT012 ” ” ” 
12 
0-Bk E 012 
E LEAD-TRUNK CKT 012 ” “ ” 
38 Bk-G T 013 
TIP-TRUNK CKT013 ” ” ” 
13 
G-Bk R 013 
RING-TRUNK CKT013 ” “ ” 
39 Bk-Br M 013 
M LEAD-TRUNK CKT013 ” ” ” 
,l ,, I, 
I  14 Br-Bk E 013 
E LEAD-TRUNK CI
						

							PAIR PIN COLOR 
LEAD 
CODE DESIGNATION FUNCTION PCB 
POSITION 
IT 
26 W-BI 
T 031 TIP-TRUNK CKT 031 DCOU/DEMU TO3 
R 1 BI-W R 031 
RING-TRUNI< CKT 031 “ ” ” 
3T 37 W-T) M 031 M I EAD-TRUNK 
CKT 031 ” ” “ 
?UNK CKT 031 “ “ ” 
-. -. 
0-w 
_-. - -. .- 
R 2 E 
031 E LEAD-TI 
3T 28 W-G T 
032 TIP-TRUNK CKT 032 ” ” ” 
R 3 G-W R 
032 RING-TRUNK CKT 032 “ “ ” 
4T 29 W-Br M 032 M LEAD-T1 
133 ?UNK CKT 032 “ “ I’ 
EAD-TRUNK CKT 032 ” ” “ 
/ TIP-TRUNK CKT 033 ‘I ” ” 
i - - 
R 4 Br-W E 
032 1 EL 
5T 30 w-s T C 
R 5 s-w R 033 RING-TRUNK CKT 033 ” ” ” 
FiT 31 R-BI M 033 M I EAD-TRIJNK 
CKT 033 ” ” ” 
R 
6 BI-R E 033 
E LEAD-TRUNK CKT 033 ” ” ” 
7T 
TIP-TRUNK  32 R-O T 034 
CKT 034 ” ‘I ” 
R / 7 1 O-R / R 034 
/ RING-TRUNK CKT 034 ” ” ” 
8T 33 R-G M 034 
M LEAD-TRUNK CKT 034 ‘I ” ” 
R 8 G-R E 034 
E LEAD-TRUNK CKT 034 I’ ” ” 
9T 34 R-Br T 041 TIP-TRUNK CKT 041 DCOU/DEMU TO4 
R 9 Br-R R 041 RING-TRUNK CKT 041 ” ” ” 
IOT 35 R-S 
M 041 
M LEAD-TRUNK CKT041 ” ” ” 
R 10 S-R 
E 041 
E LEAD-TRUNK CKT041 ” “ ” 
IIT 36 Bk-BI T 042 TIP-TRUNK CKT 042 ” I’ ” 
R 
12T 
R 
131 
R 11 
37 
12 
38 
13 BI-Rk R fl42 
RING-TRUNK CI
						

							PAIR PIN COLOR LEAD 
FUNCTION PCB 
CODE DESIGNATION 
POSlTlON 
IT 26 W-Bl T 061 TIP-TRUNK CKT 061 DCOU/DEMU TO6 
R 1 BI-W R 061 
RING-TRUNK CKT 061 “ ” ” 
2T 27 w-o M 061 
M LEAD-TRUNK CKT 061 “ I’ ” 
R 2 o-w E 061 
E LEAD-TRUNK CKT 061 ” ” ” 
3T 28 W-G T 062 TIP-TRUNI< CKT 062 ” ” ‘I 
R 3 G-W R 062 RING-TRUNK CKT 062 “ I‘ I’ 
4T 29 W-Br M 062 M LEAD-TRUNK CKT 062 ” “ ” 
R 4 Br-W E 062 E LEAD-TRUNK 
CKT 062 ” ” ” 
5T 30 w-s T 063 TIP-TRUNK CKT 063 ” ” ” 
R 5 s-w R 063 RING-TRUNK CKT 063 ” ” ” 
6T 31 R-BI M 063 M LEAD-TRUNK CKT 063 “ ” ” 
R 6 BI-R E 063 E LEAD-TRUNK CKT 063 ” ” ” 
7T 32 R-O T 064 TIP-TRUNK CKT 064 ” ” ” 
R 7 O-R R 064 RING-TRUNI< CKT 064 ” ” ” 
8T 33 R-G M 064 1 M LEAD-TRUNK CKT 064 ” ” ” 
R 8 G-R E 064 E LEAD-TRUNK CKT 064 ” ” ” 
9T 34 R-Br T 071 TIP-TRUNI< 
CKT 071 DCOU/DEMU TO7 
R 9 Br-R R 071 RING-TRUNI< CKT 071 ” ” ” 
IOT 35 R-S M 071 M LEAD-TRUNK CKT 07 1 ” ” ” 
R 10 S-R E 071 E LEAD-TRUNK CI
						

							R 
14 Br-Bk R 
RING-DCOU #7 
15T 
40 Bk-S T 
TIP-CO 
#8 
R 
15 S-Bk R 
RING-CO #8 
16T 
41 Y-BI T 
TIP-DCOU #8 
R 
16 BI-Y R 
R ING-DCOU #8 
17T 42 Y-O SPARE 
R 17 O-Y 11 
18T 43 Y-G II 
R 
18 G-Y ,I 
19T 44 Y-Br II 
R 19 Br-Y II 
20T 45 Y-S 1, 
R 20 S-Y I, 
21T 46 V-BI I, 
R 21 BI-V ,I 
22T 47 v-o Ii 
R 22 o-v ,I 
23T 48 V-G I, 
R 
23 G-V II 
24T 
49 V-Br I, 
R 
24 Br-V I, 
25T 
50 v-s PFT EG 
PFT GROUND (INPUT) DPMU 
R 
25 s-v PFT -24V 
PFT -24V (INPUT) I,  
						

							-111 1 COLOR 1 LEAD 
I r. In,,.-* PAIR I-UIUL I ION PCB riiu CODE DESlGNATlON POSITiON 
IT 26 W-BI T TIP-TEL #I 
R 1 BI-W R RING-TEL #I 
2T 27 w-o T T IP-DSTU #I 
R 2 o-w R R ING-DSTU #‘l 
3T -- ‘.’ - . . ...1... -.-7. 
#2 
R 3 G-W R RING-TEL #2 
4T 29 W-Br T TIP-DSTU #2 
R 4 Br-W R RING-DSTU #2 
5T 30 1 w-s I T TIP-TEL #3 
i R 5 s-w R RING-TEL #3 
6T 31 R-BI T TIP-DSTU #3 
R 6 BI-R I? R ING-DSTU #3 
7T 32 R-O T TIP-TEL #4 
R 7 O-R R RING-TEL #4 
8T 33 R-G T TIP-DSTU #4 
R 8 G-R R RING-DSTU #4 
QT ?A R-RI T TIP-TFI -i&i 
l-%--t- 
-. . -. . .-_ 
9 Br-R R I 
RING-TEL #5 
I 
/ IOT 1 35 R-S T TIP-DSTU #5 
_ 
/ I I , 
R / 10 / S-R 1 R I RING-DSTU #5 
IIT 36 Bk-BI T TIP-TEL #6 
R 11 
BI-Bk R RING-TEL #6 
12T 
37 Bk-0 T TIP-DSTU if6 
R 12 0-Bk R R ING-DSTU #6 
13T 
38 Bk-G T TIP-TEL #7 
R 13 G-Bk R RING-TEL if7 
14T 39 Bk-Bi T TIP-DSTU #7 
R 14 Br-Bk R R ING-DSTU #7 
15T 40 Bk-S T TIP-TEL +‘+8 
R 15 S-Bk R RING-TEL #8 
16T / 4.1 / Y-BI / T 
R ( 16 / BI-Y / R TIP-DSTU #8 
RING-DSTU #8 
17T / 42 / Y-O / SPARE 
R 17 O-Y ,I 
18-T 43 Y-G II 
R 18 G-Y I, 
19T 44 Y-Br I, 
R 19 Br-Y ‘I 
20T 45 Y-S I, 
R 20 S-Y II 
21T 46 V-BI I, 
R 21 BI-V I, 
22T j 47 ) V-O 1 I, 
R 1 37 1 0-V 1 I, 
2 
R 
23 G-V I, 
24T 
49 V-Br I, 
R 34 
R r-V ,I 
257 & I L. ~ , 50 v-s ,I 
R 1 25 s-v II  
						

							TOSHIBASY RACT 
ONIC OGR ING 
LEPH 
SYSTE 
BER 1984 200 300 
GE 
01 
01 .oo 
01.10 
01.20 
01.30 
01.40 
01.50 
02 
03.08 
03.08 
03.10 
03.11 
03.12 
03.13 
03.1 
03.1 
03.1 
03.17 
04.20 
04.30 
04.40 
05 
. 05.0 
05.0 
05.04 
- 05.05 
05.06 
05.07 
05.08 
05.09 
05.10 
05.11 
05.12 
05.1 
05.1 
06 
06.10 
06.20 
06.30 TABLE of CONTENTS 
........................ i 
TABLE LIST 
INTRODUCTION ’ : : : : : : : : : : : : : : : : : : : : : : : : : : : ii 
General 
............................. 
Customer Data 
.......................... 1 
Utility Programs 
.......................... 1 
Keyboard Terminal 
........................ 1 
Remote Administration 
....................... 2 
Data Format 
DATA INPuT/~uTPu~PR~CEDURE~ 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 2 
General 
~Y~EIVI DATA PREPARATION . 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 
System Data Block 
Access Code Data Block 
EKT Data Block 
Standard Telephone Data*Blbck ’ : : : : : : : : : : : : : : : : : : : 1% 
Class of Service Data Block 
..................... 12 
Toll Restriction Data Block 
..................... 13 
Speed Dial Data Block 
17 
Station Message Detail Recording Data’Biodk ’ : : : : : : : : : : : : : 17 
Attendant Data Block . 
18 
Traffic Measurement Data Block’ ’ : : : : : : : : : : : : : : : 1 : : 19 
DTMF Receiver Data Block 
..................... 20 
Trunk Group Data Block 
20 
Trunk Data Block 
... : : : : : : : : : : : : : : : : : : : : : : 23 
Least Cost Routing Data Block 
DATAINPUTPROCEDURES ..::::::::::::::::::: 
2 
Data Terminal Connection 
..................... 30 
Authorization Procedure 
...................... 31 
Utility Program Use 
........................ 32 
Authorization Codes Change 
.................... 33 
DATA OUTPUT PROCEDURES 
33 
General 
......... : : : : : : : : : : : : : : : : : : : : 33 
Print System Data Block 
34 
Print Access Code Data Block ’ : : : : : 1 : : : : : : : : : : : : : : 34 
Print Station Data Block . 
35 
Print Class of Service Data Block’ * : : : : : : : : : : : : : : : : : : 35 
Print Toll Restriction Data Block 
................... 36 
Print Speed Dial Data Block 
..................... 36 
SMDR Data Block . 
37 
Print Trunk Group Data Block * : : : : : : : : : : : : : : : : : : : : 37 
Print Trunk Data Block 
....................... 37 
Print Least Cost Routing Data Block 
................. 38 
Print Call Pick-up Groups 
...................... 38 
Print Hunting Arrangements 
.................... 39 
MAINTENANCE PROCEDURES 
.................... 39 
Data Dump (DDMP) Program 
.................... 39 
EKT/Attendant Console (TERM) Program 
............... 40 
Peripheral Equipment Test (TPER) Program 
.............. 40  
						

							ABLE 
A 
B 
c 
D 
T 
U 
v 
W 
x 
v 
z 
AA 
AB 
AC LE 
PAGE 
TTY & Modem Connections .................... 
2 
Utility Programs 
........................... 
3 
Authorization Code Change 
...................... 
System Data Block 
Access Code Data Block 
Feature, Abbreviation & Code List 
.................. 
EKTDataBlock 
........................... 50 
EKT Key Assignments 
.............................. ............. 51 
EKT Directory Number 
EKTPrivateCOLine 
::::::::l:::: 51 
51 
EKT Features 
Standard Telephone data Block ’ 1 : : : : : : : 1 1 : 1 : : : : : : 1 : 
Class of Service Data Block 
...................... 54 
COS Features & Codes 
....................... 
66 
Toll Restriction Data Block 
56 
Speed Dialing Data Block . : 1 : : : 1 : : 1 : : 1 1 : 1 : : 1 : : : : 58 
SMBR Data Block 
Attendant Data Block’ ’ : : : : : : : : : : : 1 : : : 1 : : : : : : : : 
E 
Traffic Measurement 
......................... 61 
Traffic Measurement Report Format 
................. 62 
Traffic Measurement Parameters 
62 
DTMF Receiver Data Block 
... : : : : : : : : : : : 1 : : : : : : 64 
Trunk Group Data Block 
...................... 64 
Trunk Group Data Block Entries 
................... 65 
LossPlan 
..................... 67 
Trunk Data Block 
.......................... 68 
Trunk Data Block Entries 
69 
Least Cost Routing Data Block ’ : : : : 1 : : : : : : : : : : : : : : : 69 
Miscellaneous Parameters 
..................... 70 
AreaCodes .......................... 
..7 0 
Area/Office Codes 
........................ 71 
Routes 
Modify Digits ... ..... . . 
. . . . . . . .. . . . .. . 
.. . . . 71 
Print System Data Block 72 
: : : : : : : : : : : : : : : : : : : : : : : 73 
Print Access Code Data Block 
.................... 74 
Print Station Data Block . 
74 
Print Class of Service Data Block ’ : : : : : : : : : : : : : : : : : : : 75 
Print Toll Restriction Data Block 
................... 75 
Print Speed Dial List Data Block 
................... 76 
Print SMDR Data Block 
76 
Print Trunk Group Data, Block’ * : : : : : : : : : : : : : : : : 1 : : : 77 
Print Trunk Data Block .. .. 
78 
Print Least Cost Routing Data Block’ : : : : : : : : : : : 1‘ : : : : : : 78 
Print Call Pick-up Groups 
...................... 79 
Print Hunting Arrangements 
..................... 80 
Data Dump Program 
......................... 80 
EKT Test Procedure 
......................... 81 
Attendant Console Test Procedure 
.................. 82 
Peripheral Equipment Diagnostic Procedure 
.............. 83 
Trunk Status Entries 
85 
Disk Drive Error Codes . : : : : : : : : : : : : : : : : : : : : : : : 87  
						

							NOV 19 PROGRAMMING (PRELIMINARY) 
PAGE 1 
PERCEPTION is a stored program-controlled system utilizing 
an 
8-bit microprocessor as the central processing unit 
(CPU), The system 
memory is made up of both Read Only Memory (ROM) and Dynamic Random 
Access Memory (DRAM) (the small amount of ROM that is provided contains 
the Loader 
program for the Floppy Disk Drive (DFDD)). 
When the 
system is first powered up or is reset manually, the remainder of the 
Operating System programs and Customer Data are loaded into DRAM from 
the diskette under the control of the Loader program, 
Since Dynamic R is volatile; that is, 
its contents are lost 
the diskette remains in the 
non-volatile storage. system as 
All PERCEPTION options are controlled by entries made in the 
mer Data memory. 
Tables 
Parameters and Trunking, as are provided for defining System 
ell as individual station features, The 
Customer Data is unique to each 
using a keyboard terminal. system and is usually entered on-site 
After the data has been entered into system 
memory a simple keyboard command 
causes 
diskette to remain as a permanent record. it to be copied onto the 
In addition to the Operating System programs and Customer Data, 
the diskette also contains many Utility Programs, which are divided 
into three groups: 
1) Data Input Procedures-- 
used when making changes to Customer Data- 
2) Data Output Procedures-- 
used 
of the Customer Data memory. for obtaining printouts of the contents 
3) Maintenance Procedures-- 
used when testing the system. 
When required, 
a Utility Program is called up using a command 
entered via the keyboard terminal, 
The system responds by locating the 
proper Utility Program on the diskette and then loading it into the 
memory overlay area. 
When the loading is completed, a prompt will be 
output to the terminal. 
Utility Program at a time, The overlay area can accommodate only one 
the previous one is erased. therefore when another program is called up 
NOTE: 
Any diskette operational failure will cause an error code to be output 
to the terminal, 
See Table AG for the listing of the error codes.  
						

							Nov 19 PRcGRAMMTNG(PRELIMINARY) 
PAGE2 
1 The PERCEZTION system. is designed to interface with standard 
asynchronous keyboard/printer data terminals (aTexas Instrumntskdel 
743 or 745, or equivalent, is suitable). 
An ELkcfxonic Industry 
Association EIA) RS 232C-type data transmission interface is provided 
systgn will support data speeds of 300 or 1200 bps, 
The 
connects to the TEw connector at them connector panel 
pinassigmantsareshown inTableA). 
utilizing a locally-provided mE%l, the 
PEZQEMON system Utility 
Programs canbe calledup, and the systemprcqrammj and tested frana 
remote location vi 
ne line. 
An EIA RS 
232~ interface is 
provided for the 
SUppOlFtad. a data speed of 
300 or 1200 bps is 
The is comected to the 
amnector on the 
port pin assig 
ts are s 
Table A), 
ThemEM and ITY connectors cannot be used simultaneously. 
one must 
be open at any given time, 
Utilizing one start bit, 
one stop bit and one parity bit, the 
comnunicates via the standard 7-level ASCII code on the TTY and 
ports. The system transmits even parity and ignores parity on 
the receive side,