Toshiba Strata Dk24, Dk56, Dk96 Instruction Manual

							INSTALLATION-PERIPHERALS 
SECTION 200-096-208 
FEBRUARY 1991 
11) Plug the provided power cord into the power 
supply and to a 117 VAC, 60Hz power source. 
5.26 Talkback Amplified Speaker Test. Test the 
Talkback Amplified Speaker installation in accor- 
dance with the following steps: 
1) Make an external page. 
l Page will be heard over the HESB. 
2) Verify that someone speaking into the door 
phone can be heard at the paging station (with 
this application, pressing the door phone but- 
ton is not required to talkback through the door 
phone). 
6 EXTERNAL PAGE OPTIONS 
6.00 System Hardware Requirements 
6.01 
STRATA DK systems offer a variety of exter- 
nal page options. Additionally, a BGM option is 
available with each external page option. DK sys- 
tems support: 
l Paging with BGM (same amplifier). 
l Zone paging with BGM (separate amplifiers). 
l Zone paging with BGM (multiple amplifiers). 
NOTE: 
The PIOU PCB only is equipped with zone 
paging. 
6.02 Either a PIOU, PIOUS, or PEPU PCB is 
required to support the external paging/BGM op- 
tions. The PIOU will support any of the paging/BGM 
options. The PEPU and PIOUS will support only the 
paging with BGM (same amplifier) option. 
6.10 External Page Option installation 
6.11 
All paging connections are made via the 
PIOU or PEPU amphenol connectors or the PIOUS 
TBl terminal to the MDF. 
6.12 Page (single zone) with BGM (same ampli- 
fier). 
In this configuration, paging and BGM are 
amplified by a common customer-supplied paging 
amplifier. When the external page access code is 
dialed, the external page control relay is activated, 
which applies a short (or open) to the amplifier mute 
control to mute the music. Install this option in 
accordance with the following steps (refer to Figure 
8-14): 
1) 
2) 
3) 
4) 
5) Connect the input no. 1 from the paging ampli- 
fier to pins 13 (SPR) and 38 (SPT) of the PIOU 
or PEPU; or connect to SPT and SPR of the 
PIOUS. 
Connect the paging amplifier mute terminal to 
pins 7 and 32 of the PIOU or PEPU; or connect 
to DET and DER of the PIOUS. 
Connect the music source to the input no. 2 of 
the paging amplifier. 
Connect the speaker to the paging amplifier 
output. 
Verify that the PIOU or PEPU 
PlO jumper plug 
is in the 
MAKE position or that the PIOUS WI 
jumper wire is in the MAKE position. 
6.13 Zone Page with BGM (separate amplifi- 
ers). 
This configuration provides multiple-zone 
paging capability. The output of the paging ampli- 
fier is routed back to the PIOU, where it is switched 
to one of four sets of speakers by PIOU relays 
Kl 
through K4. The relay selected is determined by 
the access code dialed by the station user. Default 
access codes are: 
l Kl/zone 1 = 35 
l K2/zone 2 = 36 
l K3/zone 3 = 37 
l K4/zone 4 = 38 
l All zones = 39 
NOTE: 
Multi-zone page output rating is 30W/maxi- 
mum at 300 ohms. 
6.14 An all zone page code (39) is also available as 
an option 
(see Program 10-2). When the all page 
code is dialed, all four relays are activated to permit 
simultaneous paging to all speaker zones and all 
electronic telephone speakers. Install this option in 
accordance with the following steps (refer to Figure 
8-15): 
1) Connect the input from the paging amplifier to 
pins 13 (SPR) and 38 (SPT) of the PIOU. 
2) Connect the BGM music source to the music 
amplifier input. * 
3) Connect the paging amplifier output to the “M” 
8-10  
						

							contact’s PIOU relays Kl - K4 and the “C” 
terminal of zone 1 - zone 4 speakers. 
4) Connect the BGM music amplifier output to 
terminal 23 (PG COMMON) of the PIOU, and 
to zone 1 - zone 4 speakers. 
6.15 Zone Page with BGM (multiple amplifiers). 
This configuration also provides multiple-zone 
paging capability, as in Paragraph 6.13. However, 
separate amplifiers are used for each zone. Install 
this option in accordance with the following steps 
(refer to Figure 8-l 6): 
1) 
2) 
3) 
4) 
5) 
Connect the inputs from the paging amplifiers 
to pins 13 (SPR) and 38 (SPT) of the PIOU. 
Connect the music source to the music ampli- 
fier input. 
Connect the paging amplifier outputs to PIOU 
relays 
Kl - K4 and zone 1 - zone 4 speakers. 
Connect the music amplifier output to terminal 
23 (PG COMMON) of the PIOU, and to the “C” 
terminal of zone 1 - zone 4 speakers. 
Connect zone 1 - zone 4 speakers “A” termi- 
nal to the “B” contact of the PIOU relays Kl- 
K4 respectively. 
6.16 Night Ringing over External Page Zones 
(PIOU only). 
To allow the night ringing signal to be 
sent over zone paging, install the paging amplifier 
in accordance with the following steps (refer to 
Figure 8-17). (Steps 1 - 6 are performed at the 
MDF ’ 
1) 
2) 
3) 
4) 
5) 
Cross-connect the amplifier input to pins 13 
(SPR) and 38 (SPT) of the PIOU PCB. 
Cross-connect the amplifier output A to the 
PGINl - PGIN4 connector from the PIOU. 
Cross-connect the amplifier output B to the 
zone 1 - zone 4 speaker common line. 
Cross-connect the PIOU PGOUTI - PGOUT4 
to zone 1 - zone 4 speakers. 
Cross-connect the amplifier output A to pin 9 
(NHR) of the PIOU. 
INSTALLATION-PERIPHERALS 
SECTION 200-096-208 
FEBRUARY 1991 
6) Cross-connect a jumper from pin 34 (NHT) to 
pin 23 (PG COMMON) from the PIOU PCB. 
. 
7) In Program 77-1, set LED 05 to OFF and 06 
to 
ON. Set LED 08 to ON if door phones are 
to ring over external page when the system is 
in NIGHT mode. 
8) In Program 78, enable the CO lines that are to 
ring via external page when the system is set 
in the NIGHT mode. 
9) In Program 39, assign themormbuttons 
to electronic telephones per the System Rec- 
ord Sheets (see Note 2). 
10) Press them or m button on an electronic 
telephone to set the system into the NIGHT 
mode. Test by calling into the system on a CO 
line assigned 
(Program 78) to night ring over 
external page. 
l When ringing sounds (see Note 2) over 
the page, press m 1 Ef 1 to answer. 
NOTES: 
1. All zones will ring with this option; night 
ringing to selected zones is not possible. 
2. The m or m buttons put CO lines in 
NIGHT ring mode per 
Program 15; NT1 - 
TENANT l/NT2-TENANT 2 CO line as- 
signment. 
7 STATION MESSAGE DETAIL 
RECORDING (SMDR) PRINTER/CALL 
ACCOUNTING DEVICE OPTIONS 
7.00 An SMDR printer or call accounting device 
may be connected to the system to provide a hard- 
copy record of station activity (incoming, outgoing, 
and transferred calls account code entries) on CO 
lines or a printout of the customer data base. Call 
record data is printed out at the completion of each 
call, provided the call was at least 10 seconds in 
length. Program SMDR with 
Program 60, and use 
Program 97 to have the SMDR printer display the 
customer data base. 
7.01 SMDR will send out special names for the 
following types of calls: . 
l MSS: Prints on DISA or DISC calls to stations 
(see Note). 
8-11  
						

							INSTALLATION-PERIPHERALS 
SECTION 200-096-208 
FEBRUARY1991 
l MODM: Prints on calls to the IMDU remote 
maintenance modem (station 19). 
l DISA: Prints on DISA calls to CO lines when 
calling through the system CO-to-CO. 
NOTE: 
MSS willprintonlyon DISA orDlSCcalls thatare 
answered 10 seconds after the DK dial tone is 
sent to the calling party. If the call is answered 
before 10 seconds, the call will register as a 
normal incoming call and the MSS/transfer 
portion of the call will not print out. 
7.02 Figure 8-l 8 shows a sample SMDR printout 
and describes the contents of each column of the 
printout. The following examples show several call 
record samples and describe the sequence of 
events which occurred to generate the call records. 
NOTE: 
SMDR printout “time of day” and day/month/ 
year (DD/MM/YY) is the same as the system 
clock time/date setby the station connected to 
port 00. SMDR DD/MM/YY will print out each 
time 50 call records are generated. 
SMDR PRINTOUT EXAMPLES 
Direct Inward System Access (DISA) CO Lines 
NOTE: 
DISA station calls print out as MSS. 
EXAMPLE l-Ring, No Answer DISA Call 
Call Sequence A 
Outside caller rings CO line 03 (CO line 03 is 
programmed as a DISA line). 
Line 03 returns intercom dial tone to caller after 
two ring cycles (5 N 6 seconds). 
Caller does nothing. 
After 32 seconds, call is disconnected. 
Printout 
A prints after disconnect at 4:59. 
PRINTOUT A 
03 MSS 04:59 00:00:32 00:06 
EXAMPLE 2-DISA Internal Station Call 
Call Sequence B 
I l Outside caller rings CO line 03 (CO line 03 is 
programmed as a DISA line). 
l Line 03 returns intercom dial tone to caller after 
two ring cycles (5 N 6 seconds). 
l Caller dials 203. , 
.1’ 
l After 48 seconds from start of call, station 203 
answers. 
l Printout B prints after station 203 answers the 
call at 4:32. 
I 
NOTE: 
MSS will not print if the call is answered within 
IO seconds from when the caller receives dial 
tone. 
PRINTOUT B 
03 MSS 04:32 00:00:48 00:05 203 
EXAMPLE 3-DISA Outgoing CO Line Call 
NOTE: 
DISA CO line calls print out as DISA. 
Call Sequence C 
l Outside caller rings CO line 01 (line 01 is pro- I 
grammed as DISA). 
l Line 01 returns intercom dial tone after two ring 
cycles (5 N 6 seconds). 
l Caller dials 703 to access CO line 03 (outgoing). 
l Caller dials the DISA security code and receives 
CO dial tone. 
l Caller dials the telephone number and con- 
verses when the call is answered. 
l Caller hangs up. 
l The call releases, and Printout C prints after the 
call disconnects at 12:22. 
I 
NOTES: 
1. 
2. If the CO provides the auto release (AR) 
signal (see Program 15), the call discon- 
nects when either party hangs up. 
If the auto release signal is not returned, 
the CO lines will remain seized until the 
DISA disconnect timer releases the call 
(approximately five minutes). 
PRINTOUT C 
Auto Release signal: 
03 DISA 12:22 00:02;01 (outgoing) 
01 DISA 12:22 00:02;01 (incoming) 
Disconnect Timer: s 
01 DISA 12:24 00:04;57 (incoming) 
03 DISA 12:24 00:04;57 (outgoing) 
8-12  
						

							7.03 System Program Data Printout. If a printer 
is connected to the SMDR port, customer program 
information stored in the PCTU or PCTUSI RAM 
may be printed out for reference by using 
Program 
97 (see Paragraph 7.14). 
7.10 SMDR Hardware Requirements 
7.11 
A DK system must be equipped with a PIOU 
or PIOUS PC6 to support the SMDR printer/call 
accounting device option. Connection of the printer 
or call accounting device to the PIOU or PIOUS 
PCB is accomplished with a 3-pair modular cord (7 
feet maximum) and a PPTC connector adaptor 
(refer to Figure 8-19 for details). Call record data is 
ASCII-formatted, 8 bits, no parity, 1 -stop bit. 
7.12 The PIOU or PIOUS contains a call record 
buffer which stores call record data (for up to 50 
calls) when the printed or call accounting device is 
turned off, or when no device is connected to the 
SMDR port. No further call records are stored after 
the buffer is filled. When the printer or call account- 
ing device is made operational, an “ERROR 
BUFFER OVERFLOW” message is printed to indi- 
cate that the buffer was full, and that some call 
information may have been lost. 
7.13 SMDR Programming Considerations 
7.14 SelectableprogrammingoptionsfortheSMDR 
printer or call accounting device are: 
Program 60 
l Item 3-Selects the records of outgoing calls or 
outgoing and incoming calls to be printed. 
l Item 4-Selects digit length of account code (4 to 
15 digits). 
l Item 5-Allows only long distance call records to 
be printed. 
Program 97 
l Allows system program data to be printed via the 
SMDR port (refer to Figure 8-20 for an example 
printout). 
NOTES: 
1. An SMDR printer must be connected to 
the SMDR port to use the printout option 
selected by Program 97. 
2. Call record data is lost when program data 
is printed out using 
Program 97. INSTALLATION-PERIPHERALS 
SECTION 200-096-208 
FEBRUARY 1991 
7.20 SMDR Printer/Call Accounting Device In- 
stallation 
7.21 Install the SMDR printer/call accounting de- 
vice option in accordance with the following steps 
(refer to Figures 8-19, 9-l 7, and 9-l 9): 
1) 
2) 
3) 
4) Connect the interface cable and the PPTC 
adaptor from the PIOU or PIOUS SMDR port 
to the SMDR printer or call accounting device 
DB25 connector. 
Set the PIOU or PIOUS 
SW1 switch to the 
appropriate baud rate (300 or 1200 bps), as 
determined by the baud rate of the printer or 
call accounting device. 
Set the printer or call accounting device to 8- 
bits/no parity/one stop bit. 
Program 
(Program 60) the system for the re- 
quired SMDR printer/call accounting device 
options (refer to Paragraph 7.13 and the Pro- 
gramming Procedures, Section 200-096-300). 
8 MAINTENANCE TERMINAL OPTIONS 
8.00 A customer-supplied maintenance terminal 
may be connected to the system (PIOU or PIOUS) 
either locally or remotely. The maintenance termi- 
nal (ASCII terminal) allows system programming 
and testing to be accomplished. Also, the IMDU 
modem or an external maintenance modem (300 or 
1200 baud full-duplex) can be connected to allow 
system programming and testing to be accom- 
plished from a remote location. 
NOTE: 
An external modem is required for Remote 
Maintenance if an IMDU is not installed on the 
PIOU or PIOUS. The IMDU has a built-in 
maintenance channel for remote connection; 
however, an external modem requires a CO 
line, PSTU or PESU port. 
8.10 Maintenance Terminal/External Modem 
Option System Hardware Requirements 
8.11 
The STRATA DK system must be equipped 
with a PIOU or PIOUS PCB to support the mainte- 
nance terminal/external modem options. Connect- 
ing the maintenance terminal or external mainte- 
8-13  
						

							INSTALLATION-PERIPHERALS 
SECTION 200-096-208 
FEBRUARY1991 
nance modem to the PIOU or PIOUS PCB is 
accomplished with a standard 3-pair modular cord 
and a PPTC adaptor connected to the PIOU or 
PIOUS TTY jack (refer to Figure 8-21). 
NOTE: 
If the IMDUmodem is used, the PPTC adapter 
or modular cord is not required. 
8.20 Local Maintenance Terminal Installation 
8.21 Install the ASCII terminal in accordance with 
the following steps (refer to Figure 8-21): 
1) Connect the 3-pair modular cable (or 24 AWG 
twisted pairs) and the PPTC adaptor from the 
PIOU or PIOUS TTY port to the remote main- 
tenance terminal DB25 connector. 
2) Set the PIOU or PIOUS SW2 switch to match 
the modem or terminal baud rate: 
l Push in for 300 bps (baud rate indicator 
CD4 is lighted); let out (by pushing again) 
for 1200 bps (CD4 is not lighted). 
3) Set the PIOU or PIOUS SW3switch to 
theTTY 
position. 
4) Set the P13 jumper plug on the PIOU to the 
BELL configuration, or cut the W4 jumper on 
the PIOUS (also for 
BELL configuration). 
NOTE: 
The PI3 (PIOU) and W4 (PIOUS) CCITT 
configurations are not normally used in the 
USA. 
5) Programming and system testing, via the 
maintenance terminal, is described in the 
Remote Maintenance Procedures, Section 
200-096-400. 
NOTE: 
If the electronic telephone connected to pot? 
05 is in the program mode, programming from 
the maintenance terminal is not allowed. 
8.30 Remote Maintenance Option Installation 
8.31 IMDU Maintenance Modem. 
The IMDU 
modem mounts on the PIOU or PIOUS PCB and provides 300 or 1200 bps, full-duplex communica- 
tion for remote maintenance. If the IMDU is em- 
ployed, a dedicated CO line, PSTU, oi PESU 
connection is not required. Connection of the re- 
mote maintenance terminal is through existing sys- 
tem CO lines via intercom number 19. Refer to the 
PIOU or PIOUS portion of Section 200-096-206 for 
details on hardware installation and programming 
requirements. Remote Maintenance Procedures, 
Section 200-096-400, provides more information 
about using the IMDU for remote maintenance. .: 
: 
8.32 External Maintenance Modem Installation. 
Install the external modem in accordance with the 
following steps (refer to Figure 8-21): 
NOTE: 
The Toshiba PPTC IX-232 modular-to-D925 
adaptor is factory-configured for ASCII termi- 
nal connection. Pins 2 and 3 of the adaptor 
must be reversed for external modem connec- 
tion. 
1) 
2) 
3) 
4) Connect the modular cord from the PIOU or 
PIOUS TTY port to the PPTC adapter and 
then to the external maintenance modem RS- 
232 25pin connector. 
Connect the external maintenance modem 
line-side to a dedicated CO line (tip and ring) 
or to a dedicated PSTU or PESU standard 
telephone port (tip and ring). Refer to Wiring 
Diagrams, Section 200-096-209, for wiring/ 
interconnecting details. 
Set the PIOU or PIOUS SW2 switch to match 
the modem or terminal baud rate: 
l Push in for 300 bps (baud rate indicator 
CD4/LED is lighted); let out for 1200 bps 
(CD4 is not lighted). 
Set the PIOU or PIOUS SW3switch to the TTY 
position. 
NOTE: 
The PIOU or PIOUS SW3 switch is set to the 
MODEM position for IMDU operation only. 
5) Set the 
PI3 jumper plug on the PIOU to the 
BELL configuration, or cut the W4 jumper on 
the PIOUS (also for 
BELL configuration). -., 
. . :;’ 
8-14  
						

							NOTE: 
The P13 (PIOU) or W4 (PIOUS) CCITT con- 
figurations are not normally used in the USA. 
6) Programming and system testing, via the exter- 
nal maintenance modem, is described in the 
Remote Maintenance Procedures, Section 200- 
096-400. Access to the external maintenance 
modem is accomplished as follows: 
If the modem is connected to adedicated 
CO line, call the CO line number to estab- 
lish modem communication. 
If the modem is connected to a PSTU or 
PESU port, call a DK CO line that can be 
transferred to (or programmed to ring) 
the PSTU or PESU modem port to estab- 
lish modem communication. 
9 VOICE MAIL/AUTO ATTENDANTOPTIONS 
9.00 System Hardware Requirements 
9.01 Systems may be configured to support a 
Toshiba INTOUCH Digital Voice Messaging Sys- 
tem, a customer-supplied voice mail messaging 
system, or auto attendant. 
9.02 The STRATA DK system must be equipped 
with a PSTU or PESU PCB to support the voice mail 
or auto attendant option. The PSTU is equipped 
with eight standard telephone circuits, and the 
PESU is equipped with two. A CRCU (-4 or -8) 
subassembly must be installed on the PCTU or 
PCTUSI PCB. The voice mail/auto attendant op- 
tion may be connected to any standard telephone 
circuit at the MDF block. 
9.10 INTOUCH Digital Voice Messaging Sys- 
tem 
9.11 
STRATA DK systems are designed to sup- 
port the full range of features offered by the IN- 
TOUCH Digital Voice Messaging System. IN- 
TOUCH provides various call routing, message 
handling, and information management features, 
including: 
l Automated Attendant 
0 Call Forward to Voice Mailbox 
l Message Waiting Indication 
l Voice Mail Control from Electronic Telephone 
INSTALLATION-PERIPHERALS 
SECTION 200-096-208 
FEBRUARY 1991 
l System Monitoring 
l Feature Integration 
. 
9.12 A block diagram of voice mail/auto attendant- 
to-PSTU or -PESU connection is shown in Figure 
8-22. See section 200-096-206for PSTU and PESU 
installation. 
9.13 STRATA DK/INTOUCH Programming 
Considerations. 
Some features of STRATA DK 
system programming are unique to INTOUCH, and 
are not available for customer-supplied voice mail 
messaging systems. These programming features 
are: 
Answer (A) Tone. The STRATA DK stations 
will send an answer tone to INTOUCH when the 
station answers an INTOUCH call. 
Disconnect (D) Tone. The STRATA DK sta- 
tions will send a disconnect tone to INTOUCH 
when the station hangs up while connected to 
INTOUCH. 
NOTE: 
Bothansweranddisconnecttonesprovidemore 
efficient INTOUCH port use. Always enable 
these options. Both options are enabled by 
accessing Program 31, and setting LED 15 to 
ON (LEDs 16 and 17 must also be ON to allow 
A and D tones). 
B Tone Signals. Stations send a recall (B) tone 
to INTOUCH whenever INTOUCH answers a 
transfer (camp-on) recall from a station that did 
not answer an INTOUCH blind transfer. (The B 
tone notifies INTOUCH that the call is a recall 
and not a new call, allowing INTOUCH to re- 
spond with the appropriate greeting.) For this 
feature to operate, INTOUCH must be equipped 
with 
Version B.06 software or above; and the 
DK PSTU or PESU voice mail ports must have 
LEDs 19 and 20 turned 
ON in Program 31. 
9.14 INTOUCH Installation. 
Use the above in- 
formation in concert with Paragraphs 9.23 and 9.24 
to install INTOUCH. 
9.20 Customer-supplied Voice Mail Messaging 
Systems 
9.21 STRATA DK systems are designed to sup- 
port a wide range of customer-supplied voice mail 
8-15  
						

							INSTALLATION-PERIPHERALS 
SECTION 200-096-208 
FEBRUARY1991 
messaging systems. Depending on the voice mail 
system used, some of the features available with 
INTOUCH (refer to Paragraph 
9.10) may be avail- 
able with the customer-supplied system. 
9.22 Voice Mail (PSTU or PESU Port) Program- 
ming Considerations 
9.23 Voice mail (all types) PSTU or PESU port 
programming is accomplished using 
Programs 31 
and IO-2 (refer to Programming Procedures, Sec- 
tion 200-096-300, for details). Voice mail (VM) pro- 
gramming features are: 
l VM Groups-This feature groups VM PSTU or 
PESU ports together so that message waiting 
set/cancel signals appear to originate from the 
lowest port in the VM group. All VM ports con- 
nected to a particular VM machine should 
be set 
in the same VM group (Program 31, LEDs 05 N 
08). 
l Message Waiting Set/Cancel-If the VM ma- 
chine has the ability to dial a code, plus the 
appropriate station numbers to set or cancel the 
message waiting LEDs on electronic telephones, 
program the VM machine to dial the following 
sequences 
(Program 10-2, LED 04): 
1) To set a MW LED, the VM machine must 
dial Ii+ station number. 
2) To cancel a MW LED, the VM machine 
must dial Ii+ station number. 
NOTE: 
Only dial codes 63 and 64 are set in the VM 
device configuration; the VM device will dial 
the station number automatically to set/cancel 
the MW LED. 
l No Conference VM-Prevents undesired 
three-party connections during VM call trans- 
fers. All VM ports should be set for No Conf 
(Program 31, LED 09). 
l Privacy Override Deny-Prevents stations from 
overriding (breaking in) in-progress VM calls 
(Program 31, LED 18). 
l End-to-End Signaling-Allows VM port 
DTMF operation. All VM ports should be set for 
end-to-end signaling 
(Program 31, LED 17). 
NOTE: 
The CRCU (-4 or -8) must be installed on the PCTU or PCTUSI to allow End-to-End Sig- 
naling. . . 
Receive Auto Call Forward ID Codes-Pro- 
vides auto digits from call forwarded stations to 
direct callers to stations’ mailboxes. All VM ports 
should be 
set to re,ceive auto ID code (Program 
31, LED 16). 
9.24 Voice Mail Program Checklist. The follow- 
ing items should be verified before programming 
voice mail: 
1) Set INTOUCH Maintenance Menu system 
parameters to “D” = STRATA DK (see 
INTOUCH installation and Maintenance 
Manual for other parameter settings). 
2) STRATA DK programs: 
Program 95 Initialization clears voice mail 
auto dial codes. 
Program 03: Verify that a CRCU (-4 or -8) is 
installed on the PCTU to allow the VM/AA to 
send DTMF tones. 
Program 04: Assigns station numbers to 
VM/AA ports (initialized numbers recom- 
mended). 
Program 05: First digit of special codes 63 
and 64 (initialized numbers recommended). 
Program 1 O-l : Set the system for voice first, 
and program the VM/AA device to dial the 
suffix as “1” after station numbers. 
Program 10-2: Set LEDs 04 for set/cancel 
operation and 06 ON for the VM to detect 80 
msec. tones. 
Program 13: If the VM/AA device is the 
message center, set the lowest VM port as 
the message center. 
Program 31: Turn LEDs 05,09, and 15 N 20 
ON for the PESU or PSTU ports that are 
connected to the INTOUCH VM/AA ports. 
Do not set these options for standard tele- 
phone or electronic telephone station ports. 
NOTE: 
A, D, and B tones should be enabled only for 
VM/AA devices that respond to these tones. 
l Program 33: Set the PESU and PSTU ports 
that are connected to the VM/AA ports 
8-16  
						

							to a hunting sequence, starting with the Iow- 
est port hunting to the next highest port, etc. 
The last hunt should be to an attendant. 
l Program 35: LEDs 01 and 02 must be ON 
for stations to receive the message indica- 
tion (MW LED flashing) from a VM device. 
l Program 36: Set fixed call forward to VM/ 
AA port per customer requirements. 
l Program 37: Set the timer for the VM/AA 
ports to 22 seconds minimum to allow call 
forward no answer to work on VM transferred 
calls. 
l Program 39: Set the MW/FL, CFF, RDL 
and SDS buttons on the electronic tele- 
phones that will be used to communicate 
with the VM/AA device. 
l Programs 81 N 89: Verify that the ringing 
assignments to the VM/AA devices are set 
per customer requirements. 
l Programs 16,40,41,45 N 48 and 50 N 56: 
Verify that outgoing CO line access is al- 
lowed on VM ports to allow the VM/AA beeper 
notification feature to operate. 
9.25 Voice Mail System Installation. Install the 
voice mail messaging system in accordance with 
the following steps: 
1) Ensure that the PSTU or PESU PCB is in- 
stalled in the system per Section 200-096-206. 
2) Connect the voice mail messaging system to 
the selected PSTU or PESU standard tele- 
phone port (refer to Wiring Diagrams, Section 
200-096-290, for PSTU and PESU wiring/ 
interconnecting details). 
3) Program the system for the required voice 
mail messaging features (refer to Paragraphs 
9.13 and 9.22). 
4) Ensure that a CRCU (-4 or -8) is installed on 
the PCTU or PCTUSl PCB, and verify that the 
PCTU code in 
Program 03 is for CRCU op- 
eration as required. 
5) Perform additional voice mail messaging sys- 
tem programming as applicable (refer to cus- 
tomer-supplied installation/programming 
manuals). 
INSTALLATION-PERIPHERALS 
SECTION 200-096-208 
FEBRUARY 1991 
NOTE: 
Some voice mail devices may ring tcip when 
called; in 
this case, set the ring voltage jumper 
to L (low position) on the PEW or PSTUZ 
PCB connected to the voice mail device. 
10 ALARM SENSOR INSTALLATION 
10.00 
The PIOU or PIOUS PCB provides a circuit 
that can be set to detect a relay open or closed 
condition from a facility alarm system. When the 
sensor is activated, all electronic telephones will 
sound an alarm signal. The electronic telephone 
alarm signal can be reset by any electronic tele- 
phone with an alarm reset button (see 
Program 39). 
10.01 Alarm Sensor Options. 
Jumper plug PI2 
on the PIOU is used to set the alarm sensor to 
detect an open or closed condition from the facility 
alarm system. Set 
PI2 as follows (refer to Figure 
8-23) : 
l To detect a closed condition, set PI 2 to the N.O. 
position. 
l To detect an open condition, set PI 2 to the NC. 
position. 
10.02 Jumper 
W3 on the PIOUS is used to set the 
alarm sensor to detect an open or closed condition 
from the facility alarm system. Solder the W3 
jumper wire as follows (refer to Figure 8-22): 
l To detect a closed condition, solder W3 to the 
normal open position. 
l To detect an open condition, solder W3 to the 
normal closed position. 
10.03 Alarm Sensor Wiring. Refer to Figure 
8-23, and connect the facility alarm system relay 
contacts to the PIOU/PIOUS PCB. 
8-17  
						

							INSTALLATION-PERIPHERALS 
SECTION 200-096-208 
FEBRUARY1991 
PPSU 
24/56/96 
+ 
BATT : 
- TWO-PRONG 
MALE CONNECTOR 
(PRE-ASSEMBLED) 
PBTC-3M 
BATTERYCABLE 
WITH RING TERMINALS 
AND PPSU CONNECTOR 
(LENGTH 9 FEET) 
IN-LINE 
FUSE HOLDER 
IOA 
(FUSE PROVIDED) 
WHITE 
POWER SUPPLY 
16AWG 
- 
+ - 
+ 
ACTUAL 
SIZE 
 12VDC 
BATTERY 
RING TERMINALS 3/8 IN. BLACK JUMPER 
WITH RING TERMINALS 
(PROVIDED) 
FlGURE8-I-RESERVE POWER/BATTERYWlRlNG 
8-18  
						

							INSTALLATION-PERIPHERALS 
SECTION 200-096-208 
FEBRUARY1991 
I 
TO PSTU3-Ti ; > J2-27 
’ J2-2 
TO PSTU3-RI I> 
I 
I 
I 
I 
I 
I 
I 
I 
TO PCOU-Tl 14 Ji-27 
I 
’ Ji-2 
TO PCOU-RI ) 4 
I 
I I 
J2-26 
< ‘TO TEL-T1 
J2-1 ’ 
< 1 TO TEL-RI 
I 
I 
I 
I 
TELEPHONE I 
I 
I 
CURRENT DETECTOR 1 I 
I -z c+.Y - 
I 
I 
I 
l J.c a Ji-26 
- + IT0 CO-T1 
I 
I 
l p = Jl-1 ’ 
* (TO CO-RI 
I 
I 
I 
i 
DG 
PSTU 
CONTROL 
! -24V (INPUT) ; 
4 Ji-50 
I 
I 
I 
I 
I 
I 
I 
I 
I 
I 
(INPUT) ; RELAY 
Ji-25 
NOTES: 
1. Representation of first of eight circuits. 
2. Conditons shown with ACpower (-24VDC) off. 
3. PEW (circuits 1 and 2) T/R may also be connected. 
FlGURE8-2-DPFTCIRCUIT DIAGRAM 
8-19