Vodavi Starplus 96ex Hybrid Key Telephone System Installation Manual

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sTAFiPLUS@ 96EX Key Telephone System 
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Figure 500-l 4 SP 96EX Key Telephone Wall Mounting 
500-22 Issue 1, June 1991  
						

							sTARPLUS@ 96EX 
Key Telephone System 
500.20 HEADSET INSTALLATION 
The Starplus 96EX Key Telephones have been de- 
signed to operate with industry standard electret mic 
compatible modular headset adapters and operator 
headsets. To modify a Starpius Key Telephone to 
support an external headset, plug the headset 
adapter cord into the vacant handset jack on the Key 
Telephone base. Plug the telephone handset cord 
into the headset adapter box where indicated by the 
headset manufacturer’s instructions. 
In the programming section, under Station Program- 
ming, it is necessary to enable headset operation. 
The station will then have the capability to enable or 
disable headset mode by dialing a code. When 
Headset mode is active at the station, the ON/OFF 
button then controls the on-hook or off-hook status. 
Additionally, while headset mode is active such fea- 
tures as On-Hook Dialing and Handsfree Speaker- 
phone operation become inoperable. 
500.21 APPLICATION BOARD (APL) CON- 
NECTIONS 
A. External Paging Connections 
External paging amplifier equipment (customer pro- 
vided) may be connected to the System for dial 
access from any telephone in the System (except 
those denied paging access). One non-amplified 
external paging zone is provided with the APL board. 
The output impedance of the paging zone is 
600 
ohms at 0 dBm. The low level voice signal output is 
specified at 5 milliwatts maximum. Two sets of dry 
control contacts are provided to switch on the exter- 
nal amplifier equipment and/or to momentarily re- 
move background music if supplied to the paging 
device. Connection is made on the APL board. 
(Refer to Figures 500-l 5,500-l 6, and 500-l 7) 
The voice output is provided on the EPT and EPR 
pair. The break contacts are pair EPB and the make 
contacts are pair EPM. 
B. Installing Recorded Announcement 
The Recorded Announcement feature (RAN) is used 
with the Uniform Call Distribution feature (UCD) to 
provide unanswered incoming CO calls or calls in 
queue with a Recorded Announcement while wait- 
ing for an available UCD station. The System may 
be programmed to provide this announcement on 
specified RAN output ports on the System (unused 
SLT and COB ports, and the APL RAN port). The 
System can be programmed to connect the waiting 
caller to a different RAN port for the second, and 
subsequent RAN messages. 
Connections made on the MOD 3 modular jack of 
the Applications Board (APL) for E&M type of signal- 
ing, refer to Figures 500-l 5, 500-16, and 500-17. 
The VT and VR pair are for connection to the cus- tomer supplied Recorded Announcement device. 
CTLT and CTLR pair are the wntrol wntacts that 
provide closure (momentary) when a-call is wn- 
netted to the RAN voice pair (VT, VR). The Sense 
leads are used by the 96EX system to detect wntact 
closure provided by RAN device when the message 
is completed. 
When a CO line port is used for a ground start 
application, a 24V dc power source must be wn- 
netted to the CO line port for talk battery. A Loud 
Bell Control contact assigned to that CO line port in 
programming would provide wntact closure to start 
the Recorded Announcement device. (Refer to Fig- 
ure 500-l 8) 
When an SLT port is used, the RAN device must be 
wnfigured for ring trip operation (loop start). The 
9OV ac voltage sent to the SLT port will be recog- 
nized by the RAN device which will then answer the 
call. (Refer to Figure 500-18) 
The two DTMF receivers and two DTMF senders 
located on the APL board are sufficient to support up 
to 16 Single Line Telephones under moderate SLT 
usage. If more than 16 SLT’s are installed, or SLT 
usage is heavy, then the SLU should be added to 
provide four additional DTMF receivers and one 
additional DTMF sender. it is also recommended 
that the SLU be installed when a Voice Mail or Auto 
Attendant system is wnnected to the 96EX system. 
A. 
B. 
C. 
D. Remove the Application Board (APL) from the 
BKSU. 
Locate the Kl and K2 connectors on the Appli- 
cation Board (Refer to Figure 500-15) and the 
Kl and K2 wnnectors on the SLU. 
Take the SLU and push the Kl pin wnnector 
gently onto the Kl pins on the APL board. 
Then push the K2 pin wnnector on the SLU 
gently onto the K2 pins on the APL board.  500.22 INSTALLING THE SINGLE LlNE TELE- 
PHONE DTMFRS UNIT (SLU) 
The Receiver/Sender Unit is now installed and the 
APL board can be replaced in the BKSU. 
500.23 INSTALLING THE RSM (Additional 
RS-232C port) 
A. Remove the Application Board (APL) from the 
BKSU. 
B. Set the RSM baud rate (Refer to Figure 500- 
15). 
C. Remove the screws from the APL board. 
D. Locate the Sl wnnector on the APL board and 
the Sl pins on the RSM unit. 
E. Gently push the Sl pins on the RSM onto the 
Sl pin connector on the APL board. 
F. Secure with the screws removed in step c. 
Issue 1, June 1991 
500-23  
						

							sTARPLUS@ 96EX Key Telephone System 
RED 
COLORED 
C 
c 
RSM MODULE 
R 
S / 
3 d 
2 
2 C 
R Sl 
MOD 1 JACK 
EXT. PAGE VOICE 
+l MOD 2 JACK 
EXT. PAGE CONTROL 
MOD 3 JACK 
SIU MODULE 
7 
Mounting Holes 
Figure 500-M Application Board (APL) 
500-24 issue 1, June 1991  
						

							4 CQNDUCTOR CORO & JACU 
MOO 1 - EXTERNAL PAGE VOICE 
CONNECTIONS 
PIN APL 
# CQLOR  
2 GN EPVT 
APL 0OARO EXIERNAL PAGING 
EQUIPMENT 
-D 
VOICE OUTPUT TO 
SPEAKERS 
 
EREAK 
CONTROL 
MAKE 
CONTROL CONTROL 
CONTACTS 
4 CONOUCTOR CORO 6 JACK 
MOD 2 - PAGING CONTROL CONTACTS 
6 CONDUCTOR CORD &JACK 
MOD 3 - RAN CONNECTION9 
P 
3 GN RANVT 
VOICE IN 
INPLIT FROM RECORDED 
4 
RO RANVR ANNOUNCEMENT DEVICE 
2 SK RANCTL 
MAKE 
1 START CONTROL TO 
5 n iw4cn CONTROL RAN DEVICE 
1 SL FSNSNS 
SENSE STOP CONTROL FROM 
6 WH RANSNS RAN OEWCE 
w 
* ‘E&M- TYPE SIGNALING 
Figure 500-16 Application Board Connections 
Issue 1, June 1991 
509-25  
						

							snmPLus@ 96Ex Key Telephone System 
Basic 
KSU 
MOD 1 JAC 
MOD 2 JAC 
MOD 3 JAG APL MOD I JACK 
EXTERNAL PAGE OUTPUT CONNECTIONS 
PIN 1 - NOT USED 
PIN 2 - EPVT (VOICE) 
PIN 3 - EPVR (VOICE) 
PIN 4 - NOT USED 
APL MOD 2 JACK 
EXTERNAL PAGE CONTROL CONTACTS 
PIN I - EPMT (MAKE CONTACT) 
PIN 2 - EPBT (BREAK CONTACT) 
PIN 3 - EPBR (BREAK CONTACT) 
PIN 4 - EPMR (MAKE CONTACT) 
APL MOD 3 JACK 
RECORDED ANNOUNCEMENT (RAN) JACK 
PIN 1 - RAN SENSE (End of Message) 
PIN 2 - RAN CONTROL (Start Message) 
PIN 3 - RAN VOICE TIP (Audio) 
PIN 4 - RAN VOICE RING (Audio) 
PIN 5 - RAN CONTROL (Start Message) 
PIN 6 - RAN SENSE (End of Message) 
Figure 500-17 Application Board Modular Connections 
500-26 issue 1, June 1991  
						

							‘ 
sTARPLUS@ 96EX 
Key Telephone System 
COB 
TIP MDF --- 
RING 
VOICE RING 
POWER FAILURE TRANSFER 
,--..------------..-.----.----..-. 
kJ-y$ 
: 
, 
:.----..-----.-.....--...--.-----, 
LBC Terminals 
on Basic KSU 
SIB 
CO RAN Connections 
--- 
--- 
Customer Provided 
Talk Battery 
24V DC 
RAN START 
RAN START 
GROUND START APPLICATIONS 
SLT RAN Connections 
VOICE RING 
LOOP START APPLICATIONS 
Figure 500-l 8 CO and SLT RAN Connections 
Issue 1, June 1991 
500-27  
						

							G. Reinsert the .APL board in the BKSU 
H. Set switch seven on the CPB to the APL (ON) 
position. 
500.24 RS-232C CONNECTIONS 
One RS-232C type connector is provided and is 
located on the CPB board. There is an optional 
second RS-232C connector which can be installed 
on the APL board. The RS-232C connector on the 
CPB can be used for either Station Message Detail 
Recording (SMDR) or for on-line (Remote) database 
programming through the RS232C port using adata 
terminal. If the second RS-232C connector is instal- 
led on the APL board, this connector can be used for 
SMDR only. The RS232C pinout is shown in Figure 
500-20. 
Either an 80 character or 29 character printing de- 
vice may be connected to the RS232C connector. 
Switch 6 on the CPB board must be programmed to 
provide either the desired 29 or 80 character display 
field and Switch 2 must be set in the on position to 
enable CTS signal. (Refer to Section 8 for further 
details on the CPB switch settings) 
500.25 BACKGROUND MUSIC AND MUSIC- 
ON-HOLD 
Music-On-Hold and Background Music through Key 
Telephone speakers can be provided via a customer 
provided tuner, tape deck, etc. Connection is made 
with an RCA jack connector on the DC/DC Converter 
(DCU); a volume adjustment is also provided on the 
DCU (Refer to Figure 500-7). The input impedance 
of the music source is 2K ohms maximum. 
500.26 RING GENERATOR AND MESSAGE 
WAITING POWER SUPPLY UNIT 
When the Starpius 96EX System is equipped with 
single line telephones, a Single Line Ring Generator 
and Message Wait Power Supply Unit (RG) is 
needed to provide ringing and power for message 
waiting SLT’s. The RG is mounted inside the Exter- 
nal Power Supply Housing 2 (EPH2) on the bottom 
shelf. Insert the RG with components facing right 
and secure with the screw. (Refer to Figure 500-4). 
500.27 INSTALLING THE EXPANSION KSU 
NOTE: 73e second Power Supply (PS) must be 
added to the External Power Supply Housing 2 
(EPH2) when the Expansion KSU is added. 
The Expansion KSU can be installed at the same 
time as the Basic KSU, or later. In either case the 
system power must be turned off prior to the instal- 
lation. 
A. Refer to Section 500-3 - KSU Mounting. The 
Expansion KSU mounts directly to the right of 
the Basic KSU (Refer to Figure 500-l). Using B. 
C. 
D. 
E. 
F. the template provided: identify the screw hole 
locations. Insert the two screws into the 
wooden backboard and tighten enough to hold 
the weight of the unit. 
Remove the connector cover on the right side 
of the Basic KSU (Refer to Figure 500-3). Re- 
move the last three cards on the right side of 
the Basic KSU. 
Secure the two cabinets together by hooking 
the mounting brackets on the left side cf the 
Expansion KSU over the ones on the right side 
of the Basic KSU and at the same time position 
the Expansion KSU on the two screws inserted 
in Step a above. lighten the screws on the right 
side of the Expansion KSU. 
Connect the ground of the Basic KSU to the 
ground of the Expansion KSU with a no. 8 or 
larger gauge wire. 
Feed the three ribbon cables through the slot 
created by removing the side cover and plug 
them into the Basic KSU (Refer to Figure 500- 
21). 
Take the power cable located in the Expansion 
KSU and feed it through the slot in the Basic 
KSU and plug it in. Then take the ribbon cable 
previously connected to the Basic KSU and 
connect it to the Expansion KSU. 
Installation of the Expansion KSU is now complete. 
Replace PCB’s removed in step B. above. Power 
may also be restored. 
500-28 Issue 1, June 1991  
						

							RSM Module Switch Settings 
Switch Settings 1 
Baud Rate 1 2 
I I 
2400 x x0 x 
4800 x x x0 
O=ON; X=OFF 
Equipment Needed: 
1 Phillips Screwdriver 
Two screws with washers are used to mount the RSM Module to the 
Applications Board (APL). 
Figure XXI-19 RSM Baud Rate Selection 
Issue 1, June 1991 500-29  
						

							sTA!3PLUS@ 96EX Key Telephone System 
2 
6 
7 
20 / Transmit Data 
/ 
PRINTER 
TE%‘iAL 
Receive Data . 
RTS (Request to Send) 
CTS (Clear to Send) 
DSR (Data Set Ready) 
/ GND  
DTR (Data Terminal Ready) 
RS-232C PINOUT 
Data Communication Requirements are: 
A) Serial Port Compatible 
6) ASCII Code Compatible 
C 
D 8 Data Bits and 1 Stop Bit 
No Parity 
Figure 500-20 RS-232C Connections 
2 
5 
6 
7 
20 
sock30 Issue 1, June 1991  
						

							sTARPLUS@ 96EX Key Telephone System 
Table 500-9 SMDR Printout 
The SMDR feature provides detailed records of all outgoing and/or incoming, long distance only or all calls 
exceeding 30 seconds. This feature is enabled or disabled in system programming. By default, SMDR is 
not enabled and is set to record long distance calls only. A printout format of 80 characters maximum or 29 
character maximum may be selected in system programming. The standard format is 69 characters on a 
single line. A 29 character format will generate 3 lines per message. If the SMDR feature is enabled, the 
system starts collecting infomation about the call as soon as it starts and terminates when the call ends. If 
the call was longer then 30 seconds, the following information is printed: 
29 character format selected 
116 08 00:02 lq:l3 05/11/90 
012145678901 
123456789012 
IWO BB HH:lltl HH:llll llll~DD~W (CR)(LF) 
HCCCCCCCCCCCCCCCCCCCCCCCC (CR)(LF) 
GGGGGGGGGGGG