Vodavi Starplus 2448ex Hybrid Key Telephone System Installation Manual

							- 
Hybrid Key Telephone System wARPLUS@ 2448EX 
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. 
500.19 APPLICATION BOARD (APB) 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 APB board. 
The output impedance of the paging zone is 606 
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 ancVor to momentarily re- 
move background music if supplied to the paging 
device. Connection is made on the APB board. 
(Refer to Figures 500-14,500-15, and 500-16) 
The voice output is provided on the EPT and EPR 
pair. The break contacts are pair EPB and the make 
contacts are pair EPM. 
500.20 INSTALLlNG RECORDED AN- 
NOUNCEMENT DEVICE(S) 
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 COI ports). The System can be program- 
med to connect the waiting caller to a different RAN 
port for the second, and subsequent RAN mess- 
ages. 
When a CO line port is used for a ground start 
application, a 24V dc power source must be con- 
nected to the CO line port for talk battery. A Loud 
Bell Control contact assigned to that CO line port in 
programming would provide contact closure to start 
the Recorded Announcement device. (Refer to Fii- 
ure 500-l 7) 
When an SLT port is used, the RAN device must be 
configured 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-l 7) 500.21 INSTALLlNG THE SINGLE UNE TELE- 
PHONE DTMFRS UNlT (SLU) 
The two DTMF receivers and two DTMF senders 
located on the APB board are sufficient to support 
up to 16 Single tine Telephones under moderate 
SLT usage. lf 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 connected to the 2448EX sys- 
tem. 
A. 
B. 
C. 
D. 
The Remove the Application Board (APB) from the 
BKSU. 
Locate the Ki and K2 connectors on the Appli- 
cation Board (Refer to Figure 500-14) and the 
Kl and K2 connectors on the SLU. 
Take the SLU and push the Kl pin connector 
gently onto the Kl pins on the APB board. 
Then push the K2 pin connector on the SLU 
gently onto the K2 pins on the APB board. 
Receiver/Sender Unit is now installed and the 
APB board can be replaced in the BKSU. 
500.22 INSTALUNG THE RSM (Additional 
RS232C port) 
A. Remove the Application Board (APB) from the 
BKSU. 
B. Set the RSM baud rate (Refer to Figure 500- 
14). 
C. Remove the screws from the APB board. 
D. Locate the Sl connector on the APB 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 APB board. 
F. Secure with the screws removed in step c. 
G. Reinsert the APB board in the BKSU. 
H. Set switch seven on the CCU to the APB (ON) 
position. 
590.23 RS232C CONNECTlONS 
One RS232C type connector is provided and is 
located on the CCU board. There is an optional 
second RS232C connector which can be installed 
on the APB board. The RS232C connector on the 
CCU can be used for either Station Message Detail 
Recording (SMDR) or for on-line (Remote) database 
programming through the RS232C port using a data 
terminal. If the second RS232C connector is instal- 
led on the APB board, this connector can be used 
for SMDR only. The RS232C pinout is shown in 
Figure 500-l 9. 
Either an 80 character or 29 character printing de- 
vice may be connected to the RS232C connector. 
500-20 
Issue 3, August 1991  
						

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sTARPLUS@ 2448EX Hybrid Key Telephone System 
RSM MODULE 
R 
s 
RED 
COLORED 
TABS 
7 
Mounting Holes 
c 
6 
MOD 1 JACK 
MT. PAGE VOICE 
SIU MODULE 
: 
Figure 500-14 Application Board (APB) 
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							Hybrid Key Telephone System sTARPLUS@ 2448EX 
4 CONDUCTOR CORD &JACK 
MOD 1 - EXTERNAL PAGE VOICE 
CONNECTIONS 
PIN APB 
# COLOR c 
2 
GN EPVT 
3 RD EPVR 
APB BOARD 
GN EPBT 
RD EPBR 
L 
-- 
-- 
-- 
-- 
-- 
-- 
EXTERNAL PAGING 
EQUIPMENT 
OUTPUT TO 
SPEAKERS 
BREAK 
CONTROL 
/ 
MAKE 
CONTROL 
4 CONDUCTOR CORD &JACK 
MOD 2 - PAGING CONTROL CONTACTS CONTROL 
CONTACTS 
Figure 500-15 Application Board Connections 
500-22 issue 3, August 1991  
						

							Basic 
KSU 
MOD 1 JACK 
MOO 2 JACK 
APB MOD 1 JACK 
EXTERNAL PAGE OUTPUT CONNECTIONS 
PIN 1 - NOT USED 
PIN 2 - EPVT (VOICE) 
PIN 3 - EPVR (VOICE) 
PIN 4 - NOT USED 
APB MOD 2 JACK 
EXTERNAL PAGE CONTROL CONTACTS 
PIN 1 - EPMT (MAKE CONTACT) 
PIN 2 - EPBT (BREAK CONTACT) 
PIN 3 - EPBR (BREAK CONTACT) 
PIN 4 - EPMR (MAKE CONTACT) 
Figure 600-16 Application Board Modular Connections 
Issue 3, August 1991 
600-23  
						

							--..-. Hybrid Key Telephone System STARPLUS@ 2448EX 
CO RAN Conneciions 
Customer Prr.wi&d 
Talk Battery 
24V DC 
r-l 
TIP 
COI 
RING 
‘OWER FAILURE TRANSFER 
r--Y ~~~ ~ RAN START 
L 
m------w / 
kFYiizz%% 
GROUND START APPLICATIONS 
SLT RAN Connections 
LOOP START APPLICATIONS RAN 
DEVICE 
Figure 500-17 CO and SLT RAN Connections 
5OG24 
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							%ARPLUS@ 2448EX Hybrid Key Telephone System 
RSM Module Switch Settings 
O=ON; X=OFF 
Equipment Needed: 
1 Phillips Screwdriver 
Two screws with washers are used to mount the RSM Module to the 
Applications Board (APB) 
RS-232C Module (RSM) 
Figure 500-18 RSM Baud Rate Selection 
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Hybrid Key Telephone System ~ARPLUS@ 2446n 
KSU 
WEI 
Pin # PRINTER 
TERMINAL(DTE) 
Pin # 
2 Transmit Data 
3 
4 
5 
6 
7 
20 Receive Data 
RTS (Request to Send) 
CTS (Clear to Send) 
DSR (Data Set Ready) 
GND 
DTR (Data Terminal Ready) 2 
3. 
4 
5 
6 
7 
RS-232C PINOUT 
Data Communication requirements are: 
A) Serial Port Compatible 
B) ASCII Code Compatible 
C) 8 Data Bits and 1 Stop Bit 
D) No Parity 
Figure 500-19 RS-232C Connections 
500-26 
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							~ARfWJS@ 2448EX 
Hybrid Key Telephone System 
Table 500-7 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 he selected in system programming. The standard format is 69 characters on a 
single line. A 29 character format will generate 3 lines per messag-e. If the SMDR feature is enabled, the 
system starts collecting information 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 1+:13 05/11/90 
012145678901 
123456789012 
AFlA 88 HH:Htl HH:tltl HH/DD&‘Y (CR)CLF) 
HCCCCCCCCCCCCCCCCCCCCCCCC (CR)(LF) 
GGGGGGGGGGGG (CR)(LF) 
. . -. .- 
80 character format selected 
STR CO TOTAL START DfiTE DIALED FlCCOUNT CODE 
116 08 00:02 14:13 05/11/90 012145678901 123456789012 
ARR 88 HH:Hfl HH:HH HWDD&‘t’ HCCCCCCCCCCCCCCCCCCCCCCCC GGGGGGGGGGGG ‘ZCR)(LF) 
AAA = Station originator or Trunk on DISA and Off-Net (CO Line) calls. (300=APL PAN port) 
BB = Cutside tine number 
HHMM = Duration of call in Hours and Minutes 
HH:MM = Time of day (start time) in Hours and Minutes 
MM/DDWf = Date of Call 
H = Indicates call type 
7” P Incoming 
V = Outgoing 
7” = Transferred 
CC....CC = Number dialed 
GG....GG = Last Account code entered (optional) 
(CR) = Carriage return 
(LF) = Line Feed 
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							Hybrid Key Telephone System sTARPLUS@ 2448EX 
Switch 6 on the CCU 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 Sec. 800 for further 
details on the CCU switch settings) 
500.24 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 Fylure 500-7). The input impedance 
of the music source is 2K ohms maximum. 
500.25 RING GENERATOR AND MESSAGE 
WAITING POWER SUPPLY UNIT 
When the Starplus 2446EX System is equipped with 
single line telephones, a Single tine 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 (EPH) on the bottom 
shelf. insert the RG with components facing right 
and secure with the screw. (Refer to Figure 5004). 
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							sTARPLUS@ 2448EX Hybrid Key Telephone System 
CUSTOMER 
600.1 INTRODUCTION 
The Starplus 2448EX Key Telephone 
SECTION 600 
DATA BASE PROGRAMMING 
System can 
be programmed to meet each customer’s individual 
needs. All programming is done at Station 10 using 
the Enhanced or Executive model Key Telephone as 
the programming instrument. The Executive model 
is suggested since the display is designed to assist 
in programming. 
When the program mode is entered, the Key Tele- 
phone being used no longer operates as a telephone 
but as a programming instrument with all of the 
buttons redefined. The keys of the dial pad are used 
to enter data fields (Program Codes) associated with 
system, station, and CO line features as well as enter 
specific date that requires a numeric entry. Flexible 
buttons are used to toggle on or off features or allow 
entry into specific data fields. LED’s and the LCD 
display provide visual indication of entered data and 
their value. 
Programming can also be performed by using an 
ASCII terminal, or a computer capable of emulating 
an ASCII terminal. This form of programming can 
be done either locally (on-site) by connecting the 
terminal directly to the RS232C connector or the 
CCU or can be performed remotely (off-site) by 
connecting a modem to the RS232C on the CCU. 
The method and steps to program the system via a 
terminal are identifiable to that use when ptogram- 
ming from a key set. A button to keyboard mapping 
has been incorporated (see figure 600-l) to help 
minimize familiarization and training time. 
At the time the system is installed it must be initial- 
ized to load default data into memory. If this pre-pro- 
gramming suits the customer, initialization is all that 
is needed. Refer to Table 600-I for a listing of all the 
default values. 
Any time data is to be changed, the program mode 
must be entered and then the individual data field 
(program code). A data field can be entered to 
determine current programming or to change a spec- 
ific feature within that field. 
During programming, the other Key Telephones in 
the System operate normally. If a data field is en- 
tered but nothing is changed, or changed but not 
entered, the previous data will remain intact upon 
leaving that data field. Data fields can be entered at 
random. 
In many of the data fields, programming is performed 
by toggling LED’s on or off, or entering digits on the 
keypad. If no changes are to be made to the line or station, exit the data field by either leaving the pro- 
gram mode (pressing the ON/OFF button to OFF) or 
entering another data field (pressing the FLASH 
button and entering that program code). 
When features are being programmed, tones are 
provided to help the programmer determine if a 
corm3 or incorrect entry has been made. A solid 
one second tone indicates the data was accepted. 
An intenupted tone means an error was made. 
When this occurs, m-enter the data field and m-enter 
the information. Until new data is entered and ac- 
cepted, the system will continue to operate under 
defautt or previously entered values. 
The system database is updated on a real-time basis 
as new data is entered, by pressing the Hold button. 
The system continues to operate with the current 
data base and is updated with any newly entered or 
changed data without interruption to telephone op- 
eration or call processing in progress. However, if 
for example a station’s attributes are changed while 
that station is off-hook on an active call, the newly 
entered data will not take effect until the station goes 
on-hook or becomes idle. 
NOTE: Some features must have more than one 
data field programmed for that feature to work. 
Where this is the case, it will be stated in fhe insfruc- 
tions. 
600.2 PROGRAM MODE ENTRY (Data Ter- 
minal) 
A data terminal connected to the RS232C port on 
the CCU can be used for data base programming. 
When using a data terminal (l/O device) to program 
the System, press return (enter) on the terminal, 
enter the password [SMOKIE], and press return 
again. Proceed with programming referring to Figure 
600-l for terminal characters that represent the key- 
set buttons. By entering a [?] from the terminal, a 
HELP screen will appear, similar to that shown in 
Figure 600-l. 
Using the Remote Admin Key Definitions follow the 
same steps and procedures to program the 2446EX 
when using a terminal (as outlined in the following 
sections). 
, 
Issue 3, August 1991 600-l