Vodavi Starplus Spd 4896 Hybrid Key Telephone System Installation Manual

							STARPLUS @ SPD 4996
Digital Key Telephone SystemGENERAL DESCRIPTION
MAP 
#l has by default the first 12 CO lines and the first 36 Stations 100-135. This provides a default layout of
a 12x36 configuration.
Figure 400-l 1 DSS Consoie Map 1
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1, March 1994
400-l 9 
						

							STARPLUS @ SPD 4896GENERAL DESCRIPTION
Digital Key Telephone System
MAP #I2 has by default the first 48 Stations, 100-I 47. All buttons on Map #I2 are flexible and can be changed by
the station user. This map can be duplicated on another 
DSS/DLS Console and assigned to the same station.
MAP #I3 by default is intended to be used with Map #2 in that it has the remaining stations, 148-195 to provide
a full Station mapping. All of the buttons on Map 
#3 are flexible and can be changed by the user. This map can
be duplicated on another 
DSS/DLS Console and assigned to the same station.
STA 103
Ea._‘_STA 111
EaSTA 112
EaSTA 135
El
STA 138
Ea
STA 139
Ii3STA 146
Ea
Figure 400-12 DSS Console Map 2 and Map 3400-20
Issue 1, March 1994 
						

							STARPLUS @ SPD 4896
Digital Key Telephone SystemGENERAL DESCRIPTION
MAP 
#4 by default contains all 48 CO tines to provide a full CO Line mapping.
ElLINE 12
El
El
El
El
ElLINE 45
ElFigure 400-13 DSS 
Csnsole Map 4
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400-21 
						

							STARPLUS @ SPD 4896GENERAL DESCRIPTION
400.5SLT ADAPTER 
/ OFF-PREMISE EX-
TENSION MODULE
This external module provides the interface for one
long loop (OPX) single line telephone (2500 type)
extension. This module requires a separately pro-
vided -48V dc power supply to provide the necessarycurrent for long loop applications and to support ring
generation. This module is wired to and interfaces
Digital Key Telephone Systemwith a digital terminal (key station) port from the
Starplus SPD 4896 System.
GREENl-r
TRRTMDFRRThe OPX box meets the requirements of the FCC for
connection to the telephone 
(Telco) network. Tele-
phones connected to the OPX box must be DTMF
only (2500 type).
This module also provides for one Power Fail circuit
in the event of an AC power failure and contains its
own DTMF receiver..
OPXI
\iI
,’\\/Customer Provided-4&W dc Power Supplyl/2 amp per OPX unit
Green to Phone
,,,i tsaCKt0 I
/\\./\n__l A_ ml-_-_“&In,., tn T”.“l, Din?.Figure 400-14 Off-Premise Extension 
(OPX) Module
400-22Issue 1, March 1994 
						

							STARPLUS @ SPD 4896
Digital Key Telephone SystemGENERAL DESCRIPTION
400.6
RELAY 
/ SENSOR INTERFACE MOD-ULE
The Relay Sensor Interface Module connects to the
Starplus SPD 4696 System using one digital station
port and provides three relay activated contacts and
three sensing circuits. The system will support up to
4 Relay/Sensor Modules. The relays provide for
applications such as Loud Bell Control contacts, CO
Line control contacts, RAN Start contacts, Page
Relays, Power Fail contact
GREENand additional applications as software will permit.
The sensing circuits provide for such applications as
RAN Stop (end of message) and other applications
as developed and allowed by software.
An external power source is required to drive 
equip-ment connected to the relay contacts. The contacts
are rated at 24V dc max. at 1 amp.
XMIT TIPXMIT RING
ACVE TIP
RCVE RINGCONNECTING
. . .
-hMODULAR
CABLEI
--r“i:  Device Output Relay
(dry contacts)j
/
:  (ie: RAN Device) j
Loud Bell Control !
!  External Page Device /
RAN DevicePower Failure Transfer
Starplus Tri-OutputI
Power Supply ,24VDC1 Amp Max.
or 24VDC 1 Amp Power Supply
(Customer Provided)NOTE: RAN device does not
require external power supplyFigure 400-15 Relay 
/ Sensor Interface Module 
						

							GENERAL DESCRIPTIONSTARPLUS @ SPD 4696
Digital Key Telephone System400.7POWER FAILURE TRANSFER UNIT
w=wThis unit provides the relay transfer circuits for up to
12 CO lines in the event of a power or processor
failure. The unit is housed in its own enclosure and
mounts external to the KSU. Activation of the 
Pmrelays is controlled by the Relay/Sensor Interface
Module that is programmed for 
PFT. A customer
provided 
12V dc power supply is required to operate
the unit. There is a manual switch that activates the
PFTU for testing purposes.With loss of power to the system or a failure of
system processing, the PFTU will automatically con-
nect up to twelve CO lines to prewired 500/2500 typetelephones. When power is restored, the 
PFIU will
automatically restore the CO trunks and stations to
normal operation. These SLT stations do not have
to be used for’intercom, but can be if so desired.
----* .__. -GQ!TIP!N-] _____
__.. .i*-““!“““!N!-.-../
)
OPX /I  Basic KSU
Cabinet
-.cs;PFf TIP IN i_,-. A.\- -’PFT RING IN
SLT RING IN.SLTTIP IN
MODELK
(SLT or DEVICE)Method 
#I
Power Fallwe Transfer ““It (PFr”,-.Method #2
Customer--1 -2,ProwdedYi ;-“.BCltW~+ -RELAY I SENSOR
INTERFACE MODULE-.-7--12VDC: AMP
NC. CONTACT
j.Figure 400-16 Power Failure Transfer Wiring Options
400-24issue 
1, March 1994 
						

							STARPLUS @ SPD 4896
Digital Key Telephone SystemGENERAL DESCRIPTION
POWER FAILURE TRANSFER UNIT (PFTU)
,-------------mm---II
I
ICHAMP CONN 1
+-!NBL
3J21 xO--WSINGLE LINE
,NTEWACE 3OARD (SL12)SEE VOTE,
SIX CIRCUITSI
I
I
I
I
I
I
I
II
I
I
I
I
I
I
I
I
I
I
I
II
I
I
I
I
I
I
I
ICHAMP CONN 2II
ISIX CIRCUITS
I
II ’I  t
------------------
Figure 400-17 Power Failure Transfer CircuitIssue 1, March 1994
400-25 
						

							GENERAL DESCRIPTIONSTARPLUS @ SPD 4696
Digital Key Telephone System
400.8DATA FEATURE
The Data Feature is a time division switched, point
to point data transmission capability which permits
simultaneous (on the same system but not the sameport) voice and data communications. The Data
Feature offers the ability to transmit data information
between personal computers, printers, plotters, mo-
dems, CRT terminals, and main frame computer
ports.To establish a Data call, a Digital Data Interface Unit
(DDIU) is required to be connected to each data
communications device. Data information can be
switched through the system at speeds of 300,1200,
2400,4800,9600,19.2K and 38.4K baud asynchro-
nous. Refer to Figure 400-18 Digital Data interface
Unit (DDIU) wiring
The Digital Data interface Unit (DDIU) is wired to the
infinite Digital Key Telephone Systems like a digital
telephone, and requires one station port.
All connections to the 
DDIU are made on the back
panel. The back panel has a modular jack and a
DB-25 type connector. The modular jack, labeled
KSU, is used to connect the DDIU to the station portof the system. The DB-25 connector supports an
RS-232C connection and is used to connect the datadevice to the system.
A green LED lights to indicate the 
DDIU is properly
wired to the system.
Connection of the individual data communication
devices requires that the installer be familiar with
data communications terms, and has access to the
appropriate information for connecting the variety of
data communications devices that may be encoun-
tered. This information consists of, but is not limited
to:
1. Is the device configured as data terminal
equipment (DTE), or data communications
equipment (DCE.
2. What pin on the RS-232C type connector
performs what function?
3.What signal leads are required to make the
device operate?
When planning the installation of the data feature,
use a digital display phone at any location that is to
originate a data connection. A 
DDIU can only be
called; it cannot originate a connection. A 
DDIU
would typically be used in conjunction with the digitaldisplay phone. A 
DDIU would typically be connected
to a 
printer,or a MODEM.
The station wiring for a digital display phone and a
DDIU are identical.The data connector of the Digital Data Interface Unit
(DDIU) is a 
25-pin, type D connector which is con-
figured as Data Communications Equipment with the
following pin configurations.
/  PIN /
j# I
USE2 /
Receive Dataj
DDIU ,
/  5 j
Clear To Send/
DDIU1
/
/  6 /I
Data Set Ready!
DDIU1
I
’
7/Signal Ground_17
81Data carrier detectDDIUI201Data Terminal Ready
DDIUThe following diagram will aid in the design of cables
to connect the many different configurations of data
communications devices.
3TE-----l PiDCE
TX0iwlSIG GNFITS
EDSRDCDSITSSDCD
PM
RI
TX CLK
iCi CLKSTXDDigital Systems Data Switching
MODEMDDIU
---ii71 GNDModem to 
DDIU Cable
400-26
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1, March 1994 
						

							STARPLUS * SPD 4896
Digital Key Telephone SystemGENERAL DESCRIPTION
GREEN
l-r
TR
RTMDF
RRSTATION
CONNECTING
BLOCK
KSU
OFF
clHOOKTo Data Device
\/\/Figure 400-18 Digital Data Interface Unit (DDIU) wiring
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Mari=h 1994400-27 
						

							PCDDllJ
GND IlGN0
TD2+ 2RD
RD3 p-1 3TD
SG7 17SG
RTsJ 1-4 4RT.S
CT?.5SCTS
DTRPO2ooTR
DSR 6GDSR
DC0 68CCDAl272? RI
TXCLKlSISTXCLKRXcLK17IIRXTM
JI
Computer to 
DDIU Cable
To establish a connection to any idle data port:
1. A user with an associated 
DDIU dials the
station number of the 
DDIU or the group ac-
cess number of the group that the 
DDIU has
been inserted into or presses a DSS button
representing the DDIU. The digital key systemwill then determine the baud rate setting for
the called 
DDIU and convert the users asso-
ciated 
DDIU to the same baud rate. The sys-
tem will then complete the connection.
A second method to establish a connection between
two 
DDlUs is done by the first attendant.
1.The first attendant dials the extension number
of one data unit. Dial tone is received and the
display will show the BAUD RATE.
0 A DDIU has a DCE interface. Therefore a
straight through RS-232C cable can be
used connect to a DTE device (printer, 
PC?
etc.).
* Each DDIU requires a digital terminal port.
Refer to Station Attributes Programming, 630.2,
Station Identification for programming the Station ID
of the Digital Data Interface Unit (DDIU). Also refer
to Sec. 630.3, Digital Data Interface Unit (DDIU) for
programming the parameters of the Digital Data
Interface Unit (DDIU).
400.9SYSTEM SPECIFICATIONS AND CA-
PACITY
To break down an established connection:
1. The station user dials his associated 
DDIUnumber or press the DSS button for the asso-
ciated 
DDIU followed by pressing the FLASH
button. The first attendant can also force a
disconnect by dialing one of the 
DDIUs, fol-
lowed by pressing the FLASH button,The 
Starplus SPD 4896 system is card slot cabinet
2.Then dials the station number of the secondoriented with plug in modules (cards) expanding the
data unit, confirmation tone is heard.system via station boards and CO boards. The
boards are configured as 12 
CO/PBX/Centrex lines,
12 digital stations, or 12 single line stations. A com-
plete system capacity allows for use of up to 144
ports for Stations, CO Lines, or Data switching Mod-
ules.GENERAL DESCRIPTION
STARPLUS ‘B SPD 4896Digital Key Telephone System
Conditions:
9 The System is transparent to the devicesbeing connected. Therefore each 
DDIUmust be configured with a specific baud
rate, number of data bits and number of
stop bits. This configuration will be done bythe first attendant or in the case of an
associated data unit can be configured by
the user.l Data switching is accomplished using the
same wiring the telephone station uses for
voice switching.lData ports can be arranged in UCD Groups
or Hunt Groups.
l Data ports do not have to be associated
with a 
keyset, however to connect two
DDIU devices one of them must be associ-
ated with a 
keyset unless the connection is
made by the first attendant.
* When the data connection has been com-
pleted, the baud rate used in the connectionwill be displayed on the 
keyset.l Non associated 
DDIU connections can be
broken down by the first attendant.
DSS/DLS’s can be installed in place of any Digital
Key terminal. Standard single line telephones (2500
type) can be supported instead of key stations by
installing single line boards (SLI 2) in place of the keystation board (KTl2). Twelve single line telephones
can replace 12 Digital Display Terminals for each
board exchanged. An ON/OFF switch is located on
the front of the power supply.
400-28
Issue 1, March 1994