Vodavi Starplus Spd 4896 Hybrid Key Telephone System Installation Manual

							STARPLUS @ SPD 4996Digital Key Telephone System
INSTALLATION
STATIONCABLE
-A
I
\\ CABLE TIE
BOl7OM PLATE,
FEED CABLE BETWEEN
SQUARE KNOCKOUTS
AS SHOWN
EXPOSED BRAIDED
PORTION OF CABLES
IS TO BE GROUNDED
BY CABLE TIE AS
SHOWN
DETAIL A
Figure 500-9 Shielded Cable Terminationsissue 1, March 1994
500-l 3 
						

							INSTALLATION
F.Single Line Board (SL12)The Single Line Telephone board (SL12) pro-
vides the interface for 12 
2500-type single line
telephones. This board can be plugged into any
designated station slot. It is recommended that
the Tri-Output Power Supply be used with this
card to provide the 
9OV ac and -48V dc volt-
ages.Only ons Ring Generator is required 
per system
One Tri-Output Power Supply will acconm~otfatetwo SL12 boards. When an SLl2 boiwd isinstelled, it 1s recommsnded tnaf the DTM4 DTIMFReceher Moduk.be instal1edatthe.s time. if,3o~more SL12 boardsam inst#edInthesyste~&feast i DlhM should beinstalled. However, no.mor&then 3 SLfZ boards with DIM4 mceiveffi onthem can he im3talred in ths system;
Message Waiting capability comes installed on
the Single Line Telephone Board (SL12). This
circuitry provides message waiting lamps to
single line telephones equipped with message
waiting lamps and supports up to 12 Single LineTelephone Message Waiting lamps at 
9OV dc
typically across tip and ring.
LEDs & indicators:The board contains three 
LEDs to indicate the
presence of 
+5V dc, - 5V dc and -48V dc. The
LEDs are located on the top portion of the
board.
STARPLUS @ SPD 4696
Digital Key Telephone System
Line/Station Interfaces:The board has one female 
50-pin amphenolconnector on the front edge. This interfaces the
circuits on the board to the MDF. The board hasone two- conductor molex connector to provide
an input for 
9OV ac ring. A second two-conduc-
tor molex connector interfaces -48V dc to the
card. Each SL12 
instalfed in the system must
have both 
9OV ad and -48V dc applied to it via
these connectors. The card also provides
proper fusing or protection to comply with the
requirements of UL 1459 Second Edition and
CSA C22.2 No. 225 standards.
These single line telephones can be equipped
with a standard Message Waiting Lamp 
(9OV T
& R) that operate on the ‘Yip” and “ring” leads.
Additionally each circuit provides a loop inter-
rupt of 700ms duration. This is the duration of
loop interrupt provided to a single line port if
loop interrupt is detected on a CO line that the
single line port was connected to. Also provided
if a station calls an SLT port and hangs up. The
card will support single line telephones up to
2000 feet from the Basic KSU cabinet. Refer to
Table 400-4 Loop Limits for additional wiring
information. On-premise single line telephones
should present a load to the port totaling a
maximum ringer equivalence of 2.5.
/I+sv-5V
90VacRing
-49VdcPower
- 48 v dca/
I/nGI 
t-t
Y
Figure 500-l 0 Single Line Telephone Board (SL12)
500-l 4Issue 1, March 1994 
						

							Digital Key Telephone SystemINSTALLATION
Table 500-2 Single Line Telephone Board
(SL12)j
2/27
2i
328I
I/3j4/29
Ij4
i
8/33
I
8/
9/34
/g/
10j35
I
10/
11j36
11j
12i37
!
12!
13j38/j
13COLOR
WH/BL
BL/WH
WH/OR
ORIWH
WH/GN
GN/WH
WH/BN
BN/WH
WH/SL
SUWH
RD/BLBURD
RD/OROWRD
RD/GN
GN/RD
RD/BN
BN/RD
RD/SL
SURD
BWBLBUBK
BWOR
OR/BK
BWGN
GN/BK1
14/39 I  BWBN
j14 j  
BN/BK
15
4o /  BWSL
/
15iSUBK
1641 YUBLI
16 
BVYL
1742;YUOR17 
OWYLI
1843:YUGN
18 i  GNNL
194 j  YUBN
19 BNNL
20/45 I  ;  YUSLI20 ~  
SVYL:
21I46 WBLI
:i
21:  BL/VI
22~47 ~  VI/OR
22 
ORfVl
23:48 /  WGNj  23 i  
GN/VI24j49 j  
WBN24 
BNNI~
25j
i50 i  WSL25 
SL/vl
,.,,,,I/
/
Port 002SLT Tip
SLT Ring
Port 003SLT Tip
SLT Ring
Port 004 
SLlTipSLT Ring
Port 005SLT Tip
SLT Ring
Port 006SLT Tip
SLT Ring
Port007 SLTTip/
SLT Ring !
Port 008 SLTTip ’
SLT Ring I
Port 009SLT Tip
SLT Ring
Port 010SLT Tip
SLT Ring
Port011 SLTTip
SLT Ring
Port 012 SLT Tip/
SLT Ring ~ 
						

							INSTALLATIONSTARPLUS @ Si’D 4896
Digital Key Telephone System
G.CO Loop interface Board (C012)
This board interfaces 12 Loop start CO lines to
Table 500-3 CO Line Board (C012) Connections
the system. This board can be plugged into anydesignated trunk slot. Refer to Figure 500-l 1
CO Line Board (C012) for location of connec-
tors.
LEDs & Indicators:PAIR PIN
126
1
227
-23 j  28
/  3
4 1
29/  4
530
5
6
31
--L67 /  32
I  
78j  33
8
9 /  34
i 
910/  35
10
11/  36
/  11
12 i  37
:  12
13/  38
j  
1314 /  39
/  14
15/  40
/  15
16 1  41COLOR
WHIBL
BL/WH
WH/OR
Of%‘WH
WH/GN
GNNVH
WH/BN
BN/WH
WH/SLSUWH
RD/BL
BURD
RD/OROWRD
RD/GN
GN/RD
RD/BN
BN/RD
RD/SL
SURD
BWBL
BUBK
BWOR
OR/BK
BKfGN
GN/BK
BWBN
BN/BK
BWSL
SUBKYUBL
BLfYL
YUOR
ORIYLYUGN
GNNL
DESIGPort 001 Tip
Ring /
Port 002 Tip
Rinqj
Port 003 Tip
Ring
Port004 Tip
RingPort 005 Tip
Ring
Port 006 Tip
RinqPort 007 Tip
RingPort 008 Tip
RingPort009 TipI
Ring j
Port 010 Tip
Ring
Port 011Tip
Ring
Port 012 Tip
RingThe board contains two 
LEDs to indicate the
presence of -5V dc and 
+5V dc. In addition, the
board has 12 red 
LEDs to provide the status of
each CO line on the board. The status shall be
lit is in use and unlit is idle.
Line/Station Interiaces:The board has one female 
50-pin amphenolconnector on the front edge. This will interface
the circuits on the board to the MDF.
I
LI
,
I
16
1742/
17
18I
43:
18I  19
44IYUBN
191BNNL
I  
204.5jYUSL
T/
20/SUYL
46jVIIBL/
21iBUVIj  22
47VI/OR
If---221OFUVI!  23
481VI/GN
23jGNNI!  24
49iVI/BNI  24 i  
BN/VI1
25j501VI/SLI
25/SWI
L
-I
I
-!-I
/
c
T500-l 6
Issue 1, March 1994 
						

							STARPLUS @ SPD 4996Digital Key Telephone System
INSTALLATION
CO In Use
LED’sa
a
u=Cll-l
u
[I-=I3l-l-
U-
0
YCI
1u
u-- =I
- =
cl,I
m -
u-
- I
c3 -- I
D -
0:- I
a,
=4
In
i-l-= I
1
a::- z
I--=w
1I
i1
I
Figure 500-l 1 CO Line Board (CD1 2)Issue 1, 
Maich 1994
500-l 7 
						

							INSTALLAllON
STARPLUS @ SPD 48%
Digital Key Telephone System
500.4APPLICATION MODULES
A.
4-Circuit DTMF Receiver Module (DTM4)This board provides four DTMF receivers for
SL12 boards. This board is connected onto
each SL12 board. Each SL12 board may 
con-tain 1 DTM4 board.
1
Wiring I Pkouts I connections:The board has a female molex connector at
each end that plugs onto metal pins located on
each SLT board.
Generally, one receiver will support 
DISA
and/or eight SLT stations under light to moder-ate traffic. 
if SLT and or DISA traffic is heavy,
additional DTMF receivers should be added. It
is also recommended to add additional DTMF
Receivers when a Voice Mail or Auto Attendant
is connected to the system.
500.5Tri-Output Power Supply Installation
The Tri-Output power supply interfaces with the
Single Line Board (SLl2) and contains a -48V dc
supply, 24V 
dc supply, and a Ring Generator. This
is a wall mountable unit and contains screw type
terminals for its connections. Each Tri-Output power
supply can accommodate two SL12 boards for the
-48V supply. The Ring Generator portion of the
Tri-Output power supply can accommodate all SL12
boards installed in the system.
The Tri-Output power supply can provide a -48V dc
source up to 1 amp of current. The 24V dc source
will handle up to 1 amp of current. The Ring Gener-
ator can supply up to 5 watts of Ring voltage.
The Tri-Output Power Supply must be mounted
within 3 feet of the telephone system. It also must bewithin 5 feet of a 120V ac, 
60Hz, Parallel blade,
grounding type outlet. The Power Supply must be
provided free air movement at top and bottom.The 
T&Output Power Supply is designed for fixedwall mounting.
1.Position the Tri-Output Power Supply on wall
where it is to be mounted and mark four
centers for screw locations.
2.Attach.Power Supply to wall using four, hex,
pan or round head fasteners listed below:
- Plaster/Wallboard: #8 Toggle bolts
- Wood: #8 by 1 in. wood screws
- Block: #8 Toggle bolts
- Concrete: #8 by 1 in. lag shields with
#8 by 1 in. lag screws
Field Wiring Output Connections:The unit MUST be unplugged from the line before
proceeding.
Output connections must be installed in confor-
mance with all state and local electrical codes by a
licensed electrician.Output connections are made by means of a barrier
strip inside the Power Supply.
1.Loosen (do not remove) the two screws on topand two screws at bottom to remove cover.
2.Locate the output barrier strip and wire feed-thru hole at lower right side respectively.
3. Feed approved wiring through bushing and
connect to proper terminals using ring or lock-ing spade type terminals. Terminal legend is
near barrier strip and on cover.
4. After properly securing field wiring, replace
cover and tighten four cover screws.
AC Input Connection:All output connections must be made before 
piug-ging in the Power Supply. The Power Supply may
now be plugged into a 120V ac, 
60Hz, 15a outlet. If
an outlet is not available, a UL listed receptacle of
proper type and configuration must be installed in
conformance with all state and local electrical codes.500-l 8
Issue 1, March 1994 
						

							STARPLUS @ Sf’D 4896
Digital Key Telephone SystemINSTALLATION
500.6Backplane l/O Expansion Module 
In-stallation
The Backplane 
I/O Expansion Module is a wall
mount unit with a 
36-pin input connector and four
RS-232C output connectors.
The Backplane 
I/O Expansion kit consists of one
connecting cable and the l/O Expansion Module.
1.Locate the Backplane I/O Expansion Module
in a location on the MDF backboard 
conven-ient to the KSU.
2.Locate the J24 connector on the backplane of
the KSU cabinet.
3.Locate the connecting cable that comes with
the Backplane 
I/O Expansion Module. This
cable has a male and female 50-pin amphenolconnector on it.
4. Connect one end of the cable to the J24
connector on the backplane of the KSU 
cabi-
- net.
5.Connect one end of that cable into the con-
nectar marked “SVC Jl” on the Backplane I/OExpansion Module.
O[00000000000000
000000000000100
Backplane I/O Expansion Module Wiring Pinouts
KSlJWEICOMPUTER orPRINTERP-E)
Pin #Pin #
DB-25DB-25
2
3
20’
6*
7
5
Transmit Data
Receive Data
DTR (Data Terminal Ready)
FITS (Request to Send)
GND
DSR (Data Set Ready)RS-232C 
PINOUTData Communication Requirements are:
A) Serial Port Compatible
B) ASCII Code Compatible
C) 8 Data Bits and 
1 Stop Bit
D) No Parity
E) Flow Control Method: 
Xon/XoffNOTE: Arrows show flow control direction.
* If your Personal Computer does not provide DTR,
2
Pin #DE9
3
32
204
68
5
8
you MUST jumper pins 6 & 20 together on the KSU side.Figure 500-12 Backplane 
i/O Expansion Module Connections
Issue 1, March 
7 994500-l 9 
						

							INSTALLATlON
STARPLUS @ SPD 4896
Digital Key Telephone System500.7DIGITAL TERMINALS
A. Digital Terminals Installation:
The Digital Terminals are interfaced with the
Starplus SPD 4896 Key Station Board (KT12)
which has 12 circuits per board. Each 
12-circuitKey Station Board interface is extended from
the Basic KSU to the MDF through the front
edge connector on the key Station Board.
At the MDF are the terminated distribution ca-
bles that are run from each key telephone 
ioca-tion. Each Key Telephone requires two-pair
twisted cable wiring to connect the digital termi-nals to the system on a “home run” basis. The
telephone end of the cable is terminated on a
modular jack and the MDF end of the cable
should terminate on a punchdown block makingup the MDF. Refer to Figure 500-2 Basic KSU
Equipment Cabinet.
Telephones are connected to the station inter-
faces via industry-standard twisted, e-pair, 22
or 24 gauge wire. The station cable run from themain distribution frame to the station wall jack
should not exceed 1000 feet. Refer to Figure
500-I 3 Digital Terminal Modular Block Wiring.
Station cable is connected to the MDF at one
end, and a modular connecting block at the
other end. The modular line cord of the tele-
phone is then plugged into the connecting
block.
Oniy one station may be connected to a port. It is 1NOTpossible to bridge station ports.The system communicates with each phone
using 4 wires. Two of the wires are used to senddigital information (voice and control signals)
from the system to the telephone, and two wiresare used by the telephone to send digital infor-
mation to the system. All 4 wires are necessaryfor the telephone to function. Each telephone
connected to a station port has two digital chan-nels. The primary channel is used for voice
communications only. The secondary channel
is used to provide a secondary path for data
switching applications (future).
The installer should exercise caution when con-
necting a digital terminal while system power is
on. Each digital terminal station circuit is over-
load protected by internal circuitry on the 12-cir-
cuit Key Station Board (KT12) or l2-circuitSingle Line Telephone Board 
(SL12), however
the proper polarity of the wired connections
must be maintained for proper operation.
The standard Single Line Telephone, Single
Line Telephone Adapter (OPX), and Digital
DSS Console are all considered to be tele-
phones by the system. These interfaces are allwired to digital key station ports the same as a
digital telephone.
6.Digital DSS Console Installation:
The Digital 
DSS/DLS Console is assigned to
operate with a digital terminal. Up to three
DSS/DLS Console units can be assigned to anyone station. There are a maximum of 72
DS.$/DLS Consoles that can be installed on the
Starplus SPD 4896 System. Each unit uses a
digital terminal interface circuit and reduces
station capacity on a one-per-one basis.
A two-pair twisted cable is required for connect-
ing the 
DSS/DLS Console unit to the MDF. The
cable should be run from the 
DSS/DLS Console
to the MDF in a “home run” manner. The
DSS/DLS Console end of the cable is termi-
nated on a three-pair modular jack and the MDFis “punched down” on a terminal block for cross
connection to the appropriate station cable.
Refer to Figure 500-13 Digital Terminal
Modular Block Wiring.
Since the system supplies power to the
DSS/DLS Console, no transformer or external
power device is required.
Installing an Expanded 
DSS/DLS Module:
a.
b.
C.
d.
e.
f.
g.
h.Unplug the line cord from the 
DSS/DLS Con-
sole.Using a screw driver, remove the solid plastic
overlay from the right side of the DSS/DLS
Console and discard.
Using a 
phillips screwdriver, remove the four
screws from the filler panel. Discard the filler
panel. The screws will be used to secure the
expansion module.
Tilt the expansion module down and insert into
the top of the opening in the console.
Work the expansion module into place, and
secure with the four screws from step c.
Place the blank label overlay over the buttons
on the expansion module.
Place the new button overlay over the buttons
and secure into the two indents at the top of theopening, two indents on each side and two
indents on the bottom.
Turn the 
DSS/DLS Console over and connect
the provided line cord into the bottom of the
Expansion Module. Also re-connect the line
cord to the other module in the 
DSS/DLS Con-
sole.500-20
Issue 1, March 1994 
						

							STARPLUS @ SPD 4896Digital Key Telephone System
INSTALLATION
GREEN
RED
I
BLACK
rYELLOW
XMT TIP
XMT 
RING
RCVE TIPRCVE RING
Key Telephone WiringGREEN
XMT TIP
REDi i
!
BKYL @)!
DSSlDLS Console Wiring
GREEN
XMT TIP
RED 
XMT R’NG
Single Line Telephone WiringFigure 500-13 Digital Terminal Modular Block Wiring
Issue 1, March 1994
500-21 
						

							INSTALLATlON
SARPLUS @ %‘I) 4896
Digital Key Telephone System
C.Wall Mounting the Executive TelephoneAll connections to the Digital Terminal are fully
modular. To wall mount the Digital Terminal, it is
necessary to use the Wall Mount bracket that comeswith each Digital Terminal and one standard-type
jack assembly designed for normal wall hanging
applications.a. Unplug the line cord from the phone. This line
cord will be re-used and should be retained.
b. Using a screw driver, remove the plastic num-
ber retainer by inserting the screw driver under-
neath the middle of the retainer and prying
upwards. Remove the screw and the handset
tab. Be careful to position the tab so that the
protrusion faces the hookswitch. This will allow
the handset to remain secure when the tele-
phone is on the wall. Replace the screw and
snap the number retainer back into place.
c. Reverse the back plate on the telephone for
wall mounting.
d. Line up the hooks at the bottom of the bracket
so that they engage with the slots cut in the
bottom of the telephone base. Tilt the telephoneback and lock the telephone into the hooks at
the top of the bracket. The bracket will snap in
place.e. Route the line cord from the wall jack and plug
into the connector on the back of the telephone.Now match the two key hole slots on the base
plate with the lugs on the 630-A type jack. Alignthe modular connector and slide telephone into
place. Refer to Figure 500-l 4 Digital Terminal
Wall Mounting.
D.Single Line Telephone InstallationSingle Line Telephones 
(SLT’s) can be ex-
changed for digital terminals on a one-for-one
basis with an OPX box.
The Single Line Telephone Board (SL12) can
be plugged into any designated card slot. Each
Single Line Telephone board supports 12
standard single line telephones (standard
DTMF Single Line Telephones and message
waiting DTMF 
SLTs). It is recommended that
the Tri-Output Power Supply be used with this
card to provide the 
9OV ac and -48V dc volt-
ages.One Tri-Output Power Supply wilt accommodate
two 
SLl2 boards. When an SL12 board is
installed, it is recommended that the DTlL44 DTMP /
Receiver Module be installed at the same time. If /
3 or more SLIP boards are installed in the /system, at least 1 DTM4 should be installed. Nomore than 3 SLlZboards wifh DTbl4 receivers on/
IThe DTMF Receiver Module (DTM4) may be
installed on each Single tine Telephone Board
installed. The DTMF Receiver Module (DTM4)
installs onto a Single tine Telephone Board
(SL12) and provides 4 DTMF receivers. DTMF
receivers can be added to the system to supportSingle Line Telephones. If SLT traffic is heavy
or a Voice Mail system is being installed, it is
recommended that additional DTMF Receiver
Modules be installed in the system.
Each SLT requires one-pair cable. The cable
should be placed from the telephone location to
the MDF in a “home run” manner. The tele-
phone end of the cable run should be termi-
nated in a modular jack. Refer to Figure 500-2
Basic KSU Equipment Cabinet. The MDF end
should be “punched down” on a terminal block
for cross connection to the appropriate station
cable. Refer to Figure 500-13 Digital Terminal
Modular Block Wiring for SLT wiring connec-
tions.
E.SLT Adapter / Off-Premise Extension
Module (OPX)This external module provides the interface for
one long loop (OPX) single line telephone
(2500 type) extension. This module requires a
separately provided -48V dc power supply to
provide the necessary current for long loop
applications and to support ring generation.
This module is wired to and interfaces with a
digital key terminal port on the 
Starplus SPD
4896 system. The OPX box meets the require-
ments of the FCC for connection to the tele-
phone 
(Telco) network. Telephones must be
DTMF only (2500 type). Refer to Figure 500-I 5
Off-Premise Extension (OPX) Module
The OPX module also provides for one Power
Fail circuit in the event of an AC power failure
and contains its own DTMF receiver.
Buttons and LEDs:
An LED located on the back of the unit indicatescorrect connection and will light when the SLT
station is taken off-hook.
Connections:All connections to the SLA (OPX) adapter are
made on the back of the unit. Two modular
jacks and a two-wire cable are located on the
back of the unit for connection to the KSU and
power supply. The two wire cable connects to
a 48V dc power supply. The modular jack
marked KSU is connected to a KSU Digital
terminal station port. This connection requires
all four wires and wires the same as a key
station. The modular jack marked OPX is wired
to the SLT station (2500 type), OPX circuit or
500-22Issue 1, March 1994