Vodavi Infinite Dvx I, Dvx Ii Hybrid Key Telephone Systems Installation Manual

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Ngum 200-18 48-Button Dss/DLs con6ok 
200-24 
Issue 1, Jaaaarp m93  
						

							iqfmite DVX’ and DVX” 
[email protected] Eey Tckphone Syattma GENERAL DESC-ON 
MAF#l hasbydefaultthefirst28Stations(Stas 100-127). and 14COLines, threeC!allParklocations. 
Release, Attendant Override. and an All Call Page button mapped to the buttons. All buttons except 
the 14 CO line buttons and Release button are flexfble and can be changed by the station user. 
Fi@m 200-14 085 Console Map 1 
Issue 1, Janumy 1993 
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							GENE&!&L DESCRIPTION 
. 
infinite DVX’ and DVX ‘I 
Di#taI I.&v Telephone Systems 
MAP #2 has by default all 28 CO lines. and the first 12 stations (Stas 100-l 1 l), followed by four Call 
park locations, Release. Attendant Override. an All CaH Page button, and the first Internal Page Zone 
mapped to the buttons. AU buttons except the 28 CO line buttons and the Release button are flexible 
and can be changed by the station user. 
200-26 
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							I. digital Key Telephone Systems GENERAL DESC!RPl’ION 
t MAP #S by default is intended to be used with MAP # 2 on an DVX” System, in that it has the remaining 
stations (Stas 112- 155) to provide a full CO Une by Station mapping. Additionally, Internal Page Zones 
2. and 3 appear and the last two buttons are unassigned. All of the buttons on MAP #3 are flexible 
and can be changed by the user. 
CO Line ringing on Map I and Map 2 is determined by CO Line Ringing Assignments. 
STA 136 
El 
Figure 200-16 DS!3 Console Map 3 
Imue 1, January 1993 
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							iqjhite DVX’autdDVXn 
GENE= DESCRT.PTION 
D#td key Telephone Spstcms 
200.6 SLT ADAPTER / OFF-PREMISE 
EXTENSION MODULE 
This external module provides the interface for 
one long loop (OPX) single line telephone (2500 
type) extension. This module requires a sepa- 
rate&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 terminal 
Fey 
station) port from either the DVX ’ or 
DVX a systems. The OPXboxmeek the requirements of the FCC 
for connection to the telephone relco) netwbrk. 
Telephones connected to the OPX bax must be 
DTMF only (2500 Qpe). 
This module also provides for one Power Fail 
circuit in the event of an AC power failure. 
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CONNECTING 
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OPX 
Bbek wim b - of exfernal48Y supply 
Fled wfra to + of external 4Bv supply 
I, BJadc to Trunk lip 
Yellow to Trunk Ring 
200-28 bsue 1. January 1993  
						

							irlfinite DVX’ and DVXn 
n&itaI Key Tdephone Systems 
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GENERAL DESCRIPTION 
200.7 RELAY / SENSOR INTERFACE 
MODULE 
The Relay Sensor Interface Module connects to 
either the DVX ’ or DVX ‘I systems using one 
digital station port and provides three relay 
activated contacts and three sensing circuits. 
The relays provide for applications such as 
Loud Bell ControI contacts. CO Line control 
contacts, FWU Start contacts, Page Relays, Power Fail contact and additional applications 
as software will permit. The sensing dkuits 
provide for such applications as RAN Stop (end 
of message) and other applications as devel- 
oped and allowed by software. 
An external power source is required to drive 
equipment connected to the relay contacts. The 
contacts are rated at 24V dc max 
at 1 amp. 
xwr nnp 
XMIT RING 
mm np ACVE RING 
. 
Oevim Output Relay 
(dry mntacts) 
(ie: 
RAN Device) 
Customer Provided 
Power Supply 
(if needad) 
NOTE: RAN 
device does not 
require external power supply 
Pvgwe 200-18 Rclag / 8ensor Interface Module 
Itssue 1. Janunry 
1993 
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							in..ite DVX’ and DVX I1 
GEI’iERAL DESCRIPTION Digital IKey 
Telephone Systems 
200.8 
POWER FAILURE TRANSFER 
=IpFTu) 
This unit provides the rely tmnsfer circuits for 
up to 22 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 PFT relays is controlled by a 
multi-use relay on any one of t&e CO / Station 
Interface boards that is programm ed for PJ3. A 
customer provided 12V dc power supply is re- 
quired to operate the unit. There 
is a manual switch that activates the PFTU for testing pur- 
poses. 
With loss of power to the system or a failure of 
system processing. the PFTU will automatically 
connect up to twelve CO lines to prewired 
WI/2500 type telephones. When power is re- 
stored, the PFTU will automatically restore the 
CO hunks and stations to normal operation. 
These SLT stations do not have to be used for 
intercom, but can be if so desired. 
Method #I 
1 Method #2 
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i Power Faibm ; +-- 
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							irlfinite DVX * and DVX’ 
D&&&d Xey Telephone Systems GENE&% DESCRIPTXON 
200.9 DATA FEATURE 
me Data Feature is a time division switched. 
point to point data transmission capability 
which perrrdts simultaneous (on the same sys- 
tem but not the same port) voice and data 
communications. The Data Feature offers the 
abUy to transmit data information between 
personal computers, prh-iters, plotters. mo- 
dems, CFZT terminals, 
and main frame com- 
puter ports. 
To establish a Data call, a Digital Data Interface 
Unit [DDIV 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 
38.4Kbaud asynchronous. Refer to Figure 200- 
20 Digital Data Interface Unit tDDIU) wiring 
The Digital Data Interface Unit (DDIU) is wired 
to the in&&e Digital Key Telephone Systems 
like a digital telephone. and requires one sta- 
tion port. 
All connections to the DDIU are made on the 
back panel. The back paneI has a modular jack 
andaDB-25Qpeconnector.Themoclularja& 
labeled KSLJ. is used to connect the DDIU to the 
station port of the system. The DB-25 connector 
supports an FLS-232C connection and is used 
to connect the data device to the system. 
A green LED lights to indicate the DDIU is 
properly wired to the system. 
Connection of the individual data communica- 
tion devices requires that the installer be famil- 
iarwith data communications terms. and has 
access to the appropriate tionnation for con- 
necting the variety of data communications de- 
vices that may be encountered. This 
information consists of. but is not knited to: 
1.1s the device configmed as data terminal 
equipment [DTE), or data communications 
- 
equipment (DCE. 
2.What pin on the RS-232C type connector 
performs what function? 
3.What sfgnal leads are required to make the 
device operate? 
When planning the installation of the data fea- 
ture, use a digital display phone at any location 
that is to originate a data connection. A DDIU 
can onlybe called, it cannot originate a connec- 
tion. A digital display phone would typically be 
connected to a CRT terminal, or personal com- 
puter. 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 Digit& Data Interface 
Unit [DDIW is a 25-pin. type D connector which 
is configured as Data Communications Eqtip- 
ment with the following 
pin configurations. -- - 
PIN 
# USE 
! DIRECTION ; 
2 I Receive Data i into telephone (or i 
: DDI 
1 
3 i -tit DATA ; ;rt;g$phone 1 
4 
Request TO Send i 
i into telephone (or 
I DDIU) 
5 
Clear To Send 1 out of telephone i 
, or DDIU 
Data Set Ready 1 o$$T 7 
6 1 
7 SignaIGround 1 
out of telephone 
8 Data wrrier.detect o= DDI 
11 unassigned into telephone (or 
DDIU) 
12 Secondary DCD 
If out of telephone 
or DDIU) 
15 Transmit Clock 
I( out of telephone 
or DDIU) 
17 ; Receive Clock 
I( out of telephone 
or DDIU) 
19 
I Secondary riTs tnto telephone (or 
DDIU) 
20 
I Data Terminal into telephone (or 
Ready I DDIU) 
22 
Rtng indicator out of telephone (or DDIU) 
The following diagram will aid in the design of 
cables to connect the many 
different configura- 
tions of data communications devices. 
DigItaX Systems Data Switching 
Issue 1. January 1993 200-31  
						

							iqjinite DVK’ and DVX” 
Digital Key TeIephone Systems 
GREE 
II - t STATION 
CONNECTING 
BLOCK 
7-r 
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MODULAR 
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HoOoK To 
Data Device 
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							i&.&e DVX’andDVXn 
Digital Key Tekphone Systems GENERAL DEXRPTION 
MODEM 
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Modem to DDN Cable 
PC 
DISPLAY 
PHONE 
Computer to Phone Cable 
To establish a connection to any idle data pork 
1, A user with an associated DDIU dials the 
station number of the DDIU or the group 
access number of the group that the DDIU 
has been inserted into or presses a DSS 
button representing the DDIU. The digital 
key system wilI then determine the baud 
rate setting for the called DDIU and c0nveI-t 
the user’s associated DDIU to the same 
baud rate. l’he system will then complete 
the connection. A second method to establish a connection 
between two DDIUs is done by the first &ten- 
dant. 
1 .The first attendant dials the extension 
number of one data unit. Dial tone is re- 
ceived and the display will show the BAUD 
RATE. 
Z-Then dials the station number of the sec- 
ond data unit, confirmation tone is heard. 
To break down an established connection: 
1. ne station user dials his associated DDIU 
number or press the DSS button for the 
assocfated DDIU followed by pressing the 
FLASH button. The first attendant can dial 
one of the DDIUs. followed by pressing the 
FJ..ASH button. 
Conditions: . 
l The System is transparent to the devices 
being connected. Therefore each DDIU must 
be configured with a specific baud rate, num- 
ber of data bits and number of stop bits. This 
configuration wiIl be done by the iirst atten- 
dant or in the case of an associated data unit 
can be conf@ured by the user. 
l Data switching is accomplished using the 
same wMng the telephone station uses for 
voice switching. 
* Data ports can be arranged in UCD Groups 
or Hunt Groups. 
l Data ports do not have to be associated wltb 
a keyset, however to connect two DDIU de- 
vices one of them must be associated with a 
keyset unless the connection is made by the 
first attendant. 
l When the data connection has been com- 
pleted, the baud rate used in the connection 
will be displayed on the keyset. 
l Non associated DDIU connections can be 
broken down by the Brst attendant. 
l A DDIU has a DCE interface. Therefore a 
straight through RS-232C cable can be used 
connect to a DTE device [printer, PC, etc.). 
l Each DDIU requires a digital terminal port. 
Refer to Station Attributes Programming, 
730.2, Station Identification for progrmg 
the Station ID of the Digital Data interface Unit 
(DDiU). Also refer to Sec. 730.3, Digital Data 
Interface Unit (DDIU) for progmmming the pa- 
rameters of the Digital Data interface Unit 
(DDIU).