Vodavi Infinite Dvx Iii Hybrid Key Telephone System Installation Manual

							infrnitem DVX I’Digital Key Telephone System
INSTALLATION
PCDDIU1
 GND
TD2If------b. 2RD
IiD p-1 3TD
SG77SG
RTS 4
b 4RTS
CTSS45 CTS
DTR 
20b PODTR
DSRG16 DSR
DCDB1BDCD
RI 22422 RI
TXCLKi54ISTXCIKRXCLKi74I’IRXTLKComputer to Phone Cable
To establish a connection to any idle data port:
1.A user with an associated DDIU dials thestation number of the DDIU or the group
access number of the group that the DDIUhas been inserted into or presses a DSS
button representing the DDIU. The digital
key system will then determine the baudrate setting for the called DDIU and con-
vert the user’s associated DDIU to the
same baud rate. The system will then
complete the connection.
_ A second method to establish a connection
between two DDIUs is done by the first atten-
dant.1. The first attendant dials the extension
number of one data unit. Dial tone is
received and the display will show the
BAUD RATE.
2.Then dials the station nurnber of the sec-
ond data unit, confirmation tone is heard.
To break down an established connection:
1.The station user dials his associated DDIUnumber or press the DSS button for the
associated DDIU followed by pressing the
FLASH button. The first attendant can
dial one of the DDIUs, followed by pressingthe FLASH 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 will be done by the first atten-
dant 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.l Data ports can be arranged in UCD Groups
or Hunt Groups.
l
Data ports do not have to be associated witha 
keyset, however to connect two DDIU de-
vices one of them mu& 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 connectionwill be displayed on the 
keyset.l Non associated DDIU connections can be
broken down by the first 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 programming
the Station ID of the Digital Data Interface Unit(DDIU). Also refer to Sec. 730.3, Digital Data
Interface Unit (DDIU) for programming the pa-rameters of the Digital Data Interface Unit
(DDIU) .Issue 1, February 1994
500-33 
						

							INSTALLATIONinfznite” DVX I’Digital Key Telephone System
Table 500-6 SMDR Printout
The SMDR feature provides detailed records of all outgoing and/or Incoming, long distance only
or all calls. The SMDR Qualification Timer determines the length of time that is needed to
determine a valid SMDR call for reporting purposes. By default, this timer is set to 30 seconds
and is variable from 00 to 60 seconds in 1 sec. Increments. This feature is enabled or disabled insystem 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 80 characters on a single line. A 29 character formatwill generate 3 lines per message. 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:
12
3
123456789012345678901234567890
AAA BB HH:MM:SS HH:MM MM/DD/YY(CR) (LF)HCCCCCCCCCCCCCCCCCCCCCCCCCCC
GGGGGGGGGGGG
STA COTOTALSTARTDATE116 08 
00:02:00 14:13 05/11/90(CR)(LF)
0123456789012345678901234(CR)(LF)
123456789012(CR)(LF)SO character format selected:
12345678
12345678901234567890123456789012345678901234567890123456789012345678901234567890
AAA BB 
HH:MM:SS HH:MM MM/DD/YY HCCCCCCCCCCCCCCCCCCCCCCCC GGGGGGGGGGGG (CR) (LF)
STA CO TOTALSTART
DATEDIALEDACCOUNT CODE COST
116 08 00:02:00 14:13 05/11/90 0123456789012345678901234 123456789012(CR)(LF)SO character format with Call Cost Display feature enabled:
12
34567812345678901234567890123456789012345678901234567890123456789012345678901234567890
AAA BB HH:MM:SS 
HH:MM MM/DD/YY HCCCCCCCCCCCCCCCCCCCCCCCC GGGGGGGGGGGG (CR) (LF)
STA CO TOTALSTARTDATE
DIALEDACCOUNT CODE COST
116 08 
00:02:00 14:13 05/11/90 0123456789012345678901234 123456789012 OOO.OO(CR)(LF)SO character format for DISA Calls:
1,234
5678
12345678901234567890123456789012345678901234567890123456789012345678901234567890AA BB 
HH:MM:SS HH:MM MM/DD/YY HCCCCCCCCCCCCCCccccccCccc GGGGGGGGGGGG (CR) (LF)
STA CO TOTAL
STARTDATEDIALED
ACCOUNT CODE COST
04 01 
00:02:00 14:13 05/11/90 I
123456789012 OOO.OO(CR)(LF)
01 04 
00:04:54 14:15 05/11/90 00123456789012345678901234
- continue on next page -500-34
Issue 1, February 1994 
						

							inrtrzite” DVX ‘I1Digital Key Telephone System
SECTION 600
SYSTEM CHECK-OUTSYSTEM CHECK-OUT
600.1INTRODUCTION
Prior to actual power up and initialization, the
inJntie Digital Key Telephone System should bechecked over to avoid start up delays or im-
proper loading. A step-by-step checklist is pro-
vided for this purpose.
600.2PRELIMINARY PROCEDURES
1.Make sure that the Basic Key Service Unit(BKSU) is properly grounded.
2. Verify that all 
PCB’s are firmly plugged
into the correct card slot positions or ex-
pander modules are firmly seated onto
their connectors.3. Inspect the MDF for shorted wiring and
improper polarity that would affect the
Digital Terminal or DSS console.4. Make certain that the nicad battery
jumper on the Central Processor Unit
(CPU) is set between pins 2 & 3 to enableBattery Backup option.
5. Make sure that plug-ended MDF cables
connected to the KSU are secure and are
plugged into the correct position.600.3
POWER UP SEQUENCEThe power up sequence involves the proper
application of AC power to the System, and CPB
LEDs. A successful power up is assured if the
installation checklist has been followed.
1.
2.
3.
4.
5.
Plug the AC power cord of the Key Service
Unit into the dedicated 
117V ac outlet.
Turn the power switch of the KSU to ON.
The Central Processor Unit (CPU) has two
red 
LEDs located on the front of the card.If the power up is 
Fuccessful, both red
LEDs will flash.Press the reset button on the CPU. The
above LED indications will repeat. Initiali-zation may be required prior to program-
ming.The system is ready for programming. If
any problems have occurred, Refer to Sec-tion800,Maintenanceand
Troubleshooting.Table 600-l Power Supply Tests
VOLTAGE
VOLTAGETEST POINT
DESIGNATIONS
READING
LOCATIONREMARKS
117VAC
+117 VAC +lO%Commercial Power
SourceThe power supply is pre-set at the time of manufacturing, but should be checked at system
initialization with a digital volt meter having an accuracy of fl%.wIssue 1, February 1994
600- 1 
						

							,b Lxx!i
VO3AVlTECHNICAL FACT NOTICE
infinite’” Digital Systems
TF NO: 46a
5/l at94Direct Inward Dialing (DID) Feature
for the infinite
TM DVX ” Digital System
This hardware enhancement is supported with Software Version 
2.3G or higher. The Database Upload/Download
procedures must be used to properly install this software.
Description:
aThe 4x8 Direct Inward Dialing (DID) Interface Board provides for One-Way Direct access to specific stations on
specific DID lines from the public telephone network, without going through an attendant answering position. 
DIDcapabilities refer to incoming calls only.
The 4x8 DID Interface Board provides four one-way DTMF DID circuits and eight digital station circuits, and 
requireexternally supplied 
48v dc power. The system can accept from 2 to 7 digits from the Central Office. It should be
noted that there are no “On-Board” relay contacts available on the 4x8 DID Interface Board.
Four red 
LEDs located along the front edge of the 4x8 DID Interface Board (DID), one for each DID circuit toindicate when it is in use and 
o$e green LED (DS7) that monitors the -48~ power supply source. Two green LEDs(DS5 & DS6) also located 
alo& the front edge are for monitoring the +5v and -5v supply voltages.
Operation:DID calls are treated as an incoming call and follow the same rules established for CO lines. DID information
transferred from the network is captured and translated to direct a specific DID number to a specific station, ACD
or Hunt group of stations, or Voicemail group. The DID call appears at the destination station under an assigned
LOOP or CO button.
When receiving a DID call, the destination station will hear CO line ringing and the assigned CO or LOOP button
will flash at the incoming CO line flash rate. The destination station then presses the flashing CO or LOOP button,
is connected to the incoming DID call, and CO line ringing stops and the LED for the CO or LOOP button lights
steady.If the outside caller disconnects from a two-party conversation, the Central Office opens the loop and returns the
line to idle state. The infinite DVX 
” Digital system will detect the disconnect signal, release the line, and provide
busy tone to the 
keyset/SLT (unless the SLT is a VM port), and disconnect from the DID line. If the extension called
hangs up the phone, the central office detects disconnect, and returns the line to the idle state.
External Equipment Required:
1.Externally supplied -48~ dc power source. Total current draw per DID Interface Board is 160ma.
2.4x8 DID Interface Board (DID)
Vodavi Communications SystemsPage 1 of 22TF NO. 46a
8300 E. 
Raintree Drive
Scottsdale, AZ 85260(602) 443-6000 
						

							infinite TM Digital SystemsTF NO: 46a
Direct Inward Dialing (Cont’d)
Installation of DID card:
1.The 4x8 DID Interface Board can be installed in any card slot on the infinite DVX ” Digital system.
2.Connect the provided -48~ assembly cable to the J6 connector on the 4x8 DID Interface Board. Pin 1 of
J6 is chassis ground. Pins 2 and 3 are the 
-48~ power supply.
4x8 DID Interface Board RJ-14 Modular Jack 
PinoutsVodavi Communications SystemsPage 2 of 22TF NO. 46a
8300 E Raintree Drive
Scottsdale, AZ 85260(602) 443-6000 
						

							Linfinite 
‘” Digital SystemsTF NO: 46a
Direct Inward Dialing (Cont’d)
CO Line Connections:
The 4x8 DID Interface Board has two RJ-14 modular connectors for connecting the CO lines to the system. CO
lines 1 
& 2 are on the J2 connector. Pin 3 is for Ring 1, Pin 4 is for Tip 1; Pin 2 is for Tip 2, Pin 5 is for Ring 2. CO
lines 3 
& 4 are on the J3 connector. Pin 3 is for Ring 1, Pin 4 is for Tip 1; Pin 2 is for Ring 2, Pin 5 is for Tip 2.
Four red 
LEDs are located along the front edge of the 4x8 DID card, one for each CO line to indicate when it isin use or idle.
Station Connections:
The station ports of the 4x8 DID Interface Board are wired to the main distribution frame via a 
25pair, @O-pin)female 
amphenol type connector located on the front edge of the board, conector Jl. A 25-pair cable with a 50-pinmale amphenol-type connector is required to extend the station ports to the main 
distrib@on frame. The pinoutsare shown below:
PAIR
1
2
3
4
5
6
7
8
9
10
11
12PIN
26
1
27
2
28
3
29
430
5
31
6
32
733
834
9
35
10
36
1137
12COLOR
White/Blue
Blue/WhiteWhite/Orange
Orange/White
White/Green
Green/WhiteWhite/Brown
Brown/White
White/Slate
Slate/White
Red/Blue
Blue/RedRed/Orange
Orange/Red
Red/Green
Green/Red
Red/Brown
Brown/Red
Red/Slate
Slate/Red
Black/Blue
Blue/BlackBlack/Orange
Orange/BlackDESTINATIONSTATION JACK
Xmt Tip
Port01Green
Xmt Ring
Red
Rcve TipBlack
Rcve RingYellow
Xmt Tip
Port02Green
Xmt Ring
Red
Rcve TipBlack
Rcve RingYellow
Xmt Tip
Port03Green
Xmt Ring
Red
Rcve TipBlack
Rcve RingYellow
Xmt Tip
Port04Green
Xmt Ring
Red
Rcve TipBlack
Rcve RingYellow
Xmt Tip
Port05Green
Xmt Ring
Red
Rcve TipBlack
Rcve RingYellow
Xmt Tip
Port06Green
Xmt RingRed
Rcve TipBlack
Rcve RingYellow
Page 3 of 22TF NO. 46a
Vodavi Communications Systems6300 E. Rainlree Drive
Scottsdale, 
AZ 65260(602) 443-6000 
						

							infinite ‘” Digital SystemsTF NO: 46a
13
14
15
16Conditions:38
13
39
14
40
15
41
16Black/GreenGreen/Black
BlacWBrown
Brown/Black
Black/Slate
Slate/BlackYellow/Blue
Blue/YellowXmt Tip
Port 07Green
Xmt Ring
Red
Rcve TipBlack
Rcve RingYellow
Xmt Tip
Port 08Green
Xmt Ring
Red
Rcve TipBlack
Rcve RingYellow
.
.
.
.
.
.
.
.
e
.
.
.
.The infinite DVX 
” Digital system supports up to 1000 DID numbers, with a maximum of 200 ring lists to which
DID numbers can point.
4The maximum number of DID trunk circuits supported is limited to the overall system CO line maximum.
DID calls can be programmed to ring to a group (ACD, UCD, VM, hunt, etc.). The current limitations with trunks
ringing to groups apply.
A DID call may be presented to multiple stations (i.e.,
Exec/Sec’y) that have a LOOP or CO line button
assigned for that DID line. A maximum of 16 ringing appearances of this DID line are supported in the 
system.Ringing preference is the same as an incoming CO call.
The system provides, on a DID number or system basis, the option to generate busy tone to the calling 
partyif the DID number is busy and there is no place to ring (no forward destination).
Incoming calls to a non-assigned DID number will be presented to the intercept Route 000. Route 000 in the
ICLID Ringing Assignment Table is used as the intercept route. Calls to numbers not contained in the DID table
will follow Route 000. If Route 000 is defaulted to “none”, the call will follow Route 001. Route 001 in the ICLID
Ringing Assignment Table is used for Busy calls. If Route 001 is defaulted to “none”, the caller is given busy
tone. Calls to busy stations (i.e., without an available Loop or CO button) will follow Route 001.
The system modem may be called via a DID line.
Direct routing to an individual voice mailbox for message 
leave/retreive is supported via the last three digits
from the incoming DID number.
Connection to VM and Conference are treated the same as a loop supervision.
DID overrides 
DISA programming.
ICLID information will override DID.
DID circuits are DTMF only.
Vodavi Communications SystemsPage 4 of 22TF NO. 46a
8300 E. 
Raintree Drive
Scottsdale, AZ 85260(602) 443-6000 
						

							cinfinite 
‘” Digital SystemsTF NO: 46a
Direct Inward Dialing (Cont’d)
A. Direct Inward Dialing (DID) Table Programming:
The buttons on the digital terminal are defined as shown below when entering the DID programming area:
CLEARENTRY
h---l:::::::,:s, 4
1.Press FLASH and dial [44]. The following message is shown on the display phone:
Where:
- RRR= Route Number (000-199)
- ###= DID Number (Directory # from C.O.) (7 digits)
- n..n= Name Assigned to DID Number (8 characters)
To program the Route Number:
1.The top left button (ROUTE) in the flexible button field will be lit for programming the Route number. The LEDs
wfor the UP Button (Button #18), the DOWN Button (Button #19) will also be lit.
To change to a different DID Route Number, press either the UP Button (Button 
#18), or the DOWN Button
(Button 
#19).
2.Enter the three-digit Route Number (000-199) to be associated with the DID Number. This Route Number is
the same Route Number in the 
ICLID Ringing Assignments Table (Flash 43) and determines the destination
of the DID number associated with this Route Number.
3.The display will show the route number as it is entered. Press the HOLD button to save the entry. Confirmation
tone will be heard.
Vodavi Communications SystemsPage 5 of 22TF NO. 46a
6300 E. 
Raintree Drive
Scottsdale, AZ 65260(602) 443-6000 
						

							infinite ‘y Digital SystemsTF NO: 46a
Direct Inward Dialing (Cont’d)
To program the DID Number:
1.Press the NUMBER Button (Button #2) in the flexible button field for programming the DID Number.
2.Enter the DID Number to be associated with a three-digit Route Number (000-199). Up to 7 digits can be
entered. By default, only the last three digits will be used for routing. This is determined in Flash 45. (Refer 
to
Page 8).
3.The display will show the DID number as it is entered. Press the HOLD button to save the entry. Confirmation
tone will be heard. If the DID number is already in the DID Translation Table, the Route Number associated
with the DID number will be displayed.
NOTE: By default, the DID Table is filled with numbers. 
If error tone is received when the HOLD button is pressed,
the DID Table is full and an entry needs to be deleted to make room for this new 
phon8 number.
To program the name assigned to the DID Number:
1.Press the NAME Button (Button #3) to program the desired name for the DID trunk. Maximum number of
characters is eight. The BACK SPACE Button (Button 
#5) can be used to erase the current letter to correct for
errors.The following table is used for name entries.
Confirmation tone will be heard.button to save the entry.
Vodavi Communications SystemsPage 6 of 22TF NO. 46a
6300 E. Fiaintree Drive
Scottsdale, AZ 65260(602) 
443-6000 
						

							infinite’” Digital SystemsTF NO: 46a
Direct Inward Dialing (Cont’d)
To erase a DID Table entry:1.Press the CLEAR ENTRY Button (Button #4) to clear an entire Phone Number, Name and Route from the DID
Table. Press the HOLD button to save the entry. Confirmation tone will be heard and the entry cleared.
To change to a different DID Route:
1.Press the UP Button (Button #18) to advance to the next DID Route number.
OR
2.Press the DOWN Button (Button #19) to go back to a previous DID Route Number.
Default:By default, all entries in the DID Table (000-999) have phone numbers assigned. The following table
shows the default configuration for the DID Table entries and the ICLID 
Ringipg Assignment Table:
l Route 000 in the ICLID Ringing Assignment Table is used as the intercept route. Calls to numbers not contained
in the DID table will follow Route 000. If Route 000 is defaulted to “none”, the call will follow Route 001.
l Route 001 in the ICLID Ringing Assignment Table is used for Busy calls. If Route 001 is defaulted to “none”, the
caller is given busy tone. Calls to busy stations (i.e., without an available Loop or CO button) will follow Route 001.
Page 7 of 22TF NO. 46a
Vodavi Communications Systems
8300 E. 
Raintree DriveScottsdale, AZ 85260(602) 443-6000