Vodavi Infinite 4096 Key Telephone System Installation And Maintenance Manual

							Injinite 4096 Hybrid Key Telephone System INSTAUATION 
CO RAN Conneaions 
cwtomec Rovided 
Talk Battery 
24V DC 
COB 
‘OWER FAILURE TRANSFER 
I 
BFg* 
-----B-e 
LBC Terminak GROUND START APPLICATIONS on Basic KSU 
SIB 
TIP 
RING SLT RAN Cormec3ons 
MDF 
-- 
-- 
LOOP START APPLICATIONS 
Figure 500-18 CO and SLT RAN Connections 
RAN 
DEVICE 
Issue 1, January 1992 500-27  
						

							INSTALLATION Infinite 4096 Hybrid Key Telephone System 
be configured for ring trip operation (loop 
start). The 9GV ac voltage sent to the SLT port 
wilI be recognized by the RAN device which will 
then answer the call. Refer to Figure 500-18. 
500.22 INSTALLING THE SINGlX LINE 
TELEPHONE D’IMFRS UNlT (SW 
The two DTMF receivers and two IYlMF sen- 
ders located on the APL board are sticient to 
support up to 16 Single IJne Telephones under 
moderate SLT usage. If more than 16 SLTs are 
instalIed, or SLT usage is heavy, then the SLU 
should be added to provide four additional 
DTMF receivers and one additional LYlMF 
sender. It fs also recommended that the SLU 
be installed when a Voice Mail or Auto Atten- 
dant system is connected to the 4096 system. 
a. 
b. 
C. 
d. Remove the Application Board (APL) from 
the BKSU. 
Locate the Kl and K2 connectors on the 
Application Board and the Kl and K2 con- 
nectors on the SLU. Refer to Figure 500- 
15. 
Take the SLU and push the Kl pin con- 
nector gently onto the Kl pins on the APL 
board. 
Then push the K2 pin connector on the 
SLU gently onto the K2 pins on the APL 
board. 
The Receiver/Sender Unit is now installed and 
the APL board can be replaced in the BKSU. 
500.23 INST-G 
THE RSM [Addi- 
a. 
b. 
C. 
d. 
e. 
f. 
iis 
h. -  tional RS-232C port) 
Remove the Application Board (APL) from 
the BKSU. 
Set the RSM baud rate. Refer to Figure 
500-15. 
Remove the screws from the APL board. 
Locate the Sl connector on the APL board 
andtheS1pinsontheRSMunit. 
Gently push the Sl pins on the 
RSM onto 
the Sl pin connector on the 
APL board. 
Secure with the screws removed in step c. 
Re-insert the APL board in the BKSU. 
Set switch seven on the CPB to the APL 
(ON) position. 
500.24 Rs-232C CONNEC’I’IONS 
One RS-232C type connector is provided and 
fs located on the CPB board. There is an 
optional second RS-232C connector which can 
be inst.alled on the APL board. The RS-232C 
connector on the CPB can be used for either 
Station Message Detail Recording (SMDRl or 
for on-line (Remote) database programming through the RS232C port using a data termi- 
nal. If the second RS-232C connector is instal- 
led on the APL board. thfs connector can be 
used for SMDR only. The Rs-232C pinout IS 
shown in Figure 500-20. 
Either an 80 character or 29 character printing 
device may be connected to the RS-232C con- 
nector. Switch 6 on the CPB 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 CIX signal. 
Refer to Section 800 for further details on the 
CPB switch settings. 
600.25 
BACKGROUND MUSIC AND MU- 
SIC-ON-HOLD 
Music-On-Hold and Background Music 
through Key Telephone speakers can be pro- 
vided via a customer provided tuner, tape deck, 
etc. Connection is made with an RCA jack 
connector on the DC/DC Converter (DCLJ): a 
volume adjustment is also provided on the 
DCU. Refer to Figure 500-7. The input imped- 
ance of the music source is 2K ohms maxl- 
mum. 
500.26 RING G ENERATORANDMES- 
SAGE WARING POWER SUPPLY 
When the Ir@fte 4096 System is equfpped with 
single line telephones, a Single Line Ring Gen- 
erator and Message Wait Power Supply Unit 
RGl is needed to provide ringing and power for 
message wattlng SLTs. The RG is mounted 
inside the External Power Supply Housing 
(EPS) on the bottom shelf. Insert the RG with 
components facing right and secure with the 
screw. Refer to Figure 500-4. 
500.27 INSTALLING THE EXPANSION KSU 
NOIE: The second Power Supply 0 must be 
addedtotheE&emal Power Supply Housing 
@PSI when the Expansion KSU is added 
The Expansion KSU can be installed at the 
same time as the Basic KSU. or later. In either 
case the system power must be turned off prior 
to the installation. 
500-28 Issue 
1, January 1992  
						

							In,ite 4096 Hybrid Key Telephone System 
INSTALLATION 
RSM Module Switch SetUngs 
Switch Settings 1 
O=ON; X=OFF 
Equipment Needed: 
1 Phillips Screwdriver 
Two screws with washers are used to mount the RSM Module to the 
Applications Board (APL). 
Figure 500-19 RSM Baud Rate Selection 
Issue 1, January 1992 500-29  
						

							INSTALLATION Irlfinite 4096 Hybrid Key Telephone System 
KSU PRINTER 
WE) TERMINAL 
Pin # 
2 
3 
4 
5 
6 
7 
20 / Transmit Data / 
 
 
Receive Data 
 
RTS (Request to Send) 
CTS (Clear to Send) 
 DSR (Data Set Ready) 
 
GND 
DTR (Data Terminal Ready) 
RS-232C PINOUT 
Data Communication Requirements are: 
A) Serial Port Compatible 
8) ASCII Code Compatible 
C) 8 Data Bits and 1 Stop Bit 
D) No Parity 
Figure5OG20RS-232CCmnections 
Pin # 
2 
3 
4 
5 
6 
7 
20 
500-30 
Issue 1, January 1992  
						

							Infinite 4096 Hybrid Key Telephone System 
a. Refer to Paragraph 500.4 - KSU Installa- 
tion. The Expansion KSU mounts directly 
to the right of the Basic KSU. Refer to 
Figure 500- 1. Using the template pro- 
vided, identify the screw hole locations. 
Insert the two screws into the wooden 
backboard and tighten enough to hold the 
weight of the unit. 
b. Remove the connector cover on the right 
side of the Basic KSU. Refer to Figure 
500-3. Remove the last three cards on the 
right side of the Basic KSU. 
c. Secure the two cabinets together by hook- 
ing the mounting brackets on the left side 
of the &pa.nsion KSU over the ones on the 
rfght side of the Basic KSU and at the same 
time position the Expansion KSU on the 
two screws inserted in Step a above. Tigh- 
ten the screws on the right side of the 
Expansion KSU. 
d. Connect the ground of the Basic KSU to 
the ground of the Expansion KSU with a 
No. 8 or larger gauge wire. 
e. Feed the three ribbon cables through the 
slot created by removing the side cover and 
plug them into the Basic KSU. Refer to 
Figure 500-Z 1. 
f. Take the power cable located in the &pan- 
sion KSU and feed it through the slot in 
the Basic KSU and plug it in. Then take 
the ribbon cable previously connected to 
the Basic KSU and connect it to the Ex- 
pansion KSU. 
Installaffon of the Expansion KSU is now com- 
plete. Replace PCB’s removed in Step b. above. 
Power may also be restored. 
Issue 1, Jan- 1992 
600-3 1  
						

							Table 600-8 SMDR Printout 
The SMDR feature provides detailed records of ail 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 be selected in system programming. 
The standard format is 69 characters 
on a single Une. A 29 character format will generate 3 Unes 
per message. Lf the SMDR feature is enabled, the system starts collecting information about the 
calI as soon as it starts and terminates when the call ends. If the call was longer then 30 seconds, 
the follom information is printed: 
29 character format selected 
1 
2 3 
123456789012345678901234567890 
116 08 0O:OZ:OO 14:13 05/11/90 
H123456789012345678901234 
123456789012 
1 2 3 
123456789012345678901234567890 
AAA BB HH:MM HH:MM MM/DD/YY(CR) (LF) 
HCCCCCCCCCCCCCCCCCCCCCCCCtCR) (LF) 
GGGGGGGGGGGGtCR) (LF) 
80 character format selected 
1 2 3 
4 5 6 7 8 
12345678901234567890123456789012345678901234567890123456789012345678901234567890 
STA CO TC)TAL START DATE DIALED ACCOUKT CODE 
116 08 00:02:00 14:13 05/11/90 0123456789012345678901234 123456789012 
AAA BB K-I:MM:SS HH:I:MM MM/DD/W HCCC,,, PprCCCCCCCCCCCCCCCCCC GGGGGGGGGGGG (CR) (CR) (LF) 
AAA = Station originator or Trunk on DISA and Off-Net (CO Line) calls. (3OO=APL RAN port) 
BB = Outside line number 
HH:MM = Duration of call in Hours and Minutes 
HH:,Mh4 = Time of day (start time) in Hours and Minutes 
MM/DD/W = Date of Call 
H = Indicattis call type 
‘I” = hlcolning 
‘0’ = outgoing 
T = Transferred 
CC....CC = Number dialed 
GG....GG = Last Account code entered (optional) 
(CR) = Carriage return 
(LF) = Line Feed 
600-32 Issue 1, January 1992  
						

							Injinite 4096 Hybrid Key Telephone System IlWTALIATION 
I/ I 
II;----- 
BASIC 
KSU 
MUUN I INti -.__ -.- -- _ BRACKET% 
RIBBON CABLES 
FROM 8ASIC KSU 
CABLE 1 MOUNTING 
’ BRACKETS 
1 RIBBON CABLES 
TO EX;t;SlON 
I 
POWER 
CABLE 
EXPANSION 
KSU 
Figure 600-21 Installing the Expansion KSU 
Issue 1, January 1992 500-33  
						

							Inmite 4096 Hybrid Key Telephone System SYSTEM CHECKOUT 
SECTION 600 
SYSTEM CHECKOUT 
600.1 INTRODUCTION 
Prior to actual power up and initia&atton. the 
Key System should be checked over to avoid 
start up delays or improper loading. 
A step-by- 
step checklist is provided for this purpose. 
600.2 PRELXLNARY PROCEDURE8 
1. 
2. 
3. 
4. 
5. 
6. 
7. 
8. 
9. 
Verify that the DC output power cord fi-om 
the EPS housing is plugged into the DC 
connector on the BKSU. 
Make sure that the BKSU and EPS are 
properly grounded. 
The DC/DC Converter must be installed 
in the KSU and firmly seated in its card 
connector position. 
The ON/OFF switches of the EPS housing 
and the BKSU should be OFF. The breaker 
switch of the EPS should be ON. 
Verify that all PCB’s are firmly plugged into 
the correct color coded card slot posittons. 
This can be done by comp&ng the color 
of the PCB ejector tabs with the colored 
labels on the KSU shelves. 
The sex-vice switches on the PCB’s should 
be in the NORMAL (up) positton. 
Inspect the MDF for shorted wiring and 
improper polar@ that would affect the Key 
Telephone or DSS console. 
All switches on the CPB should be ON so 
that default data can be loaded into mem- 
ory when the system is powered up. 
Make certatn that the lithium battery is 
connected to the battery (+) terminal on 
the CPB board. 
10Jqake sure that plug-ended MDF cables 
connected to the KSU are secure and are 
plugged into the correct position. 
600.3 POWER UP SEQUENCE 
The power up sequence involves the proper 
application of AC power to the System, moni- 
torlng DC/DC Converter and CPB LED’s. A 
successful power up is assured if the installa- 
tion 
checklist has been followed. When Sys- 
tem 
power is turned on. default data is loaded 
into memory. 
1. ‘l%e eight white DIP switches on the front 
of th
						

							SYsmM CHECKOUT Infinite 4096 HJrbrid Key Telephone System 
wte 4096 Power Supply Tests 
DC/DC CONVEHTER* 
VOLTAGE VOLTAGE 
DESIGNATION READING TEST’ POINT LOCATION 
REMARKS 
+5 WC +5 WC fl% Front of DC/DC Converter Adjustable on front cover 
of DC/DC Converter 
Front of DC/DC Converter 
‘The DC/DC Converter is pre-set at the time of manufacturing. but should be checked 
at system intttalizatlon with a digital volt meter having an accuracy of U%. 
VOLTAGE 
DESIGNATION 
117VAC 
+24 WC POWER SUPPLY 
VOLTAGE 
READING ‘I-EST POINT LOCATION REh4ARKs 
117 VAC ?lO% Commercial Power Source If 24V is below 22V or 
above 29V, check AC 
+24 VDC tit% DC output terminals power for 117 aeloo/. No 
adiustments 
600-2 Issue 1, January 1992  
						

							Infinite 4096 Hybrid Key Telephone System 
CUSTOMER DATA BASE PROGRAMMING 
SECTION700 
CUSTOMERDATABASEPROG-G 
700.1 IN’IXODUCTION 
The In$nf& 4096 Key Telephone System can be 
programmed to meet each customer’s inditid- 
ual needs. All programming is done at statton 
100 using the Enhanced or Executive model 
Key Telephone as the programming instru- 
ment. The Executtve model is suggested since 
the display is designed to assist in program- 
mQ-Q?- 
When the program mode is entered, the Key 
Telephone 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 (Pro- 
gram 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 tenninai. 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 CPB or can be per- 
formed remotely (off-site) by connecting 
a mo- 
dem to the RS232C on the CPB. The method 
and steps to program the system via a terminal 
are identifiable to that use when programming 
from a key set. A button to keyboard mapping 
has been incorporated (see Figure 700-l) to 
help minimize familiarization and training 
time. 
At the time the system is installed it must be 
initialized to load default data into memory. If 
this pre-programmin g suits the customer, in- 
ittalizxtion is all that is needed. Refer to Table 
700-l 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 specific feature within that field. 
During programming, the other Key Tele- 
phones in the System operate normally. If a 
data field is entered but nothing is changed, or 
changed but not entered, the previous data will remain intact upon leaving that data field. 
Data Qelds can be entered at random. 
In many of the data fields, programming is 
performed by toggling LED’s on or off, or en- 
terlng digits on the keypad. If no changes are 
to be made to the line or station. exit the data 
field by either leaving the program mode 
lpressing the ON/OFF button to OFF’) or enter- 
ing 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 correct or incorrect entry has been made. 
A solid one second tone indicates the data was 
accepted. An interrupted tone means an error 
was made. 
When this occurs, re-enter the data field and 
re-enter the information. Until new data is 
entered and accepted, the system will continue 
to operate under default 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 
intenuption to telephone operation or call 
processing in progress. However, if for exam- 
ple 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. 
NOZE: Some fkiures must h more than one 
*fiti P rogmmmedfor thatfeature to work. 
Wherethfststhecase,UwULbestakdinthe 
frlstructions. 
700.2 PROGRAM 
MODE ENTRY (Data 
Termfnal) 
A 
data terminal connected to the RS-232C port 
on the CPB can be used for data base program- 
ming. When using 
a data terminal (I/O device) 
to program the System, press return (enter) on 
the terminal. enter the password [SMOKIE]. 
and press return again. Proceed with pro-- 
ming referring to Figure 700-l for terminal 
characters that represent the keyset buttons. 
By entering a [‘?I from the terminal, a HELP 
screen will appear, similar to that shown in 
Figure 700-l. 
Issue 1, January 1992 700-l