Vodavi Infinite Gk-816 Installation Manual

							ruption, the first three CO/PBX lines will auto- 
matically transfer to single line telephones (if 
installed) for emergency communicatfons (Re- 
fer to Figure 500-6). These single line tele- 
phones should be equipped with ringers. They 
can be MMF-type instruments or rotary dial. 
Connection is made on the Power Failure 
Transfer jack located on the side of the KSU. 
500.15 BEAD!3ET INSTALLATION 
The Key Telephone is designed to operate with 
industry standard modular headset adapters 
and operator headsets. To modify 
a Key Tele- 
phone to support an external headset, plug the 
headset adapter cord Into the hands&jack on 
the Key Telephone base. Plug the telephone 
handset 
cord into the headset adapter box 
where indicated by the headset manufacturer’s 
instnlctions. 
Then turn to the Programming section of this 
manual, staffon configuration (Program Code 
02). When the headset option has been en- 
abled for a particular station, speakerphone 
operation is automatically disabled and such 
features as On-Hook Dialing and Handsfree 
speakerphone are rendered inoperable. How- 
ever, incorning page/voice announcements, 
tone ringing and background music will still be 
heard over the keyset speaker. 
500.16 
BATTERY BACK-UP UNIT (BBU) 
The Battery Backup Unit IBBU) houses two 12 
Volt batteries connected in series which pro- 
vide 24 Volts of DC power. The BBU contains 
an AC input cord whfch provides charging 
power when the batteries are not in use. Bat- 
teries are not included. 
A 10 inch 14 gauge jumper wire is provided for 
interconnection of the two batteries. Four 
adapter wires (approximately 2 inch) are pro- 
vided for matching the exact battery terminal 
size. The BBU will interface batteries with 187 
or 250 size male faston-type tab connectors. A 
plastic tiewrap is provided for securing the 
batteries once installed. 
Any UL recognfzed battery may be used with 
the BBU. gel type batteries are recommended. 
The larger ampere hour the battery, the longer 
it will take to recharge. 
k Capacity 
The following table shows appmte 
Battery Backup times for a fully charged 
battery to discharge to 90 percent voltage 
under different load conditions:  Infinite 
816 Eey Telephone System INSTALLATION 
All Electronic Key Systems will begin to 
operate intermittently below a certain in- 
put voltage. Typically reliable operation 
will be maintained to 90 percent of full 
voltage. 
B. Dimensions and Weight 
- 8 lnhfgh, 13.5 
hwide, 7.75 indeep 
- Weight without batteries: 11 lb. 
C. Specifications 
- Output fused at 4A, 250 V 
- Current limited, constant 
- voltage charger 
- Gel-type batteries 
- Charger float voltage is 27.6 V 
- Cut off voltage pofnt is 21 V 
D. Power Requirements 
- Input: 117V ac, 60 Hz 
- Fused at 0.5 A. 250 V 
E. Environment 
- Temperature: 70 to 78 F 
- Humidity: 5 to 90% 
F. Recharge Time 
- Time Required to Recharge batteries 
that have been discharged completely: 
- 7AH Batteries = 24 hours 
- l&I-I Batteries = 48 hours 
G. hstallation 
- Introducff on 
Refer to Figure 500-7 for the locaff on of the 
input socket. The input socket of the key 
system must be a female Mate-N-Lok lype 
connector. 
- Installatton Checklist 
- The following items are required to 
install the BBU: 
1. One BBU with wire kit (5 wires) and tie- 
wrap. 
2. Four no. 12 pan-head screws (if wall 
mounted). 
3. Screwdriver. 
4. Backboard or wall shelf, if appltcable. 
Issue 
1. January 1992 500-13  
						

							INSTALLATION Injinite 816 Key Telephone System 
H. 
1. 
2. 
3. 
4. 
5. 
6. 
I. 
J. 
MOUIlthlg 
The BBU must be located within 6 feet of 
an AC receptacle and 2 feet of the KSU. 
Check clearances to ensure that both 
cords will extend to their proper locations. 
The BBU is designed to be mounted on a 
backboard. (either a backboard of its own 
or mounted on the KSU backboard). 
Mark for screw placement, either by meas- 
uring [the 2 top keyhole mounting slots are 
8 3/4” on center) or by placfng the BBU 
against the backboard (before installing 
batteries) and marking the location of the 
two top slots. 1. 
2. 
Remove the BBU cover by turning the 4 
screw locks and lifting the cover. 
Install the two 12V dc batteries in the 
battery compartment Thread the plastic 
tiewrap through the vent holes in the side 
of the battery compartment and fasten 
around both batteries. Cinch the tiewrap 
ugl-lt. 
3. Connect one of the adapter wires to the 
black 10 in. jumper wire. Now m&all this 
jumper wire assembly between the NEG i-1 
terminal of battery 1 and the POS (+I ter- 
minal of battery 2. 
4. 
Partially insert two no. 12 pan-head sheet 
metal screws into the backboard. 
Suspend the BBU on these two screws. 
The large section of the keyhole will allow 
the unit to easily pass over the screw- 
head. 
5. 
6. 
Slowly lower the BBU so the small section 
of the keyhole is directly behind the screw 
head. Connect another adapter wire to the BBU 
red battery wire. Now connect this wire to 
the POS (+I terminal of battery 1. 
Connect the BBU black battery wire to the 
NEG (-) terminal of battery 2. 
Make sure the Key System being con- 
nected is plugged into the ac outlet and 
turned on. Then connect the BBU dc 
output cable to the battery input of the 
KSU. 
Tighten each screw so the unit fits snugly 
against the backboard. 
Insert two more screws into the bottom of 
the BBU where two more keyhole mount- 
fng slots are located. 
7. Make sure the BBU power switch is in the 
OFF position. Then plug in the ac power 
cord. 
8. Turn the power switch on the BBU to ON. 
500.17 RS232C CONNECTIONS 
Grounding 
To ensure that the BBU will operate prop- 
erly, a good earth ground is recommended. 
A metallic COLD water pipe will usually 
provide a reliable ground path. Carefully 
check that the pipe does not contain insu- 
lated joints that could isolate the ground. 
In the absence of the cold water pipe, a 
ground rod or other source may be used. 
A No. 
8 AWG copper wire should be used 
between the ground source and the BBU. 
A ground lug is provlded on the lower-left 
side of the BBU. Figure 500-8 fflustrates the standard pm con- 
figuration used with the In$n& 8 16 Key Tele- 
phone System in connecting display devices. 
The 8 16 System is fully compatible with stand- 
ard RS-232C devices. 
The ground wire should be kept as short 
as possible and should be connected to the 
ground lug located on the bottom of the 
816 KSU. An RS-232C port is provided for quick connec- 
tion of an available 80-character printer or 
other receiving device. The receive transmis- 
sion speed of the connected terminal should be 
set at either 300 baud or 1200 baud, to match 
the programmable data output speed of the 
IrgRnlte 8 16 Key Telephone System. The sys- 
tem output speed is set in Customer Data Base 
Programmtng. Refer to Table 500-4 for sample 
SMDR printouts. 
500.18 SMRR REPLXEMENT 
Battery Installation and Connections The SMDR module and RCU module can be 
replaced in the field should they fail to operate. 
The ins~ctfons below describe the installa- 
tion procedures for replacing the units. 
a Unplug the KSU. 
Before connecting the batteries, en- b. Remove KSU program module. 
sure the BBU is unplugged from the 
c. Remove the 6 screws holding the KSU 
AC outlet and the ON/OFF switch on 
cover. Remove the cover. 
the BBU is turned off. 
d. Open the SMDR module box. It should 
500-14 
Issue 1, January 1992  
						

							Infinite 816 Key Telephone System 
INSTALLATION 
‘1 Battery Compartment 
BBU Charger 
)c---- Jumper 
Low Voltage Plug Outputs - 
CONNECT 
TO KSU 
MATE-N-LOCK 
CONNECTOR 
I-itlJ 
 
. \e  
l-l EK=KsMCK 
I JUMPER 
I -  
I  I 
BAITERY 
BACKUP 
AC CH BA 
oo” 
AC CORD 
CA~~KWW~~N) 
CH LED Ilt (Batteries are Charging) 
BA LED lit (System working on Batteries) 
Figure 5OG7 BBU Installation 
Issue 1, January 1992 
500-15  
						

							INSTAILATION In$bite 82 6 Key Telephone System 
6 
7 
20 
PRINTER 
TERMINAL 
Piit 
Transmit Data 
Receive Data 
FITS (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 
B) ASCII Code Compatible 
C) 8 Data Bits and 1 Stop Bit 
D) No Parity 
5 
6 
7 
20 
Figure 600-8 RS-232C Connections 
500-16 Issue 1, January 1992  
						

							InfZnite 816 Key Telephone System INSTALLATION 
Table 600-4 SMDR Call Record Format 
The SMDR feature provides detailed records of all 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 maxbun or 29 character maximum may be selected in system programming. The 
standard format is 69 characters on 
a single line. A 29 character format will 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 termfnates when the call ends. If the call was longer then 30 seconds. the 
following information is printed: 
29 character format selected 
STA CO TOTAL START DATE 
03 01 00:03 09:20:57 03/13/89 
12035551212 
12345678 
. . . . . . . . . 1 . . . . . . . . . 2 . . ...*... 3 
123456789012345678901234567890 
AA BB DD:DD EE:EE:EE FF/FF/FF (CR) (LF) 
CCCCCCCCCCCCCCCCCCCCCCCC (CR) (LF) 
GGGGGGGG (CR) (LF) 
80 character 
format selected 
STA CO TOTAL START DATE DIALED ACCOUNT CODE 
03 01 00:03 09:20:57 03/13/89 12035551212 :12345678 
. . . . . . . . . 1 2  . . . . . . . . . s........ 3 
. . . . . . . . . 4 . . . . . . . . . 5 . . . . . . . . . 6 . . ...*... 7 
1234567890123456789012345678901234567890123456789012345678901234567890 
AA BB DD:DD EE:EE:EE FF/FF/FF CCCCCCCCCCCCCCCCCCCCCCCC:GGGGGGGG (CR) (LF) 
l AA = A 2-digit station call originator field (range 01-151 
l BB = A 2-d&$ CO line accessed field (range 01-08) 
l CC..CC= A 24-digit collected dial digit field 
l 
DD:DD= A 5-digit call duration field (HH:MM) 
l 
EE:EE:EE= An &digit time of day call origination (I-IHMM:SS) 
l FF/FF/FF= An 8-digit monthday. and year of call orfgination WM/DD/YYl 
l GG..GG = An 8-d@ account code filed 
l (CR)= Carriage Return 
l (LF)= he Feed 
Issue 1, 
January 1992 500-17  
						

							INSTALLATION Infinite 816 Key Telephone System 
contain: 
- 1 S.I.U. Printer Circuit Board 
- 1 24-conductor ribbon cable 
- 2 Plastic standoffs 
e. Push ribbon cable into the socket on the 
underside (solder side) of the S.1.U. board. 
Ensure the metal fingers of the ribbon 
cable are in contact with the contacts of 
the connector. 
f. Locate the 2 plastic standoffs. With the 
base (large tab end) facing down, push the 
standoffs into their mounting holes. 
g. Hold the S.1.U. so that the ribbon cable is 
on the right bottom side with the ribbon 
cable extending down. Gently push the 
free end of the ribbon cable into the S.1.U. 
socket on the KSU. 
h. Bending the middle of the ribbon cable 
toward the inside of the KSU. gently push 
the S.I.U. down until it locks onto both of 
the plastic standoffs. Refer to Figure 500-9 
for location of SIU connector. 
NO773 Any RS232-C 
compatible printer may 
now be m-tn.ected to the RS232Cpoti Refer to 
Figure 500-8 for ShlDR pinout amfisuration 
500.19 R.C.U. REPLACEMENT 
a. 
b. 
C. 
d. 
e. 
f. 
h. 
i. 
Unplug the KSU. 
Remove the KSU program module. 
Remove the 6 screws holding the KSU 
cover. Remove the cover. 
Open the RCU box. It should contain: 
- 1 RCU 
- 1 Battery 
- 1 Plastic beaded tie-wrap 
Locate the battery. The end with the color 
ring is negative. Install the battery into 
the battery socket of the RCU taking care 
to match the polarity of the battery with 
the polarity of the battery socket. 
Push the beaded tie-wrap through the hole 
in the RCU next to the battery. Pull the 
tie-wrap around the battery and through 
the cinch end to secure the battery. 
Locate the RCU socket and note the top 
(notched end) of the socket. 
Hold the RCU so the battery socket end is 
facing toward you (battery on the bottom 
of the RCUl and away from the top of the 
RCU socket. 
Insert the pins on the bottom of the RCU 
into the RCU socket being careful to align all of the pins with the socket. Apply pres- 
sure in the middle of the RCU (not the 
ends) to avoid breakage while seating the 
RCU into the socket Refer to Figure 500-9. 
j. Replace KSU cover. 
600.20 
SEM’ING TIME AND DATE DIS- 
PLAY (ATTENDANT STATION 
ONLY] 
At the assigned attendant: 
a Press AUTO/SAVE button twice. 
b. Dial [51[0] on the dial pad. 
c. Enter time and date as follows: 
YYMMDDHHMM 
- W = year 80-99 
- MM = month 01-12 
- DD =dayOl -31 
- HI-I = hour 00-23 
- MM = minute 00-59 
d. Press HOLD. 
500.21 SINGLE LINE STATION ADAPTER 
k 
B. 
C. (SW 
Site Planning and Unpacking 
The SIA adapter is housed in a self con- 
tained wall mounted enclosure that 
houses all the necessary circuitry and pro- 
grammed instructions for complete opera- 
tion of a SLT or compatible device to a 
Infinite ‘flatpackW type key service unit. 
Refer to Figure 500-l 1 for a typical instal- 
lation layout 
option stmp 
For proper operation, the SLA option strap 
must be set to correspond to the system in 
which the SLA is intended to operate. To 
set this option the cover must be removed. 
Loosen the two screws (one on each side) 
and lift the cover. SW1 must be set to 
indicate the system the SLA will be con- 
nected to. Refer to Figure 500-10. Do no 
replace the cover until the unit is mounted 
on the wall. 
Wall Mounting the SLA 
Locate a suitable area for wall mounting 
the SLA that is within 100 ft. of the KSU 
and is in close proximity to the MDF. 
Mount the SIA to the wall, using the SLA 
as a guide mark the wall in the location of 
the two snowman holes. Drill two holes in 
the backboard and drive the mounting 
screws into each drilled hole, leaving the 
screw heads approximately 3/ 16” from the 
wall. A&n the snowman holes on the 
500-18 Issue 1, January 1992  
						

							Infinite 8 I6 Key Telephone System INSTALLATION 
---- - ---* ---> 
816 KSU 
WITH COVER OFF 
XFORME R 
RCU SOCKET 
CN2 
A 
1 
PCU 
Ll 
STAND OFF 
) MOUNTING 
HOLES 
’ SIU SOCKET 
 
STAND OFF 
MOUNTING 
HOLES 
Figure 600-9 SMDR and RCU Module InstalIation 
Issue 1, January 1992 500-19  
						

							INSTALLATION Infinite 816 Key Telephone System 
Figure X30-10 SLA Strap Options 
500-20 
bsue 1, January 1992  
						

							Infinite 816 Key Telephone System INSTALLATION 
back of the SLA with the screws and slide 
the SL4 on the waJl. Tighten the screws to 
secure the SLA to the wall. Replace the 
cover removed above. Refer to Figure 5OO- 
12 for size and dimensions. 
The SLA is designed with screw terminals to 
make connection to the KSU via the MDF 
simple. This can be done right 
at the MDF 
using cross connect wire to make connection 
between the punch down blocks and the SIA 
Before attempting to make connections remove 
the plastic safety strip fi-om the terminals. 
Refer to Figure 500-13 for wiring connections. 
The installer should exercise caution 
when connection a SLA while system 
power is ON. Also the proper polarity 
of the wired connections must be 
maintained for proper operation. 
KSU Station (input) 
Using Cross connect wire connect from the 
station block (Jl or 52) to the INPUT 1” or 
INPUT 2”. 
Connect all four (4) 
leads ikom a 
station circuit Ivr. VR, DT. DR leads) to the 
corresponding input screw terminal. When 
connecting the leads into the SLA, strip l/4 of 
an inch of wire before inserting into the screw 
terminal. 
The SLA communicates to the KSU on the 
INPUT 1 port only, therefore when installing 
only one port the SLA Input 1 connector must 
be used. When installing both SLA ports KSU 
sister station ports must be used (i.e. KSU 
station port 03 and 04 or 05 and 06 
or 07 and 
08 etc.) It is not recommended that 
KSU sta- 
tion port 01 be used for SIA applications, as 
this port serves as the system programming 
port. 
Single Line Telephone wiring (output) 
From the SLA adapter cross connect the SL 
leads Crip and Ringl to the station block where 
the home run cable of the SLT device is termi- 
nated. 
Issue 1, January 1992 
500-21  
						

							INSTALLATION Infinite 816 Key Telephone System 
2 IIIlllll1lllllllllIIIIIII  IIIIIIIIIIIIIIIlllll1llll - IIIIIIIIIIIIIIIIIIIIIIIII z lllIIIIIIIIIIIIIIIIIIIIII 
5 IIIIIIIIIIIIIIIIIIIIIIIII $ IIIIIIIIIIIIIIIIIIIIIIIII 
b IIIIIIIIIIIIIIIIIIIIIIIII g IIIIIIIIIIIIIIIIIIIIIIIII 2: IIIIIIlIIIIIIIIIIIIIIIIII 
2 IIIIIIIIIIIIIIIIIIIIIIIII H IIIIIIIIIIIIIIIIIIIIIIIII 2 1llllllllllllllllllIIIIII 
i 
0) (D 
05+u!-u 
2 
2 g p z=->nn 
z 2 
Figure 500- 11 Typical SIA Layout 
500-22 Issue 1, Januaxy 1992