Vodavi Starplus 616 Flex Electronic Key System Installation Manual

							STARPLUS@ 616 FLEX KEY TELEPHONE SYSTEM 
DO NOT PLUG IN THE POWER CORD AT 
THIS TIME 
500.5 KSU CABLING 
Two (2) Amphenol-type connectors are provided on 
the left side of the KSU (Refer to Figure 400.3). 
On the right edge of the front surface are the RJI 1 C 
connectors which are for CO lines. On the left side 
surface of the 616 FLEX KSU are two connectors 
marked J-l and J-2. The J-l connector is located just 
below the J-2 connector. J-l and J-2 require 90 
degree male ended plug cables for proper attach- 
ment. 
When connecting cable tails to the KSU, make sure 
the designation on the AMP hood matches the des- 
ignation at the connector’s input on the KSU. 
After plugging in the required cables, a “horse shoe” 
fastener should be placed around the mated AMP 
connectors to secure the cable to the KSU connec- 
tor. 
Verify that the wires are properly cross-connected. 
Observe the telephone standard wiring color codes 
whenever possible. Some points to be aware of 
while running the key telephone cabling are: 
Cabling should be routed to avoid fluorescent light 
fixtures, electric motors and generators, welding 
equipment and radio transmitters. Additionally, care 
should be taken to avoid hot locations such as steam 
pipes and furnaces, and areas where wiring is sub- 
ject to abrasion. 
It is NOT recommended that power be ap- 
plied to the system during the cable termi- 
nation process. 
500.6 LIGHTNING PROTECTION 
The 616 FLEX should have central off ice lines pro- 
tected with proper lightning surge arrestors. The 
central office lines are exposed to damaging surges 
induced by direct or non-direct lightning strikes. 
The protection should contain a complement of 3- 
element gas discharge tubes which ground high 
potential surges, and associated circuits to absorb 
and filter lower-level surge potentials. Care should 
be taken to ensure that not more than one set of 
protectors be installed on central office lines at in- 
stallation premises. Improper installation of line pro- 
tection can present a serious safety hazard. 500.7 KEY TELEPHONE INSTALLATION 
A maximum of sixteen (16) key telephones may be 
installed with the 616 FLEX Key System. Each key 
telephone requires 2 pair (4 wires) for proper wiring. 
It is recommended that 3 pair twisted pair cable be 
used to connect the telephones to the system on a 
“home run” basis. The telephone end of the cable 
should be terminated on a modular jack. At the MDF 
end of the home run, the cable should be terminated 
on a separate station connecting block (66Mi -50) for 
cross connection to the “J” cables. This method of 
cabling will allow for easy isolation of station equin- 
ment during trouble shooting procedures. 
500.8 WALL MOUNT KIT INSTALLATION 
All connections to the Key Telephones are fully 
modular. To wall mount the Key Telephone, it is 
necessary to have one Wall Mount Kit and one (1) 
630-A type modular wall mount jack assembly 
equipped with two mounting lugs. 
A. 
8. 
C. 
D 
E. 
F. 
G. Remove the mounting cord from the telephone. 
This cord will no longer be needed. 
Substitute the short modular cord on the wall 
mount baseplate for the mounting cord re- 
moved in A above. 
Rotate the plastic number retainer upwards to 
expose the screw underneath. Remove the 
screw and slide the cover plate under the num- 
ber retainer towards the hookswitch. 
Replace the cover plate with the handset re- 
tainer tab that is mounted in the wall mount 
base plate, and secure with the screw from C 
above. 
Rotate the plastic number retainer downwards 
and snap into place. 
Align the mounting tab on the outer edges of 
the wall mount base with the holes on the key 
telephone base. Snap shut and fasten with the 
screw. 
The telephone can now be mounted to the wall 
by mating the two keyhole slots on the base- 
plate with the lugs on the modular cover assem- 
bly. Check to make sure that the modular 
connector on the baseplate has a firm connec- 
tion with the connection on the wall jack. (Figure 
500.3) 
500.9 PHONE BOX INSTALLATION 
The 616 FLEX Phone Box can make calls to preas- 
signed stations as well as receive intercom calls. The 
unit should be located in weather protected areas 
where paging or monitoring is required.  
						

							STARPLUS@ 616 FLEX KEY TELEPHONE SYSTEM 
The Phone Box consists of a top housing and bottom 
mounting plate. The top housing has a speaker, 
microphone, wire terminals and electronic circuitry. 
The housings are separated by inserting a thin, 
flat-edged tool at the bottom rim of the assembly. By 
pressing inward on the recessed retaining tab, the 
assembly will open. 
The connection of the Phone Box(es) to the KSU is 
identical to that of the key telephone. Refer to Figure 
500.8 
The bottom plate of the Phone Box assembly is 
fastened to the wall by mounting with customer 
supplied No. 8 or larger pan head screws. The cable 
is routed through the cable-entry holes provided on 
the bottom plate and is connected to the screw 
terminal strip on the upper housing. Four (4) screw 
terminals are identified by wire color on the silk- 
screened printed circuit board to correspond with the 
wiring sequence at the punchdown connector at the 
MDF. 
The slack wiring should be pulled back through the 
bottom mounting plate and the top housing snapped 
shut. Refer to Sec. 630.21 Phone Box programming. 
500.10 EXTERNAL MUSIC SOURCE 
MUSIC-ON-HOLD, as well as BACKGROUND MU- 
SIC can be connected using a customer provided 
tuner, tape deck, etc. Separate Music-on-Hold and 
background music volume adjustments are provided 
on the KSU. Refer to Figure 400.3) Background 
Music (BGM) levels are also adjustable at each key 
telephone set. Connections are made on the J-I 
connector, the MOH pair. Refer to Table 500.1 
If background music is desired, refer to System 
Features, Sec. 630.1 and enable background music. 
500.1 I ALARM INSTALLATION 
The 616 FLEX system may be used to transmit an 
alarm signal to each station (except phone boxes) in 
the system. When activated by an external alarm 
system, a continuous tone is transmitted to the sta- 
tion speakers. Leads from the external alarm are 
connected to the 616 terminals ALMT and ALMR 
Refer to Figure 500.5. Refer to System Features, 
Sec. 630.1 for programming Alarm states. 
After the alarm has sounded, the system must be 
reset by first clearing the alarm condition on the 
external system and then lifting the handset at any 
station programmed to receive alarm and dialing 9. 
500.12 BATTERY BACK-UP 
The STARPLUS 616 FLEX can be fully supported 
for complete operation during a power failure. An 
externally provided 24 VDC battery package (gel 
type) and float charger is required such as the Star- 
plus BBU and batteries. A convenient plug for battery connection is located on the left side of the KSU. 
Refer to Figure 400.3. Table 500.1 provides exam- 
ples of recommended battery sizes for 2, 4 and 8 
hour back-up at various system sizes. 
500.13 BATTERY BACK UP UNIT (BBU) 
A. Introduction 
The BBU houses two I2 V batteries connected in 
series which provide 24 V of DC power. The BBU 
also contains an AC input cord which provides 
charging power when the batteries are not in use. 
Batteries are NOT included. 
A IO” I4 gauge jumper wire is provided for intercon- 
nection of the two I2 V batteries. Four adapter wires 
(approx. 2”) are provided for matching the exact 
battery terminal size. A plastic tie wrap is provided 
for securing the batteries once installed. 
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 recognized 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. 
B. Description 
Capacity 
The following table shows the approximate times for 
a fully charged supply to reach 90% voltage under 
different load conditions. 
Table 500.1 Battery Charge Time 
Battery Amp 
r 7AH Battery Amp’ 
3x8 6x16 
5 HRS 2.5 HRS 
1 14AH 
10 HRS 5 HRS 
__--- 
40 AH 
24 HRS I4 HRS 
L-- 
Dimensions 
8” high, 13.5” wide, 7.75” deep 
Weight without batteries: 11 lb. 
Specifications 
- Output fused at 4.0 A, 250 V 
- Current limited, constant voltage charger 
- Gel type batteries 
- Charger float voltage is 27.6 V 
- Cut off voltage point is 21 V 
Power Requirements 
Input I I7 VAC, 60 Hz 
Fused at 0.5 A, 250 V  
						

							STARPLUS@ 616 FLEX KEY TELEPHONE SYSTEM 
Environment Connections 
Temperature: 0 - 50 C (32 - 104 F) 
Humidity: 0 - 95% 
C. Installation 
Introduction 
These instructions cover installation procedures for 
the BBU. Refer to Figure 500.6 for the location of the 
input socket. The input socket of the key system 
must be a female Mate-N-Lok type connector. 
Installation Checklist Remove the BBU cover by turning the 4 screw 
locks and lifting the cover. 
Install the two 12 V DC batteries in the battery 
compartment. Thread the plastic tie wrap 
through the vent holes in the side of the battery 
compartment and fasten around both batteries. 
Cinch the tie wrap tight. 
The following items are required to install the BBU: 
l 1 BBU with wire kit (5 wires) and tie wrap 
l 4 No. 12 panhead screws (if wall mounted) 
l Screwdriver Connect one of the adapter wires to the black 
10” jumper wire. Now install this jumper wire 
assembly between the NEG (-) terminal of bat- 
tery 1 and the POS (+) terminal of battery ‘2. 
Connect another adapter wire to the BBU red 
battery wire. Now connect this wire to the POS 
(+) terminal of battery 1. 
l Backboard or wall shelf if applicable 
Mounting 
The BBU must be located within 6’ of an AC recep- 
tacle and 2’ of the KSU. 
The BBU can be placed on a wall shelf or it can be 
wall mounted. Connect the BBU black battery wire to the NEG 
(-) terminal of Battery 2. 
Make sure the key system being connected is 
turned on. Then connect the BBU DC output 
cable to the battery input of the key system 
KSU. 
To wall mount the BBU: H. 
I. 
J. 
K. 
L. 
M. 
N. 
0. Make sure the BBU power switch is in the OFF 
position. Then plug in the AC power cord. 
Turn the power switch on the BBU to ON. 
A. 
B. 
C. 
D. 
E. 
F. 
G. The BBU is designed to be mounted on a 
backboard, either the backboard the KSU is 
mounted on or one specifically for the BBU. 
Mark for screw placement, either by measuring 
(the 2 top keyhole mounting slots are 8 3/4” on 
center) or by placing the BBU against the back- 
board (before installing batteries) and marking 
the location of the 2 slots. 
Partially insert 2 No. 12 panhead sheet metal 
screws into the backboard. 
Suspend the BBU on these 2 screws. The large 
section of the keyhole will allow the unit to easily 
pass over the screwhead. 
Slowly lower the BBU so the small section of 
the keyhole is directly behind the screwhead. 
Tighten each screw so the unit fits snugly 
against the backboard. 
Insert 2 more screws into the bottom of the BBU 
where 2 more keyhole mounting slots are lo- 
cated. 
Before connecting the batteries, ensure the 
BBU is unplugged from the AC outlet and 
the ON/OFF switch on the BBU is turned off. Grounding 
To ensure that the BBU will operate properly, 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 provided on the lower-left side 
of the BBU. 
The ground wire should be kept as short as possible 
and can be connected to the ground lug located on 
the bottom of the 616 KSU. Installation of the BBU 
is now complete. 
D. General Information 
There is a “power on” LED which is lit when the 
supply is connected to the AC power source. There 
is also a “battery” LED which is lit when the battery 
back up is in use. The BBU is a filtered battery back 
up power supply. Both input and output are fuse 
protected. The charger circuit is floating with respect 
to ground. The charging circuit provides a constant 
voltage and is current limited to 350 milli-amps to the 
2 gel cells.  
						

							STARPLUS@ 616 FLEX KEY TELEPHONE SYSTEM 
E. Maintenance 
In order to ensure proper operation of the battery 
supply, the following operation should be performed 
once a month: 
A. Unplug the key system and the battery back up 
unit from the AC power to allow operation from 
the batteries for 15 minutes. 
B. Plug the key system and BBU power cord back 
into the AC outlet. 
F. Troubleshooting 
When trouble is reported, verify that AC power is 
being supplied to the unit and that there are no blown 
fuses. Check the LED’S TO SEE IF THEY are lit. 
Assistance in troubleshooting is available from the 
factory. When calling you should have a VOM and a 
test set available and be calling from the job site. 
500.14 EXTERNAL PAGING 
An amplifier for external paging can be connected to 
the 616 FLEX Key telephone system. Any tele- 
phone in the system can access this paging equip- 
ment by using a dial code. There is one External 
Paging Zone (without amplifier) provided in the 616 
FLEX system. 
The output impedance of the paging zone is 600 
Ohms. The low level voice signal output is specified 
at 5 milliwatts. Dry contact control is provided to 
switch on the external amplifier equipment or to 
momentarily remove background music, if externally 
supplied to the paging device. All connections are 
made on the J-l punchdown connector. The voice 
output from the key telephone system is provided on 
the EPVT and EPVR pair. The “make” contacts are 
identified as pair EPCTL. The paging port can be 
connected to a two way paging system: 
500.15 LOUD BELL CONTROL/CO LINE CON- 
TROL 
The STARPLUS 616 FLEX system provides relay 
contact closure to activate external signaling equip- 
ment during incoming CO line ringing. The station 
or CO line that is to signal is selected by program- 
ming. Refer to System Configuration, Sec. 630.4. 
There is one (1) control contact which can be as- 
signed to any station or CO line. Locate the control 
contact on the terminals of the connecting block. 
Two wires are connected to these terminals and 
routed to customer provided signaling equipment. 
Refer to Figure 500.5. 
500.16 EMERGENCY TRANSFER 
In the event of a commercial AC power interruption, 
the first 3 CO/PBX lines will automatically transfer to 
single line telephones (if installed) for emergency 
communications. These SLTs should be equipment with ringers. They can be DTMF type instruments 
or rotary dial. Connection is made on the modular 
connector located directly on the right side of the 
KSU. Refer to Figure 500.4 
500.17 HEADSET INSTALLATION 
The STARPLUS 616 FLEX Key telephone has been 
designed to operate with industry standard modular 
headset adapters and operator headsets. To modify 
a key telephone to use an external headset: 
A. Plug the headset adapter cord into the vacant 
headset jack on the key telephone base. 
B. Plug the telephone handset cord into the head- 
set adapter box where indicated by the headset 
manufacturer’s instructions. 
C. Turn to the programming section of this manual. 
Enable the headset option for that particular 
station. 
Speakerphone operation is automatically disabled 
and such features as On-Hook Dialing and Hands- 
free speakerphone become inoperable. However, 
incoming page/voice announcements, tone ringing 
and background music will still be heard over the key 
telephone speaker when the station has activated 
the headset mode. 
500.16 REAL TIME CLOCK UNIT (RCU) IN- 
A. 
B. 
C. 
D. 
E. 
F. 
G. 
H. STALLATION 
Turn OFF power to KSU by unplugging from AC 
outlet. 
Remove the KSU Program Module. 
Remove the six (6) screws retaining the KSU 
cover. Remove the cover. 
Open the R.C.U. box and verify the following 
contents are enclosed: 
0 1 each R.C.U. module 
l 1 each Battery 
l 1 each Plastic Beaded Tiewrap 
Locate the battery. The end with the color ring 
is negative. Install the battery into the battery 
socket of the R.C.U. being careful to match the 
polariiy of the battery with the polarity of the 
socket. 
Push the beaded tiewrap through the hole in the 
R.C.U. next to the battery. Pull the tiewrap 
around the battery and through the cinch end to 
secure the battery. 
Refer to Figure 500.7. Locate the R.C.U. 
socket (G22) and note the top (notched end) of 
the socket. 
Hold the R.C.U. so that the battery socket end 
is facing toward you (battery on the bottom of 
the R.C.U.) and away from the top of the R.C.U. 
socket. 
RlsIIF 1 .IANI IARV IQQI r;nn-r;  
						

							I. 
Insert the pins on the bottom of the R.C.U. into 
the R.C.U. socket (G22) being careful to align 
all of the pins with the socket. Apply pressure 
in the middle of the R.C.U. (not the ends) to 
avoid breakage while seating the R.C.U. into 
the socket. Replace KSU cover. R.C.U. instal- 
lation is now complete. 
500.19 SERIAL INTERFACE UNIT (SIU) MQD- 
ULE INSTALLATION 
A. Turn OFF the KSU power by removing the plug 
from the AC outlet. 
B. Remove the Program Module from the KSU. 
C. Unscrew the six (6) screws holding the KSU 
cover and remove the cover. 
D. Open the SMDR module box and verify the 
following components are included: 
l 1 each S.I.U. Printed Circuit Board (PCB) 
0 1 each 16-conductor Ribbon Cable 
E. Push the ribbon cable into the socket on the 
underside (solder side) of the S.I.U. board. 
Make sure the contact “fingers” of the cable 
align with the contacts of the connector. 
F. Hold the S.I.U. so that the ribbon cable is on the 
right, bottom side with the Ribbon Cable ex- 
tending downwards. Gently push the free end 
of the ribbon cable into the S.I.U. socket (CN 1) 
on the KSU. 
G. Remove the RS232 mounting hole screws and 
cover on the right hand side of the KSU. Install 
the SIU into the mounting hole and secure with 
the 2 screws. 
H. Replace the KSU cover. 
Any RS232C compatible printer may now be con- 
nected to the RS232C port on the 616 FLEX KSU. 
500.20 PRINTER INSTALLATION 
Figure 500.2 illustrates the standard pin configura- 
tion used with the STARPLUS 616 FLEX system in 
connecting display devices. An RS-232C type con- 
nector is provided on the right side of the KSU for 
quick connection on an 80 character printer or other 
receiving device. The 29 and 80 character format is 
programmable in the customer data base. The re- 
ceive transmission speed of the connected terminal 
can be set at either 300 baud or 1200 baud to match 
the programmable data output speed of the key 
system. The output speed is set in the customer data 
base programming. Refer to your printer installation 
instructions for further information on connecting a 
printer or display device.  STARPLUS@.~~ 6 FLEX KEY TELEPHONE SYSTEM 
A. Station Message Detail Recording 
The SMDR feature provides a detailed record of all 
outgoing and/or incoming, all calls or long distance 
only calls exceeding 30 seconds. This feature is 
enabled in customer data base programming. If the 
SMDR feature is enabled, information begins re- 
cording when the call starts and terminates when the 
call ends. If the call was longer than 30 seconds, the 
information is queued for printing. 
The SMDR feature will retain a queue of the last 16 
“requests”. This ensures that the most recent re- 
cords are retained in the event of terminal failure (i.e. 
paper alarm, disconnected, etc.). If using a printer 
to display the customer database, call records will 
continue to print in between the display of the data- 
base. A header detailing the SMDR information 
prints out after every 66 records. 
500.21 SINGLE LINE STATION ADAPTER 
(SW 
A. Site Planning and Unpacking 
The SLA adapter is housed in a self contained wall 
mounted enclosure that houses all the necessary 
circuitry and programmed instructions for complete 
operation of a SLT or compatible device to a Starplus 
“flatpack” type (308EX, 616EX, 616 FLEX, or 
1224EX) Key service unit. Refer to Figure 500.10 for 
a typical installation layout. 
B. Option Strap 
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 off the cover. When installing the SLA 
behind the 616 FLEX, a SW1 setting of ‘2’ (SP 616) 
or ‘3’ (SP1224) will provide proper operation. SW1 
setting ‘2’ will allow button mapping of buttons 17-22 
(codes 81-86 only). SW1 setting ‘3’ will allow access 
to buttons 17-22 (codes 81-86) and buttons l-6 
(codes 87-92) for use with some applications. (Refer 
to Figure 500.11). Do not replace the cover until the 
unit is mounted on the wall. 
C. 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 SLA 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. Align the snowman holes on the back of 
the SLA with the screws and slide the SLA on the 
wall. Tighten the screws to secure the SLA to the 
*nns ISSUE 1. JANUARY 1991  
						

							STARPLUS@ 616 FLEX KEY TELEPHONE SYSTEM 
500.22 POWER-UP AND INSTALLATION 
CHECKUST 
Prior to actual power-up and initialization, 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: 
A. 
B. 
C. 
D. 
E. Ensure that the KSU is properly grounded ac- 
cording to the instructions in Sec. 500.3. 
Inspect the MDF for shorted wiring or improper 
polarity that would affect the Key telephones. 
Make sure that plug-ended MDF cables to the 
KSU are secure and are plugged into the cor- 
rect position. 
Make sure the Program Module is seated firmly 
in its socket. 
Plug the AC power cord into the dedicated 117 
VAC outlet.  wall. Replace the cover removed above. Refer to 
Figure 500.9 for size and dimensions. 
D. Wiring 
The SLA is designed with screw terminals to make 
connection to the KSU via the MDF simple. This can 
be done riaht at the MDF usina cross connect wire 
to make connection between the punch down blocks 
and the SLA. Before attempting to make connec- 
tions remove the plastic safety strip from the termi- 
nals. Refer to Figure 500.12 for wiring connections. 
piq 
The installer should exercise caution when 
connecting 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 J2) to the “INPUT 1” or “INPUT 2”. 
Connect all four (4) leads from a station circuit (VT, 
VR, DT, and DR leads) to the corresponding input 
screw terminal. When connecting the leads into the 
SLA, strip i/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 install- 
ing 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 
station port 01 be used for SLA applications, as this 
port serves as the system programming port. 
Single Line Telephone wiring (output) 
From the SLA adapter cross connect the SL leads 
(Tip and Ring) to the station block where the home 
run cable of the SLT device is terminated. 
E. SLA Programming 
It is necessary to program the system for proper SLA 
operation. Refer to Station Configuration, Station ID, 
Sec. 610.8 for programming procedures.  
						

							STARPLUS@ 616 FLEX 
KEY TELEPHONE SYSTEM 
18.00 13. (-12.75 A 
L- 12.00” 
lllllIll /Illll/I I/llllI/ /I/lj/ll Ill 
Ill 
STARPLUS 
El 
616 FLEX 
/II IllI II //Ill IllI II llllllll I/II/Ill 
DEPTH:3.00 
Figure 500.1 - KSU Mounting Dimensions 
‘mns ICCIIC i IANIIAPV IQ01  
						

							sTARPLUS@ 616 FLEX KEY TELEPHONE SYSTEM 
KSU 
w PRINTER 
TEE’yNAL 
Transmit Data 
Receive Data 
RTS (Request to Send) 
CTS (Clear to Send) 
6 DSR (Data Set Ready) 
6 
7 GND 
7 
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 
Figure 500.2 - RS232C Connections  
						

							STARPLUS@ 616 FLEX KEY TELEPHONE SYSTEM 
Table 500.2 SMDR Printout 
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 maximum 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 terminates when the call ends. If 
the call was longer then 30 seconds, the following information is printed: 
29 character format selected 
RR BE HH:tltl:SS HH:tltl tltl/DD/YY 
cc....................cc 
DD....DD 
10 01 00:01:58 14:04 11/20/90 
12345678901234567890123~ 
12345678 
80 character format selected 
STQ CO TOTRL STFlRT DFlTE DI QLED ACCOUNT 10 01 00:01:58 14:OL) 11/20/90 12345678901234567890123+:12345678 
RA 88 HH:tlfl:SS HH:tlfl tlWDD/YY CC....................CC:DD....DD 
l 
AA = The two digit originating station field (10 through 25) 
l BB = The two digit field identifying the accessed CO line (01 through 06) 
l HH:MM:SS = The call duration field showing the hours, minutes and seconds. 
l HH:MM: = The time of call origin. Shown in hours, and minutes. 
l MM/DD/YY = The date of call origin. Shown as Month, Day and Year. 
l CC....CC = The dialed telephone number (up to 24 digits) 
l DD....DD = The Account Code number (up to 8 digits) 
cnhi n ISSIIF 1. JANIIARY 1991  
						

							STARPLUS@ 616 FLEX KEY TELEPHONE SYSTEM 
TELEPHONE BASE PLAT 
MOUNTING PLATE 
63. 
HANDSET RETAINER 
CLIP 
. 
114” SCREWS 
PmDm;;yDs 
MOUNTED 
PHONES 
Figure 500.3 - Wall Mounting the Key Telephone 
ISSUE 1, JANUARY 1991 am-1 1