Panasonic Digital Business System Section 300 Installation Guide

							Section 400 FFl 
Issue 2 July 1993 DBSRogramm~Instructiom 
WC-A/ 3.0,CPC-B / 2.0 J 3.0 / 4.0 
If a Central Office line has been set to 
ring on an extension(s), and the call is 
not picked up, this timer determines 
the amount of time it will ring there 
until extensions that have been set for 
delayed ringing on a Central Oflice line 
will begin to ring. 
If an -ension call is ringing at another 
extension, and the call is not picked up, 
this timer determines the amount of time 
it will ring there until extensions that have 
been set for delayed ringing for extension 
callswillbegintoring. If a call has entered a hunt group, and an 
idle extension in the group starts to ring, 
but the call is not picked up, this timer 
determines the time that the extension 
will ring before the next idle extension in 
the hunt group starts to ring. 
2ii 
- 104 Afta44seamda 
31 After 16 Seumds ll# Ana46second8 
7W ( Afta 32 6eamds 1 15U 1 A&r 64 6axmds 1 
AutomaticDayModeallowstheDBStogo 
into day mode automatically. 
Automatic Night Mode (FFl, 3#, l#) al- 
lows the DBS to go into night mode auto- 
matically. 
To turn automatic day mode off, enter: 
FF13# 29# CONF key ON/OFF key# 
1. If only one of the auto modes is turned 
on, the NIGHT key is used to turn off the 
auto mode. For instance, if night mode  
						

							DBS Programming Instructions 
CPC-A / 3.0, CPC-B / 2.0 / 3.0 / 4.0 Section 400 FFl 
Issue 3 July 1993 
has been activated automatically, the at- 
tendant must press the NIGHT key to go 
into day mode. 
2. If both auto day and auto might modes 
are turned on, the attendant NIGHT key 
cannot be used. 
3. Ifboth auto-modes are set, the starting 
times must differ by at least one hour. 
4. When one auto mode is turned on, the 
mode cannot be reset by the NIGHT key 
until 3 minutes after the auto mode is 
activated. (Whenbothautomodesareset, 
the NIGHT key cannot be used.] 
If a remote programming ID code is set, 
a dumb terminal or PC can be used to 
program the DBS from a remote site or 
on site, by connecting to the RS232C 
interface. 
To set the remote programming ID code 
to 0001, for example, enter: 
[eel], 4#, ooo1n 
To reset the remote nro~ramrning ID 
code to the default initialized value, 
press IFFll. 4#. lCONF1. ION/OFFl. 
Remote programming of the DBS requires 
the foIlowing: 
2. Knowledge of the 4-digit DISA ID code. 
(See-[FFl], 
l# through 5# program 
addresses]. 
3. After the DBS automatically answers 
your inbound call on the preset DISA line 
with the intercom dialing tone, remote 
programmingcanbeginbydialing#6and 
the 4-digit remote-programming ID code. 
4. An attendant or extension user can 
manuaily transfer 
the remote 
programmer into programming by 
putting the remote programmer on hold, 
dialing #6. and the 4 digit remote 
programming lD code. 
5. The following remote operations are . - 
possible: 
al Remote programming: 
Remotely setting any DBS parameter, 
just as would be done with on site 
P~gramming~ 
b) Bus monitor data: 
Remotelyviewbusmon.itordata..whichis 
commonly used to troubleshoot 
operational problems. This may be 
possible in real time. depending on the 
buffer of the device being used. 
1. A central o&e line that is set with DISA 
CapZlbility. 
51  
						

							Section 400 FFI 
issue 2 July 1993 DBS Programming Instructions 
WC-A / 3.0. WC-B / 2.0 / 3.0 / 4.0 
The DISAID code provides direct access to 
a DBS intercom dial tone, on an inbound 
central ofIke Iine that is preprogrammed 
as a DISA Iine. 
To set the DISA ID code to 0001, for 
example, enter: 
pFl1, St, OoolW 
To reset the DISA ID code to the default 
initiaIized value. Dress IFFll. 5#. ICONfl 
ION/OFFl. 
The default setting of the DBS supplies 
intercom dial tone to a Iine defined as a 
DISA line. If a DISA ID code is stored in 
place of the default setting (via remote 
programming) an intercom dial tone wiII 
not be heard, but rather a DISA dial tone 
(fast busy tone). 
The DISA dial tone is a signal to proceed 
with your caII until you enter the stored 
DISA ID code. After the DISA ID code is 
entered, the intercom dial tone is 
presented. This provides the opportunity 
to make a DBS extension caII. 
To make an outbound central office Iine 
call. enter #7, dial 9 or 81-86 (to access a 
central ofke line), then dial the 4-digit 
DISA ID code. See (FFl], 6#, l# and 2# 
addresses. To provide an inbound DBS caller with 
access to “fresh” outbound central 
office dial tone, a four digit access code 
is required. 
To set the first DISA outgoing call ID 
code to 0001, for example, enter: 
IFFlI,6#, lW, OOOl# 
To reset the first DISA outgoiw calI ID 
code to the default initiaked value, 
press IFFll. 6#. l#. ICONFl. ION/OFFl. 
To provide an inbound DBS caller with 
access to “fresh” outbound central 
office dial tone, a four digit access code 
is required. 
To set the second DISA outgoing caII ID 
code to 0002, for example, enter: 
WF1],6#, 2W, 0002# 
To reset the second DISA outgoing caII 
ID code to the default initiahzed value,. 
press IFFll. 6#. 2% ICONFl. ION/OFFl. 
52  
						

							DBS Programming Instructions 
WC-A / 3.0. CPC-B / 2.0 / 3.0 / 4.0 Section 400 FFl 
Issue 3 July 1993 
To perform DBS programming ikom an 
extension other than the attendant 
position, this option must be set. The 
4-digit ID code set in this option must be 
used as part of the access attempt to 
program the DBS. when a non attendant 
position is used in this manner. 
To set the ID code for system 
programming to 000 1, for example, enter: 
To reset the ID code for svstem 
c- promamming to the default initialized 
/ 
value. Dress IFFll. 7#. ICONFl. ION/OFFl. 
Only one non attendant extension can be 
a programming extension at a particular 
time. To set a different non attendant 
position as the programming &en&on. 
cancel the capability of the first extension 
by reentering the 4digit ID code at the 
original non attendant extension, then 
enter the same ID code at the second 
extension. 
On CPC-A software versions later than 
3.2 1, and WC-B versions later than 2.00, 
entering the ID code for system 
programming at a second extension, will 
automatically cancel the programming 
capabiltty that may have been previously 
set but not canceled at a different 
extension. Direct Inward Dial numbers that have 
been set up as a part of WC-B ver. 2.11 or 
older software, need to be defaulted with 
the use of this program after upgrading a 
DBS to ver. 3.00 software. Also, at any 
time that a default of ALL assigned DID 
numbers is desired. this program must be 
used. 
To choose not to reset existing DID 
number assignments, enter: 
pFll.8#. l#.O# 
At any time a reset of all assigned DID 
numbers to the default value (no DID 
numbers assigned) is desired, enter: 
- 
DrIrl], 8#. I#, 1n 
DID settings have to be manually 
configured if the DBS has a software 
version older than 3.00, that is being 
upgraded to version 3.00 or newer. Before 
this manual reconfigurafion can be done 
however, the DID reset program ([FFl], 
8#, l#), must be done. 
The maximum amount of DID number 
assignments that a DBS can have is 500. 
Multiple DID number assignments canbe 
assigned to any extension port, and/or 
the same DID number can be assigned to 
multiple extension ports. Each DID 
assignment uses one of the 500 that are 
available. 
53  
						

							Section 400 FFl 
Issue 2 July 1993 DBS Programming Instructi01~1 
CPC-A / 3.0,CPC-B / 2.0 / 3.0 /4.0 
c 
This is a cor&rmation program for the 
resetting of DID numher assignments 
that can be accomplished with the use of 
program number [FFl], 8#, l#. 
To not reset the DID number 
assignments, enter: 
j?Fll. 8#.2#.0# 
To reset all of the DID number 
assignments, enter: 
ml), BW, 2#, 1W 
DID&tingshavet&emaWlllycO~ 
ifthe DBS has a software version older than 
3.00, that is being upgraded to version 
3.00 or newer. Before this manual 
reco&gumtion can be done however. the 
DID reset program ([FFl]. 8#, l#), must be 
done. 
The maximum amount of DID number 
assignments that a 
DES can have is 500. 
Multiple DID number assignments can be 
assigned to any extension port, and/or 
the same DID number can he assigned to 
multiple extension ports. Each DID 
assignment uses one of the 500 that are 
available. 
Resets program settings stored in SAM 
(Static Random Access 
Memory). The reset 
must be performed before upgrading from 
one software version to another. For ex- 
ample. if you are upsadirq from Version 
3.00 toVersion4.00, you need to perform the 
reset. 
However, if you are upgradiq to a 
point release (4.10 to 4.11). you do not need 
to perform the reset. 
CkNo (retain settinfls1 
l=Yes (clear settings) 
c 
. 
54  
						

							DBS Programming Instructions 
CPC-A / 3.0, CPC-B / 2.0 / 3.0 / 4.0 Section 400 FFl 
issue 3 July 1993 
The purpose of this display is to make sure Direct inward dialed numtws that have 
you want to reset the data 
Enter “0” or ” 1,” been dialed by a cakr need to be assigned 
depending on whether you want to complete to extension ports, so that the number 
or cancel the reset. dialed will ring on all extensions they are 
supposed to appear on. A DID number can 
~~~ ::‘“‘~~~~~. 
be set to ring on muhiple extensions, or only 
one extension. 
O=Do not reset 
l=Reset To set DID number 4444 to ring on 
extension number 120, for example, 
enter: 
1. If you enter a “1,” the following display 
Wll, 8#, 3#, 4Q44#, 120# 
appears: 
CONFmM To set DID number 6358 to ring on 
0: NO 1: YES extension number- 500, for example, 
enter: -LT. 
2. This command erases a.U Tl and DID 
programming. 
@WI], 8#,3#,6358#, 5oon 
To reset DID numbers that have been as- 
signed to extensions to the default 
initialized value. Dress lFF1’. 8#. 3#, 
didWCXX#. lCONFl#. ION/OFF. 
55  
						

							Section 400 FFl 
Issue 2 July 1993 
I 
Tl PROGRAMMZN G OPTlONS 
Allpcmmekm inthissectionreferbCPC-B, 
Vet-son 4.00 or newer. 
The following information describes pro- 
gramming parameters for the Tl Interface. 
The descriptions of each parameter include 
alist of available options and the associated 
programming address. 
Default options are shown underlined. 
Tl SYSTEM SFXTINGS 
DBS Programming @iWuctions 
CPC-A / 3.0. CPC-B / 2.0 / 3.0 / 4.0 
cwcKsETTnvGs 
I 
The Sync Card (installed on the WC-B) 
providesamethod ofsynchronizingtheDBS 
with the public network. This parameter 
determines the first clocking source for net- 
work synchronizmon. If the first source 
kils, the system will switch to the second 
source. The system will attempt to go back 
to the first source based on thevalue entered 
under the Network Re-sync Timer. 
The system considers a clock source to have 
failed when the slip rate error counter is 
exceeded within a 24-hour period. 
In most cases, the 1st sync source is set to 
“1.” 
Idenmes the system size. 
Optlons M 
4p 
1 =DB!5 72 
2=DBS 96 
3=DBS 40 + DES 40 Cl-1 
must be in the slave 
cabinet.) 
4=DBS 72 + DBS 40 VI 
IS not supportrd.) 
S=DBS 72 + DEB 72 VT1 
must be tn the slave 
cabinet.) 
6=DE3s 96 + DBS 40 
7=DL3S 96 + DEE 72 
R=DL3S 96 + DEE 96 
For changes to this parameter to take effect, 
the system must be powered down, then 
back up again. 
To apply changes to this parameter, power 
the system down, then back up. 
56  
						

							DBS Programming Inst~ctions 
Section 400 FFl 
WC-A / 3.0. CPC-B / 2.0 / 3.0 / 4.0 
Issue 3 July 1993 
Determines the source of clocking for the 
second sync source. The system will at- 
tempt to switch from the second source 
back to the first source based on the value 
entered under “Network Re-sync Tfmer.” 
lfthe second source fails and the first source 
is not working, the system will switch to the 
third source.. 
ln most cases, a system with one Tl has the 
2nd sync source set to “3.” Systems with two 
Tls normally have the 2nd sync source set 
to “2.” 
One of the three sync sources should be set 
to “3” (free run). A free-run setting is needed, 
so the DBS Tl can provide its own clocking 
if the network clock fails. 
Options O=None 
l=Tl of the master cabinet 
2=Tl of the slave cabinet 
Deterrnines the source of clocking for the 
third sync source. The third sync source is 
used ifboth the first and second source fail. 
The system will attempt to switch from the 
third source back to the first source based 
on the value entered under “Network Re- 
sync Timer.” _._ 
In most cases, a system with one Tl has the 
3rd sync source set to “0.” Systems with two 
Tl s normally have the 3rd sync source set to 
“3.” 
One of the three sync sources should be set 
to “3” (free run). A free-run setting is needed, 
so the DBSTl can provide its own clocking 
if the network clock fails. 
3=Free run (internal clocking) 
For changes to this parameter to take effect, 
the system must be powered down, then 
back up. 
For changes to this paraxneter to take effect, 
the system must be powered down, then 
back up again. 
57  
						

							Section 400 FFl 
Issue 2 July 1993 
I 
lf one clock source falls, the system will 
switch to another clock source. The re-sync 
timer determines how often the system at- 
tempts to return to the original clock source. 
For example, if the first clock source (1st 
sync) f&, the system switches to the sec- 
ond source. However, the system will try to 
return to the fxst source based on the re- 
sync timer. 
Ifthesecondsourcefailsandthefirstsource 
continues to be out-of service, the system 
switches to the third source. Again, the re- 
sync timer determines how often the system 
will attempt to return to the first source. 
3ptions O-25 
O=lmmechatc (DBS returns to 
the first clock tmmedlately.) 
I-24=hours (Determines how 
often the DBS attempts to 
return to the first clock) 
I 
25=no reties (DBS does not 
attemDt to PO hack to the tlrst ( 
clock.1 
I 
When the system attempts to go back to the 
fI.rst clock source, existing calls will be dis- 
connected. 
DBS Programming Instnictions 
WC-A / 3.0, CPC-B / 2.0 / 3.0 / 4.0 
f 
Determines how long the DBS waits before 
sending a disconnect signal from the Tl to 
the CO. (II&e CO Disconnect Timer (FF2 (l- 
64)# 18# (0-15#)] determines how long the 
system waits to receive a disconnect signal 
from the CO.) 
3ptions 
rralues 
o-15 (1) 
0= 15Oms 
1=200ms 
2=25Oms 
3=3ooms 
4=4ooms 
!XiOOms 
6= 1OOOms 
7=15ooms 
8=2oooms 
9=25OOms 
10=3000ms 
11=35OOms 
12=Off (DES does not 
automatically send a 
disconnect signal.) f- 
For changes to this pammeter to take effect, 
the system must be powered 
down, then 
back up. 
‘-