NEC Electra 616 General Installation Manual

							4. hklte: 77~1 lines cnn be omitted from fhe scm. Station Class Assignment (See Fig. 31-O-20) 
This program area is used in assigning restfictions to 
Each station is assigned an address where selection can 
be made on which lines to scan Addresses 19 - 34 cor- 
spond to a station and buttons 1 - 6 of each address 
represents the lines. The default value is that all stations 
scan from lines 2 to 1. 
340.5 
Memory Block 4 
1. CO/PSX Line Assignment (See Fig. 340-I 7) 
This program area assigns lines as either CO lines, or as 
PBX lines to provide for a pause when stations use 
speed dial or last number dialed. For proper function- 
ing, especially when TolI Restriction is installed, it is 
important that PBX lines be assigned as such. 
Address 1 and buttons 1 - 6 are used to program line 
assignment. Each button I - 6 represents a line. The 
default value for line assignment is all lines are CO 
lines. 
2. PBX Access Code Assignment (See Fig. 34Cl8) 
This area of the program is used to allow up to 2 single 
digit access codes to be dialed without the Toll Restric- 
tion Inspection occurring. This allows more flexibility 
in Toll Restriction when a PBX station or access code 
is to be dialed and inspection is not desired. 
Two individual digits may be programmed. 
Address 2 is used to enter both single digit access codes 
to be allowed without inspection. The buttons 1 - 4 
and 5 - 8 are used to write both numbers in binary 
from 1 - IO (10 is equivalent to 0 on the dial pad). 
The default value is assigned digit “9” as PBX access 
__ code. 
3. CO/PBX Group Assignment (See Fig. 340-19) 
This program area is used to assign a CO/PBX line into 
one of three groups. The CO!PBX group assignment 
affects tolI and Outgoing Restiction Assignment. 
Programming a line as “not installed” prevents access 
to unterminated lines and provides for error tone when 
the corresponding keyset button is depressed. Address 
3 corresponds to CO/PBX lines 1 - 4. Each pair of. 
buttons, I and 2, 3 and 4, 5 and 6, 7 and 8 are used 
to program these lines into a group. Address 4 cor- 
responds to CO/PBX lines 5 and 6. Buttons 
I and 
2, 3 and 4 are used to program lines 5 and 6 into a 
group. The. default value for CO/PBX group is for all 
lines to be in group A. stations. The programming work sheet has a chart which 
shows how each class of station 0 - 
15 is restricted 
with regard to each of the 3 CO/PEX line groups. In 
the chart, N stands for Not Restricted, T for TolI Re- 
stricted and 0 for Outgoing Restricted. Tine classes range 
from Not Restricted on all 3 groups, (class 0) through 
Toll Restricted on all 3 groups 
(class 7), to Outgoing 
Restricted on all 3 groups (class 15). 
Please note that not ah possible combinations are to be 
_- 
found. 
The default value for station class is 0 (Not Restricted 
on all 3 groups of CO/PBX lines for all stations). Each 
address from 5 - 12 corresponds to swo stations. 
CO/PBX buttons 1 - 4 are used for one station and 
buttons 5 - 8 for the other. The station ciass number 
is entered in binary format. 
5. lt Dialing Assignment (See Fig. 340-21) 
This area of the program is used to select a Toll Re- 
striction format to suit the installation Site Require- 
ments. 
In some locations it is necessary to dial a “I” before 
dialing a foreign area code and local exchanges have 3- 
digit office codes with the same fomlat as area codes. 
If l+ Dialing is entered into the prograrr, calls begin- 
ning with 
1 (c&s to foreign area codes) wi!l be denied 
when the station is Toll Restricted on that line, but 
local (for instance to a local exchange 408) will be 
allowed. In other Iocations, it is not necessary to dial a 
“1” before dialing a fore@ a:ea code; in this case I+ 
Dialing should be removed fro-m the program. 
Address 13, button 8, is used to select which type of 
inspection process is desired. The default value is that 
l+Dialing is assigned. 
6. Digit Rejection Assignment (See Fig. 340-22) 
This area of the program is used to prevent repeated 
dialing of the same digit from the beginning of the dial- 
: 
ing process to defeat the Toll Restriction Inspection r” 
Process. This ability has been entered into the program ,._ 
so that when an exchange “ignores” a particular digit _’ 
or digits, if they are the first digits dialed and rnerely 
continues to offer dial tone, the Toll Inspection Process 
will still be valid. A toll restticted station dialing a 
number listed in the digit rejection table will be drop- 
ped from the CO/PBX line and receive error tone. Up 
to 4 separate digits can be entered. 
Page 300-14  
						

							7. Speed Dial Toil Override Assignment (See Fig. 340-23) 
This area of the program is used to permit or deny Toll 
Restricted Stations using the System Speed Dial access 
numbers 40 - 59 to override toll restriction. This choice 
only applies to system speed dial memory access 
numbers 40 - 59 and all toll restricted stations on a 
system wide basis. Address 16 button 8 is used to allow 
or disallow system speed dial buffers 40 - 59 toll over- 
ride. The default value is that System Speed Dial will 
override toll restriction. 8. 
Toll Restriction Override Table (See Fig. 340-24) 
This area of the program can be used to enter up to 30 
3-digit codes to override *the Toll Restriction. Some 
uses for ‘&IS table would be to provide access to 
commonservicecodessuchas911,61! and411 andto 
allow dialing 800 numbers and selected foreign area 
codes. Two addresses are used for each code. The first 
four buttons of an odd-numbered address are used to 
enter the first digit. The second four buttons are used 
to enter the second digit. The first four buttons of the 
following even-numbered address are used to enter the 
third digit. The numbers are entered in binary with 10 
equal to 0 on the dial pad. Any address which is com- 
pletely blank (no LEDs lit) is recognized as terminating 
the Override Table so no address 
can be skipped when . 
programming. The default value of the Override Table 
is that no 3-digit codes are entered. 
Page 300 -15  
						

							_ - ..--.------. .--. -_ i’ 
Tabse 340.1 Memory Block and Address Content 
MEMORY BLOCK 1 
Address 1 Recall Button Timing Assiwment 
2 Pause Timing Assignment 
3 Paging Timeout Assignment 
4 Hold Recall Timing Assignment 
5 System Refresh Basis 
MEMORY BLOCK 2 
Address I - 12 Day Mode CO/PBX Ringing Assignment 
13- 24 
Night Mode CO/PBX Ringing Assignment 
15 Door Phone Assignment 
16- 19 Door Phone Chime Assignment 
20- 21 Off-Hook Ringing Assignment 
MEMORY BLOCK 3 
Address 1 - 4 Internal 
Paging Zone Assignment 
5 Attendant Station Assigilment 
6- 13 Prime Line Pick- Up Assignment 
14 Prime Line Pick-Up for Incoming Calls Assignmer;t 
i5- 18 Private Line Assignment 
i9- 34 CO/PBX Line Scan Assignment 
Il/iEMORY BLOCK 4 
Address 1 CO/PBX !-ix Assignment 
2 PB Access Code Assignment 
3-4 CO/PBX Group Assignment 
5- 12 Station Class Assignment 
13 “1” + Dialing Assignment 
14- 15 Digit Rejection Assignment 
16 Speed Dial Toll Override Assignment 
17- 76 Toll Restriction Override Table Assignment 
Page 300-16  
						

							F 
MEMORY BLOCK : 1 
ADDRESS 
: 7 
EXAMPLE: 
I 
Recall Timing is set at 0.6 seconds. 
Fig. 340-I Real! Button Assignment 
I MEMORY BLOCK : 4 
I ADGRESS 
EXAMPLE: 
I-JZJ 
3.5 
Pause Timing is set at 3.5 seconds. 
. 
Fig. WI-2 Pause Timing Assignment 
Page 300-17  
						

							30 
60 
I MEMORY BLOCK : 1 
1 ADDRESS : 3 
EXAMPLE: 
I 
Paging Time out Is se1 at 60 seconds. 
1: 
Fig. 340-3 Paging Time Out Assignment 
I MEMORY BLOCK : 7 
! 
I ADDRESS : 4 
EXAMPLE: 
rJ-q 
60 
Hold Recall Timing is se: at 60 seconds. 
Fig. 3404 Ho!d Recall Timing  
						

							, ‘1 
I 
MEMORY BLOCK : f 
---.-____ 
-___ 
ADDRESS 
:5 I 
EXAMPLE: ,j15j 
System is Programmed for 
Idle Condition: 
Fig. 340-5 System Refresh Basis 
I MEMORY BLOCK : 2 
i- 
ADDRESSES 
: 7 - 12 
In the Day Mode, CO/PBX-3 wil! ring at 
Stations 1 thru 7. 
Psge 300-19  
						

							In the Might Mode CQ,&‘BX 1 - 6 will ring 
at Station 1 thru 5. 
Fig. 340-T Night Mode COiPBX Ringing Assignment 
MEMORYBLOCK : 2 
ADDRESS : 75 
EXAMPLE: 
Door Phone 1 and 2 are enabled. 
Fig. 340-8 
Door Phone Assignment 
-_- Page 300 -20  
						

							I MEMORYBLCCK : 2 
I 
AEERESSES : lS- 19 
EXAMPLE: 
Door Phone 1 will chime at Stations 2,4, 6, and 8. 
STATeON NUMBERS 
NO OFF-HOOK 
RINGING 
OFF-HOOK 
El 
RINGING 
I 16 I 1 I 21 31 41 51 6/ 7j 8 
/ 17 
I 9 / 10 j 11 1 12 / 13 / 14 / 15 / 76 I I I I I I I 
I I 
18 
1 
2 
I / ! I8 
19 
9 16 
Fig. 340-9 Ooor Phone Chime Assignment 
I MEMORY BLOCK : 2 I 
ADDRESSES : 20-21 
EXAMPLE: 
pm ga E /zI III 
Stations 1 thru 4 will ring off-hook. 
Page 300 -2 I  
						

							, .‘_ 
EXAMPLE: 
I 
STA. 5: ZONE A 
STA. 6: ZONE B 
STA. 7: ZONE C 
STA. 8: NO ZONE 
ADD. STATiON NW.‘?BERS 
3 9 10 11 j 72 
- 
4 13 / 
j 14 15  ! 
/ l6 
Fig. 343-l 1 Internal Paging Zone Assignment 
Page 300 -22  
						

							, 
/ 
i 
MEMORY BLOCK : 3 
/ 
STA. 
1 
2 
3. 
4 
5 
6 
7 
8 
9 
10 
11 
12 
13 
14 
15 
16 ADDRESS 
: 5 
IIIlmm141 
lzHzzml[81 EXAMPLE: 
q 
,Stations 7 and 10 are assigned as Attendant 
Stations 
_ ‘^----_._,_^i.~ 1 
_,_.t 
I 
1 2 3 141.6 6 7 I8 
ADD. 
/ ATT. 
STi+TlQPd / ATT.STATION , / 
5 
Fig. 340-l 2 Attendant Station Assignment 
Page 300 -23