Mitel SMART L CALL CONTROLLER Hardware Installation Manual

							Table 6-7, String Data Entry Changes 
SECTION MITL8350-047-102-NA 
Register I Default 
Description 
602 504156 
615 & 655 #a5327 
625, 635, 645, 665, 675, and #8533#62*427 
685 
Dial 
r Hear 
252 
254 
625 
Machine Identifier (PAV in 
ASCII) 
Access Control Sequences for 
Routes 0 
and 4 
Access Control Sequences for 
Routes 1, 2, 3, 5, 6, and 7 re- 
spectively. 
PROGRAMMING EXAMPLES 
6.40 
Table 6-6 below lists some programming examples. These ex- 
amples only cover programming of the registers necessary to 
enable the Positive Account Verification portion of the Dialer. For other 
programming examples, refer to the General Information Manual. 
Assumptions 
6.41 The examples in Table 6-6 are shown with the following as- 
sumptions in mind: 
1) 
2) 
3) 
4) 
5) 
6) 
The Dialer has been initialized and the Default Program has 
been loaded. 
The programming security code is ‘#OX’. 
Route 1 is used for long distance dialing. 
Account Codes are required on long distance calls only. 
Users are required to dial in a six digit Account Code after the 
long distance telephone number. 
Site specific Dialer information has been programmed. 
Table 6-8, Programming Examples (PAV) 
Dial Hear 
Description 
1 
6 
2 
#02 plus rest of sequence 
make up the Access Control 
quence followed by ##. 
to 
Se- 
Enter programming mode. 
Enable Positive Account Verifica- 
tion. 
Verified Account Code length of 
6 digits for Route 
1 only. 
Enable Verified Account Codes 
for Route 1 only. 
Program Access Control for 
Route 1. The #02 causes the Di- 
aler to delay outpulsing until the 
Account Code has been verified. 
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							SECTION MITL8350-047-102-NA 
Table 6-8 (Cont’d), Programming Examples (PAV) 
Dial 
826 
826 
826 
Dial 
L 
Hear _ 
P 
J 
b 
Hear 
P 
Dial 
123456&k& 
654321## 
626262## Hear Description 
Allows a user dialed Account 
Code of 123456. 
Allows a user dialed Account 
Code of 654321. 
Allows a user dialed Account 
Code of 626262. 
Repeat the 826 sequence until all 
of the employees 6 digit codes 
have been added. 
PAV LIST MAINTENANCE EXAMPLE 
6.42 Table 6-9 
below lists an End-user PAV List Maintenance Exam- 
ple. This example illustrates the method to be used to update 
the Account Codes list. It has been entered with the following as- 
sumptions: 
1) The Dialer has been programmed as in Table 6-8 above. 
2) Valid user Account Codes are 123456, 654321, and 626262. 
3) Employees with PAV codes 123456 and 626262 have been fired 
and two new employees have been hired. The new employees’ 
codes will be 980934 and 348609. 
4) The default Maintenance Access Code is the DTMF code ‘#w’. 
Table 6-9, PAV List Maintenance Example 
Dial 
123456#9## 
626262#9## 
980934x+Y# 
348609*## 
Hear 
#u 
bb 
P/i 
PP 
ENTERING SPEED CALLS Description 
Deletes employee PAV code 
123456. 
Deletes employee PAV code 
626262. 
Enable 
employee PAV code 
980934. 
Enable employee PAV code 
348609. 
Go back On-Hook. 
6.43 Speed Calls may be entered by using one of the formats listed 
below when programming the Dialer: 
10 Speed Call Entries = 7nn dk mm . . . mm x (if used) mm . . . ## 
100 Speed Call Entries = 7nn dk mm . . . mm * (if used) mm . . . ## 
1000 Speed Call Entries = 7nnn 
dk mm ‘. . . mm x (if used) mm . . . ## 
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							SECTION MITL8350-047-102-NA 
6.44 Table 6-10 below lists the digits required for Speed Call entries 
where ‘n’ is the number or location (bin) of the Speed Call 
Number. If 10 Speed Call entries are used, ‘nn’ is 00 through 09. If 100 
Speed Call entries are used, ‘nn’ is 00 through 99. If 1000 Speed Call 
entries are used, ‘nnn’ is 000 through 999. ‘d’ is the key used to 
determine the trunk(s) that have access to the particular Speed Call 
Number. ‘k’ is the Network Override Key that is used to select the 
allowed routing for the particular Speed Call Number. ‘mm 
. . . mm’ is 
the telephone number to be dialed. ‘*’ is the delimiter used to tell the 
Dialer that if any other digits are entered, they will be considered 
Account Code Digits as illustrated by the ‘p’ entries. ‘##’ is the Speed 
Call number entry terminator and will cause the number to be entered 
into the Dialer memory. 
Table 6-10, Speed Call Entries 
FIRST DIGIT = 7 SPEED CALL 
DIAL DEFINITION 
7nndkmm...mm## 
or 
7nndkmm...mmxpp...pp## Format for IO Speed Call entries where: 
nn is the number of the Speed Call entry (00 - 09). 
7nndkmm...mm## 
or 
7nndkmm...mmxpp...pp## Format for 100 Speed Call entries where: 
nn is the number of the Speed Call entry (00 - 99). 
-/nnndkmm...mm## 
or 
7nnndkmm...mmxpp...pp## Format for 1000 Speed Call entries where: 
nnn is the number of the Speed Call entry (000 - 999). 
d is the key that selects the trunks to access the 
call number as follows: 
DIGIT ALLOWED TRUNKS 
0 ALL 
1 
TRUNK 1 
2 
TRUNK 2 
3 TRUNKS I,2 
4 
TRUNK 3 
5 
TRUNKS I,3 
6 
TRUNKS 2,3 
7 
TRUNKS 1,2,3 
8 TRUNK 4 
9 TRUNKS I,4 
* TRUNKS 2,4 
# 
TRUNKS ‘I ,2,4 
C TRUNKS 3,4 
D 
TRUNKS 1,3,4 
E 
TRUNKS 2,3,4 
NOTE: The C, D, and E entries above may be made from 
a terminal.  
						

							SECTION MITL8350-047-102-NA 
Table 6-10 (Cont’d), Speed Call Entries 
DIAL DEFINITION 
k is the network override: 
0 - 3 Force on Route #O - #3. 
4 - 7 Force on Route #4 - 7. 
8 Use search table to determine routing. 
9 Dial immediate, no Route # (transparent). 
mm...mm is the phone number. If the % is entered, 
the digits after the * are considered to be Account 
Code (‘p’s). 
## enters the Speed Call Number into the Dialer’s 
memory. 
7nn## 
7nnn## 
I 
Delete speed dial entry nn (100 entries). 
Delete speed dial entry nnn (1000 entries). 
1) After entering all Speed Calls, exit the programming mode by 
going On-Hook; or by dialing ‘999’ on the DTMF Handset or, if 
using a terminal, typing an ‘X’. 
2) If it is necessary to re-enter the program mode, the default 
access codes are the same as those of a standard Dialer. They 
are: a) #Ox from the DTMF Handset, or b) ### from a user 
Speed Call entry viewpoint, or c) Carriage Return () from a 
terminal. 
3) Data confirmation may be accomplished from the programming 
mode with the use of a terminal. The ‘902’ command will enter 
the data confirmation mode and allow the reading back of 
Speed Call entries (or any other parameter). The ‘907’ command 
is used to exit the data confirmation mode. 
SEARCH TABLE PROGRAMMING CONSIDERATIONS (FOR SPEED 
CALL) 
Parameter OOOt 
6.45 Parameter ‘OOOt’ selects the number of Speed Call entries al- 
lowed where ‘t’ equals: 
0 = 10 Speed Call Entries 
1 = 100 Speed Call Entries 
2 = 1000 Speed Call Entries 
6.46 To use 1000 Speed Call entries, the default Speed Call Trigger 
in Table 803 must be deleted. It must be placed in Table 804 (or 
higher). The recommended Speed Call Trigger is the digit K. If this digit 
is used, a Speed Call is dialed by pressing the * followed by the 
location (bin) of the Speed Call. To set up the 803 and 804 tables when 
programming, enter: 
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							SECTION MITL8350-047-102-NA 
803 *#9#9#9## Deletes defaulted *nn 
804 *#9#9#9#2## Programs Xnnn into Dialer 
6.47 If ‘OOOt’ is set to ‘0’, the programming slot number is still two 
digits. This must be within the range of 00 through 09. A single 
digit Speed Call Trigger (i.e., 802 H9#2) is possible for the Search 
Tables, but must be programmed within the range of 700 through 709 
in the Speed Call slots. .. 
. . 
. . .’ 
6.48 The maximum length of the Speed Call field is 30 characters (29 
digits and a XC). The maximum length of a Speed Call or an 
Account Code field alone within the 30 character limit is 23 digits. 
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							SECTION MITL8350-047-102-NA 
7. CONTROLLER MEMORY CAPACITY 
7.01 The PAV useable memory consists of an 8K X 8 bit battery 
backed up Random Access Memory (RAM) chip that is capable 
of holding approximately 14,500 characters. This memory area is avail- 
able for the storage of parameters and data at programming time. The 
rest of the available space is used for program execution overhead. 
7.02 It is unlikely that a programmer will completely fill the RAM 
area with data. In the event that memory space becomes a 
matter of concern, the ground rules for estimating memory usage are 
discussed in the paragraphs to follow starting with paragraph 7.04. 
7.03 If a programmer runs out of space while programming the 
Controller, none of the previously programmed data will be lost. 
The controller simply refuses any more programming after complete 
memory usage by displaying a question mark (?) on the terminal 
screen at the termination of each data entry on the keyboard. If it is 
suspected that RAM space has been completely used up, contact the 
distributor or the MITEL DATACOM Field Service Office. Once con- 
tacted, these personnel can verify that all RAM space has been used, 
and can possibly recommend more efficient programming techniques 
that can remedy the situation. As previously mentioned, the program- 
mer should almost never run out of RAM space for parameters and 
data. 
7.04 Estimates of the memory space required versus the available 
memory space are possible. The programmer can, therefore, 
estimate the memory space required before programming and can 
determine if the available space is insufficient. 
MEMORY SPACE ESTIMATING METHOD 
7.05 The simplest way to determine if the the intended data base 
will fit into available memory is to calculate the space required 
by the data. This space is then compared to the space available 
according to the following rules: 
1) There are approximately 14,500 available data spaces in a 
freshly initialized Dialer. These spaces are used to store pro- 
grammed data. All data to be programmed into the Dialer will 
use this space with the exception of default settings. If a default 
setting is used, it will not decrease the available space. Space is 
mainly consumed by the parameters which are defined as 
‘string’ entries and require the ## terminator for entry. Entries 
that do not require the ## terminator may be ignored in cal- 
culations. 
2) A Search Table entry (parameters 801 through 815) occupies a 
number of spaces equal to the length of the template plus the 
action digits. For example, an 804 Search Table entry such as 
‘804 1315 0 ##’ is four digits plus one action digit for a total of 
five memory spaces. The ‘804’ and ‘##’ entries are not counted. 
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							SECTION MITL8350-047-102-NA 
3) 
4) 
5) 
Note: 
7.06 An entry of ‘803 #9#9#9#2’ is six digits plus two action digits 
for a total of eight memory spaces. 
An Account Code entry (parameters 821 through 835) occupies 
the number of spaces equal to the length of the template 
(account code) plus the action digits. The account code ‘12345’ 
with an action of ‘valid account code, allow call’ would be 
programmed as ‘825 12345 ##’ and would require six spaces. 
The ‘825’ and ‘##’ entries are not counted. 
A Speed Call entry occupies a number of spaces equal to the 
length of the Speed Call plus six (an internal Controller require- 
ment) spaces. This number must be rounded off to the next 
larger even number if the result is odd. For example, a Speed 
Call programmed as ‘7nnn 8 139311212 ##’ requires 14 spaces 
in memory. The eight digits of the telephone number plus six 
additional for the Controller equals 14. The ‘7nnn’ and ‘##’ 
entries are not counted. 
Access Control strings, OCC Access Numbers, OCC Authoriza- 
tion Codes, etc., all count, but in general require so little space 
that they may be neglected for the purpose of space estima- 
tions. 
Deleting a Speed Call with the ‘7nnn##’ command does not 
reclaim all memory previously occupied by that entry. After 
deletion, the memory space increase only by the number of 
digits in the removed speed call number and not by the ‘+ 6’ 
factor that was added in the calculation in 4) above. 
Figures 7-l through 7-3 are calculation worksheets that have 
been included to assist in memory space calculations. Figure 
7-l is to be used in calculating Search Table space. Figure 7-2 is to be 
used in calculating Account Code space, and Figure 7-3 is to be used 
in calculating Speed Call number space. These figures are located at 
the end of this part. 
7.07 The sum of the Search Tables + Account Codes + Speed Call 
Numbers must be less than approximately 14,500 spaces. Using 
the assumption that there will be one speed call number for each 
password, and that the 801 through 815 search tables are not required 
to be programmed (as is the usual case), the following generalizations 
can be made: 
Let X = QUANTITY 
ACCT. CODES 
SPEED CALLS 
(Length + 2) X + 
(Length + 6) X = 
14,500 
7.08 For example, assume that the unit is programmed with all 5 
digit Account Codes and 7 digit Speed Call numbers. Using the 
equation under paragraph 7.07 above, the amount of space used would 
be 725 spaces as shown 
below: 
(5 + 2)X + (7 + 6)X = 14,500 
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							SECTION MITL8350-047-102-NA 
7x + 13x = 14,500 
20x = 14500 
14500 
x= 20 
X = 725 
Therefore, 725 five digit account codes and 725 seven digit speed calls 
numbers may be safely stored in the RAM memory. 
7.09 Another example would be to assume that there will be twice 
as many account codes as speed call numbers. Account codes 
are still 5 digits long and speed call numbers are 7 digits long: 
(5 + 2)2X + (7 + 6)X = 14,500 
(7)2X + 13X = 14,500 
14x + 13x = 14500 
27X = ‘I4500 
14500 
x= 27 
x = 537 
Therefore, 1,074 five digit account codes (2X) and 537 seven digit 
speed call numbers may safely be stored in the RAM memory. 
7.10 If the extreme case were considered and based on the formula 
above, up to 381 15-digit account codes and 381 l5-digit 
speed call numbers could be stored in the RAM memory. For those 
who demand more detailed calculations, simultaneous solutions using 
X and Y unknowns would allow calculation of uneven numbers of 
account code/speed call quantities. Calculus formulae would allow 
both lengths and quantities to be varied, but for simplicity, it is easier 
to use the charts included, with known intentions. 
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							SECTION MITL8350-047-102-NA 
SEARCH TABLES 
Parameters 801 - 815 
Length+1 X Qty. Subtotal 
Total Space 
Figure 7-1, Calculation Sht. 1 Length+2 ACCOUNT CODES 
Parameters 821 - 835 
X Qty. 
Total Space Subtotal 
Figure 7-2, Calculation 
Sht. 2 
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							1. 
SECTION MITL8350-047-102-NA 
SPEED CALL NUMBERS 
7nnn Entries 
Length+6 X my. Subtotal 
Total Space 
Figure 7-3, Calculation Sht. 3 
Page 45