Mitel SMART L CALL CONTROLLER Hardware Installation Manual

							SECTION MITL8350-l Ol-l OO-NA 
TABLE 3: SPECIFIC 909 DEFAULTS 
PARAMETER 
r50t & r70t 
r58t & r78t 
602 
644 & 684 
645 & 685 
;15, 625, 635, 655, 
665, & 675 
803 Search Table 
20, 630, 660, & 670 
610 & 650 
640 & 680 
DEFAULT/ 
RECOMMENDED 
(not applicable) 
8 
SMT 
9 #250 2 #833 5 7 
#803 2 7 
These are the remaining Route Access Control 
DDD 
S.C. 
Note: 
602, 610 through 680 programming data entry must be ASCll 
code. 
DEFAULT COMPARISON 
4.10 Table 4 is a comparison of the 903 versus the 909 defaults. In 
these comparisons, the reader will note that there are some 
enhancements that are possible with the 903 defaults that are not 
included or possible with the “standard” SMarT-lTM Dialer. Once again, 
the General Information Manual (MITEL P/N 8350-047-lOO-NA) is ap- 
plicable to all parameters and functions for the 903 command, but with 
the addition of the listed enhanced operation capabilities. Specifically, 
in the 903 “standard” mode, up to 1,000 Speed Call positions are 
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							SECTION MITL8350-l Ol-l OO-NA 
now possible. Each Speed Call may now contain its own unique Ac- 
count Code, if desired. 
TABLE 4: COMPARISON OF 903 VERSUS 909 DEFAULTS 
903 DEFAULTED 
PARAMETER OOOt: 
0 = 10 SPEED CALLS 
1 = 100 SPEED CALLS 
2 = Maximum 1000 possible speed calls 
(3 digit address) 
NOTE: To use Selection 2, the default 803 
Speed Call trigger search table entry 
must be deleted and replaced in the 804 
Table or other table as desired. The rec- 
ommended Speed Call trigger is: 804 = $6 
#9 #9 #9 #2 (user dialed as *nnn). 
The number of digits that must be dialed 
into the Speed Call parameter slot is two 
or three, depending on OOOt above. 
The Speed Call programming format is: 
7nn or 7nnn, followed by 
dk mm . o . mm 
##. 
NOTE: The appropriate Speed Call trigger 
must be entered in the search tables for 
7nnn type entries. 
NOTE: If OOOt is set to 0, the program- 
ming 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 *#9#2) is possible for the Search 
Tables, but. must be programmed in the 
range of 700 through 709 in the Speed 
Call slots. 
The foilowing applies to both defaults: 909 DEFAULTED 
PARAMETER OOOt IGNORED 
1,000 Speed Calls maximum consisting of 
three digit slots numbered from 000 to 
999. 
NOTE: The default trigger is: 803 = #9 +9 
#9 82. There is no “So prefix in this de- 
fault. If one is added, be sure to delete 
the present 803 Search Table entry. 
The number of digits that must be dialed 
into the Speed Call parameter slot is 
fixed at three digits. Parameter OOOP is 
not functional. 
The Speed Call programming format is: 
7nnn followed by dk mm ~ ~ * mm ##. 
If a * is entered as a part of the mm . . . 
mm sequence above, all of the digits placed 
before the ic are entered into the destination buffer. The digits after the * are entered into 
the account code buffer. The ++ is not dialed out. It is ignored-in the dial-out procedure and 
only notes the beginning of the account code number. 
This means that a * may not be a part of a destination number, but if multiple s’s are 
entered in the Speed Call format, the second and succeeding N’S will be made a part of the 
account code. They will also appear in the Call Recording output 
The * separating the Speed Call and the Account Code may be positioned anywhere 
in the “mm . . . mm” string, or left out entirely. If it is left out entirely, the entire entry will 
be considered as a destination number. 
(Continued on next page)  
						

							SECTION MITL8350-l Ol-l OO-NA 
TABLE 4 Con’t: COMPARISON OF 903 VERSUS 909 DEFAULTS 
903 DEFAULTED 
909 DEFAULTED 
The maximum length of the field is 30 characters (29 digits and a XC). The maximum 
length of a Speed Call or Account Code field alone within the 30-character limit is 23 
digits. 
In the 903 Mode, the 6r5 Access Control Strings, of course, must be programmed to 
dial out the Account Codes, if desired. 
Speed Dialing may be done on any route in either default format. Note that Route #3 
is the recommended route for the 909 Speed Dialer Mode. 
The User Speed Call programming access 
code is ###. 
There is no change. In other words, all 
trunks are allowed access and speed 
calls go to search tables (dk = 08). The User Speed Call programming access 
code is ###. 
Speed Calls are routed to Route #3. All 
trunks are allowed access (dk = 03). 
1 
Note: For installations not capable of transmitting the “#” sign to 
the dialer, the program access may be changed to any desired 
series of digits via search table programming. Waiting for 
expiration of the interdigit time-out will automatically com- 
plete the entry, thus avoiding the ## terminating entry. 
5. PROGRAMMING EXAMPLES AND USE 
“909” SOPHISTICATED SPEED DIALER PROGRAMMING 
5.01 The following paragraphs show examples of specific program- 
ming for Speed Calls for both the system programming and the 
User programming viewpoints. It should be noted that the “0” portion 
of the “03” strings below may be chosen differently, if desired, to allow 
differing combinations of trunks to have access to the Speed Call (see 
Table 
1 ‘dk’). The “3” portion of the “03” string, however, should remain 
“3” each time. This forces all Speed Calls to Route #3. Using other 
routes may require additional programming (refer to the General In- 
formation Manual). 
#Ox SYSTEM PROGRAM ACCESS 
1) Go Off-Hook. 
2) Dial #ON. 
3) Wait for the confirming tone. 
4) Dial 909. This defaults the Dialer to the sophisticated Speed 
Dialer data base. 
5) The examples that follow on the next page show entries which 
will not use Account Codes: 
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							SECTION MITL8350-101-l OO-NA 
7000 (CONFIRM TONE) 
03 3931212## (CONFIRM TONE) 
7001 (CONFIRM TONE) 
03 3861212## (CONFIRM TONE) 
7002 (CONFIRM TONE) 
03 3447725&Y (CONFIRM TONE) 
7660 (CONFIRM TONE) 
03 mrn...mm## (CONFIRM TONE) 
Des: No. 
6) The following examples of entries will cause Account Codes to 
be dialed out after. the destination number: 
7050 (CONFIRM TONE) 
7051 (CONFIRM TONE) 
7nnn (CONFIRM TONE) 03 5459958 * 1234567 ## (CONFIRM TONE) 
03 5661992 * 2345678 ## (CONFIRM TONE) 
03 
mm...mm ++ mm...mm ## (CONFIRM TONE) 
Des:. No. 
Act. ‘Code 
7) Dial 999 or go On-Hook. This exits the programming mode. 
C%SER PROGRAMMING OF SPEED CALLS 
5.02 In this example, the Speed Calls (7)OQ5 through (7)QO9 are as- 
sumed to be reserved for the User to program entries as he 
sees fit. Note that the “7” and “03” portions of the entry need not be 
dialed by the User. He needs only dial the 3-digit address. 
I) Go Off-Hook. 
2) Dial ###. 
3) Wait for the confirming tone. 
4) Then dial: 
005 (CONFIRM TONE) 
006 (CONFIRM TONE) 
007 (CONFIRM TONE) 
008 (CONFIRM TONE) 
009 (CONFIRM TONE) 
“903” STANDARD O.C.C. DIALER PROGRAMMING 
4541956 ## (CONFIRM TONE) 
5451992 ## (CONFIRM 
TONE) 
3447727 * 7654321 ## (CONFIRM 
3447777 ++ 6765432 ## (CONFIRM 
mm...mm * mm...mm ## (CONFIRM 
Des: No. t 
Ace. Code 
TONE) 0 
TONE) 
TONE) 
5.03 Programming Speed Calls for a Dialer in the “903” Standard 
O.C.C. Dialer configuration is accomplished in the same manner 
as described above with the following exceptions: 
1) Any route may be selected. 
2) To dial out Account Codes from within a Speed Call entry, the 
appropriate Access Control Sequence must be reprogrammed 
to request the Account Code for dial-out. 
3) If 10 or 1,000 Speed Call selections are desired, the OfJOt pa- 
rameter must be programmed to 0 or 2 accordingly after enter- 
ing the default 903 or 909 command. 
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							SECTION MlTL8350-l Ol-l OO-NA 
4) 
When programming from the User Program Access Code (###), 
all Speed Calls programmed are routed through the Search 
Tables (dk = 08). 
DIALING SPEED CALLS 
5.04 Once the Dialer has been installed and depending upon the type 
of programming, the user may dial Speed Calls. The method to 
access Speed Calls differs depending on unit usage. If 909 Default 
programming was used, there are no special instructions required to 
dial a Speed Call. Simply dial the three-digit number of the desired 
Speed Call and all else is transparent to the user. If the unit has been 
programmed with the 903 Default, there will be a default Speed Call 
“trigger” character. This trigger exists in the 803 Search Table. If pa- 
rameter OOOt is either 0 or 1 (10 or 100 Speed Calls), the trigger exists 
in the 803 Search Table and is, by default, %. If parameter OOOt is 2 
(1,000 Speed Calls), the trigger in table 803 must be deleted and 
replaced in table 804, for example (by programming). Once again, it is 
recommended that the x character be used as the trigger. In the case 
of the 903 default, to access a Speed Call (default programming), 
simply dial *nn to access a given Speed Call, where ‘nn’ is from 00-99 
for a specific stored Speed Call. 
Note: For more details, refer to the General Information Manual. 
5. SPEED CALL VERSUS SCREENING CAPABILITIES 
6.01 There are several ways in which to calculate the maximum 
quantity of Speed Calls and Screen Quantities capable of being 
programmed into the Dialer. Since both Speed Call and Search Table 
screens may be of varying length, depending upon the application, 
graphs are not practical. Some simple methods of determining the 
capabilities are possible. 
Ground Rules 
6.02 There are two basic ground rules that are applicable. These are: 
1) After a 909 default command, there are ‘l5,OOO spaces in mem- 
ory left for data. 
2) After a 903 default command, there are 14,500 spaces in mem- 
ory left for data. 
Methods 
6.03 The simplest method used to determine if the intended data 
base will fit into memory (almost all will), is to calculate the 
space required by the data. Then compare this space to the space 
available according to the following formulae: 
1) A search table entry occupies a number of spaces equal to the 
length of the template plus the action digit(s). An 804 Search 
Table entry such as ‘804 1315 0’, for example, is four digits plus 
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							SECTION MITL8350-I Ol-l OO-NA 
one action digit for a total of five. The “804” is not counted. An 
entry of 803 #9#9#9#2 is six plus two, for a total of eight. 
2) A speed call entry occupies a number of spaces equal to the 
length of the speed call plus 6 (an internal Dialer requirement), 
and must be rounded up to the next ewen number if the total is 
odd. Thus, a Speed Call programmed as “7nn 08 13931212##” 
requires 14 spaces in memory (8 digits + 6 = 14). The W’, if 
used to partition an account code into the Speed Call, counts 
as one digit. The “#I” does not count. 
3) As long as the total of the Speed Call plus the Search Table 
entries does not exceed the available space, the intended pro- 
gram will fit into memory. If, by some chance, memory capacity 
is exceeded, the Dialer will return error tones in the DTMF set 
(or a question mark if using a terminal), at the point where data 
is no longer being accepted. 
Note: Deleting Speed Calls with the Snnn## command does not 
reclaim all memory. After the deletion, memory space in- 
creases only by the number of digits in the number being 
removed, and not by the +6 factor that 
was added to the 
Speed Call. Therefore, in the rare event that memory space 
becomes critical, and several numbers are deleted, the offset 
in memory space regained must be considered. Total memory 
space is only reclaimed with a default command. Search ta- 
bles, on the other hand, reclaim all occupied memory space 
upon deletion. 
6.04 Figure 3 on page 16 is a worksheet that has been included to 
ease the calculations. For those who are less inclined to do the 
calculations, Tables 5 and 6 below may be helpful. The quantities listed 
are rounded downward to allow for entry of route names, longer 
access control 
sequences, etc., that would seriously complicate cal- 
culations. Therefore, the actual calculations on a defaulted Dialer 
would show slightly higher quantities available than listed. 
TABLE 5: SPEED CALLS (With no Search Tabies present) 
3 
through 8 digit Speed Calls 
9 or 10 digit 
Speed Calls 
11 
or 12 digit Speed Calls 
Note: 
All digit counts include the “N” account code separator, if 
used. 
P 
Page 14  
						

							SECTION MITL8350-101-100-NA 
TABLE 6: SEARCH TABLE SCREENS (with no Speed Calls present) 
QTY. 
2,900 
2,400 
1,800 
1,600 
1,300 
1,200 
900 LENGTH OF SCREEN (No Speed Calls Present) 
4 Digit Screens 
5 Digit Screens 
6 Digit Screens 
7 Digit Screens 
10 Digit Screens 
11 Digit Screens 
15 Digit Screens 
Calculation Examples 
Example 
1 
100 8-DIGIT 1,600 7-DIGIT SCREENS 
OR 1,450 8-DIGIT SCREENS 
OR 1,150 lo-DIGIT SCREENS 
OR 1,000 ll-DIGIT SCREENS 
1,000 8-DIGIT 90 ‘/-DIGIT SCREENS 
OR 80 8-DIGIT SCREENS 
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							SECTION MITL8350-lOl-l OO-NA 
SPEED CALLS SCREENS IN 
SEARCH TABLES 
TOTAL SPEED CALL SPACE TOTAL 
SCREEN SPACE 1 ] 
TOTAL SPEED CALL SPACE + TOTAL SCREEN SPACE MUST 8E LESS THAN: 
15,000 
FOR 909 DEFAULTED DIALER AND 
14,500 FOR 903 DEFAULTED DIALER. 
Note a: IF LENGTH+6 IS AN ODD NUMBER, ROUND UP TO NEXT EVEN NUMBER. 
FIGURE 3: CALCULATION WORKSHEET 
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							SECTION MlTL8350-l Ol-l OO-NA 
7. SPECIFICATIONS 
HARDWARE 
7.01 
Table 7 lists all of the hardware specifications for the SMarT- 
lTM Common Carrier Access Dialer and Call Controller. These 
specifications also apply to the SMarT-‘lATM unit unless otherwise 
noted. 
TABLE 7: SMarT-lTM HARDWARE SPECIFICATIONS 
SPECIFICATlON 
FCC RINGER EQUIVALENCE 
IDLE LINE, LOOP START 
RINGER IMPEDANCE: 15-60 Hz, 70-‘llOV 
20-3500 Hz, 1OV 
RINGING SENSITIVITY: 15-60 Hz 
LEAKAGE: Tip to Ring, 1OOV 
Tip to Earth, 1OOV 
OFF HOOK CURRENT 
lDLE LINE, GROUND START 
SENSING RESISTANCE: Tip to Earth 
OPEN CIRCUIT VOLTAGE: Tip 
GROUNDING VOLTAGE 
TIME TO RECOGNIZE TIP-GROUND 
RESISTANCE: Sending Ring-Ground 
BATTERY FEED 
OPEN CIRCUIT VOLTAGE 
FEED RESISTANCE 
BALANCE: DC 
SHORT CIRCUIT CURRENT 
TERMINATION 
RESISTANCE: DC, 20 
mA 
DC, 40 mA 
AC, 300-3000 Hz 
RETURN LOSS: 600 ohms, 20mA 
OPERATING CURRENT 
MIN. 
10 
1 
40 
20 
20 
15 
36 
-22 
-5 
‘10 
22 
550 
36 
200 
200 
550 
20 
13 
TYP. 
40 
-25 
0 
n/a 
24 
600 
40 
600 
26 
MAX. 
0.78 
20 
80 
45 
-28 
+I0 
150 
26 
650 
50 
300 
300 
650 
80 
UNlTS 
K& 
MSt 
Volts 
M& 
Ma 
m A 
K& 
Volts 
Volts 
ms 
Volts 
& 
dB 
mA 
fi 
Q 
fi 
dB 
mA 
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							SECTION MITL8350-101-l OO-NA 
TABLE 7 CON’T: SMasT-1 TM HARDWARE SPEClFlCATlONS 
CO SIDE 
FEED: Gain 300 Hz 
INTERNAL FEED: 
DTMF RECEIVER 
LEVEL 
LEVEL DIFFERENCE 
FREQ. To receive 
To not receive 
DURATlON 
TIME BETWEEN TONES 
ROTARY RECEIVER 
MAKE IMPEDANCE 
MAKE DURATION 
BREAK IMPEDANCE 
BREAK DURATION 
RATE 
DTMF SENDER 
LEVEL 
FREQUENCY 
DURATION (Programmable) 
ROTARY SENDER 
TIMING (Programmable) 
TIMING (At 60140): 
RATE (At 60/40) 
INTERDIGIT PAUSE (Programmable) 
OPERATING 
RANGE 
TEMPERATURE 
HUMIDITY 
ALLOWABLE VOLTAGE: connected to any 
-/- With reference to 600~ Termination. 
Page 18