Mitel SMART L CALL CONTROLLER Hardware Installation Manual

							SECTION MITL8350-047-l OO-NA 
TABLE 11 CON’T: SEARCH TABLE ENTRIES 
FIRST DIGIT = 8 SEARCH TABLES 
DIAL DEFINITIONS/DESCRIPTIONS 
#6 This is the last digit of the phone number; any other 
dialed digits are the account code unless 154t = 1. A 
route must have been chosen prior to encountering 
a search table with #6 as an action. 
#7 Do nothing (wait for more digits). 
#8 Prefer default route (see x24t). 
#9 When entered as an action, that template entry is 
removed from the search table (i.e., 803#00++#9). 
#C Subscriber side only, Limited Access Security Code. 
Access for programming speed calls only with a 
format of 7nn08mm....mm##. Once this mode is ac- 
cessed, entry consists of nn mm......mm##. If the 
subscriber does not have the capability of dialing 
the ##, a short wait for a timer expiration will auto- 
matically complete the entry (see Table 10 for for- 
mat description). 
## End of entry, return to programming. 
NOTE: One (and only one) action must be pro- 
grammed for each template entered. 
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5.33 The following paragraphs list the default settings and their 
descriptions that are included in the search tables when default 
data is first loaded. 
SEARCH TABLE 801 AND 821 
DEFAULT: 111#71 
If the first digit is a 1, do nothing. 
DEFAULT: 1 x I#71 
If the first digit is a x-, do nothing. 
DEFAULT: I#9 1 0 1 
If the first digit is not a 1 or a SC, force the call onto Route #O. 
SEARCH TABLE 803 AND 823 
DEFAULT: )g)/ 
Stop searching after the receipt of 911. 801 search above will 
force onto Route #O. 
DEFAULT: 1 x I#9 I#9 I#21 
* and two more digits is a speed dial number. 
DEFAULT: 1#01oIx/#41 
DTMF ‘#Ox’ is the program access code. 
DEFAULT: [#o1#01#01#cl 
DTMF ‘###’ is the Speed Dial Programming Access Code. 
SEARCH TABLE 804 AND 824 
DEFAULT: 111 
Dial and cut through after 1+411. 
DEFAULT: 11151515101 
Place I+555 calls on Route #O. 
DEFAULT: 1118101010] 
Place 1+800 calls on Route #O. 
DEFAULT: 11 
Place l+NXX calls on Route #I. 
DEFAULT: #9 #0 0 x #4 
Alternate program access code. 
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SEARCH TABLE 807 AND 827 
DEFAULT: 1 #4 #I #9 5 5 5 0 
Place l+N(O or 1)X-555-xXxX calls on Route #O. 
DEFAULT: #4 #4 #9 #9 #9 #9 #9 #6 
T- 
Stop searching after receipt of NNX-XXXX (local call). 
SEARCH TABLE 808 AND 828 
DEFAULT: #1 #4 #4 #9 #9 #9 #9 #9 #6 
Y 
Stop searching after receipt of l+NNX-XXXX (long distance call 
within the same area code). 
SEARCH TABLE 810 AND 830 
DEFAULT: #4 #I #9 #9 #9 #9 #9 #9 #9 #9 #6 
Stop searching after receipt of N(0 or 1)X-XXX-XxXx (long dis- 
tance, outside of local area code). 
SEARCH TABLE 811 AND 831 
DEFAULT: #I #4 #I #9 #9 #9 #9 #9 #9 #9 #9 #6 
Stop searching after receipt of a l+N(O or 1)X-XXX-XxXx (long 
distance, non-international call). 
Note: To enable OCC dialing parameters, the 601 (area code), 621 
(OCC access), and 622 (authorization code) values must be 
programmed. 
Note: The search tables for the Alternate Routes are programmed 
by using numbers 821 through 835. These are used in the 
same manner as the numbers in the primary search tables. 
The ‘a’s used for 821 through 835 remain the same as the 
definitions for the ones used for 801 through 815. Alternate 
search tables can be accessed via x22t. 
Special Functions 
5.34 Table 12 (on the following page) contains the description of the 
programming entries required to invoke some special functions. 
Modes 903, 904, 906 and 908 will affect calls in progress. 
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							SECTION MlTL8350-047-I OO-NA 
TABLE 12: SPECIAL FUNCTIONS 
FIRST DIGIT = 9 
DIAL DEFINITION/DESCRIPTION 
902 
903 
904 
906 
907 
908 
980mmddhhmm 
999 (or go on-hook) Data confirmation mode: After each three digit prefix de- 
scribed above, the Dialer will display the data if program- 
ming method 1 is employed, or if using methods 2 or 3, the 
Dialer will wait for 0.5 seconds, then send the data out in 
DTMF format. 
Load default data - delete all non-default data. 
Clear all searches (including defaults, primary and alternate). 
Enter clone master mode. 
Return to normal programming mode from data confirmation 
mode. 
Enter tandem operation mode (ASCII - DTMF conversion). 
Set the internal clock where mm = month, dd = day, hh = 
hours, mm = minutes. 
Exit programming. 
ACKNOWLEDGE TONES 
5.35 In general, after each entry, the Dialer will respond with a 
double tone. During programming, the Dialer will ‘punctuate’ the 
entry with short tones as follows: 
Parameters 
5.36 After the three digit parameter prefix has been dialed, the Dialer 
will insert a single short tone. After the fourth digit, the Dialer 
will send a double tone that indicates the Dialer is ready to continue 
programming. 
Strings 
5.37 After the three digit string prefix has been dialed, the Dialer will 
insert a single short tone. After the ‘##’ has been dialed, the 
Dialer will send a double tone indicating Dialer is ready to continue 
programming. 
Search Tables 
5.38 After the three digit search table prefix, the Dialer will send a 
short tone. After the ‘##’ has been dialed, the Dialer will send a 
double tone indicating the Dialer is ready to continue programming. 
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							SECTION MITL8350-047-l OO-NA 
Note: In the event of an illegal entry, the Dialer will send four long, 
slow beeps to indicate that the entry has been ignored. Wait 
for the tones to stop and then try again. 
METHOD 3 
Tandem Mode 
5.39 Remote programming may be accomplished using a PC or 
dumb terminal in conjunction with a Dialer. The local Dialer will 
perform as an ASCII to DTMF convertor in this mode and also has the 
advantage of visual feedback while programming a remote Dialer. This 
mode is also useful for data confirmation of a problem remote Dialer. . 
5.40 The network connection between the local and remote Dialer 
must be of reasonable quality with not more than a 20 dB loss. 
5.41 To initiate TANDEM MODE, enter the PROGRAM MODE, then 
enter 502 9 (for a more reliable DTMF transmission) and then 
enter the TANDEM MODE with the 908 command. The Dialer will be 
self-prompting on the screen. It will ask which line to use, will ac- 
knowledge receipt of the dial tone and will prompt for the phone 
number to dial. The user may pick up the associated phone at this 
point to converse with someone at the remote location. Once the 
remote Dialer has answered, enter the program access code. Upon 
receipt of the remote acknowledge tone, the remote phone will be split 
away and may be hung up. 
5.42 The first command issued to the remote Dialer should be 502 9 
(130 ms DTMF tones for more reliable data transmission) unless 
it has been pre-set. At this point, standard terminal programming 
techniques may be used. 
5.43 For data confirmation (902 mode), the TANDEM 7’ turn-around 
mode is most convenient. This places the local and remote 
digits on separate lines on the screen which makes the data confirma- 
tion much easier to read. Use ‘X’ to return to regular mode from the 
turn-around mode. 
5.44 The next to last command to the remote Dialer should be to 
return the x09t parameter to its original setting before pro- 
gramming. 
5.45 The ** LAST ** command to the remote Dialer should be 999 in 
order to exit the program mode in the remote Dialer. Failure to 
do so will result in the remote Dialer trunk having to time-out of the 
program mode which essentially, results in that trunk being locked-up 
for the duration of the time-out. 
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METHOD 4 
Cloning 
5.46 “Cloning” is a programming method whereby several Dialers 
can be programmed to operate identically once one Dialer has 
been set to the desired functions by another programming method. 
The Dialer that has the pr8-programmed instructions 
and is used to 
‘clone’ another is called the ‘Master’. The unit to b8 programmed by 
this method is called the ‘Slave’. 
5.47 This method must be accomplished by meeting the following 
conditions: 
1. The Master unit cannot be processing any calls. 
2. The Slave unit(s) must be fully operational and programmable 
from either a terminal or a DTMF handset. 
3. Both the Master and the Slave units must b8 set for the same 
Baud rate. 
4. This procedure will work correctly only if one Slave is con- 
nected to one Master at any one time during the cloning. 
5. The Master unit must not be allowed to exit the program mode 
and no off-hook to on-hook transitions may occur in either unit 
while the RS-232 Cloning Cable is connected between the 
units. 
Note: These transitions will cause an SMDR output that will confuse 
the units and possibly corrupt the programming of both units. 
6. 
5.48 
1. 
2. 
3. 
4. 
5. 
6. The Slave unit must b8 powered down, then up after cloning 
and before attempting to use it. The Cloning Cable must be 
disconnected prior to powering the Slave unit up. 
The following is a list of required equipment that is needed to 
accomplish this method of programming: 
Pr8-programmed, dedicated Master unit. 
DTMF handset or other DTMF source that will allow the Master 
unit to seize the line and generate tones. 
A method of audibly detecting clone acknowledge tones on the 
Master Unit. A DTMF handset is allowable, or any other means 
of monitoring the audio on the subscriber side of the Master 
unit. 
A battery or dummy CO source for the Master unit. 
A power pack for each Dialer. 
RS-232 Cloning Cable. The Dialer requires pins 1, 2, and 3 only. 
It is a NULL MODEM type with pins 2 and 3 reversed at one end. 
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							SECTION MITL8350-047-l OO-NA 
Procedure 
5.49 
1. 
2. 
3. 
4. 
5. 
6. 
7. 
8. 
9. 
IO. 
11. 
12. 
5.50 The following steps are the procedure to be accomplished to 
clone a Dialer: 
Ensure that the Dialers have been x initialized (see Page IO, 
para. 3.05). 
Power up the Master unit. 
Verify that the desired programming is already resident in the 
Master unit. 
Power up the Slave unit. 
Match the Master and Slave Baud rates. 
Connect the Master and Slave RS-232 port connectors together 
with the Cloning Cable. 
Go off-hook on the Master unit. 
Dial the program access code (# 0 x unless it has been 
changed). 
Dial ‘906’ to start the Clone procedure. 
In approximately four to five seconds, one of two responses will 
occur. These are: 
a) A double beep that indicates a successful clone has 
taken place and data has been transferred, or 
b) Four long, slow beeps that indicate a failure of the clon- 
ing process. If this occurs, check the cable, the Baud 
rates, and the power connections, etc., to determine the 
cause of the failure. 
After successful cloning, disconnect the Cloning Cable and 
power down the Slave unit. 
DO NOT attempt to make the Slave unit function while the 
Cloning Cable is connected or prior to this power down. 
Upon the next power up of the Slave unit, it will be functional 
and ready for operation with its data base being a copy of the 
Master unit data base. If more units are to be cloned, repeat steps 2 
through 11 for each unit. 
Note: The ‘906’ Clone Command may be repeated at the Master unit 
any number of consecutive times until the desired number of 
units are cloned. 
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							SECTION MlTL8350-047-IOO-NA 
Do not allow the Master to time out of the program mode 
or otherwise exit the program mode while the units are 
connected via the RS-232 Cloning Cable. The resulting 
SMDR output could cause data corruption of both units. 
The user may wish to turn the Master SMDR off (009 = 0) 
during the cloning and later restore it to its original set- 
ting if needed to minimize this error. A good rule to 
follow is to only have the Cloning Cable connected while 
actually cloning the unit. 
Note: The cloning process occurs at a 19,200 Baud rate in order to 
proceed quickly (four to five seconds). The length of the 
Cloning Cable should be kept to a minimum and not coiled to 
allow uncorrupted transfer of data. The Master unit reverts to 
the programmed Baud rate upon completion of cloning and 
the Slave unit returns to its programmed Baud rate on the 
first power-up transition. 
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							SECTION MITb6%60-Q47-l OO-NA 
6. SPECIFICATIONS 
HARDWARE 
6.01 Table 13 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 13: SMarT-lTM HARDWARE SPECIFICATIONS 
SPECIFICATION MIN. TYP. MAX. UNITS 
FCC RINGER EQUIVALENCE 0.78 
IDLE LINE, LOOP START 
RINGER IMPEDANCE: 15-60 Hz, 70-IIOV 10 20 K& 
20-3500 Hz, 1OV 1 Mfi 
RINGING SENSITIVITY: 15-60 Hz 40 Volts 
LEAKAGE: Tip to Ring, 1OOV 20 
MQ 
Tip to Earth, IOOV 20 
M!J 
OFF HOOK CURRENT 15 80 mA 
IDLE LINE, GROUND START 
SENSING RESISTANCE: Tip to Earth 36 40 .45 Kfi 
OPEN CIRCUIT VOLTAGE: Tip -22 -25 . -28 Volts 
GROUNDING VOLTAGE -5 0 +lO Volts 
TIME TO RECOGNIZE TIP-GROUND 10 
150 ms 
RESISTANCE: Sending Ring-Ground n/a 
BATTERY FEED 
OPEN CIRCUIT VOLTAGE 22 24 26 Volts 
FEED RESISTANCE 550 600 
650 sz 
BALANCE: DC 36 40 dB 
SHORT CIRCUIT CURRENT 50 mA 
TERMINATION 
RESISTANCE: DC, 20 mA 200 300 D 
DC, 40 mA 200 300 sit 
AC, 300-3000 Hz 550 600 650 i-l? 
RETURN LOSS: 600 ohms, 20mA 20 26 dB 
OPERATING CURRENT 13 80 mA 
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