Mitel SMART L CALL CONTROLLER Hardware Installation Manual

							ISSUE 2, AUGUST 1988 SECTION 8350-345-013-NA 
S... ROUTE PiiRAMETER PROGRAMMING 
8. 9. Account Code Warning Tones 
You can specify warning tones to be supplied to a caller that start after the expiration of 
the 
R53 (timer) for PRIMARY Routes, or R73 (timer) for ALXERNATE Routes. The 
tones are 400 ms long with a 400 ms space of silence in between If the caller fails to 
enter a digit before the specified number of tones expires, the user will receive re-order 
tone (of 200 ms ON, 200 ms OFF), and will have to restart the call. This can be done by: 
REGISTER R59 DESCRIPTION 
DEFAULTI 
PRIMARY 
WHERE T IS: 
ENTER P FOR ROUTE 0 + 59T O=NONE 0 
ENTER 2 FOR ROUTE 1 + 59T 1 = ar 
ENTER 3 FOR ROUTE 2 + 59T 2 = JJ 
,. 
ENTER 4 FOR ROUTE 3 + 59T 3 = Jj=J 
ENTER 5 FOR ALL + 59T 4 = U-H 
5 P JXJJ 
6 = JJ$JIJ 
JJJJJJJ 
: : J=JJaiXl=JJ 
REGISTER R79 
DESCIiII’TION 
DEFAULII 
ALTERNATE WHERE T IS: 
ENTER 1 FOR ROUTE 0 + 79T O=NONE 0 
ENTER 2 FOR ROUTE 1 + 79T 1 = ai- 
ENTER 3 FOR ROUTE 2 + 79T 2 = .i=J- 
ENTER 4 FOR ROUTE 3 + 79T 3 = JpJ 
ENTER 5 FOR ALL + 79T 4 = JJ-JJ= 
5 = J=HJJ- 
6 = JrJJi-1 
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PAGE..- 2.39  
						

							SECTION 8350-345-013-NA XSSUE 2. AUGUST 1988 
8. ROUTE PARAMETER PROGRAMMING 
8. 10. Account Code Confirmation And Reroute Tones 
YOU 
can spesify a reroute or confirmation tone to be supplied to a caller after a success- 
fully entered Account Code, or on a failed route/reroute sequence. The tones are 200 ms 
I duration. 
his can be done for PRIMARY routes by: 
ENTER 1 FOR ROUTE 0 + 60T 
ENTER 2 FOR ROUTE 1 + 60T 
ENTER 3 FOR ROUTE 2 + 60T 
i 
ENTER 4 FOR ROUTE 3 -I- 60T 
‘ENTER 5 FOR 
ALL + 60T 
DESCRIFTlON 
WHERE T IS: 
0 FOR ACCOUNT CODE OFF ASD 
REROUTE TONE OFF 
1 FOR ACCOUNT CODE TONE ON AND 
REROUTE TONE OFF 
2FORACCOUNTCODETONEOFFAND 
REROUTE TONE ON 
3FORACCOUNT 
CODETONEONAND 
REROUTETONE ON 
This can be done for ALTJZRNATE routes by: 
REGISTER R80 DESCRIPTION 
ALTERNATE 
ENT+R 1 FOR ROUTE 4 + 80T 
ENTER2 FOR ROUTE 5 + 8OT 
ENTER3 FOR ROUTE 6 + 80T 
ENTER 4 FOR ROUTE 7 + 80T 
ENTER 5 FOR ALL + 80T WHERE T IS: 
0 FOR ACCOUI\T CODE OFF AND 
REROUTE TONE OFF 
1 FOR ACCOUNT CODE TONE ON AND 
REROUTE TONE OFF 
2 FOR ACCOUNT CODE TONE OFF AND 
REROUTE TONE ON 
3 FOR ACCOUNT CODE TONE ON AND 
REROUTE TONE ON 
PAGE - 2.40  
						

							ISSUE 2, AUGUST 1988 
- SECTION 8350-345-013-NA 
9. CALL CONTROL DATA ENTRY 
9. 1. General 
Call Control Data defines such system wide information as the Controller’s access num- 
ber and authorization code. Information entered here provides site specific information 
and 
each entry must be terminated with a ##. 
9. 2. Route Strings 
The following TABLE explains the Route relationship to GRO, GRl, 6R2, 6R3, 6R4 and 
6R.5. Note: if you program X24 (see page 2.24) to be: X240, X241, X242, X243 the trunk 
will access Primary Routes 0 
Alternate Routes 4 - 7. - 3. If X24 is set to X244 or greater, the trunk will access 
6R0, 6R1, 6R2, 6R3, 6R4, 6R5 
PRIMARY ROUTES 
R = 1 WHEN USING ROUTE’ O(ROC) LOCAL 
R = 2 WHEN USING ROUTE l(VAC 1) LONG DISTANCE 
R = 3 WHEN USING ROUTE 2(VAC 2) LONG DISTANCE 
R = 4 WHEN USING ROUTE 3(VAC 3) LONG DISTANCE 
ALTERNATE ROUTES 
R = 5 WHEN USING ROUTE 4(ROC) LOCAL 
R = 6 WHEN USING ROUTE 5(VAC 
1) LONG DISTANCE 
R = 7 WHEN USING ROUTE 6(VAC 2) LONG DISTANCE 
R = 8 WHEN USING ROUTE 7(VAC 3) LONG DISTANCE 
VAC Value Added Carrier 
ROC Regional Operating Company 
9. 3. Access Control Sequences (6R5) 
Access Control Sequences instruct the Controller on how to access a particular carrier 
telephone network. 
Entries in this part control how the Controller will access the telephone network. Calls are 
routed here, after a match in the Search Tables. Each entry (6R5) can be any sequence of 
commands and there are a maximum of 33 characters per entry. 
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PAGE - 2.41  
						

							SECTION 835O-343-013-NA ISSUE 2, AUGUST 1988 
9. CALL CONTROL DATA ENTRY 
DESCRIPTION 
WHERE R 
EQUALS l-8 
FOR ROUTES 
SEE Note 2 #O * DIAL A * 
#OO DIAL A # 
#Ol IF THE PREVIOUS COMMAND WAS A 2 (SEE 2 
BELOW) A # WILL BE DIALED, UNLESS THE 
LAST DIGIT DIALED OUT WAS A # THEN NO 
ACTION WILL BE TAKEN 
#02 WAIT FOR ACCOUNT CODE (IS NOT OUTPUT) 
DIAL THE DESTINATION NUMBER 
DIAL THE ROUTE OCC ACCESS NUMBER (6Rl) 
DIAL THE AUTHORIZATION CODE 
(6~2) 
DIAL .THE TRUNK NUMBER 
CUT THROUGH, DIALING FINISHED 
CHANGE TO DTMF DIAL-OUT 
#2AB PAUSE. CONTINUE AFTER PAUSE IF A=5. 
SEE Note 1 
#3AB 578-680 HZ DETECTOR SEE Note 1 
#4AB 440 HZ DETECTOR SEE Note 1 
#5AB 480 HZ RINGBACK DETECTOR SEE Note 1 
#6AB 400 HZ DETECTOR SEE Note 1 
#7AB 360-620 HZ ENERGY DETECTOR SEE Note 1 
#8AB PRECISE DIAL TONE DETECTOR SEE Note 1 
#DAB DTMF DETECTOR Note 1,4 
t 6R5 DEFAULTS: ENTRIES 615 & 655 TO #85327 and 625, 635. 645, 665, 675 AND 
685 DEFAULTS: #8533#62*427 
Note 1 Refer to Table on next page 
Note 2 The 6R5 Access Control Sequences are called as a result of a dialed digit match within 
the Search Tables. At some point in the Search Tables, a route is usually chosen. That 
route will be one of Routes 0 through 7, which pass control to the appropriate 6R5 
Access Control. 
Note 3 Can be used for PBX outgoing access code (e.g. 9) 
Note 4 Can only be entered from a terminal 
Example 
#85327 is the default on Route 0 (615) this string translates to: 
#8 
53 Wait for a minimum of precise dial tone for up to 6 seconds 
Is from the A and B dial tone timers (next page) where 5 is the A value - wait 
for the minimum time for dial tone and 3 is the B value - 6 seconds 
2 Dial destination number 
7 
Cut-through 
PAGE - 2,42 
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							ISSUE 2, AUGUST 1988 SECTION 8350-345-013-NA 
9. CALL CONTROL DATA ENTRY 
9. 4. A and B Dial Tone Timers 
The Controller expects a certain minimum duration of dial tone to occur within a speci- 
fied time, before attempting to dial. This is specified by A and B timers as shown below. 
4 -A VALUE, LENGTH OF TIME .- * 
DIAL TONE MUST EXIST 
B VALUE, TIME DIAL TONE MUST OCCUR IN. 
If the duration of dial tone does not occur (or does not occur within the time specified in 
B) the Controller will redial if the 
“A” value is O-4, OR it can assume the dial tone is 
present, but can not be detected and will continue to dial out if the “A” value is 5-9. 
A CODES - MINIMUM DIAL TONE DURATION 
A MINIMUM TONE DURATION A 
MINIMUM TONE DURATION 
0 
MIN. REDIAL PER R58 OR R78 
5 
MIN. THEN CONTINUE TO DIALOUT 
1 200 MS REDIAL PER R58 OR R78 
6 200 MS THEN CONTINUE TO DIALOU-I 
2 4130 MS REDIAL PER R58 OR R78 7 JO0 MS THEN CONTINUE TO DIALOU-I 
3 1.0 SEC REDIAL PER R58 OR R78 
8 1.0 SEC THEN CONTINUE TO DIALOUT 
4 2.55 SEC REDIAL PER R58 OR R78 
9 2.55 SEC THEN CONTINUE TO DIALOIJT 
B 
0 
1 
2 
3 
4 
B CODES - TIME DIAL TONE MUST BE DETECTED IN 
SEARCH TIME 
B SEARCH TIME 
0 SECONDS 5 10 
SECONDS 
2 SECONDS 6 12 SECONDS 
4 SECONDS 
7 14 SECONDS 
6 SECONDS 8 16 SECONDS 
8 SECONDS 9 
18 SECONDS 
* 20 SECONDS 
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PAGE - 2.43  
						

							SECTIBN 8350-345013-NA ISSUE 2, AUGUST 1988 
9. CALL CONTROL DATA ENTRY 
9. 5. Name Of Route 
You can program a name for a route from a terminal that will appear on CDR records. 
This provides rapid identification of the carrier used as a word represents the name of the 
carrier. The default is 444444 for routes 0 and 4 (typically DDD on 610, 650) and 
524F55544544 for routes 1, 2, 3, 5, 6 and 7 (ROUTED calls on value added carriers, 620, 
630, 640, 660, 670, 680). The R (1 through 8) specifies the route number and all entries 
must be terminated with a ##. 
REGISTER 6R0 DESCRIIYI’ION 
DEFAULT 
6R0 
THIS IS THE NAME OF ROUTE IN THE CDR AND CAN 444444 
NOT EXCEED 16 CHARS. (ONLY 6 WILL BE RPINTED) 
MUST BE ENTERED IN ASCII. SEE APPENDIX 1. 524F555 
. ._. . 
9. 6. Access Number For OCC Telephone Network 
When programmed this access number will be output on calls routed as an OCC. connec- 
tion requiring an access number to be dialed out before allowing access. The default value 
for all Routes is blank. This entry can be a maximum of 33 digits. This can be done by: 
RJZGISTER 6Rl 
DESCRIPTION 
DEFAUL? 
6Rl 
WHERE R IS THE ROUTE NUMBER 
G d BLANK 
9. 7. Authorization Number 
You can enter an authorization number that can be output automatically, to access an 
OCC, or value added carrier. The default value for all Routes is blank. This entry can be 
a maximum of 33 digits. This can be done by: 
REGISTER 6R2 
DESCRIl?TION 
DEFAULT. 
6Ft2 
WHERE R IS THE ROUTE NUMBER 
$ ,7_J 2/ BLANK 
PAGE - 2.44 
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							ISSUE 2. AUGUST 1988 SECTION 8350-345-013-NA 
9. CALL CONTROL DATA ENTRY 
9. 8. Dummy Account Code 
You can program a Dummy Account Code that will act as an account code, if a complete 
Account Code is not dialed by the user. This 
entry can be a maximum of 33 digits. This 
can be done by: 
REGISTER 6R3 DESCRIPTION 
DEFAUL’J 
6R3 
WHERE R IS THE ROUTE NUMBER 
BLANK 
9. 9. Centrex Number 
You can program a number to be used as the Centrex Access Cbdk. This entry can be a 
maximum of 33 digits. This can be done by: 
REGISTER 6R4 t 
D&XIPTION 
1 DEFAULT 
I WHERE R IS THE ROUTE NUMBER 
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PAGE - 2.45  
						

							SECTION 8350-345-013-NA ISSUE 2. AUGUST 1988 
10. POSITIVE ACCOUNT CODE OPTIONS 
10. 1. Description 
l%e 
SMART-l PAV Controller provides most of the functions of the regular Controller. 
The PAV Controller does not allow the Alternate Search Tables to be used for screening 
destination numbers, as it is reserved for the Account Codes in the PAV list. In addition, 
the PAV Controller provides the ability to verify user dialed Account Codes. Other differ- 
ences from the standard Controller are: 
The maximum Verifiable Account Code length is 15 digits as dictated by the Search 
Tables 821 through 835. 
10. 2:Specifying the Unit As A Controller Or PAV 
If 
you have not done so, you must specify the Controller as a PAV controller if you wish 
to use it as a Positive Account Code Verifier. The programming in this part applies only if 
you set 
011 to 0111. This can be done by: 
REGISTER 011 
ENTER 011 T 
DESCRIPTION 
T = 0 FOR REGULAR CONTROLEER 
OPERATION 
T = 
1 FOR PAV CONTRT)I.T.ER 
DEFAULT 
0 
10. 3. Number Of Account Codes 
The number of Account Codes that can be programmed, depends on the table selected. 
For example if you select: 
Table 823, you can program 3 digit Account Codes in the range 000 to 999 (equal to 
1000 Account Codes) or, 
Table 827, you can program 
7 digit Account Codes in the range 0000000 to 9999999 
(equal to f,OOO,OOO Account Codes). 
Of course, the PAV does not have enough memory to program l,OOO,OOO or more Ac- 
count Codes, but the PAV does have enough memory to satisfy most situations. 
The following table indicates the number of digits that must be entered in each Account 
Code table. 
PAGE - 2.46 
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							ISSUE 2, AUGUST 1988 SECTION 8350-345-013-NA 
10. POSITIVE ACCOUNT CODE OPTIONS 
ACCOUNT 
CODE 
TABLE. 
821 
822 
823 
824 
825 
826 
827 
828 
829 
830 
831 
832 
833 
834 
835 YOU MUST ENTER THIS NUMBER OF DIGITS IN THE TABLE 
PLUS AN ACTION DIGIT 
THE CONTROLLER WILL EXPECT TO SCREEN 
THE NUMBER OF DIGITS THE TABLE SPECIFIES 
AND YOU MUST ENTER ENOUGH DIGITS TO FILL 
THE TABLE. FOR EXAMPLE: 
823 MUST HAVE THREE DIGITS TO SCREEN. 
10. 4. PAV List Maintenance Code 
When you configure the Controller as a PAV Controller an additional default entrv is 
enabled in the Primary Search Tables to the allow the use of the PAV List Maintenance 
Code. The PAV List Maintenance Code is always 
active unless you set 011 to 0111 (see page present (see page 2.31), but is not 
maintains the Positive Account Code List. 2.46). This code is dialed by a user who 
TABLE1 TEMPLATE1 ACTION1 
. I I I DESCRIPTION 
803 #O ** 
I 1  #* 
DTMF # ** IS THE PAV LIST MAINTENANC 
CODE 
10. 5. Action Digits 
When you configure the Controller as a PAV Controller an additional Action Digit is 
added to the Primary Search Tables (Figure 2-2 
Maintenance Code. ) to the allow the use of the PAVr List 
ACTION DIGIT 
DESCRIPTION 
#* ACTION CODE DIGIT FOR (PAVJ SEARCH TABLE 
MAINTENANCE 
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PAGE - 1.47  
						

							SECTION 8350-345013-NA ISSUE 2, AUGUST 1988 
10. POSITIVE ACCOUNT CODE .OPTIONS 
10. 6. String Data 
When you configure the Controller as a PAV Controller the following Action Digits are 
available for the Alternate Search Tables only. Each Account Code you enter must have 
an Action Digit associated with it. 
1 AcTION DIGIT1 ’ DESCRIPTION 
0 RETURN USER =-ORDER TONE. DENY CALL 
1 VALID ACCOUNT CODE. ALLOW CALL 
* VALID ACCOUNT CODE. ALLOW CALL 
#9 DELETE SPECIFIED ACCOUNT CODE 
10. 7. Programming Positive Account Codes 
To program the Controller with the Positive Account Codes accomplish the following 
steps and write the information. in the Positive Account Code Form in APPENDIX 2: 
1. Select the users that will have access to the Positive Account Code feature and write 
their names down under the “Account User’s Name”. 
2. Select unique Account Codes for each of the users and write them down beside the 
user’s name under ‘“Account Code”. 
3. Select the action digit to be associated with the user’s Account Code. Write down the 
Action Code beside the user’s Account Code. 
4. Use a DTh4F phone that can access the PAV Controller and go off-hook. 
5. Dial the PAV Maintenance Access Code. The default Access Code is # L *. 
Note: The procedure outlined in step 5 needs only be repeated once for each program- 
ming session It does not have to be repeated for each Account Code being entered into 
the PAV Controller’s memory. 
6. Start by entering the Account Code for the first user. Next the Action Code for the 
Account Code, 
For example if 
Dial # * * and and a terminating “##“. 
the the first Account Code is 386261 the dialing sequence would be: 
a single 
J- will be heard. 
~ 
l-r 
Dial 386261 * # # and J J will be heard. 
Note: The single beep, indicates that you have successfully entered the Account Code 
Maintenance Mode, and the double beep indicates that the Account Code has successfully 
been entered. 
7. Enter all of the Account Codes from the worksheet. Ensure that the double beep is 
returned each time an Account Code is entered. 
PAGE - 2.48 
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