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Mitel SmarT-1 50000241, Installation And Programming Manual

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Mitel SmarT-1 50000241 Installation And Programming Manual Download Page 52

Access Control Sequences

8380-383-115-BA

51

Issue 1, February 1999

9. 3. Access Control Sequences (6R5)

Access Control Sequences (ACS) instruct the Dialer on how to access a particular carrier-
telephone network. Calls are routed in the ACS after a match in the Search Tables is detected. 
Each entry (6R5) can be any sequence of commands taken from the following tables, with a 
maximum of 80 characters per entry.

Register

Token

Description

6R5

Where R 
Equals
1 - 8 for 
Routes 
1 - 8 

See 
Section
9.2.

0
1
2
3
4
5
7
8
9

D

✳

06N

✳

07N

✳

08

✳

09

✳

1

✳

2

✳

3

✳

4XY

✳

5XNN

✳

7

✳

8

✳

9

#0

✳

#00
#01
#02
#03
#06
#07
#08
#1CD
#25B
#3AB
#4AB
#5AB
#6AB
#7AB
#8AB
#CAB
#

✳

AB

Dial the digit 0
Dial the digit 1
Dial the destination number (up to 106 digits)
Dial the route access code (Register 6R1)
Dial the authorisation number (Register 6R2)
Dial the cost centre code (up to 22 digits)
Through connect (finished dialling)
Change to MF4 dialling
Dial the contents of Register 6R4)

Character string (refer to page

 

52)

Wait the value of “N” x 100 ms (refer to page 52)
Wait the value of “N” x 1 second (refer to page 52)
Drop and reseize Exchange Line
Hook flash to PABX/Centrex  (refer to page 41)
Set MF4 dialling rate #1 via Register 102
Set MF4 dialling rate #2 via Register R60/R80
Set MF4 dialling rate #2 via Register R61/R81
Set tone for programmed tone detector ††
Set Callback (refer to page

 

58)

Dial the contents of Register 6R7 (refer to pag e56)
Dial the contents of Register 6R8 (refer to pag e56)
Dial the contents of Register 6R9 (refer to pag e56)

Dial a 

✳ 

(MF4)

Dial # (MF4)
Dial a # if the last digit dialled out was not a #
Wait for cost centre code (does not dial the code)
Wait for end of destination digits
Dial the PABX/Centrex select digits buffer
Dial the Primary select digits buffer
Dial teh Alternate select digits buffer
MF4 digit detector †††
Pause for the “B” time and then continue †
570 - 680 Hz tone detector †
440 Hz tone detector †
425 Hz local tone detector †
400 Hz tone detector †
350 - 620 Hz tone detector †
330 + 440 Hz special/second dial tone detector †
2100 Hz broad band tone detector †
Programmable tone detector ††

† Refer to the table on page 52 for dial tone timer parameters.
†† The *4XY and the #*AB tokens must be used together. Refer to page 54 for an example.
††† Refer to page 53 for the description of the MF4 tone detector.

Summary of Contents for SmarT-1 50000241

Page 1: ...Simply Communicating 60DU704 60DU704 60DU704 60DU704 XUR5RXWH 40OLQH LDOHU XUR5RXWH 40OLQH LDOHU XUR5RXWH 40OLQH LDOHU XUR5RXWH 40OLQH LDOHU Installation Programming Guide ...

Page 2: ...ion Documentation Part Number 8380 383 115 BA Issue Number Issue 1 February 1999 Product Part Number 8380 003 FBCXTX Software Revision G156A01 The contents of this work are proprietary and confidential and neither the whole nor any part thereof may be used copied or reproduced in any form or disclosed to any third party without the prior permission of Mitel Telecom Limited Inclusion of the copyrig...

Page 3: ...ations 14 Power line Error Status LED 14 Power line Error Status Tone 15 Standard Installations 15 Programming Devices 16 Cost Centre Code Verification 16 CHAPTER 2 18 System Requirements Environmental Requirements 18 CHAPTER 3 20 Basic Hardware Installation Mechanical Description 20 Electrical Description 20 Dialer Vertical Mount 21 Powering up 21 Power Failure 21 Spare Parts 21 CHAPTER 4 22 Init...

Page 4: ... Line Peg Counter Data 967 33 Route Peg Counter 34 Line Peg Counter 34 Cloning 942 906 35 General 35 Conditions 35 Procedure 35 Initialise Lockout 942 968 n 36 Display Serial Number 970 36 Internal Clock Setting 980 37 Exiting Programming Mode 987 37 Emergency Numbers 37 CHAPTER 7 38 System Wide Data General 38 002 Called Party Programming Enable Disable 38 011 Carrier Presentation Time for Modem ...

Page 5: ...Digit Recognition on Outgoing Calls 48 CHAPTER 9 50 Access Control Sequences ACS General 50 Route Strings 50 Access Control Sequences 6R5 51 A and B Dial Tone Detection Parameters 52 A and B Dial Tone Detection Parameters 52 Example 52 Character String 52 Example 52 Programmable 100 ms Wait Timer 52 Programmable 1 Second Wait Timer 52 MF4 Digit Detector 53 Example 53 Programmable Tone Detector 54 ...

Page 6: ...68 Common Option Data R58 R78 Action on Call Failure 68 R59 R79 MF4 Digit Detector Guard Timer 69 R60 R80 MF4 Dialling Rate 2 69 R61 R81 MF4 Dialling Rate 3 70 602 Machine Identifier 70 CHAPTER 13 72 Call Home General 72 003 Call Home Route to Use 72 004 Call Home Wait for Access Code 73 005 Call Home Wait for Carrier 73 014 Call Home Enable Disable 74 600 Call Home Number 74 608 Call Home Time an...

Page 7: ...9 6 APPENDIX 1 80 Other Information Legal SMarT 1 EuroRoute One line Dialer Inputs 80 Fourth Column Digits From a Terminal 80 ASCII Codes 81 APPENDIX 2 Default data 82 APPENDIX 3 Abbreviations and Glossary of Terms 86 APPENDIX 4 Hardware Specifications 88 ...

Page 8: ...Table of Contents 8380 383 115 BA 7 Issue 1 February 1999 ...

Page 9: ...hone wiring during a lightning storm 5 Never touch telephone wires or terminals unless the telephone line has been disconnected at the network interface 6 Use caution when installing or modifying the telephone lines 7 The AC power socket outlet should be installed near the equipment and should be easily accessible 8 The equipment has been approved to commission decision CTR 21 for pan_European sin...

Page 10: ...ions Standard Institute ETSI Guide EG 201 121 and specified below Germany Greece Portugal Spain and Switzerland Ringer Equivalents Number REN The sum of the Ring Equivalents Number REN connected to a direct Exchange line must not exceed 4 One or more devices may not function correctly if this limit is exceeded The REN value of the Dialer is 0 3 Connecting the Dialer to a line will not affect the a...

Page 11: ... number part number serial number revision levels and the necessary approval marks required for use in the United Kingdom There is a warranty seal located at the side of the unit as shown in the diagram If this seal is broken for any reason the warranty will be voided Please contact your local distributor for warranty information Hardware Revision Level Software Revision Level XXXXX XXXXX ...

Page 12: ...Safety Information 8380 383 115 BA 11 Issue 1 February 1999 ...

Page 13: ...perienced by both parties to the call While operation may be possible initially subsequent changes to or modernisation of the network may result in the apparatus being connected to a network service with which it was not designed to be compatible Failure of the apparatus to work under these circumstances may not be the responsibility of the network operator If such difficulties are experienced ple...

Page 14: ...and commissioning are complete notify the approved maintainer that you have finished and that responsibility for the system passes to them Advise them of the security codes that have been set Normally the Abbreviated Dialling security code will not change Ensure that the customer s staff are aware of the appropriate codes ...

Page 15: ...d dialling numbers Progress tones for call and route progress are programmable on a route by route basis Usable with Centrex PABX lines 300bps modem for remote programming Power line status LED 1 2 Power line LED Indications The Power line LED will indicate the following conditions 1 3 Power line Error Status LED The Power line error status will be indicated by the following conditions This condit...

Page 16: ...telephone to the connector marked FAX Plug the right angle connector from the power supply to the power input on the Dialer Figure 1 1 Dialer Installed between a fax machine or a telephone and the Exchange Line Note The Dialer only uses the A and B wires for a single connection to the Exchange line The Dialer can also be installed as a serial device through a PABX Figure 1 2 In order to install th...

Page 17: ...sed on digits dialled by the user In addition the Dialer allows you to tailor its telephone line parameters for both the subscriber s telephone equipment and the exchange line This versatility allows you to satisfy most situations or user requirements 1 6 Programming Devices The Dialer may be programmed from any of the following devices MF4 Telephone modem The Dialer may also be programmed by usin...

Page 18: ...SMarT 1 EuroRoute One line Dialer Installation 8380 383 115 BA 17 Issue 1 February 1999 ...

Page 19: ... in ordinary conditions and does not emit electromagnetic radiation likely to affect users The Dialer must be mounted in a location that is dry and clean well ventilated easily accessible well lit for the convenience of maintenance personnel The Dialer must not be located near sprinkler systems sweating pipes or vents in an area where corrosive fumes or exhaust from machinery are present near a ph...

Page 20: ...System Requirements 8380 383 115 BA 19 Issue 1 February 1999 ...

Page 21: ...sed circuitry and an external power supply 3 2 Electrical Description The Dialer selectrical characteristics are provided in the table below Figure 3 1 Characteristics MECHANICAL ELECTRICAL Weight Main Unit 910 g Power Supply Unit 295 g Power 230 VAC 10 50 Hz Dimensions 141 X 141 X 49 mm Connections 2 standard RJ11 and Power Supply Unit Mounting Wall Mount Power Supply To Exchange Line LED Back Pa...

Page 22: ... using the fourVelcro pads that are provided with the unit 3 4 Powering up The Dialer comes with a power supply This is the only power supply which will operate the Dialer reliably Do not attempt to operate this unit with any other power supply Plug the right angle connector into the Dialer then plug the power supply into a standard 230 VAC wall outlet 3 5 Power Failure If a power failure occurs t...

Page 23: ...ying power to the Dialer See Note below 4 Release the key The unit should respond immediately with a short F from the handset There could be FF depending on the previous Dialer condition If F is not heard return to Step 2 and start over The tone indicates that the Dialer is initialised and remains in programming mode Inactivity in programming mode for more than two minutes will automatically exit ...

Page 24: ...Initialisation 8380 383 115 BA 23 Issue 1 February 1999 ...

Page 25: ... the call The confirmation tone will not be heard if the call is manually answered on the FAX side of the Dialer The Dialer will then search for the Remote Access Code If the Remote Access Code Register 606 is entered incorrectly the user has up to the time specified in the 128 Register to enter it correctly If the Access Code is not entered within the time specified lockout will occur for a perio...

Page 26: ...ill not be heard if the call is manually answered on the FAX side of the Dialer If the Dialer detects a match modem carrier tone will be presented to the remote point for the predetermined time defined in the 011 Register see page 38 If the modem connects the Dialer will expect to receive a string of digits that will match those of the contents of the 604 Register Once the string of digits are con...

Page 27: ...ll be presented Upon connection modem programming mode is entered If the modem fails to connect after the specified time defined by the 011 Register see page 38 the Dialer will enter MF4 programming mode The user may then continue to program with an MF4 instrument For further information on local programming turn to page 28 Note MITEL recommends entering a unique access code for programming access...

Page 28: ...Security Access Registers 8380 383 115 BA 27 Issue 1 February 1999 ...

Page 29: ...iod any programming in the Dialer is being stored into the Dialer smemory Disconnecting the power prematurely will result in a loss of programming and a checksum error Refer to page 14 6 2 Terminating Variable Length Entries To terminate a variable length entry Abbreviated Dialling Cost Centre Codes 6rX strings etc use The entry will be made automatically if you do not enter the within the time sp...

Page 30: ...rom the caller within the time specified in the 011 Register the Dialer will default back to MF4 mode programming Refer to page 80 for valid Dialer inputs 6 4 1 Local Programming The line side of the modem is connected to the telephone wall plug with a local adaptor cable There must be aPABX Centrex line port or simulated PABX Centrex line port present on the line out side of the Dialer The user t...

Page 31: ...ers If the Dialer auto answers The user enters programming mode by matching an entry in Register 606 during the quiet time waiting for CONNECT and then matching an entry in Register 604 The user enters programming mode by matching an entry in Register 606 waiting for CONNECT and then matching an entry in Register 604 MF4 Programming Mode If the FAX machine answers If the Dialer auto answers The us...

Page 32: ...ay programmed data Refer to section 6 7 on page 31 942 903 Load default data Delete all other existing programming then reloads default data Refer to section 6 9 on page 33 942 904 Clear all Search Tables 801 845 Refer to section 6 10 on page 33 942 906 Enter Clone Master Mode Refer to section 6 13 on page 35 907 Return to data programming mode from data confirmation mode Refer to section 6 8 on p...

Page 33: ...d with that parameter appears opposite the entry If there is no data for the parameter nothing is displayed The Dialer automatically moves to the next entry position The default value for register 123 is shown below 6 8 Exiting Data Verification 907 To return to programming mode enter 907 You can re enter the Data Confirmation mode by entering 902 Note When verifying routes you cannot enter 5XX wh...

Page 34: ... A new peg counter has been added that records the number of times the unit goes through its power up sequence This enables the maintainer to see how many times the Dialer has lost its power since installation The peg counter will read a random figure until the Dialer is first initialised This will set the peg counter to 0000 After each successive power down up sequence the peg counter will be inc...

Page 35: ...Programming with any MF4 instrument is not supported 6 12 2 Line Peg Counter The Line Peg Counter logs the number of times the line has had successful and unsuccessful calls The counter has a log range of 0000 9999 If the counter should reach the range of 9999 a rollover will not occur The information will remain in the counter buffer until the command 942 969 is used while in programming mode or ...

Page 36: ...ry defaults should be loaded one Slave is connected to one Master at any one time during cloning 6 13 3 Procedur To clone a Dialer 1 Connect the power to the Master Dialer 2 Using an MF4 telephone enter program mode by entering 0 3 Modem tone should then be heard followed by a F 4 Enter 942 and you will hear FF 5 Enter 906 and you will hear FF 6 Hang up the telephone The Master Dialer will remain ...

Page 37: ...cated This feature is enabled by entering the command 942 968 1 and it is disabled by entering the command 942 968 0 Initialise Lockout is also disabled by any one of the following reasons issuing any command that causes a default load including the command 942 903 successfully initialising the Dialer an automatic default load The default condition of the Initialise Lockout feature is disabled The...

Page 38: ...rogramming in the Dialer is being stored into the Dialer smemory Disconnecting the power prematurely will result in a loss of programming and a checksum error Refer to page 14 6 18 Emergency Numbers If the PABX Register is disabled Register 126 set to 0 the emergency number 112 will be dialled out directly toward the exchange line regardless of any other programming in the Dialer If the PABX is en...

Page 39: ...ain in a cut through state 7 3 011 Carrier Presentation Time for Modem You can specify the time the internal V 21 300 baud modem will present carrier and try to establish communication before the Dialer defaults back to MF4 mode programming 7 4 015 Rotary Dialling Break Percentage You can specify the rotary dialling break percentage for either 60 or 66 6 percent Register Default Description 002 T ...

Page 40: ...tifier The Machine Identifier option is used to uniquely identify a Dialer Note Refer to the ASCII Hex chart in Appendix 1 for programming characters Register Default Description 602 T 5346 T The machine ID that must be entered as ASCII Hex the ID can only be up to 40 characters ...

Page 41: ... entry 8 2 100 Type of Exchange Line This option controls whether the Dialer will dial loop start rotary or loop start MF4 to the Exchange side of the Dialer 8 3 102 MF4 Dialling Rate 1 This option controls the default rate at which MF4 digits are dialled to the Exchange side from the Dialer The default MF4 Dialling Rate may be changed by using ACS tokens in the 6R5 Registers which consult the R60...

Page 42: ... Access Control Sequence token 09 will flash thePABX or Centrex line upon the execution of the token Register Default Description 103 T 2 T 0 for 150 ms 6 for 460 ms T 1 for 260 ms 7 for 500 ms T 2 for 300 ms 8 for 700 ms T 3 for 340 ms 9 for 1100 ms T 4 for 380 ms for 1300 ms T 5 for 420 ms for 2500 ms Register Default Description 105 T 0 T 0 for 5 5 seconds 5 for 8 0 seconds T 1 for 6 0 seconds ...

Page 43: ...it time out is a specified amount of time that the user is given to enter each dialled digit except for calls beginning with 0 and 00 before the Dialer will stop accepting the digits Each time a digit is dialled the timer starts over again Register Default Description 108 T 3 T 0 for none T 4 for 400 ms T 1 for 100 ms T 5 for 500 ms T 2 for 200 ms T 6 for 600 ms T 3 for 300 ms T 7 for 700 ms Regis...

Page 44: ... digits Each time a digit is dialled after dialling 00 the timer starts over again 8 12 114 Time Between Outgoing Rotary Digits The amount of time between each rotary digit dialled by the Dialer is programmable Register Default Description 112 T 2 0 for no time out 6 for 12 seconds 1 for 2 seconds 7 for 14 seconds 2 for 4 seconds 8 for 16 seconds 3 for 6 seconds 9 for 18 seconds 4 for 8 seconds fo...

Page 45: ...s used and one tone at the end of the Cost Centre Code if Cost Centre Codes are allowed in the Cost Centre Code Type Register R54 74 8 14 120 Incoming Call Detection You can specify the Dialer ssensitivity to incoming ringing on a scale of 0 to 9 where 0 is the most sensitive and 9 the least sensitive If the setting is too sensitive outgoing calls may not be routed If the setting is not sensitive ...

Page 46: ... hook The operations are dialling direct dialling using hot line and dialling using SearchTables Note 1 If 123 0 the Dialer will not allow emergency numbers to be dialled nor will the Dialer allow initialisation or MF4 programming Register Default Description 121 T 5 T 0 for no inter ring timing T 5 for 5 seconds T 1 for 1 second T 6 for 6 seconds T 2 for 2 seconds T 7 for 7 seconds T 3 for 3 seco...

Page 47: ...entrex trunk Access Code s in the PABX Centrex screening tables 841 through 845 For further information refer to page 65 8 20 127 Time to Auto answer The Dialer can automatically answer an incoming call for remote programming purposes Register Default Description 124 T 0 T 0 Route 0 615 T 4 Route 4 655 T 1 Route 1 625 T 5 Route 5 665 T 2 Route 2 635 T 6 Route 6 675 T 3 Route 3 645 T 7 Route 7 685 ...

Page 48: ...is register is met 8 23 130 Off hook Recognition Timer An off hook is determined by the detection of Exchange loop current by the Dialer with the specified amount of time Register Default Description 128 T 6 T 0 disable T 6 for 60 seconds T 1 for 10 seconds T 7 for 70 seconds T 2 for 20 seconds T 8 for 80 seconds T 3 for 30 seconds T 9 for 90 seconds T 4 for 40 seconds T for 100 seconds T 5 for 50...

Page 49: ... dialled digits Register Default Description 132 T 0 T 0 for allowing MF4 and rotary 10 pps T 1 for ignoring all rotary dialling T 2 for ignoring all MF4 dialling T 3 for ignoring all dialling T 5 for supplying reorder tone to the subscriber on rotary dialling T 6 for supplying reorder tone to the subscriber on MF4 dialling T 7 for supplying reorder tone to the subscriber on all dialling ...

Page 50: ...Line and Trunk Options 8380 383 115 BA 49 Issue 1 February 1999 ...

Page 51: ...following table explains the relations of the Route register numbers 6R1 6R2 6R3 the User Defined Route Strings 6R4 6R7 6R8 and 6R9 and 6R5 to the actual routes Route Access Code Customer ID Dummy Code ACS User Defined Route Strings 0 7 6R1 6R2 6R3 6R5 6R4 6R7 6R8 6R9 1 2 3 4 5 6 7 8 611 621 631 641 651 661 671 681 612 622 632 642 652 662 672 682 613 623 633 643 653 663 673 683 615 625 635 645 655...

Page 52: ...nd refer to page 52 Drop and reseize Exchange Line Hook flash to PABX Centrex refer to page 41 Set MF4 dialling rate 1 via Register 102 Set MF4 dialling rate 2 via Register R60 R80 Set MF4 dialling rate 2 via Register R61 R81 Set tone for programmed tone detector Set Callback refer to page 58 Dial the contents of Register 6R7 refer to pag e56 Dial the contents of Register 6R8 refer to pag e56 Dial...

Page 53: ...5 1 Example In the string D1234D D is the ACS Token it must appear before and after the string 1234 are the digits that are dialled 9 6 Programmable 100 ms Wait Timer The 06N tells the Dialer to wait for n times 100 milliseconds 9 7 Programmable 1 Second Wait Timer The 07N tells the Dialer to wait for n times 1 second A Minimum Tone Duration B Time Dial Tone must be Detected In 0 minimum redial pe...

Page 54: ...tone to be detected MF4 guard timing Look for up to 20 seconds for detection of this digit Detect the specific MF4 tone and continue or do not detect the specific MF4 tone and fail the call sequence Note Do not use the 1CD tone detector at a time in the ACS when digits are expected from the subscriber side 9 8 1 Example 625 3 1D827 3 dial the contents of 621 1D8 wait 16 seconds to detect the MF4 d...

Page 55: ...value wait for a minimum amount of dial tone and 1 is the B value two seconds 2 dial destination number 7 through connect 9 10 6R1 Access Number for Carrier Telephone Network When programmed this access number will be output on calls routed as a Carrier connection that requires an access number to be dialled out before allowing access This Register is dialled out by using the 3 ACS token The Defau...

Page 56: ...5 ACS token Note This register should end with a which indicates that the string is finished 9 13 6R4 User Defined Route String Register You can program a number to be dialled out in the ACS The entry can be a maximum of 80 digits This Register is dialled out by the 9 ACS token Note This register should end with a which indicates that the string is finished Register Description 6R2 Where R is the ...

Page 57: ...the string is finished 9 16 6R9 User Defined Route String Register You can program a number to be dialled out in the ACS The entry can be a maximum of 80 digits This Register is dialled out by the 9 ACS token Note This register should end with a which indicates that the string is finished Register Description 6R7 Where R is the Route Number 1 through 8 This entry may contain up to 80 characters ma...

Page 58: ...Access Control Sequences 8380 383 115 BA 57 Issue 1 February 1999 ...

Page 59: ...vated the Dialer can provide a 400Hz tone back to the subscriber side at a 1 second on and 7 seconds off cycle until the incoming ringing is detected or the timer is expired see values below 10 1 1 Example 625 5623 072 5099 46127 562 wait for 200 ms of 425 Hz dial tone for up to four seconds 3 dial the contents of 621 072 pause for two seconds 5025 drop the Exchange side of line in order to wait f...

Page 60: ...0 ms of 425 Hz dial tone for up to four seconds 2 dial destination number 7 through connect 9 dial the contents of 6R4 after the phone is hung up Tokens and their Definitions 0 for dial a 0 1 for dial a 1 2 for dial the destination number up to 106 digits 3 for dial the Route Access Code Register 6r1 4 for dial the Authorisation Number Register 6r2 5 for dial the Cost Centre Code up to 22 digits 8...

Page 61: ...to 15 digits depending on the Search Table selected SearchTables are used for the screening dialled digits and are subject to an action The Dialer provides SearchTables numbers 801 815 for Primary destination numbers 821 835 and 841 845 for the Secondary destination numbers or PABX Centrex 8XX N A 8 Indicates this is a search table entry XX Indicates the digit s to screen for 01 15 N Indicates the...

Page 62: ...creened NNNNNNNNNNNNNNN are the digits you want the Dialer to match N is any digit between 0 9 or and is matched against the digits dialled by the subscriber N may also equal 0 Compare against a user dialled 1 Compare against a user dialled 1 or 0 4 Compare against any user dialled digit 2 9 9 Compare against any user dialled digit A represents the action digits instructing the action to be taken ...

Page 63: ...reening in the Secondary Search Tables 821 835 Prefer Route 1 drop destination digits dialled so far restart screening in the Secondary Search Tables 821 835 Prefer Route 2 drop destination digits dialled so far restart screening in the Secondary Search Tables 821 835 Prefer Route 3 drop destination digits dialled so far restart screening in the Secondary Search Tables 821 835 Prefer Route 4 drop ...

Page 64: ...earchTables 821 835 Move digits dialled so far to the select digits buffer clear the destination buffer and return dial tone to the subsriber side restart screening in the Primary Search Tables 801 815 Deny Speed call trigger Dial digits and through connect Absorb digits and through connect End of destination digits Wait for more digits do nothing Move digits dialled so far to the select digits bu...

Page 65: ...ce Route 5 Force Route 6 Force Route 7 Select Route 0 Select Route 1 Select Route 2 Select Route 3 Select Route 4 Select Route 5 Select Route 6 Select Route 7 Move digits dialled so far to the select digits buffer Deny Speed call trigger Dial digits and through connect Absorb digits and through connect End of destination digits Wait for more digits do nothing Move digits dialled so far to the sele...

Page 66: ...will be stored in the Select Digits Buffer Dial tone will be heard by the user and the remaining digits will be screened in SearchTables 801 through 815 If the user dials a digit other than 9 the Dialer will directly dial the digits 841 9 6 841 9 3 Each 6r5 register being used should contain the 06 token at the beginning of the dialling sequence followed by the remaining tokens e g 862327 becomes ...

Page 67: ... tables When a route is selected or an Action Code containing a move digits to select digits buffer is executed all the digits currently in the destination buffer are moved to the select digits buffer for the search table currently in use Digits can only be moved to a specific select digits buffer once during a call any additional attempts to move digits will be ignored The digits in the select di...

Page 68: ...Search Tables 8380 383 115 BA 67 Issue 1 February 1999 ...

Page 69: ...T 358 T 458 T 178 T 278 T 378 T 478 T 8 T 0 for redial on Route 0 T 1 for redial on Route 1 T 2 for redial on Route 2 T 3 for redial on Route 3 T 4 for redial on Route 4 T 5 for redial on Route 5 T 6 for redial on Route 6 T 7 for redial on Route 7 T 8 for reorder tone T 9 for redial the same route once then give reorder tone T for redial the same route twice then give reorder tone T for redial the...

Page 70: ... Description Route 1 Route 2 Route 3 Route 4 Route 5 Route 6 Route 7 Route 8 159 T 259 T 359 T 459 T 179 T 279 T 379 T 479 T 0 0 0 0 0 0 0 0 T 0 for 40 ms T 1 for 40 ms T 2 for 50 ms T 3 for 60 ms T 4 for 70 ms T 5 for 80 ms T 6 for 90 ms T 7 for 100 ms T 8 for 110 ms T 9 for 120 ms To change all Routes 1 4 to the same value use 559 T To change all Routes 5 8 to the same value use 579 T Route Regi...

Page 71: ...r Default Description Route 1 Route 2 Route 3 Route 4 Route 5 Route 6 Route 7 Route 8 161 T 261 T 361 T 461 T 181 T 281 T 381 T 481 T T 3 for 70 ms T 4 for 80 ms T 5 for 90 ms T 6 for 100 ms T 7 for 110 ms T 8 for 120 ms To change all Routes 1 4 to the same value use 561 T To change all Routes 5 8 to the same value use 581 T Register Description Default 602 This ID must be entered as Hex and canno...

Page 72: ...Common Option Data 8380 383 115 BA 71 Issue 1 February 1999 ...

Page 73: ...carrier from the far end within a programmed time it will send an MF4 B tone when the timer expires If neither the Remote Access code nor the answer carrier is received within the programmed times the Dialer will be locked out for the time specified by Register 129 and will then go idle Each string entry must be terminated with a 13 2 003 Call Home Route to Use This register is used to select the ...

Page 74: ...riod of time defined by Register 004 then send its trunk number as an MF4 digit and wait for a period of time defined by Register 128 for the remote end to enter the Access Code 606 If the Access Code is incorrect the Dialer will lockout for a period of time defined by Register 129 the default is 90 seconds If the Access Code is correct the Dialer applies modem originate tone for the time defined ...

Page 75: ... Call Home Enable Disable You can control whether the Dialer will Call Home 13 6 600 Call Home Number This register stores the pre defined telephone number that will be used by the Dialer to Call Home 003 0 or 9 in order to be used The Call Home feature is disabled when this register is blank 13 7 608 Call Home Time and Day This register defines the date and time that the Dialer should Call Home T...

Page 76: ...ockout is disabled after failure 13 8 2 Example Two This example sets a Dialer to Call Home on the first day of each month at 2215 hours using Route 7 In order to start the modem the Remote Access Code Register 606 will have to be entered it will act as an MF4 modem wake up code When the CONNECT message is displayed a valid terminal password can be entered in order to start the programming session...

Page 77: ...ype You can specify the type of Cost Centre Code you expect on each route Route Register Default Description Route 1 Route 2 Route 3 Route 4 Route 5 Route 6 Route 7 Route 8 152 T 252 T 352 T 452 T 172 T 272 T 372 T 472 T 4 4 4 4 4 4 4 4 T number of Cost Centre Code digits 1 9 and for 10 To change all Routes 1 4 to the same value use 552 T To change all Routes 5 8 to the same value use 572 T Route ...

Page 78: ...Cost Centre Code Options 8380 383 115 BA 77 Issue 1 February 1999 ...

Page 79: ...will then dial out 0800123456 Note The is a flexible prefix It can be programmed to meet a customer s requirements However the requirements should not conflict with the dialling plan Register NNDKMM MM 7NNDKMM MM NN Bin location 00 97 D Must always be set to 0 K 0 for force the call to Route 0 1 for force the call to Route 1 2 for force the call to Route 2 3 for force the call to Route 3 4 for for...

Page 80: ... out 0800123456 Note 1 The is a flexible prefix It can be programmed to meet a customer s requirements However the requirements should not conflict with the dialling plan Note 2 Do not disconnect the power from the Dialer until at least 10 seconds have expired after exiting programming mode During this period any programming in the Dialer is being stored into the Dialer smemory Disconnecting the p...

Page 81: ...wed Dialer inputs from either an MF4Telephone or Terminal A 1 2 Fourth Column Digits From aTerminal You can program the Dialer to dial out the Fourth Column MF4 digits A B C D From Standard MF4 Telephones From Terminal MF4 Conversions 0 through 9 0 through 9 A or a B or b C or c D or d E or e F or f Space 0 through 9 A B C D if it is within a string Enter C0 for A C1 for B C2 for C C3 for D ...

Page 82: ... 06 07 08 09 0A 0B 0C 0D 0E 0F 10 11 12 13 14 15 16 17 18 19 1A 1B 1C 1D 1E 1F SP 0 1 2 3 4 5 6 7 8 9 20 21 22 23 24 25 26 27 28 29 2A 2B 2C 2D 2E 2F 30 31 32 33 34 35 36 37 38 39 3A 3B 3C 3D 3E 3F A B C D E F G H I J K L M N O P Q R S T U V W X Y Z 40 41 42 43 44 45 46 47 48 49 4A 4B 4C 4D 4E 4F 50 51 52 53 54 55 56 57 58 59 5A 5B 5C 5D 5E 5F a b c d e f g h i j k l m n o p q r s t u v w x y z DE...

Page 83: ...41 105 0 Time Between Release and Reseizure 41 106 5 Flash Generation Timer 41 108 2 Dial Tone Delay Timer 42 109 4 User Dial Tone 42 111 2 Inter digit Time out for Subscriber Side 42 112 2 Inter digit Time out for 0 National Calls 43 113 2 Inter digit Time out on 00 International Calls 43 114 4 Time Between Outgoing Rotary Digits 43 119 0 Off hook Route and Cost Centre Code Tones 44 120 4 Incomin...

Page 84: ... 76 R78 Action on Result of No Cost Centre Code Entered 68 R79 0 MF4 Digit Detector Guard Timer 69 R80 6 MF4 Dialling Rate 2 69 R81 MF4 Dialling Rate 3 70 Register Default Description Page No 600 BLANK Call Home Number 74 602 3031 Machine Identifier 39 608 BLANK Call Home Time Day 74 Register Default Description Page No 6R1 BLANK Access Number for Carrier Telephone Network 54 6R2 BLANK Authorisati...

Page 85: ...ables are bolded to aid in readability only Register Default Description Page No 603 0 Remote MF4 Security Code 24 604 23302 Terminal Program Security Code 25 606 1 Remote Access Code 25 609 0 Local Security Code 26 Register Default Description Page No 700 797 BLANK Abbreviated Dialling Numbers 78 Register Default Page No 801 811 BLANK 60 812 815 BLANK 60 821 835 BLANK 60 841 855 BLANK 60 ...

Page 86: ...Appendix 2 Default Data 8380 383 115 BA 85 Issue 1 February 1999 ...

Page 87: ... the called party Force Route The route can not be changed to another route by any means once the decision has been made in the SearchTables Hz Hertz LED Light Emitting Diode mA Milliamperes MF4 Dialling MF4 tone dialling ms Milliseconds NU Tone Number Unobtainable Tone PABX Public Automatic Branch Exchange PIN Personal Identification Number pps Pulses per second Prefer Route A preferred route beg...

Page 88: ...ay be helpful to think of a Dialer Route as a Virtual Route SearchTables The SearchTables are a set of templates and action codes one action code per template User dialled digits are compared with the templates in the SearchTables If a match is found the action corresponding to the matching action code is executed An action code may choose a route deny a call assert the end of expected digits etc ...

Page 89: ...Typical Max Units RINGER IMPEDANCE 15 K Ohms RINGER SENSITIVITY 25 Hz 20 VAC OFF HOOK CURRENT 15 60 mA BATTERY FEED Open circuit voltage Constant Current Short circuit current 15 25 30 30 VDC mA mA MF4 RECEIVER Level Twist Time between tones 22 6 40 2 6 dBm dB ms ROTARY RECEIVER Rate 8 12 pps MF4 SENDER Levels dBV ZR Twist 1 dB VFH 1 VFL 4 dB Duration programmable 9 7 70 11 9 13 12 VFL VFH ms ROTA...

Page 90: ...Appendix 4 Hardware Specifications 8380 383 115 BA 89 Issue 1 February 1999 ...

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