Mitel Smart-1 EuroRoute 4 Line Dialler

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Disclaimer

8350-383-113-BA1 Issue 4, November 2000

DUE TO MITEL’S POLICY OF CONTINUING PRODUCT IMPROVEMENT, THESPECIFICATIONS OF THIS SYSTEM ARE SUBJECT TO CHANGE WITHOUT NOTICE.WHILST EVERY EFFORT WAS MADE TO ENSURE THE ACCURACY OF THISMANUAL AT THE TIME OF PRINTING, MITEL TELECOM LIMITED TAKES NORESPONSIBLITY FOR ANY INACCURACIES THAT MAY ARISE.

If you find any errors in this publication or would like to make suggestions for improvement, please follow the procedure agreed upon between you and your maintainer for reporting faults. Please quote the following information:

• Documentation Part Number: 8350-383-113-BA

• Issue Number: Issue 4, November 2000

• Product Part Number: 8350-R01-UNVXTX, 8350-R01-UNV3TX, 8350-S01-UNVXTXand 8350-S01-UNV3TX

• Software Revision: 158C01

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 copyright notice does not imply publication.

MITEL, and SMarT-1 are trademarks of MITEL TELECOM LIMITED.

Printed in the U.K. by: Published in the U.S.A. by:MITEL TELECOM LIMITED MITEL Inc.MITEL BUSINESS PARK 120 CHIMNEY POINT DRIVEPORTSKEWETT OGDENSBURG, NEW YORK 13669MONMOUTHSHIRE NP26 5YR U.S.A.UNITED KINGDOM TELEPHONE: +1-315-393-8000TELEPHONE: +44 1291 430000

Copyright © MITEL TELECOM LIMITED 2000.

Table of Contents

8350-383-113-BAIssue 4, November 2000 1

REGULATORY INFORMATION ................................................................................... 9Warning..................................................................................................................... 9Safety......................................................................................................................... 9Power Supply ............................................................................................................ 9Safety Status of Ports .............................................................................................. 10Connectivity ............................................................................................................ 10Functional Earth Requirements............................................................................... 10Regulatory Label ..................................................................................................... 11

CHAPTER 1 ...................................................................................................................... 13EUROROUTE INSTALLATION

General .................................................................................................................... 13Power LED Indications ........................................................................................... 13Line/Trunk LED Indications ................................................................................... 13Standard Installations .............................................................................................. 14Programming Devices ............................................................................................. 15Cost Centre Code Verification ................................................................................ 15Chaining .................................................................................................................. 15

CHAPTER 2 ...................................................................................................................... 17SYSTEM REQUIREMENTS

Environmental Requirements.................................................................................. 17

CHAPTER 3 ...................................................................................................................... 19BASIC HARDWARE INSTALLATION

Mechanical Description........................................................................................... 19Electrical Description.............................................................................................. 19EuroRoute Flush Mount .......................................................................................... 20Optional EuroRoute Right Angle Wall Mounting (part number 8350-018)........... 21Telephone Connections ........................................................................................... 23Line Polarity............................................................................................................ 24Powering Up............................................................................................................ 24Power Failure .......................................................................................................... 25Spare Parts............................................................................................................... 25

CHAPTER 4 ...................................................................................................................... 27INITIALISATION

Initialisation............................................................................................................. 27

CHAPTER 5 ...................................................................................................................... 29SECURITY ACCESS REGISTERS

General .................................................................................................................... 29Auto-answer Security Code .................................................................................... 29Remote Access Code............................................................................................... 29Program Mode Exit ................................................................................................. 30604 - Remote Access Security Code ....................................................................... 30Programming Security Code Defaults..................................................................... 30

Table of Contents


CHAPTER 6 ...................................................................................................................... 31GENERAL NOTES ON PROGRAMMING

Programming With an MF4 Telephone .................................................................. 31Acknowledgment Tones.......................................................................................... 31Terminating a Variable Length Entry ..................................................................... 32Terminating Variable Length Entries with time-out ............................................... 32Programming With a Terminal ............................................................................... 32Legal and Illegal/Invalid Entries ............................................................................. 32Special Function Commands................................................................................... 33Remote Initialisation (942 901)............................................................................... 34Data Verification (902) ........................................................................................... 34

Conditions .......................................................................................................... 34Procedure............................................................................................................ 35Example For Data Verification of Register S00 ................................................ 35

Reload Factory Defaults (942 903) ......................................................................... 35Clear All Search Table (942 904) ........................................................................... 35Cloning (942 906) ................................................................................................... 36

General ............................................................................................................... 36Conditions .......................................................................................................... 36Steps for Cloning................................................................................................ 37Procedure............................................................................................................ 37

Exiting Data Verification (907)............................................................................... 38Installation Wizard (942 912) ................................................................................. 38Rotary Make/Break Ratio Setting (942 916 0)........................................................ 39Load Country-specific Default Data (942 918 X)................................................... 39Data Dump (963 X)................................................................................................. 39Initialise Lockout (942 968 X) ................................................................................ 40Display Serial Number (970) .................................................................................. 40Display Software Identification (972)..................................................................... 40Display Current Time (978 N) ................................................................................ 41Set the Internal Clock (980 MMDDHHMM) ......................................................... 41Set the Year (981 YY)............................................................................................. 42Quitting Programming Mode (986)......................................................................... 42Exiting Programming Mode (987) .......................................................................... 42Display Default Set (989)........................................................................................ 42Modem Programming Access ................................................................................. 42Programming Via Modem Chain Programming ..................................................... 43Backspace During Terminal Programming............................................................. 44Emergency Numbers ............................................................................................... 44

CHAPTER 7 ...................................................................................................................... 47DIALER STATISTICS

Power-On Counter (961)......................................................................................... 47Call Traffic Analysis Peg Counter Data (966) ........................................................ 47

Chain-Modem Programming Example .............................................................. 48Serial/Modem Programming Example............................................................... 48

Display Route and Line Peg Counter Data (967).................................................... 49Route Peg Counter ............................................................................................. 49Line Peg Counter................................................................................................ 49

Reset Peg Counter (942 969) .................................................................................. 50

Table of Contents


CHAPTER 8 ...................................................................................................................... 51SYSTEM WIDE DATA

General .................................................................................................................... 51000 - Serial Port Baud Rate..................................................................................... 51001 - EuroRoute Call Information Logging Format .............................................. 51002 - Trunks to Be Monitored for CIL.................................................................... 51003 - CIL Record of Incoming Calls....................................................................... 52004 - Routes to Be Monitored for CIL.................................................................... 52005 - Called Party Programming............................................................................. 52011 - Carrier Presentation Time for Modem........................................................... 52012 - V.25 Auto-answer Tone................................................................................. 53020 - EuroRoute Active........................................................................................... 53021 - Absorb/Ignore Number 121 ........................................................................... 53022 - Action on Number 121 Absorb...................................................................... 53025 - Inter-ring Timing ........................................................................................... 54

CHAPTER 9 ...................................................................................................................... 55LINE AND TRUNK OPTIONS

General .................................................................................................................... 55S00 - Type of Exchange Line.................................................................................. 55S01 - Drop and Reseize Feature Enable/Disable .................................................... 55S02 - Rotary Interdigit Pause .................................................................................. 56S03 - MF4 Tone Duration ....................................................................................... 56S04 - MF4 Break Duration...................................................................................... 56S05 - On-Hook Timer ............................................................................................. 57S06 - Off-Hook Timer............................................................................................. 57S07 - Off-Hook Digit Refusal Timer ...................................................................... 58S08 - Returned Dial Tone Source ........................................................................... 58S09 - Off-Hook Tone .............................................................................................. 58S10 - Operation at Off-hook.................................................................................... 59S11 - Switch Hook Flash Time ............................................................................... 59S12 - Time Between Release of Exchange Line and Next Attempt to Connect ..... 59S13 - Remote Programming MF4 Send Rate.......................................................... 60S15 - Digit Recognition on Outgoing Calls ............................................................ 60S16 - Digit Recognition on Incoming Calls ............................................................ 60S18 - Incoming Call Detection................................................................................ 61S22 - Interdigit Timer for 0+ (National) Calls ........................................................ 61S23 - Interdigit Timer for 00+ (International) Calls ............................................... 61S24 - Interdigit Timer for the Destination Number................................................. 62S25 - Interdigit Timer for Cost Centre Code Digits................................................ 62S26 - Interdigit Timer for Buffer C......................................................................... 62S27 - Default Route................................................................................................. 63S30 - PABX (Centrex) Enable/Disable................................................................... 63S31 - PABX (Centrex) Access Digit....................................................................... 64S33 - Time to Auto-Answer .................................................................................... 64S34 - Auto-Answer Wait for Security Code Timer................................................. 65S35 - Auto-Answer Incorrect/Failed Security Code Trunk Lockout Timer ........... 65

Table of Contents


CHAPTER 10 .................................................................................................................... 67ACCESS CONTROL SEQUENCES (ACS)

General .................................................................................................................... 67Route Strings ........................................................................................................... 67Access Control Sequences (6R5) ............................................................................ 68Access Control Sequences (6R5) Continued .......................................................... 69

Example 1........................................................................................................... 69Example 2........................................................................................................... 69

A, B, C, and D Dial Tone Detection Parameters..................................................... 70A and B Dial Tone Detection Parameters .......................................................... 70C and D Dial Tone Detection Parameters .......................................................... 70Format Example ................................................................................................. 71Example.............................................................................................................. 71

Programmable Tone Detector ................................................................................. 71Example.............................................................................................................. 71

6R0 - Name of Route .............................................................................................. 726R1 - Access Number for Telephone Network....................................................... 726R2 - Authorisation Number or STD Code ............................................................ 726R3 - General Use Code or Spare Storage Number................................................ 726R4 - Centrex/PABX Number ................................................................................ 73R40/R70 Line Reverse Cancels Interdigit Timing.................................................. 73R41/R71 - Line Reverse Re-starts Call Timer in CIL............................................. 73R44/R74 - Action Due to Call Failure .................................................................... 746STN Trunk String Registers.................................................................................. 74

Trunk String Register ACS Token ..................................................................... 75Example.............................................................................................................. 75

CHAPTER 11 .................................................................................................................... 77CALLBACK

Callback................................................................................................................... 77Example.............................................................................................................. 77

Callback Disconnect Sequence ............................................................................... 78Example.............................................................................................................. 78

CHAPTER 12 .................................................................................................................... 79SEARCH TABLES

Search Tables .......................................................................................................... 79Format Example of a Search Table Entry ............................................................... 79Digits In a Table...................................................................................................... 80Primary and Secondary Search Tables.................................................................... 80Action Codes for Primary Destination Number Search Tables (Buffer A) ............ 81Action Codes for Secondary Search Table #1 (Buffer B)....................................... 82Action Codes for Secondary Search Table #2 (Buffer C)....................................... 83Action Codes for Centrex Action Digit(s) Search Table (Centrex Buffer)............. 84

PABX/Centrex Example One............................................................................. 84PABX/Centrex Example Two............................................................................ 84

Search Tables Default Data..................................................................................... 84

Table of Contents


CHAPTER 13 .................................................................................................................... 87TIME OF DAY ROUTING

General .................................................................................................................... 87009 - Time of Day Routing .................................................................................... 87Time Segment Definition ........................................................................................ 87Time Routing Tables............................................................................................... 88Recommendations When Using Time of Day Routing........................................... 89Time of Day Routing Examples.............................................................................. 89

Example 1........................................................................................................... 89Example 2........................................................................................................... 90

CHAPTER 14 .................................................................................................................... 91COMMON OPTION DATA

602 - Machine Identifier.......................................................................................... 91603 - Hook Flash Tone Detector ............................................................................. 91605 - Network Carrier Authorisation Code............................................................. 91607 - Spare Register ................................................................................................ 92608 - Spare Register ................................................................................................ 92609 - Spare Register ................................................................................................ 92

CHAPTER 15 .................................................................................................................... 93CALL HOME

General .................................................................................................................... 93010 - Call Home at Power-on.................................................................................. 93016 - Call Home Line to Use .................................................................................. 93017 - Call Home Route to Use ................................................................................ 94018 - Call Home Delay before Wait for Access...................................................... 94019 - Call Home Wait for Carrier ........................................................................... 94600 - Call Home Number ........................................................................................ 95601 - Call Home Time and Day .............................................................................. 95606 - Call Home Interval Timer.............................................................................. 95Call Home CIL Flag................................................................................................ 95Force Call Home ..................................................................................................... 96

Example.............................................................................................................. 96

CHAPTER 16 .................................................................................................................... 97COST CENTRE CODE OPTIONS

General .................................................................................................................... 97R42/R72 - Cost Centre Code Tones........................................................................ 97R43/R73 - Cost Centre Codes Enabled/Disabled.................................................... 98R47/R77 - Action on Result of No Cost Centre Code Entered............................... 98Cost Centre Code Table Description....................................................................... 99Cost Centre Code Table Outline ............................................................................. 99ACS Cost Centre Code Table Tokens................................................................... 100Sample Program using Cost Centre Codes ........................................................... 100

Fixed Cost Centre Codes Per Line ................................................................... 100Forced Cost Centre Codes Not Verified .......................................................... 101Forced Cost Centre Codes Verified ................................................................. 101

Table of Contents


CHAPTER 17 .................................................................................................................. 103CHAINING

Introduction ........................................................................................................... 103013 - Dialer Identification Number....................................................................... 103014 - Master Dialer Identification Number........................................................... 103Commands for Chain Programming ..................................................................... 104Setting up a Chain ................................................................................................. 104Example................................................................................................................. 105

Dialer # 1 .......................................................................................................... 105Dialer # 2 .......................................................................................................... 105Dialer # 3 .......................................................................................................... 105

Installation of a Recording Device........................................................................ 107Call Information Logging and Chaining ............................................................... 108

Polling Between Dialers................................................................................... 108Example of CIL Record ................................................................................... 109RS-232 Serial Pin-out of Dialer ....................................................................... 110Optional Printer Cable Pin-out......................................................................... 110

Programming Via Modem Chain Programming ................................................... 110Modem Chain Programming................................................................................. 110Using the Power-On Counter while in Modem Chain Programming ................... 111

Example............................................................................................................ 111Using Peg and Line Counters While in Modem Chain Programming.................. 112

Example............................................................................................................ 112Clearing Peg and Line Counters while in Chain Programming Mode.................. 113Displaying the Year, Month, Day, Time and Day of the Week............................ 113

CHAPTER 18 .................................................................................................................. 115ABBREVIATED DIALLING PROGRAMMING

Setting up an Abbreviated Dialling Number - Method 1 ...................................... 115To program Abbreviated Dialling ......................................................................... 116Abbreviated Dialling Programming Example 1.................................................... 116Setting up an Abbreviated Dialling Number - Method 2 ...................................... 117To use an Abbreviated Dialling Number from an MF4 Telephone ...................... 117To Make the Abbreviated Dialling to be accessed from a Rotary Dial Telephone 117To use the New Number from a Rotary Dial Phone ............................................. 117

APPENDIX 1 ................................................................................................................... 119CALL LOGGER FORMATS

General .................................................................................................................. 119Call Log Formats................................................................................................... 119Controller Forma ................................................................................................... 119

Example............................................................................................................ 119Mitel Format.......................................................................................................... 120

Example............................................................................................................ 120SMarT Format ....................................................................................................... 120

Example............................................................................................................ 121Controller Logger Format ..................................................................................... 121

Example............................................................................................................ 121

Table of Contents


APPENDIX 2 ................................................................................................................... 123OTHER INFORMATION

Legal EuroRoute Inputs ........................................................................................ 123Programming A, B, C, D, E, F With An MF4 Device .......................................... 123Fourth Column Digits From a Terminal ............................................................... 124Fourth Column Digits From a Rotary Phone ........................................................ 124Hex Codes ............................................................................................................. 125

APPENDIX 3 .................................................................................................................. 127 DEFAULT DATA

APPENDIX 4 .................................................................................................................. 135 ABBREVIATIONS AND GLOSSARY OF TERMS

APPENDIX 5 ................................................................................................................... 137 HARDWARE SPECIFICATIONS

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Regulatory Information


REGULATORY INFORMATION

The exclamation point within an equilateral triangle is intended to alert the user to the presence of important operating and maintenance (servicing) instructions in the literature accompanying the product.

WarningFailure to follow all instructions may result in improper equipment operation and/or the risk of electrical shock.

All installation personnel should consult the following information before attempting to install this product.

1. This product is to be installed and serviced by qualified personnel.2. Read all instructions before attempting to install or use this product.3. Install and configure this product with only the assemblies specified in this guide.4. Grounding continuity is vital for the safe operation of telecommunications equipment.

Ensure that the grounding conductor is installed before connecting telecommunications cabling to any system.

5. Never install telephone wiring during a lightning storm.6. Never touch telephone wires or terminals unless the telephone line has been disconnected

at the network interface.7. Use caution when installing or modifying the telephone lines.8. The AC power socket/outlet should be installed near the equipment and should be easily

accessible.

Safety

Power SupplyThe EuroRoute operates from a nominal 230 VAC supply. The Power Supply Unit (PSU) used with this apparatus must be fully compliant with the EEC Low Voltage Directive (73/23/EEC).



Safety Status of PortsPSU SELV †Serial Port SELV †NTP Ports TNV †

† SELV and TNV are defined in EN 60950: 1992

The CE Mark is affixed to this product to demonstrate conformity to the Low Voltage Directive (73/23/EEC), the EMC Directive (89/336/EEC) and the Telecoms Terminal Directive (98/13/EEC).

ConnectivityThe EuroRoute is associated with a separate connection box permanently wired between the Test Jack Frame and the Network Terminating Test Point. The connection box uses a dipswitch to disconnect the Dialer for maintenance purposes.

This product should work in a satisfactory manner when used in the countries listed in European Telecommunications Standard Institute (ETSI) Guide EG 201 121 and specified below:• Germany,• Greece,• Portugal,• Spain and• Switzerland.

Functional Earth RequirementsThe external green wire on the EuroRoute is provided for functional purposes ONLY. This earth is NOT a protective earth and is NOT used to provide user safety.

It is recommended that this functional earth wire be connected when the EuroRoute is connected to PBXs in the UK that are using Earth Calling lines to avoid interworking problems. The earth wire should be connected to the EuroRoute via the connections box and in turn, it should be wired back to a functional earth (e.g. telecoms earth) in accordance with the local wiring regulations.



Regulatory LabelThe regulatory label shown below is located on the back of the EuroRoute in the lower left hand corner. This label contains the regulatory approval number, part number, serial number, revision levels and the necessary approval marks required.

There is a Warranty Seal located at the bottom of this label, 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.

XXXX

XXXXX

Hardware Revision Level

Software Revision Level




EuroRoute Installation


CHAPTER 1

1. EuroRoute Installation

1. 1. GeneralThe Dialer is a simple, compact and versatile telephone controller providing the following features:

• Versatile programming• Four line capacity• Three-digit abbreviated dialling• Remote maintenance and programming• Compatible with rotary or MF4 telephones and telephone offices• EEPROM back-up of Dialer’s program• Separate programming access for customer updating and maintaining of abbreviated 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• Trunk and power status LEDs.

1. 2. Power LED IndicationsThe Power LED will indicate the following conditions:

1. 3. Line/Trunk LED IndicationsThe Line/Trunk Status LED will indicate the following conditions:

Note that the power connector plug shown above is the round connector. The connector plug may be a rectangular connector.

Power LED Status Definition

Off Power Off

On Steady Power On, System OK

On 1 second, Off 1 second Power On, Checksum Error(s) present

"Fluttering" (On and Off rapidly) Power On, Writing to EEPROM

Line/Trunk LED Status Definition

Off Idle, No Call in Progress

On Steady Cut Through, Talking

On 2 Seconds, Off 1 Second Split, Screening Number Dialled

On 1/2 Second, Off 1/2 Second Incoming Ringing

POWER LED TRUNK LEDs



1. 4. Standard InstallationsThe Dialer can be installed and programmed by either an MF4 device, modem, or a terminal and is typically installed as a serial device between a Public Switched Telephone Network (Exchange line) trunk and the user’s telephone equipment (Figure 1.1).

Figure 1.1 Dialer Installed between a Telephone and Exchange Line

The Dialer can also be installed as a serial device between the user’s telephone equipment (PABX/key system) and the exchange line trunk (Figure 1.2).

Figure 1.2 Dialer between a PABX and Exchange Line

The Dialer can also be installed as a serial device between the user’s telephone and the user’s PABX/key system (Figure 1.3).

Figure 1.3 Dialer between a Telephone and a PABX



The Dialer provides easy access (regular dialling patterns) to the local telephone office and to Long Distance Carriers. The purpose of the Dialer is to set up a call similar to the normal dialled call. The Dialer can add the Carrier access number and the Personal Identification Number (PIN) as required for call completion. You can program the Dialer to access a number based on regular dialling patterns or use abbreviated dialling for rapid access. You can also program the unit to route or restrict calls based 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. 5. Programming DevicesThe EuroRoute Dialer may be programmed from any of the following devices:• MF4 Telephone• modem• terminal or a computer using communications software to simulate a terminal.

1. 6. Cost Centre Code VerificationThe Dialer can be programmed to request a Cost Centre Code before allowing a call (refer to Chapter 16 on page 95). The Cost Centre Codes can be assigned to each individual person in an office, using the telephone lines connected to the Dialer. The codes can vary in type, according to the route parameters programmed by the maintainer.

In addition, the Cost Centre Codes can appear on Call Information Log (CIL) data that is output from the Dialer through its serial port. These records can be used for billing information, call cost analysis or traffic patterns.

1. 7. ChainingThis feature allows multiple Dialers to be “chained” through their serial port via cabling. This feature provides two distinct functions:

• The units which are chained together via their serial ports may be addressed remotely or locally with MF4 instruments which can access any Dialer in a chain, through any line. The units can also be accessed remotely with a modem. Any combination of units within the chain may be programmed with MF4 signals. Recommended methods of access are by using an MF4 instrument locally or from a remote location.

• A serial printing device can be connected in series with the chain by means of an optional cable, ordered separately. This connection provides a means by which the collection of call records from chained units can be output to one serial printing device without the need for a data concentrator or multiplexer. The call detail records of the chained units are output one at a time to the serial device. Programming from this device through the optional printer chaining cable is not supported. For further information, refer to Chapter 17 on page 101.

Contact your local authorised Mitel Distributor for chaining cables or optional printer cables.




System Requirements


CHAPTER 2

2. System Requirements

2. 1. Environmental RequirementsThe EuroRoute has been designed to be installed in an office environment with the following limits:• temperature within the range of 0ºC to 40ºC• relative humidity within the range of 10% to 85%• altitude within the range of 0 to 4000 metres.

The EuroRoute is resistant to electromagnetic interference expected in ordinary conditions and does not emit electromagnetic radiation likely to affect users.

The EuroRoute must be mounted in a location that is:• dry and clean• well ventilated• easily accessible• well lit (for the convenience of maintenance personnel).

The EuroRoute 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 photocopying machine (a minimum clearance of three metres (10 feet) is required);

the room should be ventilated by a fan if the machine does not have a filtering system.• on the same main circuit as the photocopying machine.

System Requirements



Basic Hardware Installation


CHAPTER 3

3. Basic Hardware Installation

3. 1. Mechanical DescriptionThe EuroRoute (Figure 3.1) consists of a plastic case, enclosed circuitry and an external power supply.

3. 2. Electrical DescriptionEuroRoute electrical characteristics are provided in the table below.

Figure 3.1 EuroRoute Characteristics

Note that the power connector plug shown above is the round connector. The connector plug may be a rectangular connector.

MECHANICAL ELECTRICAL

Weight: Main Unit - 2 lbs (.98 kg) Power Supply Unit - 1 lb (.45 kg)

Power: 230 VAC ± 10%, 50 Hz

Dimensions: 1.38 X 7.63 X 10.6 Inches (3.5 X 19 X 27.5 cm)

Connections: 4 standard RJ31X, with one female 9 pin serial connector and Power Supply Unit

Mounting: Flush or Right Angle Wall Mount

POWER LED

POWER

TELEPHONE CONNECTIONS

SERIAL PORT FOR PROGRAMMINGAND CALL LOGGING OUTPUT

POWER SUPPLY

TRUNK LED’s



3. 3. EuroRoute Flush MountThe EuroRoute is mounted by simply rotating the attached brackets so that they are protruding from the top of the EuroRoute, as shown in Figure 3.2.

Figure 3.2 . Mounting Position

Having rotated the brackets, secure the EuroRoute to the wall with the provided 2.54 cm self-tapping screws, and slide the mounting bracket down until the mounting screws are in the narrow section of the mounting holes, as shown in Figure 3.3.

Figure 3.3 Mounting the EuroRoute

Caution: Do not over tighten the screws.



3. 4. Optional EuroRoute Right Angle Wall Mounting (part number 8350-018)

The EuroRoute must be mounted upright. To right-angle mount the EuroRoute to the wall, attach the right angle bracket to the mounting surface (wall). Slide the mounting bracket down until the mounting screws are in the narrow section of the mounting holes, as shown in Figure 3.4.

Caution: Do not over tighten screws.

Figure 3.4 . Mounting Brackets



If the EuroRoute has the bracket assembly shown in Figure 3.5, the assemblies should be carefully pried off with a screwdriver, as shown in Figure 3.5.

Figure 3.5 Mounting Bracket Removal

Remove the rubber feet from the top of the EuroRoute base, as shown in Figure 3.6; leave the two lower rubber feet intact. Insert the plastic push rivets through the right angle mounting bracket until the EuroRoute is flush with the bracket.

Figure 3.6 Right Angle Wall Mounting



3. 5. Telephone ConnectionsTelephone connections should be made on the customer side of the Network Terminating Point (NTP), following established procedures and techniques. Figure 3.7 illustrates the Connection Box and the cable assembly used by the EuroRoute.

Figure 3.7 Distribution Wiring

Note 1: A = the TIP WIRE and B = the RING WIRE.

Note 2: The ground is a functional Exchange ground, not a safety ground. The Earth lead is found on the UK version of the EuroRoute.

421 3

421 3

421 3

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1 2 3 4TELECOM

SUBSCRIBER

EARTHCC2 OPEN

CC1 OPEN

CC1 - 1 CC1 - 2 CC1 - 3 CC1 - 4 CC2 - 1 CC2 - 2 CC2 - 3 CC2 - 4

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Power Supply for EuroRoute 2

Line LEDs RS-232 1 - 4 Serial Port

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1 - 4 Serial PortPWRLED

Line LEDs RS-232

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CONNECTIONS BOX

EuroRoute # 1

Ports 1 through 4

EuroRoute # 2

Ports 1 through 4

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EarthLead Earth

Lead

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(UK)(UK)



3. 6. Line PolarityTo ensure that the EuroRoute is correctly installed, it is important to ensure that the Connections Box is correctly wired. If the installation is incorrect, a result of false reversal signals being sent to the connected subscriber side equipment could occur. There are two simple steps that can be taken, in order to check whether the wiring is correct.

1. Measure the voltage on the A and B terminals on the Telecom side of the Connections Box. Ensure that the A terminal is positive with respect to the B terminal.

2. Once the EuroRoute is powered, check that the Subscriber side is the same as the Telecom side in Step 1. Go off-hook on the line, and verify that the A terminal is positive with respect to the B terminal.

3. 7. Powering UpTo power up the EuroRoute, plug the power supply in as shown in Figure 3.8.

Figure 3.8 Powering Up

Note: The power connector plug shown above is the round connector. The connector plug maybe a rectangular connector.

POWER SUPPLY

TO 230 VAC SOCKET



3. 8. Power FailureShould a power failure occur disabling the EuroRoute, the user’s telephone will be directly connected to the Exchange line. The user will still have access to the telephone network, but the EuroRoute will not screen or route calls (Figure 3.9).

Figure 3.9 Power Failure Example

3. 9. Spare Parts• Connections Box WBCP 0247• RJ45 Cable 8350-013• RJ45 Cables (Box of 240) 8350-013-240• L Brackets (Pack of 5) 8350-018• Printer Cables (Pack of 10) 8350-030• Chaining Cable 8350-036• Chaining Cables (Box 240) 8350-036-240.

For other spare parts, please consult your local authorised Mitel distributor.




Initialisation


CHAPTER 4

4. Initialisation

Before you can program the EuroRoute for the first time, you must initialise the unit. Initialisation can only be done by using an MF4 telephone.

4. 1. Initialisation1. Connect an MF4 instrument to the subscriber side of the block (A and B leads of the

EuroRoute).

Caution: Do not open the EuroRoute, as this will void the warranty.

Figure 4.1 EuroRoute Initialisation

2. With the power to the EuroRoute disconnected, go off-hook. While holding down the ✳ key on the MF4 set, you will hear a continuous tone (if no continuous tone is heard, you must obtain an MF4 set that will provide the continuous tone). Connect the power to the EuroRoute. When the power is first applied, there is a “click” sound heard from the EuroRoute as it disconnects you from the Exchange line side.

3. Continue to hold down the ✳ key for 15 to 20 seconds, after applying power to the EuroRoute (See Note).

Note: When you press the ✳ key on the telephone (connected to the EuroRoute for programming using the #0✳ sequence) and if you hear NU tone from the exchange line, or customer equipment, the telephone may be on the wrong side of the telephone block. Check your connections, see Figure 3.7 on page 23.

Initialisation


4. Release the ✳ key. The EuroRoute should respond immediately with a short �. You may hear two short tones (��) depending on the previous condition of the EuroRoute. If a single or double tone is not heard, return to Step 2, and restart. The tone bursts indicate that the EuroRoute is initialised and remains in programming mode. Dial 942 and �� is heard. Dial 918 and � is heard. Dial the country-specific defaults entry (X) and �� is heard, indicating that the country-specific default data has been loaded, and that the EuroRoute is still in the programming mode.

X = 0 for EuroRoute X = 4 for FranceX = 1 for UK X = 5 for NetherlandsX = 2 for Italy X = 6 for Not usedX = 3 for Spain X = 7 for Portugal

Idling in programming mode for more than two minutes results in an automatic exiting of programming mode. �� is heard after 60 seconds, if there is no activity in programming mode.

5. To exit programming mode and save changes made while in programming mode, dial 987. Do not disconnect the power from the EuroRoute while the green LED is flashing after exiting programming mode. During this period, any programming in the EuroRoute is being stored into the EuroRoute’s non-volatile memory. Disconnecting the power prematurely will result in a loss of programming and probably a checksum error.

Security Access Registers


CHAPTER 5

5. Security Access Registers

5. 1. GeneralEach of the Registers found in the Security Access Registers section must end with a ##, to allow the EuroRoute to accept the data entered by the user. If the EuroRoute is in an idle state for five seconds after the data is entered, the EuroRoute accepts this data. Mitel recommends that you enter a unique security code for each of the Security Access Registers (See Section 5.6 on page 30).

Note: All passwords can be overridden by ✳ initialisation, unless the Initialisation Lockout feature is enabled. For more information on this feature (See Section 6.18 on page 40).

5. 2. Auto-answer Security CodeThe Auto-answer Security Code is used during the third stage of remote programming. After a match is found in the 604 Register, from the digits entered by the remote point, an MF4 “A” is sent to the remote point. An MF4 “D” is sent after the unit drops carrier tone.

5. 3. Remote Access CodeThe operation of a remote programming session is explained in three stages. The first stage is answering the incoming call. If the EuroRoute auto-answers, it splits and terminates the line. The trunk number being accessed is sent in MF4 to the remote point. After the EuroRoute answers (either by auto-answer or manual answer), it waits to receive a match of the contents of the 604 Register. The EuroRoute allows as many attempts as needed to enter the code, but times out for a period of time defined by the S34 Register and goes to an idle condition if the code is not entered successfully within the defined time. The matching of the contents of the 604 Register ends the first stage.

At the beginning of the second stage, the EuroRoute splits and terminates the line if the call was manually answered. The EuroRoute checks the 011 Carrier Presentation Register. If the value of the register is 0, the third stage follows immediately. Otherwise, the EuroRoute presents the carrier tone. If the 011 Register expires without a connection to another modem, the carrier tone is turned off and the process is moved to the third stage. Otherwise, the EuroRoute restarts the time specified by the S34 Register, and waits for a match with the 690 Register. If a match is not found within the time defined by the Auto-answer Wait for Security Code Timer, the EuroRoute clears down the modem and the line, cutting through if the subscriber party is off-hook and going to the idle condition if not. Assuming there is a match with the 690 Register, the EuroRoute enters programming mode with the Terminal indicator set, and the third stage is skipped.

Security Access Registers


The third stage starts with the EuroRoute sending an MF4 “D” to the remote point. The EuroRoute restarts the Auto-answer Wait for Security Code Timer and waits for MF4 digits to match the contents of 691 Register or the 695 Register. If there is a match on the first attempt, the EuroRoute sends an MF4 “A” to the remote point and enters programming mode with the Remote indicator set. If there is no match within the time specified by the S34 Register, or if the code is not entered correctly, the line goes to the answer lockout state for a period of time defined by the S35 Register.

5. 4. Program Mode ExitWhen a remote programming session ends, exit programming mode by entering 987.

5. 5. 604 - Remote Access Security Code

5. 6. Programming Security Code DefaultsEach of the following security codes can be entered via the Hexadecimal chart found on page 125 or by entering the exact code to be used. Consult the following table for the default entries.

† Note: The Default values in the 690 register is entered in Hexadecimal format.†† Note: The Default values in the 691, and 695 registers are entered in MF4 format.

Register Description

604This code must be matched after manual answer or auto answer to allow remote pro-gramming access. This register may contain up to 80 digits.

Example: 604#1✳ ##

Programming Security Code Defaults

Register DescriptionValue Entered in

EuroRouteASCII or MF4

Value

690 Installer Terminal Access 23302A † #0✳

691 Installer MF4 Access #0✳ †† #0✳

695 Abbreviated Dial MF4 Access #2✳ †† #2✳

General Notes on Programming


CHAPTER 6

6. General Notes On Programming

6. 1. Programming With an MF4 TelephoneProgramming can be done by using MF4 tones. The default programming code is #0✳ (contents of the 691 Register). If the entry of # or ✳ is not permissible (for example, behind a PABX that will not pass the #, or ✳ to the EuroRoute), you should change the programming code before installing the EuroRoute. To exit programming, dial 987. If you hang up to exit programming, any changes made while in programming mode will be lost, and the former data will be restored. Do not disconnect the power from the EuroRoute, until the green (power) LED stops flashing. During this period, any programming in the EuroRoute is being stored into the EuroRoute’s non-volatile memory. Disconnecting the power prematurely will result in a loss of programming.

6. 2. Acknowledgment TonesWhile programming the EuroRoute with an MF4 telephone, you will receive audible indications for correct entries, incorrect entries, and programming time-outs. In general, after each correct entry, the EuroRoute responds with a double tone.

Hearing � means that the command/register you have entered has been recognised as a legal (correct) entry, i.e., you entered #0✳ .

Hearing �� means that the entry you have made has been accepted. The tones are heard after a parameter has received all the digits it requires or if you entered ## on a variable length parameter. For example, if you dial 100 you will hear �; dial 2, and you hear ��.

Hearing �� means that you have been idle in programming mode for more than sixty seconds. After two minutes of idling, you are automatically logged out of programming mode and any changes made while in programming mode are not saved.

Note: Hearing �� after the user goes off-hook means that the EuroRoute has experienced a RAM or ROM checksum failure. To resolve this problem, first try to enter and exit program mode. If the beeps continue, perform a ✳ initialisation and default the EuroRoute.

Hearing �� (long tones) means that an incorrect programming entry has occurred or that a Search Table entry was made to delete a non-existing entry.

Note: In the event of an incorrect entry, wait for the four tones to stop and then try again.



6. 3. Terminating a Variable Length EntrySince some registers in the EuroRoute require variable length information, a terminator is used to indicate the end of an entry. Generally, the terminator is used with 7XXX, 8XX, 6XX and 6XXX parameters. The terminator is ##. When using a terminal, you can substitute A for ✳ and B for the #. Exit programming mode by dialling 987. If you hang up to exit programming, any changes will be lost and the former data will be restored. Do not disconnect the power from the EuroRoute, until the green (power) LED stops flashing. During this period, any programming in the EuroRoute is being stored into the EuroRoute’s non-volatile memory. Disconnecting the power prematurely will result in a loss of programming.

6. 4. Terminating Variable Length Entries with time-outTo terminate a variable length entry (e.g. Abbreviated Dialling Bins, Cost Centre Codes, Route Strings, Search Tables) use ##. If the entry ## is not permissible (for example, behind a PBX that will not pass the # to the EuroRoute), the EuroRoute will automatically time-out within the specified time by the inter digit timer, accepting the entry.

6. 5. Programming With a TerminalProgramming can be done by using a terminal (does not apply to Chain Programming, for Chain Programming see Chaining on page 103). The default programming entry code is #0✳ (contents of the 690 Register). When you enter the programming entry code, the following screen appears:

6. 6. Legal and Illegal/Invalid EntriesEach time you enter a legal command, e.g. 005, from a terminal, the EuroRoute will automatically space to the next entry point waiting for more input. For example:

Should you make an illegal or an invalid entry, you receive:

Note: Use the backspace key or delete key to edit your entry.

8350 REV 158 C01 COPYRIGHT 1987-1999 MITEL INC. ALL RIGHTS RESERVEDEuroRoute 4-Line UK DialerSerial Number BC AAA 0001ENTERING PROG. MODEV>

P> 005 Area for data that you enter to be displayed Space left by legal command Command EnteredProgramming prompt

P> 5 (Followed by a carriage return [used to cancel the 5 entry])P? 5 (The question mark indicates that the entry is illegal or invalid)P> (Fresh programming prompt)



6. 7. Special Function CommandsSpecial Function Commands are commands that allow access to specific data in the EuroRoute. If you are using MF4 Chaining, consult section 17.4 in Chapter 17 on page 104 before using these commands, as they are not all functional in a chained access programming session. This statement is especially true when using 942 903, 942 906, 942 908 and 942 918 X. There should never be a requirement to use these commands when a EuroRoute is in a Chain.

Note: These commands are valid on Chained Dialers as long as Chain Programming has not been accessed.

Commands Definition

942 901 Remote Initialisation. Refer to Remote Initialisation (942 901) on page 34.

902 Data Confirmation Mode. Refer to Data Verification (902) on page 34.

942 903 Reload Factory Default Data. Refer to Reload Factory Defaults (942 903) on page 35.

942 904 Clear All Search Table Data. Refer to Clear All Search Table Data (942 904) on page 35.

942 906 Enter Clone Master Mode. Refer to Cloning (942 906) page 36.

907 Return to Data Programming Mode. Refer to Exiting Data Verification (907) page 38.

942 912 Installation Wizard. Refer to Installation Wizard (942 912) on page 38.

942 916 XRotary Make/Break Ratio Setting. Refer to Rotary Make/Break Ratio Setting (942 916) on page 39.

942 918 XLoad Country-specific Defaults. Refer to Load Country-specific Defaults (942 918 X) on page 39.

963 X Data Dump. Refer to Data Dump (963 X) on page 39.

942 968 N Initialise Lockout Feature. Refer to Initialise Lockout (942 968 X) on page 40.

970 Display Serial Number. Refer to Display Serial Number (970) on page 40.

972Display Software Identification. Refer to Display Software Identification (972) on page 40.

978 N Display Current Time. Refer to Display Current Time (978 N) on page 41.

980 MMDDHHMM Set the Internal Clock. Refer to Set the Internal Clock (980 MMDDHHMM) on page 41.

981 YY Set the Year. Refer to Set the Year (981 YY) on page 42.

986 Quit Programming Mode. Refer to Quitting Programming Mode (986) on page 42.

987 Exit Programming Mode. Refer to Exiting Programming Mode (987) on page 42.

989 Display Default Set. Refer to Display Default Set (989) on page 42.



6. 8. Remote Initialisation (942 901)This high-level command can be entered at any time during a remote programming session to initialise the EuroRoute. After the command is entered, the remote programming session will be terminated. The EuroRoute will be defaulted with the country-specific defaults that were used previous to the remote initialisation.

6. 9. Data Verification (902)Data Verification is a convenient method of confirming the contents of a EuroRoute’s database. Most maintainers use a terminal (Figure 6.1) to confirm the EuroRoute’s database, however, a Digit Analyzer may also be used to accomplish database verification. Data is displayed for each parameter entered. Data Verification does not alter the contents of the EuroRoute’s database.

Figure 6.1 Data Verification

6. 9. 1. ConditionsThe following conditions apply when using Data Verification:• the EuroRoute must be fully operational.• both the terminal and the EuroRoute must be set for the same serial port Baud rates (300 by

default)• you only need to enter 902 once. You will remain in Data Verification provided you do not

exceed the 2 minute programming timer, or manually exit Data Verification.

PROGRAMMING CABLE EuroRoute Terminal

2

3

5

FEMALE MALE

5

3

2



6. 9. 2. ProcedureTo use Data Verification:

1. Enter Programming Mode, the following screen appears:

2. After entering Programming Mode, the EuroRoute is already in Data Verification Mode.3. Enter the desired parameters. When you enter the parameter the data associated with that

parameter appears opposite the entry. If there is no data for the parameter, nothing is displayed. The EuroRoute automatically moves to the next entry position. A typical output for an 808 parameter (default data) is shown below:

Note: When verifying routes and trunks you cannot enter 5XX, where 5 is the indication that you wish to verify all the routes or trunks. Each trunk and Route must be verified individually.

6. 9. 3. Example For Data Verification of Register S00Enter Programming mode #0✳Enter 902Enter 100 for Port 1Enter 200 for Port 2Enter 300 for Port 3Enter 400 for Port 4Enter 500, will return a “?”

6. 10. Reload Factory Defaults (942 903)After the high-level command 942 903 is entered at anytime while in programming mode, the entire database, with exception of the peg counters, will be reset to the factory default values determined by the value of X used in the high-level command 942 918 X.

6. 11. Clear All Search Table (942 904)After the high-level command 942 904 is entered at anytime while in programming mode, the entire Search Table database will be erased. This includes the following Search Table sets:801 - 815821 - 835841 - 845861 - 865.

No other registers are affected by using this command.

8350 REV 158 C01 COPYRIGHT 1987-1999 MITEL INC. ALL RIGHTS RESERVEDEuroRoute 4-Line UK DialerSerial Number BC AAA 0001ENTERING PROG. MODEV>

P> 902V> 808 #4#9#9#9#9#9#9#936



6. 12. Cloning (942 906)

6. 12. 1. GeneralSeveral EuroRoutes can be programmed to operate identically by using a method called Cloning. One EuroRoute is programmed (referred to as the Master) and then connected to other EuroRoutes (referred to as the Slaves) you wish to program, by using a Cloning cable (illustrated below). The Cloning method can only be used with EuroRoutes of the same revision and must be done at a minimum speed of 1200 baud.

Figure 6.2 Master and Slave unit set up for Cloning

The exchange of information takes approximately three seconds and is initiated by entering the Clone Command from the Master EuroRoute. The return prompt for success or failure will be returned within five to ten seconds.

6. 12. 2. ConditionsThe following conditions apply when Cloning:• you can only clone units of the same revision level.• units must be cloned one at a time.• Master unit cannot be processing calls.• Slave unit must be ✳ initialised and defaulted.• Slave units must be fully operational and programmable from either a terminal or an MF4

device.• both the Master and Slave units must have their baud rates programmed to 1200 (000 = 4).• one Slave is connected to one Master at any one time during Cloning.• Master unit must not be allowed to exit the programming mode and no off-hook to

on-hook transitions can occur in any unit while the Cloning cable is connected between units. These transitions can cause a CIL output that will confuse the units and possibly corrupt the programming.

• Slave unit must be powered down and then powered up after Cloning. The Cloning cable must be disconnected prior to powering up the Slave unit.



6. 12. 3. Steps for CloningThe following steps must be completed before attempting to Clone:• pre-program and dedicate a Master unit• connect an MF4 device to the Master unit that can seize the line, generate MF4 tones and

listen for the acknowledgment tones• you must have an Exchange line/trunk or a simulated source connected to the line you are

using on the Master EuroRoute• ensure each EuroRoute is powered up and connected using the Cloning cable as illustrated

in Figure 6.3. The EuroRoute requires pins two, three and five to be configured as a null modem cable (Figure 6.3).

Figure 6.3 Cloning Cable

6. 12. 4. ProcedureTo Clone a EuroRoute:1. ensure that the Slave unit has been initialised2. power up the Master unit3. verify that the desired programming is already resident in the Master EuroRoute4. power up the Slave unit5. match the Master and Slave baud rates (see register 000, Serial Port Baud Rate)6. connect the Cloning cable and the MF4 device as illustrated in Figure 6.27. go off-hook on the MF4 device connected to the Master unit8. dial the programming access code (#0✳ by default)9. dial 942 906 to start the Clone procedure10. in approximately 5 to 10 seconds you should hear either two tones indicating that a

successful Cloning has taken place or four long tones indicating that the cloning attempt failed. If four tones or no tones occur, verify the conditions in Section 6.12.2

11. After a successful Cloning, disconnect the Cloning cable and power down the Slave unit for 15 seconds. Do not attempt to make the Slave unit function while the Cloning cable is connected. When powered-up the Slave unit will be functional, with its database a duplicate of the Master unit

12. If more units are to be cloned, repeat steps 4 to 11.

Because CIL output will confuse the units and possibly corrupt the programming, you may wish to turn the Master unit’s CIL off (by setting 001 = 0, Print Format) during Cloning. You can turn it on after you have finished cloning and have removed the Cloning cable. You should only have the Cloning cable connected while Cloning a unit.

The 942 906 Clone Command can be repeated at the Master unit any number of times. The 942 906 Clone Command does not destroy or alter the memory of the Master unit. Do not allow the Master unit to time-out or exit programming mode while the units are connected via the Cloning cable.

CLONING CABLE MASTER SLAVE

2

3

5

MALE MALE

5

3

2



The Cloning process occurs at a high-data-transmission rate. To avoid transmission errors, the length of the uncoiled Cloning cable should be kept to a minimum (length should be no longer than 2 chaining cables– approximately 2 feet). The Master unit returns to its pre-programmed baud rate at the end of Cloning, while the Slave unit will be set to the its new loaded value on its first power up.

The “enabled” condition of the initialise-lockout feature will not be transmitted from a Master EuroRoute to a Slave EuroRoute during a cloning procedure. See Section 6.18 for more information about the Initialise Lockout Feature.

6. 13. Exiting Data Verification (907)To return to programming mode enter 907. You can re-enter the Data Confirmation mode by entering 902.

Do not disconnect the power from the EuroRoute, while the green LED is flashing after exiting programming mode. During this period, any programming in the EuroRoute is being stored into the EuroRoute’s non-volatile memory. Disconnecting the power prematurely will result in a loss of programming.

6. 14. Installation Wizard (942 912)The Installation Wizard is a high-level command that is only used in a local programming session for monitoring line polarity via the EuroRoute trunk LED’s. The LED’s display the various line and polarity conditions. The table below explains these conditions.

When the Installation Wizard high-level command is entered via an MF4 telephone, the installer will hear an acknowledgment tone. After the acknowledgment tone is given, the EuroRoute will disable the two-minute programming mode timer and begin to display the line polarity conditions via the EuroRoute’s trunk LEDs. The conditions will be displayed until the Installation Wizard is exited.

The Installation Wizard can be exited while leaving the installer in programming mode by either of the following methods: entering A or a (Terminal Mode) or entering a ✳ (Terminal Mode or DTMF Mode).

The following methods of exiting the Installation Wizard will allow the installer to exit programming mode: 987 (Terminal Mode/DTMF Mode), X or x (Terminal Mode) or powering down the EuroRoute.

Note: It is recommended that the Installation Wizard be run from the serial port, because the line from where the MF4 session was initiated will not be monitored while the Installation Wizard is being run.

Trunk LED Conditions

Illumination Condition Description

Off Steady Correct polarity or no line connect

On 200 ms on and 200 ms off Incorrect polarity



6. 15. Rotary Make/Break Ratio Setting (942 916 0)The high-level command 942 916 0 is used for determining the rotary break ratio when the EuroRoute defaults are used.• X = 0 for 60/40• X = 1 for 67/33.

Note: The following country settings are hardcoded:• UK: 942 918 1—66/33• Italy: 942 918 2—60/40• Spain: 942 918 3—60/40• France: 942 918 4—66/33• Netherlands: 942 918 5—60/40• Portugal: 942 918 7—67/33

6. 16. Load Country-specific Default Data (942 918 X)After the high-level command 942 918 X is entered while in programming mode, the entire database, with exception of the peg counters, will be reset to the country-specific default data values defined by the value of X. Refer to Appendix 3 for Search Table default data.• X = 0 for EuroRoute• X = 1 for UK• X = 2 for Italy• X = 3 for Spain• X = 4 for France• X = 5 for Netherlands• X = 6 not used• X = 7 for Portugal.

6. 17. Data Dump (963 X)This high-level command is used to display the EuroRoute database in its entirety or in sections, but only when it is used from a local terminal or remote modem mode programming.

X =

1 System, trunk and route registers

2 System, route, trunk and password string registers

3 Speed call numbers programmed

4 Search Tables 801 through 815

5 Search Tables 821 through 865

✳ Entire database



6. 18. Initialise Lockout (942 968 X)If the Initialise Lockout feature is enabled, an attempt to ✳ initialise a EuroRoute will not produce a default load or any other result, unless a checksum error is indicated. 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 901 or 903• an automatic default load.

The default condition of the Initialise Lockout feature is disabled. The condition of this feature being enabled is not transmitted during a cloning process. If Initialise Lockout is desired in a Slave EuroRoute, it must be explicitly enabled after it is disconnected from the Cloning cable and powered-up at the end of the cloning process.

Note: Once this feature is activated, the only way to enter into programming mode is with the passwords defined in the 69X Registers. If the passwords are unknown, the unit can only have this feature disabled at a Mitel Repair Centre.

6. 19. Display Serial Number (970)When the command 970 is entered while in modem or terminal programming mode, the serial number of the EuroRoute is displayed. The serial number is also displayed with the log-on banner.

6. 20. Display Software Identification (972)When the command 972 is entered while in modem or terminal programming mode, the software identification of the EuroRoute is displayed. The following example is from a unit with 158C01 software.

V>970<space><hexadecimal representation of ASCII characters in serial number>0D0* hex representation of new line (CR,LF)3E hex representation of ">"00 hex representation of null characterV>

V> 972V> 01580103V>



6. 21. Display Current Time (978 N)When the command 978 N is entered while in modem or terminal programming mode, the current time of the EuroRoute is displayed. The values for the argument N are listed in the table below.

The following variables make up the format (YYMMddhhmmssT) of this command:• YY—year (00 - 99) • mm—minute (00 - 59)• MM—month (01 - 12) • ss—second (00 - 59)• dd—day (01 - 31) • T—the literal letter T.• hh—hour (00 - 23)

Note: A period character in place of a full colon will appear between the hour and minutes in the output, in the event the power has failed.

6. 22. Set the Internal Clock (980 MMDDHHMM)The internal clock is set by using the format MMDDHHMM. Once all eight characters are entered, the EuroRoute will respond with two beeps or a “>” prompt, indicating that the entry was accepted.

The following variables make up the format of this command:• MM—month (01 - 12)• DD—day (01 - 31)• HH—hour (00 - 23)• MM—minute (00 - 59).

N = Format Description

0 Dialler no year; no day of week

1 ISO-8601 no year; no day of week

2 Dialler two-digit year; no day of week

3 ISO-8601 two-digit year; no day of week

4 Dialler four-digit year; no day of week

5 ISO-8601 four-digit year; no day of week

6 Dialler no year; day of week in English

7 ISO-8601 no year; day of week in English

8 Dialler two-digit year; day of week in English

9 ISO-8601 two-digit year; day of week in English

A (✳ ) Dialler four-digit year; day of week in English

B (#) ISO-8601 four-digit year; day of week in English

V> 980 05271130V>



6. 23. Set the Year (981 YY)The two-digit year is set by using the format YY. Valid entries are 00 through 99. Once both characters are entered, the EuroRoute will respond with two beeps or a “>” prompt, indicating that the entry was accepted.

Note: This command must be performed before the command 980, if Register 009 is set to a value of 1 (Time Of Day Routing Enabled).

6. 24. Quitting Programming Mode (986)Entering this command while in programming mode will exit the programmer from the programming session, without saving any changes that were made during the session. Entering the letter q or Q from a terminal or hanging up the telphone if using local MF4 programming, will yield the same result.

6. 25. Exiting Programming Mode (987)To exit programming mode, dial 987. Entering the letter x or X from a terminal will yield the same result.

Do not disconnect the power from the EuroRoute, until the green (power) LED stops flashing. During this period, any programming in the EuroRoute is being stored into the EuroRoute’s non-volatile memory. Disconnecting the power prematurely will result in a loss of programming.

6. 26. Display Default Set (989)When the command 989 is entered while in modem or terminal programming mode, the current country-specific default set is displayed as a one digit number.

• 989 0 for EuroRoute• 989 1 for UK• 989 2 for Italy• 989 3 for Spain• 989 4 for France• 989 5 for Netherlands• 989 7 for Portugal.

6. 27. Modem Programming AccessRemote programming can be achieved by using a PC or a terminal in conjunction with a modem. This communication method has the advantage of visual feedback while programming a remote Dialer. This mode is also useful for data confirmation or for troubleshooting a remote Dialer.



6. 28. Programming Via Modem Chain ProgrammingTo begin, you need a PC or laptop computer and a modem capable of running at 300 bps. The SMarT MPU program can be used.

Figure 6.4 Modem Programming

The EuroRoute modem is set to 300 bps, 8N1 and cannot be changed to anything else. It also has an access code set in the Common Data Register 604 (#1✳ is the default). System register 011 sets the time the modem will present carrier tone to an incoming call AFTER the EuroRoute has detected the access code.The sequence to call the remote Dialer is as follows:

1. Connect your PC/modem to a telephone line, along with a telephone for speech use.

2. Run SMarT MPU.

3. Select the Terminal tab.

4. Define the desired Modem, Com Port and Baud Rate settings.

5. Using the Hayes modem commands, it may be necessary to reset the modem that you are using. To reset the modem use the command AT&F.

6. Connect a phone to the Exchange side of the modem.

7. Call the remote site. You will need to establish an audio connection first, to tell the customer that they will hear some tones then a series of beeps. Once they hear the tones, they should hang up.

8. Using the AT commands, enter the modem security code by entering ATDT#1✳ . You will hear the remote modem tone (the customer will hear the series of beeps referred to in Step 7). If the modem that you are using responds with “NO DIAL TONE”, it may be necessary to use the command ATX0 before using ATDT#1✳ .

9. If a connection is established, the message, CONNECT, should be displayed on the screen. After the message appears, enter the System Installer Password (#0✳ by default). The remote Dialer will respond in programming mode by displaying the programming banner and the V> prompt.

10. Continue to program as normal from a PC/Terminal.

11. When your programming is complete, exit programming mode by dialling an X or 987 from the keyboard of the PC/terminal, and clear down the call.

Note: If the modem commands that are referenced in the steps listed above do not work, you will need to reference the manual of your modem for the correct commands.



6. 29. Backspace During Terminal ProgrammingWhen programming from a terminal, you may back up and rewrite a previous character by sending a backspace character or a delete character (08 or 7F in ASCII) to the EuroRoute’s serial port. The key to press on the terminal and the terminal’s reaction to the backspace character (ASCII 08) echoed by the EuroRoute, depend on the type of terminal or terminal emulation program in use.

6. 30. Emergency NumbersIf the PABX Register is disabled (Register S30 set to 0), the emergency numbers (based on the country-specific default used) will be dialled out directly toward the Exchange line, regardless of any other programming in the Dialer.

If the PABX is enabled (Register S30 set to 1), The PABX Access code stored in the register S31 must be dialled before the Emergency code and the digit stored in Register S31 will be output on the Exchange line side before the emergency digits are output, regardless of any other programming in the Dialer.

If the PABX is enabled (Register S30 set to 2), The PABX Access code stored in the Search Tables 861-865 must be dialled before the Emergency code and the digit or digits stored in the Centrex Buffer will be output on the Exchange line side before the emergency digits are output, regardless of any other programming in the Dialer. The following table lists the emergency numbers.

Note: The specified emergency phone numbers cannot be blocked or routed.

942 918 X

X = 0EuroRoute

X = 1UK

X = 2Italy

X = 3Spain

X = 4France

X = 5Netherlands

X = 7Portugal

112 112999

112113115116118

112 112151718

112 115112



Figure 6.5 Overview of the EuroRoute Operation

Note: The emergency numbers noted in Section 6.30 are dialled out directly toward the Exchange line, regardless of any other programming in the EuroRoute.

User Goes Off-hook and

begins dialling

Line and Trunk Options; Control Timing and Hardware Functions

020

020 = 1User Dialled Digits Screened

in Search Tables

020 = 0EuroRoute Does Nothing. User

Digits Pass Through to the Exchange

ENDSearch Table 1 (Buffer A)User Dialled Digits Compared to

Programmed Search Table Entries. If the Digits Dialled

Match a Screen, an Action will Result, e.g., a Route is Selected

Search Tables 801 - 815

Route RegistersR4X - R7X

Route Registers Help Control the Dialling Format Sequence from the

EuroRoute

Search Tables 2 & 3; if they are required by

the Route Registers

Route Strings6R1 - 6R5

End of EuroRoute Activity

Route Strings Control and Perform Actual

Output of Digit Streams from the EuroRoute

EuroRoute Finishes Dialling; Connects User to Line




Dialer Statistics


CHAPTER 7

7. Dialer Statistics

7. 1. Power-On Counter (961)The Power-On Counter is a 6 digit (decimal) counter which is incremented whenever the EuroRoute is powered on, or the 901 remote restart command is executed. This counter can only be zeroed by ✳ initialising the EuroRoute. The command may only be used while in terminal, or remote-modem programming. Enter the command 961, and a six digit number will be displayed indicating the number of power-ups that have occurred since the last ✳ initialisation.

7. 2. Call Traffic Analysis Peg Counter Data (966)This high-level command, not supporting MF4 instruments, is used to display the number of minutes used by each route. The data displayed also includes the number of incoming calls (per trunk) and for the average number of seconds it takes before a call is answered (per trunk).

The following variables make up the format of this command:• Route—Route Number (none = “no route”)• Usage—Number of times that the route was accessed• Mins (Total)—Integer value of total minutes of traffic for the specified route• Line—line number, in a range from 1 to 4• I/C—Number of incoming calls• Ave Ans (sec)—Integer value of the average time to answer a call, rounded to the nearest

second.

V> 961 000003

V>966 <space> <first six characters> number of completed calls on route 1 <next six characters> number of minutes used on route 1 <next six characters> number of completed calls on route 2 <next six characters> number of minutes used on route 2 <next six characters> number of completed calls on route 3 <next six characters> number of minutes used on route 3 <next six characters> number of completed calls on route 4 <next six characters> number of minutes used on route 4 <next six characters> number of completed calls on route 5 <next six characters> number of minutes used on route 5 <next six characters> number of completed calls on route 6 <next six characters> number of minutes used on route 6 <next six characters> number of completed calls on route 7 <next six characters> number of minutes used on route 7 <next six characters> number of completed calls on route 8 <next six characters> number of minutes used on route 8 <next six characters> number of completed calls on "no route" <next six characters> number of minutes used on "no route" <next six characters> number of incoming calls, line 1 <next six characters> avg. nr. of seconds before inc. answer/abandon line 1 <next six characters> number of incoming calls, line 2 <next six characters> avg. nr. of seconds before inc. answer/abandon line 2 <next six characters> number of incoming calls, line 3 <next six characters> avg. nr. of seconds before inc. answer/abandon line 3 <next six characters> number of incoming calls, line 4 <last six characters> avg. nr. of seconds before inc. answer/abandon line 4 <CR><LF> new line V>

Dialer Statistics


7. 2. 1. Chain-Modem Programming Example

7. 2. 2. Serial/Modem Programming Example

966 000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000008000000000000000000000002000030000000000000000000000000V>

8350 REV 158-C01 COPYRIGHT 1987-2000 MITEL INC. ALL RIGHTS RESERVED.EuroRoute 4-Line DialerSerial Number BCADN0000>ENTERING PROG. MODEV>966

Route Usage Mins (total)---- ------ ------ 1 000000 000000 2 000000 000000 3 000000 000000 4 000000 000000 5 000000 000000 6 000000 000000 7 000000 000000 8 000000 000000None 000011 000005

Line I/C Avg.Ans (sec)---- ------ ------ 1 000000 000000 2 000000 000000 3 000000 000000 4 000000 000000

Dialer Statistics


7. 3. Display Route and Line Peg Counter Data (967)The contents of the Route and Line Peg Counters can be displayed by using this command while in terminal/modem programming mode. The counter does not reset when using this command. To reset the counter refer to Section 7.4 on page 50.

7. 3. 1. Route Peg CounterThe Route Peg counter logs the number of times a route has been used (Usage) and the number of calls that failed (Fail). Usage is the number of calls made. Fail is the number of calls that did not meet the tone detector criteria in the Access Control Sequence (refer to page 70). The counter has a range of 000000 - 999999. If the counter reaches 999999, a “rollover” does not occur. The information remains in the counter memory until the high-level command 942 969 is used while in programming mode, or if the EuroRoute is ✳ initialised. To view the logged information while in terminal/modem programming mode, enter the command 967. The counter does not reset when using this command. Use of 967 or 942 969 with any MF4 instrument is not supported.

7. 3. 2. Line Peg CounterThe Line Peg counter logs the number of times a line has been used (Usage) and the number of calls that failed (Fail). Usage is the number of calls made. Fail is the number of calls that did not meet the tone detector criteria in the Access Control Sequence (refer to page 70). The counter has a log range of 000000 - 999999. If the counter reaches 999999, a “rollover” does not occur. The information remains in the counter memory until the command 942 969 is used while in programming mode, or the EuroRoute is ✳ initialised. To view the logged information while in terminal/modem programming mode, enter the command 967. The counter does not reset when using this command. Use of 967 or 942 969 with any MF4 instrument is not supported.

V> 967

Route Usage Fail------ ------- ------- 1 000001 000000 2 000001 000000 3 000001 000000 4 000001 000000 5 000001 000000 6 000001 000000 7 000001 000000 8 000001 000000None 000000 000000

Line Usage Fail------ ------- ------- 1 000002 000000 2 000002 000000 3 000002 000000 4 000002 000000

Dialer Statistics


7. 4. Reset Peg Counter (942 969)The contents of the Route and Line Peg Counters can be reset by using this command while in programming mode. Once the counters reach “999999”, this command is used as the only method of resetting the counter. A “rollover” will not occur. Use of 967 or 942 969 with any MF4 instrument is not supported.

System Wide Data


CHAPTER 8

8. System Wide Data

8. 1. General

You can change System Wide Data if the default data does not meet your requirements.

8. 2. 000 - Serial Port Baud Rate

8. 3. 001 - EuroRoute Call Information Logging Format

Note: Refer to Appendix 1 on page 119 for more details about the logger formats.

8. 4. 002 - Trunks to Be Monitored for CILYou can control which trunk(s) are to be monitored for CIL.

Note: If using a terminal you can substitute the letter A for ✳ and B for #.


000 T

T = 0 For 1200 T = 4 For 1200T = 1 For 300 T = 5 For 2400T = 2 For 300 T = 6 For 4800T = 3 For 600 T = 7 For 9600


001 T

T = 0 For Off T = 5 For Mitel with CR and LFT = 1 For Mitel T = 6 For SMarT-1 with CR and LFT = 2 For SMarT-1 T = 7 For Controller with CR and LFT = 3 For Controller T = 8 For Control Logger FormatT = 4 For SMarT-1 with CR and LF T = 9 For Control Logger Format with CR and LF


002 T

T = 0 For All T = 5 For 1, 3 T = ✳ For 2, 4 T = F For ALL DisabledT = 1 For 1 T = 6 For 2, 3 T = # For 1, 2, 4T = 2 For 2 T = 7 For 1, 2, 3 T = C For 3,4T = 3 For 1, 2 T = 8 For 4 T = D For 1,3,4T = 4 For 3 T = 9 For 1, 4 T = E For 2, 3, 4

System Wide Data


8. 5. 003 - CIL Record of Incoming Calls

8. 6. 004 - Routes to Be Monitored for CILYou can control which calls are monitored for CIL.

8. 7. 005 - Called Party ProgrammingThis feature is used when the local EuroRoute is used to call a service centre, and the service centre wishes to examine or change the EuroRoute’s database information. You can either allow or disable this feature.

8. 8. 011 - Carrier Presentation Time for ModemYou can specify the time that the internal 300 baud modem presents carrier and tries to establish communication before the EuroRoute reverts to remote MF4 programming. Once a connection is established, the password found in the 690 Register will have to be matched before entering into programming mode.


003 TT = 0 For Incoming Calls Not RecordedT = 1 For Incoming Calls Recorded


004 T

T = 0 For Routed Calls Only T = 4 For Route 4 T = 8 For Route 8T = 1 For Route 1 T = 5 For Route 5 T = 9 For All RoutesT = 2 For Route 2 T = 6 For Route 6T = 3 For Route 3 T = 7 For Route 7


005 TT = 0 For DisableT = 1 For Enable


011 T

T = 0 For Modem Disable T = 4 For 4 Seconds T = 8 For 8 SecondsT = 1 For 1 Second T = 5 For 5 Seconds T = 9 For 9 SecondsT = 2 For 2 Seconds T = 6 For 6 Seconds T = ✳ For 10 SecondsT = 3 For 3 Seconds T = 7 For 7 Seconds

System Wide Data


8. 9. 012 - V.25 Auto-answer ToneSome V.21 modems require a 3 1/2 second burst of 2100 Hertz before they will respond with an answer. By default the EuroRoute will send out the V.25 Answer Tone.

You can either allow, or disable this feature.

Note: This feature is not available when modem is disabled in the 011 Register.

8. 10. 020 - EuroRoute ActiveThis register controls whether the EuroRoute is screening calls or is transparent (idle). Refer to the diagram on page 45.

8. 11. 021 - Absorb/Ignore Number 121This register controls whether the number 121 is absorbed or ignored. This number may be absorbed and the call redirected. Use of this register does not affect emergency numbers.

8. 12. 022 - Action on Number 121 Absorb

Note: NU Tone = Number Unobtainable Tone


012 T T = 0 For DisableT = 1 For Enable


020 TT = 0 For IdleT = 1 For Active


021 TT = 0 For IgnoreT = 1 For Absorb digits and refer to Register 022


022 T

T = 0 For Do Nothing T = 4 For Force Route 4 T = 8 For Force Route 8T = 1 For Force Route 1 T = 5 For Force Route 5 T = 9 For NU ToneT = 2 For Force Route 2 T = 6 For Force Route 6T = 3 For Force Route 3 T = 7 For Force Route 7

System Wide Data


8. 13. 025 - Inter-ring TimingThis register sets the time the EuroRoute waits after a burst of ringing before reverting to the idle state, assuming another burst of ringing is not forthcoming.


025 TT = 1 For 1 sec T = 4 For 4 secs T = 7 For 7 secsT = 2 For 2 secs T = 5 For 5 secs T = 8 For 8 secsT = 3 For 3 secs T = 6 For 6 secs T = 9 For 9 secs

Line and Trunk Options


CHAPTER 9

9. Line And Trunk Options

9. 1. General

Line and Trunk refer to the physical line that is supplied by the Public Switched Telephone Network (Exchange Line or PSTN). Route refers to the way the EuroRoute will attempt to route the call through the Exchange Line. All the entries in the Line and Trunk Options are of a pre-determined length. When you have entered the correct number of digits, the EuroRoute will automatically accept the entry.

Note: When programming line and trunk options, Trunk 1 is not related to Route 1, and Trunk 2 is not related to Route 2, etc.

9. 2. S00 - Type of Exchange LineYou can specify the type of trunk for MF4 or Rotary dialling.

9. 3. S01 - Drop and Reseize Feature Enable/DisableIf you are installing your EuroRoute on loop lines, you may set up the EuroRoute to perform a drop and reseize function by programing this register.

Note: This feature will not work with Earth lines.

Port Register Description

1234

100 T200 T300 T400 T

T = 0 For Loop Start, RotaryT = 2 For Loop Start, MF4

To change all Ports to the same value use 500 T.


1234

101 T201 T301 T401 T

T = 0 For DisableT = 1 For Enable




9. 4. S02 - Rotary Interdigit PauseChanging the value of this register changes the length of the pause between rotary digits outpulsed to the Exchange line.

9. 5. S03 - MF4 Tone DurationThis register defines the amount of time each MF4 tone is generated towards the Exchange line from the EuroRoute.

Note: If you are using a terminal you can substitute the letter A for ✳ and B for #.

9. 6. S04 - MF4 Break DurationThis register defines the silent period between MF4 tones sent to the Exchange line.



1234

102 T202 T302 T402 T

T = 4 For 800 msT = 5 For 900 ms



1234

103 T203 T303 T403 T

T = 3 For 70 ms T = 8 For 120 ms T = D For 170 msT = 4 For 80 ms T = 9 For 130 ms T = E For 180 msT = 5 For 90 ms T = ✳ For 140 ms T = F For 190 msT = 6 For 100 ms T = # For 150 msT = 7 For 110 ms T = C For 160 ms



1234

104 T204 T304 T404 T





9. 7. S05 - On-Hook TimerThis register specifies the minimum amount of time required by the EuroRoute to detect an on-hook condition. This condition is defined as the removal (loss) of loop current from the Exchange line.


9. 8. S06 - Off-Hook TimerThis register determines the minimum amount of time the EuroRoute requires the presence of loop current in order to detect an off-hook condition.

Note 1: If you are using a terminal you can substitute the letter A for ✳ and B for #.Note 2: The following illustration explains the relationships between Registers 505, 506, and 507.


1234

105 T205 T305 T405 T

T = 0 For 80 ms T = 4 For 300 ms T = 8 For 1330 msT = 1 For 100 ms T = 5 For 500 ms T = 9 For 1660 msT = 2 For 150 ms T = 6 For 750 ms T = ✳ For 2000 msT = 3 For 200 ms T = 7 For 1000 ms T = # For 2500 ms



1234

106 T206 T306 T406 T

T = 0 For 20 ms T = 6 For 600 ms T = C For 1800 msT = 1 For 40 ms T = 7 For 800 ms T = D For 2000 msT = 2 For 80 ms T = 8 For 1000 ms T = E For 2200 msT = 3 For 100 ms T = 9 For 1200 ms T = F For 2500 msT = 4 For 200 ms T = ✳ For 1400 msT = 5 For 400 ms T = # For 1600 ms




9. 9. S07 - Off-Hook Digit Refusal TimerYou can specify the time between the EuroRoute recognising the off-hook and when it will accept digits on a per trunk basis. Dial tone is given to the user only after the digit refusal timer (S07) has expired.

Note: If S09 Off-Hook Tone is enabled, the progress tone does not occur until the S07 timer has expired or until 700ms have expired, whichever condition is reached first.

9. 10. S08 - Returned Dial Tone SourceYou can specify the dial tone supplied, and what the caller hears while the EuroRoute is dialling.

9. 11. S09 - Off-Hook ToneThis tone is two 100 ms bursts supplied at the end of the off-hook digit refusal timing or 700 ms after off-hook, which ever comes first. This tone informs the user that digits may be dialled.


1234

107 T207 T307 T407 T

T = 0 For 0 ms T = 5 For 500 ms T = ✳ For 1000 msT = 1 For 100 ms T = 6 For 600 ms T = # For 1100 msT = 2 For 200 ms T = 7 For 700 ms T = C For 1200 msT = 3 For 300 ms T = 8 For 800 msT = 4 For 400 ms T = 9 For 900 ms



1234

108 T208 T308 T408 T

Silent Dialout Ticking DialoutT = 0 For None T = 2 For NoneT = 1 For Internal T = 3 For InternalT = 4 For Exchange line T = 6 For Exchange line



1234

109 T209 T309 T409 T

T = 0 For Tone DisabledT = 1 For Tone Enabled




9. 12. S10 - Operation at Off-hookYou can specify the operation that the EuroRoute will take, once an off-hook condition is detected.

Note 1: If S10 = 1, the EuroRoute will not allow emergency numbers to be dialled, nor will the EuroRoute allow ✳ initialisation or MF4 programming.

Note 2: This feature will not work if S27 = 9.

9. 13. S11 - Switch Hook Flash TimeYou can specify the time that the EuroRoute will recognise a brief loss of loop current from a PABX or the Exchange side.


9. 14. S12 - Time Between Release of Exchange Line and Next Attempt to ConnectYou can specify the length of time that the EuroRoute will remain on-hook (in the idle state) prior to going back off-hook and re-dialling.

Note: This feature will not work with Earth lines.


1234

110 T210 T310 T410 T

T = 0 For Route Call As NormalT = 1 For Execute ACS defined by S27 immediately upon an off-hook detection (Hotline)



1234

111 T211 T311 T411 T

T = 0 For 0 ms T = 4 For 300 ms T = 8 For 1330 msT = 1 For 100 ms T = 5 For 500 ms T = 9 For 1660 msT = 2 For 150 ms T = 6 For 750 ms T = ✳ For 2000 msT = 3 For 200 ms T = 7 For 1000 ms T = # For 2500 ms



1234

112 T212 T312 T412 T

T = 0 For none T = 4 For 4 seconds T = 8 For 8 secondsT = 1 For 1 second T = 5 For 5 seconds T = 9 For 9 secondsT = 2 For 2 seconds T = 6 For 6 secondsT = 3 For 3 seconds T = 7 For 7 seconds




9. 15. S13 - Remote Programming MF4 Send RateThis register defines the on/off time of MF4 tones sent by the EuroRoute during tandem or remote programming.


9. 16. S15 - Digit Recognition on Outgoing CallsThis register controls the treatment of digits detected during an outgoing call.

† NU Tone = Number Unobtainable Tone.

Note: If S15 = 2, 3, 6 or 7, MF4 programming will not be allowed.

9. 17. S16 - Digit Recognition on Incoming CallsThis register controls the treatment of digits detected during an incoming call.


1234

113 T213 T313 T413 T




1234

115 T215 T315 T415 T

T = 0 For MF4 or Rotary AllowedT = 1 For Ignore all RotaryT = 2 For Ignore MF4T = 3 For Ignore all DigitsT = 5 For NU Tone on Rotary †T = 6 For NU Tone on MF4 †T = 7 For NU Tone on Any Dialled Digit †



1234

116 T216 T316 T416 T

T = 0 For Allow MF4 or RotaryT = 1 For Ignore All RotaryT = 2 For Ignore All MF4T = 3 For Ignore All Dialled Digits




9. 18. S18 - Incoming Call DetectionYou can specify the EuroRoute’s sensitivity 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 enough, the EuroRoute may not detect incoming calls, treating them as outgoing calls. This condition will result a one way audio transmission. It should not be necessary to change the default value for normal operation.

9. 19. S22 - Interdigit Timer for 0+ (National) CallsThis register sets the time the caller has to enter each digit after the first digit has been dialled for a 0+ call.


9. 20. S23 - Interdigit Timer for 00+ (International) CallsThis register sets the time that the caller has to enter each digit after the code 00 has been dialled.



1234

118 T218 T318 T418 T

T = For 0 (Most Sensitive) through 9 (Least Sensitive)



1234

122 T222 T322 T422 T

T = 0 For No Time-out T = 6 For 6 Secs T = C For 12 SecsT = 1 For 1 Sec T = 7 For 7 Secs T = D For 13 SecsT = 2 For 2 Secs T = 8 For 8 Secs T = E For 14 SecsT = 3 For 3 Secs T = 9 For 9 Secs T = F For 15 SecsT = 4 For 4 Secs T = ✳ For 10 SecsT = 5 For 5 Secs T = # For 11 Secs



1234

123 T223 T323 T423 T





9. 21. S24 - Interdigit Timer for the Destination NumberThis register sets the time the caller has to enter each digit after the first digit has been dialled.


9. 22. S25 - Interdigit Timer for Cost Centre Code DigitsThis register sets the time the caller has to enter each digit of the Cost Centre Code after the destination number has been dialled.


9. 23. S26 - Interdigit Timer for Buffer CThis register sets the time the caller has to enter each digit after the first digit has been dialled, while screening in Buffer C. (Buffer C Represents the second cost centre code buffer).



1234

124 T224 T324 T424 T




1234

125 T225 T325 T425 T




1234

126 T226 T326 T426 T





9. 24. S27 - Default RouteIf an interdigit timer expires before a route is completely specified, the EuroRoute forces the call on to a pre-selected route or returns Number Unobtainable tone.

† NU Tone = Number Unobtainable Tone.

9. 25. S30 - PABX (Centrex) Enable/DisableYou can enable or disable the PABX option.

Note 1: If register S30 is enabled (set to 1) the EuroRoute looks for the PABX digit specified in the S31 Register (usually 9 or 0). The PABX digit is discarded and the EuroRoute begins screening from the next digit dialled by the user. The 6R5 Access Control Sequences (ACS) usually requires a token in the digit string to enable a 9 or 0, assumed PABX digit, to be dialled.

Note 2: If register S30 is enabled (set to 2) the EuroRoute looks for the PABX digit specified in the S31 Register (usually 9 or 0). The PABX digit is discarded and the EuroRoute begins screening from the next digit dialled by the user. The 6R5 Access Control Sequences (ACS) usually requires a token in the digit string to enable a 9 or 0, assumed PABX digit, to be dialled.

Note 3: Access to emergency numbers IS affected by this register. Refer to Section 6.30 on page 44.


1234

127 T227 T327 T427 T

T = 1 For Route 1 T = 6 For Route 6T = 2 For Route 2 T = 7 For Route 7T = 3 For Route 3 T = 8 For Route 8T = 4 For Route 4 T = 9 For NU Tone †T = 5 For Route 5



1234

130 T230 T330 T430 T

T = 0 For DisabledT = 1 For EnabledT = 2 For Enable Centrex Search Tables 861 - 865




9. 26. S31 - PABX (Centrex) Access DigitYou can specify the digit to be used for outgoing PABX access. This register is used when the EuroRoute is placed behind a PABX, and a digit is needed (usually 9 or 0) to access the outside line. If the EuroRoute detects a PABX access digit, it screens the remaining digits and processes the call. If the EuroRoute does not detect a PABX access digit, it does not screen and dials the number directly to the Exchange line. If the PABX (Centrex) Access Digit is not dialled before the destination number and S30 = 1, the destination number will be dialled with no routing.

Note: Access to Emergency numbers IS affected by this register. Refer to section 6.30 on page 44.

9. 27. S33 - Time to Auto-AnswerYou can specify the time in which the EuroRoute waits before answering an incoming call, after the detection of ringing.

Caution: Use extreme caution when lowering the auto-answer time. If the user does not answer the call prior to the auto-answer time, the EuroRoute will answer the call automatically.

Note: Failure to exit remote programming using 987 will result in the seizure of the programming line for two minutes following the on-hook.


1234

131 T231 T331 T431 T

T = PABX (Centrex) Access Digit



1234

133 T233 T333 T433 T

T = 0 For Disable T = 4 For 40 Secs T = 8 For 80 SecsT = 1 For 10 Secs T = 5 For 50 Secs T = 9 For 90 SecsT = 2 For 20 Secs T = 6 For 60 Secs T = ✳ For 100 SecsT = 3 For 30 Secs T = 7 For 70 Secs T = # For 110 Secs




9. 28. S34 - Auto-Answer Wait for Security Code TimerThis register specifies the time in which a security code must be entered on a trunk after the EuroRoute auto-answers. If time-out occurs or an incorrect password is entered, the trunk is locked for the time specified in the S35 Register (see Section 9.29).


9. 29. S35 - Auto-Answer Incorrect/Failed Security Code Trunk Lockout TimerFailure to enter the correct programming password during the time specified by the S34 Register enables this timer. You can specify the time a trunk is locked out. If the S34 time-out occurs, the trunk is locked out as specified or until the user side of the line goes off-hook.



1234

134 T234 T334 T434 T




1234

135 T235 T335 T435 T






Access Control Sequences


CHAPTER 10

10. Access Control Sequences (ACS)

10. 1. GeneralCall Control Data defines such system wide information as the EuroRoute’s access number and authorisation code. Information entered here provides site specific information. Each entry must be terminated with a “##”.

10. 2. Route StringsThe following table explains the relations of the Route register numbers 6R0, 6R1, 6R2, 6R3, 6R4, and 6R5 to the actual routes.

Note: For more information on ACS Tokens 21, 22, 23, & 24 see Section 10.3.

RouteRoute Name

Access Code

Authorisation or STD Code

General Use Code

PBX Code ACS

6R0 6R1 6R2 6R3 6R4 6R5

12345678

610620630640650660670680

611621631641651661671681

612622632642652662672682

613623633643653663673683

614624634644654664674684

615625635645655665675685

ACSToken

Not applicable 21 22 23 24

Not applicable



10. 3. Access Control Sequences (6R5)Access Control Sequences (ACS) instruct the EuroRoute 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.

† This ACS Token may only be used when installing the EuroRoute on Loop Lines.†† This ACS Token will only be active if all of the destination number digits have been dialled.

Register Token Description

6R5

Where R Equals1 - 8 for Routes 1 - 8

See Section10.2.

000102030405060708090✳

10

111213

14

18

19

2122232425272829

3031343536

41424344

Dials the digit 0Dials the digit 1Dials the digit 2Dials the digit 3Dials the digit 4Dials the digit 5Dials the digit 6Dials the digit 7Dials the digit 8Dials the digit 9Dials the digit ✳Dials the digit #

Dials the Destination Number (Buffer A)Dials the Cost Centre Code (Buffer B)Dials Contents of Buffer C (Second Cost Centre Code Buffer)

Drop and Reseize Exchange Line †

Wait for Cost Centre Code (Do Not Dial)

Dial the Contents of Register S31 (PABX/Centrex Digit) or the Contents of the PABX/Centrex Buffer

Dials Contents of Register 6R1Dials Contents of Register 6R2Dials Contents of Register 6R3Dials Contents of Register 6R4Dials Contents of Register 605 (Register 605 is write only)Dials Contents of Register 607 (Register 607 is write only)Dials Contents of Register 608 (Register 608 is write only)Dials Contents of Register 609

Set Exchange side monitor offSet Exchange side monitor on ††Dials Trunk Number that the user is onCut through - End of ACS ExecutionSwitch to MF4 Dialling

Dials MF4 Fourth Column Digit ADials MF4 Fourth Column Digit BDials MF4 Fourth Column Digit CDials MF4 Fourth Column Digit D



10. 3. Access Control Sequences (6R5) Continued

††† For the EuroRoute to recognise whether a call is successful, it must be able to recognise the presence or absence of tones returned from the PSTN. The tone detectors and their associated timers are programmed using ACS tokens #0ABCD through #DABCD (shown above). See Tables in section 10.4 on page 70 for the ABCD values.

Note: Refer to page 131 the country-specific ACS Default Data values.

10. 3. 1. Example 1645 5121221135 (UK Default for Register 645)

51 Dial the contents of Select Digit Buffer A21 Dial the contents of Register 64122 Dial the contents of Register 64211 Dial the destination number (Buffer A)35 Through connect.

10. 3. 2. Example 2625 21#023001135 (Italy Default for Register 625)

21 Dial the contents of Register 621#0 Enable 300 - 1400 Hz Wideband Detector2300 Look for 420 ms of a frequency between 300 and 1400 Hz for up to 6 sec-

onds; continue if failure of dial tone occurs; continue if detection of dial tone occurs.

11 Dial the destination number (Buffer A)35 Through connect.

Register Token Description

6R5

Where R Equals1 - 8 for Routes 1 - 8

See Section10.2.

5152

✳ 4XY

✳ 5X0NN

✳ 60N

#✳ ABCD#0ABCD#1ABCD#20B00#3ABCD#4ABCD#5ABCD#6ABCD#7ABCD#8ABCD#DABCD

Dials Contents of Select Digit Buffer ADials Contents of Select Digit Buffer B

Programmable Tone Detector; refer to page 71

Callback; refer to Chapter 11 on page 77

Dials Contents of the Trunk String Register N; refer to page 74

Programmable Tone Detector settings; refer to page 71300 - 1400 Hz Wideband Detector †††1111 Hz Narrowband Detector †††Pause and Continue/fail ††570 - 680 Hz Detector †††440 Hz Narrowband Detector †††480 Hz Detector †††400 Hz Detector †††360 - 620 Hz Energy Detector †††350 + 440 Hz Precise Dial Tone Detector †††MF4 Detector †††



10. 4. A, B, C, and D Dial Tone Detection Parameters

10. 4. 1. A and B Dial Tone Detection ParametersThe EuroRoute expects a certain minimum duration of dial tone to occur within a specified time before attempting to dial. They are specified by the A and B timers in the first set of tables below.

Note: The ‘A’ parameter sets the minimum period the dial tone must be present.† Values 0 through 4 apply to all other tone detectors except #1ABCD.†† Values 0 through ✳ are only available when using the #1ABCD detector.

10. 4. 2. C and D Dial Tone Detection ParametersThe C and D parameters determine what to do if detection failure or success occur.

Note: The S01 (Drop and Reseize Feature Enable/Disable) Register must be enabled in order to change routes.

A Minimum Tone Duration B Time Dial Tone must be Detected In

0 = 110 ms † 3 = 1.2 secs †1 = 210 ms † 4 = 2.4 secs †2 = 420 ms †

0 = 28 ms †† 6 = 210 ms ††1 = 43 ms †† 7 = 420 ms ††2 = 57 ms †† 8 = 1.2 secs ††3 = 71 ms †† 9 = 2.4 secs ††4 = 85 ms †† ✳ = 2.9 secs ††5 = 110 ms ††

0 For 0 secs 8 For 16 secs1 For 2 secs 9 For 18 secs2 For 4 secs ✳ For 20 secs3 For 6 secs # For 22 secs4 For 8 secs C For 24 secs5 For 10 secs D For 26 secs6 For 12 secs E For 28 secs7 For 14 secs F For 30 secs

C A & B Detection Failure D A & B Detection Success

0 Continue1 - 8 Go To ACS String: Route 1 for 615 Route 2 for 625 Route 3 for 635 Route 4 for 645 Route 5 for 655 Route 6 for 665 Route 7 for 675 Route 8 for 6859 Consult R44/R74✳ Skip Token (continue)

0 Continue1 - 8 Go To ACS String: Route 1 for 615 Route 2 for 625 Route 3 for 635 Route 4 for 645 Route 5 for 655 Route 6 for 665 Route 7 for 675 Route 8 for 6859 Consult R44/R74✳ Skip Token (continue)



10. 4. 3. Format Example

10. 4. 4. Example

10. 5. Programmable Tone DetectorThe tone detector provides center frequency selection with an approximate seven percent window of frequency detection granularity around the center frequency. The ✳ 4XY token must be used before the #✳ ABCD token in order to initiate the programmable detector.

✳ 4XY Selects the frequency for the programmable detector.#✳ AB Selects the programmable tone detector (for ABCD values, see page 70).

10. 5. 1. Example625 ✳ 410#✳ 32001135

✳ 4 Set Programmable Tone Detector Frequency10 Look for 1000 Hz frequency#✳ Enable Programmable Tone Detector3200 Look 1.2 seconds of 1000 Hz; Look for 1.2 seconds the 1000 Hz for up to

4 seconds; continue if failure of dial tone occurs; continue if detection of dial tone occurs.

11 Dial the destination number (Buffer A)35 Through connect.

#XABCD

#X Dial Tone Frequency to Monitor

A Minimum Dial Tone Duration to Detect

B Time allowed to Detect the Duration of Dial Tone

C Action on Failure of Dial Tone Detection

D Action on Successful Detection of Dial Tone

#18200

#1 Look for 1111Hz

8 Detect 1.2 Seconds of 1111Hz

2 Look for 1.2 Seconds of 1111Hz for up to 4 Seconds

0 Continue on if Failure of Dial Tone Occurs

0 Continue on if Detection of Dial Tone Occurs

XY Frequency Selected

00 - 0910 - 2335 - 99

Defaults to 1000 Hz1000 Hz - 2300 Hz (100 Hz intervals)350 Hz - 990 Hz (10 Hz intervals)



10. 6. 6R0 - Name of RouteYou can program Route names to appear on CIL records. This ability can provide identification of the carrier used per Route. The R (1 through 8) is the Route number. All entries must be terminated with a ##.

10. 7. 6R1 - Access Number for Telephone NetworkWhen defined, the Access Number will be output on routed calls where the ACS Token 21 is used.

10. 8. 6R2 - Authorisation Number or STD CodeWhen defined, the Authorisation Number or STD Code will be output on routed calls where the ACS Token 22 is used.

10. 9. 6R3 - General Use Code or Spare Storage NumberWhen defined, the Spare Storage Number will be output on routed calls where the ACS Token 23 is used.


6R0This register contains the name of each route. This register can be a maximum of 80 characters, but only 4 or 6 of the characters will be printed in the CIL. This entry must be entered in Hex (See page 125). Refer to Appendix 3 for default values.

Example: 610 4254##


6R1Where R is the Route Number 1 through 8. This entry may contain up to 80 characters maximum. Refer to Appendix 3 for default values.

Example: 611 1234567890##



Example: 612 1234567890##



Example: 613 1234567890##



10. 10. 6R4 - Centrex/PABX NumberWhen defined, the Centrex/PABX Number will be output on routed calls where the ACS Token 24 is used.

10. 11. R40/R70 Line Reverse Cancels Interdigit TimingIf a line reversal is detected while the ACS token 11 is executing, the interdigit timer is cancelled. Refer to Appendix 3 for default values.

10. 12. R41/R71 - Line Reverse Re-starts Call Timer in CILThis feature causes the time at the line reversal to be used as the start time of the call for call logging purposes, provided the line reversal is received after cut through. Refer to Appendix 3 for default values.



Example: 614 1234567890##

Route Register Description

Route 1Route 2Route 3Route 4Route 5Route 6Route 7Route 8

140 T240 T340 T440 T170 T270 T370 T470 T


To change all Routes 1 - 4 to the same value use 540 TTo change all Routes 5 - 8 to the same value use 570 T



141 T241 T341 T441 T171 T271 T371 T471 T





10. 13. R44/R74 - Action Due to Call FailureYou can specify the action, due to a call failure (as set out in the Access Control Sequence, see Section 10.4 on page 70). Refer to Appendix 3 for default values.

Note: If a new route is chosen due to Call Failure, and if the S01 Register is set to 1, then the EuroRoute will drop and Reseize the line before starting the new call. Drop and reseize is a feature that is approved only when using loop calling lines.

10. 14. 6✳ TN Trunk String RegistersTrunk String Registers can be used in place of the Access Number for split-porting the EuroRoute; which enables each port to dial its own Access Number. Refer to Appendix 3 for default values.

Refer to the 6✳ TN Table on how to use the Trunk String Registers.

6✳ TN



144 T244 T344 T444 T174 T274 T374 T474 T

T = 1 For Choose Route 1T = 2 For Choose Route 2T = 3 For Choose Route 3T = 4 For Choose Route 4T = 5 For Choose Route 5T = 6 For Choose Route 6T = 7 For Choose Route 7T = 8 For Choose Route 8T = 9 For Number Unobtainable Tone


Register T = N = Description

6✳ TN

1 = Trunk 12 = Trunk 23 = Trunk 34 = Trunk 4

1 = String 12 = String 23 = String 3

Up to 80 Characters may be entered, with ## following the last digit entered in the string.

Trunk 1 Trunk 2 Trunk 3 Trunk 4

String 1 6✳ 11 6✳ 21 6✳ 31 6✳ 41

String 2 6✳ 12 6✳ 22 6✳ 32 6✳ 42

String 3 6✳ 13 6✳ 23 6✳ 33 6✳ 43



10. 14. 1. Trunk String Register ACS TokenThe ACS Token that will be used to dial out the contents of the Trunk String Registers is ✳ 60N, with N representing the String Number for the trunk currently in use. Refer to the example below on how to use the Trunk String Register ACS Token.

10. 14. 2. ExampleACS Trunk String to Dial for Trunk 1: 6✳ 11 9##ACS Trunk String to Dial for Trunk 2: 6✳ 21 9##ACS Trunk String to Dial for Trunk 3: 6✳ 31 9##ACS Trunk String to Dial for Trunk 4: 6✳ 41 blank##ACS Trunk String to Dial for Trunk 1: 6✳ 12 1234567890##ACS Trunk String to Dial for Trunk 2: 6✳ 22 2345678901##ACS Trunk String to Dial for Trunk 3: 6✳ 32 3456789012##ACS Trunk String to Dial for Trunk 4: 6✳ 42 4567890123##

ACS for Route 2: 625 ✳ 60121#81200✳ 6021135##

The EuroRoute dials the contents of Trunk String Number 1 (✳ 601); dials a Centrex Access Number; dials the carrier access code in 621 (21); detects precise dialtone (#81200); dials the contents of Trunk String Number 2 (✳ 602); dials the customer ID/pin number; dials the destination number (11); cuts through (35).

ACS Token N = Description

✳ 60N123

Dial Contents of string 1, for trunk currently in useDial Contents of string 2, for trunk currently in useDial Contents of string 3, for trunk currently in use




Callback


CHAPTER 11

11. Callback

11. 1. Callback

Caution: When using the Callback feature, this product must be connected between a telephone and a direct Exchange line. This feature may not be used when the EuroRoute is installed in conjunction with a PABX system.

The ACS has the ability, via a token, to drop the Exchange line side of the EuroRoute, while holding the user side off-hook. When incoming ringing is detected, the EuroRoute finishes processing the call and connects the user. Upon execution of the ACS token, the EuroRoute drops the Exchange line side connection and starts a timer based upon the value specified in the token (see table below). The EuroRoute starts to look for incoming ringing until it is detected, or the timer runs out. If the timer runs out, number unobtainable tone is heard.

While the EuroRoute is looking for incoming ringing, it can generate a 400 Hz tone back to the user at a one second on, seven seconds off cadence, until incoming ringing is detected, or the timer has expired. Once incoming ringing is detected, the Exchange line is terminated, and the next ACS token in the sequence is executed.

11. 1. 1. Example

ACS for Route 1: 625 #8010021#20100✳ 50025#402001135

The EuroRoute looks for 110ms of precise dial tone within a 2 second interval (#80100); dials the Route Access Number (21); pauses for 2 seconds (#20100); drops the Exchange side of the line in order to wait for incoming ringing for up to 25 seconds (✳ 50025); answers the Exchange line upon detection of incoming ringing; looks for 110ms of 440Hz for up to 4 seconds (#40200); dials the destination number (11); cuts through (35).

✳ 5X0NN

Value Timer Definition

X0 No audible tone is supplied to user

1 Audible tone heard by user every 7 seconds

NN 00 - 99 Amount of time to wait for return call

Callback


11. 2. Callback Disconnect SequenceThe EuroRoute has the ability to send terminating characters, for instance an MF4 #, to clear the local Exchange line after a routed call has been made. After the user hangs up the telephone, the Exchange line will be disconnected for the time specified by the S05 Register (On-hook Timing). The Exchange line will then be reseized, and the terminating characters will be dialled.

11. 2. 1. ExampleACS for Route 1: 625 113521

The EuroRoute dials the Destination Number (11); cuts through (35); dials the contents of 621 after the user goes on-hook.

Use any of the listed tokens after the 35 token

00 dials the digit 001 dials the digit 102 dials the digit 203 dials the digit 304 dials the digit 405 dials the digit 506 dials the digit 607 dials the digit 708 dials the digit 809 dials the digit 90✳ dials the digit ✳10 dials the digit #

11 dials the Destination Number (Buffer A)12 dials the Cost Centre Code (Buffer B)13 dials the contents of Buffer C (Second Cost Centre Code Buffer)19 dials the contents of Register S31 (PABX/Centrex Digit) or the contents of the PABX/Centrex Buffer

21 dials the contents of Register 6R122 dials the contents of Register 6R223 dials the contents of Register 6R324 dials the contents of Register 6R425 dials the contents of Register 605 (Register 605 is write only)27 dials the contents of Register 607 (Register 607 is write only)28 dials the contents of Register 608 (Register 608 is write only)29 dials the contents of Register 609

34 dials the trunk number that the user is on

41 dials MF4 fourth column digit A42 dials MF4 fourth column digit B43 dials MF4 fourth column digit C44 dials MF4 fourth column digit D

51 dials the contents of the Select Digit Buffer A52 dials the contents of the Select Digit Buffer B

✳ 60N dials the contents of the Trunk String Registers (refer to Section 10.14 on page 74 for the ‘N’ values)

Search Tables


CHAPTER 12

12. Search Tables

12. 1. Search TablesSearch Tables consist of a three digit number that always starts with an ‘8’ as the first digit, followed by two digits that indicate the length of the digit string. The following digits specify the number for the EuroRoute to monitor, followed by an action digit telling the EuroRoute what to do once a match of digits has been detected.

12. 2. Format Example of a Search Table Entry

Search Tables are used to provide call control and routing information. Digits dialled by a caller are screened from 1 to 15 digits, depending on the Search Table selected. Search Tables are used for the screening dialled digits and are subject to an action. The EuroRoute provides Search Tables numbers 801 - 815 for Primary destination numbers, 821 - 835 and 841 - 855 for the Secondary destination numbers or Cost Centre Codes. The EuroRoute also provides Search Tables for Centrex Access Digit(s) screening, 861 - 865.

8XX N A ##

8 Indicates this is a search table entry

XX Indicates the digit(s) to screen for (01 - 15)

N Indicates the digit(s) to screen; relative to XX

A Action Code to take on dialled digits

## Terminates or Ends Entry

803 611 #6 ##

8 Indicates this is a search table entry

03 Indicates that we will screen the first 3 digits dialled by the customer

611 Indicates the three digits to be screened

#6Action Code (If 611 is matched, then end of destination number any further digits dialled will be screened as a Cost Centre Code)

## Terminates the Entry

Search Tables


12. 3. Digits In a TableWhen selecting a Search Table, you must enter enough digits to fill the Search Template. For example, if you select Search Table 815, you must enter 15 digits.

12. 4. Primary and Secondary Search Tables

Note 1: R43/R73 must be enabled in order for Buffer B and Buffer C to work.Note 2: S30 must be set with 2 in order for the Centrex Buffer to work.

815 NNNNNNNNNNNNNNN A ##

Register Number Digits You Expect the User to Dial

Action Code End of Entry

815 is the Register Number. Where 8 indicates a Search Table. The following two digits indicate the number of digits to be screened. In this case 15 digits will be screened. NNNNNNNNNNNNNNN are the digits you want the EuroRoute 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 digitA represents the action digits instructing the action to be taken when an exact match of digit(s) has occurred.

NUMBER OF DIGITS TO BE ENTERED INTO A TABLE REGISTER

Primary(Buffer A)

Secondary 1(Buffer B)

Secondary 2(Buffer C)

Centrex Digit(s)(Centrex Buffer)

Number of Digits to be Entered

801802803804805806807808809810811812813814815

821822823824825826827828829830831832833834835

841842843844845846847848849850851852853854855

861862863864865

123456789

101112131415

Search Tables


12. 5. Action Codes for Primary Destination Number Search Tables (Buffer A)

Note: Prefer, Force, and Select Routes are defined in the glossary on pages 135 and 136.

Action Code Description Access Control Sequence

0102030405060708

1112131415161718

2122232425262728

36393✳

414243444546

7172737475767778

✳✳

#1#2

#3#5#6#7#8#9

Prefer Route 1Prefer Route 2Prefer Route 3Prefer Route 4Prefer Route 5Prefer Route 6Prefer Route 7Prefer Route 8

Force Route 1Force Route 2Force Route 3Force Route 4Force Route 5Force Route 6Force Route 7Force Route 8

Select Route 1Select Route 2Select Route 3Select Route 4Select Route 5Select Route 6Select Route 7Select Route 8

Enough digits have been dialled, stop screening all togetherAbbreviated Dialling TriggerForce Call Home

Force Time of Day Routing per Register ✳ 11Force Time of Day Routing per Register ✳ 12Force Time of Day Routing per Register ✳ 13Force Time of Day Routing per Register ✳ 14Force Time of Day Routing per Register ✳ 15Force Time of Day Routing per Register ✳ 16

Prefer Route 1, Absorb digits dialled, go to Buffer BPrefer Route 2, Absorb digits dialled, go to Buffer BPrefer Route 3, Absorb digits dialled, go to Buffer BPrefer Route 4, Absorb digits dialled, go to Buffer BPrefer Route 5, Absorb digits dialled, go to Buffer BPrefer Route 6, Absorb digits dialled, go to Buffer BPrefer Route 7, Absorb digits dialled, go to Buffer BPrefer Route 8, Absorb digits dialled, go to Buffer B

Absorb digits dialled, begin screening in Buffer BDeny CallMove digits dialled to Select Digit Buffer A, then restart screening in Buffer ADial digits received and then cut through, no routingAbsorb digits dialled and cut through, no routeEnough digits dialled in Buffer A, go to Buffer BDo Nothing (Wait for more digits)Prefer Default Route (S27)Removes Search Table Entry from EuroRoute

615625635645655665675685

615625635645655665675685

615625635645655665675685

Search Tables


12. 6. Action Codes for Secondary Search Table #1 (Buffer B)


Action Code Description Acess Control Sequence

0102030405060708

1112131415161718

2122232425262728

36393✳

414243444546

7172737475767778

✳✳

#1#2

#5#6#7#8#9



Select Route 1Select Route 2Select Route 3Select Route 4Select Route 5Select Route 6Select Route 7Select Route 8

Enough digits have been dialled, stop screening all togetherAbbreviated Dialling TriggerForce Call Home


Prefer Route 1, Absorb digits dialled, go to Buffer CPrefer Route 2, Absorb digits dialled, go to Buffer CPrefer Route 3, Absorb digits dialled, go to Buffer CPrefer Route 4, Absorb digits dialled, go to Buffer CPrefer Route 5, Absorb digits dialled, go to Buffer CPrefer Route 6, Absorb digits dialled, go to Buffer CPrefer Route 7, Absorb digits dialled, go to Buffer CPrefer Route 8, Absorb digits dialled, go to Buffer C

Absorb digits dialled, begin screening in Buffer CDeny CallMove digits dialled to Select Digit Buffer B, then restart screening in Buffer BAbsorb digits dialled and cut through, no routeEnough digits dialled in Buffer B, go to Buffer CDo Nothing (Wait for more digits)Prefer Default Route (S27)Removes Search Table Entry from EuroRoute

615625635645655665675685

615625635645655665675685

615625635645655665675685

Search Tables


12. 7. Action Codes for Secondary Search Table #2 (Buffer C)


Action Code Description Access Control Sequence

0102030405060708

1112131415161718

363✳

414243444546

7172737475767778

✳✳

#1#5#7#8#9



Enough digits have been dialled, stop screening all togetherForce Call Home


Prefer Route 1, Discard digits dialledPrefer Route 2, Discard digits dialledPrefer Route 3, Discard digits dialledPrefer Route 4, Discard digits dialledPrefer Route 5, Discard digits dialledPrefer Route 6, Discard digits dialledPrefer Route 7, Discard digits dialledPrefer Route 8, Discard digits dialled

Absorb digits dialledDeny CallAbsorb digits dialled and cut through, no routingDo Nothing (Wait for more digits)Prefer Default Route (S27)Removes Search Table Entry from EuroRoute

615625635645655665675685

615625635645655665675685

Search Tables


12. 8. Action Codes for Centrex Action Digit(s) Search Table (Centrex Buffer)

Note 1: S30 must be set with 2 in order for the Centrex Search Table Buffer to work.

Note 2: After execution of this action code, if any digits are dialled by the subscriber party before dial tone is returned, the digit string dialled out to the line may be corrupted. However, the emergency number or numbers hard-coded for the data set in use are not affected by this restriction.

12. 8. 1. PABX/Centrex Example OneThe user will first dial the digit 9 to access an out-going trunk. The Dialer will dial the digit 9 to the Exchange side. Dial tone will be heard by the user, and the remaining digits will be screened in Search Tables 801 through 815. If the user dials a digit other than 9, the Dialer will directly dial the digits to the Exchange side.• 530 2• 861 #9#3##• 861 930##• 615 511135##• 625 51211135##

12. 8. 2. PABX/Centrex Example TwoThe user will first dial the digit 9 to access an out-going trunk. The digit 9 will be stored in the Select Digits Buffer. Dial tone will be heard by the user, and the remaining digits will be screened in Search Tables 801 through 815. If the user dials a digit other than 9, the Dialer will directly dial the digits.• 530 2• 861 #9#3##• 861 933##• 615 19511135##• 625 195121221135##

12. 9. Search Tables Default DataThe default data can be found in Appendix 3.

Action Code Description

30

31

32

33

34

35

#3#7#9

Send Centrex digits dialled to the Exchange; return dial tone to the subscriber; screen remaining digits in Buffer A (See Note 2)Send Centrex digits dialled to the Exchange; return dial tone to the subscriber; screen remaining digits in Buffer B (See Note 2)Send Centrex digits dialled to the Exchange; return dial tone to the subscriber; screen remaining digits in Buffer C (See Note 2)Store Centrex digits in Centrex Buffer, return dial tone to the subscriber; screen remaining digits in Buffer AStore Centrex digits in Centrex Buffer, return dial tone to the subscriber; screen remaining digits in Buffer BStore Centrex digits in Centrex Buffer, return dial tone to the subscriber; screen remaining digits in Buffer CDial digits entered so far; through connect without routingDo nothing (wait for more digits)Removes Search Table Entry from EuroRoute

Time of Day Routing


CHAPTER 13

13. Time of Day Routing

13. 1. GeneralThe Time of Day Routing function of the EuroRoute will allow the unit to route calls based on the time of the day. This feature may be useful for keeping the cost of non-local calls to a minimum, by routing calls to the most cost effective carrier during the period of time of the carrier’s cheapest rates.

13. 2. 009 - Time of Day Routing

13. 3. Time Segment DefinitionThese registers define the six time segments that are available for Time of Day Routing. At the start of each new minute, the EuroRoute will determine which of the six time segments is currently active, once the relative Time Route Table Register is executed. Time segment “N” is defined as the days “w” through “x” inclusive, from the time “hhmm” through the time “kknn” inclusive on each of those days. If any of these registers are blank or contain fewer than ten characters, they will be ignored.


009 T T = 0 for disabledT = 1 for enabled

✳ 0N wxhhmmkknn ##

N1 = Time Segment one 4 = Time Segment four2 = Time Segment two 5 = Time Segment five3 = Time Segment three 6 = Time Segment six

w(Start Day)

0 = ignore (this time segment currently disabled) 5 = Thursday1 = Sunday 6 = Friday2 = Monday 7 = Saturday3 = Tuesday 8 = Sunday4 = Wednesday

x(End Day)

0 = ignore (this time segment currently disabled) 5 = Thursday1 = Sunday 6 = Friday2 = Monday 7 = Saturday3 = Tuesday 8 = Sunday4 = Wednesday

hh starting hour (00 - 23)

mm starting minute (00 - 59)

kk ending hour (00 - 23)

nn ending minute (00 - 59)

Time of Day Routing


13. 4. Time Routing TablesThese tables are used to defined which route is used after a match of digits is found in the Search Tables associated with any token 41 through 46. The EuroRoute will determine the route to use per a predefined time segment.

Setting a route number of 0 will mean “use the route already chosen, if any.” If no route has been chosen up to that point, the default route defined in Register S27 will be used.

✳ 1N tuvwxyz ##

N

1 = Time Route Table one2 = Time Route Table two3 = Time Route Table three4 = Time Route Table four5 = Time Route Table five6 = Time Route Table six

t(Route to use if no time segment is active)

0 = Use route already chosen1 = Use Route 12 = Use Route 23 = Use Route 34 = Use Route 4

u(Route to use if time segment 1 active)


v(Route to use if time segment 2 active)


w(Route to use if time segment 3 active)


x(Route to use if time segment 4 active)


y(Route to use if time segment 5 active)


z(Route to use if time segment 6 active)


5 = Use Route 56 = Use Route 67 = Use Route 78 = Use Route 8







Time of Day Routing


Note: There is no relation between the number of time segments and the number of time route tables. The time segments defined in Registers ✳ 0N, and the routes chosen in Registers ✳ 1N can be set arbitrarily.

13. 5. Recommendations When Using Time of Day RoutingThe processor runs the EuroRoute’s clock, which is not battery backed up. Therefore, during a power failure, the clock will freeze at its current time. It is important to reset the clock manually. Resetting the clock will ensure that correct Time of Day routing occurs.

The following guidelines should be adhered to when using Time of Day Routing.

• The use of the Time of Day Routing is not recommended, unless the EuroRoute is regularly calling home to a Management System.

• Register 010, Call Home on Power Up, should be enabled.

• All calls to the Management System should be answered.

• As a minimum, the 981 and 980 commands must be set, in that order.

13. 6. Time of Day Routing Examples

13. 6. 1. Example 1International (00) calls are routed during the following times:

• Monday - Friday 08:00 - 16:59 Route 2• Sundays - Friday 17:00 - 22:59 Route 3• Saturday 08:00 - 16:59 Route 3• All other days All other times Route 1 (PTT)

009 1 Time of Day Routing Enabled010 8 Call Home on Power Up, 32 seconds802 0041## Force Time of Day Routing per Register ✳ 11 after digits 00✳ 01 2608001659## Use Time Segment 1 for Monday - Friday, 8:00 AM to 4:59 PM✳ 02 1617002259## Use Time Segment 2 for Sunday - Friday, 5:00 PM to 10:59 PM✳ 03 7708002259## Use Time Segment 3 for Saturday, 8:00 AM to 10:59 PM✳ 11 1233000## Use Time Route Table 1:

Use Route 1 when no time segment is active Use Route 2 when time segment 1 is active Use Route 3 when time segments 2 or 3 are active.

Accurate routing requires commands 980 and 981 to be set accurately. The Access Control Sequence registers have not been shown.

Time of Day Routing


13. 6. 2. Example 2International (00) and National (0X) calls are routed during the following times:

• Friday - Saturday 00:00 - 23:59 Route 6• Sunday - Thursday 07:00 - 18:59 Route 6• All other days All other times Route 7

009 1 Time of Day Routing Enabled010 8 Call Home on Power Up, 32 seconds802 0043## Force Time of Day Routing per Register ✳ 13 after digits 00802 0#943## Force Time of Day Routing per Register ✳ 13 after digits 0X✳ 05 6700002359## Use Time Segment 5 for Friday - Saturday, 12:00 AM to 11:59 PM✳ 06 1507001859## Use Time Segment 6 for Sunday - Thursday, 07:00 AM to 6:59 PM✳ 13 7000067## Time Route Table 3:

Use Route 7 when no time segment is active Use Route 6 when time segments 5 or 6 are active.

Accurate routing requires commands 980 and 981 to be set accurately. The Access Control Sequence registers have not been shown.

Common Option Data


CHAPTER 14

14. Common Option Data

Common Option Data refers to data that is common to all aspects of the EuroRoute. Each entry must be terminated with a ##.

14. 1. 602 - Machine IdentifierEvery EuroRoute can be assigned a unique ID. This register is especially useful when using Chaining or an RS-232 (Serial) multiplexer, as it places the machine’s identifier in the CIL output.

14. 2. 603 - Hook Flash Tone DetectorAfter the EuroRoute has cut through, it looks for switch-hook flashes, as defined by the S11 Register. If a switch-hook flash is detected, this register is checked for a tone detector token. If no tone detector token is found, the flash is ignored. If a tone is detected which matches the token in the 603 Register, the EuroRoute treats it as a new call and starts the screening process.

14. 3. 605 - Network Carrier Authorisation Code


602This ID must be entered as Hex and cannot be more than 40 characters. Only the first three characters programmed appear in the CIL record. Refer to Appendix 3 for default values.

Example: 602 3031##


603 See Section 9.3 on page 69 for available detectors. Refer to Appendix 3 for default values.

Example: 603 #82100##


605This is the default Network Carrier authorisation code. This code may be a maximum of 80 digits. The contents of this register may be dialled out on the Exchange line by use of the Access Control Sequence Token 25. Refer to Appendix 3 for default values. This register is write only.

Example: 605 1234567890##

Common Option Data


14. 4. 607 - Spare Register




607This register is blank by default, and may be a maximum of 80 digits. This register can be dialled by the Access Control Sequence Token 27. Refer to Appendix 3 for default values. This register is write only.

Example: 607 1234567890##


608This register is blank by default, and may be a maximum of 80 digits. This register can be dialled by the Access Control Sequence Token 28. Refer to Appendix 3 for default values. This register is write only.

Example: 608 1234567890##


609This register is blank by default, and may be a maximum of 80 digits. This register can be dialled by the Access Control Sequence Token 29. Refer to Appendix 3 for default values.

Example: 609 1234567890##

Call Home


CHAPTER 15

15. Call Home

15. 1. General

The Call Home feature allows the EuroRoute to call a pre-programmed phone number on a specific day and time. The phone number dialled by the EuroRoute is intended to reach a maintainer’s database, at which time the maintainer can update or re-program the EuroRoute.

When Call Home is used via a route (017 = 1 to 8), the number held in Register 600 is not used for Call Home. An example of Call Home via a route follows: • Set 017 = 8• Set 681 with XXXX (X = Carrier Access Code)• Set 682 with 0800XXXXXXX (0800XXXXXXX = Call Home Number)• Set 685 with 212235 to enable the number to be dialled.

Refer to Appendix 3 for the country-specific default values.

15. 2. 010 - Call Home at Power-onThis register is used to specify whether the EuroRoute will Call Home one time only automatically after the unit is powered on and after the predefined number of seconds expire.

15. 3. 016 - Call Home Line to UseThis register is used to select the line that will be used by the Call Home feature.

Note: When 016 6, a flag will be set to Call Home. The first time after a user attempts to make a call (after the flag is set), the EuroRoute will busy the trunk and attempt to call home.


010 T

T = 0 for disabled T = 6 for 24 seconds T = C for 48 secondsT = 1 for 4 seconds T = 7 for 28 seconds T = D for 52 secondsT = 2 for 8 seconds T = 8 for 32 seconds T = E for 56 secondsT = 3 for 12 seconds T = 9 for 36 seconds T = F for 60 secondsT = 4 for 16 seconds T = ✳ for 40 secondsT = 5 for 20 seconds T = # for 44 seconds


016 TT = 0 for disable Call Home T = 3 for line 3 T = 6 for Earth Calling lines (note) T = 1 for line 1 T = 4 for line 4T = 2 for line 2 T = 5 for first idle line

Call Home


15. 4. 017 - Call Home Route to UseThis register is used to select the Route (6R5) that will be used by the Call Home feature.

15. 5. 018 - Call Home Delay before Wait for AccessThis register is used to select the amount of time before the EuroRoute will wait for the access code in the 604 Register before providing origination tone.

15. 6. 019 - Call Home Wait for CarrierThis register is used to select the amount of time that the originating modem will wait for the called modem to answer before giving up and looking for an MF4 programming entry code.


017 T

T = 0 for dial number in 600 using MF4, no routeT = 1 for Route 1 (615)T = 2 for Route 2 (625)T = 3 for Route 3 (635)T = 4 for Route 4 (645)T = 5 for Route 5 (655)T = 6 for Route 6 (665)T = 7 for Route 7 (675)T = 8 for Route 8 (685)T = 9 for dial number in 600 using rotary, no route


018 T

T = 0 for no delayT = 1 for 10 secondsT = 2 for 20 secondsT = 3 for 30 secondsT = 4 for 40 secondsT = 5 for 50 secondsT = 6 for 60 secondsT = 7 for 70 secondsT = 8 for 80 secondsT = 9 for send modem originate tone immediately; start the timer in 019


019 T

T = 0 for less that 1 seconds T = 5 for 50 secondsT = 1 for 10 seconds T = 6 for 60 secondsT = 2 for 20 seconds T = 7 for 70 secondsT = 3 for 30 seconds T = 8 for 80 secondsT = 4 for 40 seconds T = 9 for 90 seconds

Call Home


15. 7. 600 - Call Home NumberThis register stores the pre-defined telephone number that will be used by the EuroRoute to Call Home. The Call Home feature is disable when this register is blank.

15. 8. 601 - Call Home Time and DayThis register defines the date and time that the EuroRoute should Call Home. The Call Home feature is disabled when this register is blank.

Note: If the DD digits are 00, the EuroRoute will Call Home daily at the time specified by the HHMM digits.

15. 9. 606 - Call Home Interval TimerThe number stored in this register represents the number of minutes that must expire between each Call Home session. If this register is programmed with a non-zero value, the time defined by Register 601 will be overridden.

15. 10. Call Home CIL FlagAfter a successful Call Home attempt, the words “call home” will appear in the CIL in the destination number field.


600 This register contains the Call Home telephone number.

Example: 600 0800123456##


601 DDHHMMDD = day of the month (00 - 31)HH = hour of the day (00 - 23)MM = minutes of the hour (00 - 59)

Example: 601 282301##


606This register contains the number of minutes between each Call Home, from 1 to 44640 minutes. There are a total of 44640 minutes in a 31-day month.

Example: 606 710##

05/27 11:31 00:01:05 call home TAL1 PTT 01

Call Home


15. 11. Force Call Home

15. 11. 1. Example804 00013✳ (Search Table 804)

0001 Digits used to force a Call Home3✳ Search Table Action Code for forcing a Call Home

Cost Centre Code Options


CHAPTER 16

16. Cost Centre Code Options

16. 1. GeneralThe EuroRoute can control user access to the Exchange line, or carriers by means of Cost Centre Codes. The EuroRoute can also use the Cost Centre Codes as Personal Identification Numbers. The Cost Centre Codes can be verified or non verified, depending on the customers requirements. Due to the flexibility of the EuroRoute, most Cost Centre Codes programming needs can be met.

Refer to Appendix 3 for the country-specific default values.

16. 2. R42/R72 - Cost Centre Code TonesYou can specify whether tones will be supplied to a user. The tones will remind the user to enter a Cost Centre Code. The user receives these tones when the EuroRoute determines that the destination number (e.g., telephone number) screened in the Search Tables is complete. These tones are heard by the user before the EuroRoute cuts-through to the Exchange line. The tones are 100 ms long with a 100 ms space of silence in between each tone.

Note: These tones can be used to monitor Route progression.



142 T242 T342 T442 T172 T272 T372 T472 T

T = 0 For No Beep TonesT = 1 For FT = 2 For FFT = 3 For FFFT = 4 For FFFFT = 5 For FFFFFT = 6 For FFFFFFT = 7 For FFFFFFFT = 8 For FFFFFFFFT = ✳ For Continuous Tone




16. 3. R43/R73 - Cost Centre Codes Enabled/DisabledYou can specify Cost Centre Codes on each Route. This register must be enabled in order to use Buffer B and Buffer C.

16. 4. R47/R77 - Action on Result of No Cost Centre Code Entered



143 T243 T343 T443 T173 T273 T373 T473 T

T = 0 For Cost Centre Code EnabledT = 1 For Cost Centre Code Disabled




147 T247 T347 T447 T177 T277 T377 T477 T

T = 0 For close digit buffers; no route changeT = 1 For choose Route 1T = 2 For choose Route 2T = 3 For choose Route 3T = 4 For choose Route 4T = 5 For choose Route 5T = 6 For choose Route 6T = 7 For choose Route 7T = 8 For choose Route 8T = 9 For number unobtainable tone




16. 5. Cost Centre Code Table DescriptionThe Cost Centre Code portion of the users dialled digits is divided into two separate areas of equal size, known as call buffers.

A #9 wildcard character can be used in place of exact Cost Centre Code digit(s), if one or more digits do not require verification. For example, 822 #9#9#6## means that any two digits are acceptable for Buffer B. The #6 Action code indicates that this is a valid entry, and screening should proceed to buffer C.

16. 6. Cost Centre Code Table OutlineThe following table outlines the number of digits that must be entered in each Cost Centre Code Table Register.

Cost Centre Code Areas

Buffer Table Range Buffer Type

B 821 - 835 Verifiable Cost Centre Code

C 841 - 855 Verifiable Cost Centre Code

Buffer B Number of expected digits Buffer C Number of expected digits

821822823824825826827828829830831832833834835

123456789

101112131415

841842843844845846847848849850851852853854855

123456789101112131415



16. 7. ACS Cost Centre Code Table TokensEach Cost Centre Code Table has an ACS Token, that is used to dial out the digits input into the Table. For further information on the ACS refer to Section 10.3 on page 68.

16. 8. Sample Program using Cost Centre Codes

16. 8. 1. Fixed Cost Centre Codes Per LineThis example explains where the customer dials the number, and the EuroRoute automatically inserts a different Cost Centre Code according to which line the customer uses. The customer is unaware of the Cost Centre Code being dialled.

6✳ 11 234## Cost Centre Code for line 16✳ 21 345## Cost Centre Code for line 26✳ 31 456## Cost Centre Code for line 36✳ 41 567## Cost Centre Code for line 4625 5121✳ 6011135## ACS Tokens

The ACS Tokens instruct the EuroRoute as follows:

The EuroRoute dials the contents of the Select Digits Buffer A (51); dials the contents of 6R1 (21); dials the contents of 6✳ N1 (✳ 601); dials the Destination Number (11); ends ACS operation (35).

Access Control Sequence Table Tokens

Token Description

121318

52

Dial the digits input to Buffer B (821 - 835)Dial the digits input to Buffer C (841 - 855)Wait for the Cost Centre Code (Do not dial until all of the Cost Centre Code is collected)Dial the contents of Select Digits Buffer B (821 - 835)



16. 8. 2. Forced Cost Centre Codes Not VerifiedThis example explains where the customer dials the number, and the EuroRoute prompts the user with a specified number of beeps, indicating that the customer should enter a Cost Centre Code. In this case, any three-digit Cost Centre Code will be dialled out to the line.

242 3 Prompt the user on Route 2 to enter a Cost Centre Code after three beeps

243 0 Enable Cost Centre Codes on Route 2247 9 Return NU Tone if an incomplete Cost Centre Code is

received on Route 2811 0#9#9#9#9#9#9#9#9#9#9#6## On National Calls, jump to Secondary Search Tables823 #9#9#936## End screening in Search Tables after any three digits625 512118121135## ACS Tokens


The EuroRoute dials the contents of the Select Digits Buffer A (51); dials the contents of 6R1 (21); waits until a valid Cost Centre Code is entered before continuing (18); once the code is entered, the EuroRoute dials the Cost Centre Code Number (12); dials the Destination Number (11); ends ACS operation (35).

16. 8. 3. Forced Cost Centre Codes VerifiedThis example explains where the customer dials the number, and the EuroRoute prompts the user with a specified number of beeps, indicating that the customer should enter a Cost Centre Code. In this case, the Cost Centre Code 234 will be dialled out to the line.

242 3 Prompt the user on Route 2 to enter a Cost Centre Code after three beeps

243 0 Enable Cost Centre Codes on Route 2247 9 Return NU Tone if an incomplete Cost Centre Code is

received on Route 2811 0#9#9#9#9#9#9#9#9#9#9#6## On National Calls, jump to Secondary Search Tables823 23436## End screening in Search Tables after the digits 234 have

been dialled625 512118121135## ACS Tokens


The EuroRoute dials the contents of the Select Digits Buffer A (51); dials the contents of 6R1 (21); waits until a valid Cost Centre Code is entered before continuing (18); once the code is entered, the EuroRoute dials the Cost Centre Code Number (12); dials the Destination Number (11); ends ACS operation (35).




Chaining


CHAPTER 17

17. Chaining

17. 1. IntroductionThe Chaining feature allows multiple Dialers to be “Chained” through their DB 9 pin RS-232 Serial ports via chaining cables. The cables are available through your local authorised Mitel Distributor.

Chaining provides the following features:1. Chained Dialers can be programmed simultaneously.

2. Allows users, who have more than one Dialer, easy programming of Abbreviated Dialling numbers.

3. Up to 10 Dialers (five Dialers for modem Chaining) may be chained to provide CIL Records to one serial printer, or a system with a serial interface.

Note: To use Modem Chain Programming, verify each Dialer has Register 000 set to a value of 1 for 300 baud before proceeding to Section 17.4 on page 104. Modem Chain Programming can only be performed at 300 Baud. A maximum of five Dialers may be Chained when using Modem Chain Programming.

17. 2. 013 - Dialer Identification NumberThis register is used to identify the number of a Dialer in a Chain.

17. 3. 014 - Master Dialer Identification NumberThis register is used to identify the total number of Dialers in a Chain. The Master Dialer is the only Dialer that contains a value other than 0 programmed in this register.


013 T

T = 0 For Not in the Chain T = 4 For 4 T = 8 For 8T = 1 For 1 T = 5 For 5 T = 9 For 9T = 2 For 2 T = 6 For 6 T = ✳ For 10T = 3 For 3 T = 7 For 7


014 T

T = 0 For Not Master Dialer T = 5 For 5 T = 9 For 9T = 2 For 2 T = 6 For 6 T = ✳ For 10T = 3 For 3 T = 7 For 7T = 4 For 4 T = 8 For 8

Chaining


17. 4. Commands for Chain Programming

17. 5. Setting up a Chain

1. Install and power up your Dialers. (Maximum of ten Dialers for regular Chaining; five for modem Chaining), but do not connect anything to the DB 9 RS-232 Serial Port.

2. Initialise each Dialer.

3. Pick the first Dialer to the left. This Dialer will be number 1, and each Dialer to the right will be numbered sequentially with a maximum of ten Dialers; five for modem Chaining.

4. Enter programming mode of each Dialer and set the Dialer Identification Number (Register 013 T).

Commands Description

950

944 N

945

946 N

947

952 N

957

959

979

Enter MF4 Chain Programming Mode.

Select Dialer Number “N” in Chain to accept MF4 Chain Programming.

Select all Dialers in Chain to accept MF4 Chain Programming.

Deselect Dialer Number “N” in Chain from accepting MF4 Chain Programming.

Deselect all Dialers in Chain from accepting MF4 Chain Programming.

Select Dialer Number “N” in Chain for Data Verification, and deselect all other Dialers.

Exit Chain Verification Mode and remain in Chain Programming, with all Dialers selected.

Exit MF4 Chain Programming Mode and remain in Normal Programming mode.

Display the year, month, day, time and day of the week of the selected Dialer. Refer to page 113.

Note: The 950 command is the only command in this list that may be used in Normal Programming Mode. All other Commands are for Chain Programming.

Chaining


17. 6. Example

17. 6. 1. Dialer # 1

17. 6. 2. Dialer # 2

Repeat these steps for each Dialer in the chain until you reach the last Dialer.

The following example displays programming for the Master Dialer; which is the last Dialer in the chain.

17. 6. 3. Dialer # 3

5. When Exiting Program mode, notice that the Green LED is lit, and flashes as the Dialer stores the programming changes. DO NOT DISCONNECT POWER if the LED is flashing, this avoids memory corruption.

6. Remove Power from each Dialer, and attach the Chaining Cables to the DB 9 RS-232 Serial Port of each Dialer.

Action Result

Dial #0✳ Hear F

Dial 013 Hear F

Dial 1 Hear FF

Dial 987 Exits programming mode

Action Result

Dial #0✳ Hear F

Dial 013 Hear F

Dial 2 Hear FF

Dial 987 Exits programming mode

Action Result

Dial #0✳ Hear F

Dial 013 Hear F

Dial 3 Hear FF

Dial 014 Hear F

Dial 3 Hear FF

Dial 987 Exits Dialer

Chaining


7. Each Chaining Cable has one Male RJ -11 Connector, one Female RJ -11 Connector, and one Male DB 9 RS-232 Serial Connector (See Diagram Below).

Figure 17.1 Chaining Cable

Note: This chaining cable cannot be used as an optional printer cable to install a recording device.

8. Connect the Plastic Plug from the First Dialer into the Plastic Jack of the Second Dialer, then connect the Plastic Plug of the Second Dialer into the Plastic Jack of the Third Dialer, then connect the Plastic Plug of the Third Dialer into the Plastic Jack of the First Dialer. (See Figure 17.2).

Figure 17.2 Chaining Illustration

9. Reconnect the Power to Each Dialer.

Note: The Dialers should be powered up sequentially, beginning with Dialer 1.

10. Enter program mode on Dialer # 1 by entering #0✳ (Default).

11. Enter 950, you hear ��.If you hear ��, Chaining has failed. Repeat all steps to attempt the Chaining process again.

FIRST DIALER SECOND DIALER THIRD DIALER

Chaining


12. The Chain is now active and all programming done from this point on will occur in all Dialers. All Registers which control chaining operations (000, 013, and 014) must be programmed into each Dialer individually; they may not be entered while in Chain programming.

13. To Exit Chain Programming mode dial 959 then 987.

If 987 is dialled to exit program mode the Chain is still present, but Chain programming is turned off. Any user entered programming will not be distributed from the Chain. CIL Records are not affected by dialling 987 or hanging up the telephone.

It is recommended that to exit a Chain to enter 959 �� 987, then hang up the telephone.

17. 7. Installation of a Recording DeviceObtain an optional printer cable from your local authorised Mitel Distributor before installing a recording device.

The optional printer cable is different from the Chaining Cable and should not be confused. The optional printer cable has one Male RJ-11 Connector, one Female RJ-11 Connector, one Female DB 25 RS-232 Serial Connector, and a 3 foot cable.

Figure 17.3 Optional Printer Cable

1. Follow the steps 1 through 8, as described in Section 17.5 on page 104.

2. Connect the plastic plug from the first Dialer into the plastic jack of the second Dialer, then connect the plastic plug of the second Dialer into the plastic jack of the third Dialer, then connect the plastic plug of the third Dialer into the plastic jack of the optional printer cable, then connect the plastic plug of the optional printer cable into the plastic jack of the first Dialer. (See Figure 17.4)

Chaining


Figure 17.4 Optional Printer Cable Setup

3. Connect a Male DB 25 RS-232 Cable from the Female DB 25 of the optional printer cable to the serial printer.

4. Follow step 9, 10 and 11 described in Section 17.6 on page 105.

5. Connect your buttset to the first Dialer, and enter into normal programming mode. Then enter 950 followed by 945 and enter Register 001 1. Exit programming (959 then 987).

Note: If modem chain programming is to be used, all Dialers must be set to 300 baud. Otherwise, the Dialers in a chain may be set to 1200 baud. All Dialers in a chain must be set to the same baud rate. Only five Dialers may be chained, when using Modem Chain Programming.

17. 8. Call Information Logging and ChainingThis section describes how the Master Dialer queries the others, and passes CIL Records.

17. 8. 1. Polling Between DialersIn the Chain, the Master Dialer queries the other Dialers for their Call Information Logging (CIL) Status. The Dialer with the most records sends its call records first, through the Chain to the Master Dialer. The Master Dialer passes all information to the serial printer. The process occurs until each Dialer has no CIL Records.

FIRST DIALER SECOND DIALER THIRD DIALER

Chaining


The following Table shows the printable and non-printable characters used to perform the polling scheme.

17. 8. 2. Example of CIL Record

As a printout, the output from this example would be:...(previous CIL record)... ~~;

01/27 09:49 00:02:34 13153933336 T3 ROUTED CHN

~~; may be missing from a multiple CIL output of consecutive records from one Dialer

The unit has a buffer which can store up to 12 call records. When this buffer is full, any further calls are not recorded.

Function HEX ASCII Control Codes

CIL enquiry (command to send CIL buffer status)Start of buffer status reportEnd of buffer status reportDump CIL (start of binary dump number)Element of binary dump numberElement of binary dump numberEnd of binary dump number sequenceStart of CIL dumpEnd of CIL dumpMF4 Chain programming entry code introduction characterRegular MF4 Chain programming entry character

01

1E1C7E01007E3B0410

21

SOH

RS (Note 2)FS (Note 2)~ (Note 1)

SOHNUL

~ (Note 1); (Note 1)

EOTDLE

! (Note 1)

Â

^^^\~

Â^@~;

^D^P

!

Note 1: This character is a printing character, but does not normally appear in a CIL record.Note 2: This character is not sent to the printer.

<SOH><SOH><SOH> ~<NUL><NUL><SOH><SOH>~ ; <CR><LF><NUL><NUL>[CIL DATA] <EOT> <SOH>

Enquiry Command to dump CIL Start of CIL dump CIL Record End of CIL dump Enquiry

Chaining


17. 8. 3. RS-232 Serial Pin-out of Dialer

17. 8. 4. Optional Printer Cable Pin-out

17. 9. Programming Via Modem Chain ProgrammingA Chain may be programmed via modem program. Refer to Section 6.28 on page 43 for more information.

17. 10. Modem Chain ProgrammingThe modem can also be used to program units that are in a chain. However, this is limited to software versions 134-C01 and newer. Access to the modem is gained using the above method. The modem chain programming commands can now be entered as detailed in Section 17.4 on page 104.

Pin Signal

123456789

DCDTransmit DataReceive DataData Set ReadySignal GroundData Terminal ReadyClear to SendRequest to SendOpen

Pin Signal

13

4,56,8,20

7

Ground (Frame)TransmitStrapped pinsStrapped pinsGround (Signal)

Chaining


17. 11. Using the Power-On Counter while in Modem Chain ProgrammingThe Power-On Counter provides a 6 digit counter which may be read while in Modem Chain Programming. The following example will demonstrate the commands to enter to display the Power-On Counter while programming via Modem in a Chain.

17. 11. 1. ExampleOnce in Program mode enter the following commands:> 950 Enters Chain Program Mode> 947 Deselects all Dialers in the Chain> 952 1 Selects the first Dialer in the Chain> 961 000005 Displays the Power-on Counter and this example shows 5 power-on’s have

occurred.

Chaining


17. 12. Using Peg and Line Counters While in Modem Chain ProgrammingPeg Counters are used to show call failure and success on the 8 routes and the 4 lines of the Dialer. To utilise the normal method of viewing the Peg Counters Refer to Section 7.3 on page 49.

When in Modem Chain Programming:>V Enter 950 to enter Modem Chain Programming>P Enter 952 N, where N = the Dialer number>V Enter 967

17. 12. 1. Example

Sent from Dialer Comments and Explanation

V> 967 000465000000037176002603001325000000021894001547000936000058001177000042000617000034001812000186000146000000025224001818020262001311013258000898006804000443

V> 950P> 952 1V> 967<space><000465> Route 1 Usage<000000> Route 1 Failures<037176> Route 2 Usage<002603> Route 2 Failures<001325> Route 3 Usage<000000> Route 3 Failures<021894> Route 4 Usage<001547> Route 4 Failures<000936> Route 5 Usage<000058> Route 5 Failures<001177> Route 6 Usage<000042> Route 6 Failures<000617> Route 7 Usage<000034> Route 7 Failures<001812> Route 8 Usage<000186> Route 8 Failures<000146> Usage of “No route”<000000> (no such thing as a *No route failure*)<025224> Line 1 Usage<001818> Line 1 Failures<020262> Line 2 Usage<001311> Line 2 Failures<013258> Line 3 Usage<000898> Line 3 Failures<006804> Line 4 Usage<000443> Line 4 Failures<CR><LF> new line>V

Chaining


17. 13. Clearing Peg and Line Counters while in Chain Programming ModeTo clear the Route and Line counters exit verify mode using the 959 command, select a Dialer using the 944 N, or select all by using the 945 Command while in the Chain Programming Mode. Next enter 942 and 969. The Peg and Line counters will be cleared for the selected Dialers.

Note: The Peg Counters are also cleared when the Dialer is ✳ initialised.

17. 14. Displaying the Year, Month, Day, Time and Day of the WeekThe command 979 is used to display the year, month, day, time and day of the week of a selected Dialer in Chain data verify mode.

The format used is: 979 yyMMDDhhmmss0d

Where:• yy is last two digits of year 20yy (00-99)• MM is month (01-12)• DD is day of month (01-31)• hh is hour (00-23)• mm is minute (00-59)• ss is seconds (00-59)• 0 is the literal character "0"• d is the day of the week (1-7, 1=Sunday through 7=Saturday).

Note: This command may only be used in modem-chain programming.

Chaining



Abbreviated Dialling


CHAPTER 18

18. Abbreviated Dialling Programming

18. 1. Setting up an Abbreviated Dialling Number - Method 1Abbreviated Dialling can be programmed by two methods. Method 1 is used at the time of the EuroRoute installation and has the following format:

Note: An Abbreviated Dialling Bin is a buffer that stores a telephone number that can contain 80 digits.

7NNN DK MM...MM ✳ P....P ##

7NNN Abbreviated Dialling Number Location

D Indicates which line(s) is to be allowed access

K Indicates how routing will be accomplished

MM...MM Phone number to be dialled

✳ Indicates that the next entry is the Cost Centre Code

P....P Cost Centre Code

## Indicates the end of the entry



18. 2. To program Abbreviated Dialling

18. 3. Abbreviated Dialling Programming Example 1Assuming that 805 #0✳ #9#9#939 is programmed, 980 Abbreviated Dialling Numbers with the #✳ NNN format can be programmed:

Entering 7022 0901291430000## causes 01291430000 to be dialled out whenever a user dials #✳ 022.

Register (Format) Definition

Approximately 980 Abbreviated Dialling Numbers are available7NNNDKMM...MM## or7NNNDKMM...MM✳ P.PP##

Format for approximately 980 entries. NNN is the service code to be dialled by the subscriber and MM..MM is the number to which the code is translated. ✳ is a separator and P.PP is the Cost Centre Code.

D is the key that selects the lines to access the call number

Digit01234567

Selects LineAll LinesLine 1Line 2Lines 1, 2Line 3Lines 1, 3Lines 2, 3Lines 1, 2, 3

Digit89✳

#CDEF

Selects LineLine 4Lines 1, 4Lines 2, 4Lines 1, 2, 4Lines 3, 4Lines 1, 3, 4Lines 2, 3, 4No Lines

K specifies how routing will be accomplished

1 - 89✳

Force on Route 1 - 8Use the screening table to determine routingDial immediately, no route # (transparent)

PP is a Cost Centre Code and is separated from the destination number by the ✳ . The ✳ and the Cost Centre Code is optional.

## Enters the information into memory. (Terminates entry)



18. 4. Setting up an Abbreviated Dialling Number - Method 2Generally, Abbreviated Dialling is used after an installation is complete. All trunks will have access to Abbreviated Dialling, and all calls are screened because of the DK values (as outlined previously is automatically set to 09). The installer must define the Abbreviated Dialling programming code.

NOTE: If you exit programming without dialling 987, then all modified Abbreviated Dialling bins will not take effect.

18. 5. To use an Abbreviated Dialling Number from an MF4 TelephoneAssuming that 805 #0✳ #9#9#939 is programmed, dial #✳ NNN, where NNN is the three digit location number. The number entered at the Abbreviated Dialling location specified is dialled out, if it exists. If it does not exist, or access to the particular trunk is not allowed access, number unobtainable tone is heard.

18. 6. To Make the Abbreviated Dialling to be accessed from a Rotary Dial TelephoneTo make the Abbreviated Dialling Access Code to be 17NNN:• Dial #0✳ , or the current programming access code• Dial 80517#9#9#939##, to add the new Abbreviated Dialling Access Code of 17NNN• Dial 987 to exit programming mode.

Note: Be sure no previous entries or Emergency numbers will conflict with this numbering scheme.

18. 7. To use the New Number from a Rotary Dial PhoneDial 17NNN, where NNN is the three digit location number. The number entered at the Abbreviated Dialling location specified will be dialled out, if it exists. If it does not exist, or access to the particular trunk is not allowed access, number unobtainable tone is heard.

Step Dial Description

1234567

#2✳

NNNMM..MM✳ P...PP##

User Abbreviated Dialling Programming Code (for example)Is the Location 000 through 979Is the Telephone Number to be DialledCost Centre Code (Optional)Enters the Information (Terminates Entry)Repeat Steps 2 - 5 until all Numbers are EnteredDial 987 to exit, prior hanging up.




Appendix 1 Call Logger Formats


APPENDIX 1

A.1. Call Logger Formats

A.1. 1. GeneralThis appendix provides information concerning Call Logging Formats.

A.1. 2. Call Log FormatsThe EuroRoute can print records in different formats (called Controller, Mitel, SMarT, and Control Logger). Each format provides slightly different information, as described in the following paragraphs. Discuss what type of format you want with your Maintainer.

A.1. 3. Controller FormatThis format includes information on call completion status. Calls having to switch routes because of route failure or being redirected produce two call records. The first record contains the amount of time spent on the original route; the second, the remaining time on the final route. This format also indicates aborted calls.

A.1. 3. 1. Example

Position (Line 1) Format Meaning

01-05 MM/DD is the month and day07-11 HH:MM is the start time of the call13-20 DH:DM:DS is the duration of the call22-36 N...N is the number that was dialled

38 XT if the call was denied; F if the call experienced routefailure

39 Apresent if the user aborted the call before the EuroRoute could fin-ish the call

40-41 LL L1...L4 is the line used to place the call44-47 RRRR route name (abbreviated)48-49 II System ID51-80 A...A Cost Centre Code

01/01 09:11 00:00:05 0891 TAL1 PTT 0101/01 10:24 00:00:05 012914 AL1 R020101/01 11:12 00:23:13 01234567890 L1 R0301 45601/01 11:18 00:00:03 L1 INWD0101/01 11:26 00:07:16 01347456789 F L1 R0201



A.1. 4. Mitel FormatMitel Format has been developed for PABX (Private Automatic Branch Exchange) applications (and specifically for Mitel PABXs). Some fields are used for call transfers, operators, and various facilities not provided by the EuroRoute.

A.1. 4. 1. Example

A.1. 5. SMarT FormatSMarT Format is similar to Mitel Format but has a reduced printing width to fit in 80 columns and the RR field is in ASCII instead of numeric.


02-06 MM/DD is the month and day 08-12 HH:MM is the start time of the call15-22 DH:DM:DS is the duration of the call24-27 C...C is the indication of an incoming call34-56 N...N is the number that was dialled 60 X

T - will occur if the call is deniedS - will occur if Answer Supervision (line reversal) is received

62-63 LL L1...L4 the line use to place the call64-65 RR route number that was used (0 means no routing occurred)85-87 III System ID


01-05 MM/DD is the month and day07-11 HH:MM is the start time of the call14-21 DH:DM:DS is the duration of the call23-45 N...N is the number that was dialled

49 XT - occurs if the call is deniedS - occurs if Answer Supervision (line reversal) is received

51-52 LL L1...L4 the line use to place the call54-59 RRRRRR route name that was used in ASCII format73-75 III System ID


01-30 A...A Cost Centre Code

01/01 09:17 00:00:06 0891 T T101 01 01/01 10:05 00:00:06 012914 T102 01 01/01 10:53 00:04:18 01234567890 T103 01 01/01 11:06 00:13:14 01347456789 T102 01 01/01 11:08 00:08:04 T100 01



A.1. 5. 1. Example

A.1. 6. Controller Logger FormatThe Controller Logger format is based on the Dialer format. For an outgoing call, the Controller Logger and the Controller formats are identical. For an incoming call, a new field is added starting in column 51, indicating the status of the call and how long it took to be answered. Unless the call was not answered, in which case the status of how long the call rang before being abandoned would be reported. The character in column 51 is a ✳ if the call is abandoned, and the duration of the call in columns 13 - 20 is 00:00:00.

If the call is answered, the character in column 51 is “A”, and the duration of the call from time of answer to time of on-hook is given in columns 13 - 20. Columns 52 - 56 give the amount of time the call rang before being answered or abandoned in minutes/seconds format. The Cost Centre Code field, shortened from 30 to 23 characters, now starts in column 58.

Note: An incoming call is considered abandoned if the Incoming Ring Timer (Register 025) expires before the called party goes off-hook.

A.1. 6. 1. Example

Position (Line) Format Meaning

01-05 MM/DD is the month and day 07-11 HH:MM is the start time of the call13-20 DH:DM:DS is the duration of the call22-36 N...N is the number that was dialled

38 XT if the call was deniedF if the call experienced route failure

39 Apresent if the user aborted the call before the EuroRoute could finish

40-41 LL L1...L4 the line use to place the call44-47 RRRR route name (abbreviated)48-49 II System ID

51 XA for Answered, ✳ for Abandoned, S for Answer Supervision (line reversal) received

52-56 MM:SS Min and Secs. Incoming call Duration58 - 80 A...A Cost Centre Code

01/01 10:09 00:00:05 0891 T T1 PTT 01 01/01 10:22 00:00:06 012914 T1 R02 01 01/01 11:19 00:00:08 0129141 T1 R02 01 01/01 11:23 00:20:14 01234567890 T1 R03 01 456 01/01 11:27 00:05:43 01347456789 T1 R02 01 01/01 11:41 00:08:05 T1 INWARD 01

01/01 08:47 00:00:06 0891 TAL1 PTT 0101/01 10:01 00:00:07 012914 AL1 R020101/01 10:14 00:08:13 01234567890 L1 R0301 45601/01 11:34 00:12:16 01347456789 F L1 R0201




Appendix 2 Other Information


APPENDIX 2

A.2. Other Information

A.2. 1. Legal EuroRoute InputsThis table describes the Legal allowed EuroRoute inputs from either an MF4 Telephone or Terminal.

The EuroRoute can recognize rotary digits 0 - 9 and MF4 digits 0 to 9, ✳ and #. Digits 0 to 9, ✳ and # can be re-transmitted as part of a destination number and the Cost Centre Code. A, B, C, and D cannot be received as part of the destination number or Cost Centre Code.

A.2. 2. Programming A, B, C, D, E, F With An MF4 DeviceWhen programming the EuroRoute, you are offered a choice of options ranging from 1 to 9 and A, B, C, D, E and F for the remaining values. A 12-digit MF4 telephone placed in series with a rotary telephone can also be used to program the EuroRoute with digits 0 - F (outlined below). A switchable MF4/rotary test set may also be used.

Figure A2.1 Programming via Rotary or MF4

From Standard MF4 Telephones From Terminal MF4 Conversions

0 through 9#, ✳

0 through 9#, ✳A or aB or bC or cD or dE or eF or fSpace

0 through 9#, ✳✳

#ABCD if it is within a string#

To Exchange Line or other Forward Equipment

Subscriber Side

ExchangeLine Side



These letters represent a value for a particular register and give 16 choices. The HEX numbering plan is used, where 0 - 9 decimal equals 0 - 9 HEX and 10 - 15 decimal equals A - F in HEX, which gives more of a choice with only one digit to represent a value. In some cases, only twelve values are required so only 0 to # (B) are listed. “C” is also required when programming Fourth Column digits.

Both telephones must be connected to the same RJ (CA) block, and both must be off-hook while programming the EuroRoute. If you are using an MF4 telephone you can use ✳ for A and # for B.

A.2. 3. Fourth Column Digits From a Terminal You can program the EuroRoute to dial out the Fourth Column MF4 digits A, B, C and D (L1H4, L2H4, L3H4, L4H4).

A.2. 4. Fourth Column Digits From a Rotary Phone You can transpose rotary digits to Fourth Column MF4 digits for programming purposes.

Enter For Description

C0C1C2C3

ABCD

L1H4 Tone Pair L2H4 Tone Pair L3H4 Tone Pair L4H4 Tone Pair

Enter From a Rotary Phone EuroRoute Interpretation

123456

ABCDEF



A.2. 5. Hex Codes

Character Hex Code Character Hex Code Character Hex Code Character Hex Code

NULSOHSTXETXEOTENQACKBEL

BSHTLFVTFFCRSOSI

DLEDC1DC2DC3DC4NAKSYNETB

CANEMSUBESCFSGSRSUS

0001020304050607

08090A0B0C0D0E0F

1011121314151617

18191A1B1C1D1E1F

SP!“#$%&'

()✳

+,-./

01234567

89:;<=>?

2021222324252627

28292A2B2C2D2E2F

3031323334353637

38393A3B3C3D3E3F

@ABCDEFG

HIJKLMNO

PQRSTUVW

XYZ[\]^—

4041424344454647

48494A4B4C4D4E4F

5051525354555657

58595A5B5C5D5E5F

ábcdefg

hijklmno

pqrstuvw

xyz{|}~DEL

6061626364656667

68696A6B6C6D6E6F

7071727374757677

78797A7B7C7D7E7F




Appendix 3 D

efault Data

8350-383-113-BA

Issue 4, Novem

ber 2000125

APPENDIX 3

A.3. Default data

A.3. 1. Defaults Loaded By Using the 942 918 X Command

Country Specific Default list

Register EuroRoute UK Italy Spain France Netherlands Portugal

918 0 1 2 3 4 5 7

000 1 1 1 1 1 1 1

001 0 0 0 0 0 0 0

002 0 0 0 0 0 0 0

003 0 0 0 0 0 0 0

004 9 9 9 9 9 9 9

005 1 1 1 1 1 1 1

009 0 0 0 0 0 0 0

010 8 8 8 8 8 8 8

011 ✳ ✳ ✳ ✳ ✳ ✳ ✳

012 1 1 1 1 1 1 1

013 0 0 0 0 0 0 0

014 0 0 0 0 0 0 0

016 0 0 0 0 0 0 0

017 0 0 0 0 0 0 0

Appendix 3 D

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126Issue 4, N

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Country Specific Default list Continued


918 0 1 2 3 4 5 7

018 9 9 9 9 9 9 9

019 3 3 3 3 3 3 3

020 0 1 1 1 1 1 1

021 0 1 0 0 0 0 0

022 0 1 0 0 0 0 0

025 4 3 4 5 4 6 4

S00 2 2 2 2 2 2 2

S01 1 0 1 1 1 1 1

S02 4 4 5 4 5 4 5

S03 4 3 4 8 4 4 4

S04 4 3 4 8 4 4 4

S05 3 3 3 5 3 4 3

S06 4 4 4 4 4 4 4

S07 1 0 1 1 1 1 1

S08 4 4 4 4 4 4 4

Appendix 3 D

efault Data

8350-383-113-BA

Issue 4, Novem

ber 2000127



918 0 1 2 3 4 5 7

S09 0 0 0 0 0 0 0

S10 0 0 0 0 0 0 0

S11 # # # # # # #

S12 1 5 5 5 2 5 5

S13 9 9 9 9 8 9 9

S15 0 0 0 0 0 0 0

S16 0 0 0 0 0 0 0

S18 4 4 4 4 4 6 4

S22 5 5 5 5 5 5 5

S23 5 5 5 5 5 5 5

S24 5 5 5 5 5 5 5

S25 5 5 5 5 5 5 5

S26 3 3 3 3 3 3 3

S27 9 9 9 9 9 9 9

S30 0 0 0 0 0 0 0

S31 0 9 0 0 0 0 0

Appendix 3 D

efault Data

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128Issue 4, N

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918 0 1 2 3 4 5 7

S33 0 0 0 0 0 0 0

S34 6 6 6 6 6 6 6

S35 9 9 9 9 9 9 9

R40 0 1 1, 0, 0, 0 1, 0, 0, 0 1, 0, 0, 0 1, 0, 0, 0 0

R41 0 0 0 0 0 0 0

R42 0 0 0 0 0 0 0

R43 1 1 1 1 1 1 1

R44 9 9 9 9 9 9 9

R47 0 0 0 0 0 0 0

R70 0 1 0 0 0 0 0

R71 0 0 0 0 0 0 0

R72 0 0 0 0 0 0 0

R73 1 1 1 1 1 1 1

R74 9 9 9 9 9 9 9

R77 0 0 0 0 0 0 0

600 BLANK BLANK BLANK BLANK BLANK BLANK BLANK

Appendix 3 D

efault Data

8350-383-113-BA

Issue 4, Novem

ber 2000129



918 0 1 2 3 4 5 7


602 3031 3031 3031 3031 3031 3031 3031


604 #1✳ #1✳ #1✳ #1✳ #1✳ #1✳ #1✳






610 505454 4254 505454 505454 505454 505454 505454

620 20523032 20523032 20523032 20523032 20523032 20523032 20523032

630 20523033 20523033 20523033 20523033 20523033 20523033 20523033

640 20523034 20523034 20523034 20523034 20523034 20523034 20523034

650 20523035 20523035 20523035 20523035 20523035 20523035 20523035

660 20523036 20523036 20523036 20523036 20523036 20523036 20523036

670 20523037 20523037 20523037 20523037 20523037 20523037 20523037

Appendix 3 D

efault Data

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130Issue 4, N

ovember 2000



918 0 1 2 3 4 5 7

680 20523038 20523038 20523038 20523038 20523038 20523038 20523038

690 23302A 23302A 23302A 23302A 23302A 23302A 23302A

691 #0✳ #0✳ #0✳ #0✳ #0✳ #0✳ #0✳

695 #2✳ #2✳ #2✳ #2✳ #2✳ #2✳ #2✳

6R1 BLANK BLANK BLANK BLANK BLANK BLANK BLANK




615 BLANK 511135 1135 #721001135 511135 1135 #531001135

625 BLANK 51211135 21#023001135 #721001135 5121#023001135 21#02300251135 #5310021#02300251135

635 BLANK 51211135 21#023001135 #721001135 5121#023001135 21#02300251135 #5310021#02300251135

645 BLANK 5121221135 21#023001135 #721001135 5121#023001135 21#02300251135 #5310021#02300251135

655 BLANK 51211135 21#023001135 #721001135 5121#023001135 21#02300251135 #5310021#02300251135

665 BLANK 51211135 21#023001135 #721001135 5121#023001135 21#02300251135 #5310021#02300251135

675 BLANK 51211135 21#023001135 #721001135 5121#023001135 21#02300251135 #5310021#02300251135

685 BLANK 51211135 21#023001135 #721001135 5121#023001135 21#02300251135 #5310021#02300251135

Appendix 3 D

efault Data

8350-383-113-BA

Issue 4, Novem

ber 2000131



918 0 1 2 3 4 5 7

6✳ TN BLANK BLANK BLANK BLANK BLANK BLANK BLANK

7000- 7979

BLANK BLANK BLANK BLANK BLANK BLANK BLANK

801 BLANK BLANK #411 #911, #0#7 BLANK 111, #411 0#7, #901

802 BLANK 0012, #4#914 0012, 0#912, 1#911 BLANK 1#911 0012, 0#912 0003, 0#902

803 BLANK 141#2, 147#7,1#9#911, ✳ #9#911,#0✳ #9#7, #0#9#911

BLANK BLANK BLANK BLANK 1#9#911

804 BLANK 1470#2, 1471#3,157136

BLANK BLANK 003311, 00#9#912,0#9#9#912, 3651#2,36#9#911, ✳ #9#9✳ #3,#0#9#9#9#7, #4#9#9#911

✳ #9#9✳ #3, #0#9#9#0#3

BLANK

805 BLANK 0#9#9#9#912, 1707036#0✳ #9#9#939

#0✳ #9#9#939 #0✳ #9#9#939 #0✳ #9#9#939 #0✳ #9#9#939 #0✳ #9#9#939


807 BLANK BLANK BLANK BLANK BLANK #1#9#9#9#9#9#936,#4#9#9#9#9#9#936

BLANK

808 BLANK #4#9#9#9#9#9#9#936 #4#9#9#9#9#9#9#936 BLANK BLANK BLANK BLANK

Appendix 3 D

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132Issue 4, N

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918 0 1 2 3 4 5 7

809 BLANK BLANK BLANK 9#9#9#9#9#9#9#9#936,6#9#9#9#9#9#9#9#936

BLANK BLANK BLANK

810 BLANK BLANK BLANK BLANK 00#9#9#9#9#9#9#9#9#7,0#9#9#9#9#9#9#9#9#936,#4#9#9#9#9#9#9#9#9#936

00#9#9#9#9#9#9#9#9#7,0#9#9#9#9#9#9#9#9#936

BLANK

811 BLANK 00#9#9#9#9#9#9#9#9#9#7,0#9#9#9#9#9#9#9#9#9#936

BLANK BLANK BLANK BLANK BLANK

812 BLANK BLANK 00#9#9#9#9#9#9#9#9#9#9#7, 0#9#9#9#9#9#9#9#9#9#9#936

BLANK BLANK BLANK BLANK




821 - 835 BLANK BLANK BLANK BLANK BLANK BLANK BLANK


861 BLANK 930 030 030 030 030 030


✳ 0N BLANK BLANK BLANK BLANK BLANK BLANK BLANK

✳ 1N BLANK BLANK BLANK BLANK BLANK BLANK BLANK

Appendix 4 Abbreviations and Glossary of Terms


APPENDIX 4

A.4. Abbreviations and Glossary of Terms

� Represents a burst of 400 Hertz tone transmitted over the phone to the subscriber.

ACS Access Control Sequence.

Buttset A one-piece telephone used to dial out in pulse or tone, which allows for testing and monitoring of phone lines.

Call Control Toll Control.

Checksum Error An error that occurs when the sum value of the programming database is changed by means other than conventional programming.

CIL Call Information Logging.

Destination Number The destination number is the number that is dialled to reach the called party.

Digit Grabber A device used to monitor telephone lines for pulse or tone signalling.

Force Route The route can not be changed to another route by any means once the decision has been made in the Search Tables.

Hz Hertz.

LED Light Emitting Diode.

mA Milliamperes.

MF4 Dialling MF4 tone dialling.

ms Milliseconds.

NTP Network Terminating Point.

NU Tone Number Unobtainable Tone.

PABX Public Automatic Branch Exchange.

PIN Personal Identification Number.

pps Pulses per second.

Appendix 4 Abbreviations and Glossary of Terms


Prefer Route A preferred route begins the routing process on the route indicated by the action code. However, this route may be changed if another prefer, force or select route action code is encountered within a Search Table.

PSTN Public Switched Telephone Network.

RAM Random Access Memory.

REN Ringer Equivalence Number.

Ring B-Wire.

ROM Read Only Memory.

Rotary Dialling Pulse dialling.

Route A Route is a set of pre-programmed dialling rules that can include access codes to be used to place a telephone call over a particular service or carrier. A Route is chosen by matching dialled digits with a template in the Search Tables. If a Route in the EuroRoute is compared to a Route (trunk group) in a PSTN or a PABX, it may be helpful to think of a EuroRoute Route as a “Virtual Route”.

Search Tables The Search Tables are a set of templates and action codes (one action code per template). User dialled digits are compared with the templates in the Search Tables. 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.

sec second.

Select Route The route cannot be re-routed by any means, like the forced route. The digits dialled that are matched (dialled by the subscriber) are stored in the Select Digits Buffer, and all following digits are moved to the Destination Number Buffer.

Tip A-Wire

Appendix 5 Hardware Specifications


APPENDIX 5

A.5. Hardware Specifications

Hardware Specifications Min Typical Max UnitsREN † .3IDLE LINE, LOOP STARTImpedance Between Tip and Ring (15 - 60Hz) 8 K OhmsRINGER SENSITIVITY:15 - 60 Hz 20 V RMSINSULATION RESISTANCE:Tip to ring @ 100 Vdc > = 5 M OhmsOFF-HOOK CURRENT:Cut Through ModeSplit Mode

1520

6035

mAmA

BATTERY FEEDOpen circuit voltageFeed ResistanceShort circuit current

20410

24440

3047050

VOLTSOhmsmA

MF4 RECEIVERLevel Frequency: To receive To not receiveDurationTime between tones

-30

-1.5-3.53440

+4

+1.5-3.5

dBm ††

%%msms

MF4 SENDERLevel (composite)FrequencyDuration (programmable)

-9.2-1.570

-7.2

70

-5.2+1.5130

dBm%ms

ROTARY SENDERTiming 33/66 or 40/60 (programmable)RateInterdigit pause (programmable) 800

10800 900

msppsms

OPERATING RANGEAC supplyTemperatureHumidityAllowable voltage (connected to any point)

216.200

230 2534585300

VACC%VOLTS

MAIN SUPPLY CURRENT (230 V @ 50Hz)IdleOne trunk enabledTwo trunks enabledThree trunks enabledFour trunks enabled

7076828895

mAmAmAmAmA

† REN = Ringer Equivalence Number†† Better than requirement by +5 dB

Note: Reference impedance and Return loss comply with TBR 21, Clauses 4.7.2 and A.2.1.

Appendix 5 Hardware Specifications



Documents

Mitel Smart-1 EuroRoute 4 Line Dialler