insys icom ISDN TA 4.0 User Manual

INSYS ISDN TA 4.0

Manual

Any duplication of this manual is prohibited. All rights on this documentation and the devices are with INSYS MICROELECTRONICS GmbH Regensburg.

Trademarks The use of a trademark not shown below is not an indication that it is freely avail-

able for use.

MNP is a registered trademark of Microcom Inc.

IBM PC, AT, XT are registered trademarks of International Business Machine Corporation.

INSYS®, e-Mobility LSG® and e-Mobility PLC® are registered trademarks of INSYS MICROELECTRONICS GmbH.

Windows™ is a registered trademark of Microsoft Corporation.

Linux is a registered trademark of Linus Torvalds.

Publisher: INSYS MICROELECTRONICS GmbH Hermann-Köhl-Str. 22 D-93049 Regensburg, Germany Phone: +49 941 58692 0 Fax: +49 941 58692 45 E-mail: info@insys-icom.com Internet: http://www.insys-icom.com

Date: Jun-12 Item: 31-22-03.116 Version: 2.0 Language: EN

Content

1 Preface.....................................................................................................7

1.1 Defects Liability Terms ..........................................................................................7

1.2 Marking of Warnings and Notes............................................................................ 8

1.2.1 Symbols and Key Words.......................................................................... 8

1.3 Symbols and the Formatting in this Manual ..........................................................9

2 Safety.....................................................................................................10

2.1 Usage According to the Regulations ...................................................................10

2.2 Permissible Technical Limits................................................................................11

2.3 Responsibilities of the Operator........................................................................... 11

2.4 Qualification of the Personnel..............................................................................11

2.5 Instructions for Transport and Storage ................................................................11

2.6 Markings on the Product ..................................................................................... 12

2.7 Environmental Protection ....................................................................................12

2.8 Safety Instructions for Electrical Installation........................................................ 13

2.9 General Safety Instructions..................................................................................13

1 Scope of Delivery...................................................................................15

2 Technical Data .......................................................................................16

2.1 Physical Features.................................................................................................16

2.2 Technological Features........................................................................................17

2.3 Certifications........................................................................................................17

3 Display and Control Elements ................................................................ 18

3.1 Meaning of the Displays......................................................................................19

3.2 Function of the Control Elements ........................................................................ 19

4 Connections...........................................................................................20

4.1 Front Panel Connections......................................................................................20

4.2 Terminal Connections on the Top........................................................................21

4.3 Terminal Connections on the Bottom .................................................................. 22

4.4 Pin Assignment of the Serial Interface.................................................................23

4.5 Pin Assignment of the S0 Interface .....................................................................23

5 Function Overview.................................................................................24

6 Mounting ...............................................................................................26

7 Initial Operation......................................................................................30

8 Operating Principle ................................................................................32

8.1 Operation with the Terminal Program..................................................................32

8.2 Operation with HSComm ISDN ...........................................................................34

8.3 HMI of the Software HSComm ISDN ..................................................................35

4 Jun-12

Contents

9 Functions ...............................................................................................39

9.1 Establishing or Accepting a Data Connection......................................................39

9.2 Querying the Alarm Inputs...................................................................................41

9.3 Automatic Call ..................................................................................................... 42

9.3.1 Configuring an Automatic Call ............................................................... 42

9.3.2 Disabling an Automatic Call ................................................................... 45

9.4 Data Flow Control................................................................................................ 46

9.4.1 Hardware Data Flow Control (RTS/CTS)................................................. 46

9.4.2 Software Data Flow Control with XON/XOFF ........................................ 47

9.5 Remote Configuration..........................................................................................48

9.5.1 Remotely Configuring the INSYS ISDN TA 4.0 ...................................... 48

9.5.2 Configuring the Remote Configuration Number .................................... 49

9.5.3 Configuring the Remote Configuration Password ................................. 49

9.5.4 Configuring the Permitted Callers for Remote Configuration ................ 49

9.6 Connection Configuration of the INSYS ISDN TA 4.0 at the ISDN Basic Access .51

9.6.1 Configuration at Multipoint Interface (PMP, Point-to-Multipoint).......... 51

9.6.2 Configuration at Point-to-Point Interface (PTP, Point-to-Point).............. 52

9.7 Control Outputs ................................................................................................... 53

9.8 Security Callback .................................................................................................54

9.9 Selective Call Acceptance....................................................................................56

9.10 TA+Configurator..................................................................................................58

9.11 Configuring the Transfer Protocol........................................................................59

9.12 Outputting CLIP of Incoming Calls ......................................................................61

9.13 Sending Messages via Data Connection, SMS or E-Mail..................................... 62

9.13.1 Sending Messages via Data Connection................................................ 62

9.13.2 Sending Messages via SMS................................................................... 64

9.13.3 Sending Messages via E-Mail ................................................................ 66

9.14 Manual Sending of Messages..............................................................................69

9.15 Resetting the Device............................................................................................70

10 ISDN Error Messages.............................................................................71

10.1 Extended Error Messages with ISDN...................................................................73

10.2 Firmware Update.................................................................................................76

11 Firmware History ...................................................................................79

12 AT Command Reference ........................................................................ 80

13 Special ISDN Parameters .......................................................................88

14 S Register ..............................................................................................90

15 TA+Configurator Command Reference..................................................91

16 SMSC Numbers for SMS Dispatch via ISDN..........................................93

17 Waste Disposal ......................................................................................94

17.1 Repurchasing of Legacy Systems........................................................................94

18 Declaration of Conformity ...................................................................... 95

Jun-12 5

Content

19 Tables and Diagrams..............................................................................96

19.1 List of Tables .......................................................................................................96

19.2 List of Diagrams ..................................................................................................96

20 Index ......................................................................................................97

6 Jun-12

INSYS ISDN TA 4.0 Preface

1 Preface

This manual allows for the safe and efficient use of the product. The manual is part of the product and must always be stored accessible for installation, commissioning and operating personnel.

1.1 Defects Liability Terms

A usage not according to the intended purpose, an ignorance of this documentation, the use of insufficiently qualified personnel as well as unauthorised modifications exclude the liability of the manufacturer for damages resulting from this. The liability of the manufacturer ceases to exist.

The regulations of our Delivery and Purchasing Conditions are effective. These can be found on our website (www.insys-icom.de/imprint/) under “General Terms and Conditions“.

Preface INSYS ISDN TA 4.0

1.2 Marking of Warnings and Notes

1.2.1 Symbols and Key Words

Danger!

Risk of severe or fatal injury

One of these symbols in conjunction with the key word Danger indicates an imminent danger. It will cause death or severe injuries if not avoided.

Warning!

Personal injury

This symbol in conjunction with the key word Warning indicates a possibly hazardous situation. It might cause death or severe injuries if not avoided.

Caution!

Slight injury and / or material damage

This symbol in conjunction with the key word Caution indicates a possibly hazardous or harmful situation. It might cause slight or minor injuries or a damage of the product or something in its vicinity if not avoided.

Note

Improvement of the application

This symbol in conjunction with the key word Note indicates hints for the user or very useful information. This information helps with installation, set-up and operation of the product to ensure a fault-free operation.

INSYS ISDN TA 4.0 Preface

1.3 Symbols and the Formatting in this Manual

This section describes the definition, formatting and symbols used in this manual. The various symbols are meant to help you read and find the information relevant to you. The following text is structured like a typical operating instruction of this manual.

Bold print: This will tell you what the following steps will result in

After that, there will be a detailed explanation why you could perform the

following steps to be able to reach the objective indicated first. You can decide whether the section is relevant for you or not.

 An arrow will indicate prerequisites which must be fulfilled to be able to

process the subsequent steps in a meaningful way. You will also learn which software or which equipment you will need.

1. One individual action step: This tells you what you need to do at this

point. The steps are numbered for better orientation.

 A result which you will receive after performing a step will be marked

with a check mark. At this point, you can check if the previous steps were successful.

 Additional information which you should consider are marked with a

circled "i". At this point, we will indicate possible error sources and tell you how to avoid them.



Alternative results and steps are marked with an arrow. This will tell you how to reach the same results performing different steps, or what

you could do if you didn't reach the expected results at this point.

Safety INSYS ISDN TA 4.0

2 Safety

The Safety section provides an overview about the safety instructions, which must be observed for the operation of the product.

The product is constructed according to the currently valid state-of-the-art technology and reliable in operation. It has been checked and left the factory in flawless condition concerning safety. In order to maintain this condition during the service life, the instructions of the valid publications and certificates must be observed and followed.

It is necessary to adhere to the general safety instructions must when operating the product. The descriptions of processes and operation procedures are provided with precise safety instructions in the respective sections in addition to the general safety instructions.

Moreover, the local accident prevention regulations and general safety regulations for the operating conditions of the device are effective.

An optimum protection of the personnel and the environment from hazards as well as a safe and fault-free operation of the product is only possible if all safety instructions are observed.

2.1 Usage According to the Regulations

The product may only be used for the purposes specified in the function overview. In addition, it may be used for the following purposes:

 Usage and mounting in an industrial cabinet.  Switching and data transmission functions in machines according to

the machine directive 2006/42/EC.

 Usage as data transmission device for a PLC.

The product may not be used for the following purposes and used or operated under the following conditions:

 Controlling or switching of machines and systems, which do not

comply with the directive 2006/42/EC.

 Usage, controlling, switching and data transmission of machines and

systems, which are operated in explosive atmospheres.

 Controlling, switching and data transmission of machines, which may

involve risks to life and limb due to their functions or when a breakdown occurs.

INSYS ISDN TA 4.0 Safety

2.2 Permissible Technical Limits

The product is only intended for the use within the permissible technical limits specified in the data sheets.

The following permissible limits must be observed:

 The ambient temperature limits must not be fallen below or

exceeded.

 The supply voltage range must not be fallen below or exceeded.  The maximum humidity must not be exceeded and condensate

formation must be prevented.

 The maximum switching voltage and the maximum switching current

load must not be exceeded.

 The maximum input voltage and the maximum input current must not

be exceeded.

2.3 Responsibilities of the Operator

As a matter of principle, the operator must observe the legal regulations, which are valid in his country, concerning operation, functional test, repair and maintenance of electrical devices.

2.4 Qualification of the Personnel

The installation, commissioning and maintenance of the product must only be performed by trained expert personnel, which has been authorised by the plant operator. The expert personnel must have read and understood this documentation and observe the instructions.

Electrical connection and commissioning must only be performed by a person, who is able to work on electrical installations and identify and avoid possible hazards independently, based on professional training, knowledge and experience as well as knowledge of the relevant standards and regulations.

2.5 Instructions for Transport and Storage

The following instructions must be observed:

 Do not expose the product to moisture and other potential hazardous

environmental conditions (radiation, gases, etc.) during transport and storage. Pack product accordingly.

 Pack product sufficiently to protect it against shocks during transport

and storage, e.g. using air-cushioned packing material.

Check product for possible damages, which might have been caused by improper transport, before installation. Transport damages must be noted down to the shipping documents. All claims or damages must be filed immediately and before installation against the carrier or party responsible for the storage.

Safety INSYS ISDN TA 4.0

2.6 Markings on the Product

The identification plate of the product is either a print or a label on a face of the product. Amongst other things, it contains the following markings, which are explained in detail here.

Observe manual

This symbol indicates that the manual of the product contains essential safety instructions that must be followed implicitly.

Dispose waste electronic equipment environmentally

This symbol indicates that waste electronic equipment must be disposed separately from residual waste via appropriate collecting points. See also Section Disposal in this manual.

CE marking

By applying a CE marking, the manufacturer confirms that the product complies with the European directives that apply product-specific.

Appliance Class II – double insulated

This symbol indicates that the product complies with Appliance Class II

2.7 Environmental Protection

Dispose the product and the packaging according to the relevant environmental protection regulations. The Waste Disposal section in this manual contains notes about disposing the product. Separate the packaging components of cardboard and paper as well as plastic and deliver them to the respective collection systems for recycling.

INSYS ISDN TA 4.0 Safety

2.8 Safety Instructions for Electrical Installation

The electrical connection must only be made by authorised expert personnel according to the wiring diagrams.

The notes to the electrical connection in the manual must be observed. Otherwise, the protection category might be affected.

The safe disconnection of circuits, which are hazardous when touched, is only ensured if the connected devices meet the requirements of VDE T.101 (Basic requirements for safe disconnection).

The supply lines are to be routed apart from circuits, which are hazardous when touched, or isolated additionally for a safe disconnection.

2.9 General Safety Instructions

Caution!

Moisture and liquids from the environment may seep into the interior of the product!

Fire hazard and damage of the product.

The product must not be used in wet or damp environments, or in the direct vicinity of water. Install the product at a dry location, protected from water spray. Disconnect the power supply before you perform any work on a device which may have been in contact with moisture.

Caution!

Short circuits and damage due to improper repairs and modifications as well as opening of maintenance areas.

Fire hazard and damage of the product.

It is not permitted to open the product for repair or modification.

Caution!

Overcurrent of the device supply!

Fire hazard and damage of the product due to overcurrent.

The product must be secured with a suitable fuse against currents exceeding 1.6 A.

Safety INSYS ISDN TA 4.0

Caution!

Overvoltage and voltage peaks from the mains supply!

Fire hazard and damage of the product due to overvoltage.

Install suitable overvoltage protection.

Caution!

Damage due to chemicals!

Ketones and chlorinated hydrocarbons dissolve the plastic housing and damage the surface of the device.

Never let the device come into contact with ketones (e.g. acetone) or chlorinated hydrocarbons, such as dichloromethane.

INSYS ISDN TA 4.0 Scope of Delivery

1 Scope of Delivery

The scope of delivery for the INSYS ISDN TA 4.0 includes all accessories listed below. Please check if all accessories are included in the box. If a part is missing or damaged, please contact your distributor.

 1 INSYS ISDN TA 4.0  2 Cable:

 1 ISDN – S0 connection cable (RJ45 to RJ45)  1 serial cable with 9-pin Sub-D connector to connect to the PC

 1 Manual

Technical Data INSYS ISDN TA 4.0

2 Technical Data

2.1 Physical Features

Caution!

Overvoltage and voltage peaks in the mains supply!

Fire hazard and damage of the device due to overvoltage.

All specified data was measured with nominal input voltage, at full load, and an ambient temperature of 25 °C. The limit value tolerances are subject to the usual variations.

Physical Feature Value

Operating voltage minimum 10 V DC

Alarm input levels Level HIGH = 4-12 V

Input current of GND to internal +5 V typically 0.5 mA

Switch output, maximum switch voltage

Switch output, maximum current load 1 A (DC) / 0.5 A (AC)

Power consumption idle 2 W

Power consumption connection 2.5 W

Install a suitable overvoltage protection.

maximum 60 V DC

Level LOW = 0-1 V

30 V (DC) / 42 V (AC)

Weight 250 g

Dimensions (Width x Depth x Height) 55 mm x 110 mm x 75 mm

Temperature range 0 °C – 55 °C

Maximum permissible humidity 95% non-condensing

Table 1: Physical Features

INSYS ISDN TA 4.0 Technical Data

2.2 Technological Features

Technological Feature Description

Protection class Housing IP40

Terminals IP20

Command sets Hayes dial (AT command set), V25bis

async. Hotline 108 DTR

Transmission standards B channel V.110, X75, X25/X31, HDLC

(transparent)

Transmission standards D channel DSS1, JATE, VNx, AUSTEL, X.31 D

Transmission speed in D channel: 9.600 bps (X.31-D)

Transmission speed in B channel: 64.000 bps

Table 2: Technological Features

2.3 Certifications

The INSYS ISDN TA 4.0 has the following license number for the connection to the PSTN: CE-0682 for Europe (EC), Switzerland and Norway. The INSYS ISDN TA 4.0 is conform to the European safety requirements IEC 60 950.

The INSYS ISDN TA 4.0 has been developed in compliance with the following guidelines and standards:

 R&TTE 1999/5/EG  DIN EN 55022 Class B  DIN EN 61000-6-2  DIN EN 60950-1  CTR3

Display and Control Elements INSYS ISDN TA 4.0

3 Display and Control Elements

Figure 1: LEDs on the front panel of the device

Position Description

1 Reset key 2 Power LED 3 Off Hook LED 4 Data Carrier Detect LED 5 Receive & Transmit LED

Table 3: Description of the display and control elements on the front panel of the device

INSYS ISDN TA 4.0 Display and Control Elements

3.1 Meaning of the Displays

Description Display Meaning

Power LED LED on Supply voltage available LED off No supply voltage Off Hook LED LED on As soon as an outgoing or

incoming connection is to be established

LED off As soon as no outgoing or

incoming connection is to be established

Data Carrier Detect LED LED on Connection to remote ter-

minal is established

LED off No connection to the re-

mote terminal established at the moment

Receive & Transmit LED LED on Data is transmitted via the

serial interface

LED off No data is transmitted via

the serial interface at the moment

Table 4: Meaning of the LED displays

3.2 Function of the Control Elements

Description Operation Meaning

Reset key Press for at least 1 second. Resets and restarts the

INSYS ISDN TA 4.0.

Table 5: Description of the functions and meaning of the control elements

Connections INSYS ISDN TA 4.0

4 Connections

4.1 Front Panel Connections

Figure 2: Connections on the front panel of the device

Position Description

1 ISDN S0 connection (RJ45 line socket) 2 Serial Interface (RS232 socket)

Table 6: Description of the connections on the front panel of the device

INSYS ISDN TA 4.0 Connections

4.2 Terminal Connections on the Top

Figure 3: Connections on the top of the device

Terminal Description Description

1 GND Ground

2 X1 Reserved

4 GND Ground

5 GND Ground

6 Reset Reset input

7 GND Ground

8 Input 1 Alarm input 1

9 Input 2 Alarm input 2

10 GND Ground

Table 7: Description of the connections on the top of the device

10 ... 60 VDC Power supply 10 V - 60 V DC

Connections INSYS ISDN TA 4.0

4.3 Terminal Connections on the Bottom

Figure 4: Connections on the bottom of the device

Terminal Description Description

11 OUT 1-NC Output 1 normally closed

12 OUT 1 Output 1

14 OUT 2-NC Output 2 normally closed

15 OUT 2 Output 2

16 OUT 2-NO Output 2 normally open

17 b2 Transmitting line A (PIN 6 on RJ45 connector)

18 b1 Receive line A (PIN 5 on RJ45 connector)

19 a1 Receive line B (PIN 4 on RJ45 connector)

20 a2 Transmitting line B (PIN 3 on RJ45 connector)

Table 8: Description of the connections on the bottom of the device

OUT 1-NO Output 1 normally open

INSYS ISDN TA 4.0 Connections

4.4 Pin Assignment of the Serial Interface

Figure 5: 9-pin Sub-D socket at the device

Pin Signal Description

1 DCD Data Carrier Detect

2 RXD Receive Data

4 DTR Data Terminal Ready

5 GND Ground

6 DSR Data Set Ready

7 RTS Request To Send

8 CTS Clear To Send

9 RI Ring Indication

Table 9: Description of the pin allocation of the Sub-D socket

TXD Transmit Data

4.5 Pin Assignment of the S0 Interface

Figure 6: 8-pin Western connector (front view)

Pin Signal

1 not connected

2 not connected

3 a2

4 a1

5 b1

6 b2

7 not connected

8 not connected

Table 10: Assignment of the RJ45 connector

Function Overview INSYS ISDN TA 4.0

5 Function Overview

The INSYS ISDN TA 4.0 provides you with the following functions:

 Operation at ISDN point-to-point and multipoint interface The INSYS ISDN TA 4.0 can be operated at ISDN point-to-point

interfaces as well as at multipoint interfaces.

 Different transfer protocols The INSYS ISDN TA 4.0 supports different transfer protocols, like e.g.

X.75, V.110 and HDLC (for PPP connections).

 Data buffer for serial data transmission The INSYS ISDN TA 4.0 provides send and receive buffers to adjust

the INSYS ISDN TA 4.0 to the data processing speed of the application.

 Hardware and software data flow control The INSYS ISDN TA 4.0 can interrupt the data flow of the application

via the control lines of the serial interface, if the buffers of the INSYS ISDN TA 4.0 exceed a certain level. An application can also prompt the INSYS ISDN TA 4.0 via a control line to interrupt the data flow. As an alternative, the INSYS ISDN TA 4.0 can control the data flow via XOFF/XON characters in the data stream.

 Selective Call Acceptance The INSYS ISDN TA 4.0 can be set to accept only calls from phone

numbers that were previously stored.

 Security Callback The called INSYS ISDN TA 4.0 can initiate an automatic call to a

predefined number, if a specified caller could be identified using CLIP.

 Automatic call The INSYS ISDN TA 4.0 can initiate an automatic call either

depending on the DTR signal or independent of a status line.

 Control outputs, controllable locally and remote The INSYS ISDN TA 4.0 has two potential-free control outputs, which

can be used to switch other functions in an application.

 Control outputs, controllable locally and remote The INSYS ISDN TA 4.0 has two potential-free alarm inputs, which

can be used to query states of an application.

INSYS ISDN TA 4.0 Function Overview

 Sending messages via data connection, SMS or e-mail The INSYS ISDN TA 4.0 has two digital alarm inputs, which can be

used to establish connections or to send messages via SMS and email via a SMS provider. The dispatch can also be triggered via the serial interface or AT commands.

 Remote configuration The INSYS ISDN TA 4.0 can be configured remotely using another

INSYS ISDN device and a terminal program.

Mounting INSYS ISDN TA 4.0

6 Mounting

This section describes how to mount the INSYS ISDN TA 4.0 to a DIN rail, connect the power supply and uninstall it again. Observe the instructions in the "Safety" section of this manual, in particular the "Safety Instructions for Electrical Installation" for that purpose unconditionally.

Caution!

Moisture and liquids from the environment may seep into the interior of the INSYS ISDN TA 4.0!

Fire hazard and damage of the product.

The INSYS ISDN TA 4.0 must not be used in wet or damp environments, or in the direct vicinity of water. Install the INSYS ISDN TA 4.0 at a dry location, protected from water spray. Disconnect the power supply before you perform any work on a INSYS ISDN TA 4.0 which may have been in contact with moisture.

Caution!

The device could be destroyed if the wrong power supply is used!

If the INSYS ISDN TA 4.0 is operated with a power supply that supplies a voltage exceeding the permissible operating voltage of the INSYS ISDN TA 4.0, the device will be destroyed.

Make sure that you use the suitable power supply. Refer to the section Technical Data for the proper voltage range of the INSYS ISDN TA 4.0.

INSYS ISDN TA 4.0 Mounting

Mounting the device to the DIN rail

How to mount the INSYS ISDN TA 4.0 to a DIN rail:

1. Position the device at the DIN rail as seen in the following diagram.

There are two snap-in hooks at the upper and lower edge of the DIN rail groove of INSYS ISDN TA 4.0. Hook the upper one into place behind the upper edge of the DIN rail.

2. Lift the INSYS ISDN TA 4.0 perpendicular to the DIN rail until the two

lower, flexible snap-in hooks engage in the DIN rail.

 The INSYS ISDN TA 4.0 is now readily mounted.

Connecting the power supply

 The device has already been mounted to the DIN rail.  The power supply is connected and switched off.

1. Connect the ground lead of the power supply to the terminal "GND".

2. Connect the plus pole of the power supply to the terminal for the

power supply.

 The INSYS ISDN TA 4.0 is now connected to the power supply.

Mounting INSYS ISDN TA 4.0

Disconnecting the power supply

 The device is mounted to the DIN rail.  The power supply is connected and switched off.

1. Disconnect the ground lead of the power supply from the terminal

"GND".

2. Disconnect the plus pole of the power supply from the terminal for

the power supply.

 The INSYS ISDN TA 4.0 is disconnected from the power supply.

Uninstalling the device from the DIN rail

How to uninstall the INSYS ISDN TA 4.0 from a DIN rail in a switch cabinet:

 You will need a Phillips screwdriver with a 4.5 mm blade.  The power supply of the switch cabinet is switched off and secured against

being switched on accidentally.

 All cables at the INSYS ISDN TA 4.0 are disconnected.

1. Insert the Philips screwdriver into the groove in the bottom of the

INSYS ISDN TA 4.0 as shown in the following figure.

2. Turn the Philips screwdriver into the direction of the INSYS ISDN TA

4.0 as shown in the following figure.

INSYS ISDN TA 4.0 Mounting

 The plastic spring of the snap-in hook is stretched.

3. While you hold the plastic spring apart with the lower snap-in hooks,

pull the INSYS ISDN TA 4.0 away from the DIN rail.

4. Un-hook the INSYS ISDN TA 4.0 and take it off perpendicularly to the

DIN rail.

 The INSYS ISDN TA 4.0 is now removed.

Initial Operation INSYS ISDN TA 4.0

7 Initial Operation

This section describes how to commission the INSYS ISDN TA 4.0, i.e. connect the INSYS ISDN TA 4.0 to a PC, connect it via an NTBA to the ISDN network and test it.

Connecting the INSYS ISDN TA 4.0 to a PC

How to connect the INSYS ISDN TA 4.0 to a PC via the serial interface.

 You will need the 9-pin serial cable.  You will need a free serial interface at the PC.

 Primarily use serial interfaces, which exist at the PC as "real"

hardware. USB-to-Serial solutions might cause problems.

2. Connect the 9-pin serial cable with the INSYS ISDN TA 4.0 and tighten

the screws of the connector.

3. Connect the 9-pin serial cable to a free serial interface of your PC.

Connecting the INSYS ISDN TA 4.0 to the ISDN network

 You will need the enclosed phone cable  You will need an NTBA, which is connected to the ISDN network or a

PABX with S0 bus.

1. Plug the RJ45 connector of the cable into the RJ45 phone socket at

the INSYS ISDN TA 4.0.

2. Plug the other RJ45 connector of the cable into the S0 socket of your

NTBA or your PABX to connect the INSYS ISDN TA 4.0 with the public ISDN network.

Testing the INSYS ISDN TA 4.0

 The INSYS ISDN TA 4.0 is connected to the PC.  The power supply of the INSYS ISDN TA 4.0 is switched on.  A terminal program, e.g. Teraterm, is installed on the PC.

1. Open your terminal program.

2. Open the serial interface, to which the INSYS ISDN TA 4.0 is

connected.

3. Enter AT into your terminal program.

INSYS ISDN TA 4.0 Initial Operation

 You will receive the reply OK.





The RX/TX LED is illuminated as long as you are entering.

 g as

If the RX/TX LED at INSYS ISDN TA 4.0 does not illuminate as lon

If you don't receive an OK, check the connection and check whether the INSYS ISDN TA 4.0 is supplied with power. Repeat the test.

you enter AT and receive an OK, it might a different modem (e.g. with the internal mode In this case, check to which interface your INSY actually connected and repeat the test.

be that you are connected to

m of the laptop or PC).

S ISDN TA 4.0 is

 The INSYS ISDN TA 4.0 is ready for operation.

Operating Principle INSYS ISDN TA 4.0

8 Operating Principle

This chapter describes the basic procedures to operate and configure an INSYS

ISDN TA 4.0. In addition, you get an overview about the operating elements of the HSComm software.

There are to methods to operate and configure the INSYS ISDN TA 4.0. In general, the INSYS ISDN TA 4.0 is configured and operated via AT commands. An own command set is used for special ISDN parameters. A TA+Configurator with special command set is used for remote configuration. You can enter the different command sets using a terminal program. Alternatively, you can configure the most important functions comfortably using the configuration software HSComm.

8.1 Operation with the Terminal Program

In general, any terminal program can be used. We recommend the program Teraterm from T.Teranishi. It is available free of cost on the Internet at http://hp.vector.co.jp/authors/VA002416/teraterm.html.

Configuring and operating the INSYS ISDN TA 4.0 with a terminal program

How to configure and operate the INSYS ISDN TA 4.0 with a terminal

program.

 The INSYS ISDN TA 4.0 is connected to the PC and switched on.  A terminal program is installed on the PC.

1. Start your terminal program.

2. Select the serial port, to which your INSYS ISDN TA 4.0 is connected.

 COM1 under Windows corresponds to /dev/ttyS0 under Linux.

3. Type the character string AT into the terminal program. Complete the

entry by pressing the Enter key.

 Each command input starts with AT and is completed with the Enter

key.

 The

INSYS ISDN TA 4.0 replies with

OK.



If the INSYS ISDN probable reasons: a) the INSYS ISDN TA 4.0 is switched off or b) the INSYS ISDN and repeat step 3.

Configure the INSYS ISDN TA 4.0 using AT commands.

TA 4.0 does not respond, this may have two

TA 4.0 is connected to another serial port. Check it

INSYS ISDN TA 4.0 Operating Principle

 It might be necessary to change to the "TA+Configurator" for some

functions. You use the own command set for the TA+Configurator here instead of the AT command set. Start the TA+Configurator in the terminal program by entering the command ATCONF and leave the

TA+Configurator with the command QUIT.

 A reference of the TA+Configurator commands can be found in the

chapter "TA+Configurator Command Reference".

 A reference of the AT commands can be found in the chapter "AT

Command Reference".

5. Save your entries with AT&W.

 Not all configurations at the INSYS ISDN TA 4.0 need to be saved by

entering AT&W. Some settings are automatically saved immediatel However, we recommend to transmit the command AT&W to the INSYS ISDN TA 4.0 as last step of the configuration procedure. This

ensures that all settings are saved and available after the next restart.

Operating Principle INSYS ISDN TA 4.0

8.2 Operation with HSComm ISDN

The software HSComm allows a comfortable configuration of the INSYS ISDN TA 4.0. HSComm provides an interface for the parameters of the most important AT commands of the INSYS ISDN TA 4.0. The operation is mostly self-explanatory. You can download the latest version of the software from the INSYS MICROELECTRONICS website (www.insys-tec.de).

Configuring and operating the INSYS ISDN TA 4.0 with HSComm

How to configure the INSYS ISDN TA 4.0 with the software HSComm.

 The INSYS ISDN TA 4.0 is connected to the PC and switched on.  The software HSComm is installed on the PC.

1. Start the program HSComm ISDN.

 During start-up, the program automatically tries to read out the

settings of the INSYS ISDN TA 4.0 with the previously configured interface parameters.

 A message window indicating "Request system status..." is displayed.

 nu, if the

Select the correct COM port in the "Serial Interface" me

message "unknown communication module" appears.

 . A message window

The settings are read out after a short period

indicating "System status OK" is displayed.

2. Click OK in the status message.

3. Enter the required settings now.

4. Then click the button Send (Figure 7, Position 19).

 A message window indicating "Sending/receiving data..." is displayed.

The program transfer s the settings to the INSYS ISDN TA 4.0 now and

saves them there.

 A message window indicating "Writing data to device... OK!" is

displayed.

5. Click OK in the status message.

INSYS ISDN TA 4.0 Operating Principle

8.3 HMI of the Software HSComm ISDN

The software interface is shown in the following. These illustrations should help you finding the different settings in the software.

Figure 7: HSComm ISDN - tab "ISDN"

Operating Principle INSYS ISDN TA 4.0

Position Function / Description

1 Saving and loading of setting files. 2 Setting the serial interface of the PC. 3 Button for opening the internal terminal program. 4 Button for changing from terminal view to configuration view. 5 -Function not available anymore6 Setting the DTR behaviour 7 Reading out the settings, resetting the INSYS ISDN TA 4.0. 8 Setting the HMI language. 9 Loading or saving PLC settings. 10 Program help. 11 Program version info. 12 Protocol settings panel for the B channel protocol. 13 Setting the own phone number (MSN). 14 Button for reading out the settings from the INSYS ISDN TA 4.0. 15 Configuring the type of connection. 16 Button for resetting the INSYS ISDN TA 4.0. 17 Button for sending the default settings to the INSYS ISDN TA 4.0. 18 Displaying the serial interface speed at the INSYS ISDN TA 4.0. 19 Button for transferring the settings to the INSYS ISDN TA 4.0. 20 Status line; indicating status and settings of the used serial PC inter-

face. 21 Configuration of the exchange code when using a PABX. 22 Configuration for the connection establishment to the INSYS ISDN TA

4.0. 23 Configuring the flow control. 24 Configuring the safety functions. 25 Tab for selecting the different configuration areas.

Table 11: Description of the functions at the HSComm tab "ISDN"

INSYS ISDN TA 4.0 Operating Principle

Figure 8: HSComm ISDN - tab "Alarm inputs"

Position Function / Description

1 Tab for selecting the different configuration areas. 2 Selecting the message type in case of an alarm. 3 Message text, which is connected to the collective message. 4 Message text, which is connected to the collective message. 5 Target number of the recipient, which is intended to get the message. 6 Collective message text, which precedes all messages. 7 Service Center Number 8 Activating the respective alarm input

Table 12:Description of the functions at the HSComm tab "Alarm inputs"

Operating Principle INSYS ISDN TA 4.0

Figure 9: HSComm ISDN - tab "Control outputs"

Position Function / Description

1 Tab for selecting the different configuration areas. 2 Manually switching output 2 3 Manually switching output 1

Table 13:Description of the functions at the HSComm tab "Control outputs"

INSYS ISDN TA 4.0 Functions

9 Functions

9.1 Establishing or Accepting a Data Connection

The INSYS ISDN TA 4.0 can call another ISDN TA (ISDN Terminal Adapter) via the phone line and establish a data connection. After dialling a phone number, the INSYS ISDN TA 4.0 synchronises with the called TA and opens a data connection. All incoming characters are transmitted to the other (called) TA during the active data connection. Therefore, AT commands are not processed during a connection. The INSYS ISDN TA 4.0 must be changed to command mode again using an "Escape sequence" that it processes AT commands again during an active connection. Then, the local INSYS ISDN TA 4.0 processes the entered characters as AT commands and does not transmit them to the remote terminal.

The INSYS ISDN TA 4.0 can accept an incoming connection in the same way. For this, the "application" or the PC with the terminal program must support the hardware data flow control at the serial interface, otherwise, the INSYS ISDN TA

4.0 does not accept the incoming connection. In this case, the hardware data flow control must be disabled in the INSYS ISDN TA 4.0 that a connection is accepted regardless of the status of the application. It answers after the configured number of ring tones and opens a connection.

This hardware data flow control is activated by default.

Configuration with HSComm

The HSComm enables to establish a connection via the integrated terminal program. Click "Terminal" (page 35, Figure 7, position 3) in the menu bar of HSComm, to open the integrated terminal program.

Configuration with AT commands

In order to establish a data connection with the INSYS ISDN TA 4.0, use the command

Replace <number> with the phone number of the remote terminal.

Configure the data connection protocol using the command

ATD<number>

ATB

Refer to the AT command reference for protocol details.

Functions INSYS ISDN TA 4.0

You can also configure the data connection protocol using the command

AT**PROT

Refer to the AT command reference for protocol details.

If the remote terminal accepts the connection, the INSYS ISDN TA 4.0

CONNECT

indicates

If the remote terminal is busy, the INSYS ISDN TA 4.0 indicates

If no connection can be established, the INSYS ISDN TA 4.0 indicates

if the INSYS ISDN TA 4.0 cannot start a dial-up procedure, it indicates

In order to change to command mode during a data connection, use the escape sequence

No data must be transmitted for 1 second before and after that the INSYS ISDN TA 4.0 changes to command mode.

BUSY

NO CARRIER

NO DIALTONE

+++

In order to change from command mode to normal data transmission

ATO

again, use the command

In order to accept an incoming

ATA

connection, use the command

In order to configure the number of ring tones after which the INSYS ISDN TA 4.0 answers and accepts the connection, use the command

ATS0=<n>

Replace <n> with the number of ring tones.

In order to terminate a connection and cause the INSYS ISDN TA 4.0

ATH

to hang up, use the command

INSYS ISDN TA 4.0 Functions

9.2 Querying the Alarm Inputs

The INSYS ISDN TA 4.0 provides two digital inputs, which trigger an alarm condition when connecting to ground. The status of these alarm inputs can be queried via AT command. The INSYS ISDN TA 4.0 can send a message in case of an alarm. This message can be sent via data connection, as SMS or as e-mail via a service provider. The INSYS ISDN TA 4.0 evaluates a connection of the input to ground as alarm. If no positive edge is counted at least 4 seconds after the negative edge, an alarm will be processed. A pause of at least 5 seconds is necessary after resetting the input before a new alarm can be triggered.

Figure 10: Pulse evaluation

Configuration with HSComm

Querying the alarm inputs with HSComm is not possible.

Configuration with AT commands

In order to query the conditions of the alarm inputs, use the command

The reply has the form

The value "1" indicates an open input and the value "0" indicates a closed input. The example on the right indicates: input 1 closed, input 2 open.

AT*I

0,1

Functions INSYS ISDN TA 4.0

9.3 Automatic Call

The automatic call allows to initiate a call to a phone number previously stored in the INSYS ISDN TA 4.0. There are three possibilities for initiating a call.

The call may be initiated by the DTR line of the serial interface or incoming data at the serial interface. Additionally, the INSYS ISDN TA 4.0 can try to call a number immediately after switching it on.

The phone number for the automatic call is taken from the dialing table "catab". If a connection could not be established successfully, the INSYS ISDN TA 4.0 dials the next number from the dialling list. If none of the target phone numbers from the dialling list could be reached, the INSYS ISDN TA 4.0 initiates an automatic redial. You can change the maximum number of attempts as well as the duration of the pause until the next call.

9.3.1 Configuring an Automatic Call

In order to configure an automatic call, change to the Configurator mode of the INSYS ISDN TA 4.0 and enter the target phone number first, then select the trigger for the connection establishment and set the reset timer. The reset timer determines the time from the reset of the INSYS ISDN TA 4.0 until the change to the "automatic call" mode. If an automatic call is enabled, you have the possibility to send AT commands to the INSYS ISDN TA 4.0 during this time. The INSYS ISDN TA 4.0 does not accept AT commands anymore after you have configured and enabled the automatic call. The reason for this is that incoming data are immediately transmitted to the called remote terminal. An established connection is indicated by the INSYS ISDN TA 4.0 by the "OH" LED and "DCD" LED on the housing front.

The automatic call is disabled in default setting . The dialling table "catab" is empty.

Configuration with HSComm

A configuration with HSComm is not possible.

INSYS ISDN TA 4.0 Functions

Configuration with AT commands

To start the TA+Configurator, use the command

To configure or overwrite the target phone number(s) of the remote terminal, use the command

Replace <n> with values from 1 to 10 (3 for FW < 1.027).

In order to initiate an automatic call, use the command

The parameter <n> defines the event, that triggers the connection establishment.

Replace <n> with the value

- "6" for a connection establishment if the control line DTR is active;

- "7" for a connection establishment if data are received at the serial interface;

ATCONF

catab<n>=<phoneno>

cmds=<n>

- "8" for a connection establishment independent of a control line;

In order to disable the automatic call, use the command

in order to determine a baud rate at the serial interface, which is set during the automatic call, use the command

The automatic baud rate detection is disabled during the automatic call.

In order to view the configurable baud rates, use the command

In order to configure the reset timer, use the command

Set the reset timer to a value of at least 4 seconds. For this, replace "n" with a value in tenths of a second (e.g. 4 seconds is n=40).

cmds=0

br=<n>

br?

rsttim=<n>

Save the settings with the command

save

Functions INSYS ISDN TA 4.0

In order to exit the TA+Configurator and enable the function of the automatic call,

use the command

Further optional settings:

Termination of the call after n seconds of an unsuccessful call. n = 3..255

cato=<n>

(default: 15).

Dialling pause of n seconds before the next call attempt. n = 0..255

capa=<n>

(default: 3, n=0 no call attempt).

Maximum number of attempts for each number entry in catab. n = 1..255; (default:

catry=<n>

In order to configure an idle time, after which the connection is terminated, if no data are transmitted, use the command

idle=<n>

Replace <n> with a value in seconds. Select n=0 to disable this function.

In order to delete a target phone number,

catab<n>=-

use the command

Save the settings with the command

save

In order to exit the TA+Configurator and enable the function of the automatic call,

use the command

INSYS ISDN TA 4.0 Functions

9.3.2 Disabling an Automatic Call

If the function "automatic call" is enabled, the INSYS ISDN TA 4.0 does not accept AT commands anymore. To be able to configure the INSYS ISDN TA 4.0 again, you must disable the function.

To change the INSYS ISDN TA 4.0 to configuration mode with enabled function

"automatic call"

 The function "automatic call" is active.  Your terminal program is connected to the INSYS ISDN TA 4.0.  The serial interface speed is configured to 9600 bps.

1. Press the reset key at the INSYS ISDN TA 4.0.

2. The terminal program displays the message

"+++ press <CR>, <CR>, <ESC>,<ESC> to enter TA+Configurator +++".

 This message does not appear if it is disabled by the command

AT**RSTMSG=0.

3. Quickly double-press the "Enter" key and the "ESC" key.

 You are in the TA+Configurator and can configure the INSYS ISDN TA

4.0 with the dedicated TA+Configurator commands again.

4. Enter cmds=0 to disable the function "automatic call".

5. Save the settings (if desired) with the command save.

6. Exit the remote configuration with the command go.

Functions INSYS ISDN TA 4.0

9.4 Data Flow Control

The data flow control ensures that the data transfer is interrupted as soon as the buffer of the INSYS ISDN TA 4.0 exceeds a certain level. Two data flow control options are available: Via the control lines RTS and CTS, or via the control characters XON/XOFF which are inserted into the data stream.

9.4.1 Hardware Data Flow Control (RTS/CTS)

The hardware data flow control works in two directions. When the critical buffer level is exceeded, the INSYS ISDN TA 4.0 will set the CTS line to "low" and will thus indicate to the application to interrupt the data flow. When the buffer is emptied sufficiently for the INSYS ISDN TA 4.0 to be able to receive data again, the CTS line is set to "high". Reversely, the application can also indicate to the INSYS ISDN TA 4.0 to interrupt the data flow. This is done via the RTS line. If it is set to "low", the INSYS ISDN TA 4.0 will interrupt the data flow to the application. The application will set it to "high" to request data from the INSYS ISDN TA 4.0.

Data flow control is set to hardware as default setting.

Configuration with HSComm

The hardware controlled data flow control is configured on the "ISDN" tab in the "Handshake" panel (Figure 7, page 35, position 23).

Configuration with AT commands

Enable hardware data flow control (RTS/CTS) with the command

Disable the data flow control with the command

AT&K=3

AT&K=0

INSYS ISDN TA 4.0 Functions

9.4.2 Software Data Flow Control with XON/XOFF

When the input buffer of the INSYS ISDN TA 4.0 exceeds a certain fill state, the INSYS ISDN TA 4.0 will insert an XOFF character into the data stream to the application. This character will cause the application to send no more data. It depends on the according application software if the XON/XOFF data flow control is supported.

After the input buffer of the INSYS ISDN TA 4.0 is emptied sufficiently that data can be received again, the INSYS ISDN TA 4.0 will send an XON character to the application. This character will cause the application to send data to the INSYS ISDN TA 4.0 again. Analogously, the application can insert XON/XOFF characters into the data stream to switch the data flow on and off. The XON/XOFF data flow control is only available when the transmitted data do not contain the characters XON or XOFF, which usually appear only in actual ASCII texts (7 bit). When binary data (programs, etc.) are transmitted, or in the XMODEM transmission protocol, for example, occasionally appearing XON or XOFF characters would disturb the operation.

Configuration with HSComm

The software controlled data flow control is configured on the "ISDN" tab in the "Handshake" panel (Figure 7, page 35, position 23).

Configuration with AT commands

Enable the software data flow control XON/XOFF with the command

Disable the data flow control with the command

AT&K=4

AT&K=0

Functions INSYS ISDN TA 4.0

9.5 Remote Configuration

You can configure the INSYS ISDN TA 4.0 with another ISDN TA from remote. You can configure a password, authorised callers as well as a remote configuration number to restrict access. The configuration is performed via the TA+Configurator. This is automatically started after the connection establishment for remote configuration.

The remote configuration is active as default. No password is entered and all callers are authorised.

9.5.1 Remotely Configuring the INSYS ISDN TA 4.0

The following describes the commands for the remote configuration of an

INSYS ISDN TA 4.0 using a second INSYS ISDN TA 4.0:

 Your terminal program is connected to the local INSYS ISDN TA 4.0.

1. Configure the B channel protocol X.75 at the local INSYS ISDN TA 4.0

using the command ATB10.

2. Establish an ISDN connection to the "Remote TA" using the AT

dialling command. Use the command ATD<phonenumber>e.

 The extension "e" at the end of the phone number establishes an

internal control connection to the remote TA

 The "Remote TA" replies with a password request.

password:

3. Enter the correct password.

If the INSYS ISDN TA 4.0 is configured to default settings: no



password, simply hit the Enter key.

 Each line starts with a "#" character during remote configuration.

the TA+Config commands).

 In order t

showall.

urator commands (refer to table TA+Configurator

o read out the settings for example, use the command

Use

ure

4. Config

now.

5. Save the settings (if desired) with the command

6. Exit the remote configuration with the command

the INSYS ISDN TA 4.0, which is to be remotely configured,

save.

go.

INSYS ISDN TA 4.0 Functions

9.5.2 Configuring the Remote Configuration Number

You can assign an own, dedicated phone number for the INSYS ISDN TA 4.0 for remote configuration access.

The phone number of the caller is not requested in default setting .

Configuration with HSComm

A remote configuration with HSComm is not possible.

Configuration with AT commands

In order to determine a separate remote

AT**rmsn=<phonenumber>

configuration number, use the command

9.5.3 Configuring the Remote Configuration Password

You can enter a password at the INSYS ISDN TA 4.0 to increase the safety of the remote configuration.

No password is entered in default setting.

Configuration with HSComm

A remote configuration with HSComm is not possible.

Configuration with AT commands

In order to define a password, use the command

AT**rpwd=<password>

9.5.4 Configuring the Permitted Callers for Remote Configuration

You can create a list with up to 10 (3 for FW < 1.027) phone numbers, which are permitted as caller numbers for remote configuration of the INSYS ISDN TA 4.0. The INSYS ISDN TA 4.0 ignores each incoming call with a phone number, which does not match with one of the entries of the list. The INSYS ISDN TA 4.0 compares the number of the caller with each entry of the list for this. The comparison starts with the last digit of the phone number. It will be compared until an entry matches a caller number. If a table entry contains only an asterisk "*", each incoming call is accepted. If the table is empty, the INSYS ISDN TA 4.0 accepts each caller for remote configuration.

Functions INSYS ISDN TA 4.0

The list is empty as default setting.

Configuration with HSComm

The remote configuration with HSComm is not possible.

Configuration with AT commands

In order to output the phone number of a caller together with the RING message in

ATV2

the terminal window, use the command

In order to define the permitted caller for remote configuration, enter the phone number of the permitted callers in the table racctab. <n> is the number of the table entry and can take on the values 1 to 10 (3 for FW <

1.027).

AT**racctab<n>=<callno >

<callno> is the transmitted phone number of the permitted caller. The maximum length of the phone number is 20 digits. * : is a wildcard for one or more digits.

only the entered number is accepted

all numbers starting with "089123" are

AT**racctab1=089123456

AT**racctab1=*89123*

accepted

all numbers ending with "1234" are

AT**racctab1=1234

accepted

all incoming calls are accepted, without

AT**racctab1=*

sub-address

In order to query the table, use the

AT**racctab

command

In order to delete an entry, use the

AT**racctab<n>=-

command

INSYS ISDN TA 4.0 Functions

9.6 Connection Configuration of the INSYS ISDN TA 4.0 at

the ISDN Basic Access

9.6.1 Configuration at Multipoint Interface (PMP, Point-to-Multipoint)

In order to operate the INSYS ISDN TA 4.0 at a multipoint interface, you must configure it accordingly and configure an own phone number (MSN). The MSN is always configured without area code. When operating at a PABX, you must only enter the extension number.

The operation at a multipoint interface is configured and "*" is entered as phone number in the default setting.

Configuration with HSComm

Enable the radio button "Point to multipoint" in the "Type of connection" panel (page 35, Figure 7, position 15) on the "ISDN" tab.

If the INSYS ISDN TA 4.0 is connected to a PABX, enter the exchange code into the field "Characters for dial prefix" (page 35, Figure 7, position

21) in the "Connection" panel at the "ISDN" tab.

Configuration with AT commands

To configure the multipoint interface connection type use the command

To set the phone number (MSN) use the command

To save the settings use the command

AT**PTP=0

AT**MSN=<N>

AT&W

Functions INSYS ISDN TA 4.0

9.6.2 Configuration at Point-to-Point Interface (PTP, Point-to-Point)

You can operate the INSYS ISDN TA 4.0 at a point-to-point interface. A point-topoint interface is a special ISDN access, which allows that devices behind the access are accessible from outside with dedicated extension numbers.

In order to operate the INSYS ISDN TA 4.0 at a point-to-point interface, you must configure the "Point to point" type of connection.

 This is not valid for the operation at an ISDN PABX. For this, proceed

as described under Configuration at Multipoint Interface (PMP, Pointto-Multipoint).

Configuration with HSComm

Enable the radio button "Point to point" in the "Type of connection" panel (page 35, Figure 7, position 15) on the "ISDN" tab.

Configuration with AT commands

To configure the point-to-point interface connection type use the command

To set the phone number (MSN) use the command

To configure the TEI (is assigned by the phone provider) use the command

To save the settings use the command

AT**PTP=1

AT**MSN=<N>

AT**TEI=<N>

AT&W

INSYS ISDN TA 4.0 Functions

9.7 Control Outputs

The INSYS ISDN TA 4.0 provides two control outputs OUT1 and OUT2 at the bottom of the housing. The outputs are designed as potential-free change-over relays. They can be controlled independently of each other via AT commands. The outputs can also be switched via remote configuration. The control outputs remain in a state until this is changed by a switch command.

The state of the control outputs can be queried in the status registers (S registers) S14 (output 1) and S15 (output 2).

Both control outputs are not connected to GND in default setting.

Configuration with HSComm

The outputs can be opened or closed on the "Control outputs" tab in the "Control output" panel (Figure 9, page 38, position 2 & 3).

Configuration with AT commands

To switch the outputs use the command

The following applies: <Out> is "0" for

AT*Y<out>,<state>

output 1 and "1" for output 2 and <state> is "0" for off and "1" for on.

In order to enable output 1, use the

AT*Y0,1

command

In order to disable output 2, use the

AT*Y1,0

command

Functions INSYS ISDN TA 4.0

9.8 Security Callback

The Security Callback function enables the called INSYS ISDN TA 4.0 to perform an automatic call back to a configured number. If an ISDN device tries to establish a data connection to a remote INSYS ISDN TA 4.0, the called INSYS ISDN TA 4.0 compares the phone number of the calling party with the entries of its "Access table". If the phone number matches with an entry, the number, which is in the entry of the callback number, will be called back after the callback time has expired. Otherwise, the call will be rejected. The INSYS ISDN TA 4.0 performs only one callback attempt.

Security Callback is disabled in default setting.

Configuration with HSComm

In order to enable Security Callback, activate the checkbox "Callback" (Figure 7, page 35, position 24) in the "Safety functions" panel on the "ISDN" tab. Enter the phone number, which is to be dialled by the INSYS ISDN TA 4.0 in the adjacent field.

Enter the Callback time for security callback (pause between identifying the caller until callback) in seconds into the respective field in the "Safety functions" panel on the "ISDN" tab (Figure 7, page 35, position 24).

In order to disable Security Callback, deactivate the checkbox "Callback" (Figure 7, page 35, position 24) in the "Safety functions" panel on the "ISDN" tab.

Configuration with AT commands

In order to enable Security Callback, use

AT**CMDS2=40

the command

Enter the phone number, which is to be dialled by the INSYS ISDN TA 4.0 when calling back, using the command

AT**CASNR=<number>

(Enter the prefix for accessing an outside line when operating at a PABX.)

INSYS ISDN TA 4.0 Functions

In order to enter the phone numbers for authentication into the access table, use the command

<n> = memory location in the table (from 1 to 10 (5 for FW < 1.027))

<number> = phone number of the calling party

AT**ACCTAB<n>=<number>

AT**ACCTAB1=0941249413

For example for location 1 with number 0941249413

In order to read out the table, use the

AT**ACCTAB

command

In order to delete a phone number from the table, use the command

AT**ACCTAB<n>=-

<n> = memory location in the table (from 1 to 10 (5 for FW < 1.027))

In order to configure the callback time (pause between call and callback), use the command

AT**CAPA=<n>

<n> is the time in seconds

In order to save the settings, use the

AT&W

command

In order to disable Security Callback, use

AT**CMDS2=0

the command

Functions INSYS ISDN TA 4.0

9.9 Selective Call Acceptance

The INSYS ISDN TA 4.0 can be set to accept only calls from phone numbers that were previously stored. The following commands allow to create a table with up to 10 (5 for FW < 1.027) numbers.

The INSYS ISDN TA 4.0 ignores each incoming call, which does not comply with one of the table entries. The INSYS ISDN TA 4.0 compares the number of the caller with each entry of the list. The comparison starts with the last digit of the number until an entry complies with. If an entry of the table is configured to asterisk (*), the INSYS ISDN TA 4.0 accepts every incoming call.

The list is empty as default setting.

Configuration with HSComm

In order to enable the selective call acceptance, activate the checkbox "Access protection" (Figure 7, page 35, position 21) in the "Safety functions" panel on the "ISDN" tab.

Enter the phone number of the permitted caller (Figure 7, page 35, position 21) in the adjacent field. If you want to enter further phone numbers, this is only possible via the AT command set.

In order to disable the selective call acceptance, deactivate the checkbox "Access protection" (Figure 7, page 35, position 21) in the "Safety functions" panel on the "ISDN" tab.

Configuration with AT commands

In order to use the selective call acceptance and define the phone numbers of the permitted callers in the table acctab, use the command

Replace <n> with the number of the table entry here (1 - 10 (5 for FW < 1.027)). <callno> is the transmitted phone number

AT**acctab<n>=<callno>

of the permitted caller. The maximum length of the phone number is 20 digits. Use the asterisk "*" within the phone number as wildcard. This is used to replace one or more digits in the phone number to permit several similar pone numbers.

Example: only the entered number is

AT**acctab1=0891234567

accepted

Example: The INSYS ISDN TA 4.0 accepts

AT**acctab1=089123*

all numbers starting with 089123

INSYS ISDN TA 4.0 Functions

Example: The INSYS ISDN TA 4.0 accepts

AT**acctab1=*1234

all numbers ending with 1234

Example: The INSYS ISDN TA 4.0 accepts

AT**acctab1=*

all incoming calls

To query the table use the command

To delete an entry use the command

AT**acctab

AT**acctab<n>=-

In order to output the phone number of a caller with the RING message, use the

ATV2

command

Functions INSYS ISDN TA 4.0

9.10 TA+Configurator

The INSYS ISDN TA 4.0 has a further command set, the so-called "TA+Configurator", besides the AT command set. This special command set is used in a terminal program after changing to the "TA+Configurator" besides the AT commands. The commands of the TA+Configurator can also be entered directly by adding the prefix AT** without having to change to the special TA+Configurator command set. The TA+Configurator is especially used for some functions of the INSYS ISDN TA 4.0, for example during remote configuration. A list of the command can be found in the section "TA+Configurator Commands". The entry is not case-sensitive.

The TA+Configurator is not active by default when operating via a terminal program.

Configuration with HSComm

The "TA+Configurator" cannot be used via HSComm.

Configuration with AT commands

In order to use the TA+Configurator, use the command

In order to display available parameters of a TA+Configurator commands, use the syntax

Replace <command> with a TA+Configurator command.

Example for a TA+Configurator command to change the ISDN protocol to X.75

Example for a prefixed TA+Configurator command to configure the ISDN protocol to X.75 via a TA+Configurator command

Example for a "usual" AT command to configure the ISDN protocol to X.75

In order to exit the TA+Configurator, use the TA+Configurator command

In order to exit the TA+Configurator, use alternatively the TA+Configurator com- mand

ATCONF

<command>?

Prot=10

AT**prot=10

ATB10

quit

INSYS ISDN TA 4.0 Functions

9.11 Configuring the Transfer Protocol

The information transfer in the ISDN B channel is performed via dedicated protocols. The INSYS ISDN TA 4.0 supports different ISDN protocols, which can be used for specific applications. The following table lists all protocols supported by the INSYS ISDN TA 4.0 with application examples.

The X.75 protocol is enabled in default setting.

ATB Protocol Usage

0 V.110 asynchronous For connections to the GSM network (CSD data

connection). The bit rate (300 to 38.400 bps) must be identical at

both communication partners.

3 HDLC async to sync

conversion (PPP

For remote data transmission connections or connections to an internet provider.

asynchronous)

4 HDLC transparent

(octets are packed into HDLC frames)

Control protocol for point-to-point data transmission. Usually connection with X.75 for data protection used. HDLC uses no control characters. The usage of "frames" and "windows" during transmission allows to detect errors and repeat the partial transmission, if required.

5 Byte transparent

Byte-by-byte transmission without protocol. voice connection (raw B channel data)

6 Byte transparent data

Protocol for byte-transparent data transmission. connection (raw B channel data)

10 X.75 SLP Standard protocol for data transmission in packet-

switched networks in ISDN with transfer rate up to

64 kbit/s. Takes over the same tasks like V.42 for

modem connections in principle. The size of the

data blocks on level 2 (Datalength, Framesize,

Blocksize) and the maximum number of blocks to

be sent (Windowsize) can be configured.

13 V.120 asynchronous This protocol is adjusted to V.110. 20 X.31 B channel (X.25

B channel)

Protocol for data transfer in packet.switched net-

works like Datex-P of Deutsche Telekom.

21 X.31 D channel X.31 is an international manufacturer-independent

ITU standard for connecting ISDN systems to X.25

networks. Packet-mode terminals are supported by

ISDN by X.31.

31 MLPPP For channel bundling; provides a higher transmis-

sion rate of up to 128 kb/s.

Table 14: Supported ISDN protocols with usage

Functions INSYS ISDN TA 4.0

Configuration with HSComm

Select the desired protocol in the "Protocol" panel (Figure 7, page 35, position 12) on the "ISDN" tab. Not all supported protocols can be configured with HSComm.

Configuration with AT commands

To set a protocol use the command To select the protocol, enter a value from the

ATB<n>

"AT-<n>" column of Table 14 for the parameter <n>.

To set the V.110 asynchronous protocol

ATB0

use the command

To set the HDLC transparent protocol use

ATB4

the command

INSYS ISDN TA 4.0 Functions

9.12 Outputting CLIP of Incoming Calls

The INSYS ISDN TA 4.0 can output the phone number of incoming calls via its serial interface using CLIP (Calling Line Identification Presentation). This function can be used for example to acknowledge messages, which are sent to a mobile phone by an application via the INSYS ISDN TA 4.0. The CLIP of the caller is output in the format [xxxxxxxx].

Configuration with HSComm

This function can only be configured via AT commands.

Configuration with AT commands

In order to display the phone number vie CLIP using the extended responses, use the command

ATW1

In order to define, which type of incoming

AT#C2

calls are to be indicated use the command In order to indicate all calls, use the com-

AT#C2=00000001

mand In order to output the number of the last

AT#O

caller, use the command In order to indicate only analogue calls for

AT#C2=00030012

example, use the command

Functions INSYS ISDN TA 4.0

9.13 Sending Messages via Data Connection, SMS or E-

Mail

The INSYS ISDN TA 4.0 monitors its alarm inputs to send a message in case of an event. It makes three attempts to send a message regardless of the type of transmission. If all attempts fail, no further attempt will be made. Trigger an alarm signal again in this case.

The sent messages are composed by the group message and the according alarm text 1 or alarm text 2. It is thus possible to specify the system with the collective message and customize the alarm text assigned to the respective input.

No alarm is active in default setting.

9.13.1 Sending Messages via Data Connection

The INSYS ISDN TA 4.0 can establish a data connection to a remote terminal, e.g. an INSYS ISDN TA or another ISDN modem to send messages. The INSYS ISDN TA

4.0 transmits the configured alarm text via the data connection to the other device in this case.

Configuration with HSComm

In order to enable the alarm, check on the "Alarm inputs" tab the checkmark (Figure 8, page 37, position 8) for the desired alarm input.

Select in the list field "Type of connection" (Figure 8, page 37, position 2) "Data connection, hold the line" or "hang up connection".

It is not necessary to enter a Service center number when sending messages via data connection.

Enter the Recipient phone number into the entry field "Recipient number" (Figure 8, page 37, position 5).

In order to specify a general text (a "collective message"), which precedes all messages, enter yo message" (Figure 8, page 37, position 6).

In order to specify the individual message for the input, enter the message text into the text field "Individual message" (Figure 8, page 37, position 4 for alarm input 1 and position 3 for alarm input 2).

Enter your own phone number (MSN) on the "Mode (Figure 7, page 35, position 13). The entry is without prefix. When operating at a PABX, you must only enter the extension number.

ur text into the text field "Collective

m functions" tab

In order to disable the alarm, uncheck on the "Alarm inputs" tab the checkmark (Figure 8, page 37, position 8) for the desired alarm input.

INSYS ISDN TA 4.0 Functions

Configuration with AT commands

In order to use the alarm, define the recipient number, to which the message is to be sent, first.

AT&Z1=phonenumber

When operating at a PABX, you must also enter the outside line access code here.

Configure the message transmission for data connection.

If you want that the connection remains established after message dispatch, select

If you want that the connection is terminated after message dispatch, select

in order to specify the collective message, which precedes all messages, use:

After this command is entered, the modem will respond and wait for the collective message text.

The text can be a maximum of 120 characters long.

In order to enter the message text, use

for alarm input 1:

for alarm input 2:

AT*M0

AT**idle=0

AT**idle=5

AT*V

New alarm text:

AT*V1

AT*V2

After this command is entered, the modem will respond and wait for the individual alarm text.

New alarm text:

The text can be a maximum of 40 characters long.

How to enter the own phone number

AT**MSN=<n>

(MSN):

In order to save the settings, use the

AT&W

command

Functions INSYS ISDN TA 4.0

9.13.2 Sending Messages via SMS

The INSYS ISDN TA 4.0 can send an SMS to a mobile phone in case of an alarm. The settings can differ for the different mobile phone providers. Please read up on the currently valid settings.

The connection type depends on the type of transmission, the provider and the end terminal. Please note that you can only specify one connection type, which is valid for all messages of the INSYS ISDN TA 4.0. If you specify "SMS to D2-net", for example, you can only send SMS to mobile phones in the Vodafone network. If you enter a service center number manually, it may happen that SMS can only be sent to certain mobile phone networks with this.

Configuration with HSComm

In order to enable the alarm, check on the "Alarm inputs" tab the checkmark (Figure 8, page 37, position 8) for the desired alarm input.

Select the mobile phone network in the list field Type of connection (Figure 8, page 37, position 2).

Alternatively, disable briefly "Alarm input 1/2 active" and enter then the service center number into the field "Service center number“ (page 37, Figure 8, position 7). The service center number 090032669005 sends SMS to all German mobile phone networks (check call blocking of the phone connection for 0900 numbers if required).

In order to specify a general text (a "collective message"), which precedes all messages, enter your text into the text field "Collective message" (Figure 8, page 37, position 6).

Enter the recipient number with area code (or also with country code) into the entry field "Recipient number" (Figure 8, page 37, position 5) for the respec

tive alarm input.

Enter your own phone number (MSN) on the "Modem functions" tab (Figure 7, page 35, position 13). The entry is without prefix. When operating at a PABX, you must only enter the extensi

on number.

In order to disable the alarm, uncheck on the "Alarm inputs" tab the checkmark (Figure 8, page 37, position 8) for the desired alarm input.

Configuration with AT commands

INSYS ISDN TA 4.0 Functions

In order to use the alarm, define the SMS service center number, which is used to send the message, first.

Request the service center number from the respective mobile phone provider.

(When operating at a PABX, you must also enter the outside line access code here.)

Specify your target mobile phone network (refer to Table 15: Message transmission type).

Example: If you want to send all messages to mobile phones in the Vodaone network, use

in order to specify the collective message, which precedes all messages, use:

After this command is entered, the modem will respond and wait for the collective message text. The text can be a maximum of 120 characters long.

AT&Z1=phonenumber

AT*M<n>

AT*M4

AT*V

New alarm text:

In order to enter the message text, use

for alarm input 1:

for alarm input 2:

After this command is entered, the modem will respond and wait for the individual alarm text. The text can be a maximum of 40 characters long.

In order to enter the recipient number, use the command

for alarm input 1:

for alarm input 2:

Depending on the provider, it might be necessary to use international format here (e.g. +49xxxxxxxxxx)

AT*V1

AT*V2

New alarm text:

AT&Z3=phonenumber

AT&Z2=phonenumber

Functions INSYS ISDN TA 4.0

How to enter the own phone number (MSN):

In order to save the settings, use the command

Transmission Protocol Data format Example

SMS to Mobile PET 8N1 T-Mobile or E-

SMS to Mobile UCP 7E1 AT*M2

SMS to Mobile PET 7E1 AT*M3

SMS to Mobile UCP 8N1 Vodafone

Table 15: Message transmission type

9.13.3 Sending Messages via E-Mail

AT**MSN=<n>

AT&W

AT*M1

Plus network

AT*M4

network

Some providers support the forwarding of SMS messages from the landline network to an e-mail address. These SMS must have a certain format. Please contact your provider for further information.

The following is a general configuration example of the provider Anny Way (state 12/2007):

Configuration with HSComm

In order to enable the alarm, check on the "Alarm inputs" tab the checkmark (Figure 8, page 37, position 8) for the desired alarm input.

Select in the list field "T "SMS to D

2-net".

ype of connection" (Figure 8, page 37, position 2)

Disable briefly "Alarm input 1/2 active" and enter the phone number 0900 32669005 into the field "Service center number“ (page 37, Figure 8, position 7). (check call blocking of the phone connection for 0900 numbers if required).

Enter the e-mail address for "Collective message" (Figure 8, page 37, position 6), enter a blank and then start your text.

Enter the phone number 6245 into the entry field Recipient number (Figure 8, page 37, position 5) in the field of the respective alarm input. (The note about the format of the recipient number can be ignored).

Enter your own phone number (MSN) on the "Modem functions" tab

INSYS ISDN TA 4.0 Functions

(Figure 7, page 35, position 13). The entry is without prefix. When operating at a PABX, you must only enter the extension number.

In order to disable the alarm, uncheck on the "Alarm inputs" tab the checkmark (Figure 8, page 37, position 8) for the desired alarm input.

Configuration with AT commands

In order to use the alarm, define the service center number first. When operating at a

AT&Z1=090032669005

PABX, you must also enter the outside line access code here.

Select the message protocol.

in order to send a valid text, the collective message must start with the e-mail address, followed by a blank and then the actual alarm text.

After this command is entered, the INSYS ISDN TA 4.0 will respond and wait for the collective message text. The text can be a maximum of 120 characters long.

Example

In order to enter the second part of the message text, use

for alarm input 1:

for alarm input 2:

AT*M2

AT*V

New alarm text:

info@company.com fault

AT*V1

AT*V2

After this command is entered, the modem will respond and wait for the individual alarm text.

New alarm text:

The text can be a maximum of 40 characters long.

In order to enter the recipient number, use

for alarm input 1:

AT&Z3=6245

for alarm input 2:

The note about the format of the recipient

AT&Z2=6245

number can be ignored.

Functions INSYS ISDN TA 4.0

How to enter the own phone number (MSN):

The dial-up attempts (1-12) for alarm dispatch are configured with: (default: 3 attempts)

In order to save the settings, use the command

AT**MSN=<n>

AT**ALTRY=<n>

AT&W

INSYS ISDN TA 4.0 Functions

9.14 Manual Sending of Messages

The messages can also be sent manually. Precondition is that you have already saved the required settings.

Configuration with HSComm

A manually triggered dispatch of the messages with the HSComm software is not possible.

Configuration with AT commands

In order to send the messages manually, use

AT*X1

for alarm input 1:

for alarm input 2:

AT*X2

Functions INSYS ISDN TA 4.0

9.15 Resetting the Device

The INSYS ISDN TA 4.0 can be reset (restarted) in several ways: By briefly disconnecting the power supply, by pressing the Reset key at the front for at least three seconds, by connecting the "RESET" terminal to the GND terminal for at least three seconds, using an AT command, and using the Software HSComm. Resetting the device to factory default settings is performed using an AT command.

Configuration with HSComm

In order to restart the INSYS ISDN TA 4.0, click the button "Reset Modem" (Figure 7, page 35, position 16).

In order to reset the INSYS ISDN TA 4.0 to default settings, click the button "Send default settings" (Figure 7, page 35, position 17).

Configuration with AT commands

In order to restart the INSYS ISDN TA 4.0,

AT**RESET

use the command

In order to reset the standard parameters of the INSYS ISDN TA 4.0 to default settings,

AT&F

use the command

In order to reset the standard parameters and additionally the ISDN parameters of the

AT&F1

INSYS ISDN TA 4.0 to default settings, use the command

In order to save the default settings, use

AT&W

the command

INSYS ISDN TA 4.0 ISDN Error Messages

10 ISDN Error Messages

The exact failure cause is recorded in the protocol memory of the INSYS ISDN TA

4.0 in case of a faulty connection establishment. Possible error messages are described here; a complete list of the possible error messages can be found in the subsequent table (refer to section 10.1).

Protocol error layer 1 (error code 3301) There is no physical connection to the ISDN network. Check the cable confection

between the ISDN adapter and the ISDN port. Are you using a suitable cable? Is the connection socket properly installed? Is the ISDN network terminator correctly activated? Do you have other devices on your ISDN line that are maybe faulty or that are blocking the S0 bus?

Protocol error layer 2, e.g. DTE address not valid, TEI not valid (error code 3302) Could not connect to the ISDN network. This may be due to a wrong ISDN

protocol. Have you set "1TR6" (German ISDN) as ISDN protocol even though your ISDN line is set up for "DSS1" (Euro ISDN). or vice versa?

Unallocated (unassigned) number (error code 3481) "No connection under this number". The number you are calling could not be

reached because it has no line assigned to it. The phone number has the right format. Enquire at your telephone company or the operator of your telephone exchange what the correct number is.

Normal call clearing (error code 3490) "Connection terminated normally". One of the users of the connection cancelled

the connection. The connection was not cancelled by the ISDN network.

User busy (error code 3491) "Busy". The number you are calling cannot answer any calls at the moment

because all channels are being used.

No user responding (error code 3492) The number you are calling did not answer within the time period required by your

connection. There is probably no terminal device connected to the number you are calling. Contact the other party to establish the cause.

No answer from user (user alerted) (error code 3493) The number you are calling confirmed call received within the time period required,

but a connection was not established, however. If the terminal device of the other party is a telephone, then it rang, but the call was not answered. Try again later.

ISDN Error Messages INSYS ISDN TA 4.0

Call rejected (error code 3495) The device reached under the phone number refused the call, although it was not

busy and was able to answer the call. Example: if the ISDN option "Call waiting" is activated on the other's party line, a telephone can answer your call even if a call is in progress at the time. This error message occurs when your waiting call is refused by the person you are trying to reach.

Number changed (error code 3496) The phone number of the party you are calling has changed. Contact your

telephone company for the new number.

Destination out of order (error code 349B) The terminal device on the number you are calling could not be reached, because

the port for this device did not work. Possible causes: the other party's terminal device is not connected or not turned on, or it is not working properly. Contact the other party to find out the cause.

Invalid number format (error code 349C) The party you are calling could not be reached because the number you called is in

the wrong format or incomplete.

No circuit/channel available (error code 34A2) No B channel is available for a call at the moment. Upon this, the INSYS ISDN TA

4.0 initiates a blockade release and clears a B channel with this.

ISDN network out of order (errror code 34A6) Problems in the ISDN network. Wait a while and try again.

Temporary failure (error code 34A9) Temporary problems in the ISDN network. You can try again immediately.

Incompatible destination (error code 34D8) The terminal device of the other party is not compatible with the terminal device

that is making the call. The call cannot be answered, therefore. This error could occur, for example, if the terminal device of the other party is a normal telephone.

INSYS ISDN TA 4.0 ISDN Error Messages

10.1 Extended Error Messages with ISDN

Cause (hex) Meaning AT re-

sponse

0000 No error

0001 NCPI ignored

0002 Flags ignored

0003 Alert already sent

1001 Too much CAPI applications

1002 Logic block size too small

1003 Buffer bigger than 64k

1004 Buffer of the message to small

1005 Too much logical connections

1006 Reserved 1

1007 Message has not been accepted

1008 Register: OS resources failure

100A External equipment not supported

100B Only external equipment

1101 Wrong application ID

X.25 response

1102 Invalid command or message length

1103 Message queue full

1104 Message queue empty

1105 Message has been lost

1106 Unknown message

1107 Message not accepted

1108 OS resources failure

1109 CAPI not installed

2001 Wrong state

2002 Invalid identifier

2003 No PLCI free anymore

2004 No NCCI free anymore

2005 No LISTEN free anymore

2006 No fax resource existing anymore

2007 Invalid message parameters

3001 B1 protocol not supported

3002 B2 protocol not supported

3003 B3 protocol not supported

3004 B1 protocol parameter not supported

3005 B2 protocol parameter not supported

ISDN Error Messages INSYS ISDN TA 4.0

Cause (hex) Meaning AT re- X.25 re-

sponse sponse

3006 B3 protocol parameter not supported

3007 B channel protocol combination not supported

3008 NCPI not supported

3009 Unknown CIP value

300A Flags not supported

300B Facility not supported

300C Data length not supported

300D Reset procedure not supported

3301 Protocol error layer 1

3302 Protocol error layer 2, e.g. DTE address not valid,

TEI not valid

3303 Protocol error layer 3

3304 Another application has accepted the call

3311 Fax remote station is no fax

3312 Fax training terminated with error

3313 Fax connection termination before data transmis-

sion

3314 Fax connection termination remote termination

3315 Fax connection termination remote procedure

3316 Fax connection termination "local transmitter un-

derrun"

3317 Fax connection termination "local receiver over-

flow"

3318 Fax connection termination "local abort"

3319 Fax invalid send data

3481 Unallocated (unassigned) number 3 13, 78

3482 No route to transit network 3 0D, 78

3483 No route to destination 3 0D, 78

3486 Channel unacceptable 6 05, 78

3487 Call awarded and being delivered in an established

channel

3490 Normal call clearing 3 00, 78

3491 User busy 7 01, 78

3492 No user responding 8 09, 78

3493 No answer from user (user alerted) 8 09, 78

3494 No answer from user (device off) 8 09, 78

3495 Call rejected 8 21, 78

3496 Number changed 3 0D, 78

6 05, 78

INSYS ISDN TA 4.0 ISDN Error Messages

Cause (hex) Meaning AT re- X.25 re-

sponse sponse

349A Non selected user clearing 3 00, 78

349B Destination out of order 8 09, 78

349C invalid number format 3 13, 78

349D Facility rejected 3 13, 78

349E Response to STATUS ENQUIRY 3 13, 78

349F Normal disconnect, unspecified 3 00, 78

34A2 No circuit/channel available 7 01, 78

34A6 ISDN network out of order 6 05, 78

34A9 Temporary failure 6 05, 78

34AB Access information discarded 6 05, 78

34AC Requested circuit/channel not available 6 05, 78

34AE Precedence call blocked 6 05, 78

34AF Resource unavailable, unspecified 6 05, 78

34B1 Quality of service unavailable 3 13, 78

34B2 Requested facility not subscribed 3 13, 78

34B5 Outgoing calls barred within CUG 3 13, 78

34B7 Incoming calls barred within CUG 3 13, 78

34B9 Bearer capability not authorized 3 13, 78

34BA Bearer capability not presently available 3 13, 78

34BF Service or option not available, unspecified 3 13, 78

34C1 Bearer capability not implemented 3 13, 78

34C2 Channel type not implemented 3 13, 78

34C5 Requested facility not implemented 3 13, 78

34C6 Only restricted digital information bearer capability

is available

34CF Service or option not implemented, unspecified 3 13, 78

34D1 Invalid call reference value 3 21, 78

34D2 Identified channel does not exist 3 21, 78

34D3 A suspended call exists, but this call identity

does not

3 13, 78

3 21, 78

34D4 Call identity in use 3 21, 78

34D5 No call suspended 3 21, 78

34D6 Call having the requested call identity has been

cleared

34D7 User not member of CUG 3 21, 78

34D8 Incompatible destination 3 21, 78

34DA Non-existent CUG 3 21, 78

34DB Invalid transit network selection 3 21, 78

21, 78

ISDN Error Messages INSYS ISDN TA 4.0

Cause (hex) Meaning AT re- X.25 re-

sponse sponse

34DF Invalid message, unspecified 3 21, 78

34E0 Mandatory information element missing 3 21, 78

34E1 Message type non-existent or not implemented 3 21, 78

34E2 Message not compatible with call state or mes-

sage type non-existent or not implemented

34E3 Information element /parameter non-existent or

not implemented

34E4 Invalid information element contents 3 21, 78

34E5 Message not compatible with call state 3 21, 78

34E6 Recovery on timer expiry 3 21, 78

34E7 Parameter non-existent or not implemented,

passed on

34EF Protocol error, unspecified 6 05, 78

34FF Network interworking error, unspecified 6 05, 78

3 21, 78

10.2 Firmware Update

Note

Function loss due to faulty update!

The INSYS ISDN TA 4.0 may loose its function, if it is updated with a wrong firmware or if the transfer of the firmware was faulty.

Before updating the firmware of the INSYS ISDN TA 4.0, contact the INSYS MICROELECTRONICS support department. They will provide you with the suitable firmware version for your INSYS ISDN TA 4.0 .

The firmware of the INSYS ISDN TA 4.0 can be updated to add further functions to the INSYS ISDN TA 4.0 or to improve the existing functions. A firmware update can be performed with a terminal program, which supports XMODEM-1k uploads (like Hyperterminal).

Firmware update with a terminal program

How to load new firmware to the INSYS ISDN TA 4.0.

 You will need a terminal program that supports Xmodem-1k file transfers,

like Hyperterminal.

 You will need the appropriate firmware for your INSYS ISDN TA 4.0.  The INSYS ISDN TA 4.0 is connected to the PC.

INSYS ISDN TA 4.0 ISDN Error Messages

1. Start your terminal program.

2. Activate hardware handshake in the terminal program.

3. Configure the baud rate of the serial interface to 115200 and the data

format to 8N1.

4. Open the serial interface, to which the INSYS ISDN TA 4.0 is

connected.

5. Type in "AT" and confirm with "Enter".

 The INSYS ISDN TA 4.0 replies withOK.



If the INSYS ISDN TA 4.0 does not respond, check the connection and if the device receives power at all. Continue with step 2.

6. Check the version of the currently used firmware by entering the

command AT**ver.

 The INSYS ISDN

firmware, e.g.:

HUX0530 V1.027 Jun 18 2007 16:30:57

Enter AT**FLASH to start the firmware upload.

 The INSYS ISDN T

Please wait…"

 The INSYS ISDN TA 4.0

(Ctrl-X aborts) …"

8. Send the firmware file with th

using the terminal program.

TA 4.0 displays the version of the currently used

A 4.0 replies " Erasing Flash Eprom now.

replies "Send your XMODEM transfer now

e file tran

sfer protocol 1k-XMODEM

 If you do not send a firmware file, the INSYS ISDN TA 4.0 will

terminate the procedure after approx. 60 seconds.

 The INSYS ISDN TA 4.0 indicates the successful u

firmware with e.g.:

Loading procedure ended successfully.

pload of the



If the firmware update fails, the INSYS ISDN TA 4.0 responds commands (like e.g.

ERROR: BOOT LOADER ACTIVE.

115.200 bps in any case. If you only enter AT,

at**ver

) with the reply:

Configure the baud rate to

will be returned.

to all AT

ISDN Error Messages INSYS ISDN TA 4.0

Repeat the firmware update in this case. Observe that your terminal program really uses the XMODEM-1K protocol.



If you didn't receive the previous message for a successful upload upload has most probably failed. Try to reset the IN

SYS ISDN TA 4.0

, the

and to repeat the process from step 4. If this fails and the INSYS ISDN TA 4.0 does no longer react to AT commands, please contact the INSYS MICROELECTRONICS support department.

 The INSYS ISDN TA 4.0 will reset itself and is ready for operation.

INSYS ISDN TA 4.0 Firmware History

11 Firmware History

Date Version Description

10.02.2006 1.025

02.05.2007 1.026

18.

1.027

06.2007

14.02.2008 1.028

Table 16: Firmware History

 New development  All alarm-specific parameters (aldest, altxt, altxt1,

altxt2, alchg) remain untouched when resetting to default settings using AT&F

 The status of the serial input control lines (DTR and

RTS) is ignored when sending SMS messages.

 Number of list entries for "catab" increased from 3

to 10

 Number of list entries for "acctab" increased from 5

to 10

 Number of list entries for "racctab" increased from

3 to 10

 No functional changes

AT Command Reference INSYS ISDN TA 4.0

12 AT Command Reference

Default values are printed bold.

Command Description

ATA

ATB

Repeat the last command This command repeats the commands of the last entered command line.

Accept incoming call An incoming call can be accepted with this command if automatic call ac-

ceptance is disabled (register S0 = 0). An incoming call is indicated by the "RING" message or the code "2".

This command must be the last in an AT command line. ATA[//<

B channel protocol Transmission protocol for data in B channel.

ATB0 V.110 asynchronous (e.g.: for connections to GSM devices) ATB1 V.110 synchronous ATB3 HDLC async to sync conversion (PPP asynchronous, single

ATB4 HDLC transparent (octets are packed in HDLC frames) ATB5 Byte-transparent Voice (B channel data) ATB6 Byte-transparent Data (B channel data)

ATB10 X.75-NL (e.g.: for direct ISDN-ISDN data connections)

ATB13 V.120 asynchronous ATB20 X.31 B channel (X.25 B channel, option) ATB21 X.31 D channel (option) ATB31 Multilink PPP ATB40 external IOM ATB43 external Data ATB45 external Audio Data

Note: Not all parameters listed here are available for all devices. The avail-

UUS1data

ability of the parameters depends on the respective device.

> Data transmitted with UUS1 signaling

link PPP) (e.g.: for internet / communication network access)

INSYS ISDN TA 4.0 AT Command Reference

Command Description

AT%B

Configures local baud rate Sets the local baud rate of the INSYS ISDN TA 4.0 to the desired value (fix

value) or to autobauding. If autobauding is configured, the INSYS ISDN TA

4.0 detects the required baud rate with each AT command entered via the terminal program (PC). The same baud rate must be configured at the PC for all other settings.

This command must be the last in an AT command line. AT%B0 Automatic baud rate detection enabled (autobauding)

AT%B1 Local baud rate 1.200 bit/s AT%B2 Local baud rate 2.400 bit/s AT%B3 Local baud rate 4.800 bit/s AT%B4 Local baud rate 9.600 bit/s AT%B5 Local baud rate 19.200 bit/s AT%B6 Local baud rate 38.400 bit/s AT%B7 Local baud rate 57.600 bit/s AT%B8 Local baud rate 115.200 bit/s AT%B9 Local baud rate 230.400 bit/s

Note: If autobauding is enabled (default) and no AT command ins entered

into the INSYS ISDN TA 4.0 after switching on, the messages from the INSYS ISDN TA 4.0 (e.g. RING) are sent with a baud rate of

115.200 bit/s. Autobauding works only with the data format 8N1.

ATCONF

AT&C

AT#C

AT#C1=hbhb

hbhb

Starting the INSYS ISDN TA+Configurator Starts directly the INSYS ISDN TA+Configurator. The "#" prompt of the

configurator is displayed. The INSYS ISDN TA+Configurator is exited with the command "quit".

DCD Processing Configures the behaviour of the DCD line of the INSYS ISDN TA 4.0. AT&C INSYS ISDN TA 4.0 control line DCD is always ON AT&C1 DCD ON indicates that an ISDN connection is established

Bearer channel service Indicates the bearer channel service, which has been received with an in-

coming call, in hexadecimal encoding The value of

fication.

Configure outgoing bearer channel service Configures the bearer channel service, which is transmitted with an outgo-

ing call. The value of

fication. (Default 0002). Example: AT#C1=0002: outgoing call as data call. AT#C1=0004: outgoing call as voice call

and synchronised

hbhb

(word) is the CIP value, as defined in the CAPI 2.0 speci-

hbhb

(word) is the CIP value, as defined in the CAPI 2.0 speci-

AT Command Reference INSYS ISDN TA 4.0

Command Description

AT#C2=hbhbhbhb

ATD

Configure incoming bearer channel service Configures the bearer channel service, which is accepted with an incoming

call. The value of the CAPI 2.0 specification. (Default 00000004).

Example: AT#C2=00000001: accepts all incoming calls. Note: The command AT#C1 must be set prior to a connection

hbhbhbhb

establishment.

(double word) is the CIP mask, as defined in

In order to use the predefined services, configure the stan-

dard values with AT&F.

Connection establishment Dials the specified number (D for dial). The dialling modifiers "W", ">", "T",

";", "@" can be freely inserted into the dialling string. They have no influence on the dial-up procedure of the INSYS ISDN TA 4.0.

Entering a letter during dial-up terminates the dial-up procedure.

CALLEDnumber

ATD< [,X[P

xxx

-][R ][N<nuipwd> ][G<cug> ]<

CALLEDnumber

subaddr

Dialled sub-address

UUS1data

P: Packet size R: Reverse charge by the recipient (only with X25) G: Access to closed X.25 user group O: Outgoing call from closed X.25 user group N: Use NUI and password

X25number D

: Separator for user data: "D" or ",": user data without ID

"P": user data with ID protocol ("01000000")

ATDL Dial last dialled number

ATDS=

(Refer to the command AT&Z for saving numbers) ATD<

4.0 (refer to note).

Note 1: In order to configure the own sub-address, refer to the command

Note 2: If an "e" is appended to

Dial number

CALLEDnumber

sub.

connection to the internal remote access of the INSYS ISDN TA

4.0 is to be established. For this, the X.75 protocol (ATB10) must be used.

: ISDN phone number for a selected B channel

Transmitted data with UUS1 signalling

permitted characters: a-z, A-Z, 0-9. (overwrites the characters of the NUI configuration command)

: dialled X.25 phone number (only X.25 B channel)

protocol

(n=1..3)

>[/<

subaddr

connection, or X.25 number for X.31 D channel

>][//<

UUS1data

X25number>][D<userdata

xxx

for X.25 connection

>]]

from the stored phone number list

>e Call for remote access to the INSYS ISDN TA

CALLEDnumber

, this indicates that a

INSYS ISDN TA 4.0 AT Command Reference

Command Description

AT&D

ATE

AT&FL

ATH

DTR Processing Determines the behaviour of the INSYS ISDN TA 4.0 when changing the

DTE line DTR from ON to OFF. AT&D Condition of the DTR line is ignored AT&D2 Condition of the control line DTR is evaluated: A falling sig-

Locale echo Configures the local echo in command mode. ATE No locale echo ATE1 Local echo during command input enabled (default)

Loads the default settings The default settings are loaded, ISDN protocol settings and MSNs are not

overwritten. (Use the command AT&W for saving to the non-volatile memory).

AT&FL All parameters, which refer to the data port, are reset. AT&FL All parameters including ISDN protocol, MSN settings, and

Terminate connection Terminates an existing ISDN data connection after entering the escape se-

quence. ATH[//<

UUS1data

nal on the DTR line terminates an existing ISDN connection (default). An incoming call is only accepted with enabled DTR.

password are reset.

Transmitted data with UUS1 signalling

ATI

AT*I

Displays version information Displays different information about version number and settings:

ATI1 Replies the internal checksum ATI3 Replies the version string ATI5 Replies the selected ISDN protocol ATI9 Replies the "plug and play" ID string ATI77 Replies the bootloader version ATI99 Replies the date of the software creation

Querying the alarm inputs Response: <input1>, <input2>

Values: 0 Input enabled (LOW) 1 Input open (HIGH) This command can also be performed remotely. The input condition is also stored in the registers S17 and S18 (read only). Note: Not valid for Socket ISDN and Pocket ISDN.

AT Command Reference INSYS ISDN TA 4.0

Command Description

AT&K

AT#M

AT*M

Data flow control Determines the behaviour of the data flow control of the INSYS ISDN TA

4.0 during data communication. AT&K No local flow control between DTE and INSYS ISDN TA 4.0

AT&K3 Local flow control Hardware Handshake RTS/CTS config-

AT&K4 Local flow control Software Handshake XON/XOFF config-

Received CLID Displays the "Call Line IDentification" (CLID), which has been received with

the incoming call – this is the number of the called party at the local S0 bus (dialled MSN).

Transport protocol for alarm messages

AT*M0 Via data connection with the B channel protocol configured

AT*M1 As SMS into the D1 network (protocol TAP with X.75) AT*M2 As SMS into the Vodafone D2 network (protocol UCP with

AT*M3 As SMS into the E-Plus network (protocol TAP)

The SMS gateways of the GSM network providers are entered with AT&Z1

Note: Not valid for Socket ISDN and Pocket ISDN.

is used

ured

with ATB

X.75)

ATN

ATO

AT#O

Configures transmission baud rate V.110

Configures the transmission baud rate of the INSYS ISDN TA 4.0 to the desired value. (Only valid for V.110 asynchronous B channel protocol). ATN0 Transmission baud rate is configured automatically (equal

or less compared with the local baud rate)

ATN1 Transmission baud rate 1.200 bit/s ATN2 Transmission baud rate 2.400 bit/s ATN3 Transmission baud rate 4.800 bit/s ATN4 Transmission baud rate 9.600 bit/s ATN5 Transmission baud rate 19.200 bit/s

Returning to online mode If the INSYS ISDN TA 4.0 is in command mode after entering the escape

sequence during an existing connection, ATO will return the INSYS ISDN TA

4.0 back to data mode. This command must be the last in an AT command line.

Received CLIP Displays the "Calling Line Identification Presentation" (CLIP), which has

been received with the incoming call – this is the number of the calling party.

ATQ

Response suppression Result codes and messages can be suppressed with this command. ATQ Replies status messages after entering a command (default)

ATQ1 No replies are output

INSYS ISDN TA 4.0 AT Command Reference

Command Description

AT&R

AT#R

ATS

AT&S

CTS Control Configures the behaviour of the CTS control line of the INSYS ISDN TA 4.0. AT&R The INSYS ISDN TA 4.0 CTS control line follows all changes

AT&R1 CTS is always ON

Processing incoming calls Determines the behaviour of the INSYS ISDN TA 4.0 if an incoming call is

received. If AT#R1 is enabled, all incoming calls are ignored regardless of all other

settings. AT#R Disables the automatic rejection of all incoming calls

AT#R1 Enables the automatic rejection of all incoming calls

Displays and sets the internal S registers

ATS

nn=xx

ATS

For an overview of the S registers, refer to section 1

DSR Processing Configures the behaviour of the DSR control line of the INSYS ISDN TA 4.0. AT&S INSYS ISDN TA 4.0 control line DSR is always ON

AT&S1 DSR ON indicates that an ISDN connection is established

of RTS

? Displays the current value (decimal) of the selected register

Sets the selected register nn to the decimal value xx.

and synchronised

ATV

AT&V

AT*V

Message format ATV Reply is output as number (followed by <

ATV1 Reply is output as text

Shows the current configuration

AT&V Displays the current configuration of the AT command set

AT&V1 Displays the current configuration of the extened AT com-

Alarm texts

AT*V<n>? Querying the alarm texts AT*V<n> Entering the alarm texts following the prompt NEW ALARM-

<n> 0 Collective message (160 characters without individual

1 Individual message for alarm 1 2 Individual message for alarm 2 The index n=0 may be omitted. Note: Not valid for Socket ISDN. I-modul ISDN HIX and Pocket

>)

settings, including the stored ISDN numbers

mand set settings

TEXT:

messages, 120 characters with individual messages)

ISDN.

AT Command Reference INSYS ISDN TA 4.0

Command Description

AT*V

ATW

AT&W

ATX

Alarm texts

AT*V<n>? Querying the alarm texts AT*V<n>=<xx> Defines the alarm text of the respective message

<n> 0 Collective message (160 characters without individual

1 Individual message for alarm 1 2 Individual message for alarm 2 <xx> Alarm text The index n=0 may be omitted. Note: Only valid for i-modul ISDN HIX V4.

Extended reply values

ATW Result is displayed with extended reply values ATW1 Result is displayed with extended reply values

Saves the active configuration The active configuration is saved to the non-volatile memory.

Reduced result messages Reduces the number of result messages after attempting to establish a

connection.

ATX0 only "CONNECT" (without transmission speed) ATX1 "CONNECT" with transmission speed, "BUSY", "NO DIAL-

messages, 120 characters with individual messages)

RING and CONNECT contain the ISDN address, all others contain the cause of error. The message RINGING is displayed.

TONE" are not used.

AT*X

AT*Y

ATX2 "CONNECT" with transmission speed, "BUSY" is not used. ATX3 "CONNECT" with transmission speed, "NO DIALTONE" is

not used.

ATX4 "CONNECT" with transmission speed, all messages are

used.

Alarm triggering

AT*X1 Alarm 1 is triggered AT*X2 Alarm 2 is triggered

Note: Not valid for Socket ISDN and Pocket ISDN.

Setting the control outputs AT*Y<port>,<status>

<port> 0 Output OUT1 1 Output OUT2 <status> 0 Normally closed 1 Normally open 2 follows DCD (only for OUT1) Note: Not valid for Socket ISDN and Pocket ISDN.

INSYS ISDN TA 4.0 AT Command Reference

Command Description

ATZ

AT&Z

AT#Z

Loading saved settings The active configuration is replaced with the saved setting. This command must be the last in an AT command line.

Saves phone number AT&Zx=nn Writes the phone number nn as entry with the number x

(1..3)

AT&Zx=- Deletes entry number x AT&Zx Displays entry number x AT&Z Displays all entries

Note: Refer to configurator command catab for further informa-

tion.

Fix assignment for alarm functions

AT&Zx=nn x=1 Target number for data connection

Service Center Number for SMS dispatch (gateway) x=2 Mobile phone number SMS recipient for alarm 2 x=3 Mobile phone number SMS recipient for alarm 1 Note: AT&Z3=nn defines the recipient number for both alarm

messages for the i-modul ISDN HIX (AT&Z2=nn has no effect).

Defines the MSN Defines the MSN If the number is configured to "*" (default), all incoming calls are accepted. The MSN can be displayed with the command AT#H or AT&V.

AT#Z= AT#Z Displays currently configured MSN.

Note: If 1TR6 D channel protocol is configured, only one or the

Sets MSN to nn

(Multiple Subscriber Number) for the data port.

The MSN is automatically stored in the non-volatile memory (without entering AT&W).

last digit is valid.

Table 17: AT command overview

Special ISDN Parameters INSYS ISDN TA 4.0

13 Special ISDN Parameters

You can make additional ISDN settings with this command set. Only one command is allowed per line; default values are printed bold.

Command Description

AT**BSIZE

AT**DBITS

AT**DTE

AT**K

Configures B channel block size Defines the maximum length x of a received or transmitted data block in

the B channel (default: BSIZE = 2048).

AT**BSIZE= The value changes with configuring the B channel protocol (ATBx).

Number of data bits Number of data bits AT**DBITS=

Configures B channel layer 2 address Configures the layer 2 link address. Only valid for HDLC based protocols

(X.75, LAPB).

AT**DTE=0 Calling party reacts as DTE, Calling party reacts as DCE (default, X.75 standard)

AT**DTE=1 TA reacts as DTE (own address = 01) AT**DTE=3 TA reacts as DCE (own address = 03)

The value changes with configuring the B channel protocol (ATBx).

Configures layer 2 window size Sets the window size

fault: 7 AT**K=

The default value depends on the configured B channel protocol.

at the DTE interface (7,8)

for asynchronous characters (7, default: 8)

of the layer 2 B channel protocol:

= 1 ..7, de-

AT**LLC

AT**PTP

AT**RPWD

Configures layer 2 compatibility (LLC) Defines the LLC value for outgoing calls in hexadecimal format. Sometimes,

a certain LLC value is required to transfer detailed information about the used B channel protocol to the called party. This can be achieved by configuring the LLC to a fix value.

AT**LLC=- Deletes the LLC value (default: LLC is empty). AT**LLC=8890 Entering a new LLC value

The value changes with configuring the B channel protocol (ATBx).

Configures the ISDN interface type AT**PTP=0 Configures Point-to-Multipoint mode (default); for multi-

point interface

AT**PTP=1 Configures Point-to-Point mode (to connect ISDN exchange

systems); for point-to-point interface

Password for remote configuration Sets the password for remote configuration to

password.

AT**RPWD=

(1..32 chars). Default: no

INSYS ISDN TA 4.0 Special ISDN Parameters

Command Description

AT**SPID

AT**STATUS

Configures SPID (optional) An SPID must be configured for ISDN lines in USA. This will be provided by

your ISDN provider.

AT**SPID1=xxxx Configures SPID 1 AT**SPID2=xxxx Configures SPID 2

Displays the status of the ISDN line

Status display example:

Current status information <device name> serial line: DTR:on, RTS:on, DSR:on, CTS:on, DCD:off, RI:off ISDN: L1:up Dch: Prot:DSS1 State:disconnected, CdPN:, CgPN:, prev error: 0 Bch: Prot:Async HDLC State:disconnected, CdPN:, CgPN:

Serial line: Displays the states of the serial line signals ISDN: Displays the state of the ISDN connection:

L1:up: ISDN connection detected/present

L1:down: ISDN connection not detected/present Dch: Displays the state of the D channel Bch: Displays the state of the B channel

Prot: Used protocols on the channel

State: Connection state

CdPN: Called Party Number

CgPN: Calling Party Number

prev error: Error code of the last connection

AT**<cmd>

Executes configuration command Executes a configuration command <cmd>.

Table 18: Special ISDN parameter command overview

S Register INSYS ISDN TA 4.0

14 S Register

The INSYS ISDN TA 4.0 contains status registers, which control the operation. S registers may be read and written using the ATS command. Certain S registries

may only be read; others can only be configured for a particular range of values.

S1 S2 S3 S4 S5 S7 S9 S14

0: No automatic call acceptance, the acceptance of an incoming call is

controlled by the data terminal (command ATA following RING)

1: Immediate call acceptance by the INSYS ISDN TA 4.0 (default)

2..n

: Call acceptance by the INSYS ISDN TA 4.0 after n "RING" mes-

sages.

Note: The time between 2 RING messages can be configured using the

command "ringtimer" (default = 5 s.)

Ring tone counter (read only)

Escape character (default = 43h)

Return character (default = 0Dh)

Line feed character (default = 0Ah)

Backspace character (default = 1Ah)

Waiting time for carrier signal in seconds (default = 30)

PNP Configure functionality for Windows95 (default=1, enabled)

Status control output OUT1 0 Normally closed 1 Normally open 2 follows DCD

S15

S16 S17

S18

S90 S91

Table 19: Overview of S Registers

Status control output OUT2 0 Normally closed 1 Normally open

Last CAPI/ISDN error

Status alarm input 1 (read only) 0 enabled (connected to GND) 1 open

Status alarm input 2 (read only) 0 enabled (connected to GND) 1 open

Last received ISDN phone number (CLIP)

0: Default 1: All unknown AT commands are replied with OK 2: Windows 2000 compatibility: some AT commands are replied with

OK, unknown commands are replied with OK.

INSYS ISDN TA 4.0 TA+Configurator Command Reference

15 TA+Configurator Command Reference

Command Description

at.sx, at.opt,

AT commands for controlling the S registers

at.rcs br Baud rate serial brn Baud rate ISDN bsize Frame length catab<x> Display phone number memory cato Call timeout capa Call pause catry Calls retry ccts CTS behaviour cdcd DCD behaviour cdsr DSR behaviour cdtr DTR behaviour chappwd Configure password for PPP chap authentication cmds Configure command interpreter cnr<x> Configure phone number dbits Data format serial defa Load default settings dhtc Configure highest 2-way channel dltc Configure lowest 2-way channel dte Configure B channel link address flc Configure flow control ftei TEI value point to point, fixed TEI fwload (option) Upload firmware fwstart (option) Starts new firmware htc Configure highest 2-way channel idle Idle data timeout iinit ISDN initialisation isdn ISDN D channel protocol k Configure Window size load Load saved parameters ltc Configure lowest 2-way channel X3 Configure command interpreter pnp Plug and Play ID prot Configure B channel protocol

TA+Configurator Command Reference INSYS ISDN TA 4.0

Command Description

prty Configure serial parity ptp Configure ISDN connection type quit, exit, go Exit TA+Configurator racctab Configure access table for remote configuration reset (only POX) Reset (hardware) ridle Idle data timeout (remote) mua, rmua<n> Configure output pins rmsn Configure remote MSN rpwd Configure password for remote configuration rstmsg Configure startup message rsttim Startup timer rsub Remote sub-address save Save configuration change sbits Number of stop bits sertrc Serial link trace shidle Short hold: Idle data timeout shto Short hold: Call timeout to abort shpa Short hold: Call pause shtry Short hold: Max. number of connection attempts show Display configuration of basic parameters showall Display configuration of all settings spid1, spid2 Configure SPID status Status display subi Sub-address for incoming calls subo Sub-address for outgoing calls tei Configure TEI value trcn<nnn> Configure internal trace ver Version information verb Version of the bootloader v110llc Using LLC for V.110 connections v110flc Flow control for V.110 connections xnr Own X.25 address xtab<n> X.25 translation table

Table 20: Overview of TA+Configurator commands

INSYS ISDN TA 4.0 SMSC Numbers for SMS Dispatch via ISDN

16 SMSC Numbers for SMS Dispatch via ISDN

The following table contains numbers and settings for different SMS Service Centers (SMSC) for sending SMS from the German ISDN network to German mobile phone networks. The numbers indicated have been valid when this publication was issued. However, INSYS MICROELECTRONICS GmbH cannot guarantee the continuation of these third-party services. Refer to the respective provider for information about the SMS dispatch to mobile phone networks outside Germany.

Operator SMSC No. Protocol Format AT com-

No. format Target net-

mand

T-Mobile 0171 2521002 PET 8N1 AT*M1 0171

1234567

Vodafone 0172 2278000 UCP 8N1 AT*M2 0172

1234567

E-Plus 0177 1167 PET 8N1 AT*M1 0177

1234567

Anny Way 090032669005 UCP AT*M2 0123

1234567

Table 21: SMSC numbers for SMS dispatch via ISDN

work

T-Mobile

Vodafone

E-Plus

all German mobile phone networks

Waste Disposal INSYS ISDN TA 4.0

17 Waste Disposal

17.1 Repurchasing of Legacy Systems

According to the new WEEE guidelines, the repurchasing and recycling of legacy systems for our clients is regulated as follows:

Please send those legacy systems to the following address, carriage prepaid:

Frankenberg-Metalle Gaertnersleite 8 D-96450 Coburg

Germany

This regulation applies to all devices which were delivered after August 13, 2005.

INSYS ISDN TA 4.0 Declaration of Conformity

18 Declaration of Conformity

This device complies with the requirements set out in the Council Directive on the Approximation of the Laws of the Member States relating to Electromagnetic Compatibility 2004/108/EC and the Council Directive relating to Low Voltage 2006/95/EC as well as the Council Directive R&TTE 1999/5/EC.

We will gladly send you a copy of the declaration of conformity on request.

Tables and Diagrams INSYS ISDN TA 4.0

19 Tables and Diagrams

19.1 List of Tables

Table 1: Physical Features....................................................................................... 16

Table 2: Technological Features.............................................................................. 17

Table 3: Description of the display and control elements on the front panel of the

device...................................................................................................................... 18

Table 4: Meaning of the LED displays..................................................................... 19

Table 5: Description of the functions and meaning of the control elements .......... 19

Table 6: Description of the connections on the front panel of the device............... 20

Table 7: Description of the connections on the top of the device........................... 21

Table 8: Description of the connections on the bottom of the device .................... 22

Table 9: Description of the pin allocation of the Sub-D socket ............................... 23

Table 10: Assignment of the RJ45 connector ......................................................... 23

Table 11: Description of the functions at the HSComm tab "ISDN" ....................... 36

Table 12:Description of the functions at the HSComm tab "Alarm inputs" ............ 37

Table 13:Description of the functions at the HSComm tab "Control outputs"........ 38

Table 14: Supported ISDN protocols with usage .................................................... 59

Table 15: Message transmission type ..................................................................... 66

Table 16: Firmware History ..................................................................................... 79

Table 17: AT command overview............................................................................ 87

Table 18: Special ISDN parameter command overview.......................................... 89

Table 19: Overview of S Registers .......................................................................... 90

Table 20: Overview of TA+Configurator commands............................................... 92

Table 21: SMSC numbers for SMS dispatch via ISDN............................................ 93

19.2 List of Diagrams

Figure 1: LEDs on the front panel of the device...................................................... 18

Figure 2: Connections on the front panel of the device .......................................... 20

Figure 3: Connections on the top of the device ...................................................... 21

Figure 4: Connections on the bottom of the device................................................ 22

Figure 5: 9-pin Sub-D socket at the device ............................................................. 23

Figure 6: 8-pin Western connector (front view) ...................................................... 23

Figure 7: HSComm ISDN - tab "ISDN".................................................................... 35

Figure 8: HSComm ISDN - tab "Alarm inputs"........................................................ 37

Figure 9: HSComm ISDN - tab "Control outputs" ................................................... 38

Figure 10: Pulse evaluation ..................................................................................... 41

INSYS ISDN TA 4.0 Index

20 Index

Accept incoming call....................... 80

Access table .............................. 54, 55

acctab........................................ 55, 57

Additional information....................... 9

Alarm................................... 41, 64, 66

Alarm input........ 24, 41, 62, 67, 83, 90

Alarm message ............................... 84

Alarm text................ 62, 64, 66, 85, 86

Alarm triggering .............................. 86

Alternative results ............................. 9

AT command set ............................. 58

AT commands ..................... 32, 33, 39

Automatic call ........................... 24, 42

Automatic callback.......................... 54

B channel ........................................ 59

B channel protocol .......................... 80

Backspace character ....................... 90

CTS control...................................... 85

CTS line ........................................... 46

Current configuration ...................... 85

Data connection .............................. 39

Data flow control....................... 46, 84

DCD processing .............................. 81

Default settings ......................... 70, 83

Defects liability terms........................ 7

Destination out of order .................. 72

Dialling table.................................... 42

DIN rail ...................................... 27, 28

DSR processing............................... 85

DTE address not valid...................... 71

DTR line........................................... 42

DTR processing ............................... 83

Electrical installation........................ 13

E-mail .............................................. 66

Baud rate......................................... 81

Bearer channel service .............. 81, 82

Bit-direct data transmission ............ 59

Breakdown ...................................... 10

Buffer .............................................. 46

Byte transparent data connection ... 59 Byte transparent voice connection.. 59

Call rejected..................................... 72

Caller number.................................. 49

Carrier signal ................................... 90

Checkmark ........................................ 9

CLIP..................................... 61, 84, 90

Collective message ....... 62, 63, 65, 67

Command mode ....................... 39, 40

Configuration................................... 32

Configuration software.................... 32

Connection ...................................... 26

E-mail dispatch with alarm.............. 66

Environment.............................. 13, 26

Environmental Protection................ 12

Escape character ............................. 90

Escape sequence............................. 39

Explosive atmosphere ..................... 10

Extended error messages................ 73

Extended reply values ..................... 86

Fire hazard....................................... 13

Formatting......................................... 9

General safety instructions.............. 13

Guideline ......................................... 17

Hardware data flow control....... 39, 46

HDLC async to sync conversion...... 59

HDLC transparent...................... 59, 60

Housing........................................... 14

HSComm............................. 32, 34, 35

Connection establishment............... 82

Connections .................................... 20

Control output ........................... 53, 86

Incompatible destination................. 72

Input ................................................ 41

Interface .......................................... 30

Index INSYS ISDN TA 4.0

Invalid number format..................... 72

ISDN error messages ...................... 71

ISDN functions ................................ 35

ISDN network.................................. 30

ISDN network out of order.............. 72

ISDN parameters............................. 32

ISDN point-to-point and multipoint

interface....................................... 24

ISDN protocol.................................. 59

Key word ........................................... 8

Last CAPI/ISDN error....................... 90

Line feed character.......................... 90

Liquids....................................... 13, 26

Locale echo ..................................... 83

Marking ............................................. 8

Message.................................... 62, 69

Message dispatch ........................... 63

Permitted caller ............................... 49

Personnel ........................................ 11

Phone line ....................................... 39

Phone number.. 49, 50, 51, 52, 62, 68,

87, 90

PNP ................................................. 90

Point-to-point interface ................... 52

PPP asynchronous........................... 59

Preface .............................................. 7

Prerequisites...................................... 9

Protocol error layer 1....................... 71

Protocol error layer 2....................... 71

Qualification .................................... 11

racctab ............................................ 50

Raw B channel data ........................ 59

Recycling......................................... 94

Redial .............................................. 42

Message format .............................. 85

Message protocol............................ 67

Messages via data connection ........ 62

MLPPP............................................. 59

Modification .................................... 13

Moisture .................................... 13, 26

Mounting......................................... 26

MSN .............................. 51, 52, 68, 87

Multipoint interface................... 51, 52

No answer from user (user alerted). 71

No circuit/channel available ............ 72

No user responding......................... 71

Normal call clearing ........................ 71

NTBA............................................... 30

Number changed ............................ 72

Online mode.................................... 84

Operating Principle.......................... 32

Remote configuration.... 25, 48, 49, 50

Remote configuration number ........ 49

Remote configuration password ..... 49

Removal .......................................... 26

Repair .............................................. 13

Repurchasing .................................. 94

Reset key......................................... 70

Reset terminal ................................. 70

Response suppression .................... 84

Responsibilities of the operator....... 11

Result messages ............................. 86

Return character.............................. 90

RING message........................... 50, 57

Ring tone................................... 39, 40

Ring tone counter............................ 90

RJ45 connector ............................... 30

RX/TX LED....................................... 31

Operation......................................... 32

Output ............................................. 53

Overcurrent ..................................... 13

Overvoltage ............................... 14, 16

Overvoltage protection.............. 14, 16

PC.................................................... 32

Permissible limit .............................. 11

S Register ........................................ 90

S0 bus ............................................. 30

S0 socket......................................... 30

Safety .............................................. 10

Security Callback....................... 24, 54

Selective call acceptance .......... 24, 56

Sending messages .................... 25, 62

INSYS ISDN TA 4.0 Index

Serial interface ................................ 30

Service center number .................... 65

Short-cut ......................................... 13

SMS........................................... 64, 66

SMS dispatch with alarm ................ 64

SMS Service Center ........................ 93

SMSC .............................................. 93

Software data flow control.............. 47

Standard.......................................... 17

Status alarm input ........................... 90

Status control output ...................... 90

Status register ................................. 90

Storage............................................ 11

Surface ............................................ 14

Switch cabinet................................. 28

Symbol .......................................... 8, 9

TA+Configurator 32, 33, 43, 48, 58, 81

TEI not valid..................................... 71

Temporary failure ............................ 72

Teraterm.......................................... 32

Terminal program.... 30, 32, 39, 48, 58

Terminate connection ..................... 83

Transfer protocol ............................. 59

Transmission baud rate ................... 84

Transport ......................................... 11

Unallocated (unassigned) number... 71

Usage .............................................. 10

Usage according to the regulations 10

User busy ........................................ 71

V.110 asynchronous.................. 59, 60

V.120 asynchronous........................ 59

Version information......................... 83

Water spray............................... 13, 26

X.25 B channel ................................ 59

TA+Configurator command reference

..................................................... 91

Target phone numbers.................... 42

TEI ................................................... 52

X.31 B channel ................................ 59

X.31 D channel................................ 59

X.75 SLP.......................................... 59

XON/XOFF................................. 46, 47

insys icom ISDN TA 4.0 User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

1 Preface

1.1 Defects Liability Terms

1.2 Marking of Warnings and Notes

1.2.1 Symbols and Key Words

1.3 Symbols and the Formatting in this Manual

2 Safety

2.1 Usage According to the Regulations

2.2 Permissible Technical Limits

2.3 Responsibilities of the Operator

2.4 Qualification of the Personnel

2.5 Instructions for Transport and Storage

2.6 Markings on the Product

2.7 Environmental Protection

2.8 Safety Instructions for Electrical Installation

2.9 General Safety Instructions

1 Scope of Delivery

2 Technical Data

2.1 Physical Features

2.2 Technological Features

2.3 Certifications

3 Display and Control Elements

3.1 Meaning of the Displays

3.2 Function of the Control Elements

4 Connections

4.1 Front Panel Connections

4.2 Terminal Connections on the Top

4.3 Terminal Connections on the Bottom

4.4 Pin Assignment of the Serial Interface

4.5 Pin Assignment of the S0 Interface

5 Function Overview

6 Mounting

7 Initial Operation

8 Operating Principle

8.1 Operation with the Terminal Program

8.2 Operation with HSComm ISDN

8.3 HMI of the Software HSComm ISDN

9 Functions

9.1 Establishing or Accepting a Data Connection

9.2 Querying the Alarm Inputs

9.3 Automatic Call

9.3.1 Configuring an Automatic Call

9.3.2 Disabling an Automatic Call

9.4 Data Flow Control

9.4.1 Hardware Data Flow Control (RTS/CTS)

9.4.2 Software Data Flow Control with XON/XOFF

9.5 Remote Configuration

9.5.1 Remotely Configuring the INSYS ISDN TA 4.0

9.5.2 Configuring the Remote Configuration Number

9.5.3 Configuring the Remote Configuration Password

9.5.4 Configuring the Permitted Callers for Remote Configuration

9.6.1 Configuration at Multipoint Interface (PMP, Point-to-Multipoint)

9.6.2 Configuration at Point-to-Point Interface (PTP, Point-to-Point)

9.7 Control Outputs

9.8 Security Callback

9.9 Selective Call Acceptance

9.10 TA+Configurator

9.11 Configuring the Transfer Protocol

9.12 Outputting CLIP of Incoming Calls

9.13.1 Sending Messages via Data Connection

9.13.2 Sending Messages via SMS

9.13.3 Sending Messages via E-Mail

9.14 Manual Sending of Messages

9.15 Resetting the Device

10 ISDN Error Messages

10.1 Extended Error Messages with ISDN

10.2 Firmware Update

11 Firmware History

12 AT Command Reference

13 Special ISDN Parameters

14 S Register

15 TA+Configurator Command Reference

16 SMSC Numbers for SMS Dispatch via ISDN

17 Waste Disposal

17.1 Repurchasing of Legacy Systems

18 Declaration of Conformity

19 Tables and Diagrams