1. Manuals
  2. Brands
  3. Inoteska Manuals
  4. Network Hardware
  5. ITX 482 03.2 PVR
  6. Product documentation

Inoteska ITX 482 03.2 PVR Product Documentation

Autodialer
Hide thumbs
Table of Contents

Advertisement

Quick Links

Download this manual
AUTODIALER
PRODUCT DOCUMENTATION

Advertisement

Table of Contents
loading
Need help?

Need help?

Do you have a question about the ITX 482 03.2 PVR and is the answer not in the manual?

Questions and answers

Summary of Contents for Inoteska ITX 482 03.2 PVR

  • Page 1 AUTODIALER PRODUCT DOCUMENTATION...

  • Page 2: Table Of Contents

    ITX 482 03 TABLE OF CONTENT PRODUCT OVERVIEW ..................... 2 1). FEATURES ......................2 2). SPECIFICATIONS ..................... 3 3). JUMPERS LAYOUT ON BOARD ..............5 4). CONNECTORS DESCRIPTION ................ 7 4.1). DUAL X.21 DCE MODULE (ITP 136 20)............. 9 4.2). DUAL UDI MODULE ................. 11 5).

  • Page 3: Product Overview

    PRODUCT OVERVIEW 1). FEATURES Product name: Autodialer Model: ITX 482 03 Manufacturer: INOTESKA, s.r.o., Priemyselná 221/6, Podtureň-Roveň, 033 01 Liptovský Hrádok, Slovakia Placement: In supervised area Size: 43,5 x 104 x 220 mm (HxWxD) Environmental conditions: 0 C to 55...

  • Page 4: Specifications

    ITX 482 03 2). SPECIFICATIONS Specification Interfaces Characteristics E1 connectors E1-C X.21 RJ45     ITX 482 03.2 PVR ITX 482 03.2 R      ITX 482 03.3 PVR      ITX 482 03.3 R ...
  • Page 5 ITX 482 03 Autodialer ITX 482 03 is fitted in a case sized 237 x 220 x 43.5 mm ( h x d x w ). Autodialer...

  • Page 6: Jumpers Layout On Board

    ITX 482 03 3). JUMPERS LAYOUT ON BOARD Hardware jumper (always 1-2) Hardware jumper (always disconnected) Autodialer...
  • Page 7 ITX 482 03 Impedance switching 120 Ohm 75 Ohm E1- A ------------------------------------ --------------------------------- PR 101 n.c. PR 102 n.c. PR 103 n.c. E1- B ----------------------------------- --------------------------------- PR 104 n.c. PR 105 n.c. PR 106 n.c. E1- C ------------------------------------ -------------------------------- PR 107 n.c.

  • Page 8: Connectors Description

    ITX 482 03 4). CONNECTORS DESCRIPTION E1-A/B/C interface connectors RJ 45 connector description 120  75  1 – input pin to ITX 482 03 ------- RX - 2 – input pin to ITX 482 03 ------- RX+ 3 – 4 –...
  • Page 9 ITX 482 03 Autodialer...

  • Page 10: Dual X.21 Dce Module (Itp 136 20)

    ITX 482 03 4.1). DUAL X.21 DCE MODULE (ITP 136 20) DTE interface is determined by cable: ITK 522 07 X.21 DCE – extension cable ITK 522 19 X.21 DTE – cable reduction Cable ITK 522 07 – extension cable for X.21 DCE CANNON - Pairing Colour designation...
  • Page 11 ITX 482 03 CANNON Pairing Colour designation Cannon Signal Signal D15 M of the wires D15 M White (Orange) White (Green) White (Blue) White (Brown) White (Gray) RTCA White (Red) RTCA Yellow Orange Green Blue Brown Gray RTCB RTCB cover shield cover - Paired wires...

  • Page 12: Dual Udi Module

    ITX 482 03 4.2). DUAL UDI MODULE UDI – V.35, V.36, RS 530 V.24, X.21 (universal data interface) - Module ITP 136 14 with dual UDI interface - Seperate UDI interfaces are configured with the management software Cables: The required interface is achieved with cable reduction. ITK 522 08 Cable UDI / X.21 DCE ITK 522 09 Cable UDI / X.21 DTE ITK 522 10...

  • Page 13: Installation And Setup

    ITX 482 03 5). INSTALLATION AND SETUP Autodialer should be placed in proximity to the PBX so that the E1-A interface is connected to the PBX , E1-B to the PSTN and E1-C (if present) to a direct E1 trunk to the carrier. Device is powered by AC/DC 230V/ 5V adapter.

  • Page 14: Technical Parameters

    ITX 482 03 6). TECHNICAL PARAMETERS G.704 interface: Line code: HDB3 Signalling: DSS1 ISDN PRA CAS R2 MFC Impedance: 120 Ohm (non-standard 75 Ohm via RJ 45) X.21 interface: Connector 15 pin D15 F UDI interface: Connector 15 pin D15 M Device synchronisation –...

  • Page 15: Autodialer Itx 482 03.X Pvr

    (dedicated channel / dedicated private line) which is connected directly to the specified carrier. It is necessary to separate voice and DATA on the carrier´s side. It is possible to use the ITX 481 2x.3 or DyMUX products from INOTESKA for this purpose.

  • Page 16: Front Panel Led Description

    ITX 482 03 7.1). FRONT PANEL LED DESCRIPTION Errors indicated by separate LEDs: E1-A red - D7, D6, D5, D4, D3, D2, D1 yellow D0 E1-B red - D7, D6, D5, D4, D3, D2, D1 yellow D0 E1-C red - D7, D6, D5, D4, D3, D2, D1 yellow D0 E1-D red - D7, D6, D5, D4, D3, D2, D1 yellow D0...

  • Page 17: Management Software

    The software version can be found in: Main Menu – Info. After running the management software a password prompt will be displayed. The factory set password is inoteska. After typing the right password and pressing OK, a window for communication with device will appear.
  • Page 18 ITX 482 03 These parameters are set for the first access to device. Access type – type of access to the device: COM – local access to the device via device address in format X.X.X.X . This way it is also possible (if it is supported by device) to access the remote device via fixed line which connects these two devices.
  • Page 19 MAC address. All windows share the same Main menu and Speed buttons. Main menu: File – Open – Save – Exit Options – Changes access password for ITX 482 03 Password – default “inoteska” – See chapter ‘AOC ‘(Charging) Time&Date Autodialer...
  • Page 20 ITX 482 03 – See chapter ‘Change of Configuration’ Change Configuration Change of device address – enables to change device address – English / Slovak / Czech Language Communication – Read/Write settings from/to ITX 482 03 Read / Write – Accessible only with Supervisor password Terminal –...
  • Page 21 ITX 482 03 Carrier Properties - Carrier settings (Prefix, Security code, Dial) Carriers Table - Setting of overflow up to 4 carriers when routing the calls Time zones table - Setting of routing options depending on time&day Routing Table - Re-routing conditions Routing Exceptions - Exceptions from routing conditions CLIP Exceptions...

  • Page 22: Carrier Properties

    SUBADDRESS. Carrier´s PbX must support backward conversion – to retrieve called number from element CALLED PARTY SUBADDRESS and establish connection to the destination. If carrier´s PbX doesn´t support this conversion, it is possible to use Inoteska Dial converter. This type of call subaddress, when comparing to two-step dial, is more advantageous because carrier´s PbX sends “CONNECT”...
  • Page 23 ITX 482 03 answers the call. This type of dial can be used only in ISDN network and PSTN must support the transmission of information element CALLED PARTY SUBADDRESS. Following pictures displays the individual steps when establishing connection with dial in subaddress. a) PBX with function of incoming dial in subaddress *Carrier PbX supports subaddressing (subaddress is a part of signalling message) - only by ISDN DSS1 signalling...
  • Page 24 PbX without function of incoming dial in subaddress *the same like above, but carrier PbX cannot support sending information in subaddress *Inoteska signalling converter (like a dialer with special functions) is connected between PSTN and carrier PbX *dialer can send CPN in subaddress *Option1: customer dials CPN, carrier No + CPN (in subaddress) is sent in signalling message.

  • Page 25: Routing & Carriers & Time Zones Table

    ITX 482 03 1.2). ROUTING & CARRIERS & TIME ZONES TABLE Routing table Up to 1400 conditions for call re-routing to the specified carrier can be set in this window. Calls with numbers not matching any conditions for re-routing are by- passed from E1-A to E1-B.
  • Page 26 ITX 482 03 overrides the R2 MFC/DTMF Dial and Pulse Dial Interdigit Timeout options in the ‘Parameters’ window. Setting TNDD allows faster establishment of connection *. Alternative Carrier – In case the carrier number is busy or not available, the call can be rerouted to up to three other alternative carriers (if set) and make overflow.
  • Page 27 ITX 482 03 Index – number of line in Carriers table Autodialer forbids setting of equal routing conditions for different carriers. * Do not use TNDD if the number of dialled digits is not known. Improper use can cause dialling errors! Example: Called party Call routing...
  • Page 28 ITX 482 03 Time zones table It is possible ro re-route a call to different carriers depending on time&day. Example: All calls beginning 999 will be routed in accordance with Time zones table, Index1. First set Carrier as “Time zones table” in Routing table Index corresponds to Index in Time zones table Then input data to Time zones table.

  • Page 29: Routing Exceptions

    ITX 482 03 1.3). ROUTING EXCEPTIONS Exceptions from calls where numbers are matching routing conditions (set in Routing table) . This means that even if you have a routing condition set, calls to the excepted number (matching conditions for re-routing) will not be routed, they will go through the PSTN.

  • Page 30: Clip Exceptions

    ITX 482 03 1.4). CLIP EXCEPTIONS Caller identification exceptions - calls from the specified PBX extension line number will not be routed to the carrier's network, but to the PSTN. The caller identification analysis is carried out from the end of the caller's number.
  • Page 31 ITX 482 03 Assignment of timeslots for customer There are several customers using the same E1 and it is defined in PbX which timeslots they can use. This function enables to seize the same timeslot, or first idle from the defined group if the same one is occupied, in PSTN as it was seized in PbX. This way it is ensured that the customers are utilizing only the timeslots determined for them in PbX.

  • Page 32: Parameters

    ITX 482 03 1.5). PARAMETERS PROTOCOL SETTING: Dial type – Type of signals used in the R2 inter-register signalling. This setting determines the dial type in the ‘Timeslot properties’ window Pulse dial for incoming PSTN on all 2-way timeslots – autodialer receives only pulse dial, other (DTMF, …...
  • Page 33 ITX 482 03 Note: This setting shall not be used when converting K MFC R2 signaling to ISDN DSS1 signaling! All timeslots by outgoing calls are in accordance with ANS 14103 standard – type of E&M signaling DIAL SETUP: Pause length – Sets pause length, represented in the carrier’s prefix or customer’s security code by the letter M (max.
  • Page 34 ITX 482 03 Wait for dial tone from carrier – After dialling carrier’s number, Autodialer waits for dial tone from the carrier, and on receiving it dials customer’s Security Number (if set) and destination number Length of carrier dial tone – minimum tone length, accepted by Autodialer Time supervision of receive of dialtone –...
  • Page 35 ITX 482 03 Answer supervision – tone – 1100 Hz or 1633 Hz (DTMF A,B,C,D) tone detection will start sending the charging pulses – called party has answered the call (real charging) Length of answer supervision tone - minimum tone length, accepted by Autodialer Send answer after receiving tone 1100 Hz –...

  • Page 36: E1 Settings

    ITX 482 03 1.6). E1 SETTINGS CRC 4 – In case incoming line uses CRC multiframe. CRC4 can be set for each interface. Identification prefix – In case the PBX connected to E1-A transmits only the extension number in the identification, the identification can be extended with customer’s complete number.
  • Page 37 ITX 482 03 Signalling types:  CAS - K signalling (MFC R2 or DTMF – setting in “Parameters” window) or E&M signalling (with or without setup acknowledge)  ISDN DSS1/Q signalling For ISDN signalling, it is necessary to set: PRA Configuration – Used for ISDN PRA line configuration NT –...

  • Page 38: Timeslot Properties

    ITX 482 03 1.7). TIMESLOT PROPERTIES This window is used for determining the timeslot directions for R2 MFC (or DTMF, if enabled in ‘Parameters’ window) signalling or timeslots dedication for data transmission for R2 MFC or ISDN PRA signalling, or when data module is present.
  • Page 39 ITX 482 03 Pulse dial or R2 MFC/DTMF dial could be set for each channel. Pressing the button under a column selects all channels in the column. DATA – Selected channels are reserved for external data transfers. The number of data channels determines the data transmission speed.

  • Page 40: Aoc

    ITX 482 03 1.8). AOC Autodialer offers two types of charging:  Real Charging  Pseudo Charging Real Charging – Customer using Autodialer can check his telephone account balance, accounted on the base of the actual call length, using the standard billing software supplied with the PBX.
  • Page 41 ITX 482 03 AOC Tables: ‘AOC’ window contains three basic tables:  Prefix Table  Time Table  Holidays Table Prefix Table – Setting the prefix and time tables. In case the number dialled is subject to re-routing and at the same time it is set in the prefix table, Autodialer assigns charging interval (time frequency of the charging pulses) in accordance with the Time Table (TT) and the system clock.
  • Page 42 ITX 482 03 Example: Autodialer charges the calls to numbers starting 02 ..., 03 ..., 04 ..., 05 ..During first 180 seconds (3 minutes) autodialer will send 1 metering pulse each 1 second. Next 10 minutes autodialer will send 1 metering pulse each 1 second. Then it will send 1 charging pulse each 2 minutes.

  • Page 43: Cli For Remote Access Calls

    ITX 482 03 1.9). CLI FOR REMOTE ACCESS CALLS If autodialer is placed between PbX and C.O. and superior public PbX doesn´t send called party number to inferior customer PbX, then it is possible to set calling party number (number of carrier) autodialer´s internal modem will answer to. If setting Authorized CLI numbers, do not set Remote access numbers in Parameters window.

  • Page 44: Customer Database

    ITX 482 03 1.10). CUSTOMER DATABASE Customer Database offers easy maintanance of information about your customers, such as Autodialer type, serial number, name of loaded configuration file, name of loaded file with AOC tables etc. The database can be updated according to the requirements.

  • Page 45: Incoming Call Redirection From Pstn

    ITX 482 03 1.11). INCOMING CALL REDIRECTION FROM PSTN Autodialer enables to redirect the incoming call to autodialer from PTT (from E1-B) to E1-C directly to the alternative carrier. Incoming call to the selected patch of PBX is routed in autodialer to E1-C by dialling the set telephone number. Identification of incoming call - identification of PbX extension which is set in autodialer for re-routing.

  • Page 46: Mfc R2 Setting

    ITX 482 03 1.12). MFC R2 SETTING This window displays the meaning of each signal in CAS R2 MFC signalling. CAS R2 MFC signaling can be set for specific country where dialer is used – selecting from MFC R2 profile (e.g. Slovakia, Czech, Malaysia,…). User MFC R2 profile enables to set user-defined meaning of MFC R2 signal.

  • Page 47: Synchronization

    ITX 482 03 1.13). SYNCHRONIZATION Autodialer is synchronized from E1-B by default. In case E1-B line is in status „Loss of Signal”, the source of synchronization is automatically changed to E1-C. It is possible to set the custom synchronization order or set only one source of synchronization.

  • Page 48: Identification

    ITX 482 03 1.14). IDENTIFICATION Device Serial Number, date of assembly, control software version and list of activated features. Configuration: One of the following three features can be active at any time: CAS – CAS R2 MFC signalling or ISDN – ISDN PRA DSS1 signalling or Converter CAS/ISDN –...

  • Page 49: Diagnostics And Statistics

    ITX 482 03 2). DIAGNOSTICS AND STATISTICS 2.1). E1 STATUS Loss of Signal LOS – Loss of signal on link level - E1 interface not connected Alarm Indication Signal AIS – Transmitted signal is constant with data value Log1 Loss of Frame Alignment LFA – Indicates synchronisation error in 0 channel Receive Remote Alarm RRA –...

  • Page 50: Listing Messages

    ITX 482 03 2.2). LISTING MESSAGES Signalling error diagnostics Signalling messages received or transmitted by Autodialer can be saved in a text file, which should be sent to the service centre for analysis. By pressing Start the selected types of messages will be captured and printed on the screen, pressing Stop will terminate the process.

  • Page 51: Connection Status

    ITX 482 03 2.3). CONNECTION STATUS Connection status is the most frequently used tool to display an overview of building a connection. The signalling messages of connection status are decoded to intelligible mode and the connection status is made transparent. Detailed information about calls processing.

  • Page 52: Timeslot Status Of Cas Signaling

    ITX 482 03 2.4). TIMESLOT STATUS OF CAS SIGNALING* Display of the status of individual timeslots for selected E1 interface – A, B, C. Start - autodialer starts to read the status of all timeslots cyclically Stop - autodialer stops cyclic reading of timeslots status Save –...

  • Page 53: Actual Timeslots Status

    ITX 482 03 2.5). ACTUAL TIMESLOTS STATUS Basic overview of E1 interface timeslots status, max. 30 calls at one time: START – dialer starts to monitor current timeslots status STOP – dialer stops to monitor the timeslots status Number of busy timeslots – number of timeslots which can not be used for call connection at the moment IN –...

  • Page 54: Statistics - Overall And By Carriers

    ITX 482 03 2.6). STATISTICS – OVERALL AND BY CARRIERS Autodialer records a statistic call overview for a period of time, power switch on / switch off report, list of last 400 errors on E1. Autodialer displays also call overview of current day (today) and last day (yesterday).
  • Page 55 ITX 482 03 Autodialer...

  • Page 56: Error Dump

    ITX 482 03 2.7). ERROR DUMP Autodialer enables to download the errors history from last time they were deleted. History is downloaded in format: Start of record, Baud Rate Error description and time when error was diagnosed in Autodialer Time list of error downloads Autodialer...

  • Page 57: Callback

    ITX 482 03 2.8). CALLBACK Callback function enables to make autodialer´s diagnostic call. Autodialer calls to the specified number at specified times or time intervals. It is possible to define the number autodialer will call to or the number the call will be made from, its identification.

  • Page 58: Change Of Basic Configuration

    ITX 482 03 3). CHANGE OF BASIC CONFIGURATION Autodialer ITX 482 03 allows to change the configuration in accordance with Table 1 ( e.g. change Autodialer CAS to Autodialer ISDN, Converter CAS / ISDN). How to order: New configuration is ordered for the specific device. When ordering the following information is required : ...

  • Page 59: Programming New Firmware

    (older) version of the control software. However, the new features of the later management software will not be supported by this earlier version of fimware. We recommend that you always use the latest version of the management software available on our website http://www.inoteska.sk. Autodialer...

This manual is also suitable for:

Itx 482 03.2 rItx 482 03.3 pvrItx 482 03.3 rItx 482 03.4 pvrItx 482 03.4 rItx 482 03.6 pvr ... Show all

Table of Contents