Aastra Ascotel IntelliGate A150 System Manual
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Aastra Ascotel IntelliGate A150 System Manual

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Ascotel® IntelliGate® Communications Systems
Interfaces and Terminals as of I7.8
System Manual
A150
A300
2025
2045
2065

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Summary of Contents for Aastra Ascotel IntelliGate A150

  • Page 1 A150 A300 2025 Ascotel® IntelliGate® Communications Systems 2045 2065 Interfaces and Terminals as of I7.8 System Manual...

  • Page 2: Table Of Contents

    Interfaces and Terminals as of I7.8 Content Safety Information ......... .5 1.
  • Page 3 Hardphone Aastra 5360ip ........
  • Page 4 Aastra 6755i and Aastra 6757i ........90...

  • Page 5: Safety Information

    WAN links or encrypt the IP packets, for instance using VPN (Vir- tual Private Network). Trademarks Ascotel® and IntelliGate® are registered trademarks of Aastra Technologies Limited. All other trademarks are trademarks of their respective proprietors. Safety Information...
  • Page 6 (quick) user’s guides. Other device-specific information may also be supplied. You can find these documents and up-to-date versions of all the system manuals available for this system at http://www.aastra.com/docfinder. More infor- mation on your device can be found at http://www.aastra.com...

  • Page 7: About This Document

    AIMS (Ascotel® Information Management System) are highlighted in italics and in colour for a clearer orientation. Document information • Document number: syd-0239 • Document version: 2.4 • Valid for systems as of: I7.8 • © 07.2009 • Download document: https://pbxweb.aastra.com/doc_finder/DocFinder/syd-0239_en.pdf?get&DNR=syd-0239 Safety Information...

  • Page 8: Considerations

    Interfaces and Terminals as of I7.8 1. 3 Considerations Safety Considerations Special hazard alert messages with pictograms are used to signal areas of particular risk to people or equipment. Hazard Failure to observe information identified in this way can put people and hardware at risk through electrical shock or short-circuits respectively.

  • Page 9: System Interfaces

    Interfaces and Terminals as of I7.8 System Interfaces Tab. 1 System interfaces and channels Term Explanation B channel User information channel: Each connection occupies one user infor- mation channel, e.g. 2 user information channels (connections) can be occupied simultaneously using one basic access. D channel Control and signalling channel: Channel for control and signalling as well as for packet data transfer.

  • Page 10: Network Interfaces

    Interfaces and Terminals as of I7.8 2. 1 Network Interfaces The system supports the following types of network interfaces: • Basic access T for connection to – the public ISDN network – the private leased-line network • Basic access S external for connection to –...

  • Page 11: Basic Access Variants

    Interfaces and Terminals as of I7.8 2. 1. 1 Basic Access Variants A basic access is a digital network interface for connection to the public network or to the private leased-line network. It can be set for the protocols DSS1 (public ISDN network) and QSIG / PSS1 (private leased-line network).

  • Page 12: Basic Access S External

    Interfaces and Terminals as of I7.8 2. 1. 1. 2 Basic Access S External The basic access S external is an S interface configured as external (S-bus protocol = EXTERNALS setting in the interface configuration). The basic access S external is designed for the following purposes: •...

  • Page 13: Point-To-Point And Point-To-Multipoint Connections

    Interfaces and Terminals as of I7.8 2. 1. 1. 3 Point-to-Point and Point-to-Multipoint Connections Basic accesses can be configured as point-to-point or as point-to-multipoint (TEI Management setting in the configuration of the network interfaces). Point-to-Multipoint Connection without a PBX The basic access in point-to-multipoint configuration allows a selective dial-up of the terminals connected in parallel using MSN, the Multiple Subscriber Number.
  • Page 14 Interfaces and Terminals as of I7.8 Point-to-Multipoint Connection with PBX If a PBX is connected using point-to-multipoint, a direct dial number must be cre- ated for each MSN number, with all the digits of the MSN number. NT1: Network Terminal MSN: Multiple Subscriber Number U/T: ISDN reference point...
  • Page 15 Interfaces and Terminals as of I7.8 Point-to-Point Connection without Direct Dial Without direct dialling in, only one call number is available. The individual PBX us- ers can only be reached indirectly via the number. This variant is suitable above all for systems with primarily outgoing traffic. NT1: Network Terminal U/T:...
  • Page 16 Interfaces and Terminals as of I7.8 Point-to-Point Connection with Direct Dial With direct dial the individual PBX users can be reached directly via their direct dial number. NT1: Network Terminal DDI: Direct dialling U/T: ISDN reference point AD2: digital terminal interface AD2 terminal interface S a/b: Analogue terminal interface...

  • Page 17: Primary Rate Access T2

    Interfaces and Terminals as of I7.8 2. 1. 2 Primary Rate Access T2 A primary rate access is a digital network interface for connection to the public net- work or the private leased-line network. It can be set for the protocols DSS1 (public ISDN network) and QSIG / PSS1 (private leased-line network).

  • Page 18: Clock Synchronization

    Interfaces and Terminals as of I7.8 2. 1. 2. 1 Clock synchronization The clock frequency of a PBX is provided (synchronized) by the public network via the basic accesses T and the primary rate accesses T2. Should synchronization by the public network fail (due, for example, to exchange line interruptions), the PBX will use its own clock.

  • Page 19: Digital Down-Circuit Connection Of A Pbx With Qsig

    Interfaces and Terminals as of I7.8 2. 1. 2. 2 Digital down-circuit connection of a PBX with QSIG If a down-circuit Ascotel® PBX is connected with an up-circuit PBX via digital lines (T, T2), all the features as per QSIG are available providing the up-circuit system supports the QSIG protocol.

  • Page 20: Direct Dialling Out (Ddo)

    Interfaces and Terminals as of I7.8 2. 1. 2. 3 Direct Dialling Out (DDO) If a fax server is connected to an S bus, individual fax receivers allocated a DDI number can be specifically addressed. In terms of routing technology, this corre- sponding to a DDO (Direct Dialling Out) function.

  • Page 21: Sip Access

    Interfaces and Terminals as of I7.8 2. 1. 3 SIP access The PBX can be connected to one or more SIP providers via the Ethernet interface on the basic system. The PBX supports 10 SIP access with up to 30 channels per SIP access.
  • Page 22 Interfaces and Terminals as of I7.8 Parameter Parameter value Remarks Use DNS_SRV (RFC 3263) <Yes / No> Mechanism for resolving the SIP server (or the SIP service) with the help of a DNS enquiry, for example using an URI/URL. Send 'Session Refresh' (RFC <Yes / No>...
  • Page 23 Interfaces and Terminals as of I7.8 Tab. 6 SIP provider configuration: SIP access Parameter Parameter value Remarks Trunk groups <Name> Here the SIP provider is assigned to a new trunk group. Maximum incoming <30...240> No further calls are routed via this trunk group once the set limit calls is reached.

  • Page 24: Analogue Network Interfaces

    Interfaces and Terminals as of I7.8 2. 1. 4 Analogue Network Interfaces The analogue network interfaces support DTMF and pulse dialling. A range of pa- rameters in the System Configurations allows country-specific adaptations to the public network as well as other settings. The table below shows the configuration options available: System configuration Tab.
  • Page 25 Interfaces and Terminals as of I7.8 Parameter Parameter value Remarks CLIP detection Yes / Note: CLIP detection on analogue exchange accesses is supported only by A150 and A300 (see also the "CLIP on Analogue Exchange Accesses" Chapter in the "System Functions and Fea- tures"...

  • Page 26: Analogue Down-Circuit Connection

    Interfaces and Terminals as of I7.8 2. 1. 4. 1 Analogue down-circuit connection With an analogue down-circuit connection the features of the up-circuit PBX can also be utilized. This results in the following special applications for the user: • Depending on the system configuration the user makes phone calls in a com- plex PBX environment.
  • Page 27 Interfaces and Terminals as of I7.8 The corresponding analogue trunk lines are configured to Down-circuit from the PBX. Consequence: – Digit barring is switched off in general. The digit barring of the up-circuit PBX has to be used. – Incoming calls are forwarded transparently to the user. The corresponding analogue trunk lines are to be configured to the correct dial- ling...

  • Page 28: Attenuation On Analogue Network Interfaces

    Interfaces and Terminals as of I7.8 2. 1. 4. 2 Attenuation on analogue network interfaces With analogue network connections you have a choice of four different attenua- tion settings: • Long • Long D for long lines • Short • Short D for short lines On lines with a loop resistance <...

  • Page 29: Terminal Interfaces

    Interfaces and Terminals as of I7.8 2. 2 Terminal interfaces The PBX supports digital and analogue user-network interfaces. 2. 2. 1 Digital user-network interfaces On each of these digital user-network interfaces several appropriate terminals can be hooked up and operated simultaneously. 2.
  • Page 30 Interfaces and Terminals as of I7.8 Format of the ETSI S-bus The format on the ETSI S-bus can be configured in the interface configuration for each S interface. Tab. 9 System configuration: Format of the ETSI S-bus Parameter Parameter value Remarks MSN format on the S-bus •...

  • Page 31: Ad2 Terminal Interface

    Interfaces and Terminals as of I7.8 2. 2. 1. 2 AD2 terminal interface The AD2 digital terminal interface is a proprietary, system-specific 2-wire interface used for connecting AD2 system terminals: • Corded AD2 system terminals • V.24 interface Pocket Adapter •...

  • Page 32: Ip Terminal Interface

    2. 2. 1. 3 IP terminal interface The IP terminal interfaces are implemented via an Ethernet interface on the main- board. Besides IP system terminals Ascotel® IntelliGate® also supports Aastra SIP terminals and SIP terminals by other manufacturers. Fig. 15...

  • Page 33: Analogue Terminal Interfaces

    Interfaces and Terminals as of I7.8 2. 2. 2 Analogue terminal interfaces This 2-wire interface supports the following off-the-shelf analogue terminals: • Analogue phones with DTMF or pulse dialling (earth key is not supported) • Radio units for cordless phones •...

  • Page 34: Special Interfaces

    Interfaces and Terminals as of I7.8 2. 3 Special Interfaces The system supports a range of special interfaces. 2. 3. 1 Ethernet interfaces The system provides two types of Ethernet interfaces: • Ethernet interface on the basic system for – data exchange with AIMS –...

  • Page 35: V.24 Interface

    Interfaces and Terminals as of I7.8 2. 3. 2 V.24 Interface The V.24 interface is a serial interface. Data transfer is asymmetrical, bipolar with a minimum of +/- 4 V over a minimum of 3 wires (SGND, TXD, RXD). Control signals are transmitted by code (XON, XOFF) or with additional lines for hardware flow con- trol.

  • Page 36: V.24 Standard

    Interfaces and Terminals as of I7.8 2. 3. 2. 1 V.24 standard In accordance with the V.24 recommendation, a cable length of 15 m limits the transmission speed to 38 400 bit/s. The maximum transmission speed via the V.24 interfaces on the mainboard (20x5 systems only) is 115200 bit/s. Transmission er- rors can occur if these limits are exceeded.

  • Page 37: Flow Control

    Interfaces and Terminals as of I7.8 2. 3. 2. 2 Flow control Depending on the set mode, the data flow is controlled differently by the equip- ment involved. The most common modes are Xon / Xoff or RTS /CTS. Xon / Xoff mode This mode is also known as a software handshake.

  • Page 38: Interface For Door Intercom System

    Interfaces and Terminals as of I7.8 2. 3. 3 Interface for Door Intercom System There are different ways of connecting door intercom systems: • Using an options card OI-2DOOR (only systems 20x5) • Using an options card ODAB (only systems A150/300) •...

  • Page 39: Terminals

    At a secondary level another distinction is made between the type of terminal: corded or cordless connection or via an IP network. Added to this are the Pocket Adapter and the PC Operator. 3. 1 System terminals Aastra 5380/5380ip Aastra 5370/5370ip Aastra 5360/5360ip Expansion keypad Expansion keypad...
  • Page 40 Navigation key Besides the Foxkey the system terminals of the Aastra 5300, Aastra 5300ip, Aastra 600d and Office 160 series also have a central navigation key. This is used to guide the user efficiently through the multi-functional menu. The navigation key makes it particularly simple to scroll vertically and horizontally through the various menu entries, open or exit menus, navigate through lists, etc.
  • Page 41 – – – – – – – – – – – – – – – – ✓ – – – – – – Environment subject to explosion hazards Combination of Softphones on the PC with an (AD2) system terminal. Requires an Aastra M535 expansion keypad Terminals...

  • Page 42: Corded Ad2 System Terminals

    The following table contains a summary of selected features of corded system ter- minals, which are described in more detail below. Tab. 13 Overview of the Corded AD2 system terminals Office Office Office Office 45 Aastra Aastra Aastra /45pro 5360 5370 5380 Interface...

  • Page 43: Office 10

    Interfaces and Terminals as of I7.8 3. 2. 1 Office 10 The Office 10 is a cost-effective alternative to analogue terminals. It features the in- tuitive operator prompting of system terminals: Pressing the Foxkey intelligently selects the function best suited to the situation. A message LED is used among oth- ers to signal notification by the Voice Mail System for example.

  • Page 44: Office 25

    Interfaces and Terminals as of I7.8 3. 2. 2 Office 25 The Office 25 is the ideal model for ordinary phone users. It has a Foxkey and four configurable keys as well as an alphanumerical display for displaying the number and name of the caller (CLIP / CNIP), operator menus in many European languages, Foxkey assignment and more.

  • Page 45: Office 35

    Interfaces and Terminals as of I7.8 3. 2. 3 Office 35 The Office 35 already features the full performance spectrum of Ascotel® Intelli- Gate® systems. All the features can be used intuitively through menu prompting and Foxkey. The operator menus are available in many European languages. The Office 35 is a terminal for high-volume telephoning with exacting requirements.

  • Page 46: Office 45 / Office 45Pro

    Interfaces and Terminals as of I7.8 3. 2. 4 Office 45 / Office 45pro The Office 45 features the full performance spectrum of Ascotel® IntelliGate® sys- tems. All the features can be used intuitively through menu prompting and Foxkey. The large, clearly structured display and the display keys make operation all the easier and offer full operator functionality.
  • Page 47 Interfaces and Terminals as of I7.8 Characteristics of the Office 45/45pro: • Can be used as a featurephone, key telephone and Operator Console • Allows special settings to be made on the system • Intelligent Foxkey • 10 freely configurable keys with dual-coloured LEDs •...

  • Page 48: Options For Office 35 And Office 45/45Pro

    Interfaces and Terminals as of I7.8 3. 2. 5 Options for Office 35 and Office 45/45pro Office 35 and Office 45/45pro can be equipped with expansion keypads (EKP) and / or an alpha keyboard (AKB) (a maximum of 3 options can be combined). 3.

  • Page 49: Aastra 5360

    10 freely configurable keys and the innovative Ascotel® IntelliGate® system functions it is ideally equipped to meet the demands of every- day business life. The sturdy design of the Aastra 5360 also makes it an ideal infor- mation phone in visitor or service areas.

  • Page 50: Aastra 5370

    The Aastra 5370 is an all-rounder with an impressive performance spectrum. 12 configurable keys for customized team, control and alarming functions are availa- ble as standard. In combination with a headset the Aastra 5370 is also ideally suited for telephony workstations such as those used in call centre environments. With the headset connection based on the DHSG standard, it is possible to control the volume and to answer and end calls conveniently from the headset.
  • Page 51 Interfaces and Terminals as of I7.8 Characteristics of the Aastra 5370: • User-friendly all-rounder model • Can be used as a key telephone • Intelligent Foxkey with 2 Fox menus • 4-way navigation key • 12 freely configurable keys with unicoloured LEDs •...

  • Page 52: Aastra 5380

    Like the Aastra 5370, the Aastra 5380 also has a head- set connection based on the DHSG standard. There is also the possibility of equip- ping the Aastra 5380 with a Bluetooth®...
  • Page 53 • User-friendly system terminal for more exacting requirements • Can be used as a key telephone • Can be used as an Operator Console in conjunction with an Aastra M535 expan- sion keypad • Intelligent Foxkey with 3 Fox menus •...

  • Page 54: Options For Aastra 5370 And Aastra 5380

    The status of each function is displayed visually by LEDs integrated in the keys. When operated on an Aastra 5370 the LEDs integrated in the keys light up unicol- oured (red); when operated on an Aastra 5380, they light up dual-coloured (red/ green).

  • Page 55: Plug-In Power Supply Unit

    Interfaces and Terminals as of I7.8 3. 2. 9. 2 Plug-in power supply unit If the power supply via the AD2 bus is insufficient, connect a plug-in power supply to the terminal. When using one or more expansion keypads connect the plug-in power supply to the last expansion keypad.

  • Page 56: Cordless Dect System Terminals

    The following table contains a summary of selected features of cordless sys- tem terminals, which are described in more detail below. Tab. 14 Overview of cordless system terminals Office 160pro/ Office 135/ Aastra 620d Safeguard/ Aastra 610d 135pro Aastra 630d ATEX...
  • Page 57 Front Office 160Safeguard blue also, Office 160ATEX yellow also. Office 135pro only Off Office 160ATEX Up to 350 entries (per user) Aastra 630d only Office 160ATEX only Office 160Safeguard/ATEX only Common DECT handset features A handset is not allocated to any particular radio unit. It can set up and clear down incoming and outgoing calls in all radio units.

  • Page 58: Office 135 / Office 135Pro

    Interfaces and Terminals as of I7.8 3. 3. 2 Office 135 / Office 135pro The Office 135/135pro is ideal for office environments as well as for hospitals and retirement homes. As it is compact, light and handy, it can be taken along to any meeting.
  • Page 59 Interfaces and Terminals as of I7.8 Features Office 135/135pro: • Small, practical, lightweight system terminal • Easy to operate with one hand • Sturdy, high-quality keypad • Intelligent Foxkey • Hotkey (2 configurable operating modes) • Message LED • Graphics-compatible, illuminated display •...

  • Page 60: Office 160Pro/Safeguard/Atex

    Interfaces and Terminals as of I7.8 3. 3. 3 Office 160pro/Safeguard/ATEX These three models have each been designed for different customer requirements. The basic version is the Office 160pro. With its sturdy design, the splashwater-proof and shock-proof Office 160pro is particularly well suited for industrial environ- ments.
  • Page 61 Interfaces and Terminals as of I7.8 Characteristics of the Office 160pro: • Shock-proof due to sturdy design • Dust-proof and splashwater-proof (IP64) • Vibra call • Headset socket • Intelligent Foxkey • Navigation key • Hotkey (2 configurable operating modes) •...

  • Page 62: Aastra 610D / Aastra 620D / Aastra 630D

    USB and Bluetooth® interface, have vibra call, and additional, freely configurable side buttons. The Aastra 630d is ideally suited for use in tough working environments. With its in- tegrated man-down, no-movement and escape alarm the terminal is ideal for use in the security or prison sector.

  • Page 63: Ip System Terminals

    Aastra 5370ip and an Aastra 5380ip via the integrated mini-switch connection, which considerably reduces the amount of LAN (Local Area Network) cabling re- quired. The features of the IP system terminals Aastra 5360ip, Aastra 5370ip and Aastra 5380ip are identical to those of the AD2 system terminals Aastra 5360, Terminals...
  • Page 64 Interfaces and Terminals as of I7.8 Aastra 5370 and Aastra 5380. The hardware however is of course different due to the different connection type. In appearance the terminals can only be differenti- ated by the different connections on the housing base and the labelling.

  • Page 65: Hardphone Aastra 5360Ip

    Interfaces and Terminals as of I7.8 3. 4. 1 Hardphone Aastra 5360ip With the exception of the differences mentioned below, the features of the Aastra 5360ip correspond to those of the Aastra 5360 (see page 49). Fig. 32 Aastra 5360ip Differences compared with the Aastra 5360: •...
  • Page 66 Permanent allocation of the three configuration keys on the Office 70IP-b If the Office 70IP-b is logged on to the system as an Aastra 5370ip a software up- date is automatically initiated. The terminal then becomes an Aastra 5370ip. From then on it can no longer be logged on to the system as an Office 35IP.

  • Page 67: Hardphone Aastra 5380Ip

    Interfaces and Terminals as of I7.8 3. 4. 3 Hardphone Aastra 5380ip With the exception of the differences mentioned below, the features of the Aastra 5380ip correspond to those of the Aastra 5380 (see page 52). Fig. 35 Aastra 5380ip Differences compared with the Aastra 5380: •...

  • Page 68: Options For Aastra 5360Ip, Aastra 5370Ip And Aastra 5380Ip

    Aastra 5380ip 3. 4. 4. 1 expansion keypads Expansion keypads can be connected to Aastra 5370ip and Aastra 5380ip. They are the same ones as those used for Aastra 5370 and Aastra 5380 (see "Options for Aastra 5370 and Aastra 5380", page 54).
  • Page 69 IP system terminal as the Aastra 5360ip/5370ip/5380ip: But unlike the terminals of the Aastra 5300ip family the OIP server signals and controls all the Office 1600/ 1600IP terminals in the network. The IP addressing is also carried out via the OIP server.

  • Page 70: Office 1560/1560Ip Softphones

    Interfaces and Terminals as of I7.8 3. 4. 6 Office 1560/1560IP Softphones Friendly and efficient, and capable of keeping control even under the most hectic conditions: Those are the qualities people expect of a professional switching cen- tre. All of which is easily achieved with the Ascotel® PC Operator Console, the PC workstation that fulfils virtually every requirement.
  • Page 71 Interfaces and Terminals as of I7.8 By integrating operator and information centre functions the PC Operator Console assists telephone attendants in dealing with their many different tasks: • Switching calls • Maintaining a clear overview of telephone traffic • Answering enquiries •...

  • Page 72: Aastra 2380Ip Softphones

    3. 4. 7 Aastra 2380ip Softphones The Aastra 2380ip has so much to offer: all the convenience of a fully fledged tele- phone, time-saving functions, simple operation and outstanding clarity of informa- tion. What’s more, it is not a desktop phone, bu an innovative softphone for PCs.

  • Page 73: Older Ip System Terminals

    Interfaces and Terminals as of I7.8 Other features of the Aastra 2380ip: • No OIP installation necessary for operation • Same scope of functions as the Aastra 5380ip • Operation by mouse click and keyboard • Displayable keypad • Displayable expansion keypad for team keys, functions and phone numbers •...

  • Page 74: Various Terminals

    Ascotel® IntelliGate®. • Other SIP terminals They include SIP terminals by Aastra or other manufacturers which do not have strong links with Ascotel® IntelliGate®. They include: – Softphones running as an application on a PC.

  • Page 75: Officesuite

    Interfaces and Terminals as of I7.8 3. 5. 2 OfficeSuite The OfficeSuite is a PC operating and configuration application for system termi- nals connected to the system. It is a user-friendly CTI Client which is installed on the OIP server. In its new modern design, with a clearly structured user interface, the OfficeSuite broadens the range of possibilities provided by system terminals.

  • Page 76: Office Edial

    One licence has to be obtained for each GSM terminal. A separate licence is required for using the Aastra Mobile Client. It includes a li- cence for integrating a GSM terminal.

  • Page 77: Corded Terminals By Other Manufacturers

    Corded Terminals by Other Manufacturers On the analogue and S user-network interfaces, appropriate terminal types from Aastra or other manufacturers can be used. For these terminals on the S bus, Asco- tel® IntelliGate® also provides a number of ISDN features (see the "ISDN Services Supported by the System"...
  • Page 78 Interfaces and Terminals as of I7.8 Tab. 16 Features on 9d handsets in GAP mode (without licence) Features Remarks Local handset features Local phone book, dialling by name, abbreviated dialling, con- figuration settings, etc. Display caller’s number to the called party The name is displayed if a name is stored along with the phone (CLIP) number in the local phone book.

  • Page 79: Installing, Connecting And Configuring Terminals

    Interfaces and Terminals as of I7.8 3. 6 Installing, connecting and configuring terminals 3. 6. 1 AD2 system terminals Accesses The connections on the underside of the system terminal are identified by the sym- bols. The meaning of the symbols is described in the corresponding operating in- structions.
  • Page 80 Interfaces and Terminals as of I7.8 User allocation Each terminal is allocated to a user in the configuration. If a terminal has been cre- ated at the connected port and the address selection switch is correctly selected but no user is allocated to the terminal, the terminal display reads No Number indicates the terminal ID.

  • Page 81: Office 10

    Interfaces and Terminals as of I7.8 3. 6. 1. 1 Office 10 The terminal is a desktop model. A wall-mounted bracket is available as an option. Installation of the desktop model Feed the connecting cable through the strain relief on the handset rest. Position the handset rest as required and put the handset in place.

  • Page 82: Office 25, Office 35, And Office 45/45Pro

    Interfaces and Terminals as of I7.8 3. 6. 1. 2 Office 25, Office 35, and Office 45/45pro These terminals are desktop models. A wall-mounted bracket is available as an op- tion for Office 25 and Office 35. Installation of the desktop model Connect the handset cord and the phone cord to the terminal as indicated in the operating instructions.
  • Page 83 Interfaces and Terminals as of I7.8 96 mm 48 mm 4 x 25 mm 4.2 x 13 mm Fig. 40 Wall mounting of Office 25 and Office 35 Terminals...
  • Page 84 Interfaces and Terminals as of I7.8 Self-test Office 25 Unplug the terminal connecting line from the connection socket; with the Foxkey on the outer left pressed down, reconnect the terminal connecting line. Once the self-test mode has started, release the Foxkey. All the display symbols appear.

  • Page 85: Aastra 5360, Aastra 5370, And Aastra 5380

    • Set-up as a desktop phone (choice of two different set-up angles) • Wall mounting • Connecting one or more Aastra M530 or Aastra M535 expansion keypads. Bluetooth® module The Aastra 5380 can also be equipped with a Bluetooth® module as an option. To install (see Fig. 41), proceed as follows: Fig.
  • Page 86 Label the terminal as indicated in the operating instructions. Power supply The Aastra 5360, Aastra 5370 and Aastra 5380 terminals are normally powered via the AD2 bus. However there are several reasons that require powering with a plug- in power supply: •...

  • Page 87: Dect Terminals Office 135/135Pro, Office 160Pro/Safeguard/Atex

    Interfaces and Terminals as of I7.8 3. 6. 2 DECT terminals Office 135/135pro, Office 160pro/ Safeguard/ATEX and terminals of the family Aastra 600d Installation The assembly of the charging bay and the handsets is described in the correspond- ing operating instructions.

  • Page 88: Ip System Terminals Aastra 5360Ip, Aastra 5370Ip, Aastra 5380Ip

    • Connection to the LAN and possibly to the power supply The Aastra 5380ip can also be equipped with a Bluetooth® module as an option. The assembly procedure is the same as for an Aastra 5380 and as described on page...
  • Page 89 No expansion keypad can be connected to an Office 70IP-b, which is why it falls into Class 1. including an Aastra M530 or Aastra M535 expansion keypad including up to three Aastra M530 or Aastra M535 expansion keypads Configuration and commissioning The configuration (addressing) and commissioning of the IP terminals is described in the "Ascotel®...

  • Page 90: Office 1560/1560Ip, Office 1600/1600Ip

    Aastra SIP terminals Aastra 6751i, Aastra 6753i, Aastra 6755i and Aastra 6757i The registration of Aastra SIP terminals and SIP terminals by other manufacturers as internal users is described in the "SIP in Ascotel® IntelliGate®" System Manual. 3. 6. 6...
  • Page 91 Interfaces and Terminals as of I7.8 Integration step 2 Suffix dialling procedures such as enquiry calls or setting up a conference are also possible. This requires special DTMF receivers which must be activated throughout the connection. This in turn requires DSP resources. This means that the following prerequisites are needed so that the functions of integration step 2 can be used: •...
  • Page 92 Interfaces and Terminals as of I7.8 Automatic authentication of the GSM user If the parameter CLIP authentication is set on the GSM user is automatically au- thenticated by means of the CLIP, and the user obtains the internal dialling tone af- ter a ring-back tone.
  • Page 93 Interfaces and Terminals as of I7.8 System configuration Tab. 21 Configuration in AIMS Parameter Parameter value Remarks Route <Route number> • This route is used if the GSM user’s internal call number is dialled and an external call is then made to the stored call number.
  • Page 94 AIMS. In addition to the licence code an Aastra Mobile Client access code is also printed out. You will need this access code later on for the Aastra Mobile Client administration (see item 9).
  • Page 95 Restart the Aastra Mobile Client on the GSM terminal to activate the configura- tion. The Aastra Mobile Client is now set up and ready for you to use. Tab. 22 Configuration in the Aastra Mobile Client Administration on the licence server.
  • Page 96 Aastra Mobile Client. See also: A separate User’s Guide is available for the Aastra Mobile Client. It con- tains a list of the Nokia and Samsung devices supported as well as a short description of the telephony functions provided that can be operated using menu keys.

  • Page 97: Malfunction

    Interfaces and Terminals as of I7.8 3. 7 Malfunction 3. 7. 1 Malfunctions of the terminals in general Tab. 23 Malfunctions on the terminal side Error description Error cause / error handling Terminals with configurable dialling method expe- System earth must not be connected on terminals con- rience sporadic malfunctions whenever control key figured for MFV / DTMF (double signalling on Flash / is pressed.

  • Page 98: Malfunctions Of The Dect Handsets

    Interfaces and Terminals as of I7.8 3. 7. 2 Malfunctions of the DECT handsets Tab. 24 Malfunctions of the DECT handsets Error description Error cause / error handling No display. • Switch handset on and test • Replace or charge battery No radio link to radio unit;...
  • Page 99 Interfaces and Terminals as of I7.8 Tab. 26 Malfunction of the DECT charging bay Office 160 Error description Error cause / error handling Handset will not charge. • Connect power supply • Check the charging contacts • Check battery and replace if necessary. •...

  • Page 100: Operation Of The System Terminals

    The following Latin script assignment for the digit keys applies to the system termi- nals Office 35 / Office 45/45pro / Aastra 5360ip / Aastra 5370/5370ip / Office 135/ 135pro and all models of Office 160 for all PBX languages with the exception of Greek: Tab.
  • Page 101 On the Office 160 system terminal the space character is stored under digit 0 and the special characters are stored under the #-key instead of the *-key. The Office 25 and Aastra 5360 terminals does not have an graphics-compatible dis- play and therefore cannot display all the characters featured (see also the corre- sponding Operating Instructions).

  • Page 102: Alphanumerical Keyboard (Akb)

    Interfaces and Terminals as of I7.8 3. 8. 2 Alphanumerical keyboard (AKB) The alpha keyboard for Office 35 and Office 45 is available in 2 variants, which differ in the keypad printing. + ¥ ‘ £ “ € % § &...
  • Page 103 Interfaces and Terminals as of I7.8 + ¥ ‘ £ “ € % § & < / > = ¤ ⌫ Σ Ε Ρ Τ Υ Θ Ι Ο Π Α Σ Δ Φ Γ Η Ξ Κ Λ ↵ ⇑...

  • Page 104: Alpha Keyboard Aastra 5380/5380Ip

    Interfaces and Terminals as of I7.8 3. 8. 3 Alpha keyboard Aastra 5380/5380ip The integrated alpha keyboard on the Aastra 5380/5380ip is available in QWERTY version only. The special characters can be called up using the "Ctrl" key and the "Shift" key.

  • Page 105: Function Commands (Macros)

    Interfaces and Terminals as of I7.8 3. 8. 4 Function commands (macros) Function commands are used mainly for automatically activating / deactivating features using the function keys of the system terminals. The following function commands are available: Tab. 30 Function commands for system terminals Function command Meaning "A"...

  • Page 106: Technical Data

    Interfaces and Terminals as of I7.8 Technical Data 4. 1 Network interfaces The following technical data applies to the network interfaces: Basic Access T • Standard Euro ISDN interface as per CTR-3 • Configurable for point-to-point or point-to-multipoint operation Analogue network interfaces •...
  • Page 107 Interfaces and Terminals as of I7.8 Digital terminal interface S • Standard Euro ISDN interface • Phantom power supply min. 140 mA, limiting at approx. 170 mA, terminal voltage 36...41 V a/b analogue terminal interface • Voice path with A/D and D/A conversion (standard PCM, A-law) •...

  • Page 108: System Terminals

    Interfaces and Terminals as of I7.8 4. 3 System terminals Tab. 32 AD2 system terminals Office 10, Office 25, Office 35, Office 45/45pro, Aastra 5360, Aastra 5370, Aastra 5380 Ambient temperature in operation 0 °C to 40 °C Relative humidity in operation...
  • Page 109 61 mm 121 mm approx. 180 g 115 mm (Desktop 25 °) 198 mm (Desktop 25 °) approx. Aastra 5360, Aastra 5360ip 151 mm (Desktop 262 mm 166 mm (Desktop 45 °) 850g 45 °) 90 mm (Wall) 199 mm (Wall) 115 mm (Desktop 25 °)
  • Page 110 Door intercom system ..... . 38 Aastra 610d ....... . 62 Aastra 620d .
  • Page 111 Interfaces and Terminals as of I7.8 Symbols ........8 System Interfaces .

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