Page 1 2025 2045 Ascotel® IntelliGate® Communications Systems 2065 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 System Manual...
Page 2: Table Of Contents
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Content Safety Information ......... .8 1.
Page 3 4. 1. 6 Rack version Ascotel® IntelliGate® ....... 61 4. 1. 6. 1 Basic Front Panels.
Page 4 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 4. 7. 5. 1 Door intercom system ......... 131 4.
Page 5 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 5. 6. 1. 1 Hardware-induced initialization ....... . 178 5.
Page 6 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 6. 3. 5 Power supply module ......... 206 6.
Page 7 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Annex........... 251 7.
Page 8: Safety Information
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Safety Information This Chapter contains information about the Ascotel® IntelliGate® product and this document itself as well as definitions relating to safety and general considerations. In- formation about commissioning, operation and data protection are other topics in this chapter.
Page 9: About This Document
The system functions and features, the DECT planning, the descriptions of interfaces and system terminals as well as the possi- bilities for networking several systems into a private network (PISN) or an Ascotel® Safety Information...
Page 10 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 IntelliGate® Net (AIN) are not part of this Manual. They are described in separate documents. The System Manual is intended for planners, installers and system managers of tel- ephone installations. A basic knowledge of telephony, in particular of ISDN and IP technology, is required to understand the content of the System Manual.
Page 11 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 General Considerations Special symbols for additional information and document references. Note Failure to observe information identified in this way can lead to equip- ment faults or malfunctions or affect the performance of the system.
Page 12: Commissioning
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 1. 3 Commissioning Completeness Check for completeness when unpacking the delivered system. Complaints are to be settled within an appropriate period. Damaged Components Check the components for damage. Damaged systems or components must not be put into operation.
Page 13: During Operation
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Hazard: Explosion hazard through operation in areas subject to explosion haz- ards. Do not install the systems in areas subject to explosion hazards. Installation Instructions Observe the installation instructions precisely with regard to the components in- stalled, the earthing concept and the connection of the system.
Page 14: Data Protection
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 1. 5 Data protection During operation the system records and stores personal customer data (call log- ging). Take the following precautionary measures: • During configuration, always keep the configuration / planning data contained on the relevant data carriers under supervision.
Page 15: System Overview
This chapter provides a brief overview of the Ascotel® IntelliGate® with its system termi- nals and application possibilities. In addition, installation versions and positioning in relation to other Ascotel® products are shown. Finally, we talk about the topics of net- working possibilities, application interfaces, and connection possibilities.
Page 16 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Basic Systems Ascotel® IntelliGate® 2025/2045/2065 is a family of communication systems based on two basic systems. One shared system for Ascotel® IntelliGate® 2025 and 2045, and a separate system for Ascotel® IntelliGate® 2065. Fig. 1 Ascotel®...
Page 17 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Terminals The system terminals are characterised by an attractive design, ergonomic opera- tor convenience and customer-oriented functionality. The broad range of products ensures there is a suitable model for every use. Among corded terminals the choice ranges from the cost-effective basic model to the fully equipped added-feature model.
Page 18 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Installation versions Ascotel® IntelliGate® is available for wall mounting and in a 19” rack version for in- stallation in a communication cabinet. Fig. 2 Ascotel® IntelliGate® 2065R Rack version Positioning Applications range from small and medium-sized companies and branches (Asco- tel®...
Page 19 Networking Possibilities The networking of several systems is possible both in a private network (PISN) and in an Ascotel® IntelliGate® Net (AIN). It is possible to combine systems of the family Ascotel® IntelliGate® 2025/2045/2065 and Ascotel® IntelliGate® 150/300. Ascotel® IntelliGate® adapts easily to any company structure with the integration of external workstations with IP system terminals, of cordless handsets via DECT/ WLAN, and of corded analogue or digital terminals and CTI workstations.
Page 20 OIP supports the connection of external directories and it is also possible to set up alarming and messaging systems. Several Ascotel® IntelliGate® systems can be connected to an OIP server. It is then possible for instance to obtain network-wide call logging for all the systems, to dis- play call charge information on the system terminals and to display status on the busy lamp field of the PC Operator for all the users connected.
Page 21 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Connection options Digital Telephony Digital feature phones and (DTMF / IMP) key telephones Integrated DECT system Operator console(s) Office 45 Ethernet ISDN comfort sets External applications Fax server S extern (2B+D) Fax 1..3 (30B+D)
Page 22: Expansion Stages And System Limits
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Expansion Stages and System Limits Within the limits of the system the basic systems can be expanded using expansion cards and licences. To adapt the system ideally to suit the customer requirements, the available expansion possibilities and system limits need to be known. With the project data the optimum hardware configuration is easily determined using the Project Man- ager.
Page 23: Basic Systems
The systems differ in the number of expansion slots and are based on two basic sys- tems: • 2025/2045 basic system • 2065 basic system Ascotel® IntelliGate® 2025 and Ascotel® IntelliGate® 2045 differ only through the ex- pansion limits defined by the licences 3. 3 Basic Systems Each system is available in a wall-mounting and rack-mounting variant.
Page 24: Basic System 2025/2045
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 3. 3. 1 Basic system 2025/2045 The 2025/2045 basic system provides the basis for the systems Ascotel® IntelliGate® 2025 and Ascotel® IntelliGate® 2045. It consists of the following components: • 2025/2045 housing • Main board 2025/2045 incl. power supply •...
Page 25 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Interfaces on the mainboard 2025/2045 haz1108aaend0 Power supply System slots for RAM and Flash cards Expansion slots Massstab 1:10 S/T-switchover jumper (MBS-1) V.24 interfaces S/T-switchover jumper MBS-2 Audio interface Ethernet interface a/b interfaces EIM card...
Page 26: Basic System 2065
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 3. 3. 2 Basic system 2065 The 2065 basic system provides the basis for the Ascotel® IntelliGate® 2065 system. It consists of the following components: • 2065 housing • Main board 2065 incl. power supply •...
Page 27 2065 – On the Ascotel® IntelliGate® 2065 the processor card MPC-8260 has 1 Ethernet interface (10 / 100Base T, half/ full-duplex). (Full duplex only, if the connected switch-port is configured to "automatic".) The 2065 mainboard of the basic system does not have any trunk connections or terminal interfaces.
Page 28: System Cards
The systems are factory fitted with the system cards. System cards do not take up any expansion slots. Processor card MPC-8260 Processor card MPC-8260 contains the system processor, the RAM card and the Ethernet interface for the Ascotel 2065 basic system. Memory cards Tab. 6 Memory cards per system...
Page 29: Power Supplies
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 3. 4 Power supplies 3. 4. 1 Power supply module In addition to the power supply via the 230 V mains network an optional DC power supply module UPS-12V is also available for an uninterrupted power supply from a 12V buffer or central battery.
Page 30: Expansion Cards
(max. number of interfaces). The Ascotel 2065 mainboard contains 14 expansion slots. The expansion cards are the same for all Ascotel® IntelliGate® systems. In principle any card can be used in any system (exception: The expansion card with two pri- mary rate accesses (ISDN-02PRA) is not designed for Ascotel®...
Page 31: Terminal Cards
Depending on the software, the IPI-100BT card becomes the AIP 6400 card or AIP 6500 card. • With the AIP 6400 software the card functionally becomes an Ascotel® IP gate- way AIP 6400. The applications are VoIP (Voice over Internet Protocol) and QSIG networking in the IP network.
Page 32 A separate documentation is available with details of these special cards. Voice Mail Cards VM-02P and VM-04P Ascotel® IntelliGate® provides two card types which differ in the number of Voice Mail channels and recording time. Only one of these cards can be installed per sys- tem: Tab.
Page 33 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Options Card OI-2DOOR The OI-2DOOR options card contains special interfaces for connecting door inter- com systems, a switch group interface and relays. Tab. 11 Special interfaces on the OI-2DOOR options card Special interfaces Number of entries Interface for door intercom system incl.
Page 34 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 The operating mode for the Media Switch is determined using the VoIP mode rameter: The VoIP hybrid mode handles both G.711 and G.729 for coding voice data. Although more voice channels are available per DSP in Only VoIP G.711...
Page 35 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 the quality during hands-free mode. The Aastra 5370/5370ip and Aastra 5380/ 5380ip system terminals do not require any DSP resources for full-duplex hands- free operation. There are 4 card types, which differ in the number and type of available DSP chips: Tab.
Page 36 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Tab. 15 Max. number of voice channels for DSP chips on DSPX-02 Voice DECT VoIP FoIP Remarks mail Voice Mail only G.729 Voice Mail only G.729 2025 system: 1 FoIP channel 2045/2065 system: 2 FoIP channels...
Page 37 For VoIP / QSIG via IP; contains Ethernet interface (gateway) AIP-6500 To implement an Ascotel® IntelliGate® Net and connect IP system terminals and SIP termi- nals; contains an Ethernet interface (gateway) The relevant detailed documentation is available for each of these cards...
Page 38: Ethernet Switch Upgrade Set
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 3. 6 Ethernet switch upgrade set An Ethernet switch upgrade set is available for the 2025/2045 basic system. By fit- ting the switch it is possible to use installation cables Category 5 for both LAN and phone call transmissions simultaneously.
Page 39: System Limits
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 3. 7 System Limits System limits are defined on the one hand by the existing hardware with its expan- sion possibilities and on the other by the limits set in the software. The software limits can be enabled in part by licences.
Page 40 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Ascotel® Ascotel® Ascotel® AIN with Max. number Intelli- Intelli- Intelli- 2065 as Gate® 2025 Gate® 2045 Gate® 2065 Master User Groups as for 2065 Members per user group with global call distribution as for 2065...
Page 41: Terminals
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Ascotel® Ascotel® Ascotel® AIN with Max. number Intelli- Intelli- Intelli- 2065 as Gate® 2025 Gate® 2045 Gate® 2065 Master Freely configurable keys 4000 4000 5000 as for 2065 Expansion keypads on AD2 terminals Expansion keypads on IP system terminals...
Page 42 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 2025 2045 2065 AIN with Inter- System Termi- Terminal type per sys- per sys- per sys- 2065 as inter- face nals Master face Featurephones / Office 10, system terminals Office 25, Office 35, Office 45,...
Page 43: Terminal And Network Interfaces
Operation on 2 AD2 interfaces in each case Maximum of 2 call connections possible simultaneously The Ascotel® Voice Mail System occupies 2 or 4 a/b interfaces. Transmission with the T.38 protocol is recommended for Fax over IP. The corresponding DSP resources need to be allocated.
Page 44: Licence-Related System Limits
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Ascotel® Ascotel® Ascotel® AIN with Max. number... Intelli- Intelli- Intelli- 2065 as Gate® 2025 Gate® 2045 Gate® 2065 Master Total primary rate accesses (T2, AIP 6400) Interfaces S, total of S external + T...
Page 45 The following licences are managed in the PBX: • PBX System Upgrade to 2045 This licence upgrades an Ascotel® IntelliGate® 2025 to an Ascotel® IntelliGate® 2045 by increasing the system limits. For both systems all the slots are available. Ascotel® IntelliGate® 2025 does not require a licence.
Page 46 Ascotel® functions to be controlled using defined DTMF shortcuts (only for Italy). • Basic Ascotel® IntelliGate® Net This licence allows an Ascotel® IntelliGate® Net to be set up and operated with one Master and one satellite. • Ascotel® IntelliGate® Net Satellites An upgrade licence for each additional satellite is required to integrate more than one satellite in an Ascotel®...
Page 47 Requirement: The DSP resources on each node must be available and allocated accordingly. • GSM Terminals This licence is used to connect GSM terminals to Ascotel® IntelliGate®. One li- cence has to be purchased for each GSM terminal. • GSM Terminals with Aastra Mobile Client This licence enables easy integration of GSM terminals with Aastra Mobile Client.
Page 48 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Ascotel® IntelliGate® Net In an AIN the licence is always acquired on the Master. The licence allows the remote maintenance of the AIN via any A150/300 node. The Master can also be a 20x5 system.
Page 49 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Ascotel® IntelliGate® Net In an AIN the licence must always be acquired on the nodes on which added voice memory capacity is required. Requirement: The DSP resources on each node must be available and allocated accordingly.
Page 50 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Without Licence Licensed attributes With licence licence Basic Ascotel® IntelliGate® Net Operation of an AIN unavaila- AIN with master and one satellite Ascotel® IntelliGate® Net Sat- Additional satellite in an AIN 1 additional satellite per...
Page 51 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 For Italy only Upgrade to "Basic Ascotel® IntelliGate® Net" licence All the licences are offered in separate licence packages. Depending on the sales channels the packages may differ from the licences in Tab. 21. The systems are fac- tory supplied unlicensed.
Page 52: Power Supply-Related Limits
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 • ATASpro Interface • SIP Access Channels, unlimited • Terminals, unlimited • Aastra SIP Terminals, unlimited • VoIP Channels for Standard Media Switch, unlimited • Terminals, unlimited • Aastra 5300 Series IP Terminals (Office IP...
Page 53 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Note: Durch Einsatz einer externen Endgeräte-Zusatzspeisung ATPS kann die verfügbare Leistung zur Speisung der Endgeräte auf 250 W erhöht werden (siehe "External Auxiliary Terminal Power Supply (ATPS)", page 74). The table below shows the average power requirements of the terminals for a line length of approx.
Page 54: Limits Per Terminal Interface
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 for each AD2 interface Overload shutdown A red LED (OVLD) on the connector strip above the 7-segment display is used to signal that the rated power (100%) of the terminal power supply has been ex- ceeded (see Fig.
Page 55: Installation
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Installation This Chapter tells you how to install Ascotel® IntelliGate® 2025/2045/2065 and the con- ditions to be observed. It also includes the mounting into a 19” rack, the correct way to connect the earthing, and the power supply. Other topics in this chapter are equipping the basic system with expansion cards and the network-side and terminal-side wiring of the interfaces.
Page 56: Safety Regulations
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 4. 1. 2 Safety regulations Be sure to observe the following safety regulations before carrying out work inside a PBX: Hazard: Once the PBX is connected to the 230 V mains or the UPS-12V module is connected to the battery, there are hazardous voltages inside the PBX housing.
Page 57 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Distance to the wall ≥ 230 Cover Cable duct >= 20 haz1197aadeb0 e.g. cabinet doors haz1197aaenc0 Cable duct *) no minimum foreseen Fig. 13 Dimensional drawing for basic system 2065 Installation...
Page 58 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 4 mm Dimensions of the basic system 2025/2045 Dimensions of the basic system 2065 Fig. 14 Dimensional drawing for wall-mounting of the PBX To mount the basic system on a wall, proceed as follows: Mark out the position of the 4 screws as shown in the dimensional drawing for the wall mounting of the PBX.
Page 59: Cabinet Mounting (Vertically In 19" System Cabinet)
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 4. 1. 4 Cabinet mounting (Vertically in 19" system Cabinet) The mounting set is used to install the PBX vertically inside a 19" system cabinet. Note: The system takes up the space of 12 height modules inside the system cabinet.
Page 60 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 haz1253aaxxa0 Fig. 16 Accessories for installation set and installation of the PBX in a 19" system cabinet Installing the PBX into a 19" system cabinet Step A: 8 Fit 8 cage nuts [7] (see Fig.
Page 61: Horizontal Mounting
4. 1. 6 Rack version Ascotel® IntelliGate® With the greater IP integration of Ascotel® IntelliGate® systems all systems are also available in rack versions. The scope of performance and functionality do not differ from those of systems with conventional design. This means that all the informa- tion contained in the Ascotel®...
Page 62 Cabled interfaces of the mainboard with designation labels Basic Front Panels Locks on the rack plug-in unit Basic system 2025R/2045R Apertures for cabling Fig. 17 Ascotel® IntelliGate® 2025R/2045R in its basic configuration See also: Dimensions and weights of the rack versions (see "Technical Data", page 254).
Page 63: Basic Front Panels
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 4. 1. 6. 1 Basic Front Panels The basic front panel is fitted differently depending on the system. The interfaces between the expansion cards and the basic front panel are connected using pre- fabricated 16-wire cables, which are available in lengths of 0.5 or 2 m [10] 0.12 0.13 0.14...
Page 64 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Basic Front Panel on the 2025R/2045R Basic System The basic front panel on the 2025R/2045R basic system incorporates not only the pre-wired interfaces of the mainboard but also all the interfaces of any expansion cards.
Page 65: Expansion Front Panels
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 – 1 Potential-free relay contact for general bell – Other interfaces of expansion cards 4. 1. 6. 2 Expansion Front Panels The following expansion front panels are available for the cabling of other network, terminal and special interfaces of the 2065R system: •...
Page 66: Connection Modules
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 4. 1. 6. 4 Connection Modules Different connection modules can be fitted depending on a system's configuration and expansion. They are installed behind the openings provided in the front pan- els. Unused openings in the front panels can be closed using dummy covers. The connection modules and the dummy covers can be supplied singly.
Page 67 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 S/T Connection Module The S/T connection module contains 8 RJ45 sockets for 8 S and/or 8 T interfaces. The wiring to the expansion cards consists of two prefabricated 16-wire connecting cables or 4 quad two-conductor pillar terminal blocks. Each connection module features two 16-pin sockets for S and T interfaces to accommodate the different wiring of the S and T interfaces.
Page 68 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 LAN/PRA connection module The front of the LAN/PRA connection module features 8 RJ45 screened sockets, with in each case the superimposed sockets connected in parallel. 4 RJ45 screened sockets for 4 PRA and/or 4 Ethernet interfaces are available for the wiring to the ex- pansion cards.
Page 69: Earthing And Protecting The System
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 4. 2 Earthing and protecting the system The protective earth and equipotential bonding are important integral parts of the safety concept: Standard EN 60950 relevant to safety matters stipulates protective earthing. Warning High leakage current.
Page 70 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Indirect connection Direct connection Socket Socket 230 VAC 230 VAC Protective conductor Protective conductor main distribution board isolating point building earth building earth haz1105aaenb0 haz1104aaenb0 Earthing (copper wire 2.5 mm2, yellow / green) Fig. 23...
Page 71: Connecting The Cable Screening
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 4. 2. 2 Connecting the cable screening Procedure: Exposing the screening: Strip off the plastic outer sheath over a length of 30- 40 mm in the area of the connecting terminals for cable ties.
Page 72: Connecting The Cable Screening
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 4. 2. 3 Connecting the cable screening Note Connect the cable screens to one another at the splitting point only. Observe the tree structure principle to prevent earth loops. Fig. 26 Tree structure principle...
Page 73: Pbx Power Supply
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 4. 3 PBX power supply The standard PBX power supply is 230 VAC. For an uninterruptible power supply (UPS) or for powering the PBX from a 12 VDC source, the UPS-12V module must be installed.
Page 74: External Auxiliary Terminal Power Supply (Atps)
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 4. 3. 2 External Auxiliary Terminal Power Supply (ATPS) An external 40V Auxiliary Terminal Power Supply (ATPS) has to be used if the inter- nal power supply is no longer sufficient based on the power requirements calcu- lated for powering the terminals or due to event messages signalling a supply over- load.
Page 75 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 230 VAC ATPS Massstab 1:10 cable trough ≥ 60 ≥ 60 40 VDC Fig. 29 Wall mounting of the ATPS system haz1345aaxxa0 Fig. 30 Connector strip 2065 mainboard (MBL-2) Installation...
Page 76: Uninterruptible Power Supply (Ups)
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 haz1346aaxxa0 Fig. 31 Dimensional drawing for wall-mounting the ATPS 4. 3. 3 Uninterruptible power supply (UPS) The use of an uninterruptible power supply (UPS) guarantees that the PBX can be operated even in the event of a failure of the 230 V power supply.
Page 77 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 If a battery isolating point is provided, it must be equipped to handle a current of 20 A (at 12 VDC). haz1186aaxxc0 UPS-12V Massstab 1:5 Primary connector Secondary connector Cable clamp (Fast-ON 6.3 mm)
Page 78 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Fit the battery cable without battery connected to the UPS-12V module. Make sure the polarity is correct! Connect the UPS-12V module with the PBX. To do that connect the cable to the primary connector and secondary connector (see Fig.
Page 79: External Ups
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 4. 3. 3. 2 External UPS The uninterruptible power supply is selected in accordance with the power re- quirements of the PBX (see Tab. 26). Uninterrupted operation of the PBX is ensured if the UPS takes control of the power supply within the times indicated in Tab.
Page 80: Equipping The Pbx
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 4. 4 Equipping the PBX 4. 4. 1 Cards Expansion cards and system cards are used in the system. 4. 4. 1. 1 System cards System cards ensure the system's operability. They are part of the basic system and...
Page 81 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 View A haz1109aaena0 Shielding strip (front covering) Connector panel Direct connection; plug connectors for two-conductor pillar terminal blocks Indirect connection; connector for 16-wire connecting cable = Pin 1 Fig. 33 Expansion card Installation...
Page 82 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Fitting expansion cards Expansion cards can be fitted to any expansion slot. Exception: On the Ascotel® IntelliGate® 2065, the middle slot (No. 8) is reserved for the MPC-8260 processor card (Fig. 11). Procedure: A Torx screwdriver, size Torx 10, is needed to secure the screening strip (front cover) to the metal cage.
Page 83: Component Mounting Rules And Examples
• Voice Mail cards are considered as 2 or 4 analogue terminal interfaces during lo- gon. 4. 5. 2 Examples of component placement Tab. 28 Example of component placement with Ascotel® IntelliGate® 2025 Network Terminal inter- Location Card Note...
Page 84 2. Activation of the expansion cards Expansion slots 1. Activation of the interfaces on the Main board 3 x a/b 4 x AD2 3 x S/T haz1341aaenc0 Fig. 34 Activation of the interfaces using the example of component placement on Ascotel® Intelli- Gate® 2045 Installation...
Page 85 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Tab. 30 Example of component placement with Ascotel® IntelliGate® 2065 Expansion Network Terminal Slot Note card interfaces interfaces 2065 basic system (MBL) Expansion slot 1 SC-32AD2 for system terminals Expansion slot 2 SC-32AD2 for system terminals...
Page 86: Connecting The System
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 4. 6 Connecting the System There are two possibilities for connection to the telephone network and the termi- nal-side cabling: • Direct connection via pillar terminal blocks (see Fig. • Indirect connection using prefabricated cables (see Fig.
Page 87: Direct Connection
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Only if a second door intercom is being used. If all the functions of the first door intercom are being used. 4 contacts blank 4. 6. 1 Direct connection Direct connection is via quad two-conductor pillar terminal blocks. The pillar termi- nal blocks are supplied with the PBX;...
Page 88: Indirect Connection
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Note: The ”Direct connection” variant with socket clamps is not suitable for shunting.. Disconnecting the connecting wires Fig. 37 Disconnecting the connecting wires Use a size 1 screwdriver to loosen the connecting wires. Insert the screwdriver into the rectangular aperture.
Page 89: Connection Via Main Distribution Board
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 4. 6. 2. 1 Connection via main distribution board Ascotel IntelliGate Fig. 38 Connection via main distribution board 16-pin connecting cable The interface connectors on the 2025/2045 mainboard or the expansion cards in the PBX are connected to the main distribution board or the patch panels using a prefabricated 16-wire connecting cable.
Page 90: Connection To A Universal Building Cable Installation (Ubc)
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 4. 6. 2. 2 Connection to a universal building cable installation (UBC) For connecting the PBX indirectly to the universal building cabling, provide the fol- lowing connection points in the main distribution frame: Tab. 33...
Page 91 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Fig. 40 Connecting to a UBC via a (main) distribution board (example) Subscriber Patch panel Telephone Subscriber-side Telephone Exchange side Exchange Fig. 41 Connecting to a UBC via wiring centre (example) Installation...
Page 92: Cabling Interfaces
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 4. 7 Cabling interfaces 4. 7. 1 Interfaces on the mainboard haz1117aaend0 Power supply haz1117aaend0 Power supply Expansion slots Massstab 1:10 S/T-switchover Expansion slots jumper (MBS-1) Massstab 1:10 S/T-switchover jumper (MBS-1) V.24 interfaces S/T-switchover V.24 interfaces...
Page 93: Port Addressing
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Power supply MPC 8260 Expansion slots processor card Massstab 1:10 Audio EIM card interface haz1196aaenc0 Potential-free relay contacts V.24 interfaces for a general bell Fig. 43 Interfaces and port numbering on 2065 mainboard Note: Unlike the 2025/2045 system the 2065 system does not have any network interfaces or terminal interfaces on its mainboard.
Page 94: Network Interfaces
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 4. 7. 3 Network Interfaces 4. 7. 3. 1 Basic access T Basic access T on the 2025/2045 mainboard Jumper S/T ISDN 0.12 0.13 0.14 S/T ISDN haz1118aaenc0 Indirect connection; connector for prefabricated 16-wire connecting cable Direct connection for T MBS-1: 1 jumper pair for each S/T interface;...
Page 95 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Basic access T on the cards ISDN-0xST ISDN-08ST-2 ISDN-04ST-2 ISDN-04ST x.5-x.8 View A x.1-x.4 x.1-x.4 haz1119aaenb0 Jumper Indirect connection; connector for prefabricated 16-wire connecting cable Direct connection for T ISDN-04ST: 1 jumper pair for each S/T interface; drawn position "T"...
Page 96 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Tab. 36 Wiring of basic access T on the cards ISDN-04ST / ISDN-08ST Direct connec- Terminal interface Indirect connection (16-wire cable) tion Interface on card Stranded ele- Connection Pin Core colour ment violet turquoise...
Page 97 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Cable Requirements Tab. 37 Cable requirements for basic access T Core pairs x cores 1 x 4 or 2 x 2 Stranded Wire diameter, core 0.4…0.6 mm Screening recommended < 125 Ω (100 kHz), < 115 Ω (1 MHz)
Page 98 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Basic access in the private leased-line network S external Copper line PINX 1 PINX 2 max. 1'000 m haz0624aaena0 Fig. 47 Basic access S external, networked with copper line Tab. 39 Cabling for basic access S external, networked with copper line...
Page 99 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 X.25 connection in the D channel The appropriate terminal adapters with S interface are required to be able to trans- mit X.25 data through the PBX to the public ISDN network via the D channel, for ex- ample from a PC via V.24.
Page 100: Primary Rate Access T2
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 4. 7. 3. 2 Primary Rate Access T2 Primary rate access T2 on the trunk cards ISDN-0xPRA ISDN-01PRA ISDN-02PRA View A haz1126aaena0 Fig. 50 Primary rate access T2 on the trunk cards ISDN-0xPRA Tab. 41...
Page 101 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Cable requirements The connection to NT1 (Network Termination) is implemented using commercially available screened cables with 8-pin RJ45 connectors at both ends, e.g. S-FTP 4P, PVC, Cat. 5e. Tab. 42 Cable requirements for the primary rate access (NT1 to PBX)
Page 102 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Tab. 43 Cabling for primary rate access T2 on NT1 ISDN-0xPRA T2 signal Cable cores T2 signal RJ45 Straight patch cables — haz1128aaxxa0 — — — Other designations are also possible on the NT1 such as: "S2m ab"...
Page 103 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Tab. 44 Cabling for primary rate access T2, networked with copper line RJ45 T2 signal Cable cores T2 signal RJ45 PINX 1 Crossed patch cables PINX 2 — — haz1129aaxxa0 — — — —...
Page 104 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Tab. 45 Cabling for primary rate access T2, networked with transmission equipment Cable cores Cable cores Signal Signal Straight patch Straight patch RJ45 T2 signal T2 signal RJ45 cables cables PINX 1 PINX 2 —...
Page 105 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Tab. 46 Cabling for primary rate access T2, networked with leased-line or dial-up connection Cable cores T2 sig- T2 sig- Cable cores Straight patch Network Straight patch RJ45 T2 signal T2 signal RJ45 cables...
Page 106: Network Interfaces A/B
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 4. 7. 3. 3 Network interfaces a/b Network interfaces a/b on the card TC-04AB TC-04AB View A x.1-x.4 haz1133aaenb0 Indirect connection; connector for prefabricated 16-wire connecting cable Direct connection Pin 1 Fig. 55 Analogue network interfaces on the card TC-04AB Tab.
Page 107 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Direct connec- Network interface Indirect connection (16-wire cable) tion Stranded ele- Connection Core colour ment — — — violet turquoise green white violet turquoise orange white violet turquoise blue white Network interface a/b network-side Fig.
Page 108: Terminal Interfaces
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 4. 7. 4 Terminal interfaces 4. 7. 4. 1 AD2 terminal interfaces AD2 terminal interfaces on the 2025/2045 mainboard a/b AD2 0.13 0.10 0.11 0.12 haz1135aaxxa0 Direct connection AD2 Indirect connection; connector for prefabricated 16-wire connecting cable = Pin 1 Fig.
Page 109 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Terminal interfaces AD2 on the cards SC-xxAD2 SC-24AD2 SC-16AD2 SC-32AD2 x.16 x.15 x.25-x.32 x.17-x.24 x.14 x.13 x.12 x.11 x.10 SC-08AD2 x.17-x.24 SC-04AD2 x.9-x.16 x.9-x.16 x.9-x.16 View A x.1-x.8 x.1-x.8 x.1-x.8 x.1-x.8 haz1140aaenb0 Indirect connection; connector for prefabricated 16-wire connecting cable Direct connection On SC-04AD2, only ports x.1 - x.4 are available...
Page 110 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Tab. 49 Wiring of terminal interfaces AD2 on the cards SC-04AD2 / SC-08AD2 / SC-16AD2 Direct connec- Terminal interface Indirect connection (16-wire cable) tion Interface on card Stranded ele- Connection Core colour ment x.16...
Page 111 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Tab. 50 Wiring of terminal interfaces AD2 on the cards SC-24AD2 and SC-32AD2 Direct connec- Terminal interface Indirect connection (16-wire cable) tion Interface on card Stranded ele- Connection Core colour ment x.25 – x.32 —...
Page 112 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Direct connec- Terminal interface Indirect connection (16-wire cable) tion Interface on card Stranded ele- Connection Core colour ment x.9 – x.16 — violet turquoise brown white — violet turquoise green white — violet turquoise...
Page 113 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 AD2 bus configuration Depending on the line length 1 or 2 terminals can be connected on each AD2 inter- face. In this connection the Pocket Adapter (PA) and the DECT radio unit are also considered as terminals.
Page 114 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Restrictions The maximum length of an AD2 bus is further restricted by: • the maximum power requirements of the connected terminals and their supple- mentary equipment • the line resistance (depending on the line length and wire diameter) Tab.
Page 115 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 The diagram below shows the power available in relation to the line length and the wire diameter. The table can then be used to determine the number and type of terminals that can be connected to the AD2 bus under the given conditions. The power available can also be calculated by measuring the loop resistance where the wire diameter is known.
Page 116 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Automatic detection of critical power supply situations All terminals exceptAastra 5370 and Aastra 5380:When a system terminal (or a second such terminal) is connected to the AD2 bus, the max- imum power input is automatically determined; all the terminals (incl. EKP, AKB) connected to the interface are taken into account.
Page 117 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Rating examples Example 1: Office 45 with one expansion keypad (EKP) Maximal power requirements as per Tab. 52: 1320 mW Fig. 60 indicates: • Maximum line length for a wire diameter of 0.4 mm: 770 m •...
Page 118 (CH: Applies also to cable type G51) Installation rules • If an Ascotel® DECT radio unit is used, do not connect any other system terminal to the same AD2 bus. • Do not use any terminating resistors at the bus extremity.
Page 119 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Terminals The following system terminals can be operated on the AD2 bus: • System Terminals • OfficePocket Adapter • Ascotel® DECT radio unit The terminals on an AD2 bus are addressed via a single-digit terminal selection digit (TSD).
Page 120: S Terminal Interfaces
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 4. 7. 4. 2 S terminal interfaces Terminal interfaces S on the 2025/2045 mainboard Jumper S/T ISDN 0.12 0.13 0.14 S/T ISDN haz1137aaenc0 Indirect connection; connector for prefabricated 16-wire connecting cable Direct connection for S MBS-1: 1 jumper pair for each S/T interface;...
Page 121 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Terminal interfaces S on the cards ISDN-0xST ISDN-08ST-2 ISDN-04ST-2 ISDN-04ST x.5-x.8 View A x.1-x.4 x.1-x.4 haz1138aaenb0 Jumper Indirect connection; connector for prefabricated 16-wire connecting cable Direct connection for S ISDN-04ST: 1 jumper pair for each S/T interface; drawn position "S"...
Page 122 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Tab. 55 Wiring of the terminal interfaces S on the cards ISDN-0xST Direct connec- Terminal interface Indirect connection (16-wire cable) tion Interface on card Stranded ele- Connection Core colour ment violet turquoise brown white...
Page 123 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 S bus configuration The S bus is a four-wire, serial ISDN bus based on the DSS1 protocol (ETSI standard). It starts in each case at an S interface of the system. Four bus configurations are possible, depending on the line length and the number of terminals: Tab.
Page 124 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Fig. 66 S bus, long Ω Fig. 67 S bus, point-to-point Greater distances (up to 8 km) can be achieved using the S bus extension PT 10. Restrictions The maximum number of terminals per S bus is further restricted by the power re- quirements of the terminals and their supplementary equipment: Tab.
Page 125 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Connection sockets RJ45, 8-pin Front view of RJ45 haz0026aaena0 Fit resistors at bus extremity only Fig. 68 RJ45 connection, single socket RJ45, double Front view of RJ45 Connect housing screens Ω 2x100 haz0027aaena0 Fit resistors at bus extremity only Fig.
Page 126 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Cable Requirements Tab. 58 Requirements for an S bus cable Core pairs x cores 1 x 4 or 2 x 2 Stranded Wire diameter, core 0.4…0.6 mm Screening recommended < 98 Ω/km (conductor), < 196 Ω/km (loop) Ohmic resistance <...
Page 127: A/B Terminal Interfaces
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 4. 7. 4. 3 a/b terminal interfaces Terminal interfaces a/b on the 2025/2045 mainboard a/b AD2 haz1139aaxxa0 Indirect connection; connector for prefabricated 16-wire connecting cable Direct connection for terminal interface a/b = Pin 1 Fig.
Page 128 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Terminal interfaces a/b on the cards SC-xxAB SC-16AB SC-08AB SC-04AB x.16 x.15 x.14 x.13 x.12 x.11 x.10 x.9-x.16 View A x.1-x.8 haz1136aaenb0 Indirect connection; connector for prefabricated 16-wire connecting cable Direct connection SC-08AB only contains port x.1 - x.8 SC-04AB only contains port x.1 - x.4...
Page 129 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Tab. 60 Cabling for a/b analogue terminal interfaces on terminal card SC-xxAB Direct connec- Terminal interface Indirect connection (16-wire cable) tion Interface on card Stranded ele- Connection Core colour ment x.16 violet turquoise x.15...
Page 130 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Cable Requirements Tab. 61 Requirements for a/b cables Core pairs x cores 1 x 2 Stranded only for lengths > 200 m Wire diameter, core 0.4 … 0.8 mm max. 2 x 250 Ω...
Page 131: Special Interfaces
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 4. 7. 5 Special Interfaces 4. 7. 5. 1 Door intercom system The two electrically identical signal circuits for connecting a door intercom or an- nouncement system are located on the OI-2DOOR special card. The interfaces for the two signal circuits are metallically isolated from each other.
Page 132 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Tab. 62 Signals and electrical values for the door intercom interface Function Signal Value Power supply input AC, AC’ 8...14 VAC Ringing signal input SON, SON’ 5...30 VAC / DC 600 Ω Connection for two-wire door intercom...
Page 133 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 16-wire cable Signal Stranded ele- Interface x.2 Core colour ment white Tb2 (= SGND2) orange turquoise TS’2 violet white TO’2 green turquoise AC’2 violet SON2 white SON’2 brown — turquoise — violet Tab. 65...
Page 134 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Connecting a TFE without amplifier Door intercom interface U out MIC+ 8 VDC Jumper 150 Ω SGND 47 Ω SGND Example of door intercom for three-wire connection Door opener Bell button SON' haz1154aaenc0 Bell-ringing transformer as per EN 60742 (all the AC sources shown may be one and the same trans- former).
Page 135 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Connection of a simple loudspeaker microphone module or of a loudspeaker (4...8 Ω) and an electret microphone with integrated preamplifier: • Fit jumper TFE1 and TFE2 for door intercom interface 1 and 2 in position 4D.
Page 136 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Connection two-wire 47Ω SGND Door opener Bell SON' haz1155aaenc0 Fig. 75 Schematic circuit diagram for two-wire connection • Fit jumpers TFE1 and TFE2 for door intercom interface 1 and 2 in position 2D. • Do not connect AC and AC' (the interface signal circuit does not need a power supply).
Page 137 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 • If the door intercom interface is DC-free and has a high input impedance (≥ 600 Ω) connect the output path (in the loudspeaker direction) to Ta and signal ground SGND. • If the door intercom interface is not DC-free and if it has a low input impedance (<...
Page 138: Switch Group Interface
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Note: Make sure there are no loudspeakers in the vicinity of the terminals used to make announcements (to prevent acoustic feedback). 4. 7. 5. 2 Switch group interface The routing elements of switch groups 1..20 can be controlled via control inputs ME1 and ME2 on the OI-2DOOR special card.
Page 139: Freely Connectable Relay
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Freely connectable relays GNDC -40V ME 3 Interface (internal) switch group 1 GNDC ME 2 Switch 2 GNDC Door intercom x.1 ME 1 Switch 1 View A Door intercom x.2 haz1157aaenc0 Direct connection Indirect connection; connector for prefabricated 16-wire connecting cable = Pin 1 Fig.
Page 140 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 There are no special requirements for the cables. Tab. 68 Operating data of the 3 relays Number of changeover switches per relay Insulation between the changeover 0.5 kV switches Contacts per changeover switch com: common...
Page 141 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Tab. 69 Allocation of relay contacts to connectors Relays Contact K3nc2 K3ncom2 K3no2 K3nc1 K3com1 K3no1 K2nc2 K2com2 K2no2 K2nc1 K2com1 K2no1 K1nc2 K1com2 K1no2 K1nc1 K1com1 K1no1 (GNDC) (ME3) (GNDC) (ME2) (GNDC) (ME1)
Page 142: Ethernet Interface
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 4. 7. 5. 4 Ethernet Interface A 10 Base T Ethernet interface is integrated on the 2025/2045 mainboard. A 10 / 100 Base T Ethernet interface is integrated on the MPC-8260 processor card on the 2065 system.
Page 143 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Connection Tab. 70 Connection of Ethernet interfaces RJ45 socket Signal Tx– — — Rx– — — Settings The IP address can either be taken from a DHCP server in the IP network or config- ured statically.
Page 144 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 ily and can be accessed via the static initialization value address. The system is then accessible with a direct connection via the IP address. Note: DHCP is deactivated only temporarily and is reactivated after a subse- quent restart.
Page 145 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Ethernet interface Hub / switch Straight (uncrossed) cable haz1148aaenb0 Fig. 82 Cat. 5 cable, straight, for Ethernet interface – hub (– PC) connection Tab. 73 Wiring for Ethernet interface – hub connection System Cable cores...
Page 146 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Note: It is recommended to configure the connected switch-port to "auto- matic" because the PBX can only negotiate the connection type in auto- matic mode. If configured manually you must choose "half duplex" because "full duplex"...
Page 147: Audio Interface
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 4. 7. 5. 5 Audio interface The Audio interface can be used to • play music or an announcement on to connections with a caller on hold ("Music on Hold" function). • play music or an announcement for the Courtesy Service (announcement prior to answering), Voice Mail greetings or for "Music on Hold"...
Page 148: General Bell
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 4. 7. 5. 6 General bell Connection via potential-free relay contact 2025 / 2045 2065 haz1150aaxxc0 External ringing voltage source Maximum contact loading (as of MBS-2, MBL-2): DC max.100V / 30W, AC max.100Vrms / 62,5 VA...
Page 149: V.24 Interface On The Mainboard
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 4. 7. 5. 7 V.24 interface on the mainboard Connection V.24 haz1141aaxxb0 = Pin 1 Fig. 85 V.24 interfaces on the 2025/2045 and 2065 mainboards Settings The port address of V.24 interfaces on the mainboard is 0.1 and 0.2.
Page 150: Interface On The Pocket Adapter (Pa)
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 4. 7. 5. 8 V.24 interface on the Pocket Adapter (PA) The PA provides a V.24 interface for connecting an AD2 interface with a PC. The PA's V.24 cable is connected to a serial interface on the PC Two terminals can be connected to an AD2 interface.
Page 151 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Transmission rate Flow control Connection "ON" TSD2 Connection haz1144aaena0 Fig. 87 DIP switches Connection DIP switches S1 and S3 are used for setting the two pieces of equipment that are to communicate with each other via the PA.
Page 152 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Switch S8 Switch S7 Switch S6 Transmission rate 1200 reserved Flow control Tab. 79 Setting the flow control Switch S5 Switch S4 Flow control none Xon / Xoff Hardware with RTS / CTS Xon / Xoff and RTS / CTS Factory setting.
Page 153 (female = socket and male = connector) and the DTE or DCE equipment type. Tab. 82 Type of connectors on the interfaces to the Ascotel® IntelliGate® Device Type Connection type (connector on the equipment)
Page 154 Mini-DIN, 8-pin (female) Terminal Adapter D-sub, 9-pin (female) Cable types The following tables provide an overview of the V.24 connections used in Ascotel® IntelliGate® systems and the connector and cable types used. Tab. 83 V.24 cable types on the PBX...
Page 155 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Tab. 84 Crossed cable (null modem) Signal Cable cores Signal D-Sub-9 D-Sub-25 D-Sub-9 female female female SGND SGND haz0091aaxxa1 Application Mainboard — with Ascotel® Mainboard — IntelliGate® Tab. 85 Straight cables (modem cables) Signal...
Page 156 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Tab. 86 Straight cables (modem cables) for Mac applications Apple standard Mini-DIN, 8-pin Cable cores Signal D-Sub-9 Signal male male TXD- RXD- Handshake on Handshake off RXD+ General input SGND haz0089aaxxa0 Application with Mainboard Ascotel®...
Page 157 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Tab. 88 Printer cables: Printer – Mainboard Signal D-Sub25 Cable cores D-Sub9 Signal (fe)male female SGND SGND haz0090aaxxa0 Application Printer Mainboard with Ascotel® IntelliGate® Installation...
Page 158: Configuration
This chapter introduces the configuration tool AIMS with its managers and auxiliary applications. With AIMS, the modular information and management system, the in- staller is able to configure and service the Ascotel® IntelliGate® system and its ancillary equipment centrally, online or offline. In addition, the access types are presented and user access control is discussed.
Page 159: Aims Shell
5. 1. 1 AIMS Shell The AIMS Shell is used to administer the systems, replicate the nodes of an Ascotel® IntelliGate® Net (AIN) and set the access parameters. The numbering plan of a pri- vate leased-line network can also be specified here across all the nodes.
Page 160: Auxiliary Applications
Ascotel® Search is a help tool for detecting As- cotel® systems in the IP network. Ascotel® Search finds all individual systems con- nected to the IP network, provided they are in the same subnetwork as the PC with AIMS and have at least SW version I7.
Page 161 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Smart Software Update The auxiliary application Smart Software Update can be started via the Windows Start menu or by means of the icon in the Windows taskbar. If the Internet connection is active, by pressing a button this application automati- cally downloads the most current SW package (SW for PBX, AIP and IP phones) for the required systems and sales channels from the download server.
Page 162: Access Types
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 5. 2 Access types There are the following possibilities to access the PBX with AIMS: Local access via v.24 directly Local access via v.24 interface on the Pocket Adapter Internal dial-up access via an S terminal interface...
Page 163: User Access Control
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 5. 3 User Access Control Access to the PBX configuration is password-protected. Any user wanting to log in to a PBX is prompted for his user name and password (access data). 5. 3. 1...
Page 164: Administration Rights
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Tab. 91 Predefined authorizations of the authorization profiles 1st party Adminis- System- Features Attendant CTI user Support trator manager via LAN Administration rights • User Access Control – – – – – • Audio services –...
Page 165: Interface Access
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Tab. 92 Authorizations for carrying out AIMS functions Features Installer System Manager Attendant • Upload (PC -> PBX) – – • Download (PPX -> PC) • Backup (PC -> Disk) • Restore (Disk -> PC) –...
Page 166: User Accounts During Version Transfers
• Ascotel® Search Allows changing the IP parameters visible in Ascotel® Search directly. 5. 3. 1. 5 Accounts during version transfers In a version transfer older than I6.6 four user accounts are created instead of the first-start user account ("Default User...
Page 167: Initialization Password
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 user is authorized to configure offline without entering his password (auto login). If the PBX password is identical to the user's password, he can even access the PBX without password and configure online. 5. 3. 2. 1...
Page 168: Change Password
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Note: When upgrading older systems whose passwords do not comply with these rules, you will be prompted to change the passwords the first time you access the configuration of the upgraded system. 5. 3. 2. 3...
Page 169: Password-Free Access
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 profile in which the "Office 45" interface access is enabled. The profile also needs to be assigned the AIMS authorization level "Attendant" if the remote access status is to be changed. 5. 3. 4...
Page 170: Enabling Remote Access
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 CLIP verification If the setting "CLIP required" is set to "Yes" in the configuration, remote retrieval is possible only if the retrieving party logs in using a CLIP. The CLIP number is also re- corded by the access log.
Page 171: Procedure For Remote Access
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 The authorization to activate / deactivate remote access using */# procedures can be allocated in the user configuration ("Remote maintenance = Yes"). When the system is initialized, the authorizations of all users are restricted.
Page 172: Function Keys For Remote Access Authorization
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Remote access via an external dial-up connection to the AIN is also secured. A LAN connection for configuring the AIN can only be set up if the HEX rotary switch on the Master is on Pos. 7. This is irrespective of whether dial-up access is via a satellite or directly to the Master.
Page 173: Working Offline (Aims Database)
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Fig. 90 Functions involved in exchange data between the PBX and AIMS To edit or complement system and user data, load the data either directly from the PBX (PBX database) or from the PC's hard disk (AIMS database) into the main mem- ory.
Page 174: Working Online (Pbx Database)
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Note: The changes and the check marks are retained even if a Manager is closed without saving. Close The AIMS database is closed. If data was modified, the system will ask whether you want to save the changes in the AIMS database.
Page 175 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 If data has been changed, but not yet stored in the PBX by saving, the system dis- plays a prompt asking whether the configuration should be saved. The system will then ask you whether you want to update the local AIMS database.
Page 176 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 • Restoring a system if the configuration has been lost. • Replicating a special configuration, e.g. copying customer data to a different sys- tem. Note: Some configuration changes only take effect after a restart. Once the upload is completed, the system asks whether the PBX should be restarted.
Page 177: Import / Export Data
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 wave files from audio format G.711 to audio format G.729. The compressed for- mat is needed if the Voice Mail System is operated in expanded mode. • Download of all audio data and temporary deleting of the data on the system This function is useful when there is insufficient free storage space available in the file system to upload the system software.
Page 178: Hardware-Induced Initialization
Project Manager and supplemented. The prepared configuration can then be up- loaded to the PBX. See also: The procedural steps for configuring an individual system, a private net- work (PISN) or an Ascotel® IntelliGate® Net (AIN) are described in detail in AIMS help. Configuration...
Page 179: Configuration With Aims (Online)
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 5. 6. 3 Configuration with AIMS (online) If a PBX that has already been configured is present, the configuration can be di- rectly loaded and edited with AIMS. If the PBX to be configured is in the first-start state, the first-start parameters are loaded.
Page 180: Reading Initialization Values
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 The licences must be activated. The licence code can be edited both online and of- fline with AIMS: Type in the licence code under 1_2_2 "Licensing" in the system configuration. The licence code is stored in the EIM.
Page 181: Operation And Maintenance
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Operation and Maintenance This chapter describes maintaining the system and configuration data as well as up- dating the system software. Replacing cards, modules and terminals are also described. The user interface of the basic system as well as operations supervision using the event message concept, the operating state display, and the error display are also topics cov- ered in this chapter.
Page 182: System Software
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 System slots for Flash cards MPC-8260 processor card Massstab 1:10 System slot for RAM card haz1239aaenc0 EIM card Prog. button Fig. 92 Memories on the mainboard 2065 / MPC-8260 processor card haz1224aaxxb0 Fig. 93 Flash (top) and RAM (bottom) memory cards The RAM and Flash memory cards are the same for both basic systems.
Page 183: Data Of The Pbx File System
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 The RAM components comprise the main memory for program data. When the PBX starts up, the system software on the serial Flash memory is decompressed and loaded into the main memory. 6. 1. 1. 2...
Page 184: System-Specific Data
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 System configuration data can only be modified using AIMS. Terminal configuration data The terminal configuration data includes all the terminal-specific settings such as • private phone books • key assignments • terminal settings such as volume, ringing melody, etc.
Page 185: Deleting Terminal Configuration Data
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 6. 1. 2. 2 Deleting terminal configuration data To delete the system configuration data from a system terminal, delete the termi- nal's user number from the numbering plan in the system configuration (Configu- ration Manager) using the Delete key. All the data is then reset to its initialization values.
Page 186: Standard Upload
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 All the information and settings required for the software upload are accessible via the main menu of the AIMS Upload Manager, namely "PBX Remote Upload". The top left-hand portion of the screen contains pull-down menus and a toolbar.
Page 187 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 • Upload and backup phase: The new system software is transmitted to the PBX in compressed form and stored in the dedicated Flash memory on the Flash card. The previous system software remains stored as a backup.
Page 188 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 It is possible that there is insufficient storage space in Flash memory for the update of the PBX software. In this case the wave files (Voice Mail, Courtesy and Music on hold) can be stored on the PC and deleted from Flash memory. When the monitor- ing phase is finished, the wave files can be reloaded to the PBX (see "Data of the...
Page 189 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Click the "Add" button in the "Software" field and specify the zip file with the sys- tem software you require. → The software version you have added appears in the list box. Select the software version you want from the list box.
Page 190: Emergency Upload Of The System Software
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 6. 2. 1. 3 Emergency Upload of the system software An Emergency Upload has to be activated whenever a standard software upload is not possible or has proved faulty. To ensure a successful Emergency Upload, pro- ceed as follows: Systems with software <...
Page 191 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 The Emergency Upload sequence can be monitored using the 7-segment display. Tab. 99 Sequence of the 7-segment display during an Emergency Upload via V.24 7-segment display Meaning Once Emergency Upload is initiated, the letters EUL appear one after the other.
Page 192: Updating The Pbx Boot Software
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Tab. 100 Sequence of the 7-segment display during an Emergency Upload via LAN 7-segment display Meaning PBX is in boot mode and waiting for the transfer of the system software Segments rising slowly Receiving system software.
Page 193: Software For Dect Systems
If the loaded software is not identical to the version in the system software, the software will be downloaded from the PBX on to the Ascotel® DECT radio unit and stored in the Flash memory of the Ascotel® DECT radio unit.
Page 194 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 identical to the version in the system software, the PBX will initiate an AIR down- load. The software is loaded from the PBX onto the handsets via radio and stored in the Flash memory.
Page 195: Hardware Update
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 6. 3 Hardware update Hardware maintenance comprises replacing cards and modules when there is a de- fect or for a generation change. Safety regulations must be observed and the step- by-step procedure must be followed.
Page 196: Disconnect System Power Supply
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Ascotel® IntelliGate® Net: In an AIN every node can be individually prebarred and unlocked again. However, only when the Master is prebarred is it displayed. The barred state of a satellite is visible neither on the Master nor on the satellite.
Page 197: Eim Card
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 6. 3. 2. 2 EIM card The EIM card must be replaced in the following cases: • A licence is transferred to another system of the same type • The mainboard is defective • The EIM card is defective A licence is transferred to another system of the same type A licence can only be transferred to a system of the same type.
Page 198: Expansion Cards
2065 mainboard contains 14 expansion slots (7 expansion slots on either side of the processor card). Expansion cards can be fitted to any expansion slot. Exception: On the Ascotel® 2065 the system slot in the middle is reserved for the MPC-8260 processor card.
Page 199: Installing And Removing Cards
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 the Flash card. This means that configuration data is preserved whenever a defec- tive terminal card or trunk card has to be replaced by a new one. 6. 3. 3. 1 Installing and removing cards Replacing a defective expansion card A card is replaced by the same card type with the same number of ports.
Page 200 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 The following data is deleted: • The system and terminal configuration data of the terminals on the terminalin- terfaces that are no longer present in the new configuration. • The system configuration data of the network interfaces that are no longer present in the new configuration.
Page 201: Special Cards
The configuration data is stored on a Flash component on the IP interface card and can be saved in a file. For more information, refer to the System Manual AIP 6400 and System Manual Ascotel® IntelliGate® Net AIN. • Signal processor cards DSP-01 / DSP-02 / DSP-04: These special cards do not contain any data that has to be saved prior to a card change.
Page 202: Flash Card
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 6. 3. 4. 1 Flash card The Flash card is replaced together with the mainboard and normally does not have to be removed separately. Exceptions: • Updating the PBX boot software (see page 192).
Page 203: Ram Card
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Flash card System slot Mainboard haz0477aaxxa0 haz1231aaena0 haz1240aaenb0 Notch Flash card Mainboard 45° System slot Fig. 97 Fitting the Flash card 6. 3. 4. 2 RAM card The RAM card is replaced together with the mainboard and normally does not have to be removed separately.
Page 204 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 System 2025/2045 only: Dismantle the cover on to the power supply area System 2065 only: Unscrew the screws on the screening strip and pull out the processor card com- plete with screening strip. Press the side locks on the RAM card outwards and pull out the RAM card (see Fig.
Page 205: Eim Card
Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 haz1370aaxxa0 [1] Processor card [2] Base locks [3] RAM card Fig. 98 RAM card on the processor card 6. 3. 4. 3 EIM card For information on how to replace the EIM card (see page 197).
Page 206 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 6. 3. 5 Power supply module The UPS-12V module is connected with the mainboard via two 6-pin connectors. Information on installation and removal can be found in "Uninterruptible power supply (UPS)", page 6. 3. 6...
Page 207 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 6. 3. 7 Replacing system terminals 6. 3. 7. 1 Corded system terminals Terminals with the same level of added features Replacing a defective terminal Once the defective system terminal has been replaced by an identical terminal the terminal configuration data is automatically transferred.
Page 208 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 6. 3. 7. 2 DECT terminals Replacing a radio unit Dismantle the defective radio unit. Fit the new radio unit. Replacing a handset Bisheriger DECT-Benutzer via AIMS abmelden. Log new handset on. The handset data is preserved until the user number is also deleted.
Page 209 If so, upgrade can only be carried out on site. Ascotel® IntelliGate® Net: With the generation change from I6.x (x<5) to I6.5 or later Ascotel® Intelli- Gate® systems can be networked in an AIN with a Master and up to 40 sat- ellites.
Page 210 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 6. 4. 1 System Upgrade 2025/2045 from I5.x to I6.x (x<5) Upgrading a 2025/2045 system from I5.x to I6.x (x<5) requires only new system software. The system upgrade can be carried out on site or remotely with a version...
Page 211 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 itiating an upload process", page 188. Select "Start Now" as the activation time. Note: To upload the system software you first need to change the password in AIMS once. Once the system has started up, load the saved configuration data using AIMS under "Restore"...
Page 212 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Carrying out a first start. The PBX starts with the I6.5 system software that is al- ready stored on the Flash card. Use AIMS and the initialization password of the Installer authorization level to set up an online connection to the PBX.
Page 213 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 6. 4. 4 System Upgrade 2025/2045 / 2065 from I6.5 to I6.6 Upgrading a 2025/2045 or 2065 system from I6.5 to I6.6 requires new system soft- ware. The system upgrade can be carried out on site or remotely with a version transfer.
Page 214 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 – To enable the operator console groups of an Office 1560/1560IP or the workgroups of an Office 1600/1600IP, as of I6.6 you now require the OIP Call Centre Licence and a CTI Professional Licence for each client.
Page 215 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Save the configuration data in the AIMS database with "Tools" - "Download (PBX - > PC)". As a precaution make a backup of the AIMS database using "Tools" - "Backup (PC -> Disk)". Backup voice data with "Tools" - "Partial...
Page 216 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 – For mailbox owner: If there is more than one greeting, the greeting with the highest number is the active greeting after the upload. The CLIP, date and time information of the voice messages cannot be restored after the upload.
Page 217 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 System Downgrade with Flash Card The simplest way of obtaining an I5x system from an I6x (x<5) system is to replace the Flash card with the loaded I5 system software (see "Flash card", page 202).
Page 218 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 System Downgrade with Software Upload If a Flash card with old system software is not available, follow the steps described below: Replacing the Flash card (see "Flash card", page 202). When downgrading from 2025/2045 systems you also need to replace the RAM card (see "RAM card",...
Page 219 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Note: It is not possible to downgrade by replacing the Flash card with the loaded system software as the EIM card is also changed to generation 6.6 during the upgrade to I6.6. Note: An I6.6 EIM card together with I6.5 system software triggers a first start.
Page 220 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 System Downgrade with Flash Card The simplest way of obtaining an I7.5 single system from an I7.x (x<5) system is to replace the Flash card with the loaded system software (see "Flash card", page 202).
Page 221 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 System Downgrade with Software Upload If a Flash card with old system software is not available, follow the steps described below: Carry out an emergency upload as indicated in "Emergency Upload of the sys- tem software", page...
Page 222 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 6. 5 Operations supervision 6. 5. 1 Event message concept The PBX generates an event message every time an event or error occurs. The event tables in the Fault & Maintenance Manager are used to specify how often an event message of a particular type may be generated over a given time period be- fore the event message is sent to the allocated signal destinations.
Page 223 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 6. 5. 1. 1 Event types Tab. 104 Event types, in alphabetical order Event/ error message Trigger condition Details ACD server out of service ACD server defined as destination but not Date, time responding.
Page 224 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Event/ error message Trigger condition Details IP terminal: SW upadating The software update of an Aastra 5360ip/ User number, terminal ID, date, successful 5370ip/5380ip has now been successfully time completed after unsuccessful attempt(s). IP terminal: SW updating...
Page 225 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Event/ error message Trigger condition Details NTP: Synchronisation failed Time synchronization via the NTP server (NTP Date, time = Network Time Protocol) has failed. NTP: Synchronisation rees- Time synchronization via the NTP server (NTP...
Page 226 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Event/ error message Trigger condition Details Software upload During an upload in PBX status: • "New PBX software loaded, • "Update running" starting..." • "Supervision running" • "New PBX software crashed, • "Normal running"...
Page 227 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Event/ error message Trigger condition Details Total Synchronization loss Synchronization with network has failed on all Date, time T / T2 interfaces Trial licence expired The duration for which a trial licence can be...
Page 228 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Example Tab. 105 Example of event table Event type Frequency Time period Total Synchronization loss System Overload No response from network In this example an event message is sent to the message destinations if there is a "Total synchronization...
Page 229 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Terminals System signal terminals destina- tion PC/T V.24 PC/T V.24 V.24 (PBX) port RTS/CTS RTS/CTS port V.24 V.24 External ISDN ISDN Printer RTS/CTS signal (PBX) card destina- tions PC/T V.24 ISDN Gateway RTS/CTS (PBX) port V.24...
Page 230 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Signalling an event message to an external signal destination Event message Signalling delayed up to 5/240 min. Call external signal destination Wait 30 s Status Busy Connection established ext. signal dest,? Not available / blocked...
Page 231 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 The following principles govern the way event messages are signalled to an exter- nal signal destination: • Individual event messages are not signalled if they occur at short intervals. The event messages are stored temporarily for 5 minutes and then sent together to the external signal destination.
Page 232 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 V.24 (PBX) RTS/CTS port ISDN ISDN (PBX) card ISDN (PBX) gateway haz1192aaena0 Fig. 102 Overview of connection possibilities for external signal destinations Two external signal destinations ("Preferred event message destination" and "Alterna- tive event message destination") can be configured.
Page 233 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Other necessary configurations The following parameters must also be configured. • In the Fault & Maintenance Manager: System ID of the PBX. This is important so that the PBX can be identified by the SEM.
Page 234 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 PC/T V.24 V.24 RTS/CTS port V.24 V.24 Printer RTS/CTS PC/T V.24 RTS/CTS port V.24 Printer RTS/CTS V.24 RTS/CTS port ISDN card ISDN gateway Ethernet interface haz1193aaena0 Fig. 103 Overview of connection possibilities for local signal destinations...
Page 235 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 • Required output format "PC" or "Printer" (see "Output formats", page 235) • With "Printer" output format: Language in which the event messages are to be output. • With the V.24 interface of the mainboard - port number •...
Page 236 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 The following parameters need to be selected or entered in the Fault & Mainte- nance Manager: • Destination: “Local PPP” communication protocol. • Call number of the local signal destination (the call number is checked by the PBX, a warning message will appear if the call number is incorrect) •...
Page 237 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Configuring a local signal destination on an Ethernet interface A PC (with the System Event Manager) connected either directly to the Ethernet in- terface or to the basic system via a LAN (LAN connection) can be configured as the local signal destination.
Page 238 "On" SNMP stands for "Simple Network Management Protocol" and is used by Network Management Systems (NMS). Ascotel® supports the version SNMP V1. If the Network Management System is to know the potential events of the PBX, the corresponding system components have to be defined in the form of configurable objects (Managed Objects: MO).
Page 239 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 user name and password are required in order to access the data. Registration with the "Aastra Application Parter Programm" is required. 6. 5. 2 System Event Manager SEM The System Event Manager (SEM) is a program capable of receiving and handling PBX event messages.
Page 240 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 SEM Server The SEM Server receives event messages from PBX systems and stores all the im- portant data in the corresponding AIMS databases. For the program to operate correctly, there has to be at least one AIMS database.
Page 241 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 In an AIN every node can be individually prebarred and unlocked again. However, only when the Master is prebarred is it displayed. The barred state of a satellite is visible neither on the Master nor on the satellite.
Page 242 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 7-segment display Detailed Description State / Remarks Permanently displayed Action successfully completed Timeout symbol (permanently lit) Timeout for turning HEX rotary switch Flashing Waiting for V.24 transfer Permanently displayed Boot mode for EUL via LAN (possible only as of I7.5)
Page 243 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 6. 5. 4. 1 Switch positions of the HEX rotary switch Tab. 110 Functions of the switch positions Normal operation; start with simple RAM test (normally takes about approx. 3 seconds). This test is triggered only after a restart when the 230 V mains supply to the system (Power Up) is switched Same as 0, except with a thorough RAM test (approx.
Page 244 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Wait for the character "F" (permanently lit) to appear on the 7-segment display. Turn the rotary switch to position "0" (the "0" position completes a Wait for the digit "0" (permanently lit) to appear on the 7-segment display.
Page 245 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 DIST: 0001 DDIN: 0000 ABB: 1000 Back with [<-- |] The system status lines provide useful information for a more in-depth fault diag- nosis. They can be printed out and sent to customer support on request.
Page 246 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Event messages menu item Tab. 117 Event messages display EVENT MESSAGES 01.12.98 00:01 OUTGOING CALL REJECTED TO LINE: 12.25 02.12.98 09:15 TOO MANY EVENT MESSAGES The event messages are identical to the displays obtained when entering the con- figuration with System Assistant on the Office 45.
Page 247 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 haz1238aaxxa0 V.24/RS232 Audio 9-12 V Test Fig. 107 Rear view of the AD2 Monitor pro The AD2 Monitor pro is used for the following tasks: • Monitoring the AD2 interface including addressing, installation and power sup- ply, and recording the data flow in both directions with output on a V.24 termi-...
Page 248 SEM", page 239. 6. 5. 5. 5 Measuring equipment for cordless systems The aids required for measuring out DECT systems are described in the “Ascotel DECT System” System Manual. 6. 5. 6 Error causes and error handling The following tables contain a systematic list of occasional errors. These tables are designed to help you pinpoint and remedy errors more easily.
Page 249 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Errors that concern partial functions overwrite the standard output of the main- board's 7-segment display for 10 seconds. Errors that lead to a restart are displayed permanently. Error messages are characterized by the letter E (= error), followed by a three-digit error code.
Page 250 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Tab. 120 Self-test error messages (system unable to run) Identification Error description Error handling DRAM SIMM defective • Replace mainboard Incompatible Flash size (e.g. the I6 system • New Flash card with appropriate Flash 2065 requires a 8MB Flash memory) component required (e.g.
Page 251 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Annex This chapter informs you about the systematic designation system and provides you with an equipment overview of the basic systems with cards, modules and optional components. It also provides you with technical data of the basic systems and system terminals as well as a table overview of the control elements and digit key assignments of the system terminals.
Page 252 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Tab. 124 Explanation of the PCB Designation Part of the PCB designation Remarks and examples PCB type (three-digit) LPB = Printed circuit board fitted KAB = Cable fitted PBX = Complete system SEV = Set packed...
Page 253 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 7. 3 Equipment Overview Tab. 125 Equipment Overview Designation Description KAB955 16pin.3m 16-wire cable, 3 m KAB955 16pin.6m 16-wire cable, 6 m KAB955 16pin.20m 16-wire cable, 20 m SEV955 BAD1 Dummy cover 1 BE...
Page 254 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 7. 4 Technical Data 7. 4. 1 Basic Systems Tab. 126 Dimensions and weights of the basic systems 2025/2045 2065 basic sys- 2025R/2045R 2065R basic basic system basic system system Height 460 mm 460 mm...
Page 255 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Basic system 2025/2045(R) Basic system 2065(R) Power input with min. configuration approx. 14 W, 22 VA approx. 20 W, 31 VA Power input with max. configuration approx. 70 W, 110 VA approx. 135 W, 210 VA Undervoltage limit <...
Page 256 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 111 mm 111 mm below below haz1266aaena0 haz1267aaena0 Fig. 110 Dimensions, expansion card, type A (left) and type B (right) Annex...
Page 257 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 7. 4. 3 Power Supplies Tab. 132 Technical data, UPS-12V module 2025/2045 basic system 2065 basic system Input voltage 12 VDC (10 V…15 V) Input current max. 8.2 A with 12 V max. 15.8 A with 12 V...
Page 258 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 7. 5 Functions and Products No Longer Supported The following functions and products are no longer supported compared with ver- sion 4.6: • 65 Volt AC ringing voltage • 40 Volt DC (socket for powering external equipment) •...
Page 259 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 7. 6 Licensing information of third-party software products The Vovida Software License, Version 1.0 Copyright (c) 2000 Vovida Networks, Inc. All rights reserved. Redistribution and use in source and binary forms, with or without modification, are permitted provided that the following conditions are met: 1.
Page 260 System Manual for System Functions and Features System Manual for Interfaces and Terminals System Manual for SIP in Ascotel® IntelliGate® SIP Access User’s Guide with Ascotel® IntelliGate® (English) */# procedures Application Notes, technical information, FAQs and compatibility lists are all available on the internet/extranet support page at: https://pbxweb.aastra.com...
Page 261 PC Operator Console Office 1560/1560IP Quick User's Guide Help system GSM Terminals Quick User's Guide for GSM Terminal on Ascotel® IntelliGate® Aastra Mobile Client User's Guide The documents can be accessed at http://www.aastra.com/docfinder. Further documents in the Internet: • Environmental information for basic systems and system terminals •...
Page 262 DRS-08 ....... . . 32 Ascotel Search ......160 DSP cards ATPS .
Page 263 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 System cards ......80 Interfaces (overview) ..... . . 21 Equipping the PBX .
Page 264 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Private leased-line network ....98 Symbols ........11 Processor card .
Page 265 Ascotel® IntelliGate® 2025/2045/2065 as of I7.9 Upload Manager (UM) ..... 185 UPS-12V ........257 UPS-12V module .

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