132222774518#

1322601301222774518 13226013772520001222774518
The number in italics (e.g. 22277458#) = dialling in DTMF mode.

Features 2.69 +

Force network operator A subscriber can be authorised through the subscriber configuration to determine a network operator himself, i.e. to force the routing against the LCR settings. If the subscriber routes directly to a network operator (direct access), he uses route selection. If he routes indirectly (indirect access) to a network operator, he pre-dials the necessary access code. If the network operator answers by accepting the call, the subscriber must switch to the DTMF mode and transmit the identification information such as the destination call number in DTMF mode. Exchange prefix code The variants for exchange prefix code are routed in accordance with LCR criteria with the LCR function activated. Call data acquisition is effected correctly in accordance with the exchange prefix code dialled. If the function "Force network operator" is activated, routing can be effected manually via the route selection. Tab. 2.20: LCR response by the PBX to the variants of the exchange prefix code
Subscriber dials the following prefix code for exchange outgoing No General (0) Private (10) LCR routing LCR routing LCR routing LCR routing LCR routing Routing according to manual route selection Force network operator enabled Yes
With cost centre selection (13n) LCR routing Route selection (17x) LCR routing

2.70 + Features

Line keys If the LCR function is activated, the line keys on operator console and key telephones of the CTO family are available for outgoing calls only if the function "Force network operator" is activated. Tab. 2.21: LCR response by the PBX to the use of line keys
Terminal Key type No Office 40, 30 key telephones Crystal, Topaz, Opal key telephones Crystal OC operator console Line keys Line keys LCR routing Force network operator enabled Yes Routing as per line key configuration
not available Routing as per line key configuration

Line keys

not available Single-company system: Routing fixed via route 1 Two-company system: First half of the keys fixed via route 1 Second half of the keys fixed via route 2

Features 2.71 +

CDA and LCR The CDA output formats have been complemented with the PC4 format specially for the LCR function. Besides the call number dialled by the subscriber, this format also communicates the number actually dialled by the PBX. The PC4 format is described in the Section entitled "Charge Data Acquisition with CDA", page 2.98ff. Data protection and LCR If the data protection function is switched on, the following occurs in the CDA output format P4 the last four digits of the number dialled by the subscriber are cut off the last four digits of the number dialled by the PBX are cut off user IDs and PIN codes are not output. The user IDs and PIN codes are also suppressed on the printout of the LCR tables. Examples:

2.126 + Features

Charge recall
With procedure *32 it is possible, for example, to switch an exchange line through to the terminal of an internal subscriber from the operator console; a charge recall is activated at the same time. After the end of the call, the subscriber's exchange access is again automatically barred and a charge recall is made on the operator console. When the call is answered, the total charge and the subscriber's number and name are shown on the display. In the "Times" basic setup a time period (timeout 0120 s) by which the charge recall is delayed after the handset is back on-hook can be programmed in each case for the normal and phone booth extensions. This allows a subscriber to make more than one external call before the charge recall is made. If the programmed time is greater than zero, the internal subscriber automatically obtains the exchange dial tone when he picks up the receiver again and is able to dial a new number directly. If the subscriber does not pick up the receiver again within the delay time, a charge recall is made automatically. Typical examples of charge recall are: Phone booth extension Exchange-barred subscribers CDA printer jam Example of validity 1. Charge recall (*32 phone booth No.) can be stored under a function key. 2. Charge recall can only be activated by digital terminals with display (Crystal, Topaz, Office 20, 30, 40 and 100). Prefix dialling procedures Procedures on the terminal activate charge recall on normal extension with procedure *32 SC No.
Reference Feature: System configuration: Hotel features, phone booth function Charge recall; Phone booth; charge recall

Features 2.127 +

Phone booth function
The purpose of the phone booth function is to temporarily connect exchange lines to a phone booth set. A phone booth cleared down in three ways:
Subscriber picks up the receiver in phone booth No. 45
the hotline now dials "11"
INTERNAL CONNECT. PHONE BOOTH +

02.APR 45

07:45 FU NR

P. BOOTH NO. 45

HOUSE KEY

LINE KEY 1

LINE KEY 2

LINE KEY 3

LINE KEY 4

PERSONAL

Operation on the Crystal: Take the call on the house key Press the phone booth key (*3245 configured) Hold key Line key Clear key > the phone booth obtains the exchange dialling tone and can dial out When the receiver goes back on-hook in the phone booth, charge recall rings on the Crystal (depending on the configuration, also with a time delay)

Features 2.145 +

2.2.7 Hotel features
The hotel functions consist of features specially adapted for hotel applications. They include: A check-in/check-out menu The barring of room-to-room traffic with the possibility of bypassing using a secret code The input of wake-up times Automatic exchange barring at check-out Analogue terminals with integrated function keys or the digital terminals Opal, Office 20 and Office 100 (DECT cordless terminal) are suitable for use in hotel rooms.

2.146 + Features

Subscriber port programming
Each subscriber port can be programmed as a: Standard port (operating or service numbers) Room port Phone box port The features of room and phone box ports differ from those of standard ports. This configuration is used for making a distinction in the charge data acquisition (CDA) (reports, meter readings, threshold values).
Tab. 2.36: Programming options for the subscriber ports of a hotel system
Standard Business and private calls Barring room-to-room traffic

Room private only

Phone box private only
Operation via room menu Activate message Answer message Activate wake-up orders
Possible only via internal digit barring

Features 2.147 +

Room-to-room traffic
If room-to-room traffic is enabled, guests have the possibility of telephoning directly to other rooms. Traffic between rooms/phone boxes can be regulated with the following measures: General configuration as the basic setup for all rooms Specific configuration per room port for room status OCCUPIED. If the room status is FREE, the system resets automatically to the basic setup. The "room-to-room traffic" configuration can be modified by the attendant, for example to allocate special privileges to travel groups.
Secret code The secret code feature (*34) allows barred room-to-room traffic and internal digit barring to be bypassed. If *34 is barred in the internal digit barring, "secret code" cannot be activated. The room-to-room configuration applies exclusively. The secret code allows key hotel management staff, for example, to make calls on otherwise barred subscriber extensions. If the secret code is disclosed to a group of guests, room-to-room traffic can also be enabled (see also the section on "Room-to-room traffic"). This feature is not described in any of the operating instructions.

Intrusion
If the called internal subscriber B is busy, the calling internal subscriber A has the possibility of intruding into the current call, provided A is authorised to do so; A will then hear the current call and has the possibility of talking to subscriber B, into whose call A has intruded.

Fig. 2.130: Intrusion

Signalling Subscriber B who is intruded upon hears the dampened intrusion tone, signalling that in addition to the current call he also has an internal call to intruding subscriber A. If A is not authorised to intrude, he obtains the congestion tone (rapid busy tone). If B is connected in analogue, C hears the intrusion of A. Scope If B is in an outside call, intrusion only works if the feature is enabled for outside calls also. Intrusion is possible in principle only if there is an initial connection, not if B is in an inquiry call or conference. If intrusion is barred, it is possible to send a message to busy subscriber who has a system terminal with display and to do so even during a call (e.g. "Urgent international call").

2.210 + Features

Suffix dialling procedures Activate intrusion: Via menu or with procedure R7 or R*44 (R = control key) Answer without hold -> End the call and answer the subscriber: Via menu or with procedure R1 Answer with hold > Hold the call and answer the subscriber: Via menu or with procedure R2 Answer with conference -> Include the subscriber into the current call: Via menu or with procedure R3 Reject -> Pass on the call: Via menu or with procedure R0 Prefix dialling procedures Protect against intrusion: Intrusion is not permitted (*04).
Enable intrusion on ones self: Intrusion is permitted (#04).
Reference Feature: System configuration: Call waiting, conference, holding a call Intrusion; SC configuration

Features 2.211 +

Operating language
The PBX supports the following languages for system configuration and in connection with the system terminals:1) German French Italian English
Scope The operating language for the system configuration can be set via the system configuration independently of the operating language selected on the terminal. Prefix dialling procedure Change operating language on system terminal: Via menu
Beispiel: Software fr die Schweiz

2.212 + Features

Courtesy service (recorded message prior to answering)

Office 40

Office 30

Office 20

[10] *37

[4] *37

*83 *81 r*81 *83

*r*81 983

*83 *81 r*81 *83 *83 *81 r*81 *83
Reseize line Weekend service off / on Activate general call In prefix dialling In suffix dialling Answer general call Destination (dialling) key Bar room-to-room traffic Display/print room status list Status indicator Two-company configuration

Features 2.265 +

Data service Instruction set Prompts Hayes Hayes + prompts None PC dial Settings Asynchronous transmission rate Synchronous transmission rate Data rate setting Data length format Parity Stop bits Flow control Dataleads only XON/XOFF CTR/CTS + XON/XOFF Modem Modem + XON/XOFF Modem + CTR/CTS Modem + CTR/CTS + XON/XOFF Standards V.24 interface V.110 protocol

Crystal

50.57600 Baud 50.57600 Baud 50.57600 Baud 50.64000 Baud 50.64000 Baud

autom. 5, 6, 7, 8 bit

none, even, odd, none, even, odd, mark, space mark, space

fixed 8 bit none 1

2.266 + Features
AIMS Ascotel Information and Management System

Overview

AIMS is a software package for the planning, configuration and control of all Ascotel properties. AIMS simplifies every aspect of Ascotel management, both on-line on a PBX and off-line. It provides transparency and a clear overview of all the system and customer data. A Windows interface and functionality ensures that the system is easy and simple to operate. AIMS consists of the following programmes (Manager): AIMS Shell Project Manager (in preparation) Configuration Manager (on-line and off-line configuration) Fault and Maintenance Manager Account Manager Hotel Manager Information Manager
Functions: PBX data management according to system and customer Password-controlled access to a system's data stock Access to the AIMS Managers Configuration of the communication interface to a system Conversion tool for converting customer data when updating older PBX versions to ISDN-4 Backup function Password management Printing of documents, higher-level (e.g. system configuration) User circle: Anyone working with AIMS

Features 2.267 +

Functions: Central on-line supervision of several systems Early problem detection through regular status scans Recording of spontaneous error messages, presentation and analysis of same (to initiate actions; in preparation) User circle: Servicing personnel System management

2.268 + Features

Functions: CDA, ICC and ICL recording (and evaluation; in preparation) Least Cost Routing management Data import from the LCR tables of network operators User circle: Secretariat System management Reception

Functions: Check-in, check-out Call charge information and output Room-busy information Configuration of room sets Interface handling for hotel management systems Wake-up call requests from hotel guests User circle: Reception System management
System manual Any other product-related documents made available by the manufacturer Customised documents User circle: Anyone working with AIMS

Features 2.269 +

2.5.2 The AIMS architecture
AIMS is the easy solution for creating, editing and managing PBX data on PC. The data is processed with the aid of the various managers, each of which is specialised in one particular field. Each manager is opened from a common Shell environment. To open the AIMS Shell, the user clicks the AIMS icon in the Program Manager. The PBX data is listed and sorted according to customer. The user selects a PBX, logs on to it and opens one of the managers. For example, to modify the PBX configuration, he opens the Configuration Manager; to modify the hotel data, he opens the Hotel Manager. After making his changes on or off-line in the PBX, he closes the open manager and the Shell reappears. He can then select another manager or log off from the PBX.
Shell Account Fault and Maintenance Hotel

Project

Fig. 2.141: AIMS Shell and the Managers

2.270 + Features

Data management
All the data is stored in the central AIMS database. Each manager accesses only part of this data. Data actions carried out by an AIMS user always relate solely to the data of the manager currently active at that time. Example: If the Configuration Manager is active, "File/Print all" will only print out the configuration data, not the call charge data or the hotel data.

Hotel Manager PBX 3

C u sto m e r 1

C u sto m e r 2

C u sto m e r 3

C u sto m e r 4

Fig. 2.142: The structure of the AIMS database

Features 2.271 +

2.5.3 Navigation Interface and icons

Input dialog box

Fig. 2.143: The user interface of an AIMS Manager
Log-in Log-out Expand menu tree Contract menu tree Go to previous entry Go to next entry Undo last entry Insert empty data record (line) Delete data record (line) from table Open Configuration Manager Open Fault and Maintenance Manager Open Account Manager Open Hotel Manager Project Manager Information Manager AIMS Shell AIMS Manager Help View upload: write data from current window to PBX View download: retrieve new data in current window from PBX Clear on-line connection Set up on-line connection Save: write changes into AIMS database Open: retrieve off-line data from AIMS database

CTI: TAPI: CAPI: TSPI: Ascotel TAPI TSPI: Computer Telephony Integration Telephony Application Programming Interface Common Application Programming Interface Telephony Service Provider Interface Software driver for communicating between Ascotel and TAPI

2.312 + Features

Telephony functions
Overview To run a CTI application in combination with Ascotel, the correct Ascotel driver has to be installed on the PC. The choice of driver depends on the following criteria: The features required The Ascotel version The Windows version
The table below provides an overview of the available drivers and their area of application: Tab. 2.45: Drivers
Drivers for Crystal Terminal Adapter
Drivers for Pocket Adapter Unimodem 95 NT4.0 TAPI TSPI 95 NT4.0 X X X X X X
Windows version CLIP incoming Dialling, call setup and disconnection Call diversion Inquiry call, hold Brokering, handover Callback, conference Data connections Internet Videotext

Unimodem 95 NT4.0

3.11 X

X X X X X

Features 2.313 +
Ascotel T API TSPI drivers Ascotel communicates with TAPI via the Ascotel TAPI TSPI driver. With this driver all CTI products that support the TAPI standard can be used on the Ascotel. The driver is specifically adapted to the interface of the Ascotel Pocket Adapter. Telephony functions supported: Dialling, call setup and disconnection CLIP (call number indication) Inquiry call Holding Handover Call diversion Callback Brokering Conference with 3 subscribers Modem applications supported: In driver version 1.0 modem applications are not yet supported.
Ascotel unimodem driver Ascotel communications with the unimodem interface of Microsoft Windows (as of Win95 or Windows NT 4.0) via the Ascotel unimodem driver. Drivers are available for the V.24 interface of the Ascotel Pocket Adapter and Crystal Terminal Adapter. Telephony functions supported: Dialling, call setup and disconnection Modem applications supported: (available only with the V.24 interface of the Crystal Terminal Adapter) Hyper Terminal BTX decoder Internet access Browser configuration Remote data transmission network

2.314 + Features

Data transmission with CAPI
Data is transmitted from the PC plug-in card via the S-bus (ISDN card) or via the Crystals Terminal Adapter (TA) (via the serial interface and protocol V.110). Most ISDN cards transmit data with the aid of a CAPI driver. Like TAPI, CAPI is a standardised interface. The CAPI driver controls communications between the CTI application and the ISDN card and is usually an integral part of an ISDN cards scope of delivery.

3.42 + Planning

Handset types
2 handset types are used for planning: The test handset is used for setting up call connections so planners can co-ordinate their activities. The standard handset is used purely for radio measuring purposes. Only the characteristics necessary for planning are discussed here. For more information, see the handset Operating Instructions themselves. Operating conditions The ambient temperature during option should remain within the limits of 5 to 50 C (non-condensating). The operating time with batteries is around 5 hours at room temperature; the lower the temperature, the shorter the operating time available. General/Function
The handsets should always be placed without batteries inside the test kit (they discharge even switched off). To avoid confusion, we recommended that you identify the equipment as follows: One test radio unit is designated as "A", the other as "B". One test and one standard handset is designated as "1", the two others as "2". The figure illustrates how the equipment is used:
Coverage range A, stationary Coverage range B, stationary Test radio unit B

Test radio unit A

Standard handset 1

Standard handset 2

230 VAC
Test handset 1 "Planner 1", mobile

Test handset 2

"Planner 2", mobile
Fig. 3.18: Using the test equipment

Planning 3.43 +

All the equipment is always duplicated. This allows planning to be carried out in teams, which makes for more efficient work. The standard handsets are used for determining the field strength. They indicate the field strength of one or more radio units in the range from 0 to >70 dBV. For this, the equipment switches to a look-around mode in which the handset provides a selection of all the radio units received. Up to 4 radio units can now be selected and measured with one another. The transitions between 2 radio units can also be determined during the planning phase, making it possible to determine the handset's handover behaviour. Handover refers to the switch from one radio unit to the next. The handset continuously monitors the signal strengths of all the radio units received. If the one into which it is currently hooked becomes too weak, it registers with a stronger radio unit. If this process is to proceed smoothly, the shared coverage range between neighbouring radio units must be sufficiently large. To be able to determine the transitions, it is useful to have 2 radio units in operation at the same time. We also want to prevent the switch from being signalled; therefore the handover behaviour of the standard handset is selectable. A second handset type is also available to each planner: the test handset for setting up call connections. For a call connection we need to select test radio unit A or B. If the call quality is used for assessing the radio connection, we need to remember that 2 radio links are involved here (handset radio unit handset). Therefore, one of the test handsets should always be in the vicinity of the radio unit. Test handsets/Presettings The following log-on procedures need to be carried out so that the handsets can later be used anywhere in the test itinerary. These procedures ensure that both test handsets can be called on both test radio units using in each case their internal number. The test handsets are supplied in the following condition when the test kit is used for the first time: Handset 1 is logged on to test radio unit "A" as subscriber 1. Handset 2 is logged on to test radio unit "B" as subscriber 1. First we need to log off handset "2" ( 1 ) and then log on all the handsets ( 2 ). As a rule handset "1" is already logged on to radio unit A.

362 50

Cable duct
,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, 0 ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, 10 ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, 370 ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, (Cover) ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, Floor ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,

All dimensions in mm

Fig. 4.1: Dimension drawing for Ascotel 2020 / 2030

414 (Cover)

4,2 mm

410 240

246 370

All dimensions in mm.

[1] Fastening screw

Fig. 4.2: Wall frame

Connection concept

Power supply

Socket-outlet requirements: VAC socket-outlet for PBX basic housing VAC socket-outlet for PBX maintenance work with PC. Use a different circuit wherever possible (as required)

Mains fuse

Fig. 4.3: PBX supply cable

Steckplatz links

Emergency power supply
The use of an "uninterruptible power supply" (UPS) guarantees the PBXs reliable operation. The emergency power supply is rated in accordance with the power requirements of the PBX, determined essentially by the number of terminals connected. Tab. 4.2: PBX power requirements

5.10 + Configuration

5.7.2 Ascotel DECT configuration Procedure
The system configuration has to be complemented once the digital radio units have been installed (in the event of an initial configuration of the system, points 1 and 2 are already covered by the preceding section): 1. Complement the numbering plan with the DECT subscriber numbers (see "Numbering Plan", in the parameter index, as of page 5.34) 2. Define the subscriber data, names, authorisations, etc. (see "Subscriber Programming", in the parameter index, as of page 5.34) 3. Set the DECT system parameters (see "System Set-up", in the parameter index, as of page 5.34) 4. Define the service areas, names authorisations, etc. (see "Radio Service Area Configuration", in the parameter index, as of page 5.34) 5. Define the radio units (see "Radio Unit Configuration", in the parameter index, as of page 5.34) 6. Log on the DECT handsets (see "Log DECT Subscribers On/Off", in the parameter index, as of page 5.34) 7. Define log-on period for visitor handsets (where required) (see "Visiting Until", in the parameter index, as of page 5.34)
Logging a handset on and off
Logging a handset onto the system 1. Access the configuration with Crystal, terminal (page 5.7) or online with the AIMS Configuration Manager (page 2.276) 2. Select "Log on/off DECT SC"; in the parameter index, as of page 5.34 3. Select subscriber number or number range; the numbers of the DECT subscribers not yet allocated to a handset are offered in succession 4. Select "log on"; the log-on procedure is started 5. On the handset select cordless system A, B, C or D from the "Subscription" menu 6. Press the Fox-key under "New"; the handset is checked for authorisation and then given its subscriber number and any group membership (LG).

Configuration 5.11 +

DECT subscriber numbers not allocated to a handset are: Identified with an asterisk in the numbering plan Identified in the subscriber programming with "DECT not logged on" (see under "Interface; SC Programming", in the parameter index, as of page 5.34) A GAP handset subscriber must also identify himself on the Ascotel DECT system with an access code. The access code must be entered in the Ascotel and in the GAP handset prior to the log-on procedure (see "Access Code", in the parameter index, as of page 5.34).
Logging off handset 1. Access the configuration (with Crystal, terminal (page 5.7) or online with the AIMS Configuration Manager (page 2.276) 2. Select "Log on/off DECT SC"; in the parameter index, as of page 5.34 3. Select subscriber number or number range 4. Select "log off"; the log-off procedure is started The handset identification is deleted. The DECT subscriber number is retained (identified with an asterisk in the numbering plan).

Logging a visitor handset on and off If a DECT subscriber is configured as a visitor (see "DECT SC:Status" in the parameter index, as of page 5.34), it can be logged on by the Attendant or the System Manager for the duration of the visit (see "Visiting Until", in the parameter index, as of page 5.34). One hour before the visiting time expires, the system sends the message "DECT SC <No.> will be logged off in one hour" to an internal subscriber (configurable, see "DECT Message Destination", in the parameter index, as of page 5.34). When the visiting time expires, the handset is logged off from the system.

5.12 + Configuration

5.7.3 Ascotel bcs cordless configuration Procedure
The system configuration has to be complemented once the analogue radio units have been installed (in the event of an initial configuration of the system, points 1 and 2 are already covered by the preceding section): 1. Complement the numbering plan with the bcs cordless subscriber numbers (see "Numbering Plan", in the parameter index, as of page 5.34) 2. Define the cordless groups (similar to LG; the bcs cordless subscribers are entered under their call number; see "Group Configuration", in the parameter index, as of page 5.34) 3. Define the radio cells (see "Cell Configuration", in the parameter index, as of page 5.34) 4. Define the log-on radio unit (see "Log-On Radio Unit Configuration", in the parameter index, as of page 5.34) 5. Log on the handset (to the log-on radio unit) (see "Cordless SC Log-On", in the parameter index, as of page 5.34)

Configuration 5.13 +

5.8 Menu tree for Crystal, PC/Terminal
Legend for the menu tree: Parameter values: r q "
Display Change Print Delete, Reset Copy
[x] [x/y] {x} or [x/y] SUB No. Exchange No. Call No. DDI No. LG No. CC No. DS ID WE TE PA TA
Signifies the input of a value, number or text Choice of predefined parameter values
Initialisation value Internal subscriber call number Exchange call number Call number in general Direct dial call number Line group Cost centre number Data service individual destination Weekend Terminal Pocket Adapter Terminal Adapter

5.14 + Configuration

1 Attendant 1 Clock/calendar Time Date 2 Destinations 1 Abbr. dialling No. Name Phone number 2 Emergency no. Day Night Weekend 3 Coded calls Coded call 4 Do not disturb Subscriber 5 Substitution General call Subscriber 6 Conferences Member 1 Member Hotline

r q r q r q

[hh.mm] [DD.MM.YY]

r r r r r r r r

q q q q q q q q
Assign up to 1,000 numbers to an abbreviated dialling no. [Abbreviated dialling number) [Name] of the abbreviated dialling destination [Call No.] of the abbreviated dialling destination

1_2_1 2_7_4 1_6_3 2_4_3

2_7_3_1 2_4_1
2_5_3_2 2_4_2 2_5_3_3 2_5_3_1_2 2_5_3_1_1 2_5_3_1_3 2_5_3_1_2 2_5_3_1_1 2_5_3_1_3 2_5_3_1 2_5_3_2

2_8_3_1 2_8_3_1 2_2_4

Key word Remote config.; Alarms Remote TA; Not. table select Report error; Not. table config. Report; Call logging Retry behaviour; DECT system parameters Ring pattern; Subscriber prog. Ringing cycle; Exch. lines Room level Room state; Hotel Room state; Room Room to room Room to room; Set-up Room; Hotel Round-up; Call logging param. Route sel.; Numbering plan Route; Service provider Routes; Exch. traff. Routing table; LCR table Routing tables; Least Cost Routing Rule; Service provider S-bus PSI S-bus PSI SU; Numbering plan S-bus; Subscriber prog. Search duration; S-bus PSI Sec. provider; Time zone Secret; Call logging param. Service commands Service printer; Printer Service provider inhibit; Least Cost Routing Service provider; Least Cost Routing Set-up; Call logging Set-up; Hotel Show by element; Numbering plan Show by number; Numbering plan Site name; Remote config. Start day; Time zone Start time; Time zone State; Voice-/Faxmail Status line; Maintenance Status; Subscriber prog. Stop bits; V.24 set-up Subscriber list Subscriber prog. Subscriber; Counter state Subscriber; Do not disturb 20BS264343/A_en Attendant
Installer 3_1_4_9_1 3_1_4_9_3 3_1_4_9_4

2_5_2 2_8_3_1

3_1_3_5_3_1 3_4 3_6_1
2_5_3_2 1_8_2 1_8_1 1_8_1 1_8_4 1_8_1 2_5_3_2 2_7_4 2_7_2 2_7_3 2_7_4 3_3_5 3_8_4_4 3_6_3 3_8_4_2 3_8_4_3 3_8_4_4 3_1_3_3 3_3_5 3_4 3_1_3_3 3_8_4_3_1

1_6 1_0_2_2

2_7_3_1 2_5_3_2 2_4 3_1_4 2_5_3_1_3 3_2_1_3_3 2_7_4 2_5_3 3_8_4_4
1_8_4 3_3_2 3_3_1 3_1_4_9_1 3_8_4_3_1 3_8_4_3_1 3_1_3_1 3_1_4_3 3_4 3_2_1_1 3_4 3_8_1_4 Configuration 5.41 +
2_7_3_1 2_7_3_1 1_6_3 2_4_3 2_3

1_3 1_4 1_7_1 1_2_4

2_3 2_5_1
Key word Subscriber; Group configuration Subscriber; Numbering plan Subscriber; Substitution Subscribers; Messages/announcements Subscribers; Report Subscribers; User-groups Substitution; Destinations Surcharge calc.; Call logging param. Surcharge; Room Surcharge; Subscriber prog. Switch group; Dir. dial. pl. Switch group; Exch. lines Switch group; Subscriber prog. Synchronisation; Exch. traff. System base configuration; DECT Cordless System config. System ID; Remote config. System manager System overload; Not. table config. System relay; Subscriber prog. System reset; Service commands TA; Numbering plan Table DS dest. Table DS dest. Table DS dest. Tax counter Tax exchange; Call logging param. Tax journal Tax journal; Subscriber prog. Tax-value; Call logging param. TEI-Management; Exch. lines Telemaintenance Telepac (X25, X31 A) Teletex (F200, F220) Telex (F60) Terminal Adapter (V110, X30) Terminal Adapter (V120) Terminal barr.: digit barring; Subscriber prog. Terminal barr.; Subscriber prog. Terminal; Not. table select Time Time zone; Routing tables Timeout for free Times Title; Call logging param. 5.42 + Configuration Attendant System manager Installer 3_1_3_2_3 3_3_5 3_8_1_5 2_2_1 2_5_2 3_5 3_8_1_5 2_5_3_3 1_8_1 2_3 3_4 3_6_4 3_6_1 3_4 3_6_5 3_1_3_5_1 3_1 3_1_4_9_1

Operation and Maintenance 7.107 -

Section 8: Annex

Technische nderungen vorbehalten Copyright Ascom Business Systems AG

20ZL264343/A_en

8.II +
8.1 8.2 8.2.1 8.2.2 8.2.3 8.2.4 8.3 8.3.1 8.3.2 8.3.3 8.3.4 Complete overview of the Ascotel family PBX compatibility Introduction Systematic PBX designation system Change of generation and version PBX compatibility lists Record of changes to modules Terminal compatibility Introduction Systematic terminal designation system Change of generation and version Compatibility on the S-bus Compatibility lists for terminals Compatibility lists for terminals on the S-interface Compatibility lists for terminals on the AD2 interface Record of changes for terminals Upgrading to ISDN-4 Procedure Saving and converting existing customer data Technical data Complete overview Power supply Ascotel DECT Ascotel bcs cordless Exchange ports Subscriber ports Special connections Modules Terminals System terminals on the S-interface System terminals on the AD2-interface Declaration of conformity 8.1 8.4 8.4 8.5 8.6 8.7 8.8 8.9 8.9 8.9 8.10 8.10 8.11 8.11 8.14 8.16 8.17 8.17 8.18 8.23 8.23 8.25 8.26 8.28 8.30 8.31 8.32 8.33 8.38 8.38 8.39 8.40
8.3.5 8.4 8.4.1 8.4.2 8.5 8.5.1 8.5.2 8.5.3 8.5.4 8.5.5 8.5.6 8.5.7 8.5.8 8.5.9

8.III +

8.IV -
8.1 Complete overview of the Ascotel family
Note: The values indicated are theoretical and relate only to the module in question. The maximum final capacity stage of any system is never the sum of these values. Example: If an Ascotel 2050 were equipped with 56 S-subscriber interfaces, there would be no space left for the exchange connections.
The Table below allows you to cross-compare the various Ascotel types available.
Tab. 8.1: Features of the Ascotel family
Ascotel Basic 2020 Max. capacity Basic 2030 Max. capacity 2050 Max. capacity + 2050 Basic 2060 Basic Max. capacity 2060 + 2060 + 2060 2
Expansion capacity No. of housings with power supply Exchange accesses - Anal. exchange accesses (standard a/b) - Basic accesses T (S0) EURO ISDN (+ switchable to T or S) - Primary accesses T2 (S2) EURO ISDN

(4) 1 (+1) -

(4) 3 (+1) -

(4) 2 (+1) -

(4) 4 (+1) -
32 (64 B channels) 2 (60 B channels)
Subscriber interfaces - Analogue interfaces (standard a/b) - S-interfaces four-wire, up to 1 km, ISDN standard, CCITT I.430 (+ switchable to T or S) - AD2-interfaces two-wire, digital, up to 1 km (Ascom standard) DECT radio units Terminals - Corded (ISDN, digital, analogue) - Cordless (DECT system terminals) - Total number of terminals per system Interfaces Door intercoms Paging system (pager) Serial V.24 (CTI, ACC, HMS) Contacts (inputs/outputs) Music source (internal/external) General call Operating conditions Operating temperature: 0 to 35 C (without ventilation) Air humidity: 10 to 80%, noncondensating Power supply: 230 VAC +10%-15%, 50/60 Hz 5% Max. power input Dimensions/weight W x H x D (mm) Weight (max. capacity)