DETEWE varix 200 Manual
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DETEWE varix 200 Manual

DETEWE varix 200 Manual

Digital pabx system with integrated dect wireless network
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Description
Installation/Commissioning
Digital PABX system varix 200
Digital PABX system varix 14
with integrated DECT wireless network
K O M M U N I K A T I O N S S Y S T E M E
varix 200
K O M M U N I K A T I O N S S Y S T E M E
varix 200
K O M M U N I K A T I O N S S Y S T E M E
K O M M U N I K A T I O N S S Y S T E M E
varix 200
varix 200

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Summary of Contents for DETEWE varix 200

  • Page 1 K O M M U N I K A T I O N S S Y S T E M E varix 200 Description Installation/Commissioning Digital PABX system varix 200 Digital PABX system varix 14 with integrated DECT wireless network...
  • Page 2 Edition 10/98 Mat.-No. 77 657.047 System software release 1.3A We reserve the right to make technical modifications.

  • Page 3: Table Of Contents

    Contents C o n t e n t s Description Introduction System description, varix 200/14 with integrated DECT wireless network 1.1.1 System components varix 14 (DECT) varix 200 (DECT) varix 200 (DECT server) GAP / CAP varix M3 1.1.2 Interfaces...
  • Page 4 Wireless link covering several storeys Measurement procedure Monitor Mode varix M2 Service Mode varix M3 2-10 Registering (non-DeTeWe) GAP terminal devices 2-12 Limits to the number of PPs that can be operated simultaneously 2-13 Base station cabling Connector terminals Description varix 200/varix 14 (DECT)
  • Page 5 Note! TOD 001 TOD 125 TOD 0C1 TOD 32B Comfort mode varix 200, 5-rack system (DECT server)) Configuration 6.1.1 Number of base stations to be operated (max. 78 or 76#) 6.1.2 Number of portable parts that can be operated 6.1.3 Number of S2MM modules per system (max.
  • Page 6 Contents ETSI IPEI PABX PABXID PARK RFPI TPUI Terminology Enrolment Cell (radio cell) Home PST Handover International portable equipment identity (IPEI) Roaming Structured system Unstructured system Description varix 200/varix 14 (DECT)

  • Page 7: Description

    Notes on the structure, design and details on hardware modules and the functions of these can be found in the system manual named below. Before installing the varix 200/14 digital PABX systems, please refer to the notes on safety given in the system manual varix 200/14, Chapter 1 (SNo. 78527.---).

  • Page 8: Varix 14 (Dect)

    - automatic call-back when the line is busy - call transfers - call forwarding - call shuttle / brokering - call waiting indication function - direct dialling - conference calls - incoming call number display (CLIP) 1 - 2 Description varix 200/varix 14 (DECT)

  • Page 9: Interfaces

    1TR6 DSS1 Private telecommunications networks Stimulus 1 TR6/12TR7 analogue exchange DSS1 connection Stimulus (HKZ) + FT/ET digital exchange connection S0FV QSIG Special interfaces RS 232 varix 14 digital PABX RS 232 system Description varix 200/varix 14 (DECT) 1 - 3...
  • Page 10 - ISDN Telephone using 1TR6 or DSS1 - PC with ISDN interface (ISDN) Fax, modem or similar device. n = 4 if feed power supplied from PABX system n = 8 with separate power supply 1 - 4 Description varix 200/varix 14 (DECT)
  • Page 11 Private telecommunications networks 1 TR6/12TR7 DSS1 analogue exchange Stimulus connection (HKZ) + FT/ET digital exchange connection S0FV Special interfaces S2MFV RS 232 varix 200 QSIG 1 - n digital PABX RS 232 system Description varix 200/varix 14 (DECT) 1 - 5...
  • Page 12 - ISDN Telephone using 1TR6 or DSS1 - PC with ISDN interface - (ISDN) Fax, modem or similar device. n = 4 if feed power supplied from PABX system n = 8 with separate power supply 1 - 6 Description varix 200/varix 14 (DECT)

  • Page 13: Interfaces To Networks

    C TR 10, C TR 22 ISDN connections Interfaces to private networks - S0 FV (tie line) QSIG - S2M FV (tie line) QSIG Analogue connections - HKZ TS/AS signalling with S0 synchronisation Description varix 200/varix 14 (DECT) 1 - 7...

  • Page 14: Overview Of Digital Outside/Trunk Line Interfaces

    Analogue dedicated line interfaces Type of interface HKAS Range, wire diameter 0.4 mm 1.8 km Number of wires *) with special cable: Betefa I-2Y(St) CH 2 x 2 x 0,6 St VI Bd 1 - 8 Description varix 200/varix 14 (DECT)

  • Page 15: Digital Subscriber Line Interfaces

    1 x D 1 x D 1 x D Analogue subscriber line interfaces Type of interface a/b (Ext.) Range dia. 0.4 mm 4 km (2 x 265 Ohms) Number of wires 1 DA Description varix 200/varix 14 (DECT) 1 - 9...

  • Page 16: Technical Data And Standards

    Analogue outside line interface HKAS Analogue subscriber line interface ABTS Digital subscriber/outside line interface S0TAS 17.5 UP0 interface 4 UP0TS 10.7 Combined digital and analogue inter- SATAS 18.9 face Overvoltage protection module ÜSS 1 - 10 Description varix 200/varix 14 (DECT)

  • Page 17: Digital Terminal Devices

    0.3 Erlang per subscriber, 8 hrs operation and 16 hrs idle state for the varix 14, DECT requires a T500mA (F4002) fuse on the MBK. Replace the fuse at location G48604-501-B001-51 or G48604-501-B002-51 Description varix 200/varix 14 (DECT) 1 - 11...

  • Page 18: Environmental Conditions

    - Mains frequency: 50 … 60 Hz - Protection class: 1 in accordance with EN 60950 - Cooling: natural convection - Operating protective earth: protective earth contact of 230 V mains outlet 1 - 12 Description varix 200/varix 14 (DECT)

  • Page 19: Electrical Safety

    1 Description The varix 14 / varix 200 DSC meets the requirements of following standards: Electrical safety EN 60950 August 1992 (DIN VDE 0805) Safety of information technology equipment, including electrical business equipment. EN 41003 May 1991 (DIN VDE 0804 Part 100) Particular safety requirements for equipment to be connected to a telecommunications nework.

  • Page 20: Interfaces

    < 60 V Charge pulse sensing circuit - integrated on HKAS module f = 16 kHz ± 80 Hz - reception signal level down to -27 dB - impulse length 80 … 165 ms 1 - 14 Description varix 200/varix 14 (DECT)
  • Page 21 HDB3 Characteristics of S0 interface Number of wires Net bit rate 144 kbit/s Bit clock rate 192 kbit/s Frame period 250 µs Frame length 48 bit Termination resistance 100 Ohms Transmission code Description varix 200/varix 14 (DECT) 1 - 15...
  • Page 22 48 bit - Termination resistance 100 Ohms - Transmission code - Feed phantom feed circuit - Maximum DC power per interface port in accordance with FTZ 1 TR 211 < 4.5 W 1 - 16 Description varix 200/varix 14 (DECT)

  • Page 23: Dect In General

    This results in a total of 120 time-slot pairs for full duplex operation. For technical reasons, only every second time slot is used in the DeTeWe-speci- fic implementation. This means that the total capacity is reduced to 60 time-slot pairs in this case.

  • Page 24: Portable Part Varix M2

    1 Description Portable Part Standard DECT varix M2 Wireless interface Proprietary protocol when using DeTeWe System Portable Parts. Range of wireless interface up to 300 m (less inside of buildings) Frequency range 1.88 - 1.9 GHz Transmitter power max. 10 mW Temperature range 0 …...
  • Page 25 230 V / 50 Hz 1. at -10˚ C: LCD functions and full battery capacity are not guaranteed 2. respectively at 100% battery capacity or with battery charged 3. foreign specifications may vary. Description varix 200/varix 14 (DECT) 1 - 19...

  • Page 26: Fixed Part

    1 Description Fixed Part Standard DECT Wireless interface proprietary protocol when using DeTeWe System Portable Parts Range of wireless interface up to 300 m (less inside of buildings) Frequency range 1.88 - 1.9 GHz Transmitter power max. 10 mW Temperature range 0 …...

  • Page 27: Charger

    3 dB beamwidth horizontal (deg.) length (cm) Dimension (cm) 10.1 x 9.5 x 3.2 Weight (g) Use (indoor/ outdoor) indoor + outdoor indoor + outdoor connector Windload (200 km/h) (N) > 24 Description varix 200/varix 14 (DECT) 1 - 21...

  • Page 28: Dect Fixed Part Indoor/ Outdoor Coaxial Cable

    0.62 10.5 RG 214/U 0.62 10.5 RG 223/U 1.18 RG 58 C/U 1.34 RG 188 A/U RG 174/U 2.11 RG 178 B/U 2.56 6 dB loss means that the range is halved. 1 - 22 Description varix 200/varix 14 (DECT)

  • Page 29: Peripheral Devices

    2 km (UP0) or 1 km (UPD) (for wire diameter 0.6 mm) Antenna connection 2 optional external antennae Software download of software from PABX to FP Casing material ABS plastic, indoor version Description varix 200/varix 14 (DECT) 1 - 23...

  • Page 30: Dect Portable Part And Charger/Holder

    1 Description DECT Portable Part and charger/holder Standard DECT Wireless interface Proprietary protocol when using DeTeWe System Porta- ble Parts. Frequency range 1.88 - 1.9 GHz Transmitter power max. 10 mW Temperature range -5 … + 45 °C Power supply rechargeable battery pack: 3.6 V/400 mAh...
  • Page 31 1 Description Standards/protocols DECT, GAP,CAP Wireless interface proprietary protocol when using DeTeWe System por- table parts. Frequency range 1.88 - 1.9 Ghz Transmitter power 10 mW (average) Temperature range -10˚ C to + 50˚ C Power supply rechargeable battery pack: 3 x 1.2 V (micro) NiMH...

  • Page 32: Dect Fixed Part Outdoor

    (for rain = lower limit) 5˚ C Water (other than rain) direct water spray possible Biological environmental conditions Chemically active agents Mechanically active agents Mechanical environmental conditions The protection level corresponds to IP 55. 1 - 26 Description varix 200/varix 14 (DECT)

  • Page 33: External Antenna

    When external antennae are used for the fixed part, the antenna field pattern can be selec- External antenna ted to suit the location. For a radial (circular) pattern, a circular-pattern antenna (dipole) is used, to achieve a selec- tive bundling of signal energy, directional antennae are used. Description varix 200/varix 14 (DECT) 1 - 27...
  • Page 34 Directional antenna Cable Mounting bracket Indoor or Outdoor Fixed Part Connecting an external antenna to the base station: either a circular-pattern whip antenna or a directional antenna. Attenuation links are not used. 1 - 28 Description varix 200/varix 14 (DECT)

  • Page 35: Facilities

    - ante-chamber (secretarial) system Network connections - S0, basic access connection - S2M, primary rate multiple access connection - HKZ (analogue non-DDI) Protocols - 1TR6/12TR6 - DeTeWe protocol - DSS1 - FV-QSIG Description varix 200/varix 14 (DECT) 1 - 29...
  • Page 36 Analogue dedicated lines and extension lines to master or satellite PABX Private special equipment Direct trunk line to workplace Fault circuit (extension connection on system breakdown) only for HKZ X) facility is implemented 1 - 30 Description varix 200/varix 14 (DECT)
  • Page 37 Individual call answering General call answering Direct dialling in Call dropping Hunt groups Call redirection from extension via trunk exchange Intrusion Intrusion protection (do not disturb) Direct call forwarding Call forwarding on no reply Description varix 200/varix 14 (DECT) 1 - 31...
  • Page 38 Directed trunk line seizure Route segregation for: - dialling lines - dedicated lines - special equipment Least cost routing Traffic via dedicated lines Call shuttle Hold for enquiry from extensions Shuttle internal/external Hold status 1 - 32 Description varix 200/varix 14 (DECT)
  • Page 39 Call diversion of internal connections by: Forward unconditional (before second party answers) Special call forwarding mode (single-hand transfer) Call transfer conditional (after second party answers) Call pick-up Call repetition Hold for enquiry / trunk-trunk forwarding Three-way conference Description varix 200/varix 14 (DECT) 1 - 33...
  • Page 40 Extended dialling repetition Immediate automatic connection (immediate hotline) Automatic emergency call (hotline after set time) Notepad memory Temporary DTMF suffix dialling Permanent DTMF suffix dialling Dialling mode switch while calling / DTMF suffix 1 - 34 Description varix 200/varix 14 (DECT)
  • Page 41 Night-service circuits Assignment of night service extension Call diversion/forwarding Call diversion Call diversion, external Automatic call diversion after specified time Unconditional call diversion, e.g. Voice Mail Call pick-up Follow me Directed call pick-up Description varix 200/varix 14 (DECT) 1 - 35...
  • Page 42 Data transmission via terminal device Permanent data transmission traffic, RS 232, Hayes mode Message waiting to a/b and KeyTel Door panel display Messenger call (corresponds to door release) Call list (log) (1) not for varix 14 1 - 36 Description varix 200/varix 14 (DECT)
  • Page 43 (specific connection barring) Multi-company operation Prevention of direct dialling-in to specific workplaces Prevention of call waiting signal Call protection (do not disturb) Data (transmission) protection E) must be prepared at terminal device Description varix 200/varix 14 (DECT) 1 - 37...
  • Page 44 FP has two further connections to other PPs. This counter is incremented when an existing connection with the FP is concluded by hand-over and the FP has three or more further connections to other PPs 1 - 38 Description varix 200/varix 14 (DECT)
  • Page 45 - The counters can be read out on a PC via an RS 232 interface of the varix 14D/200D - Deletion or resetting of counters - Determination of load of each individual FP - Handover frequency for each FP - Number of connection abortions Description varix 200/varix 14 (DECT) 1 - 39...
  • Page 46 1 Description 1 - 40 Description varix 200/varix 14 (DECT)

  • Page 47: Planning The Wireless Network

    - Where are the telecommunications cabinets and cableways located in the building(s)? Is it necessary to install fixed parts in weather-protected locations? Description varix 200/varix 14 (DECT) 2 - 1...

  • Page 48: Planning The Measurements

    Advantage: It will not be necessary to make subsequent corrections on the building plans. 2 - 2 Description varix 200/varix 14 (DECT)

  • Page 49: Rules And Strategies For Distributing Base Stations

    Ideal antenna pattern (viewed from above) Ideal antenna pattern (side view) Only the outer edge of the torus is shown Only the inner circle (30 m) is shown Figure 2.1 Antenna pattern Description varix 200/varix 14 (DECT) 2 - 3...

  • Page 50: Installing The Base Stations

    Where several base stations are to be mounted on the same wall, we recommend mounting these in a vertical arrangement as long as it is possible to keep to the mounting heights rec- ommended above. 2 - 4 Description varix 200/varix 14 (DECT)

  • Page 51: Base Station Distribution In Buildings

    Axis of the building Antenna patterns (ideally) Another possible arrangement would be to locate the cables in or below the window sills, for instance. Cableways Cableways Antenna patterns (ideally) Description varix 200/varix 14 (DECT) 2 - 5...

  • Page 52: Wireless Link Covering Several Storeys

    (30 m). However, in open stairwells and lift shafts, it will usually be able to cover several storeys (approximately 3 floors upwards and downwards). Stairwell 3rd floor 2nd floor 1st floor Antenna patterns (ideally) 2 - 6 Description varix 200/varix 14 (DECT)
  • Page 53 (BS in diagram below) on one floor in relation to those on the next. A = BS on floor n B = BS on floor n ± 1 Relative location of base stations Cableways Cableways Antenna patterns (ideally) Description varix 200/varix 14 (DECT) 2 - 7...

  • Page 54: Measurement Procedure

    S019_SET. The display will then show the RFPI (Radio Fixed Part Identity) and the radio field strength. Exit the procedure by pressing the service key ( ) and switch back to the call. 2 - 8 Description varix 200/varix 14 (DECT)
  • Page 55 After you have determined the range of the base station at the first location, plot the results on the building plan and select the location for the second base station. At this location, repeat the whole procedure, and so on. Description varix 200/varix 14 (DECT) 2 - 9...

  • Page 56: Service Mode Varix M3

    Hardware version time: between lifting receiver time: between lifting and dialling begins receiver and call answered EEPROM version time: end of dialling until hang-upn time: call answered to hang-up 2 - 10 Description varix 200/varix 14 (DECT)
  • Page 57 After the user presses "OK", the display shows "are you sure?". Pressing "OK" activates the reset function. The "telephone directory", PIN and system log-on list remain unchanged. Description varix 200/varix 14 (DECT) 2 - 11...

  • Page 58: Registering (Non-Detewe) Gap Terminal Devices

    3) Now start up "Comfort SPC" and enter the required data in the dialogue boxes in the menu "Extras/DECT/Central DECT data" or in "Extras/DECT/Portable Parts". 4) Exit the program; after enrolling again, registration of this GAP PP will be accepted. 2 - 12 Description varix 200/varix 14 (DECT)

  • Page 59: Limits To The Number Of Pps That Can Be Operated Simultaneously

    30 active PPs are configured by the DECT system. Slot The varix 200/14 uses a blind-slot technique in which only certain slots, e.g. slot 0, 2, 4,... etc. out of 12 can be used, in other words, the neighbouring slots left free.
  • Page 60 2 Planning the wireless network 2 - 14 Description varix 200/varix 14 (DECT)

  • Page 61: Base Station Cabling

    # If a balanced connecting cable (twisted pair/star quad) is used, the length can be variable and is not limited to 0.5 m. A cable of this type is not available off-the-shelf, however, and may have to be made to measure at the installation site. Description varix 200/varix 14 (DECT) 3 - 1...
  • Page 62 3 Base station cabling 3 - 2 Description varix 200/varix 14 (DECT)

  • Page 63: Cable Propagation Time Measurement

    Meas. UP0/ UAE-connector socket with short-circuit plug For series production version of base station (from Mat.-No.: 76963.020 upwards) e e e LED 1: PABX system LED 2: result of measurement Start button Description varix 200/varix 14 (DECT) 4 - 1...

  • Page 64: Propagation Time Measurement: Verification Procedure

    --- /S / 01 --- / S + 1 / 01 --- / S + 1 / 03 --- / S / 03 --- / S / 03 --- / S + 1 / 03 4 - 2 Description varix 200/varix 14 (DECT)
  • Page 65 In case of deviation, i.e. a probable fault, check the cable connections. Try unplugging and re-plugging the short-circuit plug into the UAE connector (FP end of the cable), repeating the measurement and reading out the memory content again. Description varix 200/varix 14 (DECT) 4 - 3...
  • Page 66 (cf. table above). LED 1 will start to blink again after approximately ten seconds (indicates a connection to PABX has been established). This procedure must be repeated for each individual base station location. 4 - 4 Description varix 200/varix 14 (DECT)

  • Page 67: Programming The System

    "Start-up" at this point would now delete all key and device settings stored in the PST's EEPROM! Use the varixLoader to load the correct peripheral data to match the DECT customer data. Description varix 200/varix 14 (DECT) 5 - 1...

  • Page 68: Tod E/F1C

    DECT systems manufactured by him. Cur- rently, the code for the varix 200 system is 0024 and 0025 for the varix 14. This code only has a limited "service life". The manufacturer must apply for a new EMC when a specified number of systems of the respective model have been manufactu-...

  • Page 69: Important Note

    If no data are specified here, the PARK is calculated automatically. If the comfort SPC version is used to configure the system, this will supply the PARK. DECT statistics TOD F1B DECTstat R/S/la: 1/3/01 no del. Description varix 200/varix 14 (DECT) 5 - 3...

  • Page 70: Tod 8/9/A/B8C

    0 will always be entered. Enrolm.: With/without enrolment. This enables the service engineer to specify indivi- dually for each fixed part whether the enrolment of PPs is permitted or not (increases security). 5 - 4 Description varix 200/varix 14 (DECT)

  • Page 71: Tod 8/9/A/B8D

    The IPEI is entered using the Comfort Service PC menu item sequence: "Special"/"DECT"/"Portable Parts…". Note! For field test purposes, the portable parts (SW) have been changed to the IPEI, but the SPC entry screens have not yet been modified. Description varix 200/varix 14 (DECT) 5 - 5...

  • Page 72: Tod 001

    FP"), it may be necessary to read the respective values directly from the interface memories of the individual FPs: TOD 125 Using the R/S/Ia to determine the SASP number (interface memory number): CctM PER: R/S/Ia: 1/3/01 No.type ________ 5 - 6 Description varix 200/varix 14 (DECT)

  • Page 73: Tod 0C1

    The cable length can then be calculated using the formula l = t x 200 000 000 m/s: l = 1500 ns x 200 000 000 m/s = 300 m TOD 32B Barring/unbarring of fixed parts and/or portable parts: DECT-FP No-Typ ______ R/S/Ia: 1/3/01 status Description varix 200/varix 14 (DECT) 5 - 7...

  • Page 74: Comfort Mode

    Finally, in the SPECIAL/DECT/Fixed Parts, the fixed parts may be assigned to and configu- red in groups and classes. Further instructions are given in the varix 200/14 System Manual, chapter 6. Important note: After the system has been programmed, the portable part must be logged (enrolled) into the base station (fixed part) once.

  • Page 75: Varix 200, 5-Rack System (Dect Server)

    6 varix 200, 5-rack system (DECT server) v a r i x 2 0 0 , 5 - r a c k s y s t e m ( D E C T s e r v e r ) Configuration...
  • Page 76 6 varix 200, 5-rack system (DECT server) Rack 2 to 5 StPl: 1) UP0TS (as an alternative to UPDTS) can be installed on these slots. 2) These components (… TS + BS) improve radio range and footprint, an extension of the number of PPs (max. 192 PP) is not possible.

  • Page 77: Number Of Portable Parts That Can Be Operated

    6 varix 200, 5-rack system (DECT server) 6.1.2 Number of portable parts that can be operated per system max. 192 portable parts per rack max. 48 portable parts per PST max. 24 portable parts per UPDTS max. 24 portable parts per UP0TS max.

  • Page 78: Traffic Values

    6 varix 200, 5-rack system (DECT server) 6.1.5 Traffic values Depending on the number of racks used, there may be limitations to telecommunications traffic. mErl/ext. 200 extensions 3 racks 4 racks 5 racks The graph indicates the traffic value per extension [mErl] with a probability of loss/failure equal to 0.1 %, in relation to the number of racks used.

  • Page 79: Installation

    6 varix 200, 5-rack system (DECT server) Installation When installing, the overall combined length of the rack back-planes and connecting cables must not exceed four metres. Use shortened cables for the PCM bus to connect and mount the racks side by side. In this way, the width required for mounting will not exceed 3 metres.
  • Page 80 6 varix 200, 5-rack system (DECT server) 6 - 6 Description varix 200/varix 14 (DECT)

  • Page 81: Appendix

    = PABX level, relationship between number of PABXs of the respective type and number of fixed parts per PABX. = Portable part, mobile telephone set e.g. varix M 2. = Radio fixed part identification. RFPI Description varix 200/varix 14 (DECT) 7 - 1...

  • Page 82: Tpui

    = Temporary portable user identity, an identification number for a portable part, unique within the respective PABX. = User authentication key, a key code for users. It is generated during the enrolment proce- dure, after which it is used instead of the AC. 7 - 2 Description varix 200/varix 14 (DECT)

  • Page 83: Terminology

    The SPC com- fort user interface is used to enter the IPEIs when programming the system for use with porta- ble parts. Description varix 200/varix 14 (DECT) 7 - 3...

  • Page 84: Roaming

    All portable parts are granted access to this class and thus to all base stations. In other words, there is no restriction of portable parts' rights to access base stations (thus the term unstructured system). 7 - 4 Description varix 200/varix 14 (DECT)

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