Aastra Cordless Phone Installation Instructions Manual
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Aastra Cordless Phone Installation Instructions Manual

Aastra Cordless Phone Installation Instructions Manual

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INSTALLATION INSTRUCTION
6/1531-ANF 901 14
F1
2013
11
29

Cordless Phone

Mattias Wenzel
mwenzel
Tero Silvennoinen
INSTALLATION INSTRUCTION

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  • Page 1: Cordless Phone

    INSTALLATION INSTRUCTION 6/1531-ANF 901 14 2013 Cordless Phone Mattias Wenzel mwenzel Tero Silvennoinen INSTALLATION INSTRUCTION...
  • Page 2 The contents of this document are subject to revision without notice due to continued progress in methodology, design and manufacturing. Aastra shall have no liability for any error or damage of any kind resulting from the use of this document.
  • Page 3 ENERAL to all boards. This data together with PCM timing from the back plane is used to secure the air frame synchronization. Synchronization ring has a possibility to distribute PCM timing between the different media gateways containing ELU31 boards. Synchronization ring master board distributes the PCM timing through the ring.
  • Page 4 ORDLESS HONE Server 1 Base Base Base Base station station station station mgw 1A Base station mgw 1B Base station mgw 1C This board must be selected ring master with command cxcfc:rngpri=yes Server 2 Base station mgw 2A Base station mgw 2B optional Base...
  • Page 5 ENERAL Network Terminating Unit (NTU). Customer Premises Equipment (CPE). Safety and Regulatory Information for USA and Canada 1.2.1 Utam Requirements Installation of this equipment is subject to notification and coordination with Utam, Inc. Any relocation of this equipment must be coordinated through, and approved by Utam.
  • Page 6 For body worn operation, to maintain compliance with FCC RF exposure guidelines, use only Aastra approved accessories. When carrying the phone while it is on, use only the specific belt clip that has been tested for compliance. Use of non-Aastra-approved accessories may violate the FCC RF exposure guidelines and should be avoided.
  • Page 7 Note: When changing from 16 individual board to 32 individual board it can be possible to increase the number of base stations, see Cordless Phone Installation Planning. If number of base station is changed, a site survey must be performed to verify correct operation in affected areas.

  • Page 8: General Preparations

    RFP. General preparations Installation planning shall be completed (see the installation planning for CORDLESS PHONE), but pay special attention to the considerations described below: • Do a coverage calculation for the DECT RFPs for specific areas within the building.
  • Page 9 REPARATIONS Additional CPE network termination units placed between MX-ONE and the network interface such as multiplexor, repeaters or converters, must preserve a traceable timing to the reference source even in presence of wander/jitter in incoming bit rate as per ITU-T recommendation or equiv- alent ETSI specifications (note 2).
  • Page 10 ORDLESS HONE are synchronized, to the same PSTN timing source or by help of other synchronization mechanism. As described in 3.4.1, MX-ONE media gateway achieves this by regen- erating system clock from an external PSTN timing source (normally primary rate interface, 2048 kbit/s for E1 or 1544 kbit/s for T1). As the network timing source is assumed to be a stratum 3 or higher network node, the timing accuracy and stability is better than +/- 25 ppm.
  • Page 11 REPARATIONS A Preferred DECT Ring Master ELU31, PDRM, shall be appointed initially. The PDRM shall be located in a MGU magazine that either receives its PCM timing from: - a PSTN network (via E1/T1 interface) with traceable timing (note 1) or - a MGU/2 board (which have a free running oscillator with appro- priate timing).
  • Page 12 ORDLESS HONE media gateway ELU31/4 MGU/2 trsp_synchronization -bpos <E1 trunk> -prio 1 -class a PDRM PSTN timing cxcfc:fpi=x,ringpri=yes,gwsync=no; (Preferred DECT ring master) or optionally free running MGU clock media gateway ELU31/4 MGU/x trsp_synchronization -bpos <ELU31> -prio 1 -class a timing cxcfc:fpi=x,gwsync=yes;...
  • Page 13 REPARATIONS When CPE equipment is placed between the network interface and the MX-ONE system, the clocks provided by the CPE equipment must be traceable to the network timing source. Server 1 (lbp 22) ELU31 mgw 1A mag 0 mag 1 TLU on MGU (note only one ring member) Server 2(lbp 22)
  • Page 14 ORDLESS HONE in the magazine receive synchronization through a bus connection. The bus synchronization in an LBP22 magazine will work over the back- plane. One of the RING BOARDs (default is the one with the lowest board posi- tion number, the lowest magazine number, and the lowest Server number selected) will be the selected to be RING MASTER, RING MASTER can be assigned by command CXCFC see CORDLESS EXTENSION, CX, command description.
  • Page 15 REPARATIONS server 1 Base station Coverage area mgw 1B mgw 1A Optional Base server 2 station mgw 2B Base station mgw 2A Ring Synchronization cabling Figure 4: A synchronization ring is needed between the first board in all media gateways (the rest of the boards in mgw get sync from backplane) to achieve external hand over between those base stations which are connected to different boards.
  • Page 16 ORDLESS HONE Note: When moving between these two areas, the PP will lose connec- tion and drop any ongoing calls. Power off and power on is recommended to minimize downtime. There are two ways to install the synchronization cabling, see figure 6 Example of a star configuration on page 16 and figure 7 Example of a ring configuration on page 17.
  • Page 17 REPARATIONS Figure 7: Example of a ring configuration 3.4.3.1 Fault scenarios. Broken ring: If the ring is broken (either by an unplugged ring cable or a restarted ring board) a new Ring Master will automatically be appointed (by the ring negotiation).
  • Page 18 ORDLESS HONE media gateway ELU31/4 MGU/2 PDRM PSTN timing Ring member or optionally free running MGU clock media gateway ELU31/4 MGU/x timing media gateway ELU31/4 MGU/x The holdover function at this Oscillator will guarantee a Ring Master proper DECT synchronization distribution to all boards.
  • Page 19 REPARATIONS media gateway ELU31/4 MGU/2 trsp_synchronization -bpos <E1 trunk> -prio 1 -class a PDRM PSTN timing cxcfc:fpi=x,ringpri=yes,gwsync=no; (Preferred DECT ring master) or optionally free running MGU clock media gateway ELU31/4 MGU/x trsp_synchronization -boos <ELU31> -prio 1 -class a timing cxcfc:fpi=x,gwsync=yes; media gateway ELU31/4 MGU/x...
  • Page 20 ORDLESS HONE EXTENSION, CX) to compensate for the delay caused by the cable to this board. Delay compensation for ACDM error The resolution of ACDM will cause an “error” in the delay value. The error is always positive and is adding up for every ring member. This can be controlled by command diagnostic_print -unit CTLP -lim ‘ring master lim’...

  • Page 21: Base Station

    NPACKING 3.4.6 Physical media The media used it is essential that the behavior is equal to a copper medium. The following parameters and general cable data, see chapter 7.2 Cable requirements on page 51, must be fulfilled by the media in order to provide the necessary quality of the PCM clock synchronization distribution.

  • Page 22: Mounting And Installation

    ORDLESS HONE • Check that the antenna(s) has not been damaged during transport. If the antenna(s) has been damaged report this immediately. Portable part • Ensure that the product has the correct product number and R-state. • Check that the PP has not been damaged during transport. If the PP has been damaged report this immediately.

  • Page 23: Base Stations

    & I OUNTING NSTALLATION ELU31 Board For information see section 9.2.1 ELU31 board on page 55. Base stations 5.2.1 Common limitation for BS3x0 and BS3x2 Limitation of number of base station per ELU31 board due to power consumption see chapter 6.2 Dimensioning on page 46. Another limitation for the number of base stations that can be connected to one ELU31 board is the traffic intensity.
  • Page 24 ORDLESS HONE To see the cable connections for base station see chapter “Pinning” in “Installation Guide Base Station”. Base station cable length Care should be taken not to exceed the allowed length of the base station cable. For details see table 2 Maximum cable length, when powering via data pairs and express powering pairs.
  • Page 25 & I OUNTING NSTALLATION Front connector ELU31, twisted pair cable Figure 10:ELU31 board front connections 6/1531-ANF 901 14 Uen F1 2013-11-29...
  • Page 26 ORDLESS HONE For information about ELU31 front connectors and cabling see Installing MX_ONE 6/1531-ASP 11301. One Server system with the synchronization cable in front, with MDF(ELU31) Server 1 MAGAZINE 1 LBP22 TSR 901 1226/3000 ELU31 ELU31 ELU31 RING SLAVE MASTER SLAVE MAGAZINE 0 LBP22...
  • Page 27 & I OUNTING NSTALLATION Figure 11:One Server system with the synchronization cable in front and Main Distribution Frame (MDF) 19/ASB 501 04 The LBP22 backplane consists of both magazine 0 and 1 so only one ring master is needed. 6/1531-ANF 901 14 Uen F1 2013-11-29...
  • Page 28 ORDLESS HONE Two Server system with the synchronization cable in front, with MDF(ELU31) Server 1 MAGAZINE 2 LBP22 ELU31 ELU31 ELU31 RING SLAVE MASTER SLAVE TSR 901 1226/3000 Server 2 MAGAZINE 0 LBP22 ELU31 ELU31 ELU31 RING SLAVE SLAVE MEMBER TSR 910 1054/16M or TSR 910 1054/32M Base stn 0...
  • Page 29 & I OUNTING NSTALLATION Multi-Server system with remote gateway, with MDF (ELU31) Server 1 MAGAZINE 1 LBP22 ELU31 ELU31 ELU31 RING MASTER SLAVE SLAVE TSR 901 1226/3000 Server 2 MAGAZINE 1 LBP22 ELU31 ELU31 ELU31 RING SLAVE SLAVE MEMBER TSR 901 1226/15000 TSR 901 1226/15000 TSR 910 1054/16M or 32M See Figure 5-15 or 5-16.
  • Page 30 ORDLESS HONE d1 a1 d2 d3 f3 c6 a6 c7 c8 f8 Base stn 0 Base stn 1 Base stn 2 Base stn 3 g11 a11 g12 j12 g13 f13 g14 e14 b16 a16 b17 j17 b18 f18 b19 e19 Base stn 4 Base stn 5 Base stn 6...
  • Page 31 & I OUNTING NSTALLATION d1 a1 d2 d3 f3 c6 a6 c7 c8 f8 Base stn 0 Base stn 1 Base stn 2 Base stn 3 g11 a11 g12 j12 g13 f13 g14 e14 b16 a16 b17 j17 b18 f18 b19 e19 Base stn 4 Base stn 5 Base stn 6...

  • Page 32: Power Distribution

    ORDLESS HONE Mounting of base station BS3x0 and BS3x2 5.9.1 General The base station is connected to the ELU31 board by means of a stan- dard twisted pair cable. The base station can be fixed to a wall, a ceiling, a pole or a beam, by means of the mounting bracket included.

  • Page 33: Visual Indications

    & I OUNTING NSTALLATION Table 4 Orderable items Item Product number Quantity Omnidirectional single antenna set NTM/KRENB 101 119/1 Directional dual antenna set NTM/KRENB 101 121/1 Note: Two omnidirectional single antenna sets are required per BS34x base station. Visual indications See chapter “BS3x0”...

  • Page 34: Installation

    ORDLESS HONE Figure 16:Connections when using 2 EPP pairs The data wires of the same twisted pair may be interchanged. For instance SC0-0 and SC0-1, see figure 16 Connections when using 2 EPP pairs on page 34, may be interchanged. Also the EPP pair is insen- sitive for polarity reversal.
  • Page 35 & I OUNTING NSTALLATION Figure 17:Mounting the standard antennas on the BS340 base station Note: Mounting of the provided standard antennas on the Base station BS340, the antennas can be found in the provided antenna set, NTM/KRENB 101 116. The X-rings SCGNB 101 104 that are included in the antenna set should not be used.
  • Page 36 ORDLESS HONE Figure 18:Antenna NTM/KRENB 101 118/1, NTM/KRENB 101 119/1 and NTM/KRENB 101 121/1 Table 5 Characteristics for recommended non-standard antennas Antenna types Product NTM/KRENB 101 118/1 NTM/KRENB101 119/1 NTM/KRENB 101 121/1 number Gain 10.5 dBi 6.2 dBi +/- 0.3 dBi 8 dBi Frequency 1 880 - 1 920 MHz...
  • Page 37 & I OUNTING NSTALLATION Above mentioned antennas are delivered with a 1 m coaxial cable with a male MCX connector fixed to the antenna. In some outdoor applica- tions it is handy to place the base station indoor and feed the coaxial cable through the wall towards the antenna(s).
  • Page 38 ORDLESS HONE The antenna set NTM/KRENB 101 119/1 contains the following items: • Antenna • Wall mounting bracket • Pole mounting clamp Two antennas must always be connected to one base station, both covering the same area. The antenna can be mounted on a wall or on a 25 to 37 mm diameter tube.
  • Page 39 & I OUNTING NSTALLATION Figure 19:Mounting antenna NTM/KRENB 101 119/1 For BS340 see figure 17 Mounting the standard antennas on the BS340 base station on page 35. Mounting instructions for antenna NTM/KRENB 101 121/1 The antenna set NTM/KRENB 101 121/1 contains the following items: •...
  • Page 40 ORDLESS HONE • Metal mounting bracket • Screws, plugs and hose clip The antenna can be mounted both on a wall and a pole. When mounted on a wall, the antenna can be mounted using the metal mounting bracket or not. If the metal bracket is used, it will be possible to adjust the angle of the antenna, see figure 20 Mounting antenna NTM/KRENB 101 121/1 on a wall on page 40 for details.
  • Page 41 & I OUNTING NSTALLATION Connect the two antenna MCX male connectors to the BS340 base station MCX female connectors where the standard antennas normally are connected, for BS340 see figure 17 Mounting the standard antennas on the BS340 base station on page 35. 5.11 Outdoor housing SDC 905 04/1 for base stations...
  • Page 42 ORDLESS HONE Figure 22: The outdoor housing. The mounting plate is drilled 2 times and two wooden screws for mounting the base station BS3x0/3x2 are mounted to the plate 5.11.2 Specifications for the Outdoor housing Physical Specifications subject to change without prior notice. Dimensions W x H x D: 300 mm x 400 mm x 200 mm.
  • Page 43 & I OUNTING NSTALLATION Weight 53 kg (base station not included) Material Enclosure and door: fiberglass-reinforced unsaturated polyester Rear mounting plate 2.0 or 3.0 mm sheet steel, zinc-plated. Cable glands 1 x cable gland M 20x1.5, polyamide, RAL 7035 for local power cable 1 x cable gland M 25x1.5, polyamide, RAL 7035 for data cable Signal lamp holder...
  • Page 44 ORDLESS HONE 5.11.3.2 Mounting to a pole With the additional pole mounting set NTM 501 04 the case can also be fixed to a pole or mast with a circumference up to (OLD:750 mm (29 1/2 inches), equal to a 239 mm (9 3/8 inches) diameter post.) Figure 23: Pole mounting set for outdoor housing The set include twice of what is shown in the picture.
  • Page 45 Any front plates and other cabinet plates that have been removed, must be remounted with the sealing gasket in the right position. After the installation of all other PBX equipment, test the functions according to the installation test instructions for CORDLESS PHONE. 5.12 Installation of the portables 5.12.1...
  • Page 46 ORDLESS HONE 5.12.2 Registration (on air-subscription) Follow the following procedures for the different portables for registra- tion. 5.12.2.1 DT390, DT690 and DT692 See direction for use. Configuration manual DT390/69X. 5.12.2.2 DT413, DT423 and DT433. See direction for use. Configuration manual DT4x3. 5.13 Installation of charging equipment 5.13.1...
  • Page 47 OWERING face with a BS330 base station and BS340 base station connected. The values in the power requirement tables are worst case figures. When the express power feeding pair, EPP is used, the power loss will decrease less and the line length will increase. It is possible to get 2 EPP if the EPP pair from the ELU31 board is copied into two pairs in the MDF, see figure 24 Connections when using 2 EPP pairs on page 47 and also chapter 7.1 Introduction on page 49.
  • Page 48 ORDLESS HONE The individual signaling twisted cable pairs and the EPP pair follow an earlier recommendation, see chapter 7.2 Cable requirements on page Table 7 Power dissipation ELU31/1 board Maximum 5.0 W Typical 3.5 W ELU31/2 board Maximum 5.0 W Typical 2.8 W ELU31/3 board...
  • Page 49 The cable quality is an important factor to achieve a successful INTE- GRATED DECT installation, neglecting this causes unstable and trou- blesome systems. Standard Aastra cables that are referred to below fulfils these requirements. Cabling between MDF or MDM for base station connection and for synchronization must also follow these recommendations see chapter 7.2 Cable requirements on page 51.
  • Page 50 ORDLESS HONE SRV 1 SRV 2 SRV 3 Base Base Base Base station station station station SYNC sync SRV 5 SRV 4 SYNC Base Base Base station station station Base station SYNC SYNC Figure 25:An example of a multi Server system A system with only one ELU31 board still requires a RING cable TSR 901 1226/3000 for ELU31) running from the TX port to the RX port on the same board...

  • Page 51: Cable Requirements

    All cables used for connecting base stations and for connecting the synchronization ring must be twisted pair. All cables delivered from Aastra for connection to the ELU31 board are shielded twisted pair cables. The shielded pair cables will be connected between the ELU31 and the MDF or MDM or between the first ELU31 board in all magazines for the synchronization ring.
  • Page 52 ORDLESS HONE Synchronization ring cable The synchronization port on the ELU31 board is used to distribute the synchronization pulses, to send Frame Counter Values (FCV) and to communicate the information used to establish each individual board roles, to all ELU31 boards in the synchronization ring. The port also provides the functionality of Automatic Cable Delay Measurement.
  • Page 53 OST INSTALLATION MEASURES Figure 26:Base station cable ELU31. Post installation measures See section 10 Appendix B on page 58 See installation instructions for INSTALLING MX- ONE. Any front plates and other cabinet plates that have been removed are to be remounted and are to be left in the same state as prior to removal. 6/1531-ANF 901 14 Uen F1 2013-11-29...

  • Page 54: Space Requirements

    ORDLESS HONE Appendix A Space requirements Each ELU31 can be defined to use 16 or 32 slots with unix style command board_config or will be allocated 16 or 32 slots depending on what is available with board_config -scan. A BS330 base station measures 200 (w) x 165 (h) x 56 (d) mm. A BS340 base station measures 200 (w) x 252 (h) x 56 (d) mm (with standard antenna).

  • Page 55: Technical Data

    PPENDIX Technical data 9.2.1 ELU31 board The building height of ELU31 board is 20 mm. When the front plate is removed from the ELU31 board and a support front is mounted it fits into the stackable cabinet. The base station interface is a proprietary interface. The ELU31 board supplies the base stations with -48 V.

  • Page 56: Base Stations

    ORDLESS HONE In situation where the ring is broken, a ring member can temporarily become master, the new master will automatically be blocked as synchronization source. Old master, will now be temporarily a member board. • ELU31/4 (index 4 mode) can have ELU31/3 as bus slaves. •...

  • Page 57: Environmental Requirements

    PPENDIX 9.2.2.3 BS340 Table 11 Technical data for BS340 base station Parameter Base station Powering method Centrally via 2 data pairs and optionally one extra pair only for powering. Connector type 8 pin RJ45 6.2, Dimensioning on page 46 Cable type See chapter Operating voltage 21 to 56 V DC...
  • Page 58 ORDLESS HONE Table 12 Environment data BS330 and BS340. Operating temperature: -10°C - +55°C Storage temperature: -40°C - +70°C Relative humidity (operating): 15 - 90%, non-condensing Relative humidity (storage): 5 - 95%, non-condensing 9.3.1.3 BS340 NTM/KRCNB 302 01/1 with GAP SW. Environment data see table 12 Environment data BS330 and BS340.
  • Page 59 Operational Direction Cordless extension Command Description Cordless extension Parameter Description Cordless extension Feature Description Cordless phone Fault location directions Synchronization fault for DECT fixed part Synchronization disturbance for DECT fixed part Faulty RFP for DECT fixed part Installation Planning Mobility 10.1.4...
  • Page 60 ORDLESS HONE • Verify initiation of the Mobility equipment. • Verify HW and FW revision of installed equipment, including PP. • Test the radio coverage. • In areas with high call rate check that wanted b-channel capacity are available. 10.1.5 Execution 10.1.5.1 Verify the initiation of Mobility equipment...
  • Page 61 PPENDIX • If ELU31 shall provide PCM synchronization. That all ring members, excluding the RING MASTER, are allowed to provide PCM synchronization, dect_cfp -p -v. • That each media gateway receives the PCM synchronization from the correct source. Command trsp_synchronization -p •...
  • Page 62 ORDLESS HONE For visual indications see chapter 5.9 Mounting of base station BS3x0 and BS3x2 on page 32 and chapter 5.2 Base stations on page 23 10.1.5.4 Tracing through V.24 port. The ELU31 board has a V.24 port which is available in the front connector X5.
  • Page 63 PPENDIX STRING means the strings saved by sprintf command in the code. EVENT means the software event; FCV means the Frame counter value. To change selected mode. If, for example, the user wants to enable the STRING also, the following command must be keyed: ‘sl str all’. to stop tracing on STRING key: ‘sl str off”.
  • Page 64 ORDLESS HONE Check all base stations by walking up underneath them one by one and identify their PARI and RPN in the DCA-Service menu in the portable. There are at least two methods of identifying a base station by using the DCA-Service menu.
  • Page 65 PPENDIX Knowledge about how to use the terminals in admin mode with DECT info and as site survey tool. The intention with the “walk around test” is to validate that the DECT system planning marry up with the actually installation when it comes to radio coverage, roaming and hand over behavior.

  • Page 66: Link Information

    ORDLESS HONE 10.1.5.8 DCA service By the aid of a portable verify that the base stations are all working and having the expected coverage. The portables have a visual indication of signal field strength when turned ON, as well as detailed information about the air interface when set in DCA service mode or Admin menu.
  • Page 67 PPENDIX Carrier number (A-J) Time slot number (0-B) RFP number (RPN) Signal strength (dBm) Error rate Signal quality (values between 00-20) PARI DECT FP identifier PARK Octal presentation of PARI Fixed part information Show all RFPs will show information about visible FPs seen by the portable.
  • Page 68 ORDLESS HONE Mark on the map the location of the measuring point and not it in table Measuring point data. Preferably use two portable. Of the same type used on site. Fill in the data. Alternative is to take a picture of the map with the point marked and another picture of the two displays.
  • Page 69 PPENDIX Figure 29:Marked position on the map. Figure 30:Measuring data 6/1531-ANF 901 14 Uen F1 2013-11-29...

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