Samsung DECT 500 Installation And Programming Manual
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Samsung DECT 500 Installation And Programming Manual

Samsung DECT 500 Installation And Programming Manual

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SAMSUNG
DECT 500/1500
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Installation and
Programming
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Summary of Contents for Samsung DECT 500

  • Page 1 SAMSUNG DECT 500/1500 Product Name Installation and Programming Manual Product Name...
  • Page 2 Publication Information Samsung Telecoms reserves the right without prior notice to revise in- formation in this publication for any reason. Samsung Telecoms also reserves the right without prior notice to make changes in design or components of equipment as engineering and manufacturing may warrant.

  • Page 3: Intended Use

    EN 50082-1 Other relevant harmonised standards: CTR10, CTR22 The relevant declarations for the DECT 500 and DECT 1500 systems can be obtained from Samsung Telecoms (UK) Ltd at the address shown at the end of this guide. Intended Use This DECT telephone handset is intended to communicate with a Sam- sung telephone system, where such a telephone system is provided with the appropriate DECT interface.

  • Page 4: Table Of Contents

    Contents Introduction ............... 1 Part 1: Site Survey and Overview of DECT Systems ..............2 Preliminaries..................2 Before Starting the Survey ................ 2 Information Required ................. 4 Tools Needed for Site Survey..............4 Site Survey Procedure ..............5 Checklist for Survey Data..............6 Building Characteristics ................
  • Page 5 Setting Optional Password Protection ............33 Installing the Base Station/Control Unit (CCFP) ........34 Starting the DECT 500 System..............35 Registering Handsets ................35 Installing and Configuring a Samsung Repeater (WRFP) .....38 Appendix 1 Deployment Flowchart ......41 Appendix 2 Traffic Calculations ......42...

  • Page 6: Introduction

    Introduction This guide describes the procedures required for installing the Samsung DECT 500 and 1500 systems with Base Stations, Repeaters and handsets. Before installing the hardware, a careful site survey must be carried out to determine the exact require- ments of the site and the optimum locations for installing equipment.

  • Page 7: Part 1: Site Survey And Overview Of Dect Systems

    DECT Systems Preliminaries The DECT 500 is an entry-level system comprising a single Base Station/Controller (CCFP) allowing up to eight handsets to be used. The DECT 1500 comprises a cen- tral control unit (CCFP) supporting up to eight Base Stations and 64 handsets. The DECT 1500 can also be installed with an expansion board to support up to 16 Base Stations, or can be configured as two “linked”...

  • Page 8: Other Considerations

    Part 1: Site Survey and Overview of DECT Systems Environmental Considerations for Users and Buildings Carefully track the movement of users to establish movement patterns. The number of Base Stations required is determined by the number of users and their movements. The distance between Base Stations should be at least 3m to avoid interference.

  • Page 9: Information Required

    Part 1: Site Survey and Overview of DECT Systems Take into account interference from adjacent cells when the DECT system is installed in a multi-storey building (Hot Spot). Take into account the following characteristics of radio waves. - Body effect: The RSSI and Q values may differ depending on the location of the handset on the hu- man body.

  • Page 10: Site Survey Procedure

    Part 1: Site Survey and Overview of DECT Systems Site Survey Procedure Before you start cell planning, the coverage estimation for the site should be com- pleted and the possible Base Station locations indicated on the site map. Cell plan- ning is done as follows: 1.

  • Page 11: Checklist For Survey Data

    Part 1: Site Survey and Overview of DECT Systems Choose the Base Station positions required. This may need to be done in consultation with a customer engineer. In choosing Base Station positions, the required cabling to the keyphone system should be considered. Base Station positions must be defined such that later installa- tion problems are minimised.
  • Page 12 Part 1: Site Survey and Overview of DECT Systems Cabling details: a specification of cables already present on the site and a list of new cabling required, including the distance between the Base Station and IWU card for existing and new cabling. Copies of the maps of the site with the position of Base Stations and cell boundaries clearly marked.

  • Page 13: Dect Survey Report Form

    Part 1: Site Survey and Overview of DECT Systems DECT Survey Report Form Number: Date: From : [Survey Engineer] To : [Customer Installation Engineer] 1. SITE [full address of site] 2. Survey Engineers [name and addresses of engineer(s) who executed the survey] 3.

  • Page 14: Example Cell Planning Results

    Part 1: Site Survey and Overview of DECT Systems Example Cell Planning Results Survey Map of the 1 Floor...
  • Page 15 Part 1: Site Survey and Overview of DECT Systems Survey Map of the 2 Floor...
  • Page 16 Part 1: Site Survey and Overview of DECT Systems Survey Map of the 3 Floor...

  • Page 17: Positioning Base Stations

    Part 1: Site Survey and Overview of DECT Systems Positioning Base Stations The coverage area for a Base Station within a building varies from 50 to 150 metres. The radiation graph from a Base Station is almost circular, horizontally, when working in “free”...

  • Page 18: Hot Spots

    Part 1: Site Survey and Overview of DECT Systems The RSSI value can be measured with a Samsung D-5000 handset. Note that when carrying out measurements, the handset must be off-hook. During measurement it is necessary to take into account the effect a human body has on the radio signal.

  • Page 19: Final Testing

    Part 1: Site Survey and Overview of DECT Systems A maximum of three Base Stations can be placed next to each other. Any more will interrupt each other and interfere with the whole system. If there is a need for a fourth Base Station, this must be placed at least 25 metres away.

  • Page 20: Troubleshooting With Base Stations

    Part 1: Site Survey and Overview of DECT Systems Erlang = E. 3 calls per hour, lasting 3 mins (3 calls x 3 mins)/60 min = 0.15 E 40 x 0.15 = 6 E With 1% rejection, 6 E equals 12 channels according to the Erlang table (Appendixes 1 and A Base Station has 4 channels: 12/4 = 3 Base Stations per cell (Figure 1.4)
  • Page 21 Part 1: Site Survey and Overview of DECT Systems Example 2: Small overlap area In areas where two coverage areas meet perpendicularly (such as two passageways), there may be an area of very small overlap which can cause the loss of a call. This is because you are moving from an area with only one Base Station to an area also with only one Base Station.

  • Page 22: Using Repeaters

    Part 1: Site Survey and Overview of DECT Systems Example 4: Shadows If Base Stations are placed on pillars of concrete or steel (e.g. in warehouses with steel shelves or racking), shadows may appear with no radio coverage. This may be solved by covering the shadow areas with one or more additional Base Stations.

  • Page 23: Function Of Repeaters

    Part 1: Site Survey and Overview of DECT Systems Function of Repeaters A Repeater can be considered as a DECT unit, comprising a DECT handset and a Base Station in one unit that can handle up to three traffic channels. The Repeater has the same coverage as a normal Base Station.

  • Page 24: Repeaters In Multi-Cell Systems

    Part 1: Site Survey and Overview of DECT Systems Base Station Area 1 Base Station Area 4 Repeater Area 2 Repeater Area 3 Figure 1.6 In Figure 1.6 an installation with two Repeaters and two Base Stations is shown. An active handset can move from Area 1 to Area 4 without losing its call since handover is made from the Base Station in Area 1 to the Repeater in Area 2, then to the Re- peater in Area 3 and then to the Base Station in Area 4.
  • Page 25 Part 1: Site Survey and Overview of DECT Systems In a normal office this will not be a problem, as the coverage area of a Base Station and the number of square metres per employee normally secures the necessary overlap. Office with 20 DECT subscribers Coverage without overlap...

  • Page 26: Areas With Low Traffic Intensity

    Part 1: Site Survey and Overview of DECT Systems Repeater coverage – traffic capacity 0.15E Room with few employees Figure 1.9 If the Repeater is used to obtain coverage in areas of low traffic, i.e. areas with few employees with DECT handsets, the Repeater can be used as shown in Figure 1.9. Another possibility is to install two Repeaters in the outer areas, giving an even dis- tribution of traffic capacity.

  • Page 27: Displacement Of Traffic Capacity Using Repeaters

    Part 1: Site Survey and Overview of DECT Systems Figure 1.11 demonstrates a hotel installation where the radio coverage is established by registering two Repeaters on the same Base Station. The Base Stations are placed in the area where the highest traffic intensity may occur. This can be repeated on each floor and thus create the radio coverage with a relatively small number of Base Stations compared to the area of the building.

  • Page 28: Repeaters As Problem Solvers In Multi-Cell Systems

    Part 1: Site Survey and Overview of DECT Systems Repeaters as Problem Solvers in Multi-Cell Systems Typical problems with multi-cell systems are: • Missing radio coverage • Missing traffic capacity One of the typical problems is lack of coverage even after the site survey showed no problems.

  • Page 29: Repeater Jumps

    Part 1: Site Survey and Overview of DECT Systems Distance: approx. 1,000 metres Figure 1.14 Repeater Jumps Repeaters can be linked together in a chain of up to three. In this way a large cell can be created. In Figure 1.15 a configuration is shown with an external antenna on the first Repeater.

  • Page 30: Part 2 Dect Hardware Installation And Programming

    Part 2: DECT Hardware Installation and Programming DECT 1500 System Hardware Configuration Overview The DECT 1500 system is an “add on” to existing or new PABX installations. The system can handle up to 64 cordless handsets. It comprises a Central Control Fixed Part (CCFP), up to 16 Radio Fixed Parts (RFP or Base Stations) and Portable Parts (PP, handsets).

  • Page 31: Configuring The Ccfp

    Part 2: DECT Hardware Installation & Programming Configuring the CCFP The CCFP comprises a power supply and a main board. One expansion board, a Link card and up to eight Inter-Working Units (IWUs) can be mounted in the CCFP in slots 0–7 (Figure 2.2).

  • Page 32: Installing The Expansion Board And Iwus

    Part 2: DECT Hardware Installation & Programming Installing the Expansion Board and IWUs The CCFP expansion board has to be mounted in the CCFP if more than eight RFPs are needed. The expansion board handles up to eight RFPs besides the eight RFPs the CCFP main board handles (maximum 16 RFPs).

  • Page 33: Cable Connections

    Part 2: DECT Hardware Installation and Programming 6. Replace the top cover. 7. Connect the RFPs or the PBX extension lines to the DP 25 connectors. 8. Power up the CCFP. If the RFPs are installed, make a cable measurement. Cable Connections RFPs (Base Stations) D-Sub Pin...

  • Page 34: Power Connection

    Part 2: DECT Hardware Installation and Programming Analogue Telephone Extensions Extensions connect to the IWUs. D-Sub Pin Cable Colour IWU Line WHITE/BLUE BLUE/WHITE WHITE/ORANGE ORANGE/WHITE RED/SLATE 0 EARTH BLACK/ORANGE 1 EARTH WHITE/GREEN GREEN/WHITE WHITE/BROWN BROWM/WHITE SLATE/RED 2 EARTH ORANGE/BLACK 3 EARTH WHITE/SLATE SLATE/WHITE RED/BLUE...

  • Page 35: Serial Connection

    Part 2: DECT Hardware Installation & Programming Serial Connection The serial port is a 9-pin D-SUB male type. When connecting a PC to the CCFP, a full connection DTE-DTE must be used (Figure 2.6). Figure 2.6 Serial Connection Installing the CCFP When mounting the CCFP on a wall it is important that the supplied bracket is used.
  • Page 36 Part 2: DECT Hardware Installation and Programming Installation First determine where to install the RFP to have the correct coverage. The average coverage within buildings is 75 metres. Coverage depends on the construction of the building, the architecture and choice of buildings materials. You must use the DECT Demonstration and Installation Kit to optimize your installation.

  • Page 37: Starting The Dect 1500 System

    Part 2: DECT Hardware Installation & Programming Starting the DECT 1500 System 1. Install the CCFP administration software on an IBM-compatible PC. 2. Make sure that all RFPs are connected correctly. Also, make sure that all IWU connections are made to PABX lines. 3.

  • Page 38: Dect 500

    DECT 500 System Hardware Configuration Overview The DECT 500 system is an “add on” to existing or new PABX installations. The sys- tem can handle up to eight cordless handsets. It comprises a Base Station/Control Unit (CCFP) and a number of Portable Parts (PP, handsets).

  • Page 39: Installing The Base Station/Control Unit (Ccfp)

    Part 2: DECT Hardware Installation & Programming Connector Figure 2.8 Selecting Password Protection Installing the Base Station/Control Unit (CCFP) The Base Station/Control Unit may be located up to 1km from the PABX, connected via a standard 0.5mm twisted pair cable. Connections 2*Aux 2*Aux...

  • Page 40: Starting The Dect 500 System

    Registering Handsets Registering a Master Handset When switched on, the DECT 500 system will automatically go into registration mode for a period of 15 minutes. During this period you can register the Master handset. This handset is automatically configured to channel 00.
  • Page 41 Part 2: DECT Hardware Installation and Programming The handset will start searching for your system. When the handset finds a system, a number will appear in the display. The handset may detect more than one system (another system nearby); if so, a black triangle will appear in the bottom of the display.
  • Page 42 Part 2: DECT Hardware Installation and Programming The Serial Number of the Master handset (channel 00) is displayed. 4. Press the > key and enter the serial number of the new handset (found inside the handset on the label under the battery). The handset is registered to channel 01.

  • Page 43: Installing And Configuring A Samsung Repeater (Wrfp)

    Do not attempt to use a Repeater intended for a 500 system on a 1500 system, or vice versa. To install a Samsung Repeater, it is recom- mended you use the instructions in part A. If you do not have access to the Repeater / Hand- set Programming Tool (PN 13821) and a PC, use the instructions in part B.
  • Page 44 Part 2: DECT Hardware Installation and Programming (NOTE: For the DECT 500, please disregard point 3.) 1. Switch on the Base Station (RFP) and a registered handset. 2. Switch on the Repeater for more than one second and less than five seconds...
  • Page 45 Part 2: DECT Hardware Installation and Programming Note 3: When the base station is a residential single cell base station, the valid RPN is in the range 2–7. When the Repeater is used on a PABX or public system, the RPN may be in the range 0–255. In this case, the Repeater accepts up to three digits entered.

  • Page 46: Appendix 1 Deployment Flowchart

    Appendix 1: Deployment Flowchart...

  • Page 47: Appendix 2 Traffic Calculations

    Appendix 2: Traffic Calculations NOTE: The table of figures is intended as a guide only. Number of DECT Traffic in E with 1% Number of Number of DECT RFP channels busy/rejection PP/handsets 0.15E 12.6 33.7 44.7...
  • Page 48 Samsung Telecoms (U.K.) Limited Brookside Business Park, Greengate, Middleton, Manchester M24 1GS...

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Dect 1500

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