Andrew Wireless Innovations Group RPT-MR741 GSM channel selective repeater User Manual M0090a0a

Andrew Wireless Innovations Group GSM channel selective repeater M0090a0a

Contents

User Manual

User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 129-Mar-00User’s manualforchannel selective repeaterMRx41
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 229-Mar-00Copyright  MIKOM, Buchdorf 2000All rights reserved.No parts of this publication may be reproduced, stored in a retrieval system, transmitted in any form or byany means, electronical, mechanical photocopying,recording or otherwise, without prior written permission of thepublisher.
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 329-Mar-00Table of ContentsLIST OF FIGURES 7LIST OF UNIT SPECIFIC ABBREVIATIONS 3CONTENTS OF DELIVERY 9HEALTH AND SAFETY WARNINGS 10PREAMBLE 111INTRODUCTION 131.1 Intended purpose 131.2 About the MRx41 132FUNCTIONAL DESCRIPTION 142.1 Channel modules 182.2 Termination module 192.3 Mother board 202.4 Control module SM2009 212.5 Duplexer 242.6 Combiner 242.7 Measuring aids 242.8 Power supply 243FUNCTIONS AND FEATURES 263.1 Channel selectivity 263.2 DL output power feature 263.3 ALC 28
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 429-Mar-003.4 BITE and alarms 283.4.1 Handling of alarms 303.4.2 Status report 313.4.3 Severity levels 314OPTIONAL EQUIPMENT 324.1 Remote control via line modem or wireless modem 324.1.1 PSTN modem 334.1.2 Siemens M1 for GSM900, wireless modem kit 344.1.3 Motorola modem for GSM1800, wireless modem kit 344.1.4 Nokia modem for PCS1900, wireless modem kit 344.2 Battery backup module for modem and control module 374.3 LED kit 384.4 VSWR module 394.5 Traffic statistic module 394.6 ICE module 414.7 RSSI module 434.8 External alarms ( for control module Rev. 07 and higher ) 445INSTALLATION 46Mechanical specification 465.2 Environment and safety 465.3 Mechanical installation 475.3.1 Wall mounting procedure 485.3.2 Pole mounting procedure 495.4 Electrical installation 515.4.1 Grounding 515.4.2 Connection of the antenna cables 525.4.3 Power connection 52
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 529-Mar-006SETTING TO WORK 536.1 Preparation 536.2 Setting of operational parameters 546.2.1 Manual settings by means of rotary switches 546.2.2 Local settings via personal computer as terminal 566.2.3 Remote control via modem 577TROUBLE SHOOTING 587.1 Error indication 587.2 Boot process 597.3 Alarm monitoring with the alarm history 597.4 Power supply 597.5 General remarks 608MAINTENANCE 618.1 General 618.2 Replacement of the power supply and mains fuses 628.3 Replacement of the mains cable 638.4 Replacement of the RAM / RTC battery 648.5 Replacement of the battery backup module ( option ) 658.6 Duplexer 668.7 PSTN modem kit ( option ) 678.8 Channel modules 688.9 ICE module 698.10 Connecting board 69
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 629-Mar-009SPARE PARTS LIST 709.1 Spare parts for MR341 709.2 Spare parts for MR441 729.3 Spare parts for MR741 7410 CONFIGURATION LIST7611 APPENDIX 7711.1 Electrical specifications MR341 7711.2 Electrical specifications MR441 7911.3 Electrical specifications MR741 8111.4 Options for MRx41 8312 INSTALLATION 8412.1 Drawing of the repeater 8412.2 Layout of the repeater ( heat sink ) 8512.3 Layout of the repeater ( lid ) 8612.4 ARFCN / Frequency tables for MR341, MR441 and MR741 87
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 729-Mar-00LIST OF FIGURESfigure 2-1 One channel system 14figure 2-2 Configuration of a two channel system 15figure 2-3 Main unit with connected extension unit 16figure 2-4 Configuration of a 4 channel system 16figure 2-5 Configuration of a 6 channel system 17figure 2-6 Configuration of an 8 channel system 17figure 2-7 Top view of basic / extension module 18figure 2-8 Mounting drawing of the termination module 19figure 2-9 Top view of the mother board 20figure 2-10 Topview of control module 22figure 2-11 DIP-Switch settings 23figure 2-12 Mounting position of the power supply 25figure 3-1 Channel selectivity 26figure 3-2 Measuring range 27figure 4-1 Mounting position of PSTN modem kit 33figure 4-2 Connection of control module and PSTN modem 34figure 4-3 Mounting position of PSTN- and wireless modem 35figure 4-4 Connection of the antenna cable 35figure 4-5 Battery backup module 37figure 4-6 LED kit 38figure 4-7 Cable length and antenna spacing 41figure 4-8 Configuration of the clamps44figure 5-1 System description 46figure 5-2 Clearance distance 47figure 5-3 Wall mount procedure 48figure 5-4 Distances between main unit and extension units 49figure 5-5 Pole mounting kit 50figure 5-6 Grounding bolt 51figure 6-1 Channel rotary switches and gain setting 55figure 8-1 Mounting position of the power supply and mains fuses 62figure 8-2 Cable gland 63figure 8-3 Position of RAM/RTC battery 64figure 8-4 Battery backup module 65figure 8-5 PSTN modem kit 67figure 8-6 Position of hex coded rotary switches 68figure 8-7 Connecting board 69figure 12-1 Installation drawing 84figure 12-2 Layout of the repeater heat sink 85figure 12-3 Layout of the repeater 86LIST OF TABLEStable 1-1 List of international sales offices....................................................................................... 12table 3-1 List of all available alarms ................................................................................................. 29table 4-1 List of AT commands......................................................................................................... 32table 6-1 LED indication................................................................................................................... 53table 8-1 Configuration of hex-coded rotary switches....................................................................... 68
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 829-Mar-00LIST OF UNIT SPECIFIC ABBREVIATIONSALC Automatic Level ControlARFCN Absolute Radio Frequency Channel NumberBCCH Broadcast Control ChannelBITE Built In Test EquipmentBTS Base Transceiver StationDL DownlinkETS European Telecommunication StandardICE Interference Cancellation EquipmentId.-No. MIKOM part numberI²C-Bus Inter Integrated Circuit Bus ( Philips )LMT Local Maintenance TimeoutO.C. Open CollectorOMC Operation and Maintenance CentreNiCd Nickel CadmiumMR Mikom repeaterMS Mobile StationRev .RevisionREPxxxxV1.xx RF repeater software xxxx version 1.xx , e.g. REP1012 V1.04RF Radio FrequencyRSSI Receive Signal Strength IndicationRTC Real Time ClockSDA Serial Data Line of I²C-BusSCL Serial Clock Line of I²C-BusUL UplinkUPS Uninterruptible Power SupplyVCC Repeater internal DC voltage ( + 5V ) for logic devices
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 929-Mar-00CONTENTS OF DELIVERYQty1Repeater MRx41Qty1User’s manual for channel selective repeater MRx41Qty 1 Software manual for REP1012V1.xxQty1Set of test protocols consisting of an electrical acceptance test protocoland a safety test protocol applying to the power supplyQty1Spare parts kit containing:- 1 control cable RS232, DB9 female / DB9 female, 3m- 3 socket head cap screws M3.0 x 30- 2 tallow-drop screws M5.0 x 25- 2 tallow-drop screws M2.0 x 6- 2 tallow-drop screws M3.0 x 5- 4 straight pins 3.0 x 25- 2 fuses 2.0 A- 2 O-ring 4 x 2 mm- 2 Tyraps- Silicon heat conducting paste- 4 special nuts M4- 1 O-ring 63 x 2 mm- 1 fuse 10 A ( F )Tools- 1 hex socket key, size 2.5- 1 Torx key- 1 hex socket screw key , size 4, longQty1Wall mounting sheet
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 10 29-Mar-00HEALTH AND SAFETY WARNINGSF Note: The electrical installation has to be performed in accordance with thesafety regulations of the local authorities. Due to safety reasons theelectrical installation must be performed by qualified personnel. Thecover of this unit should not be opened while power is applied.Subsequent installation, commissioning and maintenance activitiesthat require the unit to be powered with the cover open shall only becarried out by suitably qualified personnel.F Note:The grounding of the unit has to be performed by all means. Agrounding bolt is provided at the outside of the cabinet in order toconnect the earth bonding cable.F Note: Make sure that a suitable mounting surface is used. Only adequatemanpower is allowed to handle the system.F Note: ESD precautions have to be observed! Before maintenance work usethe available grounding system to connect ESD protectionmeasures.F Note: Due to power dissipation the repeater may heat up the air volumeinside the cabinet and reach a very high temperature. Therefore it isrecommended to mount the repeater in the vertical plane to a wall ora mast without additional enclosure to provide sufficient ventilation.Between the housing and the wall a minimum distance must be keptin order to provide air circulation.F Note: Close the repeater housing only after a thorough control of the cablelayout, in order to avoid any damage of the cables.
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 11 29-Mar-00PREAMBLERepeaters are an essential part of an efficient and effective wireless system. Theycan enhance outdoor coverage as hole fillers, provide coverage extension service onhighways, canyons and in tunnels at the fraction of the cost of a new cell site.MIKOM is a leading manufacturer of repeaters. They provide excellent electricalcharacteristics, they are light-weight and easy to install. Hence, the MIKOM repeateris the preferred solution.Your repeater has been built using highly reliable materials. A comprehensivequality assurance has been applied to all fabrication steps. This secures constantquality of the product. Every repeater leaves the factory only after a thorough finalacceptance test, accompanied by a test certificate, which warrants perfect function.The acceptance test protocol is subject of the delivery and it is fixed to the repeaterlid in order to provide a quick reference for the user.Any intervention has to be performed by authorised persons only. If you needtechnical assistance with the repeater MRx41 contact your local sales office ( seetable 1-1 ) or MIKOM directly at following address:Under consideration of all references given in this manual, the repeater should betaken into service without any complications and should operate trouble-free for along time.MIKOM GmbHIndustriering 1086675 BuchdorfGermanyTel: +49 (0) 90 99 - 6 90Fax: +49 (0) 90 99 - 69 31email: sales@mikom.comhttp://www.mikom.com
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 12 29-Mar-00LIST OF INTERNATIONAL SALES OFFICESAllen Telecom Inc. Allen Telecom Pty Ltd Forem France30500 Bruce Industrial Parkway 6 Stuart Street Z.I. des EbisoiresCleveland, Ohio 44 139-3996 Padstow NSW 2211 78370 PlaisirUSA Australia FrancePhone: +1 ( 440 ) 349-8400 Phone: +61 ( 2 ) 9774-4200 Phone: +33 ( 1 )30-79-15-30FAX: +1 ( 440 ) 349-8407 FAX: +61 ( 2 ) 9774-4500 FAX: +33 ( 1 ) 30-55-55-37FOREM S.p.A. AT Singapore AT ChinaVia Archimede N. 22/24 80 Marine Parade Road CITIC Building, # 11-0420041, Agrate Brianza #19-1 Parkway Parade 19 Jianguomenwai AvenueMilan Singapore 449269 BeijingItaly China 100004Phone: +39 ( 039 )605-41 Phone: +65 ( 345 ) 8022 Phone: +86 ( 10 ) 6508-3088FAX: +39 ( 039 ) 605-4477 FAX: +65 ( 345 ) 8033 FAX: +86 ( 10 )6508-3066AT Canada FOREM UK AT Hong Kong1815 Ironstone Manor, # 12 Unit DCastle Industrial Park 1603 Remington Center,23 Hung To road,Pickering, Ontario L1W 3W9Canada Pear Tree LaneNewbury, Berkshire Kwun Tong, KowloonHong KongU.K. RG 14 2EZPhone: +1 ( 905 ) 839-3474 Phone: +44 ( 1635 ) 569-695 Phone: +852 ( 2389 ) 1844FAX: +1 ( 905 ) 839-4663 FAX: +44 ( 1635 ) 569-463 FAX: +852 ( 2389 ) 4864AT IndiaB-256 Ground Floor.Chittaranjan ParkNew Delhi 110019Phone: +91 ( 11 ) 696-3918FAX: +91 ( 11 ) 652-1648MIKOM SwitzerlandTiergartenweg 14710 BalzthalSwitzerlandPhone: +41 ( 6238 ) 61260FAX: +41 ( 6238 ) 61261MIKOM AustriaHimbergerstr. 7/3/12320SchwechatAustriaPhone: +43 ( 1 ) 706 – 3999FAX: +43 ( 1 ) 706 – 39999table 1-1 List of international sales offices
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 13 29-Mar-001 Introduction1.1 Intended purposeCellular telephone systems transmit signals in two directions between base stationsand mobile telephones within the signal coverage area.If weak signal transmissions occur within the coverage area because of indoorapplications, topological conditions or distance from the transmitter, a repeater isused to extend transmission range. In the downlink path the repeater will pickup thesignal from a donor antenna of an existing cell, amplifies and re-transmits it into thedesired dark spot. In the uplink direction the repeater will receive signals frommobile stations present in its coverage area and re-transmits them to thecorresponding base station.1.2 About the MRx41The repeater MRx41 is a channel selective amplifier, which bi-directionally amplifiessignals between mobile stations and a base station in the GSM900, GSM1800 undPCS1900 mobile telephone system. It can provide highly selective amplification ofup to 8 channels, thus enabling radio coverage in regions where satisfactory qualityof communication is disabled.MRx41 modules can also be combined with other MRx41 repeater modules in orderto create a combines GSM900, GSM1800 or PCS1900 repeater system. Othermodules, operating in TACS, ETACS and AMPS are available as well. Whendifferent modules are combined, a common antenna terminal and a common controlinterface is available. The basic unit is capable of 2 channels and easily expandableby adding 2-channel extension units delivered in separate cabinets.The repeater can be set locally or remotely. For modem operation differentinterfaces are available. The design of the repeater comprises a large number offunctions which the operator may monitor via terminal emulation program or theMikom OMC software platform. An easy to understand and easy to learncommunication language supports the operator to query status reports from therepeater or to change settings.F Note: It is not possible to combine MRx41 units / modules with MRx40 units/ modules.
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 14 29-Mar-002 Functional descriptionThe repeater MRx41 can be delivered as an one channel system, expandable up toan 8 channel system by means of extension units connected to the main unit.The following block diagrams shall illustrate the different configurations.Configuration of an one channel systemFigure 2-1 illustrates the configuration of an one channel system which consists ofone basic module ( channel 1 ).figure 2-1 One channel system
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 15 29-Mar-00Configuration of a two channel systemFigure 2-2 illustrates the configuration of a two channel system, containing onebasic module and one extension module.figure 2-2 Configuration of a two channel system
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 16 29-Mar-00figure 2-3 Main unit with connected extension unitConfiguration of a 4 channel systemFigure 2-3 illustrates the configuration of a 4 channel system. For the configurationof 3 or 4 channels it is necessary to install a combiner module in the main unit. Theblock diagram describes the connection between the channel modules and thecombiner module. The mother board and the control module are not included in thefigure below.figure 2-4 Configuration of a 4 channel system
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 17 29-Mar-00Configuration of a 6 channel systemfigure 2-5 Configuration of a 6 channel systemConfiguration of an 8 channel systemfigure 2-6 Configuration of an 8 channel system
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 18 29-Mar-002.1 Channel modulesTwo different types of conversion modules have been designed.1. Basic module: Channel 1, 3, 5 and 72. Extension module: Channel 2, 4, 6 and 8figure 2-7 Top view of basic / extension moduleThe repeater consists of two amplifier chains, which are connected antiparallel. Thereceive path of one direction is connected to the transmit path of the other directionby a frequency separation unit, in the following denominated as a duplexer, whichcombines both signals to an antenna.The task of the conversion modules is to amplify the receive signals and to convertthem into an intermediate frequency. The signals, then, proceed a filter stagecomprising of highly selective filters, and run through a digital controllableattenuator. The attenuation can be set in steps of 2 dB, locally or remotely. By usingthe same synthesizer frequency, that was used to convert the signals down tointermediate frequency, the intermediate frequency is mixed up to the originalfrequency.The synthesizer is controlled via an I²C-Bus. In case of a breakdown in mains, gainand frequency data are non-volatile stored in an EEPROM on board.BasicmoduleExtensionmodule
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 19 29-Mar-00The filters of the MRx41 series have the bandwidth of a GSM900; GSM1800 orPCS1900 channel.The RF output is protected by limiting the output power with an ALC circuitry insidethe module.High stability against intermodulation is achieved by isolators before and after thecombiner amplifiers, which inhibits crosstalk into the other amplifier path, thuspreventing the generating of parasitic mixing products. The combiner is followed bya duplexer.F Note: For the exchange of a channel module or the installation of a newchannel module, the slave address of the synthesizer has to beset ( see chapter 8.8).2.2 Termination moduleTo install a repeater system with an odd channel number ( e.g. 1, 3, 5 or 7 channels) a termination module has to be installed instead of an extension module. This isnecessary in order to keep the gain balance, otherwise the last channel provides 3dB more gain and output power.figure 2-8 Mounting drawing of the termination module
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 20 29-Mar-002.3 Mother boardThe function of the mother board is the communication between the conversionmodules and the control module via the I²C-Bus but also the support of all necessaryDC voltages and connections. All signals are recognized from the mother boardlogic. Furthermore each repeater unit has an allocated address set by means of arotary switch. The address of the repeater has been set already in the factory. Therotary switch is located on the left-hand side of the mother board on top of the board.F Note: Don’t adjust this switch unless it is necessary.Configuration of the rotary switch to set the address of the repeater unit.0 = Main Unit ( channel 1 and 2 )1 = Extension Unit 1 ( channel 3 and 4 )2 = Extension Unit 2 ( channel 5 and 6 )3 = Extension Unit ( channel 7 and 8 )4...F Do not use!figure 2-9 Top view of the mother boardMother boardRotary switchto set addressof repeater unitDIP-Switches toactivate theextension I²C-BusOFFON
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 21 29-Mar-002.4 Control module SM2009The control module SM2009 is a DOS compatible micro computer. The wholecommunication between the operator and the repeater can be done via the controlmodule. By using either the RS232 interface or the PCMCIA slot and a mobile therepeater can be controlled locally or remotely by using a VT100 terminal, or a PCemulating the VT100 terminal.Gain of uplink and downlink can be controlled, channels can be set and statusmessages can be received remotely.The data transfer between the control module SM2009 and the mother board isrealised by the I²C-Bus.The I²C-Bus concept was developed by Philips for the serial connection of integratedcircuits within one device. Two wires, SDA - serial data and SCL - serial clock, carryinformation between the devices connected to the bus. The MRx41 I²C-Bus conceptis working with a bit rate of 1.5 kbit/s. All configuration parameters are stored non-volatile in an EEPROM on the control module, so that in case of a power supplyfailure all user settings can be restored completely.
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 22 29-Mar-00figure 2-10 Topview of control module(See comments at following page)BBU switchON: No BBUOFF: BBU inuseRS 232(1) PSTN /Ext. alarmsRAM/RTCbatteryPCMCIA slotL3L1 & L2(2) MR / MORDIP SwitchModeswitch(3) SoftwareinformationRS 232not in useSolderbridge inRev.09
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 23 29-Mar-00(1) External alarms or PSTN modem selection by DIP-Switches(2) Configuration DIP-Switches for MR or MOR (Master Unit) repeater(3) Fixed location for labels (control module Id.- No., revision stage, repeatersoftware, serial number)figure 2-11 DIP-Switch settingsON OFF8MOR MR7MOR MR6MOR MR5MOR MR4MR MOR3MR MOR2MR MOR1MRMORON OFF8VCC O.C.7VCC O.C.6VCC O.C.5VCC O.C.4VCC O.C.3VCC O.C.2VCC O.C.1VCCO.C.ON OFF(defaultvalues)4DO NOT USE! auto3n.c. n.c.2remote mode local mode1manual autoON OFF4Ext. Alarm 1 PSTN (a)3Ext. Alarm 2 PSTN (b)2Ext. Alarm 3 PSTN (c)1Ext. Alarm 4 PSTN (d)
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 24 29-Mar-002.5 DuplexerThe receive path of one direction is connected to the transmit path of the otherdirection by a frequency separation unit, in the following denominated as a duplexer,which combines both signals to an antenna.The task of the duplexer ( see figure 12-2 Layout of the repeater heat sink ) is toisolate uplink from downlink, i.e. isolate transmit path from receive path. The passbandwidth of the duplexer is the required width of the uplink band and the downlinkband respectively in the GSM1800 and PCS1900 band.2.6 CombinerAfter passing through the final stage the signals of all channel groups will becombined from the combiner module in the UL and in the DL path. The combiner isonly equipped from 3 channels up to 8 channels.and will be followed by theduplexer. A combiner is not required in an one or two channel repeater.2.7 Measuring aidsWith the built-in RF probe signals can be applied or detected. The probes provide acoupling factor of 30 dB. This facilitates measurements under all operationalconditions, while an antenna or a dummy load may be connected. Each duplexer isequipped with one coupler.2.8 Power supplyThe power supply is provided by 230 Vac (optionally 115 Vac or 48 Vdc or 24 Vdc)mains power. The following figure shows the mounting position of the power supplyin the repeater lid. The secondary voltage is + 8 Vdc for the channel modules andthe mother board logic, + 12 Vdc for the control module.The power supply can beswitched on or off by means of an external switch. The modules of the repeater arevoltage free if the power supply is switched off.F Note: To switch the whole repeater voltage free, you have to disconnectthe power lead from mains.The power supply is factory-set ( with load ) to the following voltages and must notbe changed:• 7.8 V ± 0.1 V• 12.4 V ± 0.1 V
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 25 29-Mar-00figure 2-12 Mounting position of the power supplyPower supplyMains fusesMains switchDC voltageconnectorSecondary 10 A fuseMains connector
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 26 29-Mar-003 Functions and features3.1 Channel selectivityThe selectivity of the conversion modules is achieved by highly selective filters,designed to meet the requirements of a 200 kHz channel and is necessary in ordernot to amplify adjacent channels. figure 3-1 Channel selectivity3.2 DL output powerThis feature measures the output power in the DL output path of the repeater. If theoutput power falls below a certain level an alarm can be released. The power leveland the mask for the alarm can be set by the customer.The feature shows the provider the output power of the repeater and thus anoptimum of output power can be achieved.The alarm can be forwarded to an OMC, so that faults and irregularities can berecognised and eliminated rather quick.- 3 dB enhancer gainFC+400kHz-400kHz -600kHz +600kHz- 35 dB- 60 dB- 35 dB- 60 dBNominal enhancer gain+100kHz-100kHz
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 27 29-Mar-00Technical data:Measuring range ( see figure 3-2 )+ 20 dBm to max. output power (+ 33 dBm)in steps of 2 dB from + 20 dBm to + 30 dBmand in steps of 1 dB from + 30 dBm to max.output power (+ 33 dBm)Alarm threshold can be set in the measuring rangeRequirements:The power output option can be implemented in each MIKOM repeater provided therepeater operates channel selective in the DL.figure 3-2 Measuring range+ 20 dBm + 30 dBm + 33 dBmResolution: ± 2 dBm ± 1 dBm< 20 dBm > +33 dBmDisplayed rangePout low alarmALC alarmPout alarm threshold
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 28 29-Mar-003.3 ALCIn order to protect the amplifiers from overload and to prevent the system togenerate spurious emission, the amplifiers have an Automatic Level Control,designed to limit the output power to a constant value ( max. output power ). A partof the output power is decoupled, rectified, amplified and used to control anattenuator network in the conversion modules. In order to avoid oscillation, thecontrol amplifier has an integrating characteristic.The threshold for the ALC can be set manually for each motherboard. The ALCsettings affect both modules on the motherboard for UL and DL separately. The ALCthreshold will be set in the factory and can be found on the test data sheet of therepeater In case a new module will be mounted or a module will be exchanged thevalues for the ALC threshold in each link have to be compared. In case they aredifferent the higher value has to be set. An increase of the input signal results in anincrease of the output signal. If the output power exceeds the required power, anALC alarm is triggered.3.4 BITE and alarmsThe Built-In TEst concept comprises the monitoring of the power supplies, theoperational currents in the conversion modules, the mother board and the remotecontrol interface. Furthermore the temperature of the repeater is monitored.There are three multicoloured LEDs mounted on the control module. The LED L3indicates the presence of +12 Vdc in the repeater. Every alarm is indicated by failureLEDs, L1 and L2 together ( simultaneously ), mounted on the control module ( seechapter 2.4 ).In case a hardware failure is detected the concerning hardware module has to bereplaced. If all alarms have been acknowledged the summary error LEDs are setback from red to green indication.F Note: In case of mains power failure all data of the alarm history list arelost.In case, a remote alarm should be required, a potential free relay contact can beused, which is situated on the connecting board.The following list comprises all available alarms in the repeater. These alarms mayoccur in the alarm history list.NO. ALARM NAME ALARM ACTIVE STATUS1AMPLIFIER BIAS FAILURE
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 29 29-Mar-002POWER SUPPLY 8 V FAILURE3POWER SUPPLY 12 V FAILURE4POWER SUPPLY MAINS FAILURE5SYNTH FAILURE6DOOR OPEN7VSWR** ALARM8ALC FAILURE10 ACCU VOLTAGE** LOW11 LITHIUM BATTERY VOLTAGE LOW12 OVERTEMP13 PWROUT LOW13 RSSI** LOW14 INVALID LOGIN ATTEMPT15 I2C FAILURE16 OSCILLATION** ALARM17 GAIN REDUCTION** WARNING18* EXT. ALARM 1** FAILURE19* EXT. ALARM 2** FAILURE20* EXT. ALARM 3** FAILURE21* EXT. ALARM 4** FAILURE* Alarm default settings are changeable by software.** Only available if option is activated by factory.table 3-1 List of all available alarms
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 30 29-Mar-003.4.1 Handling of alarmsAs soon as the software recognises a valid alarm, a message can be transmitted tothe OMC.If the repeater is operating in modem mode the alarm message ‘MIKOM>REPEATER REQUIRES OPERATOR ATTENTION’ will be sent via modem to theterminal or the OMC. The first of two stored telephone numbers will be dialled. Incase a connection cannot be established the second telephone number will bedialled. If this should be unsuccessful as well, the call will be repeated after a pre-set delay. Default setting is 10 minutes. The repetition cycle can be set by software.The alarm check routine is searching every 10 seconds for alarms ( pollingprincipal ). To decide whether an alarm is a valid alarm it must remain for 5 pollingcycles, only then it will be recognized and entered in the alarm history. As soon asthe alarm is valid the contacts of the alarm relay at the mother board are set.Additionally two summary error LEDs are set to red light to indicate an alarm. TheseLEDs are mounted on the control module ( see figure 12-3 ). The entry in the alarm history describes the alarm type, the time and the date whenit occurred. It is not possible to locate the defect module, only the reason.Entered alarms in the alarm list can be acknowledged by simply ringing back andtyping a software command. It is also possible to acknowledge alarms in localmode. Acknowledged alarms will be indicated with ‘-ACK’. As soon as the alarmshave been acknowledged the alarm relay will be reset and the summary LEDsswitch back to green light again.If the same alarm cause occurs again, it will be entered in the alarm list ( notacknowledged ) after 5 polling cycles. An already acknowledged alarm must havean interruption of at least 5 polling cycles to be detected by the software as a newalarm. Only then the alarm will be entered again in the alarm history ( notacknowledged ). There exists no command to delete the alarm history.The alarm list has a capacity of about 50 alarm entries. If more alarms occur theoldest message will be deleted first ( FIFO principle ).In the software exists no alarm clear message, i.e., the repeater sends no messageto the terminal or the OMC if an alarm has disappeared by itself.
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 31 29-Mar-003.4.2 Status reportTwo instructions enable the operator to get the information of the system status.Typing GET commands will be responded by a listing of all settings of the repeater.STATUS will be responded by a listing of all individual status information, which canbe monitored only but not influenced by SET commands.The complete listing of the dialogue language with the processor of the controlmodule including the instructions to and the messages from the system is availableas a separate software manual.3.4.3 Severity levelsThis parameter defines five levels of severity for an alarm and can be set in thealarm mask ( detailed description in the software manual ). The severity levelsindicate how the capability of the managed object has been affected.The levels are described below and are ordered from most severe to least severe:- Critical: The critical severity level indicates that a service affecting condition hasoccurred and an immediate corrective action is required to restore thecapability of the managed object.- Major: The major severity level indicates that a service affecting condition hasdeveloped and an urgent corrective action is required. Such a severitycan be reported, for example, when there is a severe degradation in thecapability of the managed object and its full capability must be restored.- Minor: The minor severity level indicates the existence of a non-service affectingfault condition and that corrective actions should be taken in order toprevent a more serious failure. Such a severity can be reported, forexample, when the detected alarm condition is not currently degradingthe capability of the managed object.- Warning: The warning severity level indicates the detection of a potential orimpending service affecting failure before any significant effect has beencaused. Action should be taken to further diagnose and correction of theproblem shall prevent a more serious service affecting failure.- Disable: The disable severity level indicates that the detected failure has noinfluence on the system and shall not be sent to the terminal or the OMC.F Note: No entry in the alarm history.
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 32 29-Mar-004 Optional equipmentFollowing options are available for the MRx41.4.1 Remote control via line modem or wireless modemThree different modem types are available.• PSTN modem ( DigiTel 34P ), line modem• Siemens M1 modem; GSM900 mobile kit, wireless modem• GSM1800 mobile kit, wireless modem• Mobile kit PCS1900The repeater will be delivered with a preset init string. This init string was used forinternal tests. In case no connection can be established check the local conditionsand change the init string if necessary.The following list contains the description of the AT commands:&F Sets modem to factory configurationE0 Echo OFFS0=1 Auto answer ON; the GSM module / M1 modem goes off-hookafter the first ringing signal.S7=60 Waiting time for connection after dialing; permissible valuesare from 0 ... 60.B13 Setting to 9600 bps asynchronous mode ( M1 specific )\ N6 Auto reliable operation ( uses RLP ), non transparent ( M1specific )\ N0 Standard operation, no error correction, transparent ( M1specific )+CBST=7,0,1 Set bearer service type to 9600 bps. Non-transparentconnection ( uses RLP )X3 Not waiting for dial tone; usually used at PABX.&K4 Enables XON / XOFF flow control*P1 To switch on the mobile, used for wireless modems incombination with PCMCIA cardtable 4-1 List of AT commands
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 33 29-Mar-004.1.1 PSTN modemA Hayes compatible PSTN modem can be connected to the control module SM2009 by the control cable, which is subject of the delivery schedule.figure 4-1 Mounting position of PSTN modem kitA possible initialisation string for the PSTN modem is:AT&F X3 E0 S0=2The telephone cable of a line modem has to be fed through a labelled grommet ofthe connector panel and has to be connected to the clamps, mounted on theconnecting board ( see figure 4-4 ).For the standard modem type DigiTel 34P use clamps 2 and 3 to connect a and btelephone line.Control module SM2009 - cable connection modem PCMCIA
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 34 29-Mar-00figure 4-2 Connection of control module and PSTN modemF Note: External alarms are not available, if a PSTN modem is used and viceversa.The following communication mode between control module and VT100 is initiallyset for the use of a Hayes-compatible modem.9600 baud - 8 bit - no parity - 1 stopbitThese settings can only be changed after connection to the terminal. If a differentmodem has to be used or if the quality of the line does not allow to use the setparameters, the settings have to be changed in PC mode. This is the same for allother parameters, which can be set previously for modem mode by software.4.1.2 Siemens M1 for GSM900, wireless modem kitThe Siemens M1 modem can be connected to the RS232 port of the control moduleSM2009 by a 9-pin ribbon cable which is subject of the delivery schedule.4.1.3 Motorola modem for GSM1800, wireless modem kitThe wireless modem kit consists of the Motorola mobile ( Traveller ) in combinationwith the PCMCIA modem card ( CELLect1 ).4.1.4 Nokia modem for PCS1900, wireless modem kitThe wireless modem kit consists of the Nokia mobile ( Traveller ) in combinationwith the PCMCIA modem card ( CELLect1 ).All types of modems, independent of the system, will be mounted in the repeaterlid accessible from the outside of the housing. The cables will be fed into thehousing.
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 35 29-Mar-00figure 4-3 Mounting position of PSTN- and wireless modemA possible init string for the Siemens M1 modem ( GSM900 ) is:AT E0 S0=1 B13 S7=60 \N6A possible initialisation string for the Motorola modem ( GSM1800 ) is:AT&F &K4 E0 S0=2 *P1 \N0+CBST=7,0,1These are the standard init strings of both systems. If no connection can beestablished check the local conditions and change the init string if necessary.The antenna connection for the wireless modem is on the duplexer ( BTS side ).figure 4-4 Connection of the antenna cableModemCover plate withfixed with 4 TorxscrewsConnectorpanel
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 36 29-Mar-00If one of the modems will be used the mode switch 2 of switch on the controlmodule has to be set to position ON ( see figure 2-11 DIP-Switch settings). Toswitch back from local mode to modem mode, disconnect the PC cable from thecontrol module and connect the ribbon cable of the modem to the RS232 port..Don’t forget to switch back the DIP-Switch 2 to position ON.There are two different possibilities to supply modem with DC power.1. In case a battery backup module is installed, connect the DC connector to thebattery backup module ( see figure 4-5 Battery backup module ).2. If no battery backup module is installed, connect the DC connector directly to thecontrol module ( see figure 2-10 Topview of control module).
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 37 29-Mar-004.2 Battery backup module for modem and control moduleBattery backup is provided for the control module to transmit alarm information incase of power failure. The battery type is a NiCd 8.4V/300 mAh. The battery backupis sufficient to support multiple dial out attempts via modem in case of ‘systemengaged’ or other communication problems for at least ten minutes under normalenvironmental conditions.The module is directly plugged into the control module. During the charging processa green LED V7 on the module indicates, that the battery is charged at the moment.After finishing the process the LED V7 will be switched off.figure 4-5 Battery backup moduleTo activate the battery backup module a switch has to be set which is located on thecontrol module ( see figure 2-10 Topview of control module).Switch NO BBU BBUNo battery backupmodule installedBattery backupmodule installedBattery backupmoduleDC connector forM1 modem orMotorola modemLED V7
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 38 29-Mar-004.3 LED kitTo get a summary alarm indication at the outside of the repeater it is possible toinstall a LED kit at the connector panel of the repeater. This LED is visible at theoutside of the repeater.figure 4-6 LED kit
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 39 29-Mar-004.4 VSWR moduleThe VSWR module measures the voltage standing wave ratio of the DL outputantenna port. If the VSWR falls below approximately 13 dB an alarm is released.This enables the provider to know the status of the cable to the antenna. If a cable isdefective the VSWR will decrease and the alarm will be released. The alarm can beforwarded to an OMC, so that faults and irregularities can be recognised andeliminated rather quick.Technical data:VSWRMeasuring range 5 to 15 dBFrequency range: whole frequency range of the repeater• 925 to 960 MHz in GSM900/EGSM• 1805 to 1880 MHz in GSM1800• 1930 to 1990 MHz in PCS1900Alarm if VSWR < 13 dB ± 1 dBRequirements:The VSWR option can be implemented in each MIKOM repeater. ( Installation of theoption on site not possible! )4.5 Traffic statistic moduleThe traffic statistic module is available for MIKOM repeaters, working channelselective in the uplink path. With this option the network operator gets statisticalinformation about the efficiency and traffic load of the repeater operating in thenetwork. The processing and evaluation of the data takes place in the controlmodule of the repeater together with the required software.F Note: Traffic will be measured for each channel separately.The software reads in defined time intervals whether there is a signal above aspecified threshold level on the respective channels or not. This data is assigned todefinite values and these values are read till the next full hour. An average value isthen created and stored in a data list. Date and time of the measurement is givenwith this list as well. When executing the respective command the list shows thetraffic load in percent for each hour of the day which is also called performancedata.
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 40 29-Mar-00An example for the performance data from 0 o'clock to 4 o'clock is given in thefollowing:Measurement-time Performance-data00 h ***01 h 2 %02 h 5 %03 h 10 %04 h 21 %Since the snapshots are not done synchronously to the time slots, there isstatistically a certain chance to read every time slot in each RF channel severaltimes.In case a conversion module is in power down mode, it will not be included in thetraffic calculation. Only enabled channels will be taken into consideration.Technical data:Threshold - 95 dBm to - 75 dBm ± 3dBmt.b.d. by the customerin steps of 1 dBStepwidth of traffic load indication 1 %Time interval for values each full hourRequirements:The Traffic Statistics option can be ordered with each MIKOM repeater providedthe repeater operates channel selective in the uplink. Can be installed on site andhas to be enabled by Mikom ( service ).
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 41 29-Mar-004.6 ICE moduleICE has been developed to enhance the antenna isolation. This feature enablesrepeaters to provide coverage in areas where they were previously not effective dueto physical site limitations, which caused insufficient antenna isolation. Antennaisolation is the RF loss measured from the donor antenna to the coverage antenna.The path between these two antennas is a limitation on the repeater. If the gain ofan on-frequency repeater exceeds the path loss, feedback in the form of oscillationoccurs. The isolation is usually dominated by the direct path loss from one antennato the other, but multipath can contribute to or even dominate antenna isolation. ICEcancels the signal from the primary feedback path, thus allowing the gain of therepeater to be increased.For the installation of a repeater with the ICE module it is unnecessary to measurethe antenna isolation.Different types of ICE modules exist depending on the installation delay option. Thefollowing table displays the delay in dependence on the cable length and thedistance between the antennas.1. If it is possible to calculate the total cable length, the customer can choose theICE module with the corresponding delay option.2. If it is not possible to calculate the total cable length it is possible to choose theICE module with all possible delay options.figure 4-7 Cable length and antenna spacing
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 42 29-Mar-00The following table is valid for a velocity factor of 0.88 representing standard coaxialcable with foam dielectric ( e.g. 1/2”, 7/8” ).AS*[m] 2 4 6 8 10 12 14 16 18 20 22 24 26 DelayoptionCL*[m] 8.0-34.46.2-32.66.0-30.98.0-29.110.0-27.412.0-25.614.0-23.816.0-22.118.0-20.3 ----270ns34.4-60.832.6-59.030.9-57.329.1-55.527.4-53.825.6-52.023.8-50.222.1-48.520.3-46.720.0-45.022.0-43.224.0-41.426.0-39.7370ns60.8-87.259.0-85.457.3-83.755.5-81.953.8-80.252.0-78.450.2-76.648.5-74.946.7-73.145.0-71.443.2-69.641.4-67.839.7-66.1470ns>87.2 >85.4 >83.7 >81.9 >80.2 >78.4 >76.6 >74.9 >73.1 >71.4 >69.6 >67.8 >66.1 570nsThe following table is valid for a velocity factor of 0.66 representing standard coaxialcable with PE / PU dielectric ( e.g. RG223, RG8, RG214, RG58 ).AS*[m] 2 4 6 8 10 12 14 16 18 20 22 24 26 DelayoptionCL*[m] 6.0-25.84.7-24.56.0-23.28.0-21.810.0–20.512.0–19.214.0–17.916.0–16.6-----270ns25.8–45.624.5–44.323.2–43.021.8–41.620.5–40.319.2–39.017.9–37.716.6–36.418.0–35.020.0–33.722.0–32.424.0–31.126.0–29.8370ns45.6–65.444.3–64.143.0–62.841.6–61.440.3–60.139.0–58.837.7–57.536.4–56.235.0–54.833.7–53.532.4–52.231.1–50.929.8–49.6470ns>65.4 >64.1 >62.8 >61.4 >60.1 >58.8 >57.5 >56.2 >54.8 >53.5 >52.2 >50.9 >49.6 570ns
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 43 29-Mar-00*AS: Antenna spacing = the main isolation determining path* CL: Cable length = total length of both cables ( repeater à donor antenna CL1,repeater à coverage antenna CL2 )If, due to the cable length, two different ICE modules are possible, the modulewith the higher delay option should be used.F Note: The ICE module will be recognized automatically and must not beactivated by software.F Note: If the software feature ‘Automatic Gain Setting’ is active, the setattenuation has to be the same value for all channels in UL and DL.F Note: Also channels in power down mode have to be set to the sameattenuation like the channels in operation to guarantee a properfunction.Settings according to the software commands can be found in the software manual.4.7 RSSI moduleThe RSSI module provides the monitoring of the receive level of a BTS to a repeater.It measures the input level of the BCCH channel in the downlink which is achievedby detecting the RF and converting the level in an ADC into a digital value. Theprocessing and evaluation of the data takes place in the control module of therepeater together with the required software.The RSSI module in combination with the software and the control module providesthe possibility to release an alarm. This alarm can be forwarded to a defined phonenumber or to the OMC if the repeater is equipped with a modem or a mobile phone.The alarm level can be set by the customer by means of the software. This enablesthe provider to know the status of his network and to control it if necessary. Faultsand irregularities can thus be recognised and eliminated.Technical data:Level range - 80 dBm to - 30 dBm ± 3 dBmStepwidth 1 dBThreshold for alarms t.b.d. within the level rangeRequirements:The RSSI option can be ordered with each MIKOM repeater provided the repeateroperates channel selective in the DL. Hardware can be installed on site. Softwarehas to be enabled by Mikom ( service ).
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 44 29-Mar-004.8 External alarms ( for control module Rev. 07 and higher )With the following option it is possible to monitor 4 external alarms via the repeatersoftware. Hence the status of the connected device, e.g. UPS , can be monitored.The DIP-Switches on the control module have to be set to position ‚EXT. ALARM 1 –4‘ ( see figure 2-11 DIP-Switch settings).F Note: It is not possible to use 4 external alarms and a PSTN modem at thesame time because the PSTN modem needs already two lines. If aPSTN modem is required, two external alarms are available.The contacts of the alarms can be accessed at clamp X2 and X1 of the connectingboard. The electrical connection has to be as follows.X2: 1 External alarm 1 ( low active )X2: 2 External alarm 2 ( low acitve )X2: 3 External alarm 3 ( high active )X2: 4 External alarm 4 ( high active )X1: 7 Groundfigure 4-8 Configuration of the clampsConfiguration: 5 V / 0.5 mA max. for open collector applications.All external alarms are normally high without connection. Due to the fact that theexternal alarms 3 and 4 are high active, they have to be connected to ground toprevent an alarm message.External alarms 1 ... 4Ground
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 45 29-Mar-00F Note: The name for each external alarm and the name for the alarmmessage can be defined by the customer with the correspondingsoftware command ( see software manual ).The following example describes the response for the external alarms to control aUPS.Example: External alarms if the UPS is activeEXTERNAL ALARM STATUSUPS alarm activeBattery low !UPS door openBattery door openor External alarms if the UPS is not activeEXTERNAL ALARM STATUSUPS not activeBattery OKUPS door closedBattery door closedF Note: A special software blocking must be removed in order to use thisoption.This can be carried out only by authorised persons fromMIKOM.
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 46 29-Mar-005 Installation5.1 Mechanical specificationfigure 5-1 System descriptionRF connectors:2 connectors 7/16 femalePower supply connection: 3 m power cableMechanical dimensions of the F - cabinet: 445 × 255 × 167*/185 mm( height x width x depth )*without mounting bracketsWeight: approximately 14 kg ( 15.2 kg with 2ICE modules ) per unit in standardconfigurationThe illustration of chapter 12 provides the dimensions and the view of the layout.5.2 Environment and safetyFor detailed information refer to the environment and safety specification leaflet forMIKOM indoor / outdoor cell enhancers, related to ETS 300019 (EuropeanTelecommunication Standard).Operating temperature ( normal temperature range ): + 5° C ... + 40° C ( extreme temperature range ): - 33° C ... + 50° CHumidity: + 30° C/ 93 %Protection class: IP 65BTSRX UplinkTX DownlinkRX DownlinkTX UplinkTX DownlinkRX Uplinkto/fromMobile Stations to/fromBTSRepeater SystemMobileTX UplinkRX DownlinkMobileTX UplinkRX DownlinkMobileTX UplinkRX Downlink
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 47 29-Mar-005.3 Mechanical installationThe repeater is typically mounted to either a pole or a wall. The mounting hardwareused is specific to the type of installation. The unit should be positioned so that it isin a secure location, yet easily accessible for maintenance. There should be enoughclearance ( 1 m radius ) for the door to swing completely open and electrical andother connections should be easily accessible. Also note that the bend radius of thecables should not be exceeded when positioning the unit. The repeater shall bemounted in the vertical plane to a wall or a mast, which means the connectors haveto show down to the bottom.figure 5-2 Clearance distanceUse the mounting brackets, which are part of the delivery. This will guarantee aminimum distance between the wall and the repeater housing. The mountingbrackets must be fixed with 4 screws to the wall ( brackets ) and the cabinet mustbe fixed with 4 hex socket screws and 2 tyre screws to the mounting brackets.Check the correspondence of the wall mounting kit and the wall.F Note: Due to power dissipation the repeater may heat up the air volumeinside the cabinet and reaches a very high temperature. Therefore itis necessary to mount the repeater in the vertical plane to a wall or amast without additional enclosure to provide sufficient ventilation.Between the housing and the wall a minimum distance must be keptin order to provide air circulation.F Note: The weight of the MRx41 is approx. 14 kg in standard configuration.
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 48 29-Mar-005.3.1 Wall mounting procedure1. Dismount first the mounting brackets, which are already mounted to the repeater.Remove the lower screws and the tyre screw completely and loose the upperscrews as far as necessary to remove the brackets.2. Use the wall mounting template to mark the 4 drilling holes on the surface of thewall.3. Mount the bracket to the wall.4. Now it is possible to align the housing properly.5. Screw the housing firmly to the wall by using the tire bolts , washers and the hex-head bolts M8.Furthermore the repeater should be mounted in a way that there is free access tothe individual units when the door of the repeater is open. Therefore keep aclearance distance of 1m radius.figure 5-3 Wall mount procedure
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 49 29-Mar-00For the installation of the extension units keep the required distances between theunits ( see the following figure ).figure 5-4 Distances between main unit and extension units5.3.2 Pole mounting procedureStandard mounting hardware can not be used to mount the MRx41 unit to a pole ora mast or other similar structure. Additional hardware must be used for this type ofinstallation. Such pole mounting kit includes:n 2 threaded rods M8n 2 U-beamn mounting material like bolts and nutsF Note: Two pole mounting kits are required to mount this unit to a pole or amast.
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 50 29-Mar-00figure 5-5 Pole mounting kit
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 51 29-Mar-005.4 Electrical installationF Note: ESD precautions have to be observed! Before working inside thecabinet use the available grounding system to connect ESDprotection measures.The electrical installation has to be performed in accordance withthe safety regulations of the local authorities. Due to safetyreasons the electrical installation must be performed by qualifiedpersonnel. The cover of this unit should not be opened whilepower is applied. Subsequent installation, commissioning andmaintenance activities that require the unit to be powered with thecover open shall only be carried out by suitably qualifiedpersonnel.5.4.1 GroundingGrounding has to be performed by all means. An earth bonding cable has to beconnected to the grounding bolt provided at the outside of the cabinet on the leftside. Don’t use the grounding screw for connecting external devices.The complete grounding bolt is part of the delivery schedule, see the followingfigure.figure 5-6 Grounding boltGrounding bolt
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 52 29-Mar-005.4.2 Connection of the antenna cablesThe repeater has two female antenna connectors 7/16. For mounting thecorresponding cable connectors we recommend to refer to the applicabledocumentation of the respective connector manufacturer. The bending radius of theantenna cables must remain within its specification. This will warrant properoperation of the system; otherwise changes in the electrical behaviour of the cablemight occur which could cause malfunction of the repeater system.F Note: Do not use a tool to tight the antenna connectors. This mightdamage the antenna cable or the antenna connector.5.4.3 Power connectionBefore connecting electrical power to the repeater grounding has to be performed.The repeater is equipped with a firmly connected power cord H07RN-F 3 x 1.5 mm².Due to safety reasons the power supply lead of the repeater has to be provided witha 16 A fuse. In case the length of the power cord should not be sufficient it can bereplaced by a longer cable ( see 8.3 Replacement of the mains cable ).F Note: The diameter of the power supply lead has to be in the range of9.5 mm max. and 6.5 mm min.
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 53 29-Mar-006 Setting to work6.1 PreparationF Note: It is not allowed to operate the repeater without termination of theantenna connections! The termination can be performed by theantenna connection as well as a dummy load or the 50-Ohm-terminated connection of ameasuring instrument.The repeater system has its maximum available gain when the attenuation is set tozero. In order to check the function of the repeater system on site it is advisable tooperate the repeater system with 50 Ohm termination. This makes it possible to setthe necessary gain and to test the set value without the necessity of transmitting onair.F Note: This measurement is not necessary if an ICE module is used.In order to perform settings the repeater has to be opened. Ensure not to damagethe seals on the modules, which are attached to the conversion modules. Pleasenote, there is no warranty if seals are broken.After taking the repeater into service following signals occur during the boot process.InternalLED L1 InternalLED L2 InternalLED L3 Causered green red green green- - - ll Power onstate,Software bootprocessstartsFlashesred shorttimell Flashes redshort time ll ll Software bootfinishedll ll ll Program isrunningtable 6-1 LED indicationF Note: The boot process takes about 3 minutes.
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 54 29-Mar-006.2 Setting of operational parametersThere are three different possibilities to set the operational parameters:- direct manual control by means of rotary switches- local control via RS232 interface and PC as terminal- remote control via line modem or wireless modem and PC or OMC as terminal6.2.1 Manual settings by means of rotary switchesThe manual mode allows the operator to set the required channels and theattenuation by means of rotary switches. With a small screwdriver, which fitsthrough the long holes of the conversion modules, the values can be adjusted byturning the switch carefully to the desired position.F Note: To enable manual settings of parameters the mode switch DIP-Switch1 of the mode switch has to be changed from OFF to ON (see figure2-11 DIP-Switch settings).F Note: Gain can be set independently for the uplink and downlink path forboth channels commonly in 2 dB steps. It is not possible to set thegain for each channel separately.A label on the conversion module, located next to the rotary switch (this label mightbe fixed to the inner side of the cabinet as well), illustrates the usage of the rotaryswitch (see figure 6-1 Channel rotary switches and gain setting).
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 55 29-Mar-006.2.1.1 Channel settingThe channel for every conversion module can be set easily by means of a rotaryswitch mounted on the mother board. Using a small screwdriver, which fits throughthe long hole in the centre of the conversion modules, the channels can be changedby adjusting the rotary switch to the desired number.The corresponding frequency follows from chapter 12.4 Frequency / ARFCN table.figure 6-1 Channel rotary switches and gain settingExample:Presumed the desired ARFCN is 120.The first rotary switch has to be set to 1 (1 x 10²), the second to 2 (2 x 101) and thethird remains at 0 (0 x 10°).F Note: If a non-existing ARFCN is adjusted, the value will not be accepted.The previous valid ARFCN will be kept.
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 56 29-Mar-006.2.2 Local settings via personal computer as terminalInstead of setting operational parameters manually via rotary switches it is alsopossible to use the functions of the control module. The PC mode will beautomatically recognized by the software. The DIP-Switch 2 must be at positionOFF.A VT100 terminal or a PC with VT100 emulation can be connected to the controlmodule SM2009 by a standard RS232 cable, if necessary in connection with anadapter 9 to 25.Cable connections PC - control module SM2009 ( RS232 )SUB-D9-connector ( male ) SUB-D)-connector ( male )1 ) ( 12 ) ( 23 ) ( 34 ) ( 45 ) ( 56 ) ( 67 ) ( 78 ) ( 89 ) ( 9The following communication mode between control module and VT100 is setinitially. 9600 baud - 8 bit - no parity -1 stopbitThese settings can only be changed after connection of the terminal. If all wantedsettings have been initialized and a modem has to be used it is recommended tocheck, whether the settings comply with the capabilities of the modem and the line.Modifications are possible by software commandsF Note: Settings on the repeater can be performed after the followingprocedure only.After connecting the PC to the repeater, following procedure is necessary to getaccess to the program.MIKOM REPEATER MRx41 - SM2009 - SW: REP1012V1.xxENTER <.> <CR> TO LOGIN
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 57 29-Mar-001. Step: Type the two keys ( . ) FULLSTOP and (↵) ENTERYou have to type the keys:2. Step: ENTER USER IDYou have to enter:UserID1 ↵F Note: The input is case sensitive, no blanks. After three mistrial followdisconnection. After 5 wrong login attempts the password alarm will be released.3. Step: ENTER PASSWORDYou have to enter:P-word1 ↵F Note: The input is case sensitive, no blanks. After three mistrial followsdisconnection. After 5 wrong login attempts the password alarm willbe released.6.2.3 Remote control via modemFor a detailed description of remote feature of the MRx41 refer to chapter 4.1. ↵↵.
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 58 29-Mar-007 Trouble shooting7.1 Error indication• = LED on- = LED off1. With implemented battery backup moduleInternalLED L1 InternalLED L2 InternalLED L3 Causegreen red green red green- - - - -No power.Check presence ofpower at the input;replace fuse accordingto chapter, checkbattery backup module• • • Indicates asummary failure• • • Mains failure, controlmodule is suppliedfrom battery backupmodule2. Without battery backup moduleInternalLED L1 InternalLED L2 InternalLED L3 Causegreen red green red green- - - - -No power.Check presence ofpower at the input;replace fuse accordingto chapter 8.2• • • Indicates asummary failure
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 59 29-Mar-007.2 Boot processFollowing signals occur during boot process (see table 6-1 LED indication ).The bootprocess takes about 3 minutes7.3 Alarm monitoring with the alarm historyCheck the alarm history ( see table 3-1 List of all available alarms ).1. If a hardware module is damaged, replace corresponding hardware module.2. Minor alarms with no influence on the system can be cancelled by confirming thealarm with the software command ‘alarmackn’, e.g., DOOR OPEN.3. If all alarms have been acknowledged the summary error LEDs will be set back togreen indication.4. In case of mains power failure the contents of the actual alarm history list will belost.7.4 Power supplyFactory set output voltages ( with load )• 7.8 V ± 0.1 V• 12.4 V ± 0.1 VIn case of an I²C-Bus error, also check the power supplies. They must be switchedON.
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 60 29-Mar-007.5 General remarks• After a software download previous user settings ( data default values ) might beoverwritten. Before you start a software download save all user settings:- ARFCN numbers- attenuation- ALC threshold- temperature compensation offset ( gain )- phone numbers etc.• If an ALC alarm occurs during installation or commissioning an user error mightbe the cause, due to wrong measurements, e.g.ALC: Input level too high à reduce gain• RSSI: Input level too low à check antenna and cables andattenuators• Traffic statistic: Measurement is never zero, it is displaying continuouslyvalues evenin periods of low traffic loads, e.g. during night.Cause: Traffic threshold ( factory setting -95 dBm ) is too low. Thetraffic module is then measuring only noise.Solution: Threshold has to be increased ( contact factory ).
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 61 29-Mar-008 Maintenance8.1 GeneralF Note: The repeater does not require preventative maintenance measures.It is only recommended to replace the RAM/RTC battery after three years usage as aprophylactic measure. The nominal lifetime of this battery is five years under normalenvironmental conditions.F Note: The RAM/RTC battery has to be removed for long term storage.In the event of a malfunction it is advantageous to check the status of the antennasystems as well as the continuity of the entire cabling including connectors, beforereplacing the modules.Maintenance on the repeater shall be performed only by replacing modules.Soldering on printed circuit boards shall be avoided. In order to sustain warrantytake care not to damage unintentionally the seals on the modules.Danger ! Before replacing a module disconnect the repeater from mains and switch off the battery backup module.The spare parts list, consequently, contains only units, which can be replacedwithout tuning or complex soldering work. Those units are all MIKOM modules,internal and external cables.F Note: Defect parts should only be replaced by original parts from MIKOM.All interventions inside the housing, are at one’s own risk. Duringmaintenance ensure that the repeater has been disconnected frommains.
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 62 29-Mar-008.2 Replacement of the power supply and mains fusesF Note: Ensure that mains are disconnected and the battery backup moduleis switched off.The power supply is mounted in the lid of the housing. Open the repeater to getaccess to the device.Remove all connected cables from the clamps of the power supply.The power supply is fastened to the lid of the housing by means of two nuts M4 onthe right-hand side. After loosen the screws the power supply can be removed. Toopen these screws use a key with a mobile element ( part of the spare parts kit ).F Note: Don’t forget to put heat conducting paste on the mounting side forinstallation of a new power supply. Use the heat conducting paste,which is included in the spare parts kit.The power supply is protected with a secondary 10 A fuse, depending on the powersupply type. In case of a power supply failure exchange these fuses. The powersupply can be equipped with a power socket, which is protected with two mainsfuses, type 2AT/250.figure 8-1 Mounting position of the power supply and mains fusesF Note: Use only fuses of the same type and the same rating when replacing!8.3 Replacement of the mains cablePower supplyMains fusesNuts
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 63 29-Mar-00The repeater will be delivered with a firmly connected mains cable 3 x 1.5 mm² withthe length of 3 m.Remove the cover plate with the lock. To open the housing, the upper screws haveto be removed first and than the lower screws. To close the housing proceed inreverse order. Open the housing by lifting the fixing clamp.The mains cable is now accessible from the bottom of the heat sink. Open the PG9threaded joint with a spanner size 17. Inside the housing remove the plastic lid ofthe connecting board. Unscrew 3 wires L1, N and PE from the clamps on theconnecting board.Strip the isolation of the cable to the length of 180 mm and pull it through the cablegland like depicted in figure 8-2. Inside the housing use the insulated tube.figure 8-2 Cable glandFor the mounting of a new power supply lead proceed in reverse order.F Note: The diameter of the power supply lead has to be in the range of9.5 mm max. and 6.5 mm minimum.
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 64 29-Mar-008.4 Replacement of the RAM / RTC batteryThis battery is responsible for buffering the real time clock circuit. The RAM/RTCbattery of the control module has to be replaced in case of date / time loss or as apreventive measure after approximately three years usage. In case a battery backupmodule is implemented it has to be removed because the RAM/RTC battery ismounted underneath the module. It is accessible after opening the housing on theleft-hand side in the lid. A software alarm is raised when the battery voltage is low.F Note: Before replacing the battery, disconnect the repeater from mains andremove the battery backup module ( if available ). Don’t try to chargethis battery. Observe the rules for changing Lithium batteries. Wrongconnection or treatment may result in bursting of the battery anddissemination of hazardous substances.Take off the Lithium battery by means of a small screwdriver, placed between thebattery and the battery socket.figure 8-3 Position of RAM/RTC batteryPlace thescrewdriverbetween the socketand the battery
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 65 29-Mar-008.5 Replacement of the battery backup module ( option )The battery backup module consists of a printed circuit which is plugged into thecontrol module and the accumulator ( NiCd 8.4 V, 270 mAh ). The accumulator isfixed to the repeater lid on the left-hand side. The accumulators have to be replacedin case of a software alarm or as a preventive measure after approximately oneyears usage to guarantee full capacity in case of a mains failure. The nominallifetime of the accumulators is three years.F Note: Before replacing the battery backup module, disconnect the repeaterfrom mains first and switch off the battery backup module.The battery backup module is accessible after opening the housing on the left-handside in the lid.Before dismounting the module from the socket, release the three snap-in lockings.Remove the DC cable ( from the wireless modem kit ), which is plugged into thebattery backup module. Now it is possible to remove the battery backup module bypulling carefully the module. The accumulator can now be removed by placing asmall screwdriver between the accumulator and the holding clamp. Insert a newaccumulator by pressing the device into the holding clamp. Insert the battery backupmodule. Finally connect the DC cable of the wireless modem.figure 8-4 Battery backup module*OptionSnap-inlockingsAccumulatorBattery backupmoduleDC cable frommodem
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 66 29-Mar-008.6 Duplexer• Duplexer UL out:Remove the combiner ( if installed ).If the duplexer has to be replaced dismount the connecting board first ( see chapter8.10 ).The duplexer and the basic module are mounted close together. It is easier toremove the duplexer by dismounting the basic module first.Remove the ribbon cable connected to the mother board.Remove the RF cables on the side of the UL output, by loosing the SMA connectorby means of a torque wrench.Unscrew the four counter sunk screws M3 at the connector panel.• Duplexer DL outRemove the RF cables on the DL out, by loosing the SMA connector by means of atorque wrench.Unscrew the four counter sunk screws M3 at the connector panel.The duplexer and the extension module are mounted close together. It is easier toremove the duplexer by dismounting the extension module first.
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 67 29-Mar-008.7 PSTN modem kit ( option )The modem is situated in the lid of the housing. Push the button on the controlmodule to release the modem and pull the card out of the PCMCIA card holder.Disconnect the PSTN cable which is plugged into the control module. Now it ispossible to take out the modem card.figure 8-5 PSTN modem kit* OptionReleasebutton
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 68 29-Mar-008.8 Channel modulesTo remove the basic module, disconnect the SMA connectors by means of a torquewrench.Unscrew six hex socket screws by means of a hex socket key. Pull carefully bymeans of the mounting strap, fixed on the channel module and take off the module.To remove the extension module, proceed in the same way.F Note: The basic and the extension modules are not interchangeableFor the exchange of a channel module or the installation of a new channel module,the slave address of the synthesizer has to be set. This can be done by means ofhex-coded rotary switches mounted on the bottom side of the modules ( seefollowing figure ).figure 8-6 Position of hex coded rotary switchesThe configuration of the slave address for each channel group is as follows:Basic ModuleUL DL ExtensionModuleUL DLChannel 1 0 1 2 3 Channel 2Channel 3 4 5 6 7 Channel 4Channel 5 8 9 A B Channel 6Channel 7 C D EFChannel 8table 8-1 Configuration of hex-coded rotary switchesHex-coded rotaryswitch for DLHex-coded rotaryswitch for ULBottom view
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 69 29-Mar-008.9 ICE moduleEach module requires an own ICE-module. Both have to be adjusted togetherbecause they are not compatible with other modules. The ICE module will bemounted on top of the channel module. It is screwed tight by use of 3 hex socketscrews. Unscrew these screws and pull at the mounting strap and take off themodule.If an ICE module will be implemented for the first time remove the small lid on top ofthe basic or extension module. Now it is possible to connect the ICE module to thebasic or extension module. Screw it tight by means of 3 hex socket screws.8.10 Connecting boardThe connecting board is mounted on top of the UL duplexer on the right-hand side inthe heat sink. Remove the plastic lid which is fixed to the connecting board. Theconnecting board is screwed to the duplexer by means of three tallow-drop screwsM3.F Note: Disconnect repeater from mains first!Disconnect the ribbon cable, mains cable, the cable to the power supply andgrounding cable.figure 8-7 Connecting board
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 70 29-Mar-009 Spare parts listThe following list contains all parts available for the MRx41. The configuration of thedelivered unit meets the requirements of the customer and can differ depending onthe state of delivery.9.1 Spare parts for MR341Designation Id.-No.MR341150025 MR341EGSM150031 MR341GSM-R150037Assembly drawing main unit 147612Assembly drawing lid 147614Assembly drawing RF-cable plan 147619Assembly material 149334Cable set 147572Duplexer UL INPUT 150302 150310 150312Duplexer DL INPUT 150303 150311 150313Basic Module for ICE 150120 150120 150122Extension Module for ICE 150121 150121 150123Termination Module 3dB 1465213dB Option kit 147583 147584 147584ICE Module for 120MHz all delay times 150656ICE Module for 120MHz 570 ns 150655ICE Module for 120MHz 470 ns 150654ICE Module for 120MHz 370 ns 145061ICE Module for 120MHz 270 ns 150653Power Supply, 80-130Vac, no plug 152551Power Supply, 80-130Vac 149222Power Supply, 85-140Vac 151831Power Supply, 230Vac ±15%, no plug 144306Power Supply, 160-320Vac 149221Power Supply, 185-320Vac, no plug 148812Power Supply, 24Vdc 151965M1 Kit 900 MHz 150699Mobile Kit GSM/DCS 150698Modem Kit PSTN 143112Power Out SW-Option 145478RSSI SW-Option 148970Traffic SW-Option 148971Noise Red. SW-option 149233Accu SW-option 149235VSWR Kit GSM + EGSM 143437Ext. Alarms SW-Option 145067
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 71 29-Mar-00Battery Backup Module 143052LED-Kit 145106Adapter 112425SW MOB100 V1.10 143055SW REP1012 V1.10 147926Mother Board 148968Connecting Board 142362Control Unit SM2009 143051Pole mounting kit 145687Wall mounting kit 150519Spare parts kit 143480Front panel small compl. 152574Retainer Reed Magnet 144309DC-cable ready made 147970AC-cable ready made 143032Manual REP1012V1.xx 148972Manual MRx41 (F-cabinet) 148092
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 72 29-Mar-009.2 Spare parts for MR441Designation Id.-No.MR441150000 MR441150006 MR441150012 MR441150018Assembly drawing main unit 147612Assembly drawing lid 147614Assembly drawing RF-cable plan 147619 147619 147619Assembly material 149334Cable set 147573Duplexer UL INPUT 150300 150304 150306 150308Duplexer DL INPUT 150301 150305 150307 150309Basic Module for ICE 150102 150608 150608 150102Extension Module for ICE 150103 150611 150611 150103Termination Module 3dB 1465213dB Option kit 147584ICE Module for 120MHz all delay times 150656ICE Module for 120MHz 570 ns 150655ICE Module for 120MHz 470 ns 150654ICE Module for 120MHz 370 ns 145061ICE Module for 120MHz 270 ns 150653Power Supply, 80-130Vac, no plug 152551Power Supply, 80-130Vac 149222Power Supply, 85-140Vac 151831Power Supply, 230Vac ±15%, no plug 144306Power Supply, 160-320Vac 149221Power Supply, 185-320Vac, no plug 148812Power Supply, 24Vdc 151965Mobile Kit GSM/DCS 150698Modem Kit PSTN 143112Power Out SW-Option 145478RSSI SW-Option 148970Traffic SW-Option 148971Noise Red. SW-option 149233Accu SW-option 149235VSWR Kit DCS 143436Ext. Alarms SW-Option 145067Battery Backup Module 143052LED-Kit 145106Adapter 112425SW MOB100 V1.10 143055SW REP1012 V1.10 147926Mother Board 148968Connecting Board 142362
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 73 29-Mar-00Control Unit SM2009 143051Pole mounting kit 145687Wall mounting kit 150519Spare parts kit 143480Front panel small compl. 152574Retainer Reed Magnet 144310DC-cable conf. 147970AC-cable conf. 143032Manual REP1012V1.xx 148972Manual MRx41 (F-cabinet) 148092
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 74 29-Mar-009.3 Spare parts for MR741Designation Id.-No.MR741150595 MR741150596 MR741151782Assembly drawing main unit 147612Assembly drawing lid 147614Assembly material 149334Cable set 147573Duplexer UL INPUT 144382 144384 151072Duplexer DL INPUT 144381 144383 151073Basic Module for ICE 150591 150593 150593Extension Module for ICE 150592 150594 150594Termination Module 3dB 1465213dB Option kit 147584ICE Module for 120MHz all delay times 150656ICE Module for 120MHz 570 ns 150655ICE Module for 120MHz 470 ns 150654ICE Module for 120MHz 370 ns 145061ICE Module for 120MHz 270 ns 150653Power Supply, 80-130Vac, no plug 152551Power Supply, 80-130Vac 149222Power Supply, 85-140Vac 151831Power Supply, 230Vac ±15%, no plug 144306Power Supply, 160-320Vac 149221Power Supply, 185-320Vac, no plug 148812Power Supply, 24Vdc 151965Mobile Kit PCS 150405Modem Kit PSTN 143112Power Out SW-Option 145478RSSI SW-Option 148970Traffic SW-Option 148971Noise Red. SW-option 149233Accu SW-option 149235Ext. Alarms SW-Option 145067Battery Backup Module 143052LED-Kit 145106Adapter 112425SW MOB100 V1.10 143055SW REP1012 V1.10 147926Mother Board 148968Connecting Board 142362Control Unit SM2009 143051Pole mounting kit 145687
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 75 29-Mar-00Wall mounting kit 150519Spare parts kit 143480Front panel small compl. 152574Retainer Reed Magnet 144310DC-cable conf. 147970AC-cable conf. 152024Manual REP1012V1.xx 148972Manual MRx41 (F-cabinet) 148092
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 76 29-Mar-0010 Configuration listThe actual configuration of the repeater system has been entered on a separate listat delivery. This configuration list is subject of the delivery schedule providing actualinformation of Mikom part number, serial number and revision status of the repeater.Whenever parts should be replaced the user is kindly asked to update the list.F Note: Whenever parts should be replaced the user is kindly asked toupdate the list.
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 77 29-Mar-0011 Appendix11.1 Electrical specifications MR341Bandwidth in UL and DL Up to 25 MHz in the GSM900 bandNumber of channels 2 max. (in one F-cabinet)Bandwidth of a channel 200 kHz min.Selectivity of a channel 35 dB @ ± 400 kHz; 60 dB @ ± 600 kHzChannel selection Manually or controlled remotelyOutput power (@ 25° Camb.temp.)32.5 dBm min. per channel at 2 channelsNOTE: The output power per channel will bereduced if the system is upgraded:3.5 dB power reduction @ 4 channels5.5 dB power reduction @ 6 channels7.0 dB power reduction @ 8 channelsSpurious due to intermodulation - 36 dBmALC reaction time 3 msec. (others available on request)Gain at max. gain setting 85.0 dB @ 2 channels81.5 dB @ 4 channels79.5 dB @ 6 channels78.0 dB @ 8 channelsTolerance of the gain over fullbandwidth and temperature± 2.0 dB over normal temperature range*± 3.0 dB over extreme temperature range**Set range of the gain 30 dB typ. in steps of 2 dB locally or remotelyTolerance per gain step ± 0.5 dB from 0 to 6 dB attenuation± 2.0 dB from 8 to 30 dB attenuationDelay < 7 µs (Variation ± 200 ns)Noise figure 5 dB @ max. gain; 8 dB @ min. gainReturn loss 15 dB (@ 25° C amb. temp.)Power supply 220...250 Vac / 40...60 Hz;Option: +15...+24 Vdc or ± 48Vdc or 115 Vac/ 40...60 HzPower consumption 20 W + 45 W/channel + 8 W / ICE module(efficiency of power supply excluded; 75 % -90 %)Connectors 7/16 female; N as an optionRemote control interface SM 2009
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 78 29-Mar-00Built in test equipment Current monitor • synthesizer lock monitor •temperature • ALC active • output powerAlarm forwarding Potential free relay contact and automaticalarm call via RS232 or PCMCIA interface (viaPSTN modem or mobile)Control functions Gain • Channel • ALC threshold
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 79 29-Mar-0011.2 Electrical specifications MR441Bandwidth in UL and DL Up to 35 MHz in the GSM1800 bandNumber of channels 2 max. (in one F-cabinet)Bandwidth of a channel 200 kHz min.Selectivity of a channel 35 dB @ ± 400 kHz; 60 dB @ ± 600 kHzChannel selection Manually or controlled remotelyOutput power (@ 25° Camb.temp.)32.5 dBm min. per channel at 2 channelsNOTE: The output power per channel will bereduced if the system is upgraded:3.5 dB power reduction @ 4 channels5.5 dB power reduction @ 6 channels7.0 dB power reduction @ 8 channelsSpurious due to intermodulation - 30 dBmALC reaction time 3 msec. (others available on request)Gain at max. gain setting 85.0 dB @ 2 channels81.5 dB @ 4 channels79.5 dB @ 6 channels78.0 dB @ 8 channelsTolerance of the gain over fullbandwidth and temperature± 2.5 dB over normal temperature range*± 3.5 dB over extreme temperature range**Set range of the gain 30 dB typ. in steps of 2 dB locally or remotelyTolerance per gain step ± 0.5 dB from 0 to 6 dB attenuation± 2.0 dB from 8 to 30 dB attenuationDelay < 7 µs (Variation ± 200 ns)Noise figure 5 dB @ max. gain; 8 dB @ min. gainReturn loss 15 dB (@ 25° C amb. temp.)Power supply 220...250 Vac / 40...60 Hz;Option: +15...+24 Vdc or ± 48Vdc or 115 Vac/ 40...60 HzPower consumption 20 W + 25 W/channel + 8 W / ICE module(efficiency of power supply excluded; 75 % -90 %)Connectors 7/16 female; N as an optionRemote control interface SM 2009Built in test equipment Current monitor • synthesizer lock monitor •temperature • ALC active • output power
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 80 29-Mar-00Alarm forwarding Potential free relay contact and automaticalarm call via RS232 or PCMCIA interface (viaPSTN modem or mobile)Control functions Gain • Channel • ALC threshold
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 81 29-Mar-0011.3 Electrical specifications MR741Bandwidth in UL and DL Up to 35 MHz in the PCS1900 bandNumber of channels 2 max. (in one F-cabinet)Bandwidth of a channel 200 kHz min.Selectivity of a channel 35 dB @ ± 400 kHz; 60 dB @ ± 600 kHzChannel selection Manually or controlled remotelyOutput power (@ 25° Camb.temp.)32.5 dBm min. per channel at 2 channelsNOTE: The output power per channel will bereduced if the system is upgraded:3.5 dB power reduction @ 4 channels5.5 dB power reduction @ 6 channels7.0 dB power reduction @ 8 channelsSpurious due to intermodulation - 13 dBmALC reaction time 3 msec. (others available on request)Gain at max. gain setting 85.0 dB @ 2 channels81.5 dB @ 4 channels79.5 dB @ 6 channels78.0 dB @ 8 channelsTolerance of the gain over fullbandwidth and temperature± 2.5 dB over normal temperature range*± 3.5 dB over extreme temperature range**Set range of the gain 30 dB typ. in steps of 2 dB locally or remotelyTolerance per gain step ± 0.5 dB from 0 to 6 dB attenuation± 2.0 dB from 8 to 30 dB attenuationDelay < 7 µs (Variation ± 200 ns)Noise figure 5 dB @ max. gain; 8 dB @ min. gainReturn loss 15 dB (@ 25° C amb. temp.)Power supply 220...250 Vac / 40...60 Hz;Option: +15...+24 Vdc or ± 48Vdc or 115 Vac/ 40...60 HzPower consumption 20 W + 25 W/channel + 8 W / ICE module(efficiency of power supply excluded; 75 % -90 %)Connectors 7/16 female; N as an optionRemote control interface SM 2009
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 82 29-Mar-00Built in test equipment Current monitor • synthesizer lock monitor •temperature • ALC active • output powerAlarm forwarding Potential free relay contact and automaticalarm call via RS232 or PCMCIA interface (viaPSTN modem or mobile)Control functions Gain • Channel • ALC threshold* normal temperature range: + 5° C to + 40° C;** extreme temperature range: - 33° C to + 50° C.
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 83 29-Mar-0011.4 Options for MRx41OPTIONS MRx41Downlink optionsVSWR (Voltage standingwave ratio) VSWR can be measured. The threshold for the VSWR alarmis 13 dB ± 1 dB.Remote control To remotely control RF and optical Repeaters differentinterfaces are available: RS232 wire connection, PSTN andwireless modems.MIKOM offers a unique Repeater OMC software packagebased on a windows platform; it can also support an Unixinterface to forward alarms. This OMC software providesnetwork, configuration and fault management.Repeater battery backup is available for 20 minutes and 2hours. Further backup times are available as well.Battery backupIf backup is only required for the control interface and themodem, low capacity batteries are available to operatecontroller and modem for at least 10 minutes.RSSI Input level of the BCCH channel is measured and displayedthrough a terminal software or the MIKOM Repeater OMC.Level range is - 80 to - 30 dBm.I.C.E. Interference Cancellation Equipment for electronicimprovement of antenna isolation and stability control bysoftware. I.C.E. electronically improves antenna isolationmore than 20 dB.Uplink optionsTraffic statistics module Traffic load for each uplink channel is indicated in timeintervals of 60 minutes. It is monitored in steps from1...100 %, through terminal software or MIKOM RepeaterOMC software package.Noise management Reduces the gain of the Repeater for time slots not in use.This reduces the noise power injection into the BTS.I.C.E. Interference Cancellation Equipment for electronicimprovement of antenna isolation and stability control bysoftware. I.C.E. electronically improves antenna isolationmore than 20 dB.All data is subject to change without notice!
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 84 29-Mar-0012 Installation12.1 Drawing of the repeaterfigure 12-1 Installation drawing
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 85 29-Mar-0012.2 Layout of the repeater ( heat sink )figure 12-2 Layout of the repeater heat sinkICE moduleBasic moduleConnectingboardAntennaconnectorsExtension moduleHeat sinkDuplexerICE moduleExtensionconnector withprotection coverGrounding boltRF probe RF probeLockCable glands forPSTN-, alarm lineor external LED
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 86 29-Mar-0012.3 Layout of the repeater ( lid )figure 12-3 Layout of the repeater LockRepeater lidControl moduleBattery backupmoduleAccumulatorDoor contactPower supplyMains switchL1, L2, L3Cables to modemLocal / remoteinterfaceGroundingconnection
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 87 29-Mar-0012.4 ARFCN / Frequency tables for MR341, MR441 and MR741The following table provides all information about ARFCN and its correspondingfrequencies for the MR341 for UL and DL.ARFCN Frequency Frequency ARFCN Frequency Frequencynumber MHz MHz number MHz MHzUL DL UL DL1890.2 935.2 41 898.2 943.22890.4 935.4 42 898.4 943.43890.6 935.6 43 898.6 943.64890.8 935.8 44 898.8 943.85891.0 936.0 45 899.0 944.06891.2 936.2 46 899.2 944.27891.4 936.4 47 899.4 944.48891.6 936.6 48 899.6 944.69891.8 936.8 49 899.8 944.810 892.0 937.0 50 900.0 945.011 892.2 937.2 51 900.2 945.212 892.4 937.4 52 900.4 945.413 892.6 937.6 53 900.6 945.614 892.8 937.8 54 900.8 945.815 893.0 938.0 55 901.0 946.016 893.2 938.2 56 901.2 946.217 893.4 938.4 57 901.4 946.418 893.6 938.6 58 901.6 946.619 893.8 938.8 59 901.8 946.820 894.0 939.0 60 902.0 947.021 894.2 939.2 61 902.2 947.222 894.4 939.4 62 902.4 947.423 894.6 939.6 63 902.6 947.624 894.8 939.8 64 902.8 947.825 895.0 940.0 65 903.0 948.026 895.2 940.2 66 903.2 948.227 895.4 940.4 67 903.4 948.428 895.6 940.6 68 903.6 948.629 895.8 940.8 69 903.8 948.830 896.0 941.0 70 904.0 949.031 896.2 941.2 71 904.2 949.232 896.4 941.4 72 904.4 949.433 896.6 941.6 73 904.6 949.634 896.8 941.8 74 904.8 949.835 897.0 942.0 75 905.0 950.036 897.2 942.2 76 905.2 950.237 897.4 942.4 77 905.4 950.438 897.6 942.6 78 905.6 950.639 897.8 942.8 79 905.8 950.840 898.0 943.0 80 906.0 951.0
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 88 29-Mar-0081 906.2 951.2 103 910.6 955.682 906.4 951.4 104 910.8 955.883 906.6 951.6 105 911.0 956.084 906.8 951.8 106 911.2 956.285 907.0 952.0 107 911.4 956.486 907.2 952.2 108 911.6 956.687 907.4 952.4 109 911.8 956.888 907.6 952.6 110 912.0 957.089 907.8 952.8 111 912.2 957.290 908.0 953.0 112 912.4 957.491 908.2 953.2 113 912.6 957.692 908.4 953.4 114 912.8 957.893 908.6 953.6 115 913.0 958.094 908.8 953.8 116 913.2 958.295 909.0 954.0 117 913.4 958.496 909.2 954.2 118 913.6 958.697 909.4 954.4 119 913.8 958.898 909.6 954.6 120 914.0 959.099 909.8 954.8 121 914.2 959.2100 910.0 955.0 122 914.4 959.4101 910.2 955.2 123 914.6 959.6102 910.4 955.4 124 914.8 959.8
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 89 29-Mar-00The following table provides all information about ARFCN and its correspondingfrequencies for the MR341 EGSM for UL and DL.ARFCN Frequency Frequency ARFCN Frequency Frequencynumber MHz MHz number MHz MHzUL DL UL DL975 880,2 925,2 1000 885,2 930,2976 880,4 925,4 1001 885,4 930,4977 880,6 925,6 1002 885,6 930,6978 880,8 925,8 1003 885,8 930,8979 881,0 926,0 1004 886,0 931,0980 881,2 926,2 1005 886,2 931,2981 881,4 926,4 1006 886,4 931,4982 881,6 926,6 1007 886,6 931,6983 881,8 926,8 1008 886,8 931,8984 882,0 927,0 1009 887,0 932,0985 882,2 927,2 1010 887,2 932,2986 882,4 927,4 1011 887,4 932,4987 882,6 927,6 1012 887,6 932,6988 882,8 927,8 1013 887,8 932,8989 883,0 928,0 1014 888,0 933,0990 883,2 928,2 1015 888,2 933,2991 883,4 928,4 1016 888,4 933,4992 883,6 928,6 1017 888,6 933,6993 883,8 928,8 1018 888,8 933,8994 884,0 929,0 1019 889,0 934,0995 884,2 929,2 1020 889,2 934,2996 884,4 929,4 1021 889,4 934,4997 884,6 929,6 1022 889,6 934,6998 884,8 929,8 1023 889,8 934,8999 885,0 930,0
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 90 29-Mar-00The following table provides all information about ARFCN and its correspondingfrequencies for the MR441 for UL and DL.ARFCN Frequency Frequency ARFCN Frequency Frequencynumber MHz MHz number MHz MHzUL DL UL DL550 1717.8 1812.8512 1710.2 1805.2 551 1718.0 1813.0513 1710.4 1805.4 552 1718.2 1813.2514 1710.6 1805.6 553 1718.4 1813.4515 1710.8 1805.8 554 1718.6 1813.6516 1711.0 1806.0 555 1718.8 1813.8517 1711.2 1806.2 556 1719.0 1814.0518 1711.4 1806.4 557 1719.2 1814.2519 1711.6 1806.6 558 1719.4 1814.4520 1711.8 1806.8 559 1719.6 1814.6521 1712.0 1807.0 560 1719.8 1814.8522 1712.2 1807.2 561 1720.0 1815.0523 1712.4 1807.4 562 1720.2 1815.2524 1712.6 1807.6 563 1720.4 1815.4525 1712.8 1807.8 564 1720.6 1815.6526 1713.0 1808.0 565 1720.8 1815.8527 1713.2 1808.2 566 1721.0 1816.0528 1713.4 1808.4 567 1721.2 1816.2529 1713.6 1808.6 568 1721.4 1816.4530 1713.8 1808.8 569 1721.6 1816.6531 1714.0 1809.0 570 1721.8 1816.8532 1714.2 1809.2 571 1722.0 1817.0533 1714.4 1809.4 572 1722.2 1817.2534 1714.6 1809.6 573 1722.4 1817.4535 1714.8 1809.8 574 1722.6 1817.6536 1715.0 1810.0 575 1722.8 1817.8537 1715.2 1810.2 576 1723.0 1818.0538 1715.4 1810.4 577 1723.2 1818.2539 1715.6 1810.6 578 1723.4 1818.4540 1715.8 1810.8 579 1723.6 1818.6541 1716.0 1811.0 580 1723.8 1818.8542 1716.2 1811.2 581 1724.0 1819.0543 1716.4 1811.4 582 1724.2 1819.2544 1716.6 1811.6 583 1724.4 1819.4545 1716.8 1811.8 584 1724.6 1819.6546 1717.0 1812.0 585 1724.8 1819.8547 1717.2 1812.2 586 1725.0 1820.0548 1717.4 1812.4 587 1725.2 1820.2549 1717.6 1812.6 588 1725.4 1820.4
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 91 29-Mar-00589 1725.6 1820.6 633 1734.4 1829.4590 1725.8 1820.8 634 1734.6 1829.6591 1726.0 1821.0 635 1734.8 1829.8592 1726.2 1821.2 636 1735.0 1830.0593 1726.4 1821.4 637 1735.2 1830.2594 1726.6 1821.6 638 1735.4 1830.4595 1726.8 1821.8 639 1735.6 1830.6596 1727.0 1822.0 640 1735.8 1830.8597 1727.2 1822.2 641 1736.0 1831.0598 1727.4 1822.4 642 1736.2 1831.2599 1727.6 1822.6 643 1736.4 1831.4600 1727.8 1822.8 644 1736.6 1831.6601 1728.0 1823.0 645 1736.8 1831.8602 1728.2 1823.2 646 1737.0 1832.0603 1728.4 1823.4 647 1737.2 1832.2604 1728.6 1823.6 648 1737.4 1832.4605 1728.8 1823.8 649 1737.6 1832.6606 1729.0 1824.0 650 1737.8 1832.8607 1729.2 1824.2 651 1738.0 1833.0608 1729.4 1824.4 652 1738.2 1833.2609 1729.6 1824.6 653 1738.4 1833.4610 1729.8 1824.8 654 1738.6 1833.6611 1730.0 1825.0 655 1738.8 1833.8612 1730.2 1825.2 656 1739.0 1834.0613 1730.4 1825.4 657 1739.2 1834.2614 1730.6 1825.6 658 1739.4 1834.4615 1730.8 1825.8 659 1739.6 1834.6616 1731.0 1826.0 660 1739.8 1834.8617 1731.2 1826.2 661 1740.0 1835.0618 1731.4 1826.4 662 1740.2 1835.2619 1731.6 1826.6 663 1740.4 1835.4620 1731.8 1826.8 664 1740.6 1835.6621 1732.0 1827.0 665 1740.8 1835.8622 1732.2 1827.2 666 1741.0 1836.0623 1732.4 1827.4 667 1741.2 1836.2624 1732.6 1827.6 668 1741.4 1836.4625 1732.8 1827.8 669 1741.6 1836.6626 1733.0 1828.0 670 1741.8 1836.8627 1733.2 1828.2 671 1742.0 1837.0628 1733.4 1828.4 672 1742.2 1837.2629 1733.6 1828.6 673 1742.4 1837.4630 1733.8 1828.8 674 1742.6 1837.6631 1734.0 1829.0 675 1742.8 1837.8632 1734.2 1829.2 676 1743.0 1838.0
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 92 29-Mar-00677 1743.2 1838.2 721 1752.0 1847.0678 1743.4 1838.4 722 1752.2 1847.2679 1743.6 1838.6 723 1752.4 1847.4680 1743.8 1838.8 724 1752.6 1847.6681 1744.0 1839.0 725 1752.8 1847.8682 1744.2 1839.2 726 1753.0 1848.0683 1744.4 1839.4 727 1753.2 1848.2684 1744.6 1839.6 728 1753.4 1848.4685 1744.8 1839.8 729 1753.6 1848.6686 1745.0 1840.0 730 1753.8 1848.8687 1745.2 1840.2 731 1754.0 1849.0688 1745.4 1840.4 732 1754.2 1849.2689 1745.6 1840.6 733 1754.4 1849.4690 1745.8 1840.8 734 1754.6 1849.6691 1746.0 1841.0 735 1754.8 1849.8692 1746.2 1841.2 736 1755.0 1850.0693 1746.4 1841.4 737 1755.2 1850.2694 1746.6 1841.6 738 1755.4 1850.4695 1746.8 1841.8 739 1755.6 1850.6696 1747.0 1842.0 740 1755.8 1850.8697 1747.2 1842.2 741 1756.0 1851.0698 1747.4 1842.4 742 1756.2 1851.2699 1747.6 1842.6 743 1756.4 1851.4700 1747.8 1842.8 744 1756.6 1851.6701 1748.0 1843.0 745 1756.8 1851.8702 1748.2 1843.2 746 1757.0 1852.0703 1748.4 1843.4 747 1757.2 1852.2704 1748.6 1843.6 748 1757.4 1852.4705 1748.8 1843.8 749 1757.6 1852.6706 1749.0 1844.0 750 1757.8 1852.8707 1749.2 1844.2 751 1758.0 1853.0708 1749.4 1844.4 752 1758.2 1853.2709 1749.6 1844.6 753 1758.4 1853.4710 1749.8 1844.8 754 1758.6 1853.6711 1750.0 1845.0 755 1758.8 1853.8712 1750.2 1845.2 756 1759.0 1854.0713 1750.4 1845.4 757 1759.2 1854.2714 1750.6 1845.6 758 1759.4 1854.4715 1750.8 1845.8 759 1759.6 1854.6716 1751.0 1846.0 760 1759.8 1854.8717 1751.2 1846.2 761 1760.0 1855.0718 1751.4 1846.4 762 1760.2 1855.2719 1751.6 1846.6 763 1760.4 1855.4720 1751.8 1846.8 764 1760.6 1855.6
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 93 29-Mar-00765 1760.8 1855.8 809 1769.6 1864.6766 1761.0 1856.0 810 1769.8 1864.8767 1761.2 1856.2 811 1770.0 1865.0768 1761.4 1856.4 812 1770.2 1865.2769 1761.6 1856.6 813 1770.4 1865.4770 1761.8 1856.8 814 1770.6 1865.6771 1762.0 1857.0 815 1770.8 1865.8772 1762.2 1857.2 816 1771.0 1866.0773 1762.4 1857.4 817 1771.2 1866.2774 1762.6 1857.6 818 1771.4 1866.4775 1762.8 1857.8 819 1771.6 1866.6776 1763.0 1858.0 820 1771.8 1866.8777 1763.2 1858.2 821 1772.0 1867.0778 1763.4 1858.4 822 1772.2 1867.2779 1763.6 1858.6 823 1772.4 1867.4780 1763.8 1858.8 824 1772.6 1867.6781 1764.0 1859.0 825 1772.8 1867.8782 1764.2 1859.2 826 1773.0 1868.0783 1764.4 1859.4 827 1773.2 1868.2784 1764.6 1859.6 828 1773.4 1868.4785 1764.8 1859.8 829 1773.6 1868.6786 1765.0 1860.0 830 1773.8 1868.8787 1765.2 1860.2 831 1774.0 1869.0788 1765.4 1860.4 832 1774.2 1869.2789 1765.6 1860.6 833 1774.4 1869.4790 1765.8 1860.8 834 1774.6 1869.6791 1766.0 1861.0 835 1774.8 1869.8792 1766.2 1861.2 836 1775.0 1870.0793 1766.4 1861.4 837 1775.2 1870.2794 1766.6 1861.6 838 1775.4 1870.4795 1766.8 1861.8 839 1775.6 1870.6796 1767.0 1862.0 840 1775.8 1870.8797 1767.2 1862.2 841 1776.0 1871.0798 1767.4 1862.4 842 1776.2 1871.2799 1767.6 1862.6 843 1776.4 1871.4800 1767.8 1862.8 844 1776.6 1871.6801 1768.0 1863.0 845 1776.8 1871.8802 1768.2 1863.2 846 1777.0 1872.0803 1768.4 1863.4 847 1777.2 1872.2804 1768.6 1863.6 848 1777.4 1872.4805 1768.8 1863.8 849 1777.6 1872.6806 1769.0 1864.0 850 1777.8 1872.8807 1769.2 1864.2 851 1778.0 1873.0808 1769.4 1864.4 852 1778.2 1873.2
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 94 29-Mar-00853 1778.4 1873.4 870 1781.8 1876.8854 1778.6 1873.6 871 1782.0 1877.0855 1778.8 1873.8 872 1782.2 1877.2856 1779.0 1874.0 873 1782.4 1877.4857 1779.2 1874.2 874 1782.6 1877.6858 1779.4 1874.4 875 1782.8 1877.8859 1779.6 1874.6 876 1783.0 1878.0860 1779.8 1874.8 877 1783.2 1878.2861 1780.0 1875.0 878 1783.4 1878.4862 1780.2 1875.2 879 1783.6 1878.6863 1780.4 1875.4 880 1783.8 1878.8864 1780.6 1875.6 881 1784.0 1879.0865 1780.8 1875.8 882 1784.2 1879.2866 1781.0 1876.0 883 1784.4 1879.4867 1781.2 1876.2 884 1784.6 1879.6868 1781.4 1876.4 885 1784.8 1879.8869 1781.6 1876.6
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 95 29-Mar-00The following table provides all information about ARFCN and its correspondingfrequencies for the MR741 for UL and DL.ARFCN Frequency Frequency ARFCN Frequency Frequencynumber MHz MHz number MHz MHzUL DL UL DL512 1850.2 1930.2 551 1858.0 1938.0513 1850.4 1930.4 552 1858.2 1938.2514 1850.6 1930.6 553 1858.4 1938.4515 1850.8 1930.8 554 1858.6 1938.6516 1851.0 1931.0 555 1858.8 1938.8517 1851.2 1931.2 556 1859.0 1939.0518 1851.4 1931.4 557 1859.2 1939.2519 1851.6 1931.6 558 1859.4 1939.4520 1851.8 1931.8 559 1859.6 1939.6521 1852.0 1932.0 560 1859.8 1939.8522 1852.2 1932.2 561 1860.0 1940.0523 1852.4 1932.4 562 1860.2 1940.2524 1852.6 1932.6 563 1860.4 1940.4525 1852.8 1932.8 564 1860.6 1940.6526 1853.0 1933.0 565 1860.8 1940.8527 1853.2 1933.2 566 1861.0 1941.0528 1853.4 1933.4 567 1861.2 1941.2529 1853.6 1933.6 568 1861.4 1941.4530 1853.8 1933.8 569 1861.6 1941.6531 1854.0 1934.0 570 1861.8 1941.8532 1854.2 1934.2 571 1862.0 1942.0533 1854.4 1934.4 572 1862.2 1942.2534 1854.6 1934.6 573 1862.4 1942.4535 1854.8 1934.8 574 1862.6 1942.6536 1855.0 1935.0 575 1862.8 1942.8537 1855.2 1935.2 576 1863.0 1943.0538 1855.4 1935.4 577 1863.2 1943.2539 1855.6 1935.6 578 1863.4 1943.4540 1855.8 1935.8 579 1863.6 1943.6541 1856.0 1936.0 580 1863.8 1943.8542 1856.2 1936.2 581 1864.0 1944.0543 1856.4 1936.4 582 1864.2 1944.2544 1856.6 1936.6 583 1864.4 1944.4545 1856.8 1936.8 584 1864.6 1944.6546 1857.0 1937.0 585 1864.8 1944.8547 1857.2 1937.2 586 1865.0 1945.0548 1857.4 1937.4 587 1865.2 1945.2549 1857.6 1937.6 588 1865.4 1945.4550 1857.8 1937.8 589 1865.6 1945.6
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 96 29-Mar-00590 1865.8 1945.8 634 1874.6 1954.6591 1866.0 1946.0 635 1874.8 1954.8592 1866.2 1946.2 636 1875.0 1955.0593 1866.4 1946.4 637 1875.2 1955.2594 1866.6 1946.6 638 1875.4 1955.4595 1866.8 1946.8 639 1875.6 1955.6596 1867.0 1947.0 640 1875.8 1955.8597 1867.2 1947.2 641 1876.0 1956.0598 1867.4 1947.4 642 1876.2 1956.2599 1867.6 1947.6 643 1876.4 1956.4600 1867.8 1947.8 644 1876.6 1956.6601 1868.0 1948.0 645 1876.8 1956.8602 1868.2 1948.2 646 1877.0 1957.0603 1868.4 1948.4 647 1877.2 1957.2604 1868.6 1948.6 648 1877.4 1957.4605 1868.8 1948.8 649 1877.6 1957.6606 1869.0 1949.0 650 1877.8 1957.8607 1869.2 1949.2 651 1878.0 1958.0608 1869.4 1949.4 652 1878.2 1958.2609 1869.6 1949.6 653 1878.4 1958.4610 1869.8 1949.8 654 1878.6 1958.6611 1870.0 1950.0 655 1878.8 1958.8612 1870.2 1950.2 656 1879.0 1959.0613 1870.4 1950.4 657 1879.2 1959.2614 1870.6 1950.6 658 1879.4 1959.4615 1870.8 1950.8 659 1879.6 1959.6616 1871.0 1951.0 660 1879.8 1959.8617 1871.2 1951.2 661 1880.0 1960.0618 1871.4 1951.4 662 1880.2 1960.2619 1871.6 1951.6 663 1880.4 1960.4620 1871.8 1951.8 664 1880.6 1960.6621 1872.0 1952.0 665 1880.8 1960.8622 1872.2 1952.2 666 1881.0 1961.0623 1872.4 1952.4 667 1881.2 1961.2624 1872.6 1952.6 668 1881.4 1961.4625 1872.8 1952.8 669 1881.6 1961.6626 1873.0 1953.0 670 1881.8 1961.8627 1873.2 1953.2 671 1882.0 1962.0628 1873.4 1953.4 672 1882.2 1962.2629 1873.6 1953.6 673 1882.4 1962.4630 1873.8 1953.8 674 1882.6 1962.6631 1874.0 1954.0 675 1882.8 1962.8632 1874.2 1954.2 676 1883.0 1963.0633 1874.4 1954.4 677 1883.2 1963.2
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 97 29-Mar-00678 1883.4 1963.4 722 1892.2 1972.2679 1883.6 1963.6 723 1892.4 1972.4680 1883.8 1963.8 724 1892.6 1972.6681 1884.0 1964.0 725 1892.8 1972.8682 1884.2 1964.2 726 1893.0 1973.0683 1884.4 1964.4 727 1893.2 1973.2684 1884.6 1964.6 728 1893.4 1973.4685 1884.8 1964.8 729 1893.6 1973.6686 1885.0 1965.0 730 1893.8 1973.8687 1885.2 1965.2 731 1894.0 1974.0688 1885.4 1965.4 732 1894.2 1974.2689 1885.6 1965.6 733 1894.4 1974.4690 1885.8 1965.8 734 1894.6 1974.6691 1886.0 1966.0 735 1894.8 1974.8692 1886.2 1966.2 736 1895.0 1975.0693 1886.4 1966.4 737 1895.2 1975.2694 1886.6 1966.6 738 1895.4 1975.4695 1886.8 1966.8 739 1895.6 1975.6696 1887.0 1967.0 740 1895.8 1975.8697 1887.2 1967.2 741 1896.0 1976.0698 1887.4 1967.4 742 1896.2 1976.2699 1887.6 1967.6 743 1896.4 1976.4700 1887.8 1967.8 744 1896.6 1976.6701 1888.0 1968.0 745 1896.8 1976.8702 1888.2 1968.2 746 1897.0 1977.0703 1888.4 1968.4 747 1897.2 1977.2704 1888.6 1968.6 748 1897.4 1977.4705 1888.8 1968.8 749 1897.6 1977.6706 1889.0 1969.0 750 1897.8 1977.8707 1889.2 1969.2 751 1898.0 1978.0708 1889.4 1969.4 752 1898.2 1978.2709 1889.6 1969.6 753 1898.4 1978.4710 1889.8 1969.8 754 1898.6 1978.6711 1890.0 1970.0 755 1898.8 1978.8712 1890.2 1970.2 756 1899.0 1979.0713 1890.4 1970.4 757 1899.2 1979.2714 1890.6 1970.6 758 1899.4 1979.4715 1890.8 1970.8 759 1899.6 1979.6716 1891.0 1971.0 760 1899.8 1979.8717 1891.2 1971.2 761 1900.0 1980.0718 1891.4 1971.4 762 1900.2 1980.2719 1891.6 1971.6 763 1900.4 1980.4720 1891.8 1971.8 764 1900.6 1980.6721 1892.0 1972.0 765 1900.8 1980.8
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 98 29-Mar-00766 1901.0 1981.0 789 1905.6 1985.6767 1901.2 1981.2 790 1905.8 1985.8768 1901.4 1981.4 791 1906.0 1986.0769 1901.6 1981.6 792 1906.2 1986.2770 1901.8 1981.8 793 1906.4 1986.4771 1902.0 1982.0 794 1906.6 1986.6772 1902.2 1982.2 795 1906.8 1986.8773 1902.4 1982.4 796 1907.0 1987.0774 1902.6 1982.6 797 1907.2 1987.2775 1902.8 1982.8 798 1907.4 1987.4776 1903.0 1983.0 799 1907.6 1987.6777 1903.2 1983.2 800 1907.8 1987.8778 1903.4 1983.4 801 1908.0 1988.0779 1903.6 1983.6 802 1908.2 1988.2780 1903.8 1983.8 803 1908.4 1988.4781 1904.0 1984.0 804 1908.6 1988.6782 1904.2 1984.2 805 1908.8 1988.8783 1904.4 1984.4 806 1909.0 1989.0784 1904.6 1984.6 807 1909.2 1989.2785 1904.8 1984.8 808 1909.4 1989.4786 1905.0 1985.0 809 1909.6 1989.6787 1905.2 1985.2 810 1909.8 1989.8788 1905.4 1985.4
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 99 29-Mar-00IndexAAbbreviations 8Address of MIKOM 11Alarm history 28, 59AlarmsAcknowledgement of 30External alarms 44Handling of 30Indication with LEDs 28List of all alarms 29Relay contact 28ALC 19, 28ALC threshold 28Antenna connectors 52AT commands 32BBattery backup module 37BITE 28Boot process 59CChannelSetting of 55Setting via PC 56Channel / frequency table MR341 87Channel / frequency table MR341EGSM 89Channel / frequency table MR441 90Channel / frequency table MR741 95Channel selectivity 26Combiner 24Configuration list 76Configurations 14eight channel system 17four channel system 16one channel system 14six channel system 17two channel system 15Contents of delivery 9Control module 21Conversion modules 18Basic module 18Extension modules 18DDigiTel 34P 33DL output power 26Duplexer 18, 24EEEPROM 19, 21Environmental and safety 46FFunctional description 14GGainSettings via modem 33Grounding 51HHealth and safety warnings 10II²C-Bus 21ICE module 41, 69Installationelectrical 51Mechanical 47Intended purpose 13Interfaces 21RS232 21International sales offices 12LLEDs 28Local settings 54, 56MM1 modem 34Maintenance 61Mikom part numbers 70, 72, 74Modem 56Modem typesPSTN 33wireless modem 34Mother board 20PPole mount procedure 49Power connection 52Power supply 24RRemote control via modem 32Replacement ofPower supply 62Replacement ofbattery backup module 65
User’s manual for channel selective repeater MRx41M0090a0a.doc Id.-No. 148092 Page 100 29-Mar-00connecting board 69Conversion modules 68duplexer 66ICE module 69mains cable 63mains fuses 62PSTN modem 67RAM / RTC battery 64RF probes 24Rotary switchTo set address of Repeater unit 20To set channels 55To set the gain 54RSSI module 43SSetting to work 53Severity levels 31Spare parts kit 9Spare parts list 70Specificationselectrical 77, 79, 81mechanical 46Status report 31Synthesizer 19TTermination module 19Traffic statistic module 39Trouble shooting 58WWall mount procedure 48

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