User’s Manual for ION-B Systems MN024-15 ION-B User Manual (MN02415)_n_20150730.
User’s Manual for ION-B Systems DISCLAIMER: This document has been developed by CommScope, and is intended for the use of its customers and customer support personnel. The information in this document is subject to change without notice. While every effort has been made to eliminate errors, CommScope disclaims liability for any difficulties arising from the interpretation of the information contained herein.
TABLE OF CONTENTS 1.1. About CommScope 18 1.2. International Contact Addresses for Customer Support 19 2. INTRODUCING ION-B 21 2.1. The Features 21 2.2. Brief Description of ION-B 21 2.3. ION-B Features 22 2.4. Typical ION-B Applications 23 3. EQUIPMENT OVERVIEW 25 3.1. Introduction 25 3.2. The ION-B Remote Unit and its relevant accessories 25 3.3. The ION-B Master Unit 28 3.4. ION-B additional options 32 4. TFAX REMOTE UNIT (RU) 33 4.1.
User’s Manual for ION-B Systems 4.7. 4.7.1. 4.7.2. Case R2 MIMO Remote Unit Specifications TFAx Case R2 MIMO Installation 63 63 65 4.8. 4.8.1. 4.8.2. Case R2E Remote Unit Specifications TFAx Case R2E Installation 68 68 70 4.9. 4.9.1. 4.9.2. Case R4E Remote Unit Specifications TFAx Case R4E Installation 73 73 75 4.10. 4.10.1. 4.10.2. 4.10.3. 4.10.4. 4.10.5.
.5. 5.5.1. 5.5.2. Case R2 BOOSTER Specifications TFBx Case R2 Installation 123 123 124 5.6. 5.6.1. 5.6.3. 5.6.4. 5.6.5. Case U BOOSTER Specifications TFBx Case U applications TFBx Case U Installation TFBx Case U Power Supply Replacement 126 126 129 130 130 5.7. TFBx Booster Start-Up 131 5.8. 5.8.1. 5.8.2. Troubleshooting List of All Alarms Quick Troubleshooting 132 132 132 6. RACK-BASED MASTER UNIT 133 6.1. 6.1.1. 6.1.2. 133 133 134 TPRNx4 Subrack Major TPRN Features TPRN Models 6.1.2.1.
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6.2.8. 6.2.9. 6.3. 6.3.1. 6.3.2. 6.3.3. 6.3.4. 6.3.5. 6.3.6. TPRF31 Start-Up TPRF31 Troubleshooting Master Optical TRX, TFLN Main Tasks Carried Out by the TFLN Module RF Ports Optical Ports TFLN Visual Alarms TFLN Power Supply Warnings - to be read before TFLN installation 6.3.6.1. 6.3.6.2. 6.3.6.3. 6.3.7. 6.3.8. 6.3.9. 6.3.10. Dealing with optical output ports Handling optical connections Inserting or removing TFLN modules TFLN Installation TFLN Start-Up Removing a TFLN Module TFLN Troubleshooting 6.
User’s Manual for ION-B Systems 6.8. 6.8.1. 6.8.2. 6.8.3. 6.8.4. 6.8.5. 6.8.6. 6.8.7. RF Duplexer, TDPN Description TLDN Models RF Ports TDPN Main Applications TDPN Insertion Loss Warnings TDPN Installation 181 181 181 181 181 182 182 182 6.9. 6.9.1. Point of Interface TPOI TPOI SISO 183 183 6.9.1.1. 6.9.1.2. 6.9.1.3. 6.9.1.4. 6.9.1.5. 6.9.1.6. 6.9.1.7. 6.9.1.8. 6.9.1.9. 6.9.1.10. 6.9.1.11. 6.9.2. TPOI MIMO 6.9.2.1. 6.9.2.2. 6.9.2.3. 6.9.2.4. 6.9.2.5. 6.9.2.6. 6.9.2.7. 6.9.2.8. 6.9.2.9. 6.9.2.10.
7.9. Warning Labels 202 8. TECHNICAL SUPPORT 203 8.1. Contact Addresses 203 8.2. DCCS Technical Support 203 8.3. Returning Equipment 204 9. APPENDIXES 205 9.1. 205 Appendix A: System Commissioning ION-B User Manual (MN02415)_n_20150730.
User’s Manual for ION-B Systems FIGURES AND TABLES Figure 2-1 ION-B System Block Diagram ............................................................................... 21 Figure 3-1 Case A Remote Unit ............................................................................................. 25 Figure 3-2 Case B Remote Unit ............................................................................................. 25 Figure 3-3 Case R2 Remote Unit ......................................................
Figure 4-34 Mount the Remote Unit ....................................................................................... 58 Figure 4-35 Mount TKA cover ................................................................................................ 58 Figure 4-36 Case R2 Remote Unit ......................................................................................... 59 Figure 4-37 Case R2 front view..............................................................................................
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Figure 4-88 Optical cables connected .................................................................................. 100 Figure 4-89 Place cables into split-seal................................................................................ 100 Figure 4-90 Optical cable installed ....................................................................................... 101 Figure 4-91 Disconnect Mains power ...................................................................................
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Figure 6-23 Removal of brackets ......................................................................................... 155 Figure 6-24 Turning the brackets ......................................................................................... 155 Figure 6-25 Brackets adapted for wall-mounting .................................................................. 155 Figure 6-26 Fast MiniRack adapted for wall-mounting .........................................................
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table 6-10 Description of the alarms of the TPRF31 subrack ............................................... 159 table 6-11 Visual alarms on the TFLN Master Optical Transceiver ...................................... 162 table 6-12 LED alerts on the TFLN front panel..................................................................... 165 table 6-13 LED alerts on the TFLN front panel..................................................................... 168 table 6-14 LED alerts on the TPOI front panel ..........
User’s Manual for ION-B Systems 1.1. ABOUT COMMSCOPE CommScope is the foremost supplier of one-stop, end-to-end radio frequency (RF) solutions. Part of the CommScope portfolio are complete solutions for wireless infrastructure from top-of-the-tower base station antennas to cable systems and cabinets, RF site solutions, signal distribution, and network optimization. CommScope has global engineering and manufacturing facilities. In addition, it maintains field engineering offices throughout the world.
User’s Manual for ION-B Systems 1.2. INTERNATIONAL CONTACT ADDRESSES FOR CUSTOMER SUPPORT Canada United States CommScope Canada Andrew LLC, A CommScope Company Mail 505 Consumers Road, Suite 803 Toronto M2J 4V8, Canada Mail 620 North Greenfield Parkway Garner, NC 27529, U.S.A. Phone +1-905-878-3457 (Office) +1-416-721-5058 (Cell) Phone +1-888-297-6433 Fax +1-905-878-3297 A Fax E-mail wisupport@commscope.com Caribbean & South American Region CommScope Cabos do Brasil Ltda.
User’s Manual for ION-B Systems United Kingdom Scandinavia Andrew Wireless Systems UK Ltd Andrew Norway (AMNW) Mail Unit 15, Ilex Building Mulberry Business Park Fishponds Road Wokingham Berkshire RG41 2GY, England Mail P.O. Box 3066 Osloveien 10 Hoenefoss 3501 Norway Phone +44-1189-366-792 Phone + 47 32-12-3530 Fax +44-1189-366-773 Fax + 47 32-12-3531 E-mail wisupport.uk@commscope.com E-mail wisupport@commscope.
User’s Manual for ION-B Systems 2. INTRODUCING ION-B 2.1. THE FEATURES ION-B is an innovative platform designed in order to provide an effective and flexible coverage to a large variety of indoor scenarios.
User’s Manual for ION-B Systems ION-B is a modular system whose basic components are: one Master Unit made of one or more subracks, each providing 12 module slots. Each slot can host either an active or a RF passive device (chosen among the wide range of ION-B options), in order to meet the planned design requirements; a variable number of Remote Units (TFAx), whose function is feeding the antenna passive network; a proper number of indoor antennas, suitable to provide radio coverage to the area.
User’s Manual for ION-B Systems wide variety of RF passive devices: the connections between the DAS and the local BTSs are able to be arranged so as to get the best fit for the customers needs. ION-B equipment provides RF splitters/combiners, cross band couplers, attenuators, and duplexers for UL/DL paths, thus allowing maximum in design flexibility; high reliability: high MTBF (Mean Time Between Failure). 2.4.
User’s Manual for ION-B Systems these environments require gradual investments, because initially operators tend to provide radio coverage only in the busiest areas, and then extend it in order to reach complete coverage later. The modularity of the ION-B helps operators to gradually expand the system. Often, large cities set up seamless and reliable radio systems for emergency services.
User’s Manual for ION-B Systems 3. EQUIPMENT OVERVIEW 3.1. INTRODUCTION The basic components of an ION-B system are the following: a Master Unit, able to bring the mobile signals from the BTS to different Remote Units and vice-versa, thus remotising the distribution and collection of any mobile signals via fiberoptic cables; a variable number of Remote Units, conveying and receiving mobile signals through low-power antennas.
User’s Manual for ION-B Systems Figure 3-5 Case-R4E Remote Unit Figure 3-6 Case-U Remote Unit The Remote Unit (TFAx) is a device which provides optical-to-electrical downlink conversion and electrical-to-optical uplink conversion, thus allowing a bidirectional transmission of signals between the Master Unit and the remote antennas.
User’s Manual for ION-B Systems Remote Units, Boosters and Accessories Unit name/ Module name Description Dimensions (L x W x H) TFAx-case A TFAx Case B TFAx Case R2 TFAx Case R2E TFAx Case R4E TFAx Case U Remote Unit Remote Unit Remote Unit Remote Unit Remote Unit Remote Unit (incl. connectors) 200 x 240 x 38 240 x 240 x 38 330 x 250 x 122.
User’s Manual for ION-B Systems 3.3. THE ION-B MASTER UNIT The ION-B Master Unit is a widely-flexible system. Its modular feature allows it to be developed both for simple installation-friendly, unobtrusive applications to complex installations, involving a virtually unlimited number of subracks, and distributed through several floors of a building or through a 20km distance. The following text presents a brief overview of the components of these units.
User’s Manual for ION-B Systems The Master Optical TRX (TFLN or TFLNW): in downlink, it provides an RFto-optical conversion of the signal coming from the BTS, and transmits it to 4 optical outputs, so as to feed 4 TFAx (TFLNW: 2 TFAH-EU). In uplink, it provides opticalto-RF conversion for 4 optical signals coming from the RUs, and it combines them into a single RF output, while providing automatic gain control in order to balance the fibre losses.
User’s Manual for ION-B Systems The tri-band coupler (TLTN): in downlink, it combines a low-band signal, a middleband signal, and a high-band signal into a communal one; in uplink, it splits the triple band signal among the three RF single band paths. Module dimensions are: Width = 7 TE, Height = 4 HE.
User’s Manual for ION-B Systems TPOIx/x is an integrated point of interface which enables MIMO applications. It includes double IF conversion. Module dimensions are: Width = 14 TE, Height = 4 HE. Figure 3-15 TPOI MIMO Card An overview of the basic components of the ION-B Master Unit is shown in the following table.
User’s Manual for ION-B Systems 3.4. ION-B ADDITIONAL OPTIONS The basic ION-B structure described above can be expanded further or supported by a range of ION-B options, including: A supervision unit (TSUN), enabling to supervise and manage the ION-B system through any PC or Laptop, thanks to a web-interface supporting the TCP/IP, FTP, HTTP, protocols, and fully compatible with general purpose SNMP managers. A wide range of Interconnect Link options (TIL), i.e.
User’s Manual for ION-B Systems 4. TFAX REMOTE UNIT (RU) 4.1.
User’s Manual for ION-B Systems 4.2. DIFFERENT TYPES OF REMOTE UNITS In order to allow radio coverage with different power and band requirements, the ION-B architecture provides a wide variety of RUs. This allows to choose the solution which best fits the individual coverage and environmental demands.
User’s Manual for ION-B Systems High Power Medium Power Low Power The case type of your RU can easily be identified through the above figures. Alternatively, contact your Sales representative or product line manager.
User’s Manual for ION-B Systems 4.3. WARNINGS (TO BE READ BEFORE REMOTE UNITS ARE INSTALLED) The warnings listed below refer to all RUs. Please read them carefully before starting the installation. 4.3.1. Dealing with optical output ports TFAx RUs contain semiconductor lasers. Invisible laser beams may be emitted from the optical output ports. Do not look towards the optical ports while equipment is switched on. 4.3.2.
User’s Manual for ION-B Systems Figure 4-7 Wrong handling of optical connections with ION-B RUs Figure 4-8 Correct handling of optical connections with ION-B RUs Figure 4-9 Splice box open/closed 4.3.4. Antenna Connections - Connectors For mounting the cable connectors, it is recommended to refer to the corresponding documentation of the connector manufacturer. The bending radius of the cables must remain within the given specifications.
User’s Manual for ION-B Systems Attention: To minimize passive inter-modulation (PIM) distortion, attention has to be paid to the physical condition of the connector junctions: Do not use connectors that show signs of corrosion on the metal surface. Prevent the ingress of water or dirt into the connector. Use protective caps for the connectors when not mounted. Before mounting clean the connectors with dry compressed air.
User’s Manual for ION-B Systems 3. Remove metal chips and small particles from the mating and inner surfaces of the connector using compressed air. 4. Clean the connector winding with lintfree wipe drenched with isopropyl alcohol. 5. Clean the lip of the inner ring with lint-free wipe drenched with isopropyl alcohol. 6. Clean the inside surface of the inner ring with lint-free wipe drenched with isopropyl alcohol. ION-B User Manual (MN02415)_n_20150730.
User’s Manual for ION-B Systems 7. Clean the inside of the center conductor spring tines with a cotton bud drenched with isopropyl alcohol. 8. Clean in the similar way the connector of the connected cable. Remove protective caps from the unit connector first. 9. Remove metal chips and small particles from the mating and inner surfaces of the connector using compressed air. 10. Continue with the winding area using lint-free wipe drenched with isopropyl alcohol.
User’s Manual for ION-B Systems 11. Continue with the inside mating surface of the inner ring. 12. Clean the outside surface of the center pin. 4.3.6. Antenna Cable Connector Assembly 1. What is needed for the connector assembly? a. Torque wrench. b. (Adjustable) counter wrench 2. Join the connectors and turn the coupling nut until the thread grips. ION-B User Manual (MN02415)_n_20150730.
User’s Manual for ION-B Systems 3. Push in the connector until it clicks. 4. Fasten the coupling nut hand-tight. Do not turn the connector but the coupling nut only. 5. Retain the cable connector with the counter wrench and fasten the Torque wrench coupling nut with the torque wrench until the torque is applied (torque wrench clicks). Counter wrench For angled antenna connectors use your hand to retain the cable connector and fasten the coupling nut with the torque wrench.
User’s Manual for ION-B Systems 4.3.7. Correct Positioning of the Remote Unit and its Power Supply • Under no circumstances should any component be affected by the heat created by any other one. The RU and its external power supply should be mounted so as to avoid reciprocal heating. Side-by-side configuration is suggested (see Figure 4-10 90/264 VAC power supply, case B and Figure 4-11 -48 VDC power supply, case B). • RUs are provided with cooling fins which allow the optimization of heat dissipation.
User’s Manual for ION-B Systems Figure 4-12 220 Vac/+5Vdc power adapter Figure 4-13 -48 Vdc/+5Vdc power adapter Figure 4-14 220 Vac/+28Vdc power adapter 4.3.9. Visual Alarms Two control LEDs are provided on the TFAx front side. The green LED indicates the power supply status, while the red LED indicates any major Remote Unit failures (please refer to the respective troubleshooting section).
User’s Manual for ION-B Systems 4.4. CASE A REMOTE UNIT 4.4.1. Specifications Dimensions: 38 x 240 x 200 mm (1.5 x 9.4 x 7.9 inches) Weight: Please refer to the RU dedicated bulletin in order to discover any updated data regarding the weight of a specific Case A RU.
User’s Manual for ION-B Systems 4.4.2. TFAx Case A Installation The Case A Remote Unit can be mounted to walls or other flat surfaces, either directly or through a TKA04 installation kit (optional). Figure 4-16 Case A layout with dimensions Figure 4-17 Layout of the power adapters with dimensions Page 46 ION-B User Manual (MN024-15)_n_20150730.
User’s Manual for ION-B Systems 4.4.3. Installing a Case A Remote Unit WITHOUT the TKA kit The TFAx kit includes: 1. a RU TFAx 2. a TPSN external power supply adapter (if applicable) 3. a power supply plug Once you have choosen a location for the RU, please follow these instructions: 1. In order to install the M4 dowels (not included) which hold up the TFAx Remote Unit, drill five holes into the wall according to the layout shown in Figure 4-16 Case A layout with dimensions. 2.
User’s Manual for ION-B Systems 4.4.4. Installation of the Case A Remote Unit WITH the TKA04 Installation Kit The TFAx Case A kit includes: 1. a RU TFAx 2. a TPSN external power supply adapter (if applicable) 3. a power supply plug The TKA04 kit includes: A. four dowels (for fastening the wall bearing to the wall) B. five dowels (for fastening the TFAx Case A to the wall bearing) C. a wall mounting box (wall bearing & cover) D. a splice holder 1.
User’s Manual for ION-B Systems Figure 4-21 Layout of the TKA installation kit for TFAx Remote Unit, Case A 2. In order to install the M4 dowels (included) for the TKA04 wall bearing, drill four holes into the wall. Figure 4-22 Installation: drill four holes 3. Mount the TKA04 wall bearing by firmly fastening the screws. 4.
User’s Manual for ION-B Systems 5. Mount the external power supply adapter to the wall by firmly fastening the screws. 6. Carefully open the splice tray by using a screwdriver. Fasten the splice holder inside the splice tray. Splice the optical fibers and close the splice tray. While handling the fibers, take care not to bend them. Close the splice tray. Figure 4-23 Splice tray 7. Mount the Remote Unit to the wallbearing by using the included screws. Figure 4-24 Mount the Remote Unit 8.
User’s Manual for ION-B Systems 9. Connect the antenna RF cables to the RF antenna ports. Connect the UL and DL optical connectors. If the power cable has properly been connected to the mains, both the green and the red LEDs should turn on. The green LED will remain lit to indicate that the unit is powered on, while the red LED will turn off as soon as the local unit is switched on (for further details about the start up of the system, please refer to the Remote Unit Start-up section). 10.
User’s Manual for ION-B Systems 4.5. CASE B REMOTE UNIT 4.5.1. Specifications Dimensions: 38 x 240 x 240 mm (1.5 x 9.4 x 9.
User’s Manual for ION-B Systems RF ports • 2 RF antenna ports, transmitting/receiving signals to/from distributed antennas. RF antenna ports are duplexed N-female connectors. These RF ports can be connected to the antennas either directly (i.e. through RF jumper cables) or through splitters, thus allowing more antennas to be fed. Unused RF ports have to be terminated with a 50 Ω load. • 1 RF auxiliary input and 1 RF auxiliary output (designed to receive and transmit additional signals).
User’s Manual for ION-B Systems Figure 4-27 Case B layout with dimensions Figure 4-28 Layout of the +5Vdc power adapter with dimensions Page 54 ION-B User Manual (MN024-15)_n_20150730.
User’s Manual for ION-B Systems Figure 4-29 Layout of the +28Vdc power adapter with dimensions Once you have chosen a location for the RU, please follow these instructions: 1. In order to install the M4 dowels (not included) which hold up the TFAx RU, drill five holes into the wall according the layout shown Figure 4-27 Case B layout with dimensions. 2. Mount the TFAx to the wall by firmly fastening the screws into the dowels. 3.
User’s Manual for ION-B Systems 10.Connect the antenna RF cables to the RF antenna ports. Connect the UL and DL optical connectors. If the power cable has properly been connected to the mains, both the green and the red LEDs should turn on. The green LED will remain lit to indicate that the unit is powered on, while the red LED will turn off as soon as the local unit is switched on. 11.
User’s Manual for ION-B Systems Figure 4-31 Layout of the TKA installation kit for TFAx Remote Unit, Case B 2. In order to install the M4 dowels (included) for the TKA04 wall bearing, drill four holes into the wall. Figure 4-32 Installation: drill four holes 3. Mount the TKA04 wall bearing by firmly fastening the screws. 4.
User’s Manual for ION-B Systems 7. Mount the RU to the wallbearing by using the included screws. Figure 4-34 Mount the Remote Unit 8. If the RU is -48 Vdc powered, use the -48 Vdc plug (included) in order to connect the external adapter to the -48 Vdc mains. If the RU is 90/264 Vacpowered, mount the 90/264 Vac plug (included) onto a power cord (not included), and use this cable in order to connect the external adapter to the mains. 9. Connect the antenna RF cables to the RF antenna ports.
User’s Manual for ION-B Systems 4.6. CASE R2 REMOTE UNIT 4.6.1. Specifications Dimensions: mm 330 x 250 x 122.5 (inches 13 x 9.8 x 4.8) Weight: Please refer to the Remote Unit dedicated bulletin in order to know the updated data about the weight of a specific Case R2 RU.
User’s Manual for ION-B Systems RF ports • 1 RF antenna port, transmitting/receiving signals to/from distributed antennas. This RF antenna port is a duplexed N-female connector. The port can be connected to the antenna either directly (i.e. through RF jumper cables) or through splitters, thus allowing more antennas to be fed. • 1 RF auxiliary input and 1 RF auxiliary output (designed to receive and transmit additional signals). Auxiliary input and output ports are SMA-female connectors.
User’s Manual for ION-B Systems 1. Drill four holes to the wall and install the four M6 dowels (not included). Alternatively, you can choose to install your power supply close to the RU. Figure 4-39 Installation: drill four holes 2. Insert the four M6 dowels in the holes, and fasten the power supply to the wall. If you planned to use a common screw anchor to support both the RU and the external power supply, take care not to fasten the screw to this hole until you fastened the RU.
User’s Manual for ION-B Systems 4. Fasten the splice holder (not included) inside a splice tray (not included). Make the optical splices and close the splice tray. Place the splice tray inside a splice box (not included), and mount the splice box beside the Remote Unit. The suggested installation position is side by side to the power supply or to the Remote Unit, using one of their M6 dowels already installed to support the splice box as well.
User’s Manual for ION-B Systems 4.7. CASE R2 MIMO REMOTE UNIT 4.7.1. Specifications Dimensions: mm 330 x 250 x 122.5 (inches 13 x 9.8 x 4.8) Weight: Please refer to the Remote Unit dedicated bulletin in order to know the updated data about the weight of a specific Case R2 RU.
User’s Manual for ION-B Systems RF antenna port 1 RF antenna port 2 Figure 4-47 Case R2 MIMO rear view RF ports • 2 RF antenna ports, transmitting/receiving signals to/from distributed antennas. These RF antenna ports are duplexed N-female connectors. The ports can be connected to the antenna either directly (i.e. through RF jumper cables) or through splitters, thus allowing more antennas to be fed. • 2 RF auxiliary inputs and 2 RF auxiliary outputs (designed to receive and transmit additional signals).
User’s Manual for ION-B Systems 4.7.2. TFAx Case R2 MIMO Installation Each Case R2 MIMO Remote Unit kit includes: 1. a RU TFAx 2. a TPSN external power supply adapter 3. a power supply plug The Case R2 MIMO Remote Unit has to be mounted with heat-dissipation fins in vertical position.
User’s Manual for ION-B Systems 2. Insert the four M6 dowels in the holes, and fasten the power supply to the wall. If you planned to use a common screw anchor to support both the RU and the external power supply, take care not to fasten the screw to this hole until you fastened the RU. Figure 4-50 Mount the PSU 3. Fasten the Remote Unit to the wall. Figure 4-51 Mount the RU 4. Fasten the splice holder (not included) inside a splice tray (not included).
User’s Manual for ION-B Systems Remote Unit, using one of their M6 dowels already installed to support the splice box as well. Note: Take care not to bend the fibres too much. Figure 4-53 Mount the splice box 5. Now connect the RF cables, the optical connectors, and the power supply connector to the Remote Unit. Take care to connect UL and DL fibres properly. After the Remote Unit has been properly cabled, insert the power plug in the external power supply adapter, so as to connect it to the mains.
User’s Manual for ION-B Systems 4.8. CASE R2E REMOTE UNIT 4.8.1. Specifications Dimensions: mm 513 x 250 x 125 (inches 19.3 x 9.9 x 4.9) Weight: Please refer to the Remote Unit dedicated bulletin in order to know the updated data about the weight of your Case R2E Remote Unit. Figure 4-55 Case R2E Remote Unit Page 68 ION-B User Manual (MN024-15)_n_20150730.
User’s Manual for ION-B Systems RF auxiliary UL channel input UL optical port DL optical port RF auxiliary DL channel input Power supply connector RS-232 port LED alerts Green = power ON Red = major alarm External alarm connection Figure 4-56 Case R2E front view RF antenna port Figure 4-57 Case R2E rear view ION-B User Manual (MN02415)_n_20150730.
User’s Manual for ION-B Systems RF ports • 1 RF antenna port, transmitting/receiving signals to/from distributed antennas. This RF antenna port is a duplexed N-female connector. The port can be connected to the antenna either directly (i.e. through RF jumper cables) or through splitters, thus allowing more antennas to be fed. • 1 RF auxiliary input and 1 RF auxiliary output (designed to receive and transmit additional signals). Auxiliary input and output ports are SMA-female connectors.
User’s Manual for ION-B Systems 1. Drill four holes to the wall and install the four M6 dowels (not included). Alternatively, you can choose to install your power supply close to the RU. Figure 4-59 Drilling layout 2. Insert the four M6 dowels into the holes and fasten the power supply to the wall. If you planned to use a common screw anchor to support both the Remote Unit and the external power supply, take care not to screw this dowels till you fastened the Remote Unit.
User’s Manual for ION-B Systems 4. Fasten the splice holder (not included) inside a splice tray (not included), make the optical splices and close the splice tray. Mount the splice box beside the Remote Unit. Suggested installation position is side by side to the power supply using one of their M6 dowels already deployed for the power supply. Note: Take care not to bend the fibres too much. Figure 4-62 Fastening the splice box 5.
User’s Manual for ION-B Systems 4.9. CASE R4E REMOTE UNIT 4.9.1. Specifications Dimensions: mm 515 x 335 x 125 (inches 20.3 x 13.2 x 4.9) Weight: Please refer to the Remote Unit dedicated bulletin in order to know the updated data about the weight of your Case R4E Remote Unit. Figure 4-63 Case R4E Remote Unit ION-B User Manual (MN02415)_n_20150730.
User’s Manual for ION-B Systems RF auxiliary UL channel input UL optical port DL optical port RS-232 port RF auxiliary DL channel input Power supply connector LED alerts Green = power ON Red = major alarm External alarm connection Figure 4-64 Case R4E front view RF antenna port Figure 4-65 Case R4E rear view Page 74 ION-B User Manual (MN024-15)_n_20150730.
User’s Manual for ION-B Systems RF ports • 1 RF antenna port, transmitting/receiving signals to/from distributed antennas. This RF antenna port is a duplexed N-female connector. The port can be connected to the antenna either directly (i.e. through RF jumper cables) or through splitters, thus allowing more antennas to be fed. • 1 RF auxiliary input and 1 RF auxiliary output (designed to receive and transmit additional signals). Auxiliary input and output ports are SMA-female connectors.
User’s Manual for ION-B Systems 1. Drill four holes to the wall and install the four M6 dowels (not included) to fix the Remote Unit. For DC versions PSU can be installed re-using one of the RU fixing holes (and M6 dowels, not provided). For AC version the PSU can be installed close to the RU, drilling two holes to the wall and installing two M4 dowels (not provided) to fix it. 2. Insert the four M6/M4 dowels into the holes and fasten the power supply to the wall.
User’s Manual for ION-B Systems 4.10. CASE U REMOTE UNIT 4.10.1. Specifications Dimensions: mm 514 x 480 x 205 (inches 20.3 x 18.9 x 8.1) Weight: Please refer to the Remote Unit dedicated e-catalog entry in order to know the updated data about the weight of your Case U Remote Unit. Figure 4-68 Case U Remote Unit Case U Remote Units are available with and without the red cover, which serves for indication of public safety services equipment. ION-B User Manual (MN02415)_n_20150730.
User’s Manual for ION-B Systems B C E D F A K J I H G Figure 4-69 Case U connectors A Status LED G Power supply connector B Alarms lower band H Grounding bolts C Alarms higher band(s) I UL/DL antenna port higher band(s) D Expansion UL port J UL lower band, not connected in 2 band E Expansion DL port K DL lower band, not connected in 2 band F UL / DL optical ports Antenna Port In the two band configuration the RU has one duplexed N-female antenna port I for transmitting and r
User’s Manual for ION-B Systems Optical Ports The LC-APC optical connectors F are used to send and receive the signals between the RU and the Master Unit’s OTRx modules. A DL optical port receives downlink signals from the MU OTRx. A UL optical port transmits uplink signals to the MU OTRx. Mains Connector The RU receives its power through the Mains connector G . The type of connector is dependent on the RU model. A 4-pin Amphenol connector is used for AC models and standard DC models.
User’s Manual for ION-B Systems 4.10.2. Health and Safety 1. Danger: Electrical hazard. Danger of death or fatal injury from electrical current. Obey all general and regional installation and safety regulations relating to work on high voltage installations, as well as regulations covering correct use of tools and personal protective equipment. 2. Danger: Electrical hazard. Danger of death or fatal injury from electrical current inside the unit in operation. Before opening the unit, disconnect mains power.
User’s Manual for ION-B Systems 7. Notice: Read and obey all the warning labels attached to the unit. Make sure that all warning labels are kept in a legible condition. Replace any missing or damaged labels. 8. Notice: Only license holders for the respective frequency range are allowed to operate this unit. 9. Notice: Make sure the repeater settings are correct for the intended use (refer to the manufacturer product information) and regulatory requirements are met.
User’s Manual for ION-B Systems 3. Notice: Installation of this equipment is in full responsibility of the installer, who has also the responsibility, that cables and couplers are calculated into the maximum gain of the antennas, so that this value, which is filed in the FCC Grant and can be requested from the FCC data base, is not exceeded. The industrial boosters are shipped only as a naked booster without any installation devices or antennas as it needs for professional installation. 4.
User’s Manual for ION-B Systems 6. Note: For a Class A digital device or peripheral: This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment.
User’s Manual for ION-B Systems 4.10.5. TFAx Case U Mechanical Installation Each Case U Remote Unit kit includes: 1. a RU TFAx 2. a power supply plug 4.10.5.1. Health and Safety for Mechanical Installation Read and observe chapter 4.10.2. Health and Safety. 1. Caution: Risk of injury by the considerable weight of the unit falling. Ensure there is adequate manpower to handle the weight of the system. 2. Caution: Risk of serious personal injury by equipment falling due to improper installation.
User’s Manual for ION-B Systems 4.10.5.3. Wall-Mounting 1. Check the suitability of the wall-mounting kit and the wall. 2. Install the wall-mounting bracket using 4 M6 screw anchors (not included*) or suitable lag bolts according to the drilling layout. Confirm that the bracket is securely fastened to the wall. Installer must verify that the supporting surface will safely support the combined load of the electronic equipment and all attached hardware and components.
User’s Manual for ION-B Systems 3. Attach an M6 threaded pin to the Remote Unit by inserting it into the threaded hole adjacent to the power supply and turning it clockwise. Tighten the pin securely with a socket wrench. M6 threaded pin B0400AJA Figure 4-71 RU threaded pin power supply side 4. Attach an M6 threaded pin to the Remote Unit by inserting it into the threaded hole above the handle and turning it clockwise. Tighten the pin securely with a socket wrench.
User’s Manual for ION-B Systems 4.10.6. Wall Mounting Procedure Follow the instructions for mounting the bracket and installing the threaded pins in chapter 4.10.5.3. Install the Remote Unit on the wall-mounting bracket by lifting the RU into place and using both handles and lowering it down onto the bracket. The M6 pins must align with the slots in the bracket to support the RU. B0400AKA Figure 4-73 Place RU onto wall mounting bracket ION-B User Manual (MN02415)_n_20150730.
User’s Manual for ION-B Systems Fasten the lower section of the Remote Unit to the bracket using a washer and an M6x12 screw (on both sides). Slide a washer over each screw and then insert the screw and tighten it securely. Washer M6x12 screw B0400ALA Figure 4-74 Install M6x12 screws and washers for single mount Fasten the Remote Unit to the bracket using a washer and M6 nut. Slide the washer over the threaded pins that you installed previously (chapter 4.10.5.
User’s Manual for ION-B Systems Figure 4-76 Completed RU Mount ION-B User Manual (MN02415)_n_20150730.
User’s Manual for ION-B Systems 4.10.7. TFAx Case U Electrical Installation 4.10.7.1. Health and Safety for Electrical Installation Read and observe chapter 4.10.2 Health and Safety. 1. Danger: Electrical hazard. Danger of death or fatal injury from electrical current. Obey all general and regional installation and safety regulations relating to work on high voltage installations, as well as regulations covering correct use of tools and personal protective equipment. 2. Danger: Electrical hazard.
User’s Manual for ION-B Systems 9. Notice: For unstabilized electric networks, which frequently generate spikes, the use of a voltage limiting device is advised. 10. Notice: The unit complies with the surge requirement according to EN 61000-4-5 (fine protection); however, installation of an additional medium (via local supply connection) and/or coarse protection (external surge protection) is recommended depending on the individual application in order to avoid damage caused by overcurrent. 11.
User’s Manual for ION-B Systems 4.10.7.4. Mains Power Connection Before connecting electrical power to the units, the system must be grounded (earthed) as described in the previous chapter. The Mains power must be connected to the Mains connector of the unit for operation of the RU. A power cable is delivered with each RU. The type of power cable delivered is dependent on the type of power supply in the RU. The AC power cable is a 3.2 m (10.
User’s Manual for ION-B Systems Protective Cap Amphenol 7-Pin female connector 4x end splice 5 7 1 4 RU Mains Connector 2 B0400A6A Figure 4-81 Vdc/100 power cable 7-Pin Amphenol C016 Series Pin Name Color 1 0V White 2 –48V Black 3 n.c. 4 0V Red 5 –48V Green 6 n.c 7 n.c - table 4-6 Vdc/100 power cable Notice: For the AC power supply connection, a minimum cross section of 1.5 mm2 is required and for the DC power supply connection, a minimum cross section of 2.5 mm2 is required.
User’s Manual for ION-B Systems Use the following method to install and connect the Mains power to the RU: 1. Locate the Mains power cable that was delivered with the RU. 2. Locate or install a suitable power junction box or receptacle near the RU and route the power cable from the power source to the RU. Do not connect the cable to the RU’s Mains connector at this time. The power source must be interruptible. 3. The Mains cable must be properly secured observing local regulations and electrical codes.
User’s Manual for ION-B Systems 4.10.7.5. Antenna Connection The Remote Unit has one N-type antenna connector(s). For mounting the cable connector, it is recommended to refer to the corresponding documentation of the connector manufacturer. The bending radius of the antenna cables must remain within the given specifications. The selection of cable and antenna is an important consideration. On the one hand, a cable with higher loss is less expensive but, on the other hand, it impairs performance.
User’s Manual for ION-B Systems 4.10.7.6. Alarm Ports The Alarm port provides alarm contacts that are used to report alarms generated by the RU to external equipment. The connector is a 5-pin Binder 712 series connector. 5 1 B0400AZA Figure 4-84 Alarm Connector 5-Pin Binder 712 Series Pin Assignment 1 EXT1_Alarm 2 EXT1_GND 3 n.c. 4 EXT2_Alarm 5 EXT_GND table 4-7 Alarm Connector 4.10.8. Low Power RU Optical Installation 4.10.8.1.
User’s Manual for ION-B Systems Fiber-System Installation: Fiber-cable connectors have to be of the same type (LC/APC) as the connectors used for the unit. The fiber-optic cables are connected to the optical transceiver. Notice: Angled connectors are not compatible with straight optical connectors; noncompatibility of connectors will result in permanent damage to both connectors. Before connecting the fiber cables, follow the procedure below to ensure optimized performance.
User’s Manual for ION-B Systems When you clean fiber components, always complete the following steps carefully: Caution: Laser radiation. Risk of eye injury in operation. Do not stare into the beam; do not view it directly or with optical instruments. 1. Turn off the ION-U system (laser sources) before you inspect fiber connectors. 2. Check the connectors or adapters with a fiberscope before cleaning. 3. If the connector is dirty, clean it with a lint-free wipe (dry cleaning). 4. Inspect the connector. 5.
User’s Manual for ION-B Systems 2. Remove the sealing nut from the optical cable gland at the bottom of the RU. Optical connectors Sealing nut Figure 4-86 Remove sealing nut 3. Remove the split-seal and clamp jacket. Sealing nut Clamp jacket Split-seal Figure 4-87 Split-seal and clamp jacket 4. Insert the optical cables through the sealing nut and the clamp jacket. 5. Then insert the optical cables through the opening in the cabinet. ION-B User Manual (MN02415)_n_20150730.
User’s Manual for ION-B Systems 6. Connect the optical cables to the proper UL and DL LC/APC connectors. Connect LC/APC optical cables Figure 4-88 Optical cables connected 7. Separate the two halves of the split-seal. Place one cable into the hole and the other in the groove of each half of the split-seal. Insert the spit seal into the clamp jacket. Split-seal Clamp jacket Sealing nut Connector socket Figure 4-89 Place cables into split-seal Page 100 ION-B User Manual (MN024-15)_n_20150730.
User’s Manual for ION-B Systems 8. Insert the clamp jacket with split seal to the connector socket and fasten them with the sealing nut. Figure 4-90 Optical cable installed 9. Replace the optics metal cover and tighten the four screws that were loosened in step 1. ION-B User Manual (MN02415)_n_20150730.
User’s Manual for ION-B Systems 4.10.8.3. RU Power Supply Replacement The power supply for the RU is a field replaceable module. The type of power supply used by the RU (AC, DC, or Vdc/100) is dependent on the model number of the RU. Attention: Before starting any maintenance on the RU, read and observe chapter 4.10.2 Health and Safety and the electrical installation information in chapter 4.10.7.1 Health and Safety for Electrical Installation. 1. Danger: Electrical hazard.
User’s Manual for ION-B Systems 3. Locate the power supply on the right side of the Remote Unit. Power supply Figure 4-92 RU power supply location 4. Use a #2 Phillips head or slotted screwdriver to loosen the 8 universal slot/Phillips captive power supply screws and carefully remove the supply. The weight of the power supply must be supported as you loosen the screws to prevent damage to the supply. Loosen 8 universal slot/Phillips screws Mains connector Figure 4-93 8 RU power supply screws 5.
User’s Manual for ION-B Systems 6. Locate the input cable connector for the power supply on the right side of the supply. 7. Loosen the 3 Phillips head terminal screws and remove the connector. Figure 4-95 RU power supply input cable 8. Locate the output connector for the power supply on the left side of the supply. 9. Loosen the 2 Phillips head screws and remove the output connector. Figure 4-96 RU power supply output cable 10. Remove the defective supply.
User’s Manual for ION-B Systems 11. Replace the defective power supply with the new power supply. It is very important to confirm that the replacement supply is the same type as the original supply. The AC, DC, and Vdc/100 supplies are not interchangeable. 12. Reconnect the input and output connectors, and tighten the associated terminal screws. Figure 4-98 RU with replacement power supply 13. Insert the power supply into the RU carefully to avoid damaging any cables.
User’s Manual for ION-B Systems 15. Reconnect the Mains power plug. 16. Switch on the breaker and check the RU for proper operation. Figure 4-100 Reconnect Mains power Page 106 ION-B User Manual (MN024-15)_n_20150730.
User’s Manual for ION-B Systems 4.11. REMOTE UNIT START-UP Before switching on the Remote Unit, make sure that: • the modules hosted in the Master Unit have been connected each other with RF jumpers, according to the system design • every TFLN master optical TRX has been connected to its Remote Units • each Remote Unit has been connected to its coverage antennas Note: For a correct system start-up, all Remote Units have to be switched on before the Master Unit.
User’s Manual for ION-B Systems 4.12. CASE R2, R2E, AND R4E REMOTE UNIT SETTINGS THROUGH RS232 You can get or set information of Remote Units in case R2 and R2E through a local connection to the RS232 port. This can be done through the HyperTerminal (a program available by default in Windows) The below described steps have to be followed: 1. Save the HyperTerminal connection in order to recall it when needed 2.
User’s Manual for ION-B Systems 3. Plug the laptop to the RS232 port of the Remote Unit and press ENTER Type the password “andrew” and press ENTER to login. If you don’t press any key the Remote Unit will logout after 2 minutes. 4. Type “help” and press ENTER to have a brief list of the supported commands for the Remote Unit you have 5. The possible commands have been described in the following.
User’s Manual for ION-B Systems get pgr Shows the values of pgr attenuators for each band. set pgr It let change the pgr values, one band each command. The possible values are 0, 5,10,15 dB. Examples of the command syntax are: “set pgr –ula=5” for AWS “set pgr –ulb=5” for EPCS set reset Performs a software reset of the unit swi monitor Disables ASCII protocol. get feature Shows the status of the bands of the unit (1>enabled; 0->disabled). Page 110 ION-B User Manual (MN024-15)_n_20150730.
User’s Manual for ION-B Systems set enablef Let enable/disable the bands of theunit. The command syntax is: “set enable xxxxxxxxxxxxxxxxxxx” where x is the hexadecimal digit of a code provided by the factory given the SN of the unit The command become operative only after reset get alpol Shows the configuration of external alarm connectors. 1-> high level alarm, low level not alarm 0-> low level alarm, high level not alarm set alpol Let change the polarity of external alarm.
User’s Manual for ION-B Systems 4.13. TROUBLESHOOTING 4.13.1. List of All Alarms Errors are indicated by LEDs on the TFAx front panel, as well as by LMT or the Supervision System (running on the remote supervision unit). Both the LMT and the Supervision System can provide complete information about the cause of the alarm. As a consequence, troubleshooting is faster if failure detection is carried out directly through either the LMT or the Supervision System.
User’s Manual for ION-B Systems As the table shows, minor alarms (low priority alarms) are indicated only by either the LMT or the Supervision System, and not through LEDs. Minor alarms detect critical situations which should be checked and tested in order to avoid future possible system faults. The troubleshooting procedures are described in the following chapter and shown in Figure 4-101 Troubleshooting overview 4.13.2. Quick Troubleshooting If the red LED is ON, please follow these steps: 1.
User’s Manual for ION-B Systems 4.13.4. Fibre-Optic DL Troubleshooting 1. Check to see if there are any points in which fibres are experiencing a short radius of curvature. In these cases, rearrange the optical path in order to avoid sharp bends (if necessary, replace the optical cable with a longer one). 2. Check to see if SC-APC connectors are properly installed at both fibre ends. In case they are not, re-plug the SC-APC connectors to adapters. 3.
User’s Manual for ION-B Systems Figure 4-101 Troubleshooting overview ION-B User Manual (MN02415)_n_20150730.
User’s Manual for ION-B Systems 5. TFBX BOOSTER 5.1.
User’s Manual for ION-B Systems 5.2. DIFFERENT TYPES OF BOOSTERS To ease the system expansion to serve different bands, boosters can be connected to the auxiliary channel of the Remote Units.
User’s Manual for ION-B Systems 5.3. WARNINGS (TO BE READ BEFORE BOOSTERS ARE INSTALLED) The warnings listed below refer to all boosters. Please read them carefully before starting the installation. 5.3.1. Choosing a Proper Installation Site for the booster • TFBx booster have to be installed as close as possible to the Remote Unit and to the radiating antennas, in order to minimize coaxial cable length, thus reducing downlink power loss and uplink noise figures.
User’s Manual for ION-B Systems 5.4. CASE B BOOSTER 5.4.1. Specifications Dimensions: 38 x 240 x 240 mm (1.5 x 9.4 x 9.4 inches) Weight: Please refer to the TFBM dedicated bulletin in order to discover any updated data regarding the weight of a specific Case B TFBx.
User’s Manual for ION-B Systems RF ports • 2 RF antenna ports, transmitting/receiving signals to/from distributed antennas. RF antenna ports are duplexed N-female connectors. These RF ports can be connected to the antennas either directly (i.e. through RF jumper cables) or through splitters, thus allowing more antennas to be fed. Unused RF ports have to be terminated with a 50 Ω load.
User’s Manual for ION-B Systems 5.4.2. TFBx Case B Installation The case B TFBx can be mounted to wall or other flat surfaces. The TFBx kit includes: 1. a Booster TFBx 2. an external power supply adapter 3. a power supply plug 4. a serial cable (if applicable) Figure 5-6 Case B layout with dimensions Figure 5-7 Layout of the power adapter with dimensions ION-B User Manual (MN02415)_n_20150730.
User’s Manual for ION-B Systems Once you have chosen a location for the booster, please follow these instructions: 1. In order to install the M4 dowels (not included) which hold up the TFBx booster, drill four holes into the wall according to the layout shown in Figure 5-6 Case B layout with dimensions 2. Mount the TFBx to the wall by firmly fastening the screws into the dowels. 3.
User’s Manual for ION-B Systems 5.5. CASE R2 BOOSTER 5.5.1. Specifications Dimensions: 122.5 x 330 x 250 mm (4.8 x 13 x 9.
User’s Manual for ION-B Systems Alarm Relay Outputs The TFBx is provided with two alarm relay outputs which can be cabled and connected to the Remote Unit’s alarm relay inputs. This way, the alarm information of the booster pass to the Remote Unit itself and are signalled through the red LED of the TFAx and displayed in the supervision system. Visual Alarms Two control LEDs are provided on the TFBx case R2 front side.
User’s Manual for ION-B Systems Figure 5-9 Layout of power adapter with dimensions Once you have chosen a location for the booster, please follow these instructions: 1. In order to install the M6 dowels (not included) which hold up the TFBx booster and the power supply drill four holes into the wall according to the layout shown in Figure 5-8 Case R2 layout with dimensions and Figure 5-9 Layout of power adapter with dimensions. 2.
User’s Manual for ION-B Systems 5.6. CASE U BOOSTER 5.6.1. Specifications Dimensions: 514 x 480 x 205 mm (20.2 x 18.9 x 8 inches) Weight: Please refer to the booster dedicated bulletin in order get updated data regarding the weight of a specific Case U booster figure 5-10 Block diagram Case U booster Page 126 ION-B User Manual (MN024-15)_n_20150730.
User’s Manual for ION-B Systems The RF, mains power, alarm, power control, and expansion ports are located on the bottom of the booster.
User’s Manual for ION-B Systems Expansion Ports The Expansion UL B D and Expansion DL ports A C are QMA female connectors that are used to connect to two RUs to receive the additional bands. These ports must be terminated if not used. Mains Connector The booster receives its power through the Mains connector K . The type of connector is dependent on the booster model. A 4-pin Amphenol connector is used for AC models and standard DC models.
User’s Manual for ION-B Systems 5.6.3. TFBx Case U applications The TFBx with integrated antenna port combiner together with ION-B TFAx RU allows for further options. figure 5-12 One RU one booster one antenna figure 5-13 Two RUs one booster two antennas ION-B User Manual (MN02415)_n_20150730.
User’s Manual for ION-B Systems 5.6.4. TFBx Case U Installation Before the installation of the TFBx Case U booster read and observe chapters 4.10.2 and 4.10.3. The mechanical installation of the TFBx Case U booster is identical to the installation of the TFAx Case U. For mounting the booster to a wall or pole see chapter 4.10.5. The electrical installation of the TFBx Case U booster is almost identical to the installation of the TFAx Case U. For the electrical connection see chapter 4.10.7.
User’s Manual for ION-B Systems 5.7.
User’s Manual for ION-B Systems 5.8. TROUBLESHOOTING 5.8.1. List of All Alarms Errors are indicated by LEDs on the TFBx front panel, as well as by LMT or the Supervision System (running on the remote supervision unit) supposed that the relay alarms have been cabled. The booster is not communicating the whole list of alarms, only the Remote Unit can alert (with the external alarm information) trough the LMT and the Supervision System that the booster has a wrong behaviour.
User’s Manual for ION-B Systems 6. RACK-BASED MASTER UNIT 6.1. TPRNX4 SUBRACK 6.1.1. Major TPRN Features The TPRNx4 is a 19” subrack where all the ION-B plug-in modules can be inserted. ION-B equipment provides a wide variety of these subrack models differentiated according to power supply. Each one is provided with: • 12 free slots, each with Height=4HE, Width=7TE • Power supply 220 Vac or -48 Vdc • Locally or remotely connectable through: a. RS232 serial port b. RS485 two-wire bus c.
User’s Manual for ION-B Systems 6.1.2. TPRN Models All of the available TPRN subracks are described briefly on the following pages: 6.1.2.1. Passive subrack (TPRN04) TPRN04 is a passive subrack. It cannot supply power to any inserted module, and therefore is designed to host passive modules only. It can be useful in a multisubrack system, in case the customer decides to put all the active modules in an active subrack, to be chosen among the following: 6.1.2.2.
User’s Manual for ION-B Systems 6.1.3. TPRN Power Supply All the TPRN models refer to one of the following power supplies: Universal mains (85 to 265Vac, 50/60Hz). This connector is mounted on the TPRN back panel, both for the redundant version and the simple one. A ground terminal and a couple of fuses are also included. Fuses must be replaced in case of failure (if it happens, the failure is detected by the Supervision System).
User’s Manual for ION-B Systems 6.1.4. TPRN Ports The TPRN subrack is provided with a set of I/0 ports which allows the connection to any external device. 6.1.4.1. RS232 serial port The RS232 serial port can be used to connect the TPRN subrack to the remote supervision unit or to a laptop running LMT software. Please note that a standard RS232 cable is needed.
User’s Manual for ION-B Systems The connection baud rate can be set to 9600bps or 19200bps, by properly setting the dip-switch 5 standing on the interior TPRN backplane (Figure 6-6 Dip-switches on the TPRN backplane). The baud rate setting through dip-switch 5 is shown in table 6-1 Setting the RS232 baud rate through the dip-switch 5.
User’s Manual for ION-B Systems Address (Dec) 1 2 3 4 5 6 7 8 9 10 11 12 13 14 Reserved Address (Bin) 1 10 11 100 101 110 111 1000 1001 1010 1011 1100 1101 1110 1111 Dipswitch 1 ON OFF ON OFF ON OFF ON OFF ON OFF ON OFF ON OFF ON Dipswitch 2 OFF ON ON OFF OFF ON ON OFF OFF ON ON OFF OFF ON ON Dipswitch 3 OFF OFF OFF ON ON ON ON OFF OFF OFF OFF ON ON ON ON Dipswitch 4 OFF OFF OFF OFF OFF OFF OFF ON ON ON ON ON ON ON ON table 6-2 Dip-switches address settings 6.1.4.3.
User’s Manual for ION-B Systems • 2 relay output ports, which be can used to drive any external device connected to subD-15 pins adapter. By using the Supervision System, each of these output ports be can set up in “open” or “close” modes. PIN Name 1 Ground 2 Digital input n.1 (SW assignable) 3 Digital input n.2 (SW assignable) 4 5, 6 7, 8 Meaning It is a ground terminal for digital inputs, i.e. for pin 2, 3, 9, 10. This port can be used to monitor external equipment status.
User’s Manual for ION-B Systems 6.1.5. TPRN Alarms A full description of all TPRN alarms is provided by the Supervision System; The following table provides a brief description of the TPRN alarms, as they are reported by the LMT software.
User’s Manual for ION-B Systems 6.1.6. Warnings - recommended when designing or installing 6.1.6.1. Providing correct heat dissipation For correct use of the TPRN subrack, it is important to verify that: • the system is designed for no more than 8 TFLNs inside a TPRN subrack. This guarantees proper heating dissipation for the system.
User’s Manual for ION-B Systems 6.1.7. TPRN Installation The TPRN kit provides: (a) suitable power cord • 1 TPRN subrack cable • suitable power cord (a) • 1 standard RJ45 cable (b) • 1 standard RS232 cable (male-female), 2m (c) • 1 CD Manual (d) (c) RS232 cable (b) standard RJ-45 (d) 1 Cd rom, including ION-B manuals Figure 6-8 Some of the installation accessories provided with the TPRN subrack Firstly, insert the subrack into the cabinet and apply 4 screws (not provided) in order to fix it.
User’s Manual for ION-B Systems Intra-subrack distance must be at least 1 HU to allow air circulation. 1-HU inter-subrack distances can be properly filled through blind panels. Leave at least 1 HU distance between two subracks in order to facilitate air circulation. Leave at least a 1 HU free space between the bottom or the top of the cabinet and the TPRNs. Figure 6-10 Intra-subrack distance Connect the ground to the safety ground terminal.
User’s Manual for ION-B Systems 6.1.8.
User’s Manual for ION-B Systems 6.1.9. TPRN Troubleshooting In case a TPRN subrack shows any problems, a more detailed status and alarm description is able to be provided through the remote supervision unit. A complete overview of TPRN alarms is provided in table 6-4 Description of the alarms of the TPRN subrack. A power supply degradation occurs in case the +12Vdc power falls below an in factory set threshold level.
User’s Manual for ION-B Systems 6.2. FAST MINIRACK TPRF31 6.2.1. Major TPRF Features The TPRF31 is a low-cost minirack (1HU x 19”) which can host 2 ION-B single-slot cards, such as: - 2 Master Optical TRX, thus being able to drive up to 8 ION-B Remote Units - 1 Master Optical TRX (driving up to 4 ION-B Remote Units) and a proper IONB card, working as Point-of-Interface (POI) towards the BTS.
User’s Manual for ION-B Systems 6.2.2. On/Off Switch and Power Supply The TPRF31 Fast MiniRack can be powered from -36 to -72 Vdc. A fuse is provided underneath the -48 Vdc connector, and must be replaced in case of failure (when it happens, the Supervision System will detect the failure). Power -48Vdc On/Off switch Figure 6-14 Rear view of the TPRF31 Fast MiniRack: Power supply connectors and On/Off switches 6.2.3.
User’s Manual for ION-B Systems 6.2.4. Visual Alarms The TPRF31 front panel is provided with 2 LEDs, showing status and alarm information. LED significances are provided in the following table.
User’s Manual for ION-B Systems Figure 6-17 Dip-switches on the TPRF31 backplane Whichever baud rate you choose by dip-switches 6 and 7, remember that: • the same RS232 connection speed must be set up on the remote supervision unit • the baud rate which is selected by the dip-switches 6 and 7 set the connection speed for both the RS232 port and the RS485 port as the TPRN uses both ports with the same rate 6.2.5.2.
User’s Manual for ION-B Systems Whichever baud rate you choose, remember that: • the same RS485 connection speed has to be set up on all connected devices (TPRF miniracks or TSUN remote supervision unit); • the baud rate selected by dip-switches 6 and 7 sets the connection speed for both the RS485 port and the RS232 port.
User’s Manual for ION-B Systems In no such case, dip-switch 8 can be set to OFF. 485 Bus Termination Load Not connected Connected Dip-switch 8 OFF ON table 6-8 Setting the 485 Bus termination load with dip-switch 8 6.2.5.3. Power Supplying Ports The front side of the TPRF31 Fast MiniRack is provided with 4 power supplying ports, conveying the -48Vdc power supply to up to 4 ION-B Remote Units.
User’s Manual for ION-B Systems a Normally Closed (to CC) Normally Open (to CC) Common Contact (CC) c* b Figure 6-19 External Alarm Outputs (b) and Auxiliary Inputs (c) on the TPRF31 rear side (a) Figure 6-20 Description of the External Alarm Outputs * Alarm Outputs 1 and 2 (c) refer to Major and Minor alarms, respectively 6.2.5.5.
User’s Manual for ION-B Systems 6.2.6. Warnings - recommended when designing or installing 6.2.6.1. Installation site features TPRF31 minirack for safety and security scopes, shall be installed telecommunication rooms where there is a restricted access permission. 6.2.6.2.
User’s Manual for ION-B Systems 6.2.7.
User’s Manual for ION-B Systems 6.2.7.2. Mounting the TPRF31 to a wall To adapt the rack-mounting brackets for wall mounting, proceed as follows: Remove the brackets of the TPRF31 Fast MiniRack, starting from the factory configuration. Figure 6-23 Removal of brackets Turn the brackets. Figure 6-24 Turning the brackets Fasten the brackets properly. Figure 6-25 Brackets adapted for wall-mounting ION-B User Manual (MN02415)_n_20150730.
User’s Manual for ION-B Systems The TPRF31 Fast MiniRack is ready for wall-mounting. Figure 6-26 Fast MiniRack adapted for wallmounting Drill four holes according to the mechanical layout in Figure 6-28 Mechanical layout for wall-mounting the TPRF31 Fast MiniRack Insert the four dowels into the holes, then fasten the TPRF31 firmly to the wall by tightening the screws into the dowels.
User’s Manual for ION-B Systems Figure 6-28 Mechanical layout for wall-mounting the TPRF31 Fast MiniRack ION-B User Manual (MN02415)_n_20150730.
User’s Manual for ION-B Systems 6.2.8.
User’s Manual for ION-B Systems 6.2.9. TPRF31 Troubleshooting In case a TPRF31 minirack shows any problems, more detailed status and alarm descriptions can be provided via the remote supervision unit. A complete overview of the TPRF31 alarms is reported in the following table.
User’s Manual for ION-B Systems Note: During the system commissioning, remember to mask the unused slots by pressing the Store/Clear button (Figure 6-15 Rear view of the TPRF31 Fast MiniRack: Reset and Store/Clear buttons) or via the LMT software (please refer to the relevant manual for more information) to avoid triggering insignificant alarms. Before carrying out any troubleshooting procedures, please check the LMT or Supervision System manuals. Page 160 ION-B User Manual (MN024-15)_n_20150730.
User’s Manual for ION-B Systems 6.3. MASTER OPTICAL TRX, TFLN 6.3.1.
User’s Manual for ION-B Systems 6.3.3. Optical Ports • 4 DL optical output ports (SC/APC) • 4 UL optical input ports (SC/APC) 6.3.4. TFLN Visual Alarms The TFLN front panel is provided with 6 LEDs (see right), showing status and alarm information. Figure 6-30 Visual alarms on the TFLN Master Optical Transceiver LED significance is reported in the table below.
User’s Manual for ION-B Systems 6.3.5. TFLN Power Supply Each TFLN master optical TRX is supplied by the subrack backplane (12V). 6.3.6. Warnings - to be read before TFLN installation 6.3.6.1. Dealing with optical output ports The TFLN master optical TRX contains semiconductor lasers. Invisible laser beams may be emitted from the optical output ports. Do not look towards the optical ports while equipment is switched on. 6.3.6.2.
User’s Manual for ION-B Systems 6.3.6.3. Inserting or removing TFLN modules • Do not remove or insert any TFLN module into TPRN subrack before having switched off main power supply. • The TFLN modules must be handled with care, in order to avoid damage to electrostatic sensitive devices. • When installing TFLN modules in the subrack, take care to alternate active and passive cards in order to ensure proper heat dissipation.
User’s Manual for ION-B Systems 6.3.7. TFLN Installation The TFLN master optical TRX is housed in a TPRN subrack and its dimensions are 7 TE wide and 4HE high. A TFLN module is able to be accommodated in any of these 12 slots. Note: In case a new TFLN module has to be installed in a still working Master Unit, switch off the subrack before inserting the plug-in TFLN module. Firstly, gently insert the TFLN into one of the 12 available slots, and lock the 4 screws on the front corners.
User’s Manual for ION-B Systems 6.3.8.
User’s Manual for ION-B Systems Once the discovery is finished, the TFLN general alarm (LED “ ”) stops blinking and switches OFF. The power supply LED (green) remains on while LEDs 1, 2, 3 and 4 show either the status of the Remote Units or the quality of the UL connections. In case some of these LEDs remain on, check if they refer to unused optical ports or not. In this case, use LMT software to mask it.
User’s Manual for ION-B Systems Alarm Code (TSUN description) RX2 AGC out of range RX3 optical power fail RX3 AGC out of range RX4 optical power fail RX4 AGC out of range Major Remote Unit 1 Major Remote Unit 2 Major Remote Unit 3 Major Remote Unit 4 DL laser alarm UL RF alarm DL RF alarm Board failure alarm Temperature alarm Alarm description The optical power received is under the allowed 3dB optical loss but it can be compensated The optical power received on the UL3 is too low and can’t no more
User’s Manual for ION-B Systems Each TFLN is provided with an AGC system which compensates optical losses of <3 dB. TFLN LED alarms switch on when the estimated optical losses are >4dB, when the AGC is not able to compensate these losses any more. Figure 6-36 AGC thresholds vs LED alerts One of LEDs,1, 2, 3 or 4, might turn on not only to indicate a high optical loss detected by the TFLN, but also to reveal a Remote Unit failure.
User’s Manual for ION-B Systems Figure 6-37 Flow-chart describing the quick troubleshooting procedure Page 170 ION-B User Manual (MN024-15)_n_20150730.
User’s Manual for ION-B Systems 6.3.10.2. Fibre Optic UL Troubleshooting The following procedure is summarized by the flow-chart Figure 6-38 Flow-chart describing the quick troubleshooting procedure. 1. Check if there is any point where the fibre experiences a small radius of curvature. In this case, rearrange the optical path in order to avoid sharp bends (if necessary, replace the optical cable with a longer one). If this causes the TFLN red LED to switch off, troubleshooting has been successful.
User’s Manual for ION-B Systems Figure 6-38 Flow-chart describing the quick troubleshooting procedure Page 172 ION-B User Manual (MN024-15)_n_20150730.
User’s Manual for ION-B Systems 6.4. TWO-WAY SPLITTER/COMBINER, TLCN2-W 6.4.1. Description UL Common UL Splitted DL Common DL Splitted Figure 6-39 TLCN2-W splitter/combiner The TLCN2-W, a bidirectional 2-way splitter/combiner, provides two identical combining sections for UL and DL which can be used in the following ways: • to combine 2 RF signals into a common RF output • to split an RF input into 2 RF output signals It is a passive wideband module 6.4.2.
User’s Manual for ION-B Systems 6.4.3.
User’s Manual for ION-B Systems 6.5. EIGHT-WAY SPLITTER/COMBINER, TLCN8-W 6.5.1. Description DL Common UL Common UL Splitter DL Splitter Figure 6-40 TLCN8-W splitter-combiner The TLCN8-W is a wideband 8-way RF combiner designed to distribute the signal coming from a donor source to the optical TRXs of a Master Unit.
User’s Manual for ION-B Systems 6.5.3.
User’s Manual for ION-B Systems 6.6. RF DUAL BAND COUPLER TLDN 6.6.1. Description RF UL Common Port RF DL Common Port RF UL port High RF DL port High Band RF UL port RF DL port High Band Figure 6-41 TLDN dual band duplexer The TLDN is a passive RF dual band coupler designed to distribute signals within the master unit when coming from different bands.
User’s Manual for ION-B Systems 6.6.3.
User’s Manual for ION-B Systems 6.7. RF TRI BAND COUPLER TLTN 6.7.1. Description RF UL Common Port RF UL port High Band RF DL Common Port RF DL port High Band RF UL port Middle Band RF DL port Middle Band RF UL port Low Band RF DL port Low Band Figure 6-42 TLTN tri-band coupler The TLTN is a passive RF tri band coupler designed to combine/split signals coming from different bands.
User’s Manual for ION-B Systems 6.7.3. RF Ports • 1 DL common RF output port (“C”) for the combined DL signal • 1 DL Low-Band RF input port • 1 DL Middle-Band RF input port • 1 DL High-Band RF input port • 1 UL common RF input port (“C”) for the combined UL signal • 1 UL Low-Band RF output port • 1 UL Middle-BandRF output port • 1 UL High-Band RF output port 6.7.4.
User’s Manual for ION-B Systems 6.8. RF DUPLEXER, TDPN 6.8.1. Description RF port for combined UL and DL signals DL RF port UL RF port Figure 6-43 RF duplexer TPDN The TDPN is a frequency-dependent duplexer which combines downlink and uplink signals while maintaining isolation and stability. This board has been designed to support duplexed Base Stations. 6.8.2. TLDN Models The TLDN is available in different versions, depending on the band it addresses.
User’s Manual for ION-B Systems 6.8.5. TDPN Insertion Loss When designing the system, remember to take into account the insertion losses of the TDPN, check the values on relevant bulletin. 6.8.6. Warnings The overall input power must not exceed +34dBm. 6.8.7. TDPN Installation Since the TDPN module doesn’t require any power supply it can be housed either in an active or a passive TPRN subrack. 1. Unpack the kit which includes: 1 TDPN 2 RF jumpers (SMA-m), 2 x 35cm 2.
User’s Manual for ION-B Systems 6.9. POINT OF INTERFACE TPOI 6.9.1. TPOI SISO 6.9.1.1. Description Band specific Alarm LEDs Band specific TRX RF ports Setting Buttons Band specific RX RF ports Display Status and Alarm LEDs DL RF port UL RF port Figure 6-44 TPOI point of interface The TPOI is an integrated point of interface which enables triple band, applications. Different configurations are available answering to the possible band combinations.
User’s Manual for ION-B Systems 6.9.1.4. Setting Buttons and Display TPOI is provided with two setting buttons for each band which can be used to set attenuation manually through the following steps: 1. Press DL or UL button according to the attenuation you want to set. Current value is displayed in the display. 2. Press again the button to start setting procedure: the value on the display start blinking 3. Use DL button to increase attenuation value and UL button to decrease it 4.
User’s Manual for ION-B Systems 6.9.1.9. Inserting or removing TPOI modules • Do not remove or insert any TPOI module into TPRN subrack before having switched off main power supply. • The TPOI modules must be handled with care, in order to avoid damage to electrostatic sensitive devices. • When installing TPOI modules in the subrack, take care to alternate active and passive cards in order to ensure proper heat dissipation.
User’s Manual for ION-B Systems Remember that Remote Units should be switched on before the Master Unit in order to follow the correct Start-Up procedure. 6.9.1.11. TPOI Troubleshooting In case a TPOI has any problems, this will be easily revealed through the LEDs on its front panel, otherwise troubleshooting can be carried out through the LMT or the Supervision system. The below table reports a brief description of the TPOI alarms, together with a reference to the corresponding alerted LEDs.
User’s Manual for ION-B Systems Alarm Code (TSUN description) Over Power Band 1 Over Power Band 2 Over Power Band 3 Overdrive/ALC Limiting Band 1 Overdrive/ALC Limiting Band 2 Overdrive/ALC Limiting Band 3 UL Band 1 alarm UL Band 2 alarm UL Band 3 alarm Vcc alarm Alarm description Band 1 RF input power exceeds the absolute maximum composite input power Band 2 RF input power exceeds the absolute maximum composite input power Band 3 RF input power exceeds the absolute maximum composite input power Band
User’s Manual for ION-B Systems 6.9.2. TPOI MIMO 6.9.2.1. Description UL RF port DL RF port Band specific TRX RF ports Band specific RX RF ports Status and Alarm LEDs Setting Buttons Display Figure 6-45 TPOI point of interface The TPOI MIMO is an integrated point of interface which enables MIMO applications.
User’s Manual for ION-B Systems 6.9.2.3. Setting Buttons and Display TPOI MIMO is provided with two setting buttons which can be used to set attenuation manually through the following steps: 1. Press DL or UL button according to the attenuation you want to set. Current value is displayed in the display. 2. Press again the button to start setting procedure: the value on the display start blinking 3. Use DL button to increase attenuation value and UL button to decrease it 4.
User’s Manual for ION-B Systems • In a multi-subrack system, remember to assign to each subrack a proper RS485 bus address before installing the modules (please refer to Rack-Based Master Unit section for further details). 6.9.2.9. TPOI MIMO Installation The TPOI can be accommodated in any active TPRN subrack slot.
User’s Manual for ION-B Systems Alarm Code (TSUN description) Over Power Overdrive/ALC Limiting Alarm description RF input power exceeds the absolute maximum composite input power RF output power exceeds the defined Overdrive Threshold Active LED Supervision Priority Level Action Recommended Relé Priority Level RED MAJOR Reduce input power MAJOR NONE MINOR Reduce input power MINOR UL MIMO Ch.1 RF alarm UL Ch.1 RF stage malfunctioning or syncronization missing RED CRITICAL UL MIMO Ch.
User’s Manual for ION-B Systems 6.10. PASSIVE MULTIBAND POINT OF INTERFACE TPOI-P 6.10.1. Description Band specific TRX RF ports UL RF port DL RF port Figure 6-46 TPOI-P passive point of interface The TPOI-P is an integrated passive multiband point of interface which enables triple band, applications. Different configurations are available answering to the possible band combinations. TPOI-P includes duplexer and cross band coupler functionalities which allows to feed the master optical TRX 6.10.2.
User’s Manual for ION-B Systems 6.10.4. TPOI-P Main Applications TPOI-P module is used to interface with duplexed signals coming from different donor sources and combine them into RF connectors to drive the TFLN master optical TRX. 6.10.5. TPOI-P Insertion Loss When designing the system, remember to take into account the insertion losses of the TPOI-P, check the values on relevant bulletin. 6.10.6. Warnings The overall input power must not exceed +33dBm. 6.10.7.
User’s Manual for ION-B Systems 7. WARNING AND SAFETY REQUIREMENTS 7.1. EQUIPMENT SYMBOLS USED / COMPLIANCE Please observe the meanings of the following symbols used in our equipment and the compliance warnings: Symbol Compliance Meaning / Warning For industrial (Part 20) signal booster: WARNING: This is NOT a CONSUMER device. It is designed for installation by FCC LICENSEES and QUALIFIED INSTALLERS. You MUST have an FCC LICENSE or express consent of an FCC Licensee to operate this device.
User’s Manual for ION-B Systems there is no risk of explosion; the environment is not classified as a high-risk one in case of fire; suspended particles are not to be found in great concentration; there is no risk of traffic which could cause collision damages; the site is properly located with respect to the ergonomic positioning of the working environments; the system is placed in a private room, protected against any possible violation; there is no direct sunlight or where wate
User’s Manual for ION-B Systems 7.4. SAFETY MAINTENANCE AND PRECAUTIONS DURING INSTALLATION OR During installation, the following tools and equipment will be needed: Typical electrician tools: cross-point screwdriver, scissors, pliers, nippers, drill and bits, screws for fixing Remote Units to the wall. Typical equipment: proper ladder, scaffolding or air platform for installation of Remote Units.
User’s Manual for ION-B Systems 7.5. POWER SUPPLY CONNECTION Power connection must be carried out following all necessary precautions: It must be properly made according to due diligence rules (e.g. EN rules, IEC rules, etc.
User’s Manual for ION-B Systems 7.6. SAFETY AND LASER PRECAUTIONS The optical transmitter used in the ION-B contains a laser which has a power level that is not dangerous for health. However it is classified as class 1 equipment (in accordance with EN60825). It is nevertheless prudent, during the installation phase, to observe the following rules: Never look directly inside the optic connector exit of the transmitter when it is switched on.
User’s Manual for ION-B Systems 7.8. ELECTROMAGNETIC FIELDS AND RF POWER The ION-B system generates electromagnetic radiation, which can exceed safety levels in the immediate vicinity of the antenna. The most widely accepted standards are those developed by the International Commission on Non-Ionizing Radiation Protection (ICNIRP) and the Institute of Electrical and Electronics Engineers (IEEE).
User’s Manual for ION-B Systems Example 1. A Medium Power TFAM 18/20P must distribute mobile signals through a directional antenna, fed by a 2-metre length RG223 cable (no splitters used). The antenna gain is 7 dB and the ION-B system distributes one GSM 1800 MHz carrier and one UMTS 2100 MHz carrier. The maximum allowed power density we have to comply with is: S = 10 W m-2 (typical ICNIRP reference level for general public exposure to time-varied electric and magnetic fields).
User’s Manual for ION-B Systems By reading the ION-B notes, we know that the output power per carrier at the TFAM antenna port is 30 dBm ± 2 ( +32 dBm maximum, equivalent to 1.202 W) for the Cellular 850 MHz band 30 dBm ± 2 ( +32 dBm maximum, equivalent to 1.202 W) for the PCS 1900 MHz band The ½” cable losses are 0.07 dB/ m in the 900 MHz band, and 0.11 dB/m in the 2100 MHz band. The splitter insertion losses are 3.5 dB.
User’s Manual for ION-B Systems By reading the relevant notes for the TFAM 91/18/20 Remote Unit, the overall output power at the TFAM antenna port can be estimated as follows: 20 dBm ± 2 (+22 dBm maximum, equivalent to 0.158 W) for the Cellular 910 MHz: 21 dBm ± 2 ( +23 dBm maximum, equivalent to 0.200 W) for the GSM1800) 26 dBm ± 1 ( +27 dBm maximum, equivalent to 0.501 W) in the UMTS band The total output power at the antenna port is therefore: P = 0.158W x 2 + 0.200W + 0.501W = 1.
User’s Manual for ION-B Systems 8. TECHNICAL SUPPORT 8.1. CONTACT ADDRESSES The ION-B is developed by: Commscope Italy Srl Via Pier De Crescenzi 40 48018 Faenza, Italy Tel: +39.0546.697111 Fax: +39.0546.682768 8.2. DCCS TECHNICAL SUPPORT For technical assistance and support, please contact the DCCS technical support team. Email: wisupport@commscope.com +1 888-297-6433 in North and South America and +49 9099-69-333 in Europe, Middle East and Asia ION-B User Manual (MN02415)_n_20150730.
User’s Manual for ION-B Systems 8.3. RETURNING EQUIPMENT Before returning any equipment to the manufacturer for repairation or replacement, the customer should give prior notice to the manufacturer and ask for the ‘Return Material Authorisation’ (RMA request).
User’s Manual for ION-B Systems 9. APPENDIXES 9.1. APPENDIX A: SYSTEM COMMISSIONING The following flow charts are a quick reference for the ION-B® system installation and commissioning. The first flow chart (Figure 9-1 Flow-chart describing the main installation and commissioning steps) highlights the main steps for system installation and commissioning starting from the equipment unpacking up to the check of the coverage and call quality.
User’s Manual for ION-B Systems The previous flow chart contains the following cross references: • the master unit installation and cabling is described in more detail in the flow chart (Figure 9-3 Flow-chart describing the Master unit installation and cabling steps). It follows the flow of actions from the subrack mounting on the cabinet up to the settings and connections needed in case remote supervision has to be considered.
User’s Manual for ION-B Systems • the system start-up is described in more detail in the flow chart (Figure 9-4 Flowchart describing the system start-up steps). It follows the flow of actions from the remote and master unit switch on and discovery up to the system configuration through LMT Software and/or remote supervision system. For more details on how to use the LMT and about TSUNx configuration and start-up refer to their relevant manuals.
User’s Manual for ION-B Systems Figure 9-4 Flow-chart describing the system start-up steps Page 208 ION-B User Manual (MN024-15)_n_20150730.
