Installation & Cabling Base Stations Edition 3.
The information contained in this document is subject to change without prior notice. INTRACOM S.A. TELECOM SOLUTIONS, 2022 All rights reserved. All copyright, intellectual and industrial rights in this document and in the technical knowledge it contains are owned by INTRACOM S.A. TELECOM SOLUTIONS and/or their respective owners. This document is made available to the end users only for their internal use.
WiBAS / WiBAS G5 Base Stations Installation & Cabling Manual - Edition 3.2 Document Revision History Revisions This page shows the main changes effected in relation to the previous edition of the WiBASTM / WiBASTM G5 Base Station Installation & Cabling manual. Revisions Reasons of change Previous Document Edition: 3.1 Current Document Edition: 3.
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WiBAS / WiBAS G5 Base Stations Installation & Cabling Manual - Edition 3.2 Equipment Disposal Disposal of old electrical and electronic equipment (applicable through the European Union and other European countries with separate waste collection systems). This symbol, found on this product and any of its parts or on its operating instructions or on its packaging, indicates that electrical and electronic equipment may not be disposed of as unsorted municipal waste.
WiBAS / WiBAS G5 Base Stations Installation & Cabling Manual - Edition 3.2 Statement: Information to the User WiBAS G5 micro-BS and evo-BS Class B equipment EN 55022 / EN 55032: This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. FCC Part 15.19: This device complies with Part 15 of the FCC Rules.
WiBAS / WiBAS G5 Base Stations Installation & Cabling Manual - Edition 3.2 Statement: Information to the User, Continued WiBAS G5 micro-BS and evo-BS, continued ICES-003/NMB-003: Statement: Information to the User ICES-003/NMB-003: Déclaration : Informations à l'utilisateur ICES-003: This Class B digital apparatus complies with Canadian ICES003.
WiBAS / WiBAS G5 Base Stations Installation & Cabling Manual - Edition 3.2 Statement: Information to the User, Continued OSDR and WiBAS G5 dual-BS Class A equipment EN 55022 / EN 55032: This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Warning: This is a Class A product according to EN 55022/EN 55032.
WiBAS / WiBAS G5 Base Stations Installation & Cabling Manual - Edition 3.2 Statement: Information to the User, Continued PONE-OD-DC Class B equipment EN 55022 / EN 55032: This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. FCC Part 15.19: This device complies with Part 15 of the FCC Rules.
WiBAS / WiBAS G5 Base Stations Installation & Cabling Manual - Edition 3.2 Declaration of Conformity English Hereby, Intracom S.A. Telecom Solutions declares that the product WiBASTM is CE marked in compliance with the essential requirements of the Radio Equipment Directive 2014/53/EU, Eco Design Directives 2009/125/EC, 2017/1369/EU, RoHS directive 2011/65/EU, 2015/863/EU and relevant amendments of the above directives.
WiBAS / WiBAS G5 Base Stations Installation & Cabling Manual - Edition 3.2 Table of Contents 1. Introduction ..........................................................................................................................14 About this Document ...........................................................................................................14 Safety Precautions ..............................................................................................................
Table of Contents Appendix A - Installing Power Injectors...............................................................................215 POE-AC112-ID / POE-AC75-ID / POE-ID-AC72 / POE-AC60-ID / POE-AC56-IDH .........216 PONE-OD67-AC ...............................................................................................................224 PONE-OD-DC ...................................................................................................................231 POE-HP-OD67-DC ...............
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1. Introduction 1. Introduction About this Document Scope The scope of this document is to provide detailed instructions to the installation and cabling of the following wireless PtMP Base Station products: WiBASTM OSDR-HUB WiBASTM G5 micro-BS WiBASTM G5 evo-BS(1) WiBASTM G5 dual-BS OSDR is an Outdoor Software-Defined Radio platform. The same radio unit, based on software running is capable to operate, as follows: PtMP Base Station: WiBASTM OSDR-HUB. PtMP Terminal Station: WiBASTM OSDR-TS.
WiBAS / WiBAS G5 Base Stations Installation & Cabling Manual - Edition 3.2 About this Document, Continued Conventions This document applies to the following conventions: Arial Bold blue fonts are used for order codes. Arial Blue underline fonts are used for document references. Arial Bold black fonts are used for indicating important information or paragraph header. This symbol means DANGER. The purpose of this symbol is to warn you that any wrong action can cause bodily injury or even death.
1. Introduction Safety Precautions RF exposure assessment Introduction Any Radio Equipment is emitting Radio Frequency (RF) Radiation through its antenna which may be integrated to the equipment or not. It is important to follow any local, national or international regulation during installation and operation of the Radio Equipment to avoid radiation hazards.
WiBAS / WiBAS G5 Base Stations Installation & Cabling Manual - Edition 3.2 Safety Precautions, Continued RF exposure assessment, continued RF Exposure General Guidelines for equipment installation As a general rule it is expected that the highest level of emission would be in line of sight and in close vicinity of the antenna.
1. Introduction Safety Precautions, Continued RF exposure assessment, continued WiBASTM G5 evo-BS 24 GHz Product Antenna Type HG SG Omni Antenna Diameter (m) 0.24 0.24 0.212 19 14.8 10 General Public 0.20 0.20 0.10 Occupational 0.10 0.10 0.10 Antenna Gain (dBi) Compliance Boundary (m) Product WiBASTM G5 evo-BS 26 GHz Antenna Type SG Omni Antenna Diameter (m) 0.24 0.212 Antenna Gain (dBi) 15.2 10 General Public 0.20 0.10 Occupational 0.10 0.
WiBAS / WiBAS G5 Base Stations Installation & Cabling Manual - Edition 3.2 Safety Precautions, Continued RF exposure assessment, continued RF Radiation Safety Information This equipment complies with: Cet équipement est conforme: ISED RSS-102 FCC title 47 part 1.1310 EMF Exposure Directive (1999/519/EC) Radiation exposure limits set forth for an uncontrolled environment.
1. Introduction Safety Precautions, Continued General Do not install or operate this system in the presence of flammable gases or fumes. Operating any electrical instrument in such an environment is a safety hazard. Outdoor units and antennas should be installed ONLY by experienced installation professionals who are familiar with local building and safety codes and, wherever applicable, are licensed by the appropriate government regulatory authorities.
WiBAS / WiBAS G5 Base Stations Installation & Cabling Manual - Edition 3.2 Safety Precautions, Continued Working on the Building’s Roof During stormy weather, do not perform any mechanical assembling or antenna installation / alignment works on the building’s roof. The metal structure of towers / masts is prone to lightning. Proper Grounding Installation Never power on any equipment unless you have completed the grounding installation. There is risk of equipment failure and / or electrical shock.
1. Introduction Safety Precautions, Continued Local power Source AC: Safety requirements require a single pole circuit-breaker to be employed between the local AC power source and power injector. The circuit breaker(1) must disconnect the mains phase of the AC power source.
WiBAS / WiBAS G5 Base Stations Installation & Cabling Manual - Edition 3.2 Safety Precautions, Continued Power Injector Ethernet cable: Connect the OUT receptacle of power injector to the proper receptacle of the radio unit, as described in this manual. Do not connect the power injector’s OUT receptacle to network switches / routers / laptops. There is risk of damaging the network devices due to potential power that is carried inside the Ethernet cable.
1. Introduction Radio Units and Antennas Compatibility Matrix WiBASTM solution provides high flexibility, through a wide variety of compact Base Station radio units combined with multiple antenna options facilitating demanding coverage scenarios. The following table presents a compatibility matrix between the radio units form factors and the available antennas. For detailed description of the antenna order codes please refer in page 26.
WiBAS / WiBAS G5 Base Stations Installation & Cabling Manual - Edition 3.2 2. Materials Scope This chapter describes the installation materials of the following wireless equipment: WiBASTM OSDR-HUB WiBASTM G5 micro-BS WiBASTM G5 evo-BS WiBASTM G5 dual-BS For each material there is an extensive packing list description to the respective installation procedure. Radio units One of the following radio units, depending on site-specific RF planning requirements: WiBASTM OSDR-HUB radio unit 10.
2. Materials Materials, Continued Antennas One of the following antennas, depending on site-specific RF planning requirements: WiBASTM OSDR-HUB integrated radio antenna, 10.5 GHz, 90° sectorized, horizontal polarization. Pole mounting kit is included (BRA-1090H-I). WiBASTM OSDR-HUB integrated radio antenna, 10.5 GHz, 90° sectorized, vertical polarization. Pole mounting kit is included (BRA-1090V-I). WiBASTM G5 dual-BS radio antenna, 24.25 - 29.50 GHz, 90° sectorized, dual polarization.
WiBAS / WiBAS G5 Base Stations Installation & Cabling Manual - Edition 3.2 Materials, Continued Antenna adaptation kits One of the following antenna adaptation kits, depending on site-specific antenna requirements: Antenna adaptation kit for 26 GHz (OSDR26-360-ANT-ADAPT-KIT). Antenna adaptation kit for 28 GHz (OSDR28-360-ANT-ADAPT-KIT).
2. Materials Materials, Continued Power injectors One of the following power injectors, depending on site-specific powering requirements: OmniBAS indoor units with POE capability Grounding kit AC POE injector, indoor, 56 watt (POE-AC56-IDH). AC POE injector, indoor, 60 watt (POE-AC60-ID). AC PONE injector, outdoor, 67 watt (PONE-OD67-AC). AC POE injector, indoor, 72 watt (POE-ID-AC72). AC POE injector, indoor, 75 watt (POE-AC75-ID). AC POE injector, outdoor, 120 watt (POE-HP-OD-AC).
WiBAS / WiBAS G5 Base Stations Installation & Cabling Manual - Edition 3.2 Materials, Continued Cables One of the following cables, depending on site-specific cabling requirements: Ethernet cable, shielded, Cat5E (SF/UTP) (ETH-CAB-SFTP). AC power supply cable - 3 x 0.75 mm2 (AC-PWR-CAB). DC power supply cable - 2 x 1 mm2 (DC-PWR-CAB-1). DC power supply cable - 2 x 2.5 mm2 (DC-PWR-CAB-2). DC power supply cable - 2 x 2.5 mm2 (DC-PWR-CAB-3). Grounding cable, indoor use - 6 mm2, (GND-CAB6-ID).
2. Materials Materials, Continued SFPs One of the following SFP, depending on site-specific traffic requirements: Electrical SFP for 10/100/1000 Base-T operation (SFP-ELGFE-IN). Optical SFP, multi-mode, up to 500 m, 1.25 Gbit/s, 850 nm (SFP-MM-500M). Optical SFP, single mode, up to 10 Km, 1.25 Gbit/s, 1310 nm (SFP-SM-10KM). Optical SFP, single mode, up to 40 Km, 1.25 Gbit/s, 1310 nm (SFP-SM-40KM). Optical SFP, single mode, up to 80 Km, 1.25 Gbit/s, 1550 nm (SFP-SM-80KM).
WiBAS / WiBAS G5 Base Stations Installation & Cabling Manual - Edition 3.2 Materials, Continued Others One of the following items, depending on site-specific installation requirements: Shielded RJ-45 connector for Ethernet cable Cat5E industrial, (ETH-CAB-SFTP) termination. DC power supply connector, 2 sockets, screw type cable terminals, IP67, UV rated, industrial (UL-ST-CONN-SCR-DC). Cable holder for fastening 2 x M20-GLAND with cables (OSDR-HOLD-2).
3. Before Starting the Installation 3.
WiBAS / WiBAS G5 Base Stations Installation & Cabling Manual - Edition 3.2 3.1. Radio Unit Connection Points Introduction This section describes all the available connection points of the following wireless equipment: WiBASTM OSDR-HUB WiBASTM G5 micro-BS WiBASTM G5 evo-BS WiBASTM G5 dual-BS WiBAS OSDR-HUB Receptacles # Marking A GbE2 B FE Description Use Gigabit Ethernet, Electrical RJ-45 (100/1000 Base-T).
3. Before Starting the Installation WiBAS OSDR-HUB, Continued Label # Description 1 Product description. 2 Frequency band. 3 OSDR determination as Low or High in the link pair. 4 Duplex spacing (MHz). 5 Sub-band (01, 02). 6 Transmit frequencies. 7 Receive frequencies.
WiBAS / WiBAS G5 Base Stations Installation & Cabling Manual - Edition 3.2 WiBAS OSDR-HUB, Continued Other points # Marking Description Use A - Anchor point. To fit lanyard for lifting to the pole. B - Wave guide flange. To install antenna feeder. C - Latches. To mount antenna. D - Female threads for M5 screws. To install mounting kit (OSDR-360-ANT-MNT-KIT). E GND Enclosure grounding terminal. To connect 16 mm2 grounding cable. F RSSI Receive signal level indication.
3. Before Starting the Installation WiBAS G5 micro-BS / evo-BS Receptacles # Marking A GbE1 B C Description Use Gigabit Ethernet, SFP cage. To connect SFP module (electrical / optical) for carrying: traffic inband management. - Ethernet, Electrical RJ-45 (proprietary pin-out). External GNSS module. GbE2 Gigabit Ethernet, Electrical RJ-45 (100/1000 Base-T). To connect Ethernet (S-FTP) cable for carrying: traffic inband management superimposed DC power via power injector.
WiBAS / WiBAS G5 Base Stations Installation & Cabling Manual - Edition 3.2 WiBAS G5 micro-BS / evo-BS, Continued Label for WiBAS G5 micro-BS PRODUCT Label ITEM Order Code Description 1 Product description (WiBASTM G5 micro-BS). 2 Frequency band (GHz). 3 WiBASTM G5 micro-BS determination as Low in the link pair. 4 Duplex spacing 1008 (MHz).
3. Before Starting the Installation WiBAS G5 micro-BS / evo-BS, Continued Label for WiBAS G5 evo-BS PRODUCT Label ITEM Order Code Description 1 Product description (WiBASTM G5 evo-BS). 2 Denotes Lower and Upper band support, as follows: 24-26 = 24.25 GHz - 26.50 GHz 26-28 = 26.50 GHz - 28.50 GHz 27-29 = 27.50 GHz - 29.
WiBAS / WiBAS G5 Base Stations Installation & Cabling Manual - Edition 3.2 WiBAS G5 micro-BS / evo-BS, Continued Other points # Marking Details A - Anchor point. To fit lanyard for lifting to the pole. B - Wave guide flange. To connect antenna (HANT28180HΜΒ - HANT28360V) feeder. C GND Grounding. To connect 16 mm2 grounding cable (GND-KIT16-OD). # Marking A - Hook features. To install sectoral antenna (HANT28180H) with latches. B - Female threads for M5 screws.
3. Before Starting the Installation WiBAS G5 dual-BS Receptacles # Marking Details Use A GbE#1 Ethernet, electrical R-J45 (100/1000 Base-T). To connect a Gigabit Ethernet (SF/UTP) cable for traffic / inband management / superimposed DC power (POE input). B GbE#2 SFP1 cage. C GbE#3 SFP2 cage. To connect a Fiber optic cable for traffic. D GbE#4 SFP3 cage. Reserved for future use. E USB Type A USB interface. Engineering port.
WiBAS / WiBAS G5 Base Stations Installation & Cabling Manual - Edition 3.2 WiBAS G5 dual-BS, Continued Label # A Description Product description. Order code details: B b1: Link determination (Low or High) b2: Duplex spacing (MHz). b3: Sub-band. C Transmit and receive frequency.
3. Before Starting the Installation WiBAS G5 dual-BS, Continued Other points 42 # Marking Details Use A GRD Enclosure grounding terminal. To connect M5 grounding lug. B STAT Multi-functioning LED. To provide visual indication of system status during operation. C - M4 screws. To install cable holder. D - Hooks. To attach radio unit onto the antenna. E - Handle. To carry radio unit. F - Wave guide port. To connect antenna feeder.
WiBAS / WiBAS G5 Base Stations Installation & Cabling Manual - Edition 3.2 3.2.
3.
WiBAS / WiBAS G5 Base Stations Installation & Cabling Manual - Edition 3.2 Gigabit ETH cable for service Traffic, Inband Management and Powering Ethernet cable length restrictions The Gigabit Ethernet (S-FTP) cable for service traffic, inband management and external powering applies to the following restriction: The maximum length of Gigabit Ethernet (S-FTP) cable (Cat5E or Cat6), between WiBASTM receptacles and customer network receptacle cannot exceed 100 meters.
3. Before Starting the Installation Gigabit ETH cable for service Traffic, Inband Management and Powering, Continued AC power injector The following schematic shows a cabling overview of WiBASTM OSDR-HUB and WiBASTM G5 micro-BS / evo-BS when powering is through power injector with order code POE-AC56-IDH: Marking Cable Type GbE2, OUT Gigabit Ethernet (S-FTP) cable for traffic, inband management and superimposed DC power. IN Gigabit Ethernet (S-FTP) cable for traffic and inband management.
WiBAS / WiBAS G5 Base Stations Installation & Cabling Manual - Edition 3.2 Gigabit ETH cable for service Traffic, Inband Management and Powering, Continued AC power injector, continued The following schematic shows a cabling overview of WiBASTM OSDR-HUB and WiBASTM G5 micro-BS / evo-BS when powering is through power injector with order code POE-AC60-ID: Marking Cable Type GbE2, OUT Gigabit Ethernet (S-FTP) cable for traffic, inband management and superimposed DC power.
3. Before Starting the Installation Gigabit ETH cable for service Traffic, Inband Management and Powering, Continued AC power injector, continued The following schematic shows a cabling overview of WiBASTM OSDR-HUB and WiBASTM G5 micro-BS / evo-BS when powering is through power injector with order code PONE-OD67-AC: Marking GbE2, GbE OUT Cable Type Gigabit Ethernet (S-FTP) cable for traffic, inband management and superimposed DC power.
WiBAS / WiBAS G5 Base Stations Installation & Cabling Manual - Edition 3.2 Gigabit ETH cable for service Traffic, Inband Management and Powering, Continued AC power injector, continued The following schematic shows a cabling overview of WiBASTM OSDR-HUB and WiBASTM G5 micro-BS / evo-BS when powering is through power injector with order code POE-ID-AC72: Marking GbE2, POE LAN AC INPUT GND Cable Type Gigabit Ethernet (S-FTP) cable for traffic, inband management and superimposed DC power.
3. Before Starting the Installation Gigabit ETH cable for service Traffic, Inband Management and Powering, Continued AC power injector, continued The following schematic shows a cabling overview of WiBASTM OSDR-HUB when powering is through power injector with order code POE-AC75-ID: Marking Cable Type GbE2, OUT Gigabit Ethernet (S-FTP) cable for traffic, inband management and superimposed DC power. IN Gigabit Ethernet (S-FTP) cable for traffic and inband management.
WiBAS / WiBAS G5 Base Stations Installation & Cabling Manual - Edition 3.2 Gigabit ETH cable for service Traffic, Inband Management and Powering, Continued AC power injector, continued The following schematic shows a cabling overview of WiBASTM G5 dual-BS when powering is through power injector with order code POE-AC112-ID: Marking Cable Type GbE1, OUTPUT Gigabit Ethernet (S-FTP) cable for traffic, inband management and superimposed DC power.
3. Before Starting the Installation Gigabit ETH cable for service Traffic, Inband Management and Powering, Continued AC power injector, continued The following schematic shows a cabling overview of WiBASTM G5 dual-BS when powering is through power injector with order code POE-HP-OD-AC: Marking Cable Type GbE1, OUTPUT Gigabit Ethernet (S-FTP) cable for traffic, inband management and superimposed DC power. INPUT Gigabit Ethernet (S-FTP) cable for traffic and inband management.
WiBAS / WiBAS G5 Base Stations Installation & Cabling Manual - Edition 3.2 Gigabit ETH cable for service Traffic, Inband Management and Powering, Continued DC power injector The following schematic shows a cabling overview of WiBASTM OSDR-HUB and WiBASTM G5 micro-BS / evo-BS when powering is through power injector with order code PONE-OD-DC: Marking GbE2, Gbe OUT Cable Type Gigabit Ethernet (S-FTP) cable for traffic, inband management and superimposed DC power.
3. Before Starting the Installation Gigabit ETH cable for service Traffic, Inband Management and Powering, Continued DC power injector, continued The following schematic shows a cabling overview of WiBASTM G5 dual-BS when powering is through power injector with order code POE-HP-OD67-DC: Marking GbE1, GbE OUT Cable Type Gigabit Ethernet (S-FTP) cable for traffic, inband management and superimposed DC power. GbE IN Gigabit Ethernet (S-FTP) cable for traffic and inband management.
WiBAS / WiBAS G5 Base Stations Installation & Cabling Manual - Edition 3.2 Gigabit ETH cable for service Traffic, Inband Management and Powering, Continued IDU with POE capability The following schematic shows a cabling overview of WiBASTM OSDR-HUB and WiBASTM G5 micro-BS / evo-BS when powering is through IDU with POE capability and order code IDU-O4P: Marking Cable Type GbE2, GbE1 Gigabit Ethernet (S-FTP) cable for traffic, inband management and superimposed DC power.
3. Before Starting the Installation Gigabit ETH cable for service Traffic, Inband Management and Powering, Continued IDU with POE capability, continued The following schematic shows a cabling overview of WiBASTM OSDR-HUB and WiBASTM G5 micro-BS / evo-BS when powering is through IDU with POE capability and order code IDU-O10P: Marking Cable Type GbE5 Gigabit Ethernet (S-FTP) cable for traffic, inband management and superimposed DC power.
WiBAS / WiBAS G5 Base Stations Installation & Cabling Manual - Edition 3.2 Gigabit ETH cable for service Traffic, Inband Management and Powering, Continued IDU with POE capability, continued The following schematic shows a cabling overview of WiBASTM OSDR-HUB and WiBASTM G5 micro-BS / evo-BS when powering is through IDU with POE capability and modem order code MOD-O8-MO: Marking Cable Type GbE2, GbE/DC OUT Gigabit Ethernet (S-FTP) cable for traffic, inband management and superimposed DC power.
3. Before Starting the Installation Gigabit ETH cable for service Powering / Fiber Optic cable for service Traffic, Inband Management Ethernet cable length restrictions The Gigabit Ethernet (S-FTP) cable for service external powering through AC power injector applies to the following restriction: The maximum length of Gigabit Ethernet (S-FTP) cable (Cat5E or Cat6), between WiBASTM Base Stations receptacle and power injector receptacles cannot exceed 200 meters (requires 1 x 200 meter cable).
WiBAS / WiBAS G5 Base Stations Installation & Cabling Manual - Edition 3.
3. Before Starting the Installation Gigabit ETH cable for service Powering / Fiber Optic cable for service Traffic, Inband Management, Continued Fiber optic cable length restrictions The following tables shows the maximum length of optical fiber cables in combination with the SFP type: Optical Fiber Cable Lengths combined with Gigabit Ethernet SFP: Optical Fiber Cable Type Single mode OM1 (62.
WiBAS / WiBAS G5 Base Stations Installation & Cabling Manual - Edition 3.2 Gigabit ETH cable for service Powering / Fiber Optic cable for service Traffic, Inband Management, Continued AC power injector The following schematic shows a cabling overview of WiBASTM OSDRHUB and WiBASTM G5 micro-BS / evo-BS when powering is through power injector with order code POE-AC56-IDH: Marking GbE2, FE, OUT GbE1 AC INPUT GND Cable Type Gigabit Ethernet (S-FTP) cable for superimposed DC power.
3. Before Starting the Installation Gigabit ETH cable for service Powering / Fiber Optic cable for service Traffic, Inband Management, Continued AC power injector, continued The following schematic shows a cabling overview of WiBASTM OSDRHUB and WiBASTM G5 micro-BS / evo-BS when powering is through power injector with order code POE-AC60-ID: Marking GbE2, OUT GbE1 AC INPUT GND Cable Type Gigabit Ethernet (S-FTP) cable for superimposed DC power.
WiBAS / WiBAS G5 Base Stations Installation & Cabling Manual - Edition 3.
3. Before Starting the Installation Gigabit ETH cable for service Powering / Fiber Optic cable for service Traffic, Inband Management, Continued AC power injector, continued The following schematic shows a cabling overview of WiBASTM OSDRHUB and WiBASTM G5 micro-BS / evo-BS when powering is through power injector with order code POE-ID-AC72: Marking GbE2, FE, POE GbE1 AC INPUT GND Cable Type Gigabit Ethernet (S-FTP) cable for superimposed DC power.
WiBAS / WiBAS G5 Base Stations Installation & Cabling Manual - Edition 3.2 Gigabit ETH cable for service Powering / Fiber Optic cable for service Traffic, Inband Management, Continued AC power injector, continued The following schematic shows a cabling overview of WiBASTM OSDRHUB when powering is through power injector with order code POE-AC75ID: Marking FE, OUT GbE1 AC INPUT GND Cable Type Gigabit Ethernet (S-FTP) cable for superimposed DC power.
3. Before Starting the Installation Gigabit ETH cable for service Powering / Fiber Optic cable for service Traffic, Inband Management, Continued DC power injector The following schematic shows a cabling overview of WiBASTM OSDRHUB and WiBASTM G5 micro-BS / evo-BS when powering is through power injector with order code PONE-OD-DC: Marking GbE2, FE, NMS OUT Cable Type Gigabit Ethernet (S-FTP) cable for superimposed DC power.
WiBAS / WiBAS G5 Base Stations Installation & Cabling Manual - Edition 3.2 Gigabit ETH cable for service Powering / Fiber Optic cable for service Traffic, Inband Management, Continued DC power injector, continued The following schematic shows a cabling overview of WiBASTM OSDRHUB and WiBASTM G5 micro-BS / evo-BS when powering is through power injector with order code POE-HP-OD67-DC: Marking Cable Type FE GbE OUT Gigabit Ethernet (S-FTP) cable for traffic, inband management and superimposed DC power.
3. Before Starting the Installation Gigabit ETH cable for service Powering / Fiber Optic cable for service Traffic, Inband Management, Continued DC power injector, continued The following schematic shows a cabling overview of WiBASTM OSDRHUB and WiBASTM G5 micro-BS / evo-BS when powering is through power injector with order code IDU-O4P: Marking Cable Type FE, GbE1 (IDU-O4P) Gigabit Ethernet (S-FTP) cable for superimposed DC power.
WiBAS / WiBAS G5 Base Stations Installation & Cabling Manual - Edition 3.2 Gigabit ETH cable for service Powering / Fiber Optic cable for service Traffic, Inband Management, Continued DC power injector, continued The following schematic shows a cabling overview of WiBASTM OSDRHUB and WiBASTM G5 micro-BS / evo-BS when powering is through power injector with order code IDU-O10P: Marking Cable Type FE, GbE5 Gigabit Ethernet (S-FTP) cable for traffic, inband management and superimposed DC power.
3. Before Starting the Installation Gigabit ETH cable for service Powering / Fiber Optic cable for service Traffic, Inband Management, Continued DC power injector, continued The following schematic shows a cabling overview of WiBASTM OSDRHUB and WiBASTM G5 micro-BS / evo-BS when powering is through power injector with order code OmniBASTM 4W/8W IDU: Marking Cable Type FE, DC OUT/MNG Gigabit Ethernet (S-FTP) cable for superimposed DC power.
WiBAS / WiBAS G5 Base Stations Installation & Cabling Manual - Edition 3.2 Direct Powering / Fiber Optic cable for service Traffic, Inband Management Introduction This paragraph describes the cabling overview of WiBASTM G5 dual-BS when direct powering is used for power and fiber optic cable is used for service traffic and inband management.
3. Before Starting the Installation Direct Powering / Fiber Optic cable for service Traffic, Inband Management, Continued Direct powering Marking 72 Description TM G5 dual-BS with sectoral 900 integrated antenna. 1 WiBAS 2 GbE1 interface for Gigabit Ethernet cable (SF/UTP Cat5E) 3 GbE2 interface for fiber optic cable (with SFP module). 4 GbE3 interface for fiber optic cable (with SFP module). 5 2 x 2.5 mm DC power supply cable. 6 Site grounding bar for supporting 16 mm2 grounding cable.
WiBAS / WiBAS G5 Base Stations Installation & Cabling Manual - Edition 3.2 3.3. Site Prerequisites Site survey Site survey should be done before start the installation taking in consideration the following: Premises information Site details (address, contact persons, GPS and/or map co-ordinates, etc.). Site access and storage information (means of transport, equipment storage and lifting information, etc.). Site location maps. Network planning Site Coordinates.
3. Before Starting the Installation Site Prerequisites, Continued Network port distributors Suitable electrical network port distributor should be available. The exact location of the network port distributor, as well as the network ports to reserve, should be known prior to installing the equipment. Also, all the reserved ports on the network port distributors should be qualified and tested before realizing the network connections with the equipment.
WiBAS / WiBAS G5 Base Stations Installation & Cabling Manual - Edition 3.
3. Before Starting the Installation Site Prerequisites, Continued Pole space requirements For pole space requirements refer to Appendix C – Antenna Pole Space Requirements. Pole diameters For pole diameters(1) refer to the paragraphs below: Order Code Pole Diameter MTK-DMA-BX OSDR-360-ANT-MNT-KIT HANT2628360V 48 mm to 100 mm PONE-OD-DC POE-HP-OD67-DC PONE-OD67-AC HANT2690V-MB or HANT2690H-MB 50 mm to 120 mm BRA-1090V-I or BRA-1090H-I HANT28180V-MB or HANT28180H-MB POE-HP-OD-AC 25.5 mm to 101.
WiBAS / WiBAS G5 Base Stations Installation & Cabling Manual - Edition 3.2 Site Prerequisites, Continued Tower or Monopole installation If the construction is sensitive to sway angles and twisting then try to install the antenna in a lower height platform (if it is available and LOS is clear) in order to minimize the problem. For pole space requirements and applicable pole diameter refer to antenna installation leaflet.
