Intracom OSDR Installation Manual

GDC-003/54 OSDR

T +30 210 667 1000, F +30 210 667 1001 http://www.intracom-telecom.com email (product support): [email protected] The information contained in this document is subject to change without prior notice.  INTRACOM S.A. TELECOM SOLUTIONS, 2018. 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. No part of this document nor any data herein may be published, disclosed, copied, reproduced, redistributed by any form or means, electronically or mechanically, or used for any other purpose whatsoever without the prior written approval of INTRACOM S.A. TELECOM SOLUTIONS. Information as well as drawings and specifications contained in this document are subject to change without prior notice. All trademarks and copyrights mentioned herein are the property of INTRACOM S.A. TELECOM SOLUTIONS and/or their respective owners. Any rights not expressly granted herein are reserved. Printed in Greece.

Installation & Cabling Manual - Edition 3.0 -I- Document Revision History Previous Edition: 2.2 Current Edition: 3.0 Reasons of Change M = Modified, A = Added, R = Removed Details New materials (M) (A) New installation procedures (A) • Sectoral 26/28/32 GHz antenna • Sectoral 10.5 GHz antenna • Parabolic antenna 10.5/26/28/32 GHz • M20 gland • Outdoor AC PoNE • Indoor AC PoNE • XPOL tool kit Contents restructure (M) Document optimization Revised installation instructions (M) • OSDR to sectoral/parabolic antenna • OSDR to panel antenna • Panel antenna mounting kit • ETH cable installation • Optical cable installation • Power injectors installation • Sectoral antenna pole space requirements

Installation & Cabling Manual - Edition 3.0 -III- 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. Instead, this product should be handed over to applicable collection points for the recycling of electrical and electronic equipment. By ensuring the correct disposal of this product, you will help prevent potential negative consequences to the environment and human health, which could otherwise be caused by inappropriate disposal of this product. By recycling, reusing and other forms of recovery of old electrical and electronic equipment you are making an important contribution to the conservation of natural resources and to the protection of the environment. For more information about the recycling of this product, please contact your local municipal authorities, municipal waste disposal service or the store where you purchased this product. Απόρριψη παλαιών ηλεκτρικών και ηλεκτρονικών συσκευών (ισχύει στην Ευρωπαϊκή Ένωση και άλλες Ευρωπαϊκές χώρες με συστήματα χωριστής συλλογής απορριμμάτων). Το σύμβολο αυτό, που απεικονίζεται πάνω στο προϊόν και σε τυχόν εξαρτήματα του ή στο εγχειρίδιο οδηγιών του ή στη συσκευασία του, δείχνει ότι οι ηλεκτρικές και ηλεκτρονικές συσκευές, μετά το πέρας της λειτουργίας τους, δεν θα πρέπει να απορρίπτονται μαζί με τα αστικά απόβλητα. Αντίθετα θα πρέπει να παραδίδονται σε κατάλληλα σημεία συλλογής για την ανακύκλωση των ηλεκτρικών και ηλεκτρονικών συσκευών. Διασφαλίζοντας τη σωστή απόρριψη αυτού του προϊόντος, συνεισφέρετε στην πρόληψη πιθανών αρνητικών συνεπειών στο περιβάλλον και την ανθρώπινη υγεία, οι οποίες θα μπορούσαν να προκληθούν από την μη ενδεδειγμένη απόρριψη του προϊόντος. Η ανακύκλωση, επαναχρησιμοποίηση και άλλες μορφές αξιοποίησης των παλαιών ηλεκτρικών και ηλεκτρονικών συσκευών βοηθούν στη διαφύλαξη των φυσικών πόρων και στην προστασία του περιβάλλοντος. Για περισσότερες πληροφορίες σχετικά την ανακύκλωση αυτού του προϊόντος, παρακαλούμε επικοινωνήστε με τις τοπικές δημοτικές αρχές, την υπηρεσία αποκομιδής αστικών αποβλήτων ή το κατάστημα από το οποίο αγοράσατε το συγκεκριμένο προϊόν. Για περισσότερες πληροφορίες, μπορείτε να επικοινωνείτε με το Συλλογικό Σύστημα Εναλλακτικής Διαχείρισης Αποβλήτων Ηλεκτρικού και Ηλεκτρονικού Εξοπλισμού “Ανακύκλωση Συσκευών Α.Ε.” (www.electrocycle.gr).

Installation & Cabling Manual - Edition 3.0 -IV- Declaration of Conformity Hereby, Intracom S.A. Telecom Solutions declares that the products OmniBASTM & WiBASTM are CE marked in compliance with the essential requirements and other relevant provisions of the Radio Equipment Directive 2014/53/EU, Eco Design Directives 2009/125/EC, 2010/30/EU and with the requirements of the RoHS directive 2011/65/EU. The full text of the EU declaration of conformity is available at the following URL: http://emc.intracom-telecom.com/en/start.htm ∆ήλωση Συμμόρφωσης Με την παρούσα, η Intracom Α.Ε. Τηλεπικοινωνιακών Λύσεων δηλώνει ότι τα προϊόντα OmniBASTM & WiBASTM φέρουν την σήμανση CE συμμορφούμενο προς τις απαιτήσεις και τις λοιπές διατάξεις των οδηγιών Radio Equipment Directive 2014/53/EU, Eco Design Directives 2009/125/EC, 2010/30/EU καθώς και με τις απαιτήσεις της οδηγίας RoHS 2011/65/EU. Το πλήρες κείμενο της δήλωσης συμμόρφωσης (EU) είναι διαθέσιμο στην ακόλουθη διεύθυνση URL: http://emc.intracom-telecom.com/en/start.htm

Installation & Cabling Manual - Edition 3.0 1 Table of Contents 1. Introduction ......................................................................................................................... 3 About this Document .......................................................................................................... 3 Safety Precautions ............................................................................................................. 5 2. Materials .............................................................................................................................. 9 OSDR ............................................................................................................................... 10 Antennas .......................................................................................................................... 11 Mounting Kits ................................................................................................................... 12 Cables .............................................................................................................................. 15 Cable Glands and Holder ................................................................................................. 18 Power Injectors................................................................................................................. 19 SFP .................................................................................................................................. 21 Ancillaries ......................................................................................................................... 22 Others .............................................................................................................................. 23 3. Before Starting the Installation ........................................................................................ 24 3.1. Radio Unit View ................................................................................................................ 25 3.2. Radio Unit Cabling ........................................................................................................... 28 Gigabit ETH cable for service Traffic, Inband Management and Powering ....................... 29 Fiber Optic cable for service Traffic and Inband Management / Gigabit Ethernet (S-FTP) cable for service Powering ............................................................................................... 37 3.3. Installation Tools .............................................................................................................. 45 3.4. Site Prerequisites ............................................................................................................. 47 4. Installation Procedures ..................................................................................................... 51 4.1. Radio Unit and Antenna ................................................................................................... 52 Sectoral and Parabolic Antenna ....................................................................................... 52 Panel Antenna .................................................................................................................. 65 4.2. Radio Unit Grounding Cable ............................................................................................. 76 4.3. Radio Unit Ethernet (S-FTP) Cable .................................................................................. 77 4.4. Power Injector .................................................................................................................. 82 4.5. Radio Unit Optical Cable (Optional) .................................................................................. 83 4.6. Radio Unit Cable Holder ................................................................................................... 88 Appendix A: Adaptation Kit Installation .............................................................................. 91 Pole Installation ................................................................................................................ 91 Appendix B: Mounting Kit Wall Installation ......................................................................... 94 Wall Installation ................................................................................................................ 94 Appendix C: Power Injector Installation .............................................................................. 96 Outdoor DC PoNE ............................................................................................................ 97 Outdoor AC PoNE .......................................................................................................... 105

2 Indoor AC POE............................................................................................................... 112 Appendix D: Cables Termination ....................................................................................... 114 Ethernet Cable ............................................................................................................... 115 Grounding Cable ............................................................................................................ 120 AC Power Supply Cable ................................................................................................. 123 Appendix E: Sectoral Antenna Pole Space Requirements ............................................... 126 10.5 GHz Antenna .......................................................................................................... 126 26/28/32 GHz Antenna ................................................................................................... 128 Appendix F: Receptacles Pin Out ...................................................................................... 130 Radio Unit ...................................................................................................................... 130 Outdoor DC PoNE .......................................................................................................... 132

Installation & Cabling Manual - Edition 3.0 3 1. Introduction About this Document Scope of Document The scope of this document is to provide detailed instructions on the installation and cabling of OSDR (Outdoor Software-Defined Radio platform) wireless product. This document applies for installation of all available operation modes: PtMP Hub(1), PtMP TS(2) and PtP Node(3). Target audience This document is addressed to certified technicians with wireless equipment knowledge and skills concerning the following: • Outdoor Radio Unit Installation (pole installation). • Antenna installation. • Preparation & Termination of: Ethernet & Grounding cables. • Laying and Installation of: Ethernet, Fiber Optic & Grounding cables. • Testing Ethernet cables using Ethernet cable testers. Reference manuals The reference manuals are listed below: Item Description 1 Lightning & Surge Protection for Intracom Telecom Radios – Installation Practices. 2 OSDR Product Catalog. 3 OSDR System Description. 4 Lightning & Surge Protector (LSP) Datasheet. 5 WiBASTM-Connect Installation. 6 OSDR Commissioning. Continued on next page (1) WiBASTM OSDR Hub. (2) WiBASTM OSDR Terminal Station (TS). For WiBASTM-Connect refer to item 5 of the Reference manuals. (3) OmniBASTM-OSDR.

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. This symbol means CAUTION. The purpose of this symbol is to prevent you from performing an action that might result in damage of the equipment. The purpose of this symbol is to protect you from unauthorized entry to the site and damage your equipment. A note calls your attention to important supplementary information. A hint denotes helpful piece of advice or practical suggestion.

Installation & Cabling Manual - Edition 3.0 5 Safety Precautions RF EXPOSURE Locally applicable national and international RF safety requirements must be adhered to when installing the OSDR / antenna system. Please refer to local regulatory authorities for advice on compliance. As guidance, for an OSDR 10.5 / 26 / 28 / 32 GHz: According to EN 50385 and the relative EU Directives (1999/519/EC - general public environment & 2004/40/EC – occupational environment) the OSDR / antenna, should be installed in a location such that it is not possible for workers or members of the public, in the normal course of their work or everyday activities, to gain access closer in front of the antenna than the specified distances in the table below. The values of the table are given for OSDR at max power and max gain 60 cm terminal antenna. BAND (GHz) DISTANCE (meters) WORKER PUBLIC PtMP Hub PtMP TS or PtP Node PtMP Hub PtMP TS or PtP Node 26 / 28 / 32 0.5 2.55 1 5.1 10.5 1.25 2.5 Continued on next page

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. Failure to do so may void the product warranty and may expose the end user or the service provider to legal and financial liabilities. • INTRACOM S.A. TELECOM SOLUTIONS and its resellers or distributors are not liable for injury, damage or violation of regulations associated with the installation of outdoor units or antennas. • Appropriate labeling should exist at points with high risk of contact with hazardous voltage. • A list with emergency phone numbers (e.g. medical assistance numbers) should be hung at easy-to-view positions. • Also, recommended are for safety purposes, a fire detection system and fire extinguishers (installed at easy-to-access points) inside the installation premises. • This equipment must be permanently earthed for protection and functional purposes. • Changes or modifications to this equipment not expressly approved by INTRACOM S.A. TELECOM SOLUTIONS or the party responsible for compliance could void the user's authority to operate the equipment. 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. Equipment Access Only trained, authorized personnel should have access to the installed equipment. The equipment premises is intended to be installed in restricted access. Continued on next page

Installation & Cabling Manual - Edition 3.0 7 Safety Precautions, Continued Proper Grounding Installation & Equipotential Bonding Never power on OSDR equipment unless you have completed the grounding installation. There is risk of equipment failure and / or electrical shock. Ensure that: • The grounding system measures an appropriate path resistance as specified by local regulations. • An appropriate grounding bar (or terminal) exists at the proximity of each equipment installation position. • The equipment is intended to be installed in location only where the equipotential bonding has been applied. Local AC Power Source Ensure that: • Safety requirements require a single pole circuit-breaker to be employed between the local power DC source and outdoor AC PoNE. • The circuit breaker must disconnect the mains phase of the AC power. • For circuit breaker requirements refer to Circuit breakers on page 49. Local DC Power Source Ensure that: • Safety requirements require a single pole circuit-breaker to be employed between the local power DC source and outdoor DC PoNE. • The circuit-breaker must control (open / close) the negative (-) V pole of the power supply. • The positive pole (+) V of the Local DC Power Source, which the wire of DC power cable is terminated on, is grounded. • For circuit breaker requirements refer to Circuit breakers on page 49. AC & DC Power Supply Cables Ensure that: • Power source cables must be tested for short circuits, open circuit or wrong wiring before installed. • The ground wire of the AC power source cable must be connected to the protective earth (ground) point of the mains electricity installation. Continued on next page

Proper Connection of Power Injector Never connect the Gigabit Ethernet (S-FTP) cables coming from the OUT receptacle of power injector to network switches / routers / laptops. There is risk of network devices failure due to potential power that is carrying inside the cable. Connect the OUT receptacle of power injectors to electrical GbE port of radio unit as described in current manual. Proper Radio Unit Power Up Do not plug / unplug: The Ethernet cable to / from the radio unit when the power injector operates (powering through power injector). There is risk of radio unit failure. Always ensure that the power supply source / power injector is OFF before plugging / unplugging. Laser Radiation When using SFP, then the OSDR is a CLASS 1 laser product.

Installation & Cabling Manual - Edition 3.0 9 2. Materials Scope This chapter describes all the available materials for OSDR installation. Topics The chapter includes the following topics: Description Page OSDR 10 Antennas 11 Mounting Kits 12 Cables 15 Cable Glands and Holder 18 Power Injectors 19 SFP 21 Ancillaries 22 Others 23

GHz, FDD, GbE. Operation Modes: PtMP Hub, PtMP TS, PtP Node.

Installation & Cabling Manual - Edition 3.0 11 Antennas Antenna types # Photo Description A Antenna, sectoral 900, integrated, 26/28/32 GHz. Includes: • Mounting kit. • Greasing paste. • Installation leaflet. B Antenna, sectoral 900, integrated, 10.5 GHz. Includes: • Mounting kit. • Greasing paste. • Installation leaflet. C Antenna, parabolic, 0.3 m, integrated, 10.5/26/28/32 GHz. Includes: • Mounting kit. • Greasing paste. • Installation leaflet. D Antenna(1), panel, 10.5 GHz. For installation requires the following order codes: • OSDR-ANT-MNT (mounting kit). • GRS-PST (greasing paste). For antennas order codes please refer to item 2 of Reference manuals on page 3. (1) Extra bolts and leaflet concerns only WiBASTM-Connect installation.

panel antenna Oder Code Description OSDR-ANT-MNT Pole/Wall mounting kit for panel antenna 10.5 GHz (pole diameter 48 mm up to 60 mm). Pole adaptation bracket for panel antenna Oder Code Description INST-ADAPT Pole adaptation bracket for panel antenna 10.5 GHz (pole diameter 61 mm up to 120 mm). OSDR-ANT-MNT is required for mounting panel antenna 10.5 GHz. # Items Description Qty Details A Hose clamp. 2 For pole diameter 101 mm up to 120 mm. B Hose clamp. 2 For pole diameter 61 mm up to 100 mm. C Bracket. 1 Pole adaptation bracket. D Washers. 4 M8 washers (DIN125A), stainless. E Screws. 4 M8x25 hex-headed screw (DIN933), stainless. Continued on next page

Installation & Cabling Manual - Edition 3.0 13 Mounting Kits, Continued Hooks for panel antenna Oder Code Description OSDR-PL-ANT-KIT Hooks for panel antenna 10.5 GHz. Pole mounting bracket for outdoor DC PoNE Oder Code Description INST-PONE-PL Mounting bracket for pole installation of PONE-OD-DC power injector (pole diameter 50 to 120 mm / steel hose clamp diameter 64 to 140 mm). Pole mounting bracket for outdoor AC PoNE Oder Code Description INST-PONE-PL2 Mounting bracket for pole installation of PONE-OD67-AC power injector (pole diameter 50 to 120 mm / steel hose clamp diameter 64 to 140 mm). 2 x screws and lock washers are used. The third set (screw and lock washer) is for spare purpose. Continued on next page

Pole hose clamps Stainless steel hose clamp for pole installation of ETH-SRG-OD68 lightning surge protector (one ETH-SRG-OD68 requires 2 clamps). The following table shows the available hose clamps: Item Order Code Description A ST-CL64-140 ∅ 64-140 mm, width = 14.2 mm. For ∅ 48-100 mm pole diameter. B ST-CL102-178 ∅ 102-178 mm, width = 14.2 mm. For ∅ 75-149 mm pole diameter. C ST-CL172-248 ∅ 172-248 mm, width = 14.2 mm. For ∅ 150-229 mm pole diameter. D ST-CL242-318 ∅ 242-318 mm, width = 14.2 mm. For ∅ 230-300 mm pole diameter.

Installation & Cabling Manual - Edition 3.0 15 Cables RSSI cable Order Code / Photo Description CAB-RSSI-BNC RSSI cable, male BNC to 2 x banana plugs, 75 Ω for measuring OSDR receive signal level in volts (voltmeter is required). Grounding kit Order Code / Photo Description GND-KIT16-OD Grounding kit for OSDR and outdoor AC PoNE. Includes: • 2 x meter yellow/green grounding cable, 16 mm2 stranded • 450 V • Heat shrinkable tube, black, d = 9.5 mm x 4.8 mm. • 1 x M5 terminal lug for 16 mm2 grounding cable stranded • 1 x M8 terminal lug for 16 mm2 grounding cable stranded Grounding cable Order Code / Photo Description GND-CAB6-ID Grounding cable, per meter, yellow/green, 6 mm2, stranded, 450 V for outdoor DC PoNE. Ethernet S-FTP cable Order Code / Photo Description ETH-CAB-SFTP Shielded Ethernet cable Cat5E (S- FTP), 4 x 2 x AWG24, black, UV-rated, per meter. Continued on next page

Description A AC-PWR-CAB AC power bulk cable(1), 3 x 0.75 mm2, 0.6 / 1 kV, stranded, UV-rated, industrial type, outdoor use, per meter. Used for powering of outdoor AC PoNE (PONE- OD67-AC). B DC-PWR-CAB-2 DC power cable, 2 x 2.5 mm2, PVC, 1 KV, outdoor use, per meter. Used for powering of outdoor DC PoNE (PONE- OD-DC). Continued on next page (1) AC connector (ST-CONN-AC) is required for cable termination.

Installation & Cabling Manual - Edition 3.0 17 Cables, Continued Fiber optic cables Prefabricated connectorized fiber optic cables for outdoor use, DX, 2 x LC/PC-LC/PC, available in multi-mode (MM) & single mode (SM) in different lengths. # Order Code Cable Length (m) A FBROPTMM-025 25 B FBROPTMM-050 50 C FBROPTMM-100 100 D FBROPTMM-150 150 E FBROPTMM-200 200 F FBROPTSM-025 25 G FBROPTSM-050 50 H FBROPTSM-100 100 I FBROPTSM-150 150 J FBROPTSM-200 200

M20 and M25 glands and holders # Order Code / Photo Details A M20-GLAND OSDR M20 gland for Ethernet cable. B OSDR-HOLD-2 Cable holder for fastening 2 x M20-GNAND (includes 2 x tie wraps: L = 100 mm, D = 18 mm, W = 2.5 mm). C M25-GLAND OSDR M25 gland for Fiber optic cable. D OSDR-HOLD-5 Cable holder for fastening 4 x M20-GNAND and 1 x M25-GLAND (includes 5 x tie wraps: L = 100 mm, D = 18 mm, W = 2.5 mm). Continued on next page

Installation & Cabling Manual - Edition 3.0 19 Power Injectors Indoor power injectors # Order Code / Photo Description A POE-AC75-ID Indoor AC POE – 75 W (Wall installation materials are not included). B POE-ID-AC72 Indoor AC POE – 72 W (Wall installation materials are not included). C POE-AC56-IDH Indoor AC POE – 56 W (Wall installation materials are not included). D IDU-O4P Indoor OmniBASTM-4P (provides PoNE-enabled interfaces to up to 4 x OSDR units through 4 x GbE interfaces).

Outdoor power injectors # Order Code / Photo Description A PONE-OD-DC Outdoor DC PoNE – 60 W • For wall installation the package includes: − 4 x screws and wall plugs. − 1 x M4 grounding terminal (for terminating 6 mm2 grounding cable (GND-CAB6-ID)). • For pole installation the INST- PONE-PL is required. B PONE-OD67-AC Outdoor AC PONE – 62.7 W • For wall installation the package includes: − 1 x M5 grounding steel nut (for terminating 16 mm2 grounding cable (GND-KIT16-OD). − 2 x M20 steel cable glands (for Ethernet cable (ETH-CAB-SFTP) with RJ-45 (ST-RJ45) connector). − 1 x AC power connector (for terminating AC power supply cable AC-PWR-CAB). − 2 x washers, screws and wall plugs. • For pole installation the INST- PONE-PL2 is required.

Installation & Cabling Manual - Edition 3.0 21 SFP Electrical SFP module Oder Code / Photo Description SFP-ELGFE-IN Electrical SFP for 10/100/1000 Base-T operation. Optical SFP module # Order Code Description A SFP-MM-500M SFP, multi-mode, up to 500 m, 1.25 Gbit/s, 850 nm. B SFP-SM-10KM SFP, single mode, up to 10 Km, 1.25 Gbit/s, 1310 nm. C SFP-SM-40KM SFP, single mode, up to 40 Km, 1.25 Gbit/s, 1310 nm. D SFP-SM-80KM SFP, single mode, up to 80 Km, 1.25 Gbit/s, 1550 nm.

Description A CAB-TIE-UV Cable tie, 500 x 12.5 mm, black, UV-resistant. One tie is recommended per cable meter. B ST-RJ45 RJ-45 connector, shielded for S-FTP cable termination (ETH-CAB-SFTP). C ETH-SRG-OD68 Outdoor lightning surge protector with IP68 ingress protection for Ethernet lines (one ETH- SRG-OD68 protects one Ethernet line). Grounding An M4 grounding screw is pre-installed on the device for connection with 16 mm2 grounding cable. Can be combined with GND-KIT16-OD (not included).

Installation & Cabling Manual - Edition 3.0 23 Others Tool kit Item Order Code / Photo Description A SEC-ANT-XPOL-KIT Tool kit for adjusting the antenna verticality with respect to the ground. Tools Item Order Code / Photo Description A CRIMP-TOOL-S Hand crimping tool for RJ-45 connector (ST-RJ45). B TOOL-M20 Optional tool for M20 gland. Used for installation of: • OSDR 2 x M20 glands side-by-side • Outdoor AC power injector (PONE- OD67-AC) M20 gland.

24 3. Before Starting the Installation Scope This chapter describes all the prerequisites that must be considered prior to installing the OSDR equipment. Topics The chapter includes the following topics: Description Page Radio Unit View 25 Radio Unit Cabling 28 Installation Tools 45 Site Prerequisites 47

Installation & Cabling Manual - Edition 3.0 25 3.1. Radio Unit View Receptacles # Marking Description Use A GbE2 Gigabit Ethernet, Electrical RJ-45 (100/1000 Base-T). To connect Ethernet (S-FTP) cable for traffic / inband management and power via power injector. B FE Fast Ethernet, RJ-45 (100 Base-T). To connect Ethernet (S-FTP) cable for outband management / power via power injector. PROTECT To connect Ethernet (S-FTP) cable for protection (OSDR Hub (1+1)). C - - Reserved for future use. D - - Reserved for future use. E GbE1 Gigabit Ethernet, SFP cage. To connect SFP module (electrical / optical) for traffic and inband management. Continued on next page

26 Radio Unit View, 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 up to 18). 6 Transmit frequencies. 7 Receive frequencies. Continued on next page

Installation & Cabling Manual - Edition 3.0 27 Radio Unit View, Continued Other points # Marking Description Use A - Anchor point To carry OSDR unit. B - Wave guide To install antenna feeder. C - Clamps To mount antenna. D - Female threads for M5 screws. To install mounting kit for panel antenna. E GND Enclosure grounding terminal. To connect 16 mm2 grounding cable. F RSSI Receive signal level indication. To connect the RSSI cable for measuring receive signal in volts. G - Female threads for screws. To install cable holder.

28 3.2. Radio Unit Cabling Introduction This topic describes the cabling overview, as follows: Description Page Gigabit ETH cable for service Traffic, Inband Management and Powering 29 Fiber Optic cable for service Traffic and Inband Management / Gigabit Ethernet (S-FTP) cable for service Powering 37 The following instructions refers to cabling overview without using any additional device for lightning surge protection.

Installation & Cabling Manual - Edition 3.0 29 Gigabit ETH cable for service Traffic, Inband Management and Powering Cable length restriction 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 OSDR receptacle (GbE2) and customer network receptacle cannot exceed 100 meters. Continued on next page

30 Gigabit ETH cable for service Traffic, Inband Management and Powering, Continued Cabling overview using AC POE The following schematic shows a cabling overview of OSDR radio unit when powering is through an indoor AC POE (75W): Marking Cable Type GbE#2 and 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. AC INPUT AC power supply cord. GND Grounding cable 16 mm2 for radio unit. Continued on next page

Installation & Cabling Manual - Edition 3.0 31 Gigabit ETH cable for service Traffic, Inband Management and Powering, Continued Cabling overview using AC POE, continued The following schematic shows a cabling overview of OSDR radio unit when powering is through an indoor AC POE (72W): Marking Cable Type GbE#2 and POE Gigabit Ethernet (S-FTP) cable for traffic, inband management and superimposed DC power. LAN Gigabit Ethernet (S-FTP) cable for traffic and inband management. AC INPUT AC power supply cord. GND Grounding cable 16 mm2 for radio unit and 6 mm2 for POE. Continued on next page

32 Gigabit ETH cable for service Traffic, Inband Management and Powering, Continued Cabling overview using AC POE, continued The following schematic shows a cabling overview of OSDR radio unit when powering is through an indoor AC POE (56W): Marking Cable Type GbE#2 and 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. AC INPUT AC power supply cord. GND Grounding cable 16 mm2 for radio unit. Continued on next page

Installation & Cabling Manual - Edition 3.0 33 Gigabit ETH cable for service Traffic, Inband Management and Powering, Continued Cabling overview using DC PoNE The following schematic shows a cabling overview of OSDR radio unit when powering is through an outdoor DC PoNE: Marking Cable Type GbE#2 and Gbe#OUT 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. INPUT DC power supply cable. GND Grounding cable 16 mm2 for radio unit and 6 mm2 for PoNE. Continued on next page

34 Gigabit ETH cable for service Traffic, Inband Management and Powering, Continued Cabling overview using DC PoNE, continued The following schematic shows a cabling overview of OSDR radio unit when powering is through an outdoor AC PoNE: Marking Cable Type GbE#2 and GbE#OUT 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. AC-IN AC power supply cable. GND Grounding cable 16 mm2. Continued on next page

Installation & Cabling Manual - Edition 3.0 35 Gigabit ETH cable for service Traffic, Inband Management and Powering, Continued Cabling overview using DC PoNE, continued The following schematic shows a cabling overview of OSDR radio unit when powering is through an indoor OmniBASTM 4W/8W: Marking Cable Type GbE#2 and GbE/DC OUT Gigabit Ethernet (S-FTP) cable for traffic, inband management and superimposed DC power. GbE#5-6 Gigabit Ethernet (S-FTP) cable for traffic and inband management. INPUT DC power supply cable. GND Grounding cable 16 mm2 for radio unit and 4 mm2 for OmniBASTM – 4W/8W. PWR1 OmniBASTM – 4W/8W DC power supply cable. Continued on next page

36 Gigabit ETH cable for service Traffic, Inband Management and Powering, Continued Cabling overview using DC PoNE, continued The following schematic shows a cabling overview of OSDR radio unit when powering is through an indoor OmniBASTM 4P: Marking Cable Type GbE#1 (OmniBASTM-4P) and GbE#2 Gigabit Ethernet (S-FTP) cable for traffic, inband management and superimposed DC power. GbE#5, 6 Gigabit Ethernet (S-FTP) cable with Gigabit Ethernet Electrical SFP module or Fiber Optic cable with Optical SFP module for providing traffic and inband management to customer network equipment. GND Grounding cable 16 mm2 for radio unit and 4 mm2 for OmniBASTM – 4W/8W. -48VDC OmniBASTM – 4P DC power supply cable.

Installation & Cabling Manual - Edition 3.0 37 Fiber Optic cable for service Traffic and Inband Management / Gigabit Ethernet (S-FTP) cable for service Powering 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 SFP Details / Order Code Max Length (m) Single mode 1000 Base-LX 5,000 1000 Base-LX10 (SFP-SM-10KM) 10,000 1000 Base-EX (SFP-SM-40KM) 40,000 1000 Base-ZX (SFP-SM-80KM) 80,000 OM1 (62.5/125) Multi-mode 1000 Base-SX (SFP-MM-500M) 275 OM2 (50/125) Multi-mode 550 Continued on next page

38 Fiber Optic cable for service Traffic and Inband Management / Gigabit Ethernet (S-FTP) cable for service Powering, Continued Gigabit Ethernet (S- FTP) cable length restriction – when AC POE is used The Gigabit Ethernet (S-FTP) cable for service external powering applies to the following restriction: The maximum length of Gigabit Ethernet (S-FTP) cable (Cat5E or Cat6), between OSDR receptacle (GbE2 or FE) and power injector receptacle (POE or OUT) cannot exceed 200 meters (1 x 200 meter cable). For complete cabling overview refer to Cabling overview using AC POE on page 39. Gigabit Ethernet (S- FTP) cable length restriction – when DC PoNE is used The Gigabit Ethernet (S-FTP) cable for service external powering applies to the following restriction: The maximum length of Gigabit Ethernet (S-FTP) cable (Cat5E or Cat6), between OSDR receptacle (GbE2 or FE) and power injector receptacle (Gbe OUT/NMS OUT for PONE-OD-DC or DC OUT/MNG – GbE/DC OUT for OmniBASTM-8W or GbE1/GbE2 for OmniBASTM-4P) cannot exceed 200 meters (requires 2 x 200 meter cables in parallel). See below an example using PONE-OD-DC For complete cabling overview refer to Cabling overview using DC PoNE on page 42. Continued on next page

Installation & Cabling Manual - Edition 3.0 39 Fiber Optic cable for service Traffic and Inband Management / Gigabit Ethernet (S-FTP) cable for service Powering, Continued Cabling overview using AC POE The following schematic shows a cabling overview of OSDR radio unit when powering is through an indoor AC POE (75W): Marking Cable Type FE and OUT Gigabit Ethernet (S-FTP) cable for superimposed DC power. GbE#1 Fiber Optic cable with Optical SFP module for traffic and inband management. AC INPUT AC power supply cord. GND Grounding cable 16 mm2 for radio unit. External powering can be provided either by GbE2 or FE. For GbE2 powering see Gigabit ETH cable for service Traffic, Inband Management and Powering on page 29. Continued on next page

40 Fiber Optic cable for service Traffic and Inband Management / Gigabit Ethernet (S-FTP) cable for service Powering, Continued Cabling overview using AC POE, continued The following schematic shows a cabling overview of OSDR radio unit when powering is through an indoor AC POE (72W): Marking Cable Type FE and POE Gigabit Ethernet (S-FTP) cable for superimposed DC power. GbE#1 Fiber Optic cable with Optical SFP module for traffic and inband management. AC INPUT AC power supply cord. GND Grounding cable 16 mm2 for radio unit and 6 mm2 for POE. External powering can be provided either by GbE2 or FE. For GbE2 powering see Gigabit ETH cable for service Traffic, Inband Management and Powering on page 29. Continued on next page

Installation & Cabling Manual - Edition 3.0 41 Fiber Optic cable for service Traffic and Inband Management / Gigabit Ethernet (S-FTP) cable for service Powering, Continued Cabling overview using AC POE, continued The following schematic shows a cabling overview of OSDR radio unit when powering is through an indoor AC POE (56W): Marking Cable Type FE and OUT Gigabit Ethernet (S-FTP) cable for superimposed DC power. GbE#1 Fiber Optic cable with Optical SFP module for traffic and inband management. AC INPUT AC power supply cord. GND Grounding cable 16 mm2. External powering can be provided either by GbE2 or FE. For GbE2 powering see Gigabit ETH cable for service Traffic, Inband Management and Powering on page 29. Continued on next page

42 Fiber Optic cable for service Traffic and Inband Management / Gigabit Ethernet (S-FTP) cable for service Powering, Continued Cabling overview using DC PoNE The following schematic shows a cabling overview of OSDR radio unit when powering is through an outdoor DC PoNE: Marking Cable Type GbE#2, FE, NMS#OUT and Gbe OUT Gigabit Ethernet (S-FTP) cable for superimposed DC power. GbE#1 Fiber Optic cable with Optical SFP module for traffic and inband management. INPUT DC power supply cable. GND Grounding cable (16 mm2 for radio and 6 mm2 for PoNE). Continued on next page

Installation & Cabling Manual - Edition 3.0 43 Fiber Optic cable for service Traffic and Inband Management / Gigabit Ethernet (S-FTP) cable for service Powering, Continued Cabling overview using DC PoNE, continued The following schematic shows a cabling overview of OSDR radio unit when powering is through an indoor OmniBASTM 4W/8W: Marking Cable Type GbE#2, FE, GbE/DC OUT and DC OUT/MNG Gigabit Ethernet (S-FTP) cable for superimposed DC power. GbE#1 Fiber Optic cable with Optical SFP module for traffic and inband management. INPUT DC power supply cable. GND Grounding cable (16 mm2 for radio unit and 4 mm2 for OmniBASTM – 4W/8W). PWR1 OmniBASTM – 4W/8W DC power supply cable. Continued on next page

44 Fiber Optic cable for service Traffic and Inband Management / Gigabit Ethernet (S-FTP) cable for service Powering, Continued Cabling overview using DC PoNE, continued The following schematic shows a cabling overview of OSDR radio unit when powering is through an indoor OmniBASTM 4P: Marking Cable Type GbE#1 - GbE#2 (OmniBASTM-4P) & GbE#2 - FE (OSDR) Gigabit Ethernet (S-FTP) cable for superimposed DC power. GbE#1 (OSDR) Fiber Optic cable with Optical SFP module for traffic and inband management. GND Grounding cable 16 mm2 for radio unit and 4 mm2 for OmniBASTM – 4W/8W. -48VDC OmniBASTM – 4P DC power supply cable.

Installation & Cabling Manual - Edition 3.0 45 3.3. Installation Tools Prerequisites It is installer responsibility to provide the tools for equipment installation. Equipment installation Item Tool / Photo Description 1 Adjustable torque U-wrench tool (up to 29 mm opening and supporting max tightening torque 40 Nm). Used for tightening screws and nuts. 2 Adjustable torque wrench tool with bits (supporting max tightening torque 20 Nm). Used for tightening screws and nuts. 3 Set of allen keys. Used for radio polarization change and cable holder installation. 4 Digital inclinometer with magnetic base. Used for sectoral antennas alignment works. 5 13 mm wrench. Used for sectoral antenna verticality works. Continued on next page

46 Installation Tools, Continued Cables Termination Type of cables to be terminated: • Ethernet (S-FTP) cable. • AC & DC power supply cables for outdoor power injectors. • 6mm2 and 16 mm2 outdoor yellow/green grounding cables. Item Tool / Photo Description 1 Blade. 2 Cable cutter. 3 Pliers (long nose). 4 See order code CRIMP-TOOL-S on page 23. 5 Ethernet cable tester. 6 Crimping tool for 6 mm2 and 16 mm2 grounding cable. 7 Hot air gun. 8 Soldering iron. 9 Solder. Specific works Item Tool / Photo Description 1 Drill machine with 5 mm bit. Used for wall installation of outdoor power injectors. 2 See order code TOOL-M20 on page on page 23.

Installation & Cabling Manual - Edition 3.0 47 3.4. 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. • LOS verification (Hub – TS). • Rooftop information (height, status, access, dimensions, layout, etc.). • Information about pre-existing indoor/ outdoor equipment. • Available mounting space (on the buildings’ roofs) to reserve for the installation of the outdoor equipment. Site-specific information • Mechanical specifications of masts/ towers (type, dimensions/ diameter, material, exterior finishing, etc.). • Location of appropriate grounding points (bar or terminals). • Location of appropriate power supply distribution points. • Location of cable conduits available for routing the cables. • Location of the network port distributors. • Total length of the cables required. Continued on next page

48 Site Prerequisites, Continued Preparation of the installation premises • Access to the installation premises must be facilitated during the installation period. • Entrances must be large enough to enable the easy transportation of the new equipment. • The floor must be level, smooth and able to bear the load of the equipment. • The roof must be engineered to bear the weight of the service personnel and the outdoor equipment. 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. Power supply cable routing Routing of AC or DC power supply power cable should be implemented as prescribed by the local regulations regarding outdoor electrical installations. Cable conduits Appropriate cable conduits should exist for the routing of installed cables. Grounding Ensure the following: • To make a protective earth connection, use the grounding point located close to the radio unit. • A grounding point (designated GND) should be located close to the mounting position of the radio unit (0 to 2 m). • The grounding point must be connected to grounding cable at least 16 mm2 diameter. • An appropriate, low-resistance grounding system as specified by the local regulations is required. • The equipment will be connected to this grounding point, via the supplied grounding cable. This can provides only partial protection against Lightning-induced power surges. For more information regarding equipment protection against Lightning-induced power surges please refer to Lightning & Surge protection. Continued on next page

Installation & Cabling Manual - Edition 3.0 49 Site Prerequisites, Continued Lightning & Surge protection A: For Ethernet (S-FTP) Cables: Lighting surge protection device (LSP) is required to minimize possibility of equipment damage to any equipment connected to the unit from lighting induced surges. For LSP device installation refer to Reference manuals item 4 on page 3. B: Power Supply Cables (for power injector): A power surge protection device (PSP) is required to minimize possibility of equipment damage from lightning induced surges or power supply surges. For PSP device installation refer to Reference manuals item 1 on page 3. For LSP and PSP details and instructions refer to Reference manuals item 1 on page 3. Circuit breakers The following table provides the circuit breakers characteristics for powering of power injectors: Powering Type Required Circuit Breaker Powering via indoor AC PoE • single-pole MCB 6 A • 230 V AC (voltage rating) • C-curve (for Industrial Applications) Powering via outdoor DC PoNE • single-pole MCB 6 A • min 72 V DC (voltage rating) • C-curve (for Industrial Applications) Powering via outdoor AC PoNE • single-pole MCB 6 A • 230 V AC (voltage rating) • C-curve (for Industrial Applications) If the plug of power supply cord is intended to be the power disconnect device of the equipment, arrange in the installation to connect the equipment to a socket-outlet installed close to the power injector and easily accessible. Continued on next page

50 Site Prerequisites, Continued Pole installation • The pole construction should be rust free and strong enough to handle the weight and restrict movement due to air pressure. • Should be perfectly perpendicular to allow correct alignment of the antenna. • The antenna mounting kit should roughly point to the direction of the opposite unit (based on the site survey data). • Each radio and antenna unit must be installed according to the radio planning data for pole installation (height, degrees e.t.c). • The outdoor equipment, inclusive of the radio transceiver(s) and antenna(s), should be mounted on a mast or on a tower.

Installation & Cabling Manual - Edition 3.0 51 4. Installation Procedures Installation procedure overview This chapter describes the mechanical installation and cabling of the OSDR equipment. The following tables shows with order all the necessary steps for installation completion: Action Description Page Photo 1 Radio Unit and Antenna 52 2 Radio Unit Grounding Cable 76 3 Radio Unit Ethernet (S-FTP) Cable 77 4 Power Injector 82 5 Radio Unit Optical Cable (Optional) 83 6 Radio Unit Cable Holder 88

52 4.1. Radio Unit and Antenna Sectoral and Parabolic Antenna Introduction Apply this procedure for installing the OSDR to sectoral/parabolic antenna. For sectoral antennas the procedure includes the alignment steps, also. The antenna is capable to be installed in both side of the pole. The following photos are indicative of the installation in the left orientation of the sectoral/parabolic models. Prerequisites It is very important to mount the antenna exactly as described to INSTALLATION INSTRUCTION LEAFLET (included in the antenna package). Tools and materials # Description Tools • Adjustable torque U-wrench. • Allen key. Materials OSDR and antenna. Continued on next page

Installation & Cabling Manual - Edition 3.0 53 Sectoral and Parabolic Antenna, Continued Procedure To install the OSDR onto the sectoral/parabolic antenna and to perform antenna alignment, proceed as follows: Step Action 1 The antenna installation should look as follows. Continued on next page

54 Sectoral and Parabolic Antenna, Continued Procedure, continued Step Action 2 Remove antenna protection label from the feeder, as shown below. Continued on next page

Installation & Cabling Manual - Edition 3.0 55 Sectoral and Parabolic Antenna, Continued Procedure, continued Step Action 3 Radio unit and antenna should be adjusted for common polarization, as shown below. If the LINK polarization is VERTICAL then the feeders should be remained, as shown below: If the LINK polarization is HORIZONTAL, use the allen key to loosen the four screws at the waveguide port of the OSDR (do not remove the screws) and then TURN the polarizer, as shown below: How to change antenna polarization refer to antenna installation leaflet. Do not over tighten the screws. Apply maximum tightening torque 0.6 Nm. The misalignment of slots between the movable part and the stationary part of the radio waveguide port is intentional and does not indicate a problem. Continued on next page

56 Sectoral and Parabolic Antenna, Continued Procedure, continued Step Action 4 Lubricate the O-ring with silicone grease, as shown below. • For parabolic antenna continue to step 5. • For sectoral antenna 26/28/32 GHz go to step 8. • For sectoral antenna 10.5 GHz go to step 19. 5 Unlock the four clamps of the radio unit,, as shown below. 6 Mount the OSDR onto the antenna, as shown below. Continued on next page

Installation & Cabling Manual - Edition 3.0 57 Sectoral and Parabolic Antenna, Continued Procedure, continued Step Action 7 Lock and secure all four clamps according to the pattern below. Details of Clamps closing End of procedure for parabolic antenna. For parabolic antenna alignment refer to item 6 of Reference manuals on page 3. Continued on next page

58 Sectoral and Parabolic Antenna, Continued Procedure, continued Step Action 8 Perform the following actions: A: Mount the tool onto the antenna radio wave feeder, as shown below. B: Use the cross screwdriver to screw the bolts and then fully tighten. Do not over tighten. Make sure no any gap between tool and antenna, as shown below. Continued on next page

Installation & Cabling Manual - Edition 3.0 59 Sectoral and Parabolic Antenna, Continued Procedure, continued Step Action 9 Use the U-wrench key (13 mm) to loosen the 3 nuts, as shown below (do not remove the nuts). 10 Install the OSDR onto the antenna as described to steps 5, 6 and 7. Continued on next page

60 Sectoral and Parabolic Antenna, Continued Procedure, continued Step Action 11 To correct the antenna verticality with respect to the ground, perform the following actions: A: Place the inclinometer, as shown below: B: Rotate (left-right) the radio unit till the inclinometer digital indicator reaches 0 degrees. 12 Remove the OSDR. 13 Tighten the three M10 nuts (see step 9). DO NOT remove the XPOL tool. • Do not over tighten. • For maximum tightening torque please follow the antenna installation leaflet (available in package). Continued on next page

Installation & Cabling Manual - Edition 3.0 61 Sectoral and Parabolic Antenna, Continued Procedure, continued Step Action 14 Install the OSDR onto the antenna as described to steps 5, 6 and 7. 15 To correct the elevation angle for matching with the RF planning data, perform the following actions: A: Place the inclinometer, as shown below. B: Use the U-wrench tool to perform elevation adjustment, as shown below. Perform adjustment till the inclinometer reaches the tilt provided by RF planning. C: All elevation nuts and bolts should be tightened. • Do not over tighten. • For maximum tightening torque please follow the antenna installation leaflet (available in package). Continued on next page

62 Sectoral and Parabolic Antenna, Continued Procedure, continued Step Action 16 Remove the OSDR and the XPOL tool. 17 Install the OSDR onto the antenna as described to steps 5, 6 and 7. 18 Use the U-wrench tool to perform azimuth adjustment(1), as shown below. • Do not over tighten. • For maximum tightening torque please follow the antenna installation leaflet (available in package). End of procedure for sectoral 26/28/32 GHz. Continued on next page (1) The values must be taken from RF planning team.

Installation & Cabling Manual - Edition 3.0 63 Sectoral and Parabolic Antenna, Continued Procedure, continued Step Action 19 Install the OSDR onto the antenna as described to steps 5, 6 and 7. 20 To correct the elevation angle for matching with the RF planning data, perform the following actions: A: Place the inclinometer, as shown below. B: Use the U-wrench tool to perform elevation adjustment, as shown below. Perform adjustment till the inclinometer reaches the desirable RF planning value. C: All elevation nuts and bolts should be tightened. • Do not over tighten. • For maximum tightening torque please follow the antenna installation leaflet (available in package). Continued on next page

64 Sectoral and Parabolic Antenna, Continued Procedure, continued Step Action 21 Use the U-wrench tool to perform azimuth adjustment(1), as shown below. • Do not over tighten. • For maximum tightening torque please follow the antenna installation leaflet (available in package). End of procedure for sectoral 10.5 GHz. End of procedure. (1) The values must be taken from RF planning team.

Installation & Cabling Manual - Edition 3.0 65 Panel Antenna Introduction This topic describes the following procedures: Description See Page Mounting kit installation procedure 66 Panel antenna installation procedure 71 Tools and materials # Description Tools • Adjustable torque U-wrench. • Adjustable torque wrench with bit (hexagon male and cross). • Allen key. Materials • OSDR-ANT-MNT. • OSDR-PL-ANT-KIT. • GRS-PST. • OSDR. • Panel antenna. Mounting kit overview Continued on next page

66 Panel Antenna, Continued Mounting kit installation procedure To install the mounting kit, proceed as follows: Step Action 1 Perform the following actions: A: Unscrew the azimuth adjuster screw. B: Release the u-bolts. 2 Place the arm bracket to the pole and install the two U-bolts, as shown below. Use the U-wrench to tighten (washer, lock washer and nut). Do not over tighten. Adjust the tool for max tightening torque 15 Nm. Continued on next page

Installation & Cabling Manual - Edition 3.0 67 Panel Antenna, Continued Mounting kit installation procedure, continued Step Action 3 Perform the following actions: A: Unscrew the four screws. B: Place the radio mounting adapter onto the OSDR, as shown below. C: Install and screw the four screws. Do not over tighten. Adjust the tool for max tightening torque 4.2 Nm. Continued on next page

68 Panel Antenna, Continued Mounting kit installation procedure, continued Step Action 4 Insert arm into the arm bracket, as shown below. Continued on next page

Installation & Cabling Manual - Edition 3.0 69 Panel Antenna, Continued Mounting kit installation procedure, continued Step Action 5 Perform the following actions: A: Install the azimuth adjuster (taking into account the caution), as shown below. B: Install the azimuth adjuster bolt, as shown below (washer, lock washer and bolt). Continued on next page

70 Panel Antenna, Continued Mounting kit installation procedure, continued Step Action 6 Use the adjustable wrench to fully tighten the adjuster bolt. Do not over tighten. Adjust the tool for max tightening torque 20 Nm. The installation should look as follows. End of procedure. Continued on next page

Installation & Cabling Manual - Edition 3.0 71 Panel Antenna, Continued Panel antenna installation procedure To install the panel antenna to OSDR, proceed as follows: Step Action 1 Install the antenna hooks (x 4), as shown below. Continued on next page

72 Panel Antenna, Continued Panel antenna installation procedure, continued Step Action 2 Radio unit and antenna should be adjusted for common polarization. If the LINK polarization is HORIZONTAL then the feeders should be remained, as shown below: If the LINK polarization is VERTICAL, use the allen key to loosen the four screws at the waveguide port of the radio (do not remove the screws) and then TURN the polarizer, as shown below: The terminal station polarization at 10.5 GHz (radio-panel antenna) is specific and applicable to this case only. Do not over tighten the screws. Apply maximum tightening torque 0.6 Nm. The misalignment of slots between the movable part and the stationary part of the radio waveguide port is intentional and does not indicate a problem. Continued on next page

Installation & Cabling Manual - Edition 3.0 73 Panel Antenna, Continued Panel antenna installation procedure, continued Step Action 3 Perform the following actions: A: Lubricate the O-ring with silicone grease. B: Remove antenna protection plastic sticker from the feeder. 4 Unlock the four radio unit clamps, as shown below. Continued on next page

74 Panel Antenna, Continued Panel antenna installation procedure, continued Step Action 5 Mount the panel antenna onto the OSDR, as shown below. Continued on next page

Installation & Cabling Manual - Edition 3.0 75 Panel Antenna, Continued Panel antenna installation procedure, continued Step Action 6 Lock and secure all four clamps according to the pattern below. Details of Clamps closing End of procedure

76 4.2. Radio Unit Grounding Cable Introduction Apply this procedure for installing the grounding cable to OSDR grounding terminal. Prerequisites How to terminate a grounding cable please refer to Appendix D: Cables Termination. Tools and materials # Description Tools Adjustable torque U-wrench. Materials GND-KIT16-OD Procedure To install the grounding cable to OSDR, proceed as follows: Step Action 1 Use the tool to remove the M5 nut and one spring washer. Then install the cable, as shown below. Use the adjustable U-wrench to tighten the M5 nut. Do not over tighten. Adjust the tool for max tightening torque 4.2 Nm. After completion of OSDR installation do not forget to install the other end of the grounding cable to grounding bar. End of procedure.

Installation & Cabling Manual - Edition 3.0 77 4.3. Radio Unit Ethernet (S-FTP) Cable Introduction Apply this procedure for installing the Ethernet (S-FTP) cable with M20 gland to OSDR receptacle (GbE2 or FE). Prerequisites How to terminate an Ethernet (S-FTP) cable please refer to Appendix D: Cables Termination. Tools and materials # Description Tools Adjustable torque U-wrench. Materials • M20-GLAND. • Terminated Ethernet (S-FTP) cable to RJ-45 jack. Continued on next page

78 Radio Unit Ethernet (S-FTP) Cable, Continued Procedure To install the Ethernet cable with M20 gland to OSDR receptacle (GbE2 or FE), proceed as follows: Step Action 1 Remove the protective cap (plastic for GbE2 or metallic for FE). 2 Disassemble the M20-GLAND parts, as shown below. 3 Pass the cable through the parts of gland, as shown below. The seal shown below is split-type for easy installation and removal. Continued on next page

Installation & Cabling Manual - Edition 3.0 79 Radio Unit Ethernet (S-FTP) Cable, Continued Procedure, continued Step Action 4 Plug the RJ-45 jack into the GbE2 port of the OSDR. Listen for a “click” when inserting. This verifies that the jack has been inserted properly. 5 Perform the following actions: A: Screw the body into the OSDR thread. Do not over tighten. Adjust the tool for max tightening torque 7 Nm. B: Insert claw into the body (taking into account the caution). Align the designated points. Misaligning of parts will cause damage. Continued on next page

80 Radio Unit Ethernet (S-FTP) Cable, Continued Procedure, continued Step Action 6 Perform the following actions: A: Insert the seal into “pressure fingers” of claw. B: Insert the O-ring. C: Screw the sealing nut. Use the adjustable torque U- wrench to fully tighten. The ring protects from overtightening. Continued on next page

Installation & Cabling Manual - Edition 3.0 81 Radio Unit Ethernet (S-FTP) Cable, Continued Procedure, continued Step Action 7 Install the cable holder, as described to Radio Unit Cable Holder on page 88. End of procedure. Take care when you unplug the RJ-45 jack. The latter is locked into the mating receptacle. After removing the gland parts of the cable use the flat-headed screwdriver to extract the RJ-45 jack by pressing the clip upwards, as shown below:

82 4.4. Power Injector For power injectors installation refer to Appendix C: Power Injector Installation on page 96.

Installation & Cabling Manual - Edition 3.0 83 4.5. Radio Unit Optical Cable (Optional) Introduction Apply this procedure for installing the Fiber Optic cable with M25 gland to OSDR receptacle (GbE1). Tools and materials # Description Tools Adjustable torque U-wrench. Materials • M25-GLAND. • Fiber Optic cable. • SFP module. Procedure To install the Fiber Optic cable with M25 gland to OSDR receptacle (GbE1), proceed as follows: Step Action 1 Remove the metallic protective cap. 2 Disassemble the M25-GLAND parts, as shown below. Continued on next page

84 Radio Unit Optical Cable (Optional), Continued Procedure, continued Step Action 3 Pass the cable through the parts of gland, as shown below. The seal shown below is split-type for easy installation and removal. 4 Perform the following actions: A: Install the fiber optic cable into the SFP module. B: Plug the SFP module into the OSDR SFP cage. C: Install the body extension. Do not over tighten. Adjust the tool for max tightening torque 10 Nm. Continued on next page

Installation & Cabling Manual - Edition 3.0 85 Radio Unit Optical Cable (Optional), Continued Procedure, continued Step Action 5 Perform the following actions: A: Screw the body into the body extension thread. Do not over tighten. Adjust the tool for max tightening torque 10 Nm. B: Insert claw into the body (taking into account the caution). Align the designated points. Misaligning of parts will cause damage. Continued on next page

86 Radio Unit Optical Cable (Optional), Continued Procedure, continued Step Action 6 Perform the following actions: A: Insert the seal into “pressure fingers” of claw. B: Insert the O-ring. C: Screw the sealing nut. Use the adjustable torque U-wrench to fully tighten. The ring protects from overtightening. Continued on next page

Installation & Cabling Manual - Edition 3.0 87 Radio Unit Optical Cable (Optional), Continued Procedure, continued Step Action 7 Install the cable holder, as described to Radio Unit Cable Holder on page 88. End of procedure. Take care when you unplug the fiber optic connector. The latter is locked into the SFP and must be extracted first (with the tip of a flat-headed screwdriver) after removing the gland parts from the lower part of OSDR.

88 4.6. Radio Unit Cable Holder Introduction Apply this procedure for installing the cable holder to OSDR. Tools and materials # Description Tools Adjustable torque wrench with hexagon male bit Materials OSDR-HOLD-2 or OSDR-HOLD-5 Procedure To install the cable holder, proceed as follows: Step Action 1 Use the tool to remove the three screws with lock washers, as shown below. Continued on next page

Installation & Cabling Manual - Edition 3.0 89 Radio Unit Cable Holder, Continued Procedure, continued Step Action 2 Perform the following: A: Attach the holder to radio. B: Use the tool to install the three lock washers and screws, as shown below. Do not over tighten. Adjust the tool for max tightening torque 2 Nm. 3 Install cables and glands. How to install refer to the following: • Radio Unit Ethernet (S-FTP) Cable on page 77. • Radio Unit Optical Cable (Optional) on page 83. Continued on next page

90 Radio Unit Cable Holder, Continued Procedure, continued Step Action 4 Use the tie wraps to tighten the cable, as shown below. End of procedure. Do not forget to install the OSDR grounding cable.

Installation & Cabling Manual - Edition 3.0 91 Appendix A: Adaptation Kit Installation Pole Installation Introduction Apply this procedure for installing the adaptation kit onto the pole. Tools and materials # Description Tools • Adjustable torque U-wrench. • Adjustable torque wrench with hexagon female bit. Materials INST-ADAPT. Continued on next page

92 Pole Installation, Continued Procedure To install adaptation kit onto the pole, proceed as follows: Step Action 1 Choose the proper hose clamps based on the pole diameter. 2 Pass through the clamps to bracket, as shown below: 3 Choose the correct position onto the pole to install the adaptation bracket. 4 Use the tool to tighten. Do not over tighten. Adjust the tool for tightening torque, as follows: • min 5.5 Nm. • max 7.0 Nm. Continued on next page

Installation & Cabling Manual - Edition 3.0 93 Pole Installation, Continued Procedure, continued Step Action 5 Install the arm bracket onto the adaptation bracket, as shown below. Do not over tighten. Adjust the tool for max tightening torque 15 Nm. End of procedure

94 Appendix B: Mounting Kit Wall Installation Wall Installation Introduction Apply this procedure for installing the mounting kit onto the wall. Tools and materials # Description Tools Adjustable torque U-wrench. Materials OSDR-ANT-MNT. Procedure To install radio unit to sectoral/parabolic antenna, proceed as follows: Step Action 1 Use a drilling machine (fitted with an 8 mm drill bit) and the following drill template to drill the holes in the wall surface, as shown below. Continued on next page