INTRACOM TELECOM SOLUTIONS SN6250F12HW16 Point-to-Point Gigabit Radio 60 GHz User Manual StreetNode 6250 PTP

INTRACOM S.A. TELECOM SOLUTIONS Point-to-Point Gigabit Radio 60 GHz StreetNode 6250 PTP

Contents

Installation manual

StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 -I- Document Revision History Revisions • Previous Edition: 2.0 • Current Edition: 2.1 Reasons of change The table below shows the reasons of the document change: Change / Page A ( added) M ( modified) R (removed) Radiation Safety & FCC Statements A
StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 -II-
StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 -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).
StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 -IV- Declaration of Conformity Hereby, Intracom S.A. Telecom Solutions declares that the product StreetNode 6250 PTP is CE marked, complying with the requirements of the R&TTE Directive 1999/5/EC , EMC Directive 2004/108/ΕC, LVD Directive 2006/95/ΕC, ΕCO Design Directive 2009/125/EU & with the requirements of the RoHS Directive 2011/65/ΕU. The product complies to all relevant FCC regulations. For further information, please refer to Appendix E: Standards of Compliance on page 81. Δήλωση Συμμόρφωσης Με την παρούσα, η Intracom Α.Ε. Τηλεπικοινωνιακών Λύσεων δηλώνει ότι το προϊόν StreetNode 6250 PTP φέρει την σήμανση CE συμμορφούμενο προς τις απαιτήσεις και τις λοιπές διατάξεις των οδηγιών R&TTE 1999/5/EC, EMC 2004/108/ΕC, LVD 2006/95/ΕC, ΕCO Design 2009/125/EU καθώς και με τις απαιτήσεις της οδηγίας RoHS 2011/65/EU. Το προϊόν συμμορφώνεται σε όλους τους σχετικούς κανονισμούς της Ομοσπονδιακής Επιτροπής Τηλεπικοινωνίων της Ηνωμένων Πολιτειών Αμερικής (FCC). Για περισσότερες πληροφορίες παρακαλώ δείτε το παράρτημα Appendix E: Standards of Compliance στην σελίδα 81.
StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 -V- Radiation Safety Introduction Any radio equipment is emitting Radio Frequency (RF) radiation through its antenna. In the StreetNodeΤΜ 6250 PTP radio, the antenna is integrated and located inside the unit’s enclosure. It is important to follow any local, national or international regulation during installation and operation of the radio equipment to minimize radiation hazards. Regulations Many countries have issued and follow their own RF safety regulations, while many others have adopted international regulations, standards or guidelines. In Europe, some countries follow the recommendations included in the 1999/519/EC directive, which is based on the guidelines document published by the International Commission on Non-Ionizing Radiation Protection (ICNIRP). The above mentioned European directive provides the reference levels (limits) for assessment of the human exposure to electromagnetic fields based on health effects. Other regulators may define different reference levels. The European Union and U.S. regulator (FCC) Reference Levels for the microwave frequencies are given below: Regulation Frequency, GHz Electric Field Strength Power Flux density Notes 1999/519/EC 2.0 – 300 61 V/m 10 W/m2 General Public FCC OET 65 1.5 – 100 - 1 mW/cm2 (10 W/m2) General Public FCC OET 65 1.5 – 100 - 5 mW/cm2 (50 W/m2) Occu-pational Continued on next page
StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 -VI- Radiation Safety, Continued General installation guidelines (RF exposure) As a general rule, it is expected that the highest level of emission would be at the antenna emission lobe maximum, in direct line-of-sight condition and in the close vicinity of the antenna. Additional requirements for the installation of the StreetNodeΤΜ 6250 PTP radio shall be as follows: • The radio should be located in such a way to prevent the public from accessing the area where the RF radiation exceeds the regulation limits. For this, a compliance boundary is determined, based on its radio characteristics. Outside this area, the RF radiation levels are below the reference levels (limits). • Operation and maintenance personnel, which have to work within the RF radiation compliance boundary area, should be informed about the source of radiation and should have the capability to power off the radio equipment before entering the compliance boundary area. • The compliance boundary area should be defined by a relevant warning sign or physical barrier. Continued on next page
StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 -VII- Radiation Safety, Continued Compliance boundary definition The Compliance Boundary Definition for StreetNodeΤΜ 6250 PTP is shown to the following table below: Parameter Value Max EIRP 40,0 dBm 10,0 W Max EIRP (worst case conditions) ~47,0 dBm ~50,00 W Power Flux Density Limit (General Public) 10,0 W/m2 Compliance Boundary (General Public) 0,64 m Power Flux Density Limit (Occupational) 50,0 W/m2 Compliance Boundary (Occupational) 0,29 m The above calculations are based on information available at the time of issue of the current document. RF exposure compliance boundary studies / reports are available upon request. References - 1999/519/EC, COUNCIL RECOMMENDATION of 12 July 1999 on the limitation of exposure of the general public to electromagnetic fields (0 Hz to 300 GHz). - OET Bulletin 65, Evaluating Compliance with FCC Guidelines for Human Exposure to Radiofrequency Electromagnetic Fields, Edition 97-01, August 1997. - GUIDELINES FOR LIMITING EXPOSURE TO TIME-VARYING ELECTRIC, MAGNETIC, AND ELECTROMAGNETIC FIELDS (UP TO 300 GHz), International Commission on Non-Ionizing Radiation Protection (ICNIRP), 1998
StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 -VIII- FCC Part 15.19 Statement: Information to the User This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. FCC Part 15.21 Statement: Information to the User Changes or modifications made to this equipment, not expressly approved by the party responsible for compliance, could void the user's authority to operate the equipment. FCC Part 15.105 Statement: Information to the User This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to part 15 of the FCC rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. 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. Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own. Integrated Bluetooth Module FCC ID The unit contains a certified Bluetooth Module. The end user has no access to this module. The FCC ID of the internal Bluetooth module can be found after the phrase “Contains FCC ID” on the label displaying the FCC IDs related to the unit. This label is visible on the side of the unit.
StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 1 Table of Contents Table of Contents .................................................................................................................. 1 1. Introduction ............................................................................................................................ 3 About this Document ............................................................................................................. 3 2. Prior to Installation ................................................................................................................ 4 List of Materials ..................................................................................................................... 4 Connections ........................................................................................................................ 16 Equipment Anchor Points .................................................................................................... 20 Safety Precautions .............................................................................................................. 21 Site Prerequisites ................................................................................................................ 24 Cable Length Restrictions ................................................................................................... 33 Antenna Hydrophobic Coating Protection ........................................................................... 37 Recommended Tools .......................................................................................................... 38 3. Installation of StreetNode 6250 PTP ................................................................................... 41 Mechanical Installation & Grounding ................................................................................... 41 Installation of Traffic Cable(s) .............................................................................................. 52 Installation of Power Cable (Direct Powering) ..................................................................... 58 Installation of Power Injector (Power over Ethernet) ........................................................... 60 Appendix A: Terminating Ethernet (S-FTP) Cable ................................................................ 67 Appendix B: Terminating Power Supply Cable ..................................................................... 75 Appendix C: Terminating Grounding cable ........................................................................... 76 Appendix D: Removing StreetNode 6250 PTP....................................................................... 78 Appendix E: Standards of Compliance .................................................................................. 81
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StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 3 1. Introduction About this Document Scope of document This document is the Installation & Cabling Manual of StreetNodeTM 6250 PTP : Point-to-Point all-outdoor Gigabit Radio 60 GHz. Target Audience This document is addressed to certified technicians with wireless equipment knowledge and skills concerning the following: • Outdoor Radio Unit Installation (Lamp Post or Building Wall). • Preparation & Termination of: Ethernet, Power & Grounding cables. • Laying and Installing of: Ethernet, Power, Grounding & Fiber Optic Cables. • Testing Ethernet cables using Ethernet testers. Reference manuals Other necessary information about product features and set-up can be found in the related product documents : Item Product Documents Description 1 StreetNodeTM 6250 PTP System Description 2 StreetNodeTM 6250 PTP Start Up & Commissioning Manual 3 StreetNodeTM 6250 PTP Node Manager - Reference Manual 4 StreetNodeTM 6250 Release Notes Conventions This document applies the following conventions: • Bold font is used when describing something very important. • Blue bold font is used for order codes. • Blue underline font is used when describing references. 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 or serious malfunction of the equipment. A note denotes attention to important supplementary information. A hint denotes helpful piece of advice or practical suggestion.
Chapter 2. Prior to Installation 4 2. Prior to Installation List of Materials Topics This section includes the following topics: • Packing list materials • Powering materials • Grounding materials • Data traffic materials • Pole fastening materials Continued on next page
StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 5 List of Materials, Continued Packing list materials The packing list of the radio equipment includes the following items: Order Code Item Description SN62-XXXXXX A StreetNodeTM 6250 PTP radio unit with attached mounting plate & safety screw. B Pair of steel hose clamps to fasten the radio unit onto a pole of 60 mm to 114 mm diameter(1). C 4 x screws and upats for wall installation. D Gland for RJ-45 connector, IP67 class (ETH-HOOD). E AC power connector, three terminals, solder type, IP68, UV-rated, industrial type (ST-CONN-AC). (For radio unit equipped with the AC power module) OR DC power connector, two terminals, solder type, IP68, UV-rated, industrial type (ST-CONN-DC). (For radio unit equipped with the DC power module) F Ring terminals (lugs) (M5, tinned copper) for 16mm2 and 6mm2 grounding cables. Continued on next page (1) For other available pole diameters, see Steel hose clamps on page 15.
Chapter 2. Prior to Installation 6 List of Materials, Continued Powering materials The powering materials consist of the following categories: • Power injectors • Power cables • Power modules & connectors Power injectors The following table shows the power injectors: Item Order Code / Photo Description A POE-ID-AC75 PoE injector, indoor, -20°C to +40°C, 90 VAC to 264 VAC, 47 Hz to 63 Hz, 75 W. (AC power cord - EU plug(1) is included) B POE-IDH-AC56 PoE injector, indoor, temperature hardened, -40°C to +60°C, 90 VAC to 264 VAC, 47 Hz to 63 Hz, 56 W. (AC power cord - EU plug is included) C PONE-OD-DC PonE injector, outdoor, wall mount(2), -50°C to +65°C, 48 VDC, 60 W (4 x screws and upats, are included & an M3 grounding screw is pre-installed on the unit). D PONE-OD67-AC PonE injector, outdoor, wall mount, temperature hardened, -40°C to +55°C (operation), 90 VAC to 264 VAC, 47 Hz to 63 Hz, 70 W, IEC 60529 / IP67 class. Ethernet cable glands and power connector are included in the unit package. AC power cable should be ordered separately. • For wall installation,4 x screws and wall plugs are included in the unit package. • For pole installation, a bracket and accessories (INSTPONE-PL2) should be ordered. For grounding requires GND-KIT16-OD (see page 9) For powering requires AC-PWR-CAB (see page 7) Continued on next page (1) Other plug types can be made available upon customer request (2) For pole installation, a bracket and accessories (INST-PONE-PL) should be ordered
StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 7 List of Materials, Continued Power cables The following table shows the power cables: Item Order Code / Photo Description A AC-PWR-CAB AC power bulk cable, 3 x 0.75 mm2, 0.6 / 1 kV, stranded, UV-rated, industrial type, for outdoor use (per meter) (1) (for distance between StreetNodeTM 6250 PTP and local power source < 300 m). B ST-AC-CAB10 AC power pre-fabricated cable, 10 m, terminated at radio unit side only (with ST-CONN-AC connector), 3 x 0.75 mm2, 0.6 / 1 kV, stranded, UV-rated, industrial type, for outdoor use. Limited quantities for use in trials. C DC-PWR-CAB-1 DC power bulk cable, 2 x 1 mm2, 0.6 / 1 kV, stranded, UV-rated, industrial, for outdoor use (per meter) (2) (for distance between StreetNodeTM 6250 PTP and local power source < 100 m). D ST-DC-CAB1 DC power pre-fabricated cable, 1 m, terminated at radio unit side only (with ST-CONN-DC connector), 2 x 1 mm2, 0.6 / 1 kV, stranded, UV-rated, industrial type, for outdoor use. Limited quantities for use in trials. E DC-PWR-CAB-2 DC power cable, 2 x 2.5 mm2, PVC, 1KV, for outdoor use (per meter). The following cable is used for: • Direct DC powering of StreetNodeTM6250 PTP when distance from the local DC power supply source is from 100 m to 300 m(3) Connecting the power injector (if existing) with the local DC power supply source (StreetNodeTM 6250 PTP) Continued on next page (1) The ST-CONN-AC connector required for the cable termination is included in the radio equipment package. (2) The ST-CONN-DC connector required for the cable termination is included in the radio equipment package. (3) In this case, connection to the radio unit connector is via a short cable tail made with the 2 x 1 mm2 cable (DC-PWR-CAB-1 order code or the pre-fabricated cable with ST-DC-CAB1 order code).
Chapter 2. Prior to Installation 8 List of Materials, Continued Power modules & connectors The following table shows the power modules & connectors: All StreetNode 6250 PTP models are provided by the manufacturer with an AC or a DC power module pre-installed on them. However, the power modules can be ordered separately and installed on the radio unit by the customer, if power input modification is required. (1) An AC or DC power connector is included in the radio equipment package depending on the power module pre-installed on the radio unit (AC power module or DC power module, respectively). However the power connectors can also be ordered separately if required. Item Order Code / Photo Description A ST-PSU-AC AC power module, 90 VAC to 240 VAC, outdoor, IP67 ingress protection. B ST-PSU-AC DC power module, outdoor, IP67 ingress protection. C ST-CONN-AC AC power connector, three terminals, solder type, IP68 ingress protection, UV-rated, industrial type. For use with the 3 x 0.75 mm2 cable (AC-PWR-CAB order code). D ST-CONN-DC DC power connector, two terminals, solder type, IP68 ingress protection, UV-rated, industrial type. For use with the 2 x 1 mm2 cable (DC-PWR-CAB-1 order code). Continued on next page (1) The customer needs to be trained to perform power module replacement.
StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 9 List of Materials, Continued Grounding materials Grounding cables for indoor and outdoor installation are available depending on the installation premises requirements. In each case, two wire gauges are available: • 16mm2 cable is used for units installed on structures where lightning strike is possible (rooftop, telecommunication towers etc.). • 6mm2 cable is used for units installed in structures and locations where lightning strike is not considered possible. The following table shows the grounding materials: Item Order Code / Photo Description A GND-KIT16-OD Grounding kit of StreetNodeTM 6250 PTP radio unit: No Description 1 16 mm2 cable, stranded, green / yellow, 450 V, (2 m). 2 M8 screws (2), nuts (2), washers (2), lock washers (6) & tie wrap. 3 M8 Ring Terminal. 4 M5 Ring Terminal. 5 Heat shrinkable tube, black, d= 9.5 mm / 4.8 mm. 6 Terminal pin, AWG6, non insulated. B GND-CAB6-ID Indoor grounding cable, 6 mm2, stranded, green / yellow, 450 V (per meter). C GND-CAB6-OD Outdoor grounding cable, 6 mm2, stranded, BLK, UV-rated, 0.6 / 1 kV (per meter). D GND-CAB16-ID Indoor grounding cable, 16 mm2, stranded, green / yellow, 450 V (per meter). E GND-CAB16-OD Outdoor grounding cable, 16 mm2, stranded, BLK, UV-rated, 0.6 / 1 kV (per meter). Continued on next page
Chapter 2. Prior to Installation 10 List of Materials, Continued Data traffic materials The data traffic materials consist of the following categories: • S-FTP cables • Fiber optic cables • SFP Continued on next page
StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 11 List of Materials, Continued S-FTP cables The following table shows the S-FTP cables, accessories and kits: Item Order Code / Photo Description A ETH-CAB-SFTP Ethernet cable S-FTP, 4x2xAWG24, CAT5e, shielded, BLK, UV-rated (per meter). B ST-RJ45 RJ-45 connector, shielded, for S-FTP cable termination. C ETH-HOOD Gland for RJ-45 connector, IP67 class. (1) D CRIMP-TOOL-S Hand crimping tool for RJ-45 connector (ST-RJ45 order code). E RELAY-CAB S-FTP Ethernet cable, 50 cm, both ends terminated with RJ-45 connectors (2 x ST-RJ45) & glands (2 x ETH-HOOD) (used to interconnect two radio units in relay application). Limited quantities for use in trials. F ST-SMC-CAB 50 cm, one end terminated with RJ-45 connector (1 x ST-RJ45) & gland (1 x ETH-HOOD) (used to connect the radio unit to SMC (Small Cell). Limited quantities for use in trials. Continued on next page (1) For equipping 2 x RJ-45 GbE interfaces per radio unit, an additional gland for RJ-45 connector needs to be ordered as the radio equipment package includes only one gland.
Chapter 2. Prior to Installation 12 List of Materials, Continued Fiber optic cables The following table shows the fiber optic cables: Order Code / Photo Description FBROPTMM-025 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. (1) 25 m FBROPTMM-50 50 m FBROPTMM-100 100 m FBROPTMM-150 150 m FBROPTMM-200 200 m FBROPTSM-025 25 m FBROPTSM-50 50 m FBROPTSM-100 100 m FBROPTSM-150 150 m FBROPTSM-200 200 m Continued on next page (1) Other lengths can be made available upon customer request.
StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 13 List of Materials, Continued SFP The following table shows the SFPs and gland: Item Order Code / Photo Description A SFP-MM-500M SFP-SM-10KM SFP-SM-40KM SFP-SM-80KM Optical SFP, Multi-Mode, up to 500 m, 1.25 Gbit/s, 850 nm Optical SFP, Single-Mode, up to 10 km, 1.25 Gbit/s, 1310 nm. Optical SFP, Single-Mode, up to 40 km, 1.25 Gbit/s, 1310 nm. Optical SFP, Single-Mode, up to 80 km, 1.25 Gbit/s, 1550 nm. B SFP-ELGFE-IN Electrical SFP for 10 / 100 / 1000Base-T operation. (1) C SFP-HOOD Cable gland, UV-rated for optic / electric connector, to be used on the SFP cage interface. Continued on next page (1) This SFP is not SyncE capable.
Chapter 2. Prior to Installation 14 List of Materials, Continued Pole fastening materials The pole fastening materials consist of the following categories: • Mounting bracket • Steel hose clamps • Cable ties Mounting bracket Order Code / Photo Description INST-PONE-PL Mounting bracket and accessories for installation of PONE-OD-DC power injector onto a pole of 50 mm to 120 mm diameter. INSTPONE-PL2 Mounting bracket and accessories for installation of PONE-OD67-AC power injector onto a pole of 50 mm to 120 mm diameter. Continued on next page
StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 15 List of Materials, Continued Steel hose clamps Order Code / Photo Description ST-CL64-140 Stainless steel hose clamp to fasten the radio unit onto poles or lamp posts. Two hose clamps are needed per radio unit. ∅64-140 mm, W=12 mm for ∅60-114 mm pole diameter. (1) ST-CL102-178 ∅102-178 mm, W=12 mm for ∅115-150 mm pole diameter. (1) ST-CL172-248 ∅172-248 mm, W=14 mm for ∅151-234 mm pole diameter. (1) ST-CL242-318 ∅242-318 mm, W=14 mm for ∅235-300 mm pole diameter. (1) Cable ties Order Code / Photo Description CAB-TIE-UV Cable tie, 500 x 12.5, black, UV-resistant. One tie is recommended per cable meter. (1) The pole diameters stated for each hose clamp type correspond to the use of the steel hose clamp with the radio unit mounting plate only.
Chapter 2. Prior to Installation 16 Connections StreetNodeTM 6250 PTP(1) The layout and description of the StreetNode 6250 PTP external elements is given below: With DC Power supply module With AC Power supply module # Marking Details Use A GbE2 Ethernet 100/1000Base-T, electrical (RJ-45). Connection of Gigabit Ethernet cable (traffic / inband management / PoE(1) input). B GbE1 Ethernet 100/1000Base-T, electrical (RJ-45). Connection of Gigabit Ethernet cable (traffic / inband management). C GbE3 Ethernet 1000Base-T (SFP cage). Installing a Gigabit Ethernet SFP (optical or electrical) for traffic / inband management. D1, D2 PSU Power supply receptacle with protective cap. Connecting the DC (D1) or AC (D2) power supply cable when StreetNode 6250 PTP is self-powered. E STAT Multi-functioning LED (Green / Red). Providing system indications during operation. F GND Enclosure grounding terminal. Connecting the outdoor grounding cable. Continued on next page (1) StreetNodeTM 6250 PTP radio can be powered by PoE / PonE only when fitted with the DC power module.
StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 17 Connections, Continued Outdoor DC PonE The layout and description of the outdoor DC PonE external elements is given below: Item Description Use A Electrical Gigabit interface, RJ-45 (Gbe IN / OUT) Connection of the traffic / power supply / inband management cable. (IN: cable from external Ethernet Switch, OUT: cable to the radio unit). B Fast Ethernet (10/100) interface, RJ-45 (NMS IN / OUT) Connection of the outband management / power supply (secondary run) / cable. (1) (IN: cable from external Ethernet Switch, OUT: cable to the radio unit). C DC power input (INPUT) Connection of the external local DC power supply cable. D Grounding terminal. Connection of PonE box to the local grounding bar. PonE is suitable either for indoor or outdoor use. Continued on next page (1) When used, the NMS (IN / OUT) receptacle allows: • outband management of the StreetNodeTM 6250 PTP, and • longer distances between the PonE device and StreetNodeTM 6250 PTP (practically x2).
Chapter 2. Prior to Installation 18 Connections, Continued Outdoor AC PonE The layout and description of the outdoor AC PonE external elements is given below: # Marking Details Use A GbE IN / GbE OUT Ethernet 100/1000Base-T, electrical (RJ-45 with gland) • OUT: Connection of the Gigabit Ethernet S-FTP cable carrying payload traffic, inband management and superimposed DC power towards radio unit. • IN: Connection of the Gigabit Ethernet S-FTP cable carrying payload traffic and inband management to customer network equipment. B INPUT AC power input, three terminals Connection of the power supply cable (from the local AC power source) C LED LED (Green / Red) Providing system indications during operation. D GND Grounding terminal. Connection of PonE box to the local grounding bar. Continued on next page
StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 19 Connections, Continued Indoor AC PoE The layout and description of the indoor AC PoE external elements is given below: Item Description Use A Electrical Gigabit interface, RJ-45 (Gbe IN / OUT) Connection of the traffic / power supply / inband management cable. (IN: cable from external Ethernet Switch, OUT: cable to the radio unit). B Multi-functioning LED (Green / Red). Providing system indications during operation. C AC power input (INPUT) Connection of the external local AC power supply cable. PoE is suitable for indoor use only.
Chapter 2. Prior to Installation 20 Equipment Anchor Points Anchor point The upper 20 mm hole located on the safety bracket on the side (see below) serves as the StreetNodeTM 6250 PTP anchor point. This point can be used to install an appropriate safety lanyard(1). (1) For suggesting anchoring material contact Intracom S.A Telecom Solutions.
StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 21 Safety Precautions 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. • Only trained, authorized personnel should have access to the installed equipment. • 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. • The equipment premises should be of restricted access. • 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/beaming works on the building’s roof. The metal structure of towers / masts is prone to lightning. Continued on next page
Chapter 2. Prior to Installation 22 Safety Precautions, Continued • LOCAL POWER AC SOURCE • Safety requirements require a single pole circuit-breaker to be employed between the local power AC source and StreetNodeTM 6250 PTP (for AC direct powering) or AC power injector. • The circuit breaker must disconnect the mains phase of the AC power. • LOCAL POWER DC SOURCE • Safety requirements require a single pole circuit-breaker to be employed between the local power DC source and StreetNodeTM 6250 PTP (for DC direct powering) or DC power injector. • The circuit-breaker must control (open / close) the negative (-) V pole of the power supply. • The positive pole of the local power source must be grounded. For circuit breaker requirements please refer to Circuit breakers on page 28. • POWER SUPPLY CABLES (AC/DC) • 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. AC or DC Power PROPER SWITCHING ON / OFF Never connect or disconnect the power cable to or from the radio unit as well as the power injector when the local power supply sources (AC or DC) is ON. There is risk of equipment failure. Continued on next page
StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 23 Safety Precautions, Continued GROUNDING Never power on any equipment (except indoor AC PoE) unless you have completed the grounding installation as described in this manual. There is risk of equipment failure and / or electrical shock. 1 Power Injectors devices PROPER CONNECTION Never connect the power injectors OUT receptacle to network switches / routers / laptops. There is risk of network devices failure due to potential power that is carried inside the cable. Connect the OUT receptacle of power injectors to StreetNodeTM 6250 PTP GbE2 port as described in this manual. ETHERNET Cable Neither plug in nor unplug the Gigabit Ethernet (S-FTP) cable of StreetNodeTM 6250 PTP when outdoor PonE is powered on and operating unless you have completed the grounding installation as described in this manual. There is risk of equipment failure and / or electrical shock. LASER RADIATION When using SFP, then the StreetNodeTM 6250 PTP is a CLASS 1 laser product.
Chapter 2. Prior to Installation 24 Site Prerequisites Introduction This paragraph describes all the prerequisites that must be considered prior to installing the equipment. 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 • 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. The site survey report must be agreed and signed between all involved parties. Continued on next page
StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 25 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 Regarding the network ports provided by the equipment, suitable optical (or electrical) network port distributors should be available. The exact location of the network port distributors, 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. Cables routing (lamp post) When the StreetNodeTM 6250 PTP is installed onto a lamp post then all the cables must be routed downwards from inside of the lamp post. Power 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. Continued on next page
Chapter 2. Prior to Installation 26 Site Prerequisites, Continued Wall installation All power injectors offered by Intracom Telecom can be installed as desktop or on a wall surface, as shown below: • Indoor AC PoE: Materials for wall mount installation are not included on the packing list of the product ((requires wood plugs (5 mm X 25 mm) and wood screws cross-headed (4 mm x 30 mm)). • Outdoor DC PonE: Installed as described on Installation of Power Injector (Power over Ethernet) on page 60. For wall installation, 4 x screws and wall plugs are included in the unit package. • Outdoor AC PonE: For wall installation, 4 x screws and wall plugs are included in the unit package. Installation location StreetNodeTM 6250 PTP can be installed: • either on a lamp post or pole, using the mounting plate and the supplied adjustable hose clamps, • on a wall surface, using the mounting plate and the supplied wall mounting accessories. Lamp post or pole • The lamp post or pole must be fastened to a foundation pad of concrete using anchor bolts. • The Lamp post or pole should not be swaying during winds more than ± 20. • For lamp post or pole diameters(1) please refer to Steel hose clamps on page 15. Continued on next page (1) For diameters between 34 mm to 60 mm please contact Intracom S.A Telecom Solutions.
StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 27 Site Prerequisites, Continued Grounding Ensure the following: • To make a protective earth connection, use the grounding point located on the radio unit using an, as short as possible, length of grounding cable of at least 6mm2 diameter (recommended 16mm2) or according to local electrical code. • A grounding bar is required close to each equipment installation position. Outdoor grounding system An appropriate, low-resistance grounding system as specified by the local regulations is required. A grounding point (designated GND) should be located close to the mounting position of the equipment. The equipment will be connected to this grounding point, via the supplied grounding cable. This can also provide partial protection against Lightning-induced current. For additional protection against lightning LSPs need to be used. For more information regarding the installation of LSP/PSP please refer to the following manual: Lightning & Surge Protection for Intracom Telecom Radios – Installation Practices Continued on next page
Chapter 2. Prior to Installation 28 Site Prerequisites, Continued Power supply source For the installation location, we assume the existence of an appropriate power supply source with the following specifications: StreetNodeTM 6250 PTP with DC power supply module: -40.5 V dc to -60 V dc. StreetNodeTM 6250 PTP with AC Power Supply Module: 90-240 V / 50 Hz to 60 Hz (Live / Neutral). For applicable input voltage ranges for power injectors please refer to Power injectors on page 6. Circuit breakers The following table provides the circuit breakers characteristics for powering of StreetNodeTM 6250 PTP and power injectors: Powering Type Required Circuit Breaker Direct AC powering • single-pole MCB 6 A • 230 V AC (voltage rating) • C-curve (for Industrial Applications) Direct DC powering • 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) 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) Continued on next page
StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 29 Site Prerequisites, Continued Line Of Sight (LOS) verification Prior to installation, the installer must verify LOS availability between the two StreetNodeTM 6250 PTP. Default antenna beam The orientation of the StreetNodeTM 6250 PTP antenna is not critical as node has self-alignment capabilities with tilt range 300 (±150) and elevation range 200 (±100). Continued on next page
Chapter 2. Prior to Installation 30 Site Prerequisites, Continued Lightning & Surge protection In case additional protection against lightning is required for the radio the following should be applied: a. For Ethernet (S-FTP) Cables: Lighting surge protection device (LSP) is required to minimize equipment damage from lighting induced surges. b. Power Supply Cables (for direct powering AC or DC): A power surge protection device (PSP) is required to avoid equipment damage from lightning induced surges or power supply surges. For more information regarding the installation of LSP/PSP please refer to the following manual: Lightning & Surge Protection for Intracom Telecom Radios – Installation Practices Continued on next page
StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 31 Site Prerequisites, Continued Internal ovp(2) AC Mains Line (StreetNodeTM 6250 PTP) AC power supply module Input Overvoltage Protection: • Live – Neutral: 1 kV – 1.2/50 μs (8/20 μs) • Live – Earth: 2 kV – 1.2/50 μs (8/20 μs) • Neutral – Earth: 2 kV – 1.2/50 μs (8/20 μs) Input Overcurrent Protection: • Double-pole fused through 2 A time-lag fuses (potted, nonreplaceable). Connection to the Power Source: The AC power supply cable should be protected with single-pole MCB of 6 A / 230 V AC rating, suitable for industrial applications (C-curve). DC power supply module Input Overvoltage Protection: • 500 V – 1.2/50 μs (8/20 μs), negative pulses at negative (-) pole, positive (+) pole connected to ground. Input Overcurrent Protection: • Double-pole fused through 3.5 A time-lag fuses. Connection to the Power Source: The DC power supply cable should be protected with single-pole MCB of 6 A / 72 V DC (minimum) rating, suitable for industrial applications (C-curve). Outdoor signal line: 1 kV 1.2/50 μs (8/20 μs), shield-to-ground In case additional protection against lightning is required please refer to Lightning & Surge protection on page 30 Continued on next page (2) Overvoltage.
Chapter 2. Prior to Installation 32 Site Prerequisites, Continued Safety Ensure the following: • Only trained, authorized personnel should have access to the installed equipment. • 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.
StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 33 Cable Length Restrictions Introduction Three types of cables can be connected to StreetNodeTM 6250 PTP interfaces as follows: • Gigabit Ethernet (S-FTP) Cable (Cat 5E or Cat 6) • Fiber Optic Cable (Single mode or Multimode) • Power Supply Cable (AC or DC). Two types of powering are provided and can be either: • Directly (AC or DC powering) or • Via an external power injector (outdoor DC PonE or outdoor AC PonE or indoor AC PoE) StreetNodeTM 6250 PTP radio can be powered by PoE / PonE only when fitted with the DC power module. Continued on next page
Chapter 2. Prior to Installation 34 Cable Length Restrictions, Continued Cable length restrictions A): Maximum length of cables used for Data Traffic: Given that the maximum line rate of each traffic interface supported by StreetNodeTM 6250 PTP is 1Gbps Ethernet and depending on the type of cable used for data traffic, the following restrictions apply to the lengths of traffic bearing cables: • Cat5E or Cat6 S-FTP cable: The total length of Gigabit ETHERNET (S-FTP) cable up cannot exceed 100 meters, where total length of cable is defined as: length of cable between StreetNodeTM 6250 PTP radio unit receptacle up to power injector receptacle (out) PLUS length of cable between power injector receptacle (in) up to customer network equipment receptacle. • Multimode optical fiber cable (Combined with 1000Base-LX SFP): OM1 (62.5/125) Multimode cable type combined with 1000Base-SX (850nm) SFP: Max length 275m OM2 (50/125) Multimode cable type combined with 1000Base-SX (850nm) SFP: Max length 550m • Single mode optical fiber cable: Combined with 1000Base-LX SFP : Max length 5km Combined with 1000Base-LX10 SFP : Max length 10km Combined with 1000Base-EX SFP : Max length 40km Combined with 1000Base-ZX SFP : Max length 80km Continued on next page
StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 35 Cable Length Restrictions, Continued Cable length restrictions, continued B): Maximum length of cables used for Powering: Due to voltage drop along the length of the powering cable and the minimum voltage requirements at the input of the radio power supply, restrictions apply on the length of powering cables as follows: • Direct DC powering cables: The maximum cable length of the recommended 2 x 1 mm2 cable is 100 m. The maximum cable length of the recommended 2 x 2.5 mm2 cable is 300 m The lowest allowable voltage at the input of the cable is 40.5Volts. In case more than 100 m cable length then 2 x 2.5 mm2 power supply cable is required. A short tail cable 2 x 1 mm2 terminating to DC power supply connector (StreetNodeTM 6250 PTP side) should be connected with 2 x 2.5 mm2 power supply cable. The power cables should be connected in a reliable and waterproof fashion. • Direct AC powering cables: The maximum cable length of the recommended 3 x 0.75 mm2 cable is 300 meters. • S-FTP cable (CAT5E or CAT6) used with provided power injectors(1): − S-FTP cable (CAT5E or CAT6) used with provided AC type power injectors (with order codes POE-ID-AC75, PONE-OD67-AC and POE-IDH-AC56): The maximum length of S-FTP cable between StreetNodeTM 6250 PTP radio unit receptacles up to power injector receptacle (out) is 100m (Restriction Cat5E or Cat6 S-FTP cable also applies). Continued on next page (1) Use of PoE/PonE powering is applicable only with radio units featuring DC power module.
Chapter 2. Prior to Installation 36 Cable Length Restrictions, Continued Cable length restrictions, continued • S-FTP cable (CAT5E or CAT6) used with provided power injectors(1) , continued S-FTP cable (CAT5E or CAT6) used with provided DC type power injectors (with order code PONE-OD-DC): The length of the SFTP cable, between PonE injector and radio unit, cannot reach 100 meters when the DC voltage at the input of the PonE is the lowest defined by the standards (40.5 V). This is because the voltage drop on the S-FTP cable will result in the Voltage at the input of the DC power module of the radio unit to be less than the min allowable value for operation. Higher input voltage need to be applied to ensure proper powering of the radio. The following table shows the maximum SFTP cable length versus the voltage at the input of the PONE for Cat5E and Cat6 cable types. Input voltage to the PonE (VDC) max length of Cat6 S-FTP cable (m) max length of Cat5E S-FTP cable (m) 40 80.00 65 40.25 85.00 70.00 40.5 90.00 75.00 40.75 95.00 80.00 41 100.00 85.00 41.25 100.00 90.00 41.5 100.00 95.00 41.75 100.00 100.00 42-60 100.00 100.00 (1) Use of PoE/PonE powering is applicable only with radio units featuring DC power module.
StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 37 Antenna Hydrophobic Coating Protection Instruction The polycarbonate cover in front of the antenna is covered by "Cytonix Fluorothane™ -AD super-hydrophobic air drying polymer system" in order to minimize the effects on antenna performance by heavy rain, snow fall and protect against ice accumulation. Fluorothane™ AD will repel water, snow, ice and many aqueous liquids or suspensions. The coating is not repellent to organic solvents or products that contain them. Cytonix Fluorothane™ -AD is sprayable featuring separate Base and Top coat materials. In most cases, surfaces will self-clean in the rain. Surfaces that have become contaminated with soot or organic materials may be spritzed with cleaners or detergent solutions and then rinsed with a gentle spray of water. Coated surfaces should never be cleaned with brushes, scouring pads or high pressure sprays. Units should be handled with care in order to avoid damaging the Hydrophobic coating. Avoid touching the polycarbonate top cover in the area in front of the antenna transmission window (as shown below). Damaged coatings may often be restored by application of additional Top Coat. In case of touching the coated surface in front of the antenna by mistake, assuming the contact is light and momentary and/or on a small area there is no need for coating restoration.
Chapter 2. Prior to Installation 38 Recommended Tools Topics This paragraph describes the following tools that will be needed: • Equipment installation tools. • Ethernet cable termination tools. • Power supply cable termination tools. • Grounding cable termination tools. The tools are not supplied and are installer responsibility to be available during installation. Equipment installation tools Item Tool/ Photo Description 1 Electrical screwdriver with extension and allen bits: • 3 mm (with internal safety pin) • 7 mm (2 Nm) • 8 mm (2 Nm / 4.2 Nm) 2 Adjustable torque spanners: R.8 (2 Nm / 4.2 Nm) R.28 (2 Nm) 3 PH-2cross headed screwdriver. 4 Flat-headed screwdriver. 5 Drill machine with appropriate: • 8 mm bit (for StreetNodeTM 6250 PTP wall mounting). • 5 mm bit (for PonE wall installation). • Hole cutter metal(1) (for StreetNodeTM 6250 PTP lamp post installation) 6 Tamper-proof torx screwdriver T10 Continued on next page (1) The hole diameter should be defined by the local regulations regarding outdoor electrical installations. For passing all cables (1 x power, 2 x Ethernet, 1 x Fiber Optic and 1 x Grounding) 5 cm to 7 cm hole is required.
StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 39 Recommended Tools, Continued Ethernet cable termination tools Item Tool/ Photo Description 7 Blade 8 Cable cutter. 9 Pliers (long nose). 10 Crimping tool for terminating S-FTP cable to RJ-45 jacks. 11 Ethernet cable tester. Continued on next page
Chapter 2. Prior to Installation 40 Recommended Tools, Continued Power supply cable termination tools Item Tool/ Photo Description 12 Soldering iron. 13 Solder. Grounding cable termination tools Item Tool/ Photo Description 14 Crimping tool for ring terminals (16 mm and 6 mm). 15 Hot Air Gun.
StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 41 3. Installation of StreetNode 6250 PTP Mechanical Installation & Grounding Precautions Before start any installation action please follow the instructions for Antenna Hydrophobic Coating Protection on page 37. Never leave unoccupied receptacles without cover. Covering receptacles is necessary to protect against humidity penetration. Topics This paragraph describes the following procedures of StreetNodeTM 6250 PTP: • Lamp post (or pole) installation • Building wall surface installation • Grounding cable installation Tools and materials # Lamp Post (or pole) Installation Building Wall Surface Installation Grounding Cable Installation Materials Items A & F from Packing list materials on page 5. Items A & E from Packing list materials on page 5. • Item A from Packing list materials on page 5. • Item A from Grounding materials on page 9. Tools Item 1 from Equipment installation tools on page 38. Items 1 (with 3 mm and 8 mm), 2 (R.8) and 5 from Equipment installation tools on page 38. • Item 1 (with 8 mm) from Equipment installation tools on page 38. • Items 14 and 15 from Grounding cable termination tools on page 40. Continued on next page
Chapter 3. Installation of StreetNode 6250 PTP 42 Mechanical Installation & Grounding, Continued Lamp post (or pole) installation procedure To install StreetNodeTM 6250 PTP on a lamp post (or pole) , proceed as follows: Step Action 1 Perform the following: a. Using the electrical screwdriver, extension and 3 mm bit, unscrew the safety screw and lock washer (supplied) into the intended hole on the safety plate at the side. b. Using the electrical screwdriver, extension and 8 mm bit, loosen the four screws. c. Slide the plate downwards and then remove it. Continued on next page
StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 43 Mechanical Installation & Grounding, Continued Lamp post (or pole) installation procedure, continued Step Action 2 Install the two supplied hose clamps onto the mounting plate, as shown below: 3 Using the electrical screwdriver, extension and 7 mm bit, install the mounting plate with clamps onto the pole. Beware of the correct positioning of the mounting plate, as shown below: • Narrow side up • Wide side down A StreetNodeTM 6250 PTP node must have Line Of Sight (LOS) with the far-end StreetNodeTM 6250 PTP. Continued on next page
Chapter 3. Installation of StreetNode 6250 PTP 44 Mechanical Installation & Grounding, Continued Lamp post (or pole) installation procedure, continued Step Action 4 Prior to the elevation and installation on the lamp post (or pole), use the anchor point (see arrow below) to install an appropriate safety lanyard. 5 Insert the StreetNodeTM 6250 PTP through the intended mounting plate openings and then slide downwards, as shown below: Ensure that StreetNodeTM 6250 PTP is fully seated in the mounting plate. Continued on next page
StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 45 Mechanical Installation & Grounding, Continued Lamp post (or pole) installation procedure, continued Step Action 6 Perform the following: a. Using the electrical screwdriver, extension and 8 mm bit, tighten the four screws. b. Using the electrical screwdriver, extension and 3 mm bit, tighten the safety screw and lock washer (supplied) into the intended hole on the mounting plate at the side. Do not over tighten screws. Adjust the electrical screwdriver for tightening of M5 screws. Ensure that the LOS is still remains between the existing one and the remote. 7 Install the grounding cable as instructed in Grounding cable installation procedure on page 51. End of procedure. Continued on next page
Chapter 3. Installation of StreetNode 6250 PTP 46 Mechanical Installation & Grounding, Continued Building wall installation procedure To install StreetNodeTM 6250 PTP onto building wall surface, proceed as follows: Step Action 1 Perform the following: a. Using the electrical screwdriver, extension and 3 mm bit, unscrew the safety screw and lock washer (supplied) into the intended hole on the safety plate at the side. b. Using the electrical screwdriver, extension and 8 mm bit, loosen the four screws. c. Slide the plate downwards and then remove it. Continued on next page
StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 47 Mechanical Installation & Grounding, Continued Building Wall installation procedure, continued Step Action 2 Beware of the correct positioning of the mounting plate, as shown below: • Narrow side up • Wide side down A StreetNodeTM 6250 PTP node must have Line Of Sight (LOS) with the far-end StreetNodeTM 6250 PTP. Continued on next page
Chapter 3. Installation of StreetNode 6250 PTP 48 Mechanical Installation & Grounding, Continued Building Wall installation procedure, continued Step Action 3 Perform the following, as shown below: a. With the drill machine (fitted with 8 mm bit), drill four holes on the wall surface, at a depth of 55 mm. b. Install the four supplied wall plugs. c. Using the four screws and lock washers, install the mounting plate onto the wall. d. Using the electrical screwdriver, extension and 8 mm bit, tighten the four screws. Do not over tighten screws. Adjust the electrical screwdriver for tightening of M5 screws. Continued on next page
StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 49 Mechanical Installation & Grounding, Continued Building Wall installation procedure, continued Step Action 4 Prior to the elevation and installation on the wall, use the anchor point (see arrow below) to install an appropriate safety lanyard. 5 Insert the StreetNodeTM 6250 PTP through the intended mounting plate openings and then slide downwards, as shown below: Ensure that StreetNodeTM 6250 PTP is fully seated in the mounting plate. Continued on next page
Chapter 3. Installation of StreetNode 6250 PTP 50 Mechanical Installation & Grounding, Continued Building Wall installation procedure, continued Step Action 6 Perform the following: a. Use the spanner 8 mm for fastening StreetNodeTM 6250 PTP onto the mounting plate. Do not over tighten screws. Adjust the spanner for tightening of M5 screws. b. Using the electrical screwdriver, extension and 3 mm bit, tighten the safety screw and lock washer (supplied) into the intended hole on the mounting plate at the side. Ensure that the LOS is still remains between the existing one and the remote. 7 Install the grounding cable as instructed to the next procedure. End of procedure. Continued on next page
StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 51 Mechanical Installation & Grounding, Continued Grounding cable installation procedure Step Action 1 Prepare and terminate the grounding cable as instructed in Appendix C: Terminating Grounding cable on page 76. 2 Use the electrical screwdriver with extension and 8 mm bit, to remove the M5 screw and one grover. Install the cable and then insert the grover and nut, as shown below. Use the electrical screwdriver with extension and 8 mm bit, to tighten the M5 screw. Do not overtighten. Adjust the electrical screwdriver for tightening of M5 screws. End of procedure.
Chapter 3. Installation of StreetNode 6250 PTP 52 Installation of Traffic Cable(s) Topics This paragraph describes the following procedures of StreetNodeTM 6250 PTP: • Ethernet (S-FTP) cable installation (GbE1 – GbE2 Inputs). • Ethernet (S-FTP) cable installation (SFP Input). Either Optical SFP with fiber optic cable OR electrical SFP with Ethernet (S-FTP) cable is used the installation procedure is identical. Tools and materials # S-FTP Installation for GbE1 – GbE2 Inputs S-FTP Installation for GbE3 Input Materials Items A, B and C from S-FTP cables on page 11. • Items A, B and C from S-FTP cables on page 11. • Items B and C from SFP on page 13. Tools Ethernet cable termination tools on page 39. • Ethernet cable termination tools on page 39. • Item 2 (28 mm) from Equipment installation tools on page 38. Continued on next page
StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 53 Installation of Traffic Cable(s), Continued Ethernet (S-FTP) cable installation procedure To install StreetNodeTM 6250 PTP Ethernet S-FTP cable, proceed as follows: Step Action 1 Slide all three parts of the supplied gland over the S-FTP cable (StreetNodeTM 6250 PTP side), as shown below: 2 Prepare and terminate the Ethernet cable as instructed in Appendix A: Terminating Ethernet (S-FTP) Cable on page 67. 3 First plug the RJ-45 jack and then tighten the cable gland, as shown below: 4 Cut the chain of the protective cup. End of procedure. Continued on next page
Chapter 3. Installation of StreetNode 6250 PTP 54 Installation of Traffic Cable(s), Continued Ethernet (S-FTP) cable installation with SFP To install StreetNodeTM 6250 PTP SFP Ethernet (S-FTP) cable with SFP, proceed as follows: Step Action 1 Prepare and terminate the Ethernet cable as instructed in Appendix A: Terminating Ethernet (S-FTP) Cable on page 67. Slide all three parts of the supplied gland over the S-FTP cable (StreetNodeTM 6250 PTP side), as shown below: Continued on next page
StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 55 Installation of Traffic Cable(s), Continued Ethernet (S-FTP) cable installation with SFP Step Action 2 Insert SFP module into SFP cage, as shown below: 3 Plug the RJ-45 jack of the S-FTP cable into SFP cage, as shown below: Continued on next page
Chapter 3. Installation of StreetNode 6250 PTP 56 Installation of Traffic Cable(s), Continued Ethernet (S-FTP) cable installation with SFP, continued Step Action 4 Push the SFP HOOD flaps to open and then push upwards till the HOOD locked properly. Continued on next page
StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 57 Installation of Traffic Cable(s), Continued Ethernet (S-FTP) cable installation with SFP, continued Step Action 5 Perform actions (a) and (b – using spanner R.28), as shown below: End of procedure.
Chapter 3. Installation of StreetNode 6250 PTP 58 Installation of Power Cable (Direct Powering) Topics This paragraph describes the following procedure of StreetNodeTM 6250 PTP: • Power supply cable installation (direct powering - StreetNodeTM 6250 PTP side) Tools and materials # Prefabricated Cable Bulk Cable Materials Items B or D from Power cables on page 7. • Items A or C from Power cables on page 7. • Items A or C from Power modules & connectors on page 8. Tools - Power supply cable termination tools on page 40. Continued on next page
StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 59 Installation of Power Cable (Direct Powering), Continued Procedure To install the power supply cable in StreetNodeTM 6250 PTP power input, proceed as follows: Step Action 1 Prepare and terminate the power supply cable as instructed in Appendix B: Terminating Power Supply Cable on page 75. 2 Perform the following actions, as shown below: End of procedure.
Chapter 3. Installation of StreetNode 6250 PTP 60 Installation of Power Injector (Power over Ethernet) Introduction StreetNodeTM 6250 PTP can be powered by either direct powering or Power injector. The power injector can be either PonE (DC -indoor or outdoor) or PoE (AC – outdoor only). PonE: • The power at the input of PonE box must be measured in the range of –40 V dc to –60 V dc. • PonE must be connected to the DC distribution board and more specifically to a magnetic circuit breaker (single-pole MCB 6 A, 80 V dc, B-curve for Telecom Applications). • Safety requirements require a single pole circuit-breaker to be employed between the Local DC Power Source and PonE box. The circuit-breaker must disconnect the negative (-) V pole of the power supply. • The positive pole of the Local DC Power source must be grounded. Before plugging or unplugging any cable into PonE device as well as into StreetNodeTM 6250 PTP, you must switch-off the Local DC Power Source and set the circuit breaker to OFF! No Description 1 Power Cable. 2 Single pole Circuit. 3 Local DC Power Distributor. PoE: PoE is an indoor device only and can be installed as desktop or in a wall surface, as shown below: Materials for wall mount installation are not included on the packing list of the product ((requires wood plugs (5 mm X 25 mm) and wood screws cross-headed (4 mm x 30 mm)). Continued on next page
StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 61 Installation of Power Injector (Power over Ethernet), Continued Topics This paragraph describes the following procedure of Power Injectors: • Mechanical and Cabling Installation (PonE) • Cabling Installation (PoE) Tools and materials # PonE PoE Materials Lamp post: • Item C from Power injectors on page 6. • Item E from Power cables on page 7. • Item B or C from Grounding materials on page 9. • Items A, B, C and D from S-FTP cables on page 11. • Item INST-PONE-PL from Pole fastening materials on page 14. Wall: • Item C from Power injectors on page 6. • Item E from Power cables on page 7. • Item B or C from Grounding materials on page 9. • Items A, B, C and D from S-FTP cables on page 11. • Items A or B from Power injectors on page 6. • Items A, B, C and D from S-FTP cables on page 11. Tools • Items 3, 4, 5 (5 mm bit) and 6 from Equipment installation tools on page 38. • Ethernet cable termination tools on page 39. • Grounding cable termination tools on page 40. • Ethernet cable termination tools on page 39. Continued on next page
Chapter 3. Installation of StreetNode 6250 PTP 62 Installation of Power Injector (Power over Ethernet), Continued Mechanical and cabling installation (PonE) For mechanical installation and cabling of PonE, proceed as follows: Step Action 1 Pole installation: a. Attach the plate onto rear side of PonE, as shown below: b. Install grover and screw and using the PH-2 screwdriver fully tighten: c. Pass the hose clamp through the plate holes. d. Using the electrical screwdriver, extension and 7 mm bit, install the mounting plate with clamps onto the pole. e. Use a tamper-proof torx screwdriver T10 to remove the six screws (see below) and detach the PonE cover for installing the ground cable. Be careful not to drop the screws while removing. Wall Installation: a. Use a tamper-proof torx screwdriver T10 to remove the six screws (see below) and detach the PonE cover. Be careful not to drop the screws while removing. b. Perform the following: • Position the device on the wall surface and using a pencil mark the drill points. With the drill machine (fitted with 5 mm bit), drill four holes on the wall surface, at a depth of 45 mm. • Install the four supplied wall plugs and using the cross headed screwdriver and tighten the four screws. Continued on next page
StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 63 Installation of Power Injector (Power over Ethernet), Continued Mechanical and cabling installation (PonE), continued Step Action 2 Prepare and terminate the Ethernet cables (x 2) as instructed in Appendix A: Terminating Ethernet (S-FTP) Cable on page 67. Install the Ethernet cables, as follows: a. Use a tamper-proof torx screwdriver T10 to remove the screw and release the clamp: Be careful not to drop the screws while removing. b. Plug the Ethernet cables to the GbE receptacles (OUT: goes to StretNodeTM 6250 PTP GbE2 and IN: goes to network) c. Use a tamper-proof torx screwdriver T10 to screw (applying maximum tightening torque of 0.9 Nm) the clamp for securing the cables in place. The shielded wires should protrude from clamp about 0.5 cm (see yellow below). Continued on next page
Chapter 3. Installation of StreetNode 6250 PTP 64 Installation of Power Injector (Power over Ethernet), Continued Mechanical and cabling installation (PonE), continued Step Action 3 Prepare and terminate the grounding cable as instructed in Appendix C: Terminating Grounding cable on page 76. Install the grounding cable, as follows: Use a tamper-proof torx screwdriver T10 to remove the screw and then install the terminal ring. Use the tamper-proof torx screwdriver T10 to screw (applying maximum tightening torque of 0.9 Nm) for securing the cable in place. Continued on next page
StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 65 Installation of Power Injector (Power over Ethernet), Continued Mechanical and cabling installation (PonE), continued Step Action 4 Install the power supply cable, as follows: Switch-off the Local DC Power Source & the circuit breaker connected between PonE and the Local DC Power Source. a. Connect the power cable to the Local DC Power Source (Brown wire: +V, blue wire: -V). b. At the other end of the cable, use a blade to strip the wires of the cable, as shown below. Twist strands well to facilitate their insertion into the receptacle of PonE device. c. Use the tamper-proof torx screwdriver T10 to remove the clamp and insert the bare ends of the cable well into the corresponding positions of the receptacle, as shown below: Blue wire to INPUT -, Brown wire to INPUT +. d. Use a flat-headed screwdriver to tighten the two screws on top of the receptacle to secure strands. e. Use the tamper-proof torx screwdriver T10 to screw (applying maximum tightening torque of 0.9 Nm) the clamp for securing the cables in place. Do not exceed the maximum tightening torque. Equipment damage will be occurred. The screws, securing the wire strands into the receptacle, are well isolated each other – no danger for accidental short circuit. End of procedure. Continued on next page
Chapter 3. Installation of StreetNode 6250 PTP 66 Installation of Power Injector (Power over Ethernet), Continued Cabling installation (PoE) To install Ethernet and power cables , proceed as follows: Step Action 1 Prepare and terminate the Ethernet cables (x 2) as instructed in Appendix A: Terminating Ethernet (S-FTP) Cable on page 67. 2 Connect the receptacle OUT of the PoE to the GbE2 receptacle of the StreetNodeTM 6250 PTP. Connect the receptacle IN of the PoE to the network switch. 3 Install the IEC plug to the respective input of the PoE an the other plug to the available main socket. End of the procedure.
StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 67 Appendix A: Terminating Ethernet (S-FTP) Cable Introduction The equipment to which you connect the cable requires a different way of cable termination. Mainly there are two types of cable termination, as shown below: #Termination Type Detail Equipment to Connect A No shield wires exposed All, except PonE. B Shield wires (twisted) exposed PonE only. Parts of RG-45 jack The RJ-45 jack (for terminating the S-FTP cable) is composed of two parts: • the main body and • the wire guide (with numbering). (Photo below shows the parts for a pair of RJ-45 jacks). Continued on next page
Appendix A: Terminating Ethernet (S-FTP) Cable 68 Appendix A: Terminating S-FTP Cable, Continued Termination procedure Step Action 1 a. For termination type A: Strip 40 mm of outer jacket. For termination type B: Strip 80 mm of outer jacket. b. Fold shield back (over the jacket). c. For termination type A: Twist shield wires together and allow 10 mm of shield to surround jacket’s end. For termination type B: Twist shield wires together and allow 20 mm of shield to surround jacket’s end. d. Completely remove the exposed foil. For termination type A: For termination type B: Continued on next page
StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 69 Appendix A: Terminating S-FTP Cable, Continued Termination procedure, continued 2 Untwist wire pairs and arrange according to the T-568 standard. Straight-through cable (concerns the Ethernet cable connected to PoE’s IN or StreetNode’s traffic input port): Cross-over cable (concerns the Ethernet cable connecting PoE with the OSDR): (The green set of wires should be switched in place with the orange set of wires.) Continued on next page
Appendix A: Terminating Ethernet (S-FTP) Cable 70 Appendix A: Terminating S-FTP Cable, Continued Termination procedure (continued) Step Action 3 Carefully insert the eight wires into the cavity of the wire guide so that its numbering is visible from the top. 4 Measure 16 mm from the jacket’s end and cut all wires protruding from the guide. 16 mm Continued on next page
StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 71 Appendix A: Terminating S-FTP Cable, Continued Termination procedure, continued Step Action 5 a. Fold back the crimping terminal of the connector. b. Fully insert wire guide and cable into the connector’s body until the shield (overlapping the jacket’s end) reaches the crimping position. For termination type A: For termination type B: Continued on next page
Appendix A: Terminating Ethernet (S-FTP) Cable 72 Appendix A: Terminating S-FTP Cable, Continued Termination procedure, continued Step Action 6 Terminate the wires onto the RJ-45 jack. Continued on next page
StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 73 Appendix A: Terminating S-FTP Cable, Continued Termination procedure (continued) Step Action 7 With the pliers, bring the terminal of the connector back, over the exposed shield, and press gently around the terminal to form. This will achieve good contact with the shield. For termination type A: For termination type B: Continued on next page
Appendix A: Terminating Ethernet (S-FTP) Cable 74 Appendix A: Terminating S-FTP Cable, Continued Termination procedure (continued) Step Action 8 With a wire cutter, trim away any braid leftovers extending beyond the end of the plug. When finished, termination should look as below: For termination type A: For termination type B: 9 Using the Ethernet tester, test cable for proper wire termination and continuity. End of procedure.
StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 75 Appendix B: Terminating Power Supply Cable Procedure To terminate the power supply cable (AC or DC ) to the respective connector(1) of StreetNodeTM 6250 PTP, proceed as follows: Step Action 1 Strip approx. 10 mm from the cable’s outer sheath. 2 Pass the connector parts a, b and c over the cable’s end, as shown below: 3 Strip approx. 4 mm from each wire insulation and solder to the pins of connector part d. For the DC connector (2-pin): There is no polarity concern. Each one of the two wires (1 or 2) can be soldered to any of the two pins of the connector. For the AC connector (3-pin): The AC Mains Earth (E) Yellow / Green wire must be soldered to the pin shown below with an arrow (the photo shows the connector underside and more specifically the StreetNode-facing side). The remaining two black wires marked (1) and (2) are for Live (L) and Neutral (N) and must be soldered to the other two pins. There is no polarity concern regarding these two specific wires (1 and 2). 4 Assemble the connector by tightening all parts together. End of procedure. (1) The above procedure is based on the use of cables with order codes AC-PWR-CAB & DC-PWR-CAB-1 (see Power cables on page 7)
Appendix C: Terminating Grounding cable 76 Appendix C: Terminating Grounding cable Topics This paragraph describes the following procedures of grounding cable termination: • StreetNodeTM 6250 PTP • PonE StreetNodeTM 6250 PTP How to terminate the grounding cable of StreetNodeTM 6250 PTP, proceed as follows: Step Action 1 Cut the grounding cable(1) according to the distance between StreetNodeTM 6250 PTP and grounding bar. 2 Use the blade to strip 1 cm from each end of the cable. 3 Perform the following: a. Slide the M5 terminal ring over the wires at one end of the cable and crimp it with the special crimping tool (for 16 mm2). b. Cut the heat shrinkable tube in the middle in two equal pieces in order to use one piece per cable side. c. Slide the one piece of the heat shrinkable tube over the cable. Heat it over rear grounding ring body and down on to cable jacket using the hot air blower. 4 Repeat step 3 for the other end of the cable using the appropriate terminal ring. • M5 ring (StreetNodeTM 6250 PTP side). • Appropriate ring (grounding terminal side). End of procedure. Continued on next page (1) If the distance is more than 2 m then use the cable GND-CAB16-ID or GND-CAB16-OD. ~~1 cm 1 cm
StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 77 Appendix C: Terminating Grounding cable, Continued PonE How to terminate the grounding cable of StreetNodeTM 6250 PTP, proceed as follows: Step Action 1 Cut the grounding cable according to the distance between PonE and grounding bar. 2 Use the blade to strip 1 cm from each end of the cable. 3 Perform the following: a. Use the tamper-proof torx screwdriver T10 to unscrew the terminal ring from PonE, as shown below: b. Slide the M4 terminal ring over the wires at one end of the cable and crimp it with the special crimping tool (for 6 mm2). c. Cut the heat shrinkable tube in the middle in two equal pieces in order to use one piece per cable side. d. Slide the one piece of the heat shrinkable tube over the cable. Heat it over rear grounding ring body and down on to cable jacket using the hot air blower. 4 Repeat step 3 for the other end of the cable using the appropriate terminal ring. • M4 ring (PonE side). • Appropriate ring (grounding terminal side) 5 Use the tamper-proof torx screwdriver T10 to screw (applying maximum tightening torque of 0.9 Nm) for securing the ring in place. End of procedure. ~~1 cm 1 cm
Appendix D: Removing StreetNode 6250 PTP 78 Appendix D: Removing StreetNode 6250 PTP Procedure To remove a StreetNodeTM 6250 PTP, proceed as follows: Step Action 1 Use the StreetNodeTM 6250 PTP anchor point (see below) to install an appropriate safety lanyard. This will provide extra safety during StreetNodeTM 6250 PTP removal and transportation. 2 a. Disconnect StreetNodeTM 6250 PTP from AC power supply (power supply side). b. Remove the Ethernet and power supply cables from the bottom of the StreetNodeTM 6250 PTP. Continued on next page
StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 79 Appendix D: Removing StreetNode 6250 PTP, Continued Procedure (continued) Step Action 3 Using the electrical screwdriver, extension and 8 mm bit, remove the safety screw from the side of the StreetNodeTM 6250 PTP mounting plate. 4 Using the electrical screwdriver, extension and 8 mm bit, loosen the four screws securing StreetNodeTM 6250 PTP on the mounting plate. Continued on next page
Appendix D: Removing StreetNode 6250 PTP 80 Appendix D: Removing StreetNode 6250 PTP, Continued Procedure (continued) Step Action 5 Lift and extract StreetNodeTM 6250 PTP. You can now safely transport StreetNodeTM 6250 PTP to ground level. End of procedure.
StreetNode™ 6250 PTP Installation & Cabling Manual - Edition 2.1 81 Appendix E: Standards of Compliance This product is in full compliance with the following standards: Radio/Use of Spectrum: ETSI EN 302217-3 ν2.2.1 : 2014 ETSI EN 302217-4-2 v1.5.1 : 2010 (antenna) FCC Part 15.255 EMC / EMI : ETSI EN 301 489-1 v1.9.2: 2011 EΤSI ΕN 301 489-4 ν2.1.1 : 2012 EΝ 55022:2010 EΝ 61000.3-2:2006 +A1:2009 +A2:2009 EN 61000-3-3:2008 FCC Part 15 Subpart B Health and Safety: EΝ 60950-1:2006 +A11:2009 +A1:2010 +A12: 2011 EN 60950-22: 2006 EN 50385 : 2002 EN 60215:1989 +A1:1992 +A2:1994 IEC/UL/CSA 60950-1 IEC/UL/CSA 60950-22 RoHS : EN 50581 :2012 Eco Design: CR (EC) No. 278/2009 Environmental: ETSI EN 300019-2-4 V2.2.2, Class 4.1 / (Mechanical 4M5) (Operation) (Within Spec Operating temperatures: -33°C to +55°C, Operational at -50°C). IEC 60529, Class IP67 (Protection against dust and water) ETSI EN 300 019-2-2 v2.1.2, Class 2.3 (Transportation) ETSI EN 300 019-2-1 v2.1.2, Class 1.2 (Storage)
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