Intellian OW50M-Rac Installation & Operation User Manual
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Intellian OW50M-Rac Installation & Operation User Manual

Oneweb maritime antenna system
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OW50M-Rac
OneWeb Maritime Antenna System
Installation & Operation User Guide

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Summary of Contents for Intellian OW50M-Rac

  • Page 1 OW50M-Rac OneWeb Maritime Antenna System Installation & Operation User Guide...
  • Page 2 Information in this document is subject to change without notice. Every effort has been made to ensure that the information in this manual is accurate. Intellian is not responsible for printing or clerical errors.

  • Page 3: Table Of Contents

    Chapter 1. Precautions 1.1 Warnings, Cautions, and Notes 1.2 General Precautions Chapter 2. Certifications Chapter 3. Introduction 3.1 Introduction to OW50M-Rac 3.2 OW50M-Rac Features Chapter 4. Planning Installation 4.1 Installation Precautions 4.2 Selecting Installation Site 4.2.1 Installation Location for Antenna 4.2.2 Installation Location for CNX...
  • Page 4 OW50M - OneWeb Maritime Antenna System Chapter 6. Installing Below Deck Unit (BDU) 6.1 Selecting BDU Installation Site 6.2 CNX Dimensions 6.2.1 CNX Dimensions 6.3 Antenna System Configuration 6.4 CNX Cable Connection 6.4.1 CNX Front Panel View 6.4.2 CNX Back Panel View 6.4.3 CNX Connector Pinout Guide 6.4.4 Connecting CNX to Ship Gyrocompass 6.4.5 Connecting to a Wi-Fi network through the Wi-Fi Dongle...
  • Page 5 Table of Contents 8.5.6 Antenna Setup 8.5.7 Sensor Offset 8.5.8 Installation 8.5.9 RF cable setup 8.5.10 Blockage zone 8.5.11 RCM 8.5.12 Product Information 8.5.13 Software Version 8.5.14 RF Gain Offset 8.5.15 True North Calibration 8.5.16 Download Complete Logs 8.5.17 Download AIM Logs 8.6 Modem 8.6.1 Antenna Info 8.6.2 APN Info...
  • Page 6 OW50M - OneWeb Maritime Antenna System Chapter 9. Specification 9.1 Antenna Specification 9.2 RF Specification 9.3 Packing Specification 9.4 Customer Network Exchange (CNX) Specification 9.5 Environmental Specification Chapter 10. Warranty Chapter 11. Appendix 11.1 Tightening Torque Specification 11.2 Using Theodolite Application 11.2.1 Installing Mobile Application 11.2.2 Using the Theodolite Application...
  • Page 7 Table of Contents List of Figures Chapter 4. Planning Installation Figure 1: Minimizing Satellite Blockage (example) Figure 2: Potential RF Interference Figure 3: RF Radiation Hazard Area Figure 4: Radomes and Pedestal Figure 5: Front Panel of CNX Figure 6: Back Panel of CNX Chapter 5.

  • Page 8: Chapter 1. Precautions

    OW50M - OneWeb Maritime Antenna System Chapter 1. Precautions Prior to installation, read this Installation Guide carefully including the safety warnings and information. Failure to do so could result in serious injury or inoperability of the terminal. Antenna installation must be provided by a suitably trained professional installation technician or by a qualified antenna installation service.

  • Page 9: General Precautions

    UV rays when assembled according to Intellian instructions, and when the supplied approved hardware and sealants are used. Under no circumstances should an Intellian radome be covered by any protective covering that adheres, bonds, or clings to the surface, whether by self-adhesion or tension.

  • Page 10: Chapter 2. Certifications

    OW50M - OneWeb Maritime Antenna System Chapter 2. Certifications This device complies with Part 15 of the FCC Rules [and with Industry Canada license-exempt RSS standard(s)]. 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.
  • Page 11 F F C C C C P P a a r r t t 1 1 5 5 S S u u b b p p a a r r t t B B D D e e c c l l a a r r a a t t i i o o n n o o f f C C o o n n f f o o r r m m i i t t y y ( ( D D o o C C ) ) We, Intellian Technologies, Inc. located at 18-7, Jinwisandan-ro, Jinwi-myeon (Chungho-ri), Pyeongtaek-si, Gyeonggi-do 17709 Korea declare under our sole responsibility that the product(s) described in the below to which this declaration relates is in conformity with the requirement of the FCC Part 15 Subpart B.
  • Page 12 R R E E D D D D e e c c l l a a r r a a t t i i o o n n o o f f C C o o n n f f o o r r m m i i t t y y ( ( D D o o C C ) ) We, Intellian Technologies, Inc. located at 18-7, Jinwisandan-ro, Jinwi-myeon, Pyeongtaek-si, Gyeonggi-do 17709, Korea...
  • Page 13 T T e e c c h h n n i i c c a a l l / / C C o o m m p p l l i i a a n n c c e e F F i i l l e e Intellian Technologies, Inc. H H e e l l d d b b y y : :...

  • Page 14: Chapter 3. Introduction

    Chapter 3. Introduction 3.1 Introduction to OW50M-Rac The OW50M-Rac is a dual parabolic terminal with a 53 cm reflector size based on a 9.3 dB/K G/T which can be operated in the OneWeb low earth orbit (LEO) satellite constellation. A radio link to the satellites is established using the User Terminal (UT) operating in the Ku-band, with uplink frequencies between 14.0 and 14.5 GHz, and downlink between 10.7 and 12.7 GHz.

  • Page 15: Chapter 4. Planning Installation

    Planning Installation Chapter 4. Planning Installation CAUTION • Be sure to complete the pre-installation checklist before you begin installing the antenna. • DO NOT OPERATE THE ANTENNA WITHOUT THE RADOME. THIS WILL RESULT IN DAMAGE TO THE CAUTION ANTENNA  AND ABNORMAL OPERATION.  4.1 Installation Precautions The User Terminal installation requires extreme precaution and safety measures given the installation environment.

  • Page 16: Selecting Installation Site

    (11.5 feet) between them to facilitate blockage mitigation. During antenna installation, it is essential to input the values of every blockage zone, including elevation and azimuth angles, in the “configure blockage zones” for seamless blockage mitigation. Intellian recommends following these guidelines for best results.

  • Page 17: Avoid Rf Interference

    Planning Installation 4.2.3 Avoid RF Interference Do not install the antenna near the high power shortwave radar. Most radar transmitters emit RF energy within an elevation range of -15° to +15°. For this reason, it is recommended to position the antenna at least 4.6 m (15.09 feet) away from any radars (S-band and X-band Radar up to 50kW).

  • Page 18: Rf Hazard Precautions

    OW50M - OneWeb Maritime Antenna System 4.2.4 RF Hazard Precautions The Federal Communications Commission has adopted a safety standard for human exposure to RF (Radio Frequency) energy, which is below the OSHA (Occupational Safety and Health Act) limits. To comply with current FCC RF Exposure limits, the antenna must be installed at or exceeding the minimum safe distance as guided by the antenna manufacturer or supplier.

  • Page 19: System Package

    Planning Installation 4.3 System Package 4.3.1 Above Deck Unit (ADU) The OW50M operate in Primary-Primary configuration. • The modem supports a duplexed OneWeb UT configuration called the “Primary-Primary” or “Compound” UT configuration, in which two identical parabolic antennas are independently connected to the CNX indoor unit (Below Deck Unit) via a coaxial cable.

  • Page 20: Customer Network Exchange (Cnx)

    OW50M - OneWeb Maritime Antenna System Figure 4: Radomes and Pedestal 4.3.2 Customer Network Exchange (CNX) The Customer Network Exchange (CNX) must be installed in a weather-protected area. It interfaces with user equipment and provides power and data interconnection to the above deck unit. The CNX connects to two antennas while providing a secure GigE connection to the Baseband Unit.

  • Page 21: Packing List

    Planning Installation 4.3.3 Packing List OW50M-Rac Packing list The ADU Packages (2 ea) and CNX Package (1 ea) are provided in each package box. Before beginning installation, make sure you have all the included components. The components are packaged in each package box as listed in the tables below.
  • Page 22 OW50M - OneWeb Maritime Antenna System OW50M (with Heating Module) Antenna Package (With Heating Module) Item Q'ty Size Description Antenna Unit User Terminal Quick Installation Guide (QIG) Installation Manual Leaflet Leaflet for Heating device Coaxial Cable F(M)-F(M) for CNX Power & RG-6 Coaxial Cable F(M) - F(M) 30 m Data Connection...

  • Page 23: System Cables

    4.4 System Cables 4.4.1 Antenna Power+Data Cable Intellian recommends using the RG6 or RG11 cable types to connect the antenna and CNX. If you need a cable that runs longer than the maximum cable length recommended, contact Intellian Technical Support for assistance.

  • Page 24: Installer/Customer Furnished Equipment

    OW50M - OneWeb Maritime Antenna System 4.5 Installer/Customer Furnished Equipment • Country specific power cable and socket for power adaptors • Grounding system that meets the local electrical code requirements • Waterproofing materials to withstand a variety of maritime conditions (such as waterproof seal and glands etc.) •...

  • Page 25: Unpacking System Package

    Planning Installation 4.6 Unpacking System Package CAUTION • The package box on the pallet should be lifted by a forklift. • Follow the steps in order for easy and safe unpacking. CAUTION 1. Position the “FRONT” marked side of the box to the front, then remove all the plastic straps securing the box to the pallet using a cutter.

  • Page 26: Chapter 5. Installing Above Deck Unit (Adu)

    OW50M - OneWeb Maritime Antenna System Chapter 5. Installing Above Deck Unit (ADU) 5.1 General Requirements 5.1.1 Antenna Mounting Requirements You need to procure or fabricate a suitable mounting plate and pole to support the Dual ADU (Above Deck Unit). The mounting platform should be rigid enough and secured tightly to the structure of the vessel.

  • Page 27: Antenna Dimensions

    Installing Above Deck Unit (ADU) 5.2 Antenna Dimensions Before installing the antenna unit, confirm its height and diameter (see figure below). The mounting surface and overall space occupied by the radome must be sufficient for the height and diameter of the fully constructed radome on top of its mounting base.

  • Page 28: Antenna Mounting Hole Pattern

    OW50M - OneWeb Maritime Antenna System 5.3 Antenna Mounting Hole Pattern Use the supplied mounting template when drilling mounting holes on the mast. The hole placement for the antenna must match the mounting hole pattern on the template. WARNING When reusing an existing mast, make sure the location of the holes on the mast correspond to the hole locations and sizes printed on the mounting template.

  • Page 29: Designing Mast (Example Only)

    NOTE • This is a general example of designing a mast. The shape of mast may differ depending on the ship's environment. • Follow the Intellian installation recommendations for safety. NOTE WARNING • When designing a mast, consider the minimum and maximum thickness of the mast plate marked on the diagram.

  • Page 30: Figure 10: Recommended Size Of Mast (Option 1)

    OW50M - OneWeb Maritime Antenna System Option 1. When Installing Cable on Outside of Mast This method is generally recommended. Unit: mm (inches) 247.5 (9.7) Antenna Mounting Hole Ø15.0 (0.6), 4ea Ø445.0 (17.5) Plate Thickness Ø200.0 (7.9) Min. 10.0 (0.4) Max.

  • Page 31: Chapter 5. Installing Above Deck Unit (Adu)

    Installing Above Deck Unit (ADU) Option 2. When Installing Cable Through Inside Mast Unit: mm (inches) 247.5 (9.8) Antenna Mounting Hole Ø15.0 (0.6), 4ea Gooseneck Ø110.0 (4.3) Ø180.0 (7.1) Ø445.0 (17.5) Plate Thickness Ø200.0 (7.9) Min. 10.0 (0.4) Max. 20.0 (0.8) Ø45 (1.8) Ø22 (0.9) Ø22 (0.9)
  • Page 32 OW50M - OneWeb Maritime Antenna System WARNING Intellian strongly recommends installing the antenna less than 1200 mm (47") above the deck for safe access and maintenance. When installing the antenna more than 1200 mm (47") above the deck, make sure to have enough working space around the mast for the installers to move around and put the radome down.

  • Page 33: Routing Rf Cable On Mast (Example Only)

    Installing Above Deck Unit (ADU) 5.5 Routing RF Cable on Mast (Example Only) The cable must be routed from the antenna and through the ship to end up at the antenna control unit. When pulling the cable in place, avoid sharp bends, kinking, and excessive force. After placement, seal the deck penetration gland and tie the cable securely in place.

  • Page 34: Figure 13: Routing Cable Through Inside Of Mast

    OW50M - OneWeb Maritime Antenna System Option 2. Routing Cable Through Inside Mast 1. Before placing the radome on the mast, route the cable through the gooseneck on the deck and the built-in gooseneck on the mast for easier placing of the RF cable through the inside of the mast as shown in the picture.

  • Page 35: Removing Antenna From Wooden Pallet

    Installing Above Deck Unit (ADU) 5.6 Removing Antenna from Wooden Pallet Four radome brackets secure the antenna to the pallet. To remove the radome from the pallet and the brackets from the radome, use the following procedure. 1. Remove the fixing bolts (2 ea) on the radome bracket that secures the antenna to the pallet using a wrench.

  • Page 36: Moving Antenna Above Mast

    Make sure to remove the radome brackets that secure the radome to the pallet before lifting the antenna using the lifting straps. WARNING 5.7 Moving Antenna Above Mast The Intellian antenna comes from the factory with the lifting straps pre-mounted. 1. Check the condition of the lifting strap and ensure the shackle is tightened up.

  • Page 37: Inserting Waterproof Foam

    Installing Above Deck Unit (ADU) 5.8 Inserting Waterproof Foam The supplied waterproof foam must be inserted to prevent water penetration into the radome before mounting the Adhesive radome on the mast. Make sure the waterproof foam is Tape positioned where the following picture shows. Cable Hole (X-shaped) Waterproof Foam...
  • Page 38 OW50M - OneWeb Maritime Antenna System Option 2. When Installing Cable on Outside of Mast 1. Peel off the paper backing of the adhesive tape from the waterproof foam. 2. Attach the adhesive side of waterproof foam firmly onto the surface of the cable access hole. 3.

  • Page 39: Mounting Antenna On Mast

    Installing Above Deck Unit (ADU) 5.9 Mounting Antenna on Mast 1. Bring the M12x80L hex bolts (4 ea) for antenna-mounting plate assembly. 2. Lower the antenna onto the mast using the crane, making sure the mounting holes of the antenna are aligned with those of the mast.

  • Page 40: Connecting Rf Cable To Antenna

    OW50M - OneWeb Maritime Antenna System 5.10 Connecting RF Cable to Antenna Connect the RF Cable (customer supplied) from the XCVR port of the CNX to the RF connector inside the cable entry of the radome. Both sides of the connection cable should be terminated using suitable tools. After the connection, securely fix the cable in place using cable ties.
  • Page 41 Installing Above Deck Unit (ADU) 2. Terminate F(M) Connector Connector on the end of the RF Cable. Intellian recommends using a genuine cable connector and tools. Refer to the cable termination instructions provided by the manufacturer to terminate the F connector.

  • Page 42: Connecting Power Cable For Heating Module (Optional)

    The heater module was set temperature to -10℃ on and shipped from the factory. The heater module starts operating at a temperature from -10℃. If you need to change the operating temperature, contact Intellian Technical Support for assistance.
  • Page 43 Installing Above Deck Unit (ADU) 4. After completing cable connection, put the cover in the right place and close it by tightening the M4 x 15L wrench bolt by using a wrench set. Termination the Waterproof Cable Housing on Heating Module’s Power Cable To terminate the supplied waterproof cable housing on the end of heating module’s power cable, follow the steps below.
  • Page 44 OW50M - OneWeb Maritime Antenna System 5. Thread the wires into the 3 pin panel groove as shown in the figure below. Waterproof Cable Housing Live (Brown) PE (Yellow-Green) Neutral (Blue) 6. Tighten the screws fully using a Phillips screwdriver. 7.

  • Page 45: Chapter 6. Installing Below Deck Unit (Bdu)

    • This equipment design typically applies to commercial or industrial equipment expected to be installed in locations where only adults are normally present. • This product is intended to be supplied from Intellian by a rated 56V DC, 4.48 A maximum, if need CAUTION further assistance, please contact OneWeb for further information.

  • Page 46: Antenna System Configuration

    OW50M - OneWeb Maritime Antenna System 6.3 Antenna System Configuration For the proper operation of your satellite communication system, it must be connected with all the provided components as shown in the figures below. The User Terminal consists of two antennas and a CNX. The antenna includes the SSM module, which is capable of controlling and managing two antenna systems simultaneously.

  • Page 47: Figure 19: Dual Antenna System Configuration With Heating Module

    Installing Below Deck Unit (BDU) Antenna System Configuration and Heating Module with CNX Includes Includes SSM Module SSM Module Data and Data and 56 VDC Power 56 VDC Power Above Decks Below Decks 220VAC Power for 220VAC Power for Heating Module Heating Module (Optional) (Optional)

  • Page 48: Cnx Cable Connection

    OW50M - OneWeb Maritime Antenna System 6.4 CNX Cable Connection 6.4.1 CNX Front Panel View The following figure shows the CNX Front panel connectors. CNX Front Panel XCVR Power Power Indicator LAN (CAT5) MoCA MoCA Indicator Indicator RESET Power Power Switch Switch Management...

  • Page 49: Cnx Back Panel View

    Installing Below Deck Unit (BDU) 6.4.2 CNX Back Panel View The following figure shows the CNX Front panel. CNX Back Panel WiFi Dongle NMEA 0183 (GYRO) Figure 21: Back Panel View 6.4.3 CNX Connector Pinout Guide Reference the following connector pinout information for the connection Ports of the CNX. Power Connector for CNX IEC 320 C14 Plug Male Signal...
  • Page 50 OW50M - OneWeb Maritime Antenna System LAN Connector 1 2 3 4 5 6 7 8 RJ-45 Female Signal BI_DA+ BI_DA- BI_DB+ BI_DC- BI_DC+ BI_DB- BI_DD+ BI_DD- NMEA 0183 Heading Input (Gyrocompass) 2-Pins Terminal Block Signal HEADING GND HEADING IN WiFi Dongle USB Connector USB A Female Signal...

  • Page 51: Connecting Cnx To Ship Gyrocompass

    Installing Below Deck Unit (BDU) 6.4.4 Connecting CNX to Ship Gyrocompass For satellite tracking, connect the ship’s gyrocompass to the antenna system through the gyrocompass interface of the CNX and then make sure of the HEHDT protocol for the CNX. The CNX supports NMEA 0183 gyrocompass inputs.

  • Page 52: Connecting To A Wi-Fi Network Through The Wi-Fi Dongle

    OW50M - OneWeb Maritime Antenna System 6.4.5 Connecting to a Wi-Fi network through the Wi-Fi Dongle We provide the Wi-Fi Dongle for Wi-Fi connection to LUI. You can connect a PC to the CNX via Wi-Fi for easy management and control whenever you are on the vessel. Setting up the CNX to access Wi-Fi 1.

  • Page 53: Chapter 7. Starting Dual Antenna System

    Starting Dual Antenna System Chapter 7. Starting Dual Antenna System The OW50M has the embedded dual antenna mediator function, which is used to instantly switch between two antenna systems. When one antenna loses line of sight to a satellite, the other antenna will immediately provide a fail-safe operation to maintain the highest levels of system performance and reliability.

  • Page 54: Setting The Compound Ut#2 (Secondary)

    OW50M - OneWeb Maritime Antenna System 7.2.1 Setting the Compound UT#2 (Secondary) First, the Compound UT#2 (Secondary) should be set and then the Compound UT#1 (Primary). 1. Turn on the UT#2’s POWER switch on the front panel of the CNX, and then wait a few seconds for system startup.

  • Page 55: Setting The Compound Ut#1 (Primary)

    Starting Dual Antenna System 6. Try to access the LUI again using the changed Compound UT#2 (Secondary) ip address (192.168.100.10). 7. Go to Diagnostics → Compound UT Info to verify the Secondary of CUC (Compound UT Controller) role on the Compound UT Info. NOTE If you cannot see “Compound UT Info”...
  • Page 56 OW50M - OneWeb Maritime Antenna System 5. Select Compound UT#1 (Primary) on the Select Installation Role option to activate the function. Then click the Submit button to apply the settings to the system. LUI will automatically reboot and then display the Diagnostics page. 6.

  • Page 57: Configuring Vlan, Apn, Nmea And Cuc Ip Address

    Starting Dual Antenna System 7.3 Configuring VLAN, APN, NMEA and CUC IP Address This is a SW tool that allows you install, configure, control and monitor maritime and primary/primary UTs after the Primary/Secondary role has been configured as shown in the previous section. NOTE If you want to run the SW tool on your PC, here’s what it takes: •...

  • Page 58: Main Page

    OW50M - OneWeb Maritime Antenna System ü Configuring the IP Address 1. Click the (Setting) on the upper right corner of the main page. 2. Enter the IP address of the primary UT, secondary UT and CNX, and then click the Save button. Please note that the IP address configuration here does not actually configure the IP address of each UT.

  • Page 59: Configuration

    Starting Dual Antenna System 7.3.3 Configuration ① NMEA Baud Rate: It should be changed to match the heading device’s baud rate of the vessel. This parameter is not applicable to land UTs. ② Jumbo Frame: If enabled, 2K MTU* is used over the MoCA between the CNX and the UTs. If disabled, 1.5K MTU is used.

  • Page 60: Control

    OW50M - OneWeb Maritime Antenna System d. VLAN 111 and 222 are configured on port 1 and port 2 of the CNX-E/T If all of the above configuration are successfully configured, “Installation is completed” will be displayed on the page. 7.3.5 Control ①...

  • Page 61: Completing Installation Via Install Wizard

    Starting Dual Antenna System 7.4 Completing Installation via Install Wizard This section assumes the Primary/Secondary role has been configured in section “7.2 Configuring Primary & Secondary Role” on page 53. Click Install and execute the following steps for each UT to complete the remaining installation procedure. ü...
  • Page 62 OW50M - OneWeb Maritime Antenna System ü Step 2: Upload Ephemeris Data The Upload Ephemeris Data page is a simple file upload page. Simply click on the empty text box or the Browse button to upload an Ephemeris file. Until a file has been uploaded, the upload button is greyed out. Upon a successful upload, a success status message will be displayed, and the state can be advanced.
  • Page 63 Starting Dual Antenna System ü Step 4: GNSS Configuration Make sure the Timing Mode is Off when the GNSS Configuration page appears. Click the Next button to go to the next step. ü Step 5: Configure Blockage Zones It is optional to set up the blockage zones for the system. Each antenna can be configured up to 10 blockage zones with transmission muted.
  • Page 64 • If Blockage zone is set, you can see the status at LUI > Antenna > Blockage Zones menu. • To get a blockage zone value, you should install the Theodolite application on an iOS device. Intellian recommends using the Theodolite application. Refer to “11.2 Using Theodolite Application” on page 109 for more details.
  • Page 65 Starting Dual Antenna System ü Step 7: Autonomous States Autonomous states all display a progress bar of its progress. The following states require no action from the user aside from proceeding to the next state. All installation states are displayed, or some installation status is displayed underneath the progress bar.

  • Page 66: Monitoring Dual Antenna System

    OW50M - OneWeb Maritime Antenna System 7.5 Monitoring Dual Antenna System You should monitor the performance of the dual system via LUI. To monitor the dual system, position two windows side-by-side and then access LUI using ip address for each compound UT. Compound UT#1 Compound UT#2 (Primary)

  • Page 67: Chapter 8. Using Local User Interface (Lui)

    Using Local User Interface (LUI) Chapter 8. Using Local User Interface (LUI) 8.1 Introduction With the embedded Using Local User Interface (LUI) software, the antenna can be monitored, controlled, and diagnosed remotely through a web browser. It saves time and cost generated by maintenance activities such as operating firmware upgrades, tracking parameter resets, and system diagnosis, etc.

  • Page 68: Webpage Layout

    OW50M - OneWeb Maritime Antenna System 8.4 Webpage Layout Once you log in, the following information and menus are displayed. 8.4.1 Navigation bar The navigation bar as shown below is the antenna way being able to navigate the LUI. The navigation bar is persistent across all LUI pages.

  • Page 69: Home Page

    Check the cable connection status. If the cable connection is incorrect, try to connect a cable again. d. Click the reboot button on the navigation bar, and then turn the CNX power off and on again. e. If the same state code error(red) persists after rebooting, you should contact Intellian Technical Support for assistance.

  • Page 70: Footer

    OW50M - OneWeb Maritime Antenna System 8.4.3 Footer The footer, like the navigation bar, is persistent throughout all LUI pages. The footer contains two pieces of information: one on the left and one on the right. The current software version that is running on the Host Processor is displayed on the left. The operational software mode follows the software version.

  • Page 71: Antenna

    Using Local User Interface (LUI) 8.5 Antenna This menu sets and displays the Antenna Info, Massage stats, Modem↔Antenna Latency, Blockage zones, Antenna status, Antenna Setup, Sensor Offset, RF cable setup, RCM, Product Information, Software Version, RF Gain Offset, True North Calibration, Download Complete Logs and Download AIM Logs. 8.5.1 Antenna Info Displays the antenna information.

  • Page 72: Massage Stats

    OW50M - OneWeb Maritime Antenna System 8.5.2 Massage Stats Provides the tables of a variety of information at once. • Clear Status: Click the Clear status button to clear the shown page. 8.5.3 Modem ↔ Antenna Latency Displays the latency between modem and antenna. •...

  • Page 73: Blockage Zones

    Using Local User Interface (LUI) 8.5.4 Blockage Zones Displays the set blockage zones. 8.5.5 Antenna Status Displays the antenna status, position and sensor information.

  • Page 74: Antenna Setup

    OW50M - OneWeb Maritime Antenna System 8.5.6 Antenna Setup...
  • Page 75 Using Local User Interface (LUI) Set the antenna. Click the Submit button to apply the settings to the system. Set the TN calibration. ① True North • Run Pt Assist at Every Reboot : Run the Pt assist at every reboot. Choose the Pointing False / True from the drop-down list.
  • Page 76 OW50M - OneWeb Maritime Antenna System Heading is set automatically by the vessel’s movement. The values should not ⑤ be arbitrarily changed. Heading • Offset: Displays the received heading information (0~360) Set the debug log level. • Log Flags: ⑥ •...

  • Page 77: Sensor Offset

    Using Local User Interface (LUI) 8.5.7 Sensor Offset The tilt values of the elevation and cross-level axes were calibrated to the optimal condition at the factory prior to shipment. The values should not be arbitrarily changed. Displays the reflector sensor value. ①...

  • Page 78: Installation

    OW50M - OneWeb Maritime Antenna System 8.5.8 Installation Displays the installation roll. This function is not supported for OW50M model. 8.5.9 RF cable setup The IF Cable Type and IF Cable Length(m) on the Internal is pre-set with a default value depending on the RF cable.

  • Page 79: Rcm

    Using Local User Interface (LUI) 8.5.11 RCM Displays the current RCM status (DSA Table(Primary Tx/Rx), Connection (Status), Product Information (Vendor, Model, Serial Number) Tx/ Rx status (Frequency, Attenuator, Temperature, TX or RX, KEYLINE, PLL Lock, , LO Lock). 8.5.12 Product Information Displays the product information (Part Number, Serial Number).

  • Page 80: Software Version

    OW50M - OneWeb Maritime Antenna System 8.5.13 Software Version Displays the software version. (Factory, SYS0, SYS1, Current Partition, PCU version) 8.5.14 RF Gain Offset Updates the RF gain values in real time. To increase or decrease TX gain, enter the values. ①...

  • Page 81: True North Calibration

    Using Local User Interface (LUI) 8.5.15 True North Calibration Set the TN calibration. • Pointing Assist Control: Choose the Start from the drop-down list to run the true north calibration and then click the Submit button. 8.5.16 Download Complete Logs Click the Download button to download the complete log.

  • Page 82: Modem

    OW50M - OneWeb Maritime Antenna System 8.6 Modem This menu sets and displays the Modem Info, APN Info, Modem status, Modem Control Panel, OneWeb Extension, GNSS status, PPS status. 8.6.1 Antenna Info Displays the modem information. 8.6.2 APN Info Displays the APN0/1 information.

  • Page 83: Modem Status

    Using Local User Interface (LUI) 8.6.3 Modem status Displays the modem status. ① Modem status Displays the current modem status. ② QMI Errors Displays the current modem error. 8.6.4 Modem Control Panel The color shows the modem status.(Green: The modem is behaving as normal./Red: The modem is abnormal or incorrect (Error).) •...

  • Page 84: Modem Control Panel

    OW50M - OneWeb Maritime Antenna System 8.6.5 Modem Control Panel The color shows the modem status.(Green: The modem is behaving as normal./Red: The modem is abnormal or incorrect (Error).) • Bring Up Diagnostic Bridge: Try to connect the diagnostic bridge to check the modem status. •...

  • Page 85: Oneweb Extension

    Using Local User Interface (LUI) 8.6.6 OneWeb Extension Make sure of the satellite connection status. (satellite signal, tracking etc.) Displays the request and response for the SSM. ① Request / • Clear Status: Click the Clear status button to clear the shown page. Response ②...

  • Page 86: Modem Control Panel

    OW50M - OneWeb Maritime Antenna System 8.6.7 Modem Control Panel Displays the GNSS status. • Clear Status: Click the Clear status button to clear the shown page. ① GNSS Receiver Displays the GNSS receiver information. Info ② GNSS Sentence Displays the GNSS sentence counts. Counts ③...

  • Page 87: Pps Status

    Using Local User Interface (LUI) 8.6.8 PPS Status Displays the PPS status.

  • Page 88: Network

    OW50M - OneWeb Maritime Antenna System 8.7 Network This menu sets and displays the Network info, Packet Graphs . 8.7.1 Network info Displays the modem information. (CNX Interface, Antenna Interface, Management Interface, WAN0, MoCA Interface)

  • Page 89: Packet Graphs

    Using Local User Interface (LUI) 8.7.2 Packet Graphs Measures an input Rx/Tx signal frequency within the full frequency range, and displays the information on the Graph. The display of the pocket statistics has the amplitude displayed on the vertical axis.

  • Page 90: Diagnostic

    OW50M - OneWeb Maritime Antenna System 8.8 Diagnostic This menu sets and displays the UT status, Host Processor Logs, Event Logs, UT Configuration, UT Advanced Configuration, Fault Management, CNX Manager, MoCA Info, System Monitor status, Sensor and Device Info, Statistics, Self Test Results, TWAMP. 8.8.1 UT status Displays the UT status.

  • Page 91: Host Processor Logs

    Using Local User Interface (LUI) 8.8.2 Host Processor Logs Download the host processor logs. Choose the desired logs from the drop-down list and then click the submit button. • Download All : Click the Download All button to download the all logs. •...

  • Page 92: Ut Configuration

    OW50M - OneWeb Maritime Antenna System 8.8.4 UT Configuration Displays the UT Configuration. • Save: Click the Save button to save the UT Configurations. • Reload: Click the Reload button to reload the UT Configurations.

  • Page 93: Ut Advanced Configuration

    Using Local User Interface (LUI) 8.8.5 UT Advanced Configuration Display the UT advanced configuration. • Reload: Click the Reload button to reload the UT advanced configuration. Displays the CNX interface. • Interface Name: Displays the interface name. • Interface IPv4 Address : Enter the ip address. ①...

  • Page 94: Fault Management

    OW50M - OneWeb Maritime Antenna System 8.8.6 Fault Management Displays the fault status.

  • Page 95: Cnx Manager

    Using Local User Interface (LUI) 8.8.7 CNX Manager Displays the CNX information. ① CNX Information Displays the CNX information. ② Diagnostic Data Displays the diagnostic result.

  • Page 96: Moca Info

    OW50M - OneWeb Maritime Antenna System 8.8.8 MoCA Info Displays the MoCA information.

  • Page 97: System Monitor Status

    Using Local User Interface (LUI) 8.8.9 System Monitor status Displays the system monitor status • Clear Status: Click the Clear status button to clear the shown page.

  • Page 98: System Monitor Status

    OW50M - OneWeb Maritime Antenna System 8.8.10 System Monitor status Displays the sensor/device information. The color shows the sensor/device status. • White: The modem is behaving as normal. • Yellow: The system might cause errors. • Red: The modem is abnormal or incorrect (Error).

  • Page 99: System Monitor Status

    Using Local User Interface (LUI) 8.8.11 System Monitor status Checks the antenna status periodically and displays on the page. To activate the function, set the Update_ Statistics value to true on configuration. • Upload Metrics: Upload the status information to OneWeb server.

  • Page 100: Self Test Results

    OW50M - OneWeb Maritime Antenna System 8.8.12 Self Test Results Run the self test to check the AIM/CNX status.

  • Page 101: Twamp

    Using Local User Interface (LUI) 8.8.13 TWAMP Sets the network test function by entering the required parameters. • Server IPv4 Address: Enter the server IPv4 address. • Server Port: Enter the server port. • Inter-Packet Interval(m):Enter the inter-packet interval(m). • Number of Packets: Enter the number of packets. •...

  • Page 102: Management

    OW50M - OneWeb Maritime Antenna System 8.9 Management This menu sets and displays the Management Status and Switch UT Software. 8.9.1 Management Status Displays the management status. • Clear Status: Click the Clear status button to clear the shown page.

  • Page 103: Switch Ut Software

    Using Local User Interface (LUI) 8.9.2 Switch UT Software Software mode can be switched to factory or main. Click the Submit button to apply the settings to the system.

  • Page 104: Chapter 9. Specification

    OW50M - OneWeb Maritime Antenna System Chapter 9. Specification 9.1 Antenna Specification Item Specification Platform Three Axis: Azimuth, Elevation, Cross-level Positioning 3-axis Velocity Mode Servo : Azimuth, Elevation, Cross-Level Azimuth Unlimited Pedestal Motion Elevation -80º to +80º (FOV -80º to +80º) Range Cross-Level -30º...

  • Page 105: Rf Specification

    Specification 9.2 RF Specification Item Ku-band Rx Frequency 10.7 ~ 12.7 GHz Rx Gain (Without Radome) 32.0dBi 9.3 dB/K Tx Frequency 14.0 ~ 14.5 GHz Tx Gain (Without Radome) 35.0dBi EIRP 33.6 dBW / 20 MHz (single carrier) Cross pol Isolation Min 15 dB (Antennas Field of view) Polarization Rx: RHCP, Tx: LHCP...

  • Page 106: Environmental Specification

    OW50M - OneWeb Maritime Antenna System Item Specification Output Power (For each power module) Max ~ 250W(Total : Max ~ 500W) Power • Operational: Solid GREEN • Off: No power Ethernet LEDs • Ready: Solid GREEN • Activity: Blinking GREEN •...

  • Page 107: Chapter 10. Warranty

    Warranty Time Period: Warranty periods commence from the date of shipment from an Intellian facility. If installation occurs within six months of the date of shipment from an Intellian facility then Intellian will extend the duration of the warranty by the number of days between shipment and installation of the terminal.

  • Page 108: Chapter 11. Appendix

    OW50M - OneWeb Maritime Antenna System Chapter 11. Appendix 11.1 Tightening Torque Specification This table shows the recommended values of tightening torques. Bolt Size Tightening Torque (N m) M2.5...

  • Page 109: Using Theodolite Application

    Using Theodolite App only for iOS devices To confirm the blockage zone value, Intellian recommends using the Theodolite app. After installing the application, position the mobile device above approx 1 m (3.3 ft) from the mast where the antenna will be installed.

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