Intellian GX100NX Installation & Operation User Manual

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GX100NX

105cm Maritime VSAT Antenna System

Installation & Operation User Guide

Serial number of the product

This serial number will be required for all troubleshooting or service inquiries.

© 2019 Intellian Technologies, Inc. All rights reserved. Intellian and the Intellian logo are trademarks of Intellian Technologies, Inc., registered in the U.S. and other countries. The GX100NX is a trademark of Intellian Technologies, Inc. Intellian may have patents, patent applications, trademarks, copyrights, or other intellectual property rights covering subject matter in this document. Except as expressly provided in any written license agreement from Intellian, the furnishing of this document does not give you any license to these patents, trademarks, copyrights, or other intellectual property. All other logos, trademarks, and registered trademarks are the property of their respective owners. Information in this document is subject to change without notice. Every effort has been made to ensure that the information in this guide is accurate. Intellian is not responsible for printing or clerical errors.

Disclaimer

The information in this user guide is subject to change without prior notice through a product life cycle. A printed version of the guide is periodically updated and may contain inaccuracies or omissions compared to the recent product information. The most up-todate information can be readily accessible on our website at http://www.Intelliantech.com.

Doc. No. UM-V2-190819-V1.0

Table of contents

Precautions

Warnings, Cautions, and Notes 8

General Precautions 8

Certiﬁcations

Certications 9

Introduction

Intellian GX100NX Introduction 11

Intellian GX100NX Features 12

Antenna Unit 13

Below Deck Termial (BDT) 13

Antenna Control Unit (ACU) (Optional: for Dual Antenna System) 14

Table of contents

Planning Installation

BDT Components Box 15

ACU Components Box (Optional: for Dual Antenna System) 16

Antenna Specication 17

Antenna Dimensions 17

Heading Alignment 18

Antenna Mounting Hole Pattern 19

Mast Designing (Installation Example) 20

Option2. When Placing Cable Outside Mast 21

Preparing Installation 22

Selection of Installation Site 22

Minimize Satellite Blockage 22

Avoid RF Interference 23

RF Hazard Precautions 23

Preparing System Cables 24

Placing Cable on Mast 25

Installing Above Deck Unit (ADU)

Antenna Installation 26

Unpacking Wooden Crate 26

Removing Antenna from Wooden Crate 28

Placing Antenna on Mast 29

Attaching Waterproof Foam 30

Mounting Radome 31

Connecting RF Cable (Customer Supplied) 32

Switching On Power Box 33

Installing Below Deck Unit (BDU)

Selection of BDU Installation Site 34

BDT Dimensions 34

Mounting BDT 35

19" Rack Mount Type 35

ACU Dimensions (Optional: For Dual Antenna System) 36

Mounting ACU (Optional: For Dual Antenna System) 37

19" Rack Mount Type 37

System Congurations 38

Single Antenna System Conguration (Basic Antenna System) 38

Dual Antenna System Conguration (Optional) 39

BDT Cable Connection 40

Name of BDT Rear Panel 40

Connecting to Antenna 40

Connecting to the Switch Router 41

Connecting Ship's Gyrocompass 41

How to Connect NMEA 0183 Gyrocompass Cable 42

Connecting to Additional Secondary ACU (Optional: For Dual Antenna System) 42

BDT Connector Pinouts Guide 43

RS232 Connector (iARM Interface) 43

NMEA 2000 Connector 43

LAN 1~4 Ports 44

BDT to PC Communication Setup 45

TCP/IP Connection 45

Wi-Fi Connection 46

Table of contents

Operating Install Wizard

Turning On System 47

Accessing AptusNX 47

Starting Install Wizard 48

Operating BDT

Introduction 53

Below Deck Termial (BDT) 53

BDT Front Panel 53

BDT Display Menu 54

Startup 56

Diagnosis 58

Antenna Information 60

Interface Information 61

USB Function 62

Operating ACU (Optional)

Introduction 67

Antenna Control Unit (ACU) 67

ACU Front Panel 67

ACU Display Menu 68

Startup 69

Diagnosis 71

Antenna Information 73

Interface Information 74

USB Function 75

Using AptusNX

Introduction 80

How to access AptusNX for BDT 80

Main Page 81

Page Login 81

Top Menus 82

Account Menu 83

Account 83

Registration 84

System 85

User Manager 86

Dashboard 87

How to Add & Remove Panels (Dashboard Setting) 87

How to Arrange Dashboard Layout 88

How to Use Shortcut Settings 89

Install Wizard 89

System Tools 90

Firmware Upgrade 90

iARM Upgrade 92

iARM Save & Reboot 93

Satellite Library 94

Graph 95

System Troubleshooting 96

Diagnosis 96

Antenna Log 98

Antenna Event Log 99

Support 99

System Setting 100

Ship Setting 100

Antenna Setting 102

Table of contents

Tracking Satellite Setting 105

Network Conguration 106

Modem Info 108

Backup & Restore Setting 110

Mediator Setting (Optional: For Dual Antenna System) 111

Speciﬁcation

Technical Specication 113

Environmental Specication 114

Warranty

Warranty Policy 115

Appendix A

Using Dual Antenna System (Optional) 116

Table of contents

Appendix B

Performing One Touch Comissioning 117

Precautions

Warnings, Cautions, and Notes

WARNING, CAUTION, and NOTE statements are used throughout this manual to emphasize important and critical information. You must read these statements to help ensure safety and to prevent product damage. The statements are dened below.

WARNING

WARNING indicates a potentially hazardous situation which, if not avoided, could result

WARNING

CAUTION

in death or serious injury.

CAUTION

CAUTION indicates a potentially hazardous situation which, if not avoided, could result in minor or moderate injury. It may also be used to alert against unsafe practices.

NOTE

A NOTE statement is used to notify people of installation, operation, programming, or

NOTE

maintenance information that is important, but not hazard-related.

General Precautions

Before you use the antenna, make sure that you have read and understood all safety requirements.

THIS WAY UP

• Place the boxes/crates on the oor with the arrow pointing up.

FRAGILE

• Since the Radome is fragile, handle it with care. Do not apply excessive pressure or shock. These may cause surface cracking or other damage.

DO NOT STACK

• Do not stack boxes/crates as there is a risk boxes/crates may fall and be damaged.

KEEP DRY

• Always make sure the antenna is stored on a dried oor.

• The antenna can withstand ordinary rain. However it water resistance cannot be guaranteed if submerged.

• Keep the antenna in dried place for sufcient ventilation. Do not store the antenna wrapped in a tarp, tent, vinyl, and others.

* DO NOT SHIP VIA RAIL: Ensure not to ship any system via Rail.

Certiﬁcations

Intellian Technologies, Inc.

Certifications

Certications

FCC Part 15 Subpart B Declaration of Conformity

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.

Product Information:

Product Name:

Test R e s u l t :

Standard Test Rule Section Test Report Number Result

Intellian GX100NX

AC Power line conducted emission ANSI C63.4:2014

FCC Part 15 Subpart B

Supplementary Information:

Notified Body Involved: (Testing Organization)

Technical/Compliance File Held by:

Place and Date of Issue:

Signed by: Kevin Eom Signature: ___ ______

Radiation emissions below 1GHz ANSI C63.4:2014

Radiation emissions above 1GHz ANSI C63.4:2014

DT&C Co., Ltd. 42, Yurim-ro 154 beon-gil, Cheoin-Gu, Yongin-Si, Gyeonggi-Do, 17042, Korea

Intellian Technologies, Inc. 18-7, Jinwisandan-ro, Jinwi-myeon (Chungho-ri), Pyeongtaek-si, Gyeonggi-do 17709 Korea

Gyeonggi-do, Korea on 30

May, 2019

DREFCC1905-0170 Pass

/ CTO, R&D

Date: 31

May, 2019

Doc Number IT19-DC0531-04

Innovation Center, Global HQ 18-7, Jinwisandan-ro, Jinwi -myeon (Chungho-ri), Pyeongtaek-Si, Gyeonggi-Do, 1 7709 Korea Tel : + 82 31 379 1000

Certiﬁcations

Intellian Technologies, Inc.

EN 301-360 V 2.1.1 Intellian Technologies, Inc.

Korea

RED Declaration of Conformity

We, Intellian Technologies, Inc. located at 18-7, Jinwisandan-ro, Jinwi-myeon, Pyeongtaek-si, Gyeonggi-do 451-862, Korea declare under our sole responsibility that the product(s) described in the below to which this declaration relates is in conformity with the essential requirements and other relevant requirements of the Radio Equipment Directive (2014/53/EU).

Product Information:

Product Name(s):

Intellian GX100NX

To provide the presumption of conformity in accordance to Annex III(encompassing Annex II) of Directive 2014/53/EU; the following harmonized standards and normative documents are those to which the product’s conformance is declared, and by specific reference to the essential requirements of Article 3 of the Directive 2014/53/EU.

2014/53/EU Article Standard(s) Applied in Full Result

SAFETY (Art 3.1.a) EN 60950-1:2006 + A11:2009 + A1:2010 + A12:2011 + A2:2013 Pass

EMC (Art. 3.1.b) EN 301 843-1 V2.2.1 Pass

SPECRTUM (Art. 3.2)

EN 301-459 V 2.1.1

Pass

EN 303-978 V 2.1.2

Supplementary Information:

Notified Body Involved: (Testing Organization)

Technical/Compliance File Held by:

Place and Date of issue:

DT&C Co., Ltd. 42, Yurim-ro 154 beon-gil, Cheoin-Gu, Yongin-Si, Gyeonggi-Do, 17042, Korea

18-7, Jinwisandan-ro, Jinwi-myeon (Chungho-ri), Pyeongtaek-si, Gyeonggi-do 17709

Gyeonggi-do, Korea on 30

May, 2019

Signed by: Kevin Eom Signature: _________ ___

/ CTO, R&D

Date: 31

Doc Number IT19-DC0531-02

Innovation Center, Global HQ 18-7, Jinwisandan-ro, Jinwi -myeon (Chungho-ri), Pyeongtaek-Si, Gyeonggi-Do, 1 7709 Korea Tel : + 82 31 379 1000

May, 2019

Introduction

Intellian GX100NX Introduction

Intellian GX100NX is a Ka-band 3-axis stabilized VSAT maritime antenna system. The GX100NX provides advanced VSAT solutions for Ka-band satellite services. GX100NX is equipped with a new mounting architecture RF module.

The antenna's 3-axis stabilized platform and advanced shock-resistant, and vibration damping design of the Pedestal is fully optimized to withstand the demanding maritime conditions and to ensure reliable broadband communications.

The GX100NX is even more operator-friendly by the integrated RF and power cables in one coaxial cable. The single coaxial cable carries Tx, Rx, DC power, data and reference signals connecting between antennas and BDUs.

AptusNX, Intellian’s all-new integrated M&C platform, provides a responsive web user interface to manage and control antenna systems for all types of devices. Installation Wizard in AptusNX automatically congures the system functions and minimizes operators’ work for system installation and operation supporting automatic cable loss compensation, line-up test, and auto diagnostics.

Introduction

Intellian GX100NX Features

Single RF Cable

Intellian’s GX100NX incorporates RF cables and power cable into one RF cable. The single cable delivers Tx, Rx, DC power, FSK and Reference signals between Antenna and BDT.

Mediator embedded in BDT

Mediator function is embedded in BDT which is capable of controlling and managing two GX antenna systems simultaneously to assign Primary BDT and Secondary ACU without a mediator box.

Standardized Modular Components Across NX Series

Modular components are used throughout the NX range, such as dynamic motor brakes with integrated encoders, Main Control Unit and skew assembly. Sharing common modules across Intellian’s NX antenna series, the number of spare parts is reduced.

Quick and Easy Deployment

The GX100NX can be accessed through the external connector at the bottom of radome so that there is no need to open the radome for installation or pre-test. In addition, the built-in dynamic motor brakes protect the dish (reector) of GX100NX against any damage in power-off mode, therefore no shipping bracket is required.

AptusNX

Intellian’s all-new integrated M&C platform, AptusNX provides a responsive web user interface to manage and control the antenna system regardless of device types. It enables advanced alerts from the live data monitoring and analysis agent, the GX100NX sends warning messages to the NOC in advance when it detects any abnormal operation. Conguration Wizard in AptusNX automates functions for system conguration so that operators are minimally involved in system installation and operation, including automatic cable loss compensation, commissioning test and auto diagnostics.

Introduction

Antenna Unit

The antenna unit includes an antenna pedestal inside a radome assembly unit. The pedestal consists of a satellite antenna main dish with RF components mounted on a stabilized pedestal. The radome protects the antenna pedestal assembly unit from the severe marine environment.

Figure: Radome and Antenna Unit

Below Deck Termial (BDT)

Below Deck Terminal (BDT) is the unit combined with various interfaces including ACU, Modem (Core Module), and Ethernet Switch. Below Deck Terminal (BDT) controls Antenna system operation. The following functions

are supported by ACU.

• High power supply for the high power BUC

• Mediator function included

• Spectrum analyzer function included

• OLED display

• USB Log download & Firmware upgrade (No PC required)

• Wi-Fi acess

• AptusNX Web application

Figure: Front Panel of BDT

Figure: Rear Panel of BDT

Planning Installation

Antenna Control Unit (ACU) (Optional: for Dual Antenna System)

In Dual Antenna System, the secondary antenna needs to be connected to non-Core Module installed Antenna Control Unit (ACU) instead of BDT. The following functions are supported by ACU.

• High power supply for the high power BUC

• Spectrum analyzer function included

• OLED display

• USB Log download & Firmware upgrade (No PC required)

• Wi-Fi acess

• AptusNX Web application

Figure: Front Panel of ACU

Figure: Rear Panel of ACU

Planning Installation

Before beginning installation, make sure you have all the included components.

BDT Components Box

Description Q'ty Size Remarks

Below Deck Termial (BDT) Box 1 43.1x41.1x4.4cm Below Deck Termial (BDT) Box

Quick Installation Guide 1

RF Hazard Sticker 1 Radiation Safety Distance Label (15m)

Mounting Template 1

BDT Rack Mount Bracket 2 To x BDT to 19inch Rack Frame

Flat Head Screw 10 M4x12L Bolt Kit for Rack Type Mount Bracket

Hex Bolt 5 M12x80L

Flat Washer 5 M12

Spring Washer 5 M12

Hex Head Wrench Bolt 5 M6x40L

Sems Bolt 2 M4x8L

Radome Door Key 2 Two Door Keys

CableWaterproofFoam 1

USB Cable (A-A) 1 1.8m BDT (Front Panel) to PC

AC Power Cord (CEEE7/7) 1 1.5m BDT Power (220V)

Ethernet Cable (RJ45 / LAN) 2 1m BDT to PC/Intellian M&C

PC Serial Cable 1 1.8m BDT (Rear Panel) to PC

Wi-Fi Dongle 1 Use for Wi-Fi Connection

Bolt Kit to Install Antenna to Antenna Mast (1 Spare Set Included)

Spare Bolt Kit for Radome AssemblySpring Washer & Flat Washer 5 M6

Planning Installation

ACU Components Box (Optional: for Dual Antenna System)

Description Q'ty Size Remarks

Antenna Control Unit (ACU) 1 431x350x44.3 mm Antenna Control Unit (ACU)

Quick Installation Guide (QIG) 1

RF Hazard Sticker 1 Radiation Safety Distance (15m) Label

Mounting Template 1

ACU Rack Mount Bracket 2 To x ACU to 19inch Rack Frame

Flat Head Screw 10 M4x12L Bolt Kit for Rack Type Mount Bracket

USB Cable (A-A) 1 1.8m ACU (Front Panel) to PC

AC Power Cord (CEEE7/7) 1 1.5m ACU Power (220V)

RG-6 RF Cable 2 1m ACU to Modem

Modem Interface Cable (For iDirect Modem)

Ethernet Cable (RJ45/LAN) 2 1m ACU to PC/Intellian M&C

Wi-Fi Dongle 1

Hex Bolt 5 M12x80L

Flat Washer 5 M12

Spring Washer 5 M12

Hex Head Wrench Bolt 5 M6x40L

Sems Bolt 2 M4x8L

Radome Door Key 2 Two Door Keys

Waterproof Foam 1 X-shape Cable Hole Type

1 1.5m ACU to Modem (iDirect Modem)

Bolt Kit to Install Antenna to Antenna Mast (1 Spare Set Included)

Spare Bolt Kit for Radome AssemblySpring Washer and Flat Washer 5 M6

Planning Installation

Antenna Specication

Antenna Dimensions

Conrm the height and diameter of the bottom surface of the antenna unit before installing it. The mounting surface and overall space occupied by the antenna must be sufcient for the height and diameter of the fully constructed radome. The height and the diameter of the bottom surface of the antenna are as shown in the following drawing. It is strongly suggested that the installation is conducted using a crane.

Ø1379 mm (54.29")

Figure: Antenna Dimensions

1454 mm (57.44")

Planning Installation

Heading Alignment

The radome assembly should be positioned with the BOW marker aligned as close as possible to the center line of the ship.

BOW

Direction

BOW

Direction

Radome Hatch

Front View

Radome Hatch

Cable Entry

Bottom View

Figure: Antenna Heading Alignment

Cable Entry Cover

Antenna Mounting Hole Pattern

The mounting holes must be in the exact same place as shown in the diagram below.

4-ø13 Holes

Planning Installation

247.5mm (9.74”)

ø445mm (17.5”)

Figure: Antenna Mounting Hole Pattern

247.5mm (9.74”)

ø445mm (17.5”)

Planning Installation

Mast Designing (Installation Example)

The installation mast must be robust enough to prevent ex, vibration, and sway when an external force is exerted on the mast with antenna and radome. Refer to the following mast drawing for more details.

Option1. When Placing Cable Inside Mast

BOW

247.5 mm (9.74")

4- ø13 mm (0.51")

247.5 mm (9.74")

ø110 mm (4.3")

ø254 mm (10")

Gooseneck

Min. 10 mm (0.39") Max. 20 mm (0.78")

ø45 mm (1.77")

1000 mm (39.37")

ø22 mm (0.86")

800 mm (31.49")

200 mm (7.87")

Figure: Recommended Size of Mast (Option1)

Option2. When Placing Cable Outside Mast

BOW

247.5 mm (9.74")

Planning Installation

4- ø13 mm (0.51")

ø254 mm (10")

Min. 10 mm (0.39") Max. 20 mm (0.78")

ø22 mm (0.86")

1000 mm (39.37")

840 mm (33.07")

200 mm (7.87")

Figure: Recommended Size of Mast (Option2)

Planning Installation

Preparing Installation

The antenna installation requires extreme precaution and safety measures given its size and weight. Failure to follow the correct installation process may lead to injury of the installer and/or cause damage to the system. In order to maximize the performance of the system, a thorough review of this installation guide is strongly recommended, as well as executing the installation process as it is noted in this manual.

Selection of Installation Site

The system should be placed in an area onboard the vessel with little to no RF signal blockage. When the antenna is transmitting, obstacles in way of the beam path will cause decreased satellite signal strength. The antenna unit should have direct line-of-sight with the desired satellite without any obstacles in the beam path. Certain minimum distances between the antenna and other onboard devices must also be considered during installation.

Minimize Satellite Blockage

Install the antenna in accordance with the following procedures to ensure maximum performance of the antenna. The ideal antenna site should have a clear view of the horizon or satellite with all around clearance. Please be sure there are no obstacles within the EL range -20° to +115° from the center of the antenna. Obstacles can prevent the antenna from transmitting and receiving the satellite signal.

Antenna Unit

Look angle

-20° to +115°

Obstruction

Figure: Elevation Limit of Obstacles

Planning Installation

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 15 feet (4.6 m) away from the radar.

Antenna

+15°

Radar

-15°

Antenna

Minimum

4.6m

Figure: Potential RF Interference

WARNING

Never place the antenna in the beam path of the radar regardless of distance. The high power

WARNING

shortwave radar may impair its performance or damage the antenna.

RF Hazard Precautions

The antenna is designed to be used with radiation transmitting equipment manufactured by others. Exposure to RF radiation, including exposure associated with an improper use of the transmit equipment, may be hazardous to persons close to the above deck unit. Ensure the safety of personnel who work on the system.

During transmission, ensure to keep the minimum safety distance. The recommended minimum safety distance to the reector on the focal line is about 15m, based on a radiation level of 5mW/cm that applies under occupational/controlled environment. No hazard exists >20° below the antenna's mounting plane.

Radiation Safety Distance

15m (49ft) 15m (49ft)

Antenna

20° 20°

Figure: RF Hazard Precautions

Planning Installation

Preparing System Cables

Before installing the system cables, you need to take the following points into consideration.

1. All cables need to be well clamped and protected from physical damage and exposure to heat and humidity.

2. A cable with an acute bend should be avoided.

3. Wherever a cable passes through an exposed bulkhead or deck head, a watertight gland or swan neck tube should be used.

For cables that run longer than Intellian's recommendations, please consult Intellian Technologies.

• RF Cable (Customer Supplied)

Due to the signal losses across the length of the RF coax on L-Band, Intellian recommends the following 50  coax cable types for standard system installations. For cables that run longer than 120 meters (except LMR600 coaxial cable type), please consult Intellian Technologies.

* The Maximum DC Resistance of RF Cable is 0.8 Ohm. * Tightening Torque Value: N Type Connector, 1.5 N-m

Coaxial Cable Type

LMR400 19.6 0.196 80M

LMR600 12.8 0.128 120M

Attenuation in dB/100M (@ 2GHz)

Attenuation in dB/M (@ 2GHz)

Recommended Max. Cable Length

• Gyrocompass Cable (Customer Furnished) Due to the environment of various types of vessels, Intellian recommend the general cable types compatible with the antenna.

NMEA 2000 NMEA 0183

Connector Type Mini-C 5 pins connector 2 pins terminal block connector

Cable Type 5 wires within a single cable

Heading Information

Supports PGN, 127250: Vessel Heading

2-wires constructed with one enclosed shield cable

Supports $HEHDT , baud rate 4800, format 8N1 as standard.

Planning Installation

Placing Cable on Mast

The cable must be routed from the antenna and through various areas of the ship to end up at the antenna control unit. When pulling the cables in place, avoid sharp bends, kinking, and excessive force. After placement, seal the deck penetration gland and tie the cable securely in place. The cable bracket must be installed on the mast to x the relevant cable. The gooseneck must be installed on the side of the mast to protect the relevant cable against water.

WARNING

Ensure that cable has been run through watertight ttings to prevent water entry into the vessel when

WARNING

Option1. Placing Cable Outside Mast

1. Place the cable from the gooseneck labeled on the deck to

the antenna as shown in the picture.

2. Maintain a sufcient cable length (more than 2M) from the

surface of the mast. After connecting the cable to cable connector inside the cable entry, adjust the cable length and then x the cable on the cable bracket by using cable ties.

installation is completed.

Sufcient Cable

Cable Brackets

Sufcient Cable

Upper Gooseneck

Cable Brackets

Under Gooseneck

Gooseneck

To Belowdecks

Figure: Cabling on Outside of Mast

Option2. Placing Cable Inside Mast

1. Before placing the radome on the mast, the cable should route through the upper gooseneck from the under gooseneck labeled on the deck to facilitate connecting RF Cable to the antenna as shown in the picture.

2. Maintain a sufcient cable length (more than 2M) from the surface of the mast. After connecting the cable to cable connector inside the cable entry, adjust the cable length and then x the cable on the cable bracket by using cable ties.

To Belowdecks

Figure: Cabling on Inside of Mast

Installing Above Deck Unit (ADU)

Antenna Installation

Unpacking Wooden Crate

The pallet should be lifted by means of a forklift.

1. Locate one of the side panels with a paper sticker (Unpack Guide). Detach this side panel by removing the xing screw (1 EA) and clips (6 EA).

CAUTION

Be careful with the direction of the panel that you must open rst.

CAUTION

To unpack the wooden crate, follow the procedure below.

1-1

1-2

: 1 EA

: 6 EA

Fixing screw

1-3

Fixing clip

2. The BDT box is located inside the side panel. Take out the BDT box by removing xing screws (2 EA) on the BDT bracket.

2-1

Installing Above Deck Unit (ADU)

3. Running Diagnostic Tests: This step is optional. After removing one of the side panels, you can run the diagnostic tests easily to verify the condition of the antenna. First, prepare the "RF Cable (Customer Supplied)" to connect the antenna and the BDT.

3-1. Remove the M4x15L Wrench Bolt by using the wrench set then open the cable entry cover.

3-2. Connect the "RF Cable

(Customer Supplied)

" from the "ANTENNA" connector on the rear of the BDT to

the "RF Connector" inside cable entry of radome (Antenna).

3-3. Execute diagnostic tests (Full Diagnosis Test) via BDT and check the real-time diagnosis result.

Optional

3-1

Cable Entry Cover

3-2

RF Cable (Customer Supplied)

3-3

A P

SNR HDG:120.4

SEARCH 1 128.0 E

CM STS NET TX RX1 RX2

GPS:

4. Remove the clips (6 EA) on the top panel. Detach the top panel by carefully pulling it as shown in the picture.

Press

Move Key

DIAGNOSIS

DIAG ALL

Press Select Key

WARNING

4-1

WARNING

The side brackets at the edge of the top panel secure the side panels and top panel in position. When pulling the top panel, ensure that the top panel doesn't fall on the radome.

: 6 EA

4-2

Installing Above Deck Unit (ADU)

5. Remove the xing screws (7 EA) from the remaining side panels, then detach the side panels.

: 7 EA

5-35-25-1

Removing Antenna from Wooden Crate

Four radome brackets secure the antenna to the pallet. To remove the radome bracket, follow the procedures below.

1. Remove the hex head wrench bolt (2 EA) on the radome bracket that secures the antenna to the pallet using a wrench.

Fixing Bolt (2 EA)

2. Check the condition of lifting strap to make sure the shackles (2 EA) are tightened. Re-wrap the shackles with the existing protection to avoid radome damage.

Shackles (2 EA)

Lifting Strap

3. Lift the antenna above the bottom pallet using the crane, and maintain sufcient space (max. 100 mm) to remove the shipping brackets.

WARNING

• When lifting the antenna using the lifting straps, make sure to remove the securing radome brackets to separate antenna from the pallet.

WARNING

• Be careful when lifting the heavy object. Incorrect handling of the heavy object may lead to injury to the installers and/or cause signicant damage to the unit.

Sufcient Space

(max. 100 mm)

Installing Above Deck Unit (ADU)

4. Remove the radome bracket bolt (1 EA) using a wrench, then detach the radome bracket from the radome.

5. After removing radome bracket, apply Loctite #263 to the bolt's threads to ensure the bolts are fastened rmly. Fully tighten the detached radome bolt (1 EA) using a wrench. Apply the same procedure to all four parts.

Radome Bracket

Radome Bracket Bolt

Fully Tighten Radome Bolt

Placing Antenna on Mast

The Intellian antenna comes with the lifting straps pre-mounted from the factory. Check the condition of the lifting strap ensure the shackle is tightened up. Lift the antenna above the mast using a crane and carefully put the antenna down on the mast. When placing the radome, consider that the antenna should be positioned with the BOW marker aligned as close as possible to the ship's heading.

Radome Bolt

WARNING

The antenna may be subject to swaying motions in windy conditions. Be careful when handling the antenna.

Installing Above Deck Unit (ADU)

Attaching Waterproof Foam

The waterproof foam must be attached to prevent water from penetrating inside the Radome before fully mounting the radome to the mast. Make sure the foam is attached in the same position as in the picture below.

Adhesive Tape

Cable Hole (X-shape)

Waterproof Foam

Attaching Position of Waterproof Foam

Case 1. When Placing Cable Outside Mast

1. Peel off the paper from the supplied waterproof foam to expose the adhesive.

2. Attach the waterproof foam rmly onto the surface of the cable access hole.

3. Pull the RF cable from the mast.

Cable Access Hole

Position of Waterproof Foam

Case 2. When Placing Cable Inside Mast

1. Peel off the paper from the supplied waterproof foam to expose the adhesive.

2. Pull the RF cable from the mast through the cable hole (X-shape).

3. Then attach the waterproof foam rmly onto the surface of the cable access hole. When moving the radome, be careful not to let the waterproof foam or the cable fall down.

Installing Above Deck Unit (ADU)

Mounting Radome

Bring the Bolt Kit (4 EA) from the BDT box. Before assembling bolts, apply Loctite #263 to the bolt's threads to ensure the bolts are fastened rmly. Insert the bolts and washers from under the mast into the radome, and fasten them to the nuts assembled inside the radome. After mounting the antenna on the mast, remove the lifting strap.

M12 Flat Washer

M12 Spring Washer

M12x80L Hex. Bolt

Use 19 mm Spanner/ Torque Wrench

NOTE

• Make sure the cable from the mast is aligned with the cable entry of antenna bottom for a stable connection.

• If the mast's surface thickness is greater than 20 mm, use a M12x100L Hex Bolt.

• To fasten the M12 bolts use a torque setting of 110Nm.

Installing Above Deck Unit (ADU)

Connecting RF Cable (Customer Supplied)

Connect the "RF Cable" from the "ANTENNA" connector on the rear of the BDT to the "RF Connector" inside the cable entry of radome. In the cable connection on both sides, cable termination should be completed using suitable tools. After connecting, securely x the cable by using the cable ties in place.

1. Remove the M4x15L Wrench Bolt by using the wrench set then open the cable entry cover.

M4x15L Wrench Bolt

NOTE

After removing the M4x15L Wrench Bolt from the cover of cable entry, Keep it in a safe place for the

NOTE

next step. When closing the cover of cable entry, this bolt must be used.

2. Terminate N(M) 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 N connector.

3. Connect the terminated RF cable to the connector as shown in the gure below. Ensure the cable is rmly fastened to the connector. Fasten the cable with cable ties using the cable mount or cable clamp along the routing path.

Cable Tie Bracket

4. After completing cable connection, put the cover in the right place and tighten the M4x15L Wrench Bolt by using the wrench set.

Installing Above Deck Unit (ADU)

Switching On Power Box

Access the ADU modules inside the radome to check that the power switch is on through the radome hatch. Make sure that there is sufcient free space underneath the ADU to open the radome hatch.

1. Bring the radome door key from the BDT box. Open the radome hatch by turning the xed bolts counterclockwise by using the radome door key.

2. The power box switch was turned on and shipped from the factory. Check the power box inside the radome is switch on. If not, switch on the power box.

3. Put the radome hatch in the right place. Close the radome hatch by turning the xed bolts clockwise by using the radome door key.

Door Key Provided

NOTE

After using the door key, store it in a safe place for future use.

Installing Below Deck Unit (BDU)

Selection of BDU Installation Site

The BDU should be installed below deck, in a location that is:

• Dry, cool and ventilated.

• The front panel should be easily accessible to users.

BDT Dimensions

Conrm the dimension of the BDT before installing it.

431 mm (16.96")

466 mm (18.34")

485 mm (19.09")

Figure: BDT Dimensions

411 mm (16.18")

437 mm (17.20")

32 mm (1.25")

44.3 mm (1.74")

Installing Below Deck Unit (BDU)

Mounting BDT

Intellian supplies 19" Rack Mounting Brackets to mount the BDT in a rack.

19" Rack Mount Type

The BDT should be installed using the two supplied 19" Rack Mounting Brackets. Using the Flat Head Screw supplied, attach the mounting brackets to the sides of the BDT. Place the BDT in the location where it is going to be installed. Connect the cables to the rear of the BDT.

WARNING

Figure: 19" Rack Mount Type BDT

WARNING

Ensure that the cables connected to the BDT are long enough to prevent damage when the BDT is pulled out from the rack.

Installing Below Deck Unit (BDU)

ACU Dimensions (Optional: For Dual Antenna System)

Conrm the dimension of the ACU before installing it.

431 mm (16.96")

466 mm (18.34")

485 mm (19.09")

Figure: ACU Dimensions

350 mm (13.77")

376 mm (14.80")

32 mm (1.25")

44.3 mm (1.74")

Installing Below Deck Unit (BDU)

Mounting ACU (Optional: For Dual Antenna System)

Intellian supplies 19" Rack Mounting Brackets to mount the ACU in a rack.

19" Rack Mount Type

The ACU should be installed using the two supplied 19" Rack Mounting Brackets. Using the Flat Head Screw supplied, attach the mounting brackets to the sides of the ACU. Place the ACU in the location where it is going to be installed. Connect the cables to the rear of the ACU.

WARNING

Figure: 19" Rack Mount Type ACU

WARNING

Ensure that the cables connected to the ACU are long enough to prevent damage when the ACU is pulled out from the rack.

Installing Below Deck Unit (BDU)

System Congurations

For your satellite communication system to work properly, the system will have to be connected with all of the provided components as shown in the gure below. Separate purchase of a switch router and ship's gyrocompass may be required.

Single Antenna System Conguration (Basic Antenna System)

The Basic system consists of one VSAT antenna and one BDT. As shown in the conguration below, connect the cables correctly.

Antenna

TX, RX, 48V DC Power

Above Decks

Below Decks

BDT

AC 100~240V

Antenna

NMEA Input 2000/0183

Ship's Gyro

(Not supplied)

LAN 2

Switch Router

(Not supplied)

Figure: Single Antenna System Conﬁguration (Basic Antenna System)

Installing Below Deck Unit (BDU)

Dual Antenna System Conguration (Optional)

The dual system conguration consists of two VSAT antennas, one BDT, one ACU. The BDT has embedded Dual Antenna Mediator function, which is capable of controlling and managing two VSAT antenna systems simultaneously. As shown in the conguration below, connect the cables correctly.

Primary Antenna

Primary

BDT

AC 100~240V

Secondary Tx

Secondary Rx

Antenna

Secondary

Antenna

TX, RX, 48V DC Power TX, RX, 48V DC Power

Secondary

NMEA Input 2000/0183

100~240V

LAN 2

LAN 3

ACU

Primary

Antenna

Primary Tx

Switch Router

(Not supplied)

Ship's Gyro

(Not supplied)

Above Decks

Below Decks

LAN 3

NOTE

Figure: Dual Antenna System Conﬁguration

NOTE

The description of this Dual Antenna System is written on the

"Appendix A" chapter. Refer to the

"Using Dual Antenna System (Optional)" on page 116 for more details.

BDT Cable Connection

Name of BDT Rear Panel

The following gure shows the BDT's rear panel.

Below Deck Termial (BDT)

Installing Below Deck Unit (BDU)

Power Cord

Secondary Rx/TX Connector

Antenna Connector LAN 2 Port

NMEA 2000 & NMEA 0183 Input

Console

LAN 1 Port

LAN 4 Port

Wi-Fi Dongle

LAN 3 Port

Figure: Name of BDT Rear Panel

Connecting to Antenna

Connect the "RF Cable (not supplied by Intellian)" from the "ANTENNA" connector on the rear of the BDT to the "RF Connector" inside cable entry of radome (Antenna).

Antenna

TX, RX, 48V DC Power

BDT

Antenna

Figure: BDT to Antenna Cable Connection

Above Decks

Below Decks

Installing Below Deck Unit (BDU)

Connecting to the Switch Router

Connect the "Ethernet cable" from the "LAN 2" port on the rear of the BDT to the "LAN" port on the Switch Router.

BDT

LAN 2

Switch Router

(Not supplied)

Figure: BDT to Switch Router Cable Connection

Connecting Ship's Gyrocompass

For satellite tracking, you must connect a ship's gyrocompass to the antenna system through the gyrocompass interface on the rear of the BDT. Intellian's BDT supports NMEA 0183 and NMEA 2000 gyrocompass inputs. If the ship's gyrocompass output uses a different standard, a compass converter should be installed to supply the required NMEA input. The NMEA 2000 gyrocompass needs to be purchased separately, please refer to the "BDT Connector Pinouts Guide" on page 43 for pin conguration.

BDT

NMEA Input 2000/0183(GYRO)

Ship's Gyro

(Not supplied)

Figure: BDT to Ship's Gyrocompass Cable Connection

Installing Below Deck Unit (BDU)

How to Connect NMEA 0183 Gyrocompass Cable

1. Turn the screw located on the top of the 2-position terminal block counterclockwise enough using the Phillips Screwdriver.

2. Connect NMEA 0183 Gyrocompass Cable to the terminal block.

NOTE

When connecting the NMEA 0183 gyrocompass cable:

1. The positive and negative marks are shown on the top of the terminal block. Check

NOTE

the positive and negative and correctly connect the cables.

2. Strip the end of the cables up to 5 mm (0.2"). Do not solder the cables.

3. Fully turn the screw clockwise to secure the cable. Apply equally to both positive and negative cables.

Phillips

Screwdriver

2-position

Terminal Block

Gyro Cable

Figure: NMEA 0183 Gyrocompass Cable Connection

Connecting to Additional Secondary ACU (Optional: For Dual Antenna System)

To use the Dual Antenna System, the antenna system needs to be installed with the BDT and an addtional ACU, which connected to each antenna to support the Dual Antenna System operation. The Primary BDT is connected to the additional Secondary ACU as follows.

Connect the "RG-6 RF cable" from the "SECONDARY-Rx" connector on the rear of the "Primary BDT" to the "PRIMARY-Rx" connector on the rear of the "Secondary ACU".

Connect the "RG-6 RF cable" from the "SECONDARY-Tx" connector on the rear of the "Primary BDT" to the "PRIMARY-Tx" connector on the rear of the "Secondary ACU".

Connect the "Ethernet cable" to the each "LAN 3" connector on the rear of the "Primary BDT" and "Secondary BDT".

Secondary

ACU

Primary

BDT

Secondary Rx Secondary Tx

Figure: Additional Secondary ACU Cable Connection for Dual Antenna System

LAN 3

Primary

LAN 3Primary

Installing Below Deck Unit (BDU)

54321

9876

Sockets

Connector Threads

BDT Connector Pinouts Guide

The BDT connector pins and their corresponding descriptions are shown in the gure and table.

RS232 Connector (iARM Interface)

Below Deck Termial (BDT):

54321

9876

D-Sub 9 Pin: PC I/F

(Male Connector Type)

Pin Signal

1 NC 2 DBG RX (iARM) 3 DBG TX (iARM) 4 NC 5 GND 6 NC 7 NC 8 NC 9 NC

Cable Connector:

12345

6789

D-Sub 9 Pin

(Female Connector Type)

NMEA 2000 Connector

Below Deck Termial (BDT):

NMEA 2000 Connector (Male Connector Type)

Pin Signal

1 Shield

NET-S, (power supply positive, +V) NET-C,

(power supply common, -V) 4 NET-H, (CAN-H) 5 NET-L, (CAN-L)

Sockets

Connector Threads

Cable Connector:

Pins

Connector Threads

NMEA 2000 Connector

(Female Connector Type)

LAN 1~4 Ports

Installing Below Deck Unit (BDU)

Below Deck Termial (BDT):

LAN Ports

Pin Signal

1 2 3 4 5 6 7 8

Tx-

Tx+

Rx-

Rx+

Cable Connector:

LAN Ports

Installing Below Deck Unit (BDU)

USB

BDT to PC Communication Setup

You can establish data communication between the Below Deck Termial (BDT) and a PC the using one of the following methods.

TCP/IP Connection

Connection through Front Panel Management Port

The network is automatically congured by DHCP without the need for additional PC IP conguration.

1. Connect an Ethernet cable from the Management LAN port on the front of the BDT to the LAN port of PC.

2. The network connection is established automatically.

3. Use the following IP address to access Intellian AptusNX page.

• IP Address: 192.168.2.1 (Default)

BDT - Front Panel

Management LAN Port

(Not supplied)

Figure: Front Panel Management LAN Port Connection

USB Connection:

Connection through Front Panel Right USB Port

The "Right USB port" just allows the USB device to be connected to each other for log download, backup/ restore antenna settings, and rmware upgrade. The "Left USB port" is only for a service engineer.

CAUTION

Make sure that the USB is connected to the "Right USB port" to communicate with the antenna. Do

CAUTION

BDT - Front Panel

not connect to the "Left USB port".

Right USB port

Figure: Front Panel Right USB Port Connection

Installing Below Deck Unit (BDU)

Wi-Fi Dongle

Wi-Fi Connection

Connection through Rear Panel Wi-Fi Dongle

Intellian provides the Wi-Fi Dongle for Wi-Fi connection. management and control whenever you are on the vessel.

1. Connect an Ethernet cable from the Management LAN port on the front of the BDT to the LAN port of PC. The network connection is established automatically.

2. Bring the Wi-Fi Dongle located in the BDT package. Plug the Wi-Fi Dongle into the USB port on the rear of the BDT.

Figure: Rear Panel Wi-Fi Dongle Connection

3. Use the following IP address to access Intellian AptusNX page.

• IP Address: 192.168.2.1 (Default)

4. Log into the AptusNX by typing in User Name and Password information. If this system has not been changed from the factory default:

• User Name: intellian

• Password: 12345678

5. Select the "SETUP" on the "

Wi-Fi Access Point Conguration

main menu then select the "Network" menu. Choose the AP "

". If you don't want to use Wi-Fi Connection, choose the AP "

button.

6. Check the "SSID (Wi-Fi AP Name)" information.

7. Choose the SSID Broadcast "

Enable

" button to show the SSID (Wi-Fi AP Name) on the Wi-Fi list.

8. Click the "Apply" button to apply the settings to the system. Then perform the "iARM Save & Reboot" on page 93.

9. After rebooting, connect to the Wi-Fi.

You can connect to the BDT via Wi-Fi for easy

Enable

" button on the

Disable

Operating Install Wizard

Turning On System

Make sure the antenna has a clear view of the sky. Press the Power button on the front of the Below Deck Termial (BDT) then a wait few minutes for system startup. Once the antenna nds the satellite, the "POWER" status lights will be lit Green.

Accessing AptusNX

The network is automatically congured by DHCP without the need for additional PC IP conguration.

1. Connect an Ethernet cable from the Management LAN port on the front of the BDT to the LAN port of PC.

2. The network connection is established automatically.

3. Use the following IP address to access Intellian AptusNX page.

• IP Address: 192.168.2.1 (Default)

4. Log into the AptusNX by typing in User Name and Password information. If this system has not been changed from the factory default:

• User Name: intellian

• Password: 12345678

BDT - Front Panel

Management LAN Port

(Not supplied)

Figure: Front Panel Management LAN Port Connection

Operating Install Wizard

Starting Install Wizard

The Install Wizard will guide you through the steps of setting up the antenna system for commissioning. We highly recommend using this wizard to complete your installation and commissioning the system. You can choose to exit the wizard at any time by clicking the Finish button. You can also skip a step by clicking the Next button. However, it is recommended to follow the procedure for the initial commissioning. Before you start, please make sure the basic device connections (antenna, modem, etc) are connected to BDT properly. This wizard includes a brief explanation of the purpose and action buttons to set the values. After accessing the AptusNX main page, go to the "INSTALL WIZ." on the main menu then follow these steps.

NOTE

The detailed description of each function is written on the

Welcome Page

"Using AptusNX" chapter on page 80.

Description

Displays the welcome message. Click the "Next" button to start.

Step 1: Commissioning

Description

Performs the commissioning test to calibrate the modem to receive the optimal signal. The RF uplink frequency, the BUC LO frequency, the TX frequency, and the attenuator will calibrate automatically. Click the 'Start' button to perform the commissioning test automatically.

Ensure that the commissioning test is performed after the rst-time connection of the GX terminal, the BDT/cable replacement, or band conversion.

If you have no problems, click the "Next" button.

Step 2: GPS

Operating Install Wizard

Description

Set the GPS position of the vessel for searching for a satellite. Check the GPS status connected to the antenna system. The indicator right of the title shows the GPS status. Please conrm the GPS indicator is Blue (blinking).

• Blue (blinking): the system received a correct GPS signal.

• Red: the GPS signal is abnormal or the received value is incorrect (Error).

• Black: the system has not received a GPS signal. You can enter the GPS value manually to set the GPS position.

If you have no problems, click the "Next" button.

Step 3: Heading

Description

Set the ship's heading device. Choose the device type from the "Current Device" drop-down list. The indicator right of the title shows the device connection status.

• Blue: a ship's heading device is connected.

• Black: a ship's heading device is not connected.

If you have no problems, click the "Next" button.

Operating Install Wizard

Step 4: Set Bow Offset

For setting bow offset, a trackable satellite must be selected. When Antenna tracks the selected satellite, the bow offset will be set up automatically based on the GPS information.

Description

• Step 1: select a satellite in satellite list then click the "Start Searching" button.

Please wait until antenna terminal is tracking the satellite. The bow offset will be set up automatically.

• Step 2: check the "Lock On" mark and click the "Save Satellite" button in the "Bow Offset" menu to save the bow offset information to BDT.

If you have no problems, click the "Next" button.

Step 5: Blockage

Description

It is important to set up the blockage zones for Intellian VSAT. The BDT can be programmed with relative azimuth and elevation sectors to create up to ve zones where transmit power could endanger personnel who are frequently in that area or blockage exists. The "AZ Start" is where the relative azimuth starts and the "AZ End" is where the relative azimuth ends (Range: 0 ~ 360). The "EL" is where the elevation block starts (Range: 0 ~ 90).

If you have no problems, click the "Next" button.

Operating Install Wizard

Step 6: Target Satellite

Sets the target satellite that you want to track. There are two methods for selecting a target satellite.

NOTE

The following images in this step show when the system is using the Open AMIP modem.

(Option 1: Using Controlled by Modem)

Description

This method is recommended. The "Controlled by Modem" button on the

"Current Satellite" is selected and current satellite information and NBD information is displayed automatically.

If you have no problems, click the "Next" button.

(Option 2: Using Manual Setup)

Description

When you did not set the modem connection, select the "Manual Setup" button and enter the satellite information and NBD information manually to track a satellite. Click the "Apply" button.

If you have no problems, click the "Next" button.

Step 7: Report

NOTE

Operating Install Wizard

NOTE

The following image in this step shows when the system is using the Open AMIP modem.

Description

Displays the conguration report. You can save the results to the BDT by clicking the "Save Report" button and download the report le (.json) by clicking the "Export" button.

Click the "View Last Report" button to check the recently saved report information including the save date and time.

After completing the steps, click the "Finish" button.

Operating BDT

Introduction

Below Deck Termial (BDT)

The BDT has embedded Dual Antenna Mediator function, which is capable of controlling and managing two VSAT antenna systems simultaneously in dual antenna system.

The Below Deck Termial (BDT) controls the various settings of the antenna.

Antenna System Type Target Antenna

Single Antenna System Controls and manages the antenna. Dual Antenna System (optional) Controls and manages the primary antenna.

BDT Front Panel

The following gure shows the BDT's front panel.

Right USB Port: For Log Data Download, Backup/Restore Antenna Settings, Firmware Upgrade

Management Port

Left USB Port: Only for Service Engineer

The following table shows the function of each touch key.

Touch key Function

Power Button Power on/off the BDT. Move Key Moves to the desired screen. Select Key Selects the desired screen.

POWER Indicator

TRACKING Indicator

Figure: Name of BDT Front Panel

OLED Display

Move Key

Select Key Power ButtonERROR Indicator

The following table shows status indicators on the face of BDT.

LED Display Color Description

POWER

TRACKING Steady Green The antenna is in tracking mode. ERROR Steady Red The antenna is faulty.

Steady Green The BDT is powered on. Off The BDT is powered off.

BDT Display Menu

The following gure shows the BDT display menu.

32 541

SNR HDG:120.4

TRACKING 128.0 E

CM STS NET TX RX1 RX2

The following table shows the function of each touch key.

No. Item Description

Satellite Lock Displays the satellite lock status.

Signal Level Displays the antenna signal level.

Heading Information Displays heading information (e.g. gyrocompass).

GPS Lock Status Displays the GPS lock status.

Displays the antenna system status.

GPS:

Operating BDT

M U A P

Display Description

This function is available when using the Dual Antenna System.

Displays that the antenna system is in manual mode. Displays that the antenna system is in progress rmware

upgrades.

This function is available when using the Dual Antenna System.

Antenna System Status

Displays the antenna's active state. The active antenna (either primary or secondary antenna) is communicating (Tx/Rx) with a target satellite.

• A (Active): the active antenna is displayed on the screen.

This function is available when using the Dual Antenna System.

Displays the antenna's role status.

• P: the BDT is connected to the primary role's antenna. The primary antenna's role is to communicate with the target satellite.

Antenna Status

Target Satellite Displays the target satellite (E: East, W: West).

Displays the antenna status (TRACKING, SEARCH 1, SEARCH 3, BEAM S/W, BLOCKING).

No. Item Description

Below Deck Terminal (BDT) includes built in Satellite Modem.

Displays the modem status.

Item LED Display Description CM

On On

STS

Warning

Modem Indicator

NET

Abnormal

Off

Abnormal Off On

RX1

Abnormal Off

RX2

Abnormal Off

Operating BDT

The modem is powered on. The modem is in normal operating conditions. The modem has a serious fault or failure in

software, hardware, or conguration. The modem is connected to a target satellite and

acquired a network. The modem network is in abnormal conditions. The modem is not connected to a target satellite

and not acquired a network. The modem Tx services are active. The modem Tx is in abnormal conditions. The modem Tx services are not active. The modem Rx 1 services are active. The modem Rx 1 is in abnormal conditions. The modem Rx 1 services are not active. The modem Rx 2 services are active. The modem Rx 2 services are not active.

Operating BDT

Startup

With the system is installed and power is applied, the BDT display will show the following sequence.

Intellian XXXXXXX

ANTENNA INFO

EL INITIALIZE

AZ INITIALIZE

A P

SNR HDG:120.4

GPS:

SEARCH 1 128.0 E

CM STS NET TX RX1 RX2

ü Startup

("Intellian XX..." will appear. The "XX..." is the model name.)

Initialize Antenna Information

Initialize Elevation Angle

Initialize Azimuth Angle

ü Antenna's Status

(in Search 1 (Global Search), Search 3 (Local Search), Tracking, Beam Switching, Blocking)

A P

SNR HDG:120.4

GPS:

SEARCH 3 128.0 E

CM STS NET TX RX1 RX2

A P

SNR HDG:120.4

GPS:

TRACKING 128.0 E

CM STS NET TX RX1 RX2

A P

SNR HDG:120.4

GPS:

BEAM S/W 128.0 E

CM STS NET TX RX1 RX2

A P

SNR HDG:120.4

GPS:

BLOCKING 128.0 E

CM STS NET TX RX1 RX2

When the antenna is controlled by AptusNX, the BDT displays the control mode status.

Operating BDT

REBOOT

ANTENNA

SETUP MODE

TEST MODE

ONE TOUCH

COMMISSIONING

ü Control Mode Status

(in Reboot Mode, Setup Mode, Test Mode, One Touch Commissioning)

If the antenna is not communicating with BDT, the "COMMUNICATION ERROR" message will appear.

COMMUNICATION

ERROR

Diagnosis

Executes antenna Diagnosis test and shows the real-time diagnosis result.

Operating BDT

A P

SNR HDG:120.4

GPS:

Move Key

TRACKING 128.0 E

Press

CM STS NET TX RX1 RX2

DIAGNOSIS

DIAG ALL

Press Select Key

DIAG : CODE 101

1 - - - O O 7 O O 10

O O 13 14 O O

Refer to the diagnosis codes for the test results.

Main Display

Diagnosis Display

Diagnosis Result Display

DIAG : CODE 101

1 - - - O O 7 O O 10

O O 13 14 O O

No. Item Description

Displays the diagnosis code.

Code Test

101 The data communication between the antenna and the

ACU is tested. 102 The azimuth axis is tested. 103 The elevation axis is tested. 104 The cross-level axis is tested. 105 Not Available 106 Not Available

Diagnosis Code

107 The rate sensor is tested. 108 Not Available 109 Not Available 110 The LNB / NBD is tested. 111 Not Available 112 Not Available 113 The antenna power is tested. 114 The ACU power is tested. 115 Not Available 116 The home sensor is tested.

Operating BDT

Diagnosis Result

• An example of diagnosis result:

1 - - - O O 7 O O 10 O O 13 14 O O

Diagnosis Result of Code 101~110

Diagnosis Result of Code 111~116

- ' - ' : The test was passed.

Code 102, 103, 104 and 111 were passed.

- Last 1 or 2 digits of diagnosis code : The test was failed.

Code 101, 107, 110, 113 and 114 were failed.

- ' O ' : The test was not performed.

Code 105, 106, 108, 109, 111, 112, 115 and 116 were not performed.

Antenna Information

Displays the Antenna/BDT serial number, PCU/STAB/BDT/iARM Version of the product.

Press

A P

SNR HDG:120.4

TRACKING 128.0 E

CM STS NET TX RX1 RX2

DIAGNOSIS

PRODUCT : XXXXXXX

ANT: xxxxxxxxx VER 1.00/1.00

ACU: xxxxxxxxxxxxx VER 1.00/1.00

GPS:

DIAG ALL

Move Key

Press Move Key

Main Display

Diagnosis Display

Antenna Information Display

(The "XX..." is the model name, and the "xxxx..." is antenna/ACU serial number. )

Operating BDT

Refer to the Antenna Information display.

PRODUCT : XXXXXXX

ANT: xxxxxxxxx VER 1.00/1.00

ACU: xxxxxxxxxxxxx VER 1.00/1.00

3 4

No. Item Description

Antenna Serial Number

PCU Version/

STAB Version

ACU Serial Number

ACU Version/

iARM Version

Displays the Antenna serial number. The serial number is displayed depending on the product.

Displays the PCU version, Stabilizer version.

Displays the ACU (BDT) serial number. The serial number is displayed depending on the product.

Displays the ACU Main rmware version, iARM version.

Interface Information

Displays the modem/heading type in use and the network connection status.

Operating BDT

A P

SNR HDG:120.4

GPS:

TRACKING 128.0 E

CM STS NET TX RX1 RX2

DIAGNOSIS

DIAG ALL

PRODUCT : XXXXXXX

ANT: xxxxxxxxx VER 1.00/1.00

ACU: xxxxxxxxxxxxx VER 1.00/1.00

INTERFACE

MODEM: IDIRECT-AMIP

HEADING: NONE NETWORK: 1-3-

Press Move Key

Main Display

Diagnosis Display

Antenna Information Display

(The "XX..." is the model name, and the "xxxx..." is antenna/ACU serial number. )

Interface Information Display

Refer to the Interface Information.

INTERFACE

MODEM: IDIRECT-AMIP

HEADING: NONE NETWORK: 1-3-

2 3

No. Item Description

MODEM Displays the modem type in use. (IDIRECT-AMIP)

HEADING Displays the heading type in use (NONE, NMEA0183, STATIC, NMEA2000).

Displays the network connection status with the BDT.

NETWORK

• An example of network result: 1-3-

- ' - ' : the network is not connected.

- ' 1~4 ' : the number (1~4) of connected BDT port to network.

Operating BDT

USB Function

To use this function, a USB Memory Stick must be connected to the USB port (the right USB port on the fron of the BDT). The USB Function supports the four menus (LOG DOWNLOAD, FIRMWARE UPLOAD, BACKUP TO USB, RESTORE FROM USB). For detailed information about each function, refer to the next page.

A P

SNR HDG:120.4

GPS:

TRACKING 128.0 E

CM STS NET TX RX1 RX2

DIAGNOSIS

DIAG ALL

PRODUCT : XXXXXXX

ANT: xxxxxxxxx VER 1.00/1.00

ACU: xxxxxxxxxxxxx VER 1.00/1.00

INTERFACE

MODEM: IDIRECT-AMIP

HEADING: NONE NETWORK: 1-3-

Press Move Key

Main Display

Diagnosis Display

Antenna Information Display

(The "XX..." is the model name, and the "xxxx..." is antenna/ACU serial number. )

Interface Information Display

USB FUNCTION

USB SEL

USB FUNCTION

LOG DOWNLOAD FIRMWARE UPLOAD

BACKUP TO USB RESTORE FROM USB

BACK

Press Select Key

USB Function Display

USB Function Menu Display

LOG DOWNLOAD

Downloads all data logs to the USB memory stick

Operating BDT

USB FUNCTION

LOG DOWNLOAD FIRMWARE UPLOAD

BACKUP TO USB RESTORE FROM USB

USB FUNCTION

LOG DOWNLOAD FIRMWARE UPLOAD

BACKUP TO USB RESTORE FROM USB

LOG DOWNLOAD

1 WEEK LOG 1 MONTH LOG

3 MONTHS LOG

LOG DOWNLOAD

1 WEEK LOG 1 MONTH LOG

3 MONTHS LOG

BACK

Press Move Key

Press Select Key

Press Move Key

Press Select Key

USB Function Menu Display

Log Download Menu Display

Download Log File to USB

(Select one of three options: 1 WEEK LOG / 1 MONTH LOG / 3 MONTHS LOG)

LOG DOWNLOAD

1 WEEK LOG 1 MONTH LOG

3 MONTHS LOG

LOG DOWNLOAD

1 WEEK LOG 1 MONTH LOG

3 MONTHS LOG

LOG DOWNLOAD

BACK

90%

Press Select Key

Download Process Display

DO NOT TURN OFF!

If there is not enough space on the USB memory stick, the "NOT ENOUGH SPACE" message will appear.

LOG DOWNLOAD

BACK

NOT ENOUGH SPACE

NOTE

When you want to return to the previous display, select the "BACK" option then press the "Select" key.

Operating BDT

FIRMWARE UPLOAD

To use Firmware Upload function, you must follow the folder structure guide to congure the folders properly. It supports up to FAT32. The antenna system is upgraded with the FWP le in the designated folder of a USB memory stick.

USB FUNCTION

LOG DOWNLOAD FIRMWARE UPLOAD

BACKUP TO USB RESTORE FROM USB

USB FUNCTION

LOG DOWNLOAD FIRMWARE UPLOAD

BACKUP TO USB RESTORE FROM USB

BACK

FIRMWARE UPGRADE

Press Move Key

x2 times

Press Select Key

GX100NX

GX100NX_190101_V1.01.fwp

USB Function Menu Display

Upgrade Firmware to Antenna System

If the rmware le does not match the le format, the "INVALID FILE FORMAT" message will appear.

INVALID

BACK

FILE FORMAT

If there is no rmware le on the USB memory stick, the "FILE NOT FOUND" message will appear.

FILE

BACK

NOT FOUND

NOTE

When you want to return to the previous display, select the "BACK" option then press the "Select" key.

NOTE

BACKUP TO USB

Backs up the antenna setting les to the USB.

Operating BDT

USB FUNCTION

LOG DOWNLOAD FIRMWARE UPLOAD

BACKUP TO USB RESTORE FROM USB

USB FUNCTION

LOG DOWNLOAD FIRMWARE UPLOAD

BACKUP TO USB RESTORE FROM USB

BACK

Move Key

x3 times

Press Select Key

USB Function Menu Display

BACKUP TO USB

Press

Back

up Antenna Setting les t

o USB

DO NOT TURN OFF!

If there is not enough space on the USB memory stick, the "NOT ENOUGH SPACE" message will appear.

DATA BACKUP

BACK

NOT ENOUGH SPACE

NOTE

When you want to return to the previous display, select the "BACK" option then press the "Select" key.

NOTE

RESTORE FROM USB

Restores the antenna setting by using the setting les saved in USB.

Operating BDT

USB FUNCTION

LOG DOWNLOAD FIRMWARE UPLOAD

BACKUP TO USB RESTORE FROM USB

USB FUNCTION

LOG DOWNLOAD FIRMWARE UPLOAD

BACKUP TO USB RESTORE FROM USB

BACK

BACKUP TO USB

DO NOT TURN OFF!

NOTE

When you want to return to the previous display, select the "BACK" option then press the "Select" key.

NOTE

Press Move Key

x4 times

Press Select Key

USB Function Menu Display

Restore Antenna Setting les

Operating ACU (Optional)

Introduction

Antenna Control Unit (ACU)

To use the Dual Antenna System (optional), the antenna system needs an additional Secondary ACU and antenna to support the Dual Antenna System operation.

The Antenna Control Unit (ACU) controls the various settings of the antenna.

Antenna System Type Target Antenna Dual Antenna System (optional) Controls and manages the secondary antenna.

ACU Front Panel

The following gure shows the ACU's front panel.

Right USB Port: For Log Data Download, Backup/Restore Antenna Settings, Firmware Upgrade

Management Port

Left USB Port: Only for Service Engineer

The following table shows the function of each touch key.

Touch key Function

Power Button Power on/off the ACU. Move Key Moves to the desired screen. Select Key Selects the desired screen.

POWER Indicator

TRACKING Indicator

Figure: Name of ACU Front Panel

OLED Display

Move Key

Select Key Power ButtonERROR Indicator

The following table shows status indicators on the face of ACU.

LED Display Color Description

POWER

ERROR Steady Red The antenna is faulty. TRACKING Steady Green The antenna is in tracking mode.

Steady Green The ACU is powered on. Off The ACU is powered off.

ACU Display Menu

The following gure shows the ACU display menu.

SNR F:20.119/18.250 RX:L TX:R

TRACKING 128.0 E

HDG:120.4 GPS: M U A S

Operating ACU (Optional)

32 41

7 8

The following table shows the function of each touch key.

No. Item Description

Satellite Lock Displays the satellite lock status.

Signal Level Displays the antenna signal level.

Frequency Information

(Target/LNB Local)

Polarization

Antenna Status Displays the antenna status (TRACKING, SEARCH).

Target Satellite Displays the target satellite (E: East, W: West).

Heading Information Displays heading information (e.g. gyrocompass).

GPS Lock Displays the GPS lock status.

Displays the frequency information (Target, LNB Local).

Displays the Rx/Tx polarization (H: Horizontal, V: Vertical, L: LHCP, R: RHCP).

Displays the antenna system status.

Display Description

This function is available when using the Dual Antenna System. Displays that the antenna system is in manual mode. Displays that the antenna system is in progress rmware

upgrades.

This function is available when using the Dual Antenna System.

Displays the antenna's active state. The active antenna (either

Antenna System Status

primary or secondary antenna) is communicating (Tx/Rx) with a target satellite.

• A (Active): the active antenna is displayed on the screen.

This function is available when using the Dual Antenna System.

Displays the antenna's role status.

• S (Secondary): the ACU is connected to the secondary

role's antenna. The secondary antenna's role is on standby and ready to assume primary antenna role to provide better service in the event of tracking failure or low signal level status.

Operating ACU (Optional)

Startup

With the system is installed and power is applied, the ACU display will show the following sequence.

Intellian XXXXXXX

ANTENNA INFO

EL INITIALIZE

AZ INITIALIZE

SNR F:20.119/18.250 RX:L TX:R

SEARCH 1 128.0 E

HDG:120.4

GPS:

A S

ü Startup

("Intellian XX..." will appear. The "XX..." is the model name.)

Initialize Antenna Information

Initialize Elevation Angle

Initialize Azimuth Angle

ü Antenna's Status

(in Search 1 (Global Search), Search 3 (Local Search), Tracking, Beam Switching, Blocking)

SNR F:20.119/18.250 RX:L TX:R

SEARCH 3 128.0 E

HDG:120.4

SNR F:20.119/18.250 RX:L TX:R

GPS:

A S

TRACKING 128.0 E

HDG:120.4

SNR F:20.119/18.250 RX:L TX:R

GPS:

A S

BEAM S/W 128.0 E

HDG:120.4

SNR F:20.119/18.250 RX:L TX:R

GPS:

A S

BLOCKING 128.0 E

HDG:120.4

GPS:

A S

Operating ACU (Optional)

When the antenna is controlled by AptusNX, the ACU displays the control mode status.

REBOOT

ANTENNA

ü Control Mode Status

(in Reboot Mode, Setup Mode, Test Mode)

SETUP MODE

TEST MODE

If the antenna is not communicating with ACU, the "COMMUNICATION ERROR" message will appear.

COMMUNICATION

ERROR

Diagnosis

Executes antenna Diagnosis test and shows the real-time diagnosis result.

Operating ACU (Optional)

SNR F:20.119/18.250 RX:L TX:R

TRACKING 128.0 E

HDG:120.4

GPS:

A S

DIAGNOSIS

DIAG ALL

DIAG : CODE 101

1 - - - O O 7 O O 10

- O 13 14 O O

Press Move Key

Press Select Key

Main Display

Diagnosis Display

Diagnosis Result Display

Refer to the diagnosis codes for the test results.

DIAG : CODE 101

1 - - - O O 7 O O 10

- O 13 14 O O

No. Item Description

Displays the diagnosis code.

Code Test

101 The data communication between the antenna and the

ACU is tested. 102 The azimuth axis is tested. 103 The elevation axis is tested. 104 The cross-level axis is tested. 105 Not Available 106 Not Available

Diagnosis Code

107 The rate sensor is tested. 108 Not Available 109 Not Available 110 The LNB / NBD is tested. 111 The LNB pol motor is tested. 112 Not Available 113 The antenna power is tested. 114 The ACU power is tested. 115 Not Available 116 The home sensor is tested.

Operating ACU (Optional)

Diagnosis Result

• An example of diagnosis result:

1 - - - O O 7 O O 10

- O 13 14 O O

Diagnosis Result of Code 101~110

Diagnosis Result of Code 111~116

- ' - ' : The test was passed.

Code 102, 103, 104 and 111 were passed.

- Last 1 or 2 digits of diagnosis code : The test was failed.

Code 101, 107, 110, 113 and 114 were failed.

- ' O ' : The test was not performed.

Code 105, 106, 108, 109, 112, 115 and 116 were not performed.

Antenna Information

Displays the Antenna/ACU serial number, PCU/STAB/ACU/iARM Version of the product.

Operating ACU (Optional)

SNR F:20.119/18.250 RX:L TX:R

TRACKING 128.0 E

HDG:120.4

GPS:

A S

DIAGNOSIS

DIAG ALL

PRODUCT : XXXXXXX

ANT: V0918070001 VER 1.00/1.00

ACU: V0918070001 VER 1.00/1.00

Refer to the Antenna Information display.

Press Move Key

Main Display

Diagnosis Display

Antenna Information Display

(The "XX..." is the model name, and the "xxxx..." is antenna/ACU serial number. )

PRODUCT : XXXXXXX

ANT: V0918070001 VER 1.00/1.00

ACU: V0918070001 VER 1.00/1.00

3 4

No. Item Description

Antenna Serial Number

PCU Version/

STAB Version

ACU Serial Number

ACU Version/

iARM Version

Displays the Antenna serial number. The serial number is displayed depending on the product.

Displays the PCU version / Stabilizer version.

Displays the ACU serial number. The serial number is displayed depending on the product.

Displays the ACU version / iARM version.

Interface Information

Displays the modem/heading type in use and the network connection status.

Operating ACU (Optional)

SNR F:20.119/18.250 RX:L TX:R

TRACKING 128.0 E

HDG:120.4

GPS:

A S

DIAGNOSIS

DIAG ALL

PRODUCT : XXXXXXX

ANT: V0918070001 VER 1.00/1.00

ACU: V0918070001 VER 1.00/1.00

INTERFACE

MODEM: IDIRECT-AMIP

HEADING: NONE NETWORK: 1-3-

Press Move Key

Main Display

Diagnosis Display

Antenna Information Display

(The "XX..." is the model name, and the "xxxx..." is antenna/ACU serial number. )

Interface Information Display

Refer to the Interface Information.

INTERFACE

MODEM: IDIRECT-AMIP

HEADING: NONE NETWORK: 1-3-

2 3

No. Item Description

MODEM Displays the modem type in use. (IDIRECT-AMIP)

HEADING Displays the heading type in use (NONE, NMEA0183, STATIC, NMEA2000).

Displays the network connection status with the ACU.

NETWORK

• An example of network result: 1-3-

- ' - ' : the network is not connected.

- ' 1~4 ' : the number (1~4) of connected ACU port to network.

Operating ACU (Optional)

USB Function

To use this function, a USB Memory Stick must be connected to the USB port (the right USB port on the front of the ACU). The USB Function supports the four menus (LOG DOWNLOAD, FIRMWARE UPLOAD, BACKUP TO USB, RESTORE FROM USB). For detailed information about each function, refer to the next page.

SNR F:20.119/18.250 RX:L TX:R

TRACKING 128.0 E

HDG:120.4

GPS:

A S

DIAGNOSIS

DIAG ALL

PRODUCT : XXXXXXX

ANT: V0918070001 VER 1.00/1.00

ACU: V0918070001 VER 1.00/1.00

INTERFACE

MODEM: IDIRECT-AMIP

HEADING: NONE NETWORK: 1-3-

Press Move Key

Main Display

Diagnosis Display

Antenna Information Display

(The "XX..." is the model name, and the "xxxx..." is antenna/ACU serial number. )

Interface Information Display

USB FUNCTION

USB SEL

USB FUNCTION

LOG DOWNLOAD FIRMWARE UPLOAD

BACKUP TO USB RESTORE FROM USB

BACK

Press Select Key

USB Function Display

USB Function Menu Display

LOG DOWNLOAD

Downloads all data logs to the USB memory stick

Operating ACU (Optional)

USB FUNCTION

LOG DOWNLOAD FIRMWARE UPLOAD

BACKUP TO USB RESTORE FROM USB

USB FUNCTION

LOG DOWNLOAD FIRMWARE UPLOAD

BACKUP TO USB RESTORE FROM USB

LOG DOWNLOAD

1 WEEK LOG 1 MONTH LOG

3 MONTHS LOG

LOG DOWNLOAD

1 WEEK LOG 1 MONTH LOG

3 MONTHS LOG

BACK

Press Move Key

Press Select Key

Press Move Key

Press Select Key

USB Function Menu Display

Log Download Menu Display

Download Log File to USB

(Select one of three options: 1 WEEK LOG / 1 MONTH LOG / 3 MONTHS LOG)

LOG DOWNLOAD

1 WEEK LOG 1 MONTH LOG

3 MONTHS LOG

LOG DOWNLOAD

1 WEEK LOG 1 MONTH LOG

3 MONTHS LOG

LOG DOWNLOAD

BACK

90%

Press Select Key

Download Process Display

DO NOT TURN OFF!

If there is not enough space on the USB memory stick, the "NOT ENOUGH SPACE" message will appear.

LOG DOWNLOAD

BACK

NOT ENOUGH SPACE

NOTE

When you want to return to the previous display, select the "BACK" option then press the "Select" key.

Operating ACU (Optional)

FIRMWARE UPLOAD

USB FUNCTION

LOG DOWNLOAD FIRMWARE UPLOAD

BACKUP TO USB RESTORE FROM USB

USB FUNCTION

LOG DOWNLOAD FIRMWARE UPLOAD

BACKUP TO USB RESTORE FROM USB

BACK

FIRMWARE UPGRADE

Press Move Key

x2 times

Press Select Key

GX100NX

GX100NX_190101_V1.01.fwp

USB Function Menu Display

Upgrade Firmware to Antenna System

If the rmware le does not match the le format, the "INVALID FILE FORMAT" message will appear.

INVALID

BACK

FILE FORMAT

If there is no rmware le on the USB memory stick, the "FILE NOT FOUND" message will appear.

FILE

BACK

NOT FOUND

NOTE

When you want to return to the previous display, select the "BACK" option then press the "Select" key.

NOTE

BACKUP TO USB

Backs up the antenna setting les to the USB.

Operating ACU (Optional)

USB FUNCTION

LOG DOWNLOAD FIRMWARE UPLOAD

BACKUP TO USB RESTORE FROM USB

USB FUNCTION

LOG DOWNLOAD FIRMWARE UPLOAD

BACKUP TO USB RESTORE FROM USB

BACK

Move Key

x3 times

Press Select Key

USB Function Menu Display

BACKUP TO USB

Press

DO NOT TURN OFF!

Press Select Key

up Antenna Setting les t

o USB

Back

If there is not enough space on the USB memory stick, the "NOT ENOUGH SPACE" message will appear.

DATA BACKUP

BACK

NOT ENOUGH SPACE

NOTE

When you want to return to the previous display, select the "BACK" option then press the "Select" key.

NOTE

RESTORE FROM USB

Restores the antenna setting by using the setting les saved in USB.

Operating ACU (Optional)

USB FUNCTION

LOG DOWNLOAD FIRMWARE UPLOAD

BACKUP TO USB RESTORE FROM USB

USB FUNCTION

LOG DOWNLOAD FIRMWARE UPLOAD

BACKUP TO USB RESTORE FROM USB

BACK

BACKUP TO USB

DO NOT TURN OFF!

NOTE

When you want to return to the previous display, select the "BACK" option then press the "Select" key.

NOTE

Press Move Key

x4 times

Press Select Key

USB Function Menu Display

Restore Antenna Setting les

Using AptusNX

Introduction

With embedded AptusNX software, the antenna can be monitored, controlled, and diagnosed remotely from anywhere, anytime through TCP/IP protocol. This not only can save time but also save the cost generated from the hundreds of routine maintenance activities such as operating rmware upgrades, tracking parameters resets, and system Diagnosis.

How to access AptusNX for BDT

1. Connect an Ethernet cable from the Management LAN port on the front of the BDT to the LAN port of PC. This method is most recommended.

2. Enter the BDT's IP address (192.168.2.1) into your web browser's address bar to login into the BDT's internal HTML page, if this system has not been changed from the BDT's factory default.

NOTE

AptusNX can be displayed on Internet Explorer 11 or later (Windows 7 or later), and is also compatible with Firefox, Microsoft Edge and Chrome web browsers.

Using AptusNX

Main Page

Page Login

The Intellian software Aptus provides a different user level access to ensure safe operation of the system. Depending on the user level, a limited range or a full range of functions can be accessed and operational.

1. Log into the BDT by typing in User Name and Password information. If this system has not been changed from the factory default:

User Type User ID Password Access Authority

intellian 12345678 Supports all menus for monitoring and setting.

Admin

captain 12345678

User guest guest

Supports all menus for monitoring and setting. Can control and manage user permission separately. Only some menus for monitoring are supported. (Dashboard, Tools, Troubleshooting)

NOTE

After entering with the default password, the user must change the default password to a new password for security.

Top Menus

Once you log in, the following information and menus are displayed.

Using AptusNX

1 3

No. Item Description

Target Satellite Displays the name of the targeted satellite.

When clicking this top menu area (marked as red dots), the "Quick Status Screen" appears. You can quickly monitor each status of the four items (Enable Mode, Blockage, Pointing, Modem Lock) through the screen (Blue: enable,

Quick Status Screen Area

Black: disable). Displays the antenna status through a yellow indicator in the SETUP mode.

Antenna Status

Info

• Initialize: the antenna system is initialized.

• Searching: the antenna is searching the target satellite.

• Tracking: the antenna is tracking the target satellite.

Signal Level Displays the current signal level.

Tx Status Displays whether or not the antenna is able to transmit data.

Lock Displays whether or not the satellite is locked.

Main Menu

Selects the Main Menu (DASHBOARD, INSTALL WIZ, TOOLS, TROUBLESHOOTING, SETUP). Each main menu offers side menus on the left of the screen.

Enters the setup mode to modify settings. The following functions are available only in setup mode.

8 9 1110 12 13

5 6

Main Menu Side Menu Function SETUP Antenna Antenna Angle

Setup

Backup & Restore Setting Antenna Restore

Restart Restarts the antenna system.

Reboot

Save Sat. Saves bow offset.

Ant. Info Obtains current antenna information.

Reboots the antenna system to become the normal mode when operating in Setup mode.

Select the "Account" button and enter the user management menu. The "Account"

Account Button

and the "Logout" menu will appear. Select the "Account" menu to manage your account details and select the "Logout" menu to log out of the AptusNX web page.

Dish Scan Range Check Sensor Calibration

• Tilt Sensor Bias

• Rate Sensor Bias

Antenna Mode

• Set Idle Mode

Account Menu

Using AptusNX

1. Select the "Account"

button

and enter the user management menu.

2. The "Account", "System", "User Mgr.", and "Logout" menu option options to manage or control details, or sele

ct t

he "Logout" menu to log out of the AptusNX web page.

Account

s wi

ll appear. Select one of t

he f

irst three

No. Item Description

Account Updates your password and sets timeout.

You can change your password.

• Current User ID: displays your user ID.

• User ID: enter the current user ID.

• Current Password: enter the current password.

• New Password: enter the new password.

• Conrm New Password: re-enter the new password to verify that it was entered

Change Password

correctly.

Click the "Change Password" button to change to the new password. At the next login, the new password is required.

You can set guest connection and timeout.

• Allow Guest Connections: sets up the guest access option (Disable / Enable).

Session

• Idle Session Timeout: sets the Idle timeout.

• Console Timeout: sets the console timeout.

Click the "Apply" button to apply the settings to the system.

Registration

Using AptusNX

V5-85-U1JW

V0918070001

No. Item Description

Registration

Enters product registration information for the convenient use of a product. Click the "Register (Update)" button to apply the settings to the system.

Displays the antenna information.

Product

• Antenna: displays the antenna name.

• Serial Number: displays the antenna serial number.

Enters the vessel information. There are two options whether using the IMO number or not. When you have the IMO number select the "Yes" button and enter

Vessel

the IMO Number. When you do not have the IMO number select the "No" button and enter the Ship Name, Type, and Owner information.

• Has IMO Number: selects whether using the IMO number or not.

• IMO Number: enters the IMO number.

Service Provider

Enters the service provider information.

• Service Provider 1/2/3: enters the name of the service provider.

System

Using AptusNX

v1.00

192.168.2.1

2019-04-08

No. Item Description

System

Antenna Information

S/W Version Information

Network Information

Displays system information such as the antenna, S/W version, and network IP address.

Displays antenna information.

Displays S/W version information.

Displays network information.

User Manager

Using AptusNX

Editable User Permissions Menu

No. Item Description

User Manager

The captain with admin permissions can control and manage user permissions separately.

To add a new user, click the "Add User" button. The registration window will

Add User

appear in the pop-up window. Enter the new user ID and password then click the "Add User" button.

Displays the user management state and can control and manage through the control buttons.

• ID: displays the registered user ID.

• Description: displays the user's description.

User Management

List

• Controls: each user can be controlled and managed by individual settings.

- User Setting: reset the user ID by clicking the "Update User" button, and changes the password by clicking the "Reset Password" button.

- Edit Menu Permission: choose user permissions by clicking the checkbox. After selecting the options, click the "Apply" button. The user can only access the selected menus.

- Delete User: deletes the user.

Using AptusNX

Dashboard

The Dashboard menu is displayed as below to provide quick monitoring of the antenna status. The Dashboard helps you arrange panels on a single screen while providing you with a broad view of a variety of information at once. The dashboard contains multiple panels, which can easily customize the structure of your dashboard and arrange your panels in various ways to make them more readable and user-friendly.

NOTE

The measured temperature may differ from the actual temperature.

How to Add & Remove Panels (Dashboard Setting)

Adding Panels

gear

1. On the right side of the page, you will see the gear

icon.

2. C

heck the box of the panel that you wish to add to the dashboard.

3. Click the "Apply" button to apply the settings to the system.

4. Once the panel is added, it will be automatically placed at the bottom of the page.

icon to edit your dashboard. To start editing, click on the

Using AptusNX

Remov

1. On the right side of the page, you will see the

ing Panels

gear

icon indicated by the red mark.

gear

icon to edit your dashboard. To start editing, click on the

2. Uncheck the box of the panel that you wish to remove from the dashboard.

3. Click the "Apply" button to apply the settings to the system.

How to Arrange Dashboard Layout

You can customize the dashboard by rearranging panels as you wish.

1. Click and hold the left mouse button on a panel's title and then drag-and-drop in the desired position.

2. This time, the selected panel will be moved to the desired position. You can also move multiple panels into a customized layout in the same manner.

Using AptusNX

How to Use Shortcut Settings

Each panel on the dashboard provides a shortcut function. Using the "Shortcut" button on right side of the panel, you can easily access the detailed information and manage the each panel's settings.

1. Click the "Shortcut" button indicated by the red mark to open the setting page.

2. The setting page will appear on the individualized web page. You can check the detailed information and quickly apply settings that you wish.

Install Wizard

The description of this menu is written on the previous page. for more details.

Refer to the "Starting Install Wizard" on page 48

Using AptusNX

System Tools

This menu sets and displays the F/W Upgrade, iARM Upgrade, iARM Save&Reboot, Satellite Library, and Graph function.

Firmware Upgrade

v1.00 v1.00

v1.00

v1.00 v1.00 v1.00

No. Item Description

Firmware

Upgrade

Current Version

Displays current rmware versions and upgrades antenna rmware.

Displays current rmware versions (Antenna STABILIZER, Antenna PCU, ACU Main, Library, Stacker, ACU Display)

Upgrades antenna rmware. The update may take a few minutes to complete. The upload time may vary due to a variety of factors such as the speeds of your network. Uploading an incorrect rmware le may cause serious damage to your

New F/W Upgrade

antenna and BDT. Please check rmware version before uploading rmware.

• Upgrade Method: selects an upgrade method between "Manual Upgrade" or "Auto Upgrade".

NOTE: when using the "Manual Upgrade" method, refer to the following "Antenna Firmware Update (Manual Upgrade method) Procedures" page for more details.

Displays previous/latest rmware package versions and rollback rmware to

Rollback

previous/latest version. Other function cannot be operated while rollback is in progress.

v1.00

v1.00 v1.00 v1.00

Using AptusNX

Antenna Firmware Upgrade (Manual Upgrade method) Procedures:

1. Choose "Manual Upgrade" from the pull-down menu of Upgrade Method. Browse and select the upgrade package le to upload. Click on the "Upload" button to transfer the Firmware package le ("*.fwp") to iARM module.

NOTE

When selecting the box "Ignore warnings during installation and force the installation to continue"

NOTE

before performing the upgrade, the warning messages do not appear during the upgrade.

2. The antenna rmware state will appear in the pop-up window. Check the current version and the new version. Click the "Start Upgrade" button.

3. During the upgrade process, the window will display process status.

4. If the rmware is successfully upgraded, it will display as the "Success". Click the "Ok" button to close the pop-up window.

iARM Upgrade

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No. Item Description

iARM Upgrade Upgrades the rmware of iARM module.

Browse and select the iARM rmware le to upload and click "Start Upload" button. The update may take a few minutes to complete. The upload time may

New iARM Firmware

vary due to a variety of factors such as the speeds of your network. Uploading an incorrect rmware le may cause serious damage to your antenna and BDT. Please check rmware version before uploading rmware.

NOTE: refer to the following "iARM Upgrade Procedures" page for more details. Displays current bootstrap and bootloader version.

Bootstrap/ Bootloader

• Bootstrap: displays the Bootstrap Version (Main, Factory Default).

• Bootloader: displays the Bootloader Version (Main, Factory Default, Active Bootloader)

The BDT has three storage parts the Sys0, the Sys1 and the Factory Default. Selects the desired storage part and click the "Activate" button. Then perform the "iARM Save & Reboot" on page 93 to apply the settings to the system.

• Sys0: displays the Sys0 version.

• Sys1: displays the Sys1 version.

• Factory Default: displays the Factory Default version.

The "Current Active" displays activated storage part Information.

Kernel/File System

• Current Active

- Current Package: displays the activated storage part's name (Sys0, Sys1 or Factory Default).

- Kernel, File System: displays the activated storage part's le version.

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iARM Upgrade Procedures:

1. Browse and select the iARM rmware le (.tgz) that you wish to upgrade. Click on "Start Update" button to update the iARM rmware. Wait until the page is loaded.

NOTE

When selecting the box "Ignore warnings during installation and force the installation to continue"

NOTE

before performing the upgrade, the warning messages do not appear during the upgrade.

2. Once the update starts, the update process will be displayed on the screen. It will take about two minutes to complete the rmware upgrade.

WARNING

Do not turn off the device power if the rmware upgrade page is displayed. Failure to comply may

WARNING

lead to damage and/or malfunction of the system.

3. Once the upgrade is completed, the iARM module will automatically reboot in 10 seconds.

iARM Save & Reboot

No. Item Description

iARM Save & Reboot

Save & Reboot

Reboot without Saving

Saves settings to the BDT and reboot or reboot the system without saving.

Saves the modied settings, and reboots the iARM. All conguration changes made will be saved in the BDT and effective upon reboot. Click the "Save & Reboot" button.

Reboots the iARM without saving the modied settings. All conguration changes made will be lost upon reboot. Click the "Reboot Only" button.

Satellite Library

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No. Item Description

Satellite Library Sets the satellite library information.

Reads or manages satellite information from the library.

• Get Library from ACU: obtains satellite library le from the BDT.

Satellite List

• Get Library from PC: obtains the satellite library le from the PC.

• Save to PC (Download): saves the current library le to the PC.

• Save to ACU: saves the current library le to the BDT.

Satellite Information

Select one of the satellites in the "Satellite List" then Click the "Load Satellite" button to load the satellite information.

Displays selected satellite information.

• Satellite Name: displays the satellite name.

• Longitude(º): displays satellite orbit position.

Common Information

• Skew Offset: this function is not available.

• Identify: displays the lock setting type (Modem Lock / DVB Lock) for satellite tracking.

• Rx Polarization: displays the current RX polarization.

• Tx Polarization: displays the current TX polarization.

DVB Information This function is not available.

Displays NBD mode's tracking information.

NBD Information

• Frequency (kHz_IF): sets the tracking frequency.

• Bandwidth (kHz): sets the detection bandwidth.

• Base Local (MHz): sets the base local.

Graph

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Multi Chart View

No. Item Description

Graph

This view provides information on the Signal Level, EL Graph, AZ Absolute, AZ Relative, Heading in the Multi Chart, Single Chart or AZ & EL formats.

Sets detailed options for the graph.

• Select Graph Item: shows the graphs of only the checked item(s) in the Multi Chart, Single Chart or AZ & EL formats.

- Multi Chart: displays multiple graph Items in one graph View.

Graph

- Single Chart: displays the checked graph Item in each graph View.

- AZ & EL: displays the AZ / EL angle value in one graph View.

• Range(min): displays the data for the set time.

By clicking the "Clear" button, the existing displayed graph is cleared and a new graph is displayed.

AZ & EL ViewSingle Chart View

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System Troubleshooting

This menu sets and displays the Diagnosis, Antenna Log, Antenna Event Log and Support function.

Diagnosis

No. Item Description

Diagnosis Executes antenna diagnosis test to check the antenna status.

Select the checkbox (full diagnosis test or single diagnosis test) before modifying the settings.

Diagnosis

• Select All: select to run a full diagnosis test.

• Clear Select: select to run a single diagnosis test.

• View Last Result: displays the recently saved diagnosis result.

• Start: executes the diagnosis test.

Diagnosis Procedures:

1. Select the checkbox (full diagnosis test or single diagnosis test) before modifying the settings. Click on the "Start" button to run the diagnostic test.

Using AptusNX

2. Once the diagnosis starts, the page will indicate test status. It should take a few minutes to complete the test.

3. After the diagnosis is completed the system shows the diagnosis results of each item. You can save the results to the BDT by clicking the "Save Result" button and print this page by clicking the "Print" button. To remove the result, click the "Clear Diagnosis" button.

4. When you want to check the recently saved diagnosis results, click the "View Last Report" button. The pop-up page of the diagnosis results, including the save date and time, will appear. You can print this page by clicking the "Print" button.

Antenna Log

No. Item Description

Antenna Log Displays the antenna log data.

GPS Log Option

Antenna Log

Download

Antenna F/W Log

Turns on/off the GPS log download option. Click the "Apply" button to apply the settings to the system.

Any log data within three months can be downloaded. Select the duration on the calendar view that you want to show. Then click the "Start Download" button.

NOTE: when selecting the box "Include Backup/Report File" before downloading, the Backup/Report File will download together. When selecting the box "Compress" before downloading, log les are downloaded in a compressed format.

Displays log information about rmware upgrade.

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Antenna Event Log

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No. Item Description

Antenna Event

Log

Displays the antenna system and user log information by setting urgency level.

Sets the log message option to display the event log.

• Severity: sets the urgency level.

• Category: sets the target that caused the message.

Query Filter

• Time Frame: sets the time limit that you want to show.

• Duration: sets the duration on the calendar view that you want to show.

• Tracking Method: sets the sorting type (Descending / Ascending).

Click the "Query Event Log" button to apply the settings to the system.

Event Log Displays event log information.

Support

No. Item Description

Support Supports the manual web page, support desk and FAQ list.

Shows the manual web page and support desk information.

Manual and Help

• View Manual: click the "View Manual" button to open the manual web page.

• Support Desk: click the "Support Desk" button to open Intellian's contact details for support.

FAQ Provides answers to frequently asked questions about the product.

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System Setting

This menu sets and displays the Ship, Antenna, Satellite, Network, Modem Info, SNMP, Backup & Restore and Mediator function.

Ship Setting

No. Item Description

Ship Sets the ship information and block zone.

Sets the GPS position of the vessel for searching for a satellite. Check the GPS status connected to the antenna system. The indicator left of the help button shows the GPS status. Please conrm the GPS indicator is Blue (blinking). (Blue (blinking): the system received a correct GPS input. Black: the system has not

GPS

received a GPS input. You can enter the GPS value manually to set the GPS position.)

• Longitude(º): sets Longitude information (East / West).

• Latitude(º): sets Latitude information (North / South).

Click the "Apply" button to apply the settings to the system.

100

Intellian GX100NX Installation & Operation User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

Precautions

Warnings, Cautions, and Notes

General Precautions

Certifications

Introduction

Intellian GX100NX Introduction

Intellian GX100NX Features

Antenna Unit

Below Deck Termial (BDT)

Antenna Control Unit (ACU) (Optional: for Dual Antenna System)

Planning Installation

BDT Components Box

ACU Components Box (Optional: for Dual Antenna System)

Antenna Dimensions

Heading Alignment

Antenna Mounting Hole Pattern

Mast Designing (Installation Example)

Option2. When Placing Cable Outside Mast

Preparing Installation

Selection of Installation Site

Minimize Satellite Blockage

Avoid RF Interference

RF Hazard Precautions

Preparing System Cables

Placing Cable on Mast

Installing Above Deck Unit (ADU)

Antenna Installation

Unpacking Wooden Crate

Removing Antenna from Wooden Crate

Placing Antenna on Mast

Attaching Waterproof Foam

Mounting Radome

Connecting RF Cable (Customer Supplied)

Switching On Power Box

Installing Below Deck Unit (BDU)

Selection of BDU Installation Site

BDT Dimensions

Mounting BDT

19" Rack Mount Type

ACU Dimensions (Optional: For Dual Antenna System)

Mounting ACU (Optional: For Dual Antenna System)

19" Rack Mount Type

BDT Cable Connection

Name of BDT Rear Panel

Connecting to Antenna

Connecting to the Switch Router

Connecting Ship's Gyrocompass

How to Connect NMEA 0183 Gyrocompass Cable

Connecting to Additional Secondary ACU (Optional: For Dual Antenna System)

BDT Connector Pinouts Guide

RS232 Connector (iARM Interface)

NMEA 2000 Connector

LAN 1~4 Ports

BDT to PC Communication Setup

TCP/IP Connection

Wi-Fi Connection

Operating Install Wizard

Turning On System

Accessing AptusNX

Starting Install Wizard

Operating BDT

Introduction

Below Deck Termial (BDT)

BDT Front Panel

BDT Display Menu

Startup

Diagnosis

Antenna Information

Interface Information

USB Function

Operating ACU (Optional)

Introduction

Antenna Control Unit (ACU)

ACU Front Panel

ACU Display Menu

Startup