Intellian v85NX User manual

85cm Ku-Ka Convertible Maritime VSAT Antenna System
v85NX
Installation & Operation User Guide

Doc. No. UM-Z0-181122-V1.0
Serial number of the product
This serial number will be required for all troubleshooting or service inquiries.
© 2018 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
v85NX 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-to-
date information can be readily accessible on our website at http://www.Intelliantech.com.

4
Precautions
Precautions
THIS WAY UP
• Place the boxes/crates on the oor with noting the direction of the arrow.
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.
KEEP DRY
• Always make sure the antenna is stored on a dried oor.
• The antenna can withstand ordinary rain. However, its water resistance cannot be
guaranteed if submerged.
• Keep the antenna in a cool, dry place with sufcient ventilation. Do not store it outside
with a tarp, tent, etc.
WARNING
WARNING
WARNING indicates a potentially hazardous situation which, if not avoided, could result
in death or serious injury.
CAUTION
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
NOTE
A NOTE statement is used to notify people of installation, operation, programming, or
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.
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.

5
Certifications
Doc Number IT16-DC0520-V1_0
Intellian Technologies, Inc.
EMEA & APAC Headquarters
5F IDIS Tower, 344, Pangyo-ro (Sampyeong-dong),
Bundang-gu, Seongnam-si, Gyeonggi-do 13493 Korea
Tel: [phone]
Intellian Technologies, Inc.
US Headquarters
11 Studebaker
Irvine, CA 92618 USA
Tel: [phone]
FCC Declaration of Conformity
Intellian Technologies, manufactures of stabilized maritime VSAT antenna systems for satellite communication at sea,
supplies stabilized maritime VSAT antenna systems to the satellite communication service providers for their ESV
(Earth Station on Vessels) networks.
FCC §25.222 defines the provisions for blanket licensing of ESV antennas operation in the Ku-band. It defines the
antennas radiation, and each article regulates the followings;
§25.222 (a)(1)(i)(A): Regulation for Azimuth Direction & Co Polarization
§25.222 (a)(2)(i)(B): Regulation for Other Direction & Co Polarization
§25.222 (a)(1)(i)(C): Regulation for Cross Polarization
Intellian Technologies, Inc. declares that v85 complies with the threshold level as defined in §25.222(a)(1)(i)(A):, and
declares that v85 is in accordance with all defined regulations from §25.222(a)(1)(i)(B) to §25.222(a)(1)(i)(C) at the
below stated input power spectral density, with an N value of 1.
Product description Intellian v85NX, 85cm Ku-band maritime VSAT antenna system
EIRP spectral density limit -18.08 dBW/ 4KHz
Intellian Technologies, Inc. declares that the above antenna will maintain a pointing error of less than or equal to 0.2
degree under specified ship motion conditions in accordance with the requirements of §25.222 (a)(1)(ii).
Intellian Technologies, Inc. declares that the above antennas will automatically cease the transmission with a mute
command to the modem within 100 milliseconds if the target satellite and the axis of the main lobe of the ESV antenna
exceeds 0.5 degree and will not resume until such angle is less than or equal to 0.2 degree in accordance with the
requirements of §25.222 (a)(1)(iii)
Radiation pattern data is available upon request to verify the conformance.
Authority: Steve Cha
VP of Engineering/ R&D Signature:
Date: August 02, 2018
Certications

6
Certifications
Doc Number IT18-DC0731-01
Intellian Technologies, Inc.
EMEA & APAC Headquarters
348-5 Chungho-Ri, Jinwi-Myeon
Pyeongtaek-Si, Gyeonggi-Do, 451-862 Korea
Tel: [phone]
Intellian Technologies USA, Inc.
US Headquarters
11 Studebaker
Irvine, CA 92618 USA
Tel: [phone]
RED Declaration of Conformity (DoC)
We, Intellian Technologies, Inc. located at 18-7, Jinwisandan-ro, Jinwi-myeon, 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 essential requirements and other relevant requirements of the Radio Equipment Directive
(2014/53/EU).
Product Information:
Product Name(s):
Intellian v130G, 1.25m Ku-band Maritime VSAT Antenna System
Intellian v100, 1m Ku-band Maritime VSAT Antenna System
Intellian v80G, 83cm Ku-band Maritime VSAT Antenna System
Intellian v85NX, 85cm Ku-band Maritime VSAT Antenna System
Intellian v65, 65cm Ku-band Maritime VSAT Antenna System
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: A2Pass
EMC (Art. 3.1.b) EN 301 843-1 Pass
SPECRTUM (Art. 3.2) EN 302 340 Pass
Supplementary Information:
Notified Body Involved:
(Testing Organization)
DT&C Co., Ltd.
42, Yurim-ro, 154 beon-gil, Cheoin-gu, Yongin-si, Gyeonggi-do 17042, Korea
Technical/Compliance File
Held by:
Intellian Technologies, Inc.
18-7, Jinwisandan-ro, Jinwi-myeon, Pyeongtaek-di, Gyeonggi-do 17709, Korea
Place and Date of issue: Gyeonggi-do, Korea on 31 Jan. 2018
Authority: Steve Cha Signature: _______ __ _
/ CTO, R&D
Date: July 31, 2018

7
Table of contents
Introduction
Intellian v85NX Introduction 10
Intellian v85NX Features 11
Antenna Unit 12
Antenna Control Unit (ACU) 12
Planning Installation
Installation Kit 13
Antenna Specication 14
Antenna Dimensions 14
Heading Alignment 15
Mast Designing (Installation Example) 16
Option2. When Placing Cable Outside Mast 17
Antenna Mounting Hole Pattern 18
Preparing Installation 19
Selection of Installation Site 19
Minimize Satellite Blockage 19
Avoid RF Interference 20
RF Hazard Precautions 20
Preparing System Cables 21
Placing Cable on Mast 22
Installing Antenna
Antenna Installation 23
Unpacking Wooden Crate 23
Removing Antenna from Wooden Crate 25
Placing Antenna on Mast 26
Attaching Waterproof Foam 27
Mounting Radome 28
Connecting RF Cable (Customer Supplied) 29
Switching On Power Box 30
Installing ACU
Selection of ACU Installation Site 31
ACU Dimensions 31
Mounting ACU 32
19" Rack Mount Type 32
System Congurations 33
Single Antenna System Conguration (Basic Antenna System) 33
Table of contents

8
Table of contents
Dual Antenna System Conguration (Optional) 34
ACU Cable Connection 35
Name of ACU Rear Panel 35
Connecting to the Antenna 35
Connecting to Antenna (Optional: For Dual Antenna System) 36
Connecting to Modem 36
Connecting to Additional ACU (Optional: For Dual Antenna System) 37
Connecting to Switch Router 37
Connecting Ship's Gyrocompass 38
How to Connect NMEA 0183 Gyrocompass Cable 38
ACU Connector Pinouts Guide 39
Console Connector (Modem Interface) 39
RS232/RS422 Connector (Modem Interface) 39
RS232 Connector (PC Interface) 40
RS232/RS422 Connector (BUC Interface) 40
NMEA 2000 Connector 41
LAN 1~4 Ports 41
ACU to PC Communication Setup 42
TCP/IP Connection 42
Wi-Fi Connection 43
Operating Install Wizard
Turning On System 44
Accessing AptusNX 44
Starting Install Wizard 45
Operating ACU
Introduction 54
Antenna Control Unit (ACU) 54
ACU Front Panel 54
ACU Display Menu 55
Startup 56
Diagnosis 58
Antenna Information 59
Interface Information 60
USB Function 61
Using AptusNX
Introduction 66
How to access AptusNX for ACU 66
Main Page 67
Page Login 67
Top Menus 68

9
Table of contents
Account Menu 69
Account 69
Registration 70
System 71
User Manager 72
Dashboard 73
How to Add & Remove Panels (Dashboard Setting) 73
How to Arrange Dashboard Layout 74
How to Use Shortcut Settings 75
Install Wizard 75
System Tools 76
Firmware Upgrade 76
iARM Upgrade 78
iARM Save & Reboot 79
Satellite Library 80
Spectrum Graph 81
Graph 82
System Troubleshooting 83
Diagnosis 83
Antenna Log 85
Antenna Event Log 86
Support 86
System Setting 87
Ship Setting 87
Antenna Setting 89
Tracking Satellite Setting 92
Network Conguration 93
Modem/BUC Setting 95
SNMP Setting 98
Backup & Restore Setting 99
Mediator Setting (Optional: For Dual Antenna System) 100
Specification
Technical Specication 102
Environmental Specication 103
Warranty
Warranty Policy 104
Appendix A
Using Dual Antenna System (Optional) 105

10
Introduction
Intellian v85NX Introduction
Intellian v85NX is a Ku-band 3-axis stabilized VSAT maritime antenna system. The v85NX provides advanced
VSAT solutions for Ku-band satellite services that are also designed to be convertible to Ka-band network.
v85NX is equipped with a new mounting architecture of 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 v85NX is even more operator-friendly in that it combines TX, RX and DC power into one cable, simplifying
installation. With the new radome design, the dome-on external single cable connection means that installers
do not need to remove the radome during installation either.
Equipped with Intellian's next generation Antenna Control Software, "AptusNX", the v85NX antenna can be
easily accessed, monitored and controlled. This new simply congured tool can alert an operator to possible
problems with its enhanced diagnostic capabilities and can also provide automatic alerts when preventative
maintenance may be required.
The v85NX is supplied with both cross-pol and co-pol feeds and comes equipped with Intellian's patent
pending Global PLL LNB by standard.
Introduction

11
Introduction
Intellian v85NX Features
Higher RF Performance
Intellian's highly efcient RF design delivers superior performance compared to other 80cm class systems,
enabling higher data rates and global operation. The compact 85cm antenna's smaller footprint allows
installation on smaller vessels yet still allows the system to operate on a 1-meter designed network. The
v85NX is improved tracking precision and reliability in a compact and streamlined mechanical design. The
v85NX system is supplied as standard with 8W BUC, or can be supplied with 16W and 25W variants.
Future Proof Communications
The v85NX can be simply upgraded from Ku- to Ka-band operation by changing the center mounted RF
Assembly and Feed using an available conversion kit. Frequency tuned reector and radome ensure maximum
performance across both Ku- and Ka-bands.
Single Coaxial Cable
Combined Tx, Rx and DC power in a Single Cable solution, the v85NX enables faster and reduced costs of
installation. Dynamic Motor Brakes, eliminating the requirement of shipping brackets, and Dome-On external
RF cable connection on the base allow easier and quicker installation without removing the radome.
Embedded Dual Antenna Mediator function
Intellian's new ACU fully supports dual antenna operation without additional hardware such as a separate
mediator, RF splitters and cables. Eliminate loss of signal due to blockage by using dual antenna systems.
Standardized Modular Components Across NX Series
Modular components are used throughout the NX range, such as dynamically braked motors 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 by more than 30%.
AptusNX Intelligent Diagnosis
Intellian's all new integrated M&C software, enables advanced alerts from the live data monitoring and analysis
agent, the v85NX sends warning messages to the NOC in advance when it detects any abnormal operation.
Intuitive web application interface is designed to provide a superior user experience. AptusNX enhances
remote diagnosis, automates routine processes and includes an integrated spectrum analyzer. The AptusNX
API enables integration directly within a NOC for total eet-wide visibility.

12
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 & Antenna Unit
Antenna Control Unit (ACU)
Antenna Control Unit (ACU) provides power to the antenna and Block Up Converter (BUC). The digital Organic
light-emitting diode (OLED) allows for easy operation of the ACU, even in the dark.
Figure: Front Panel of ACU
Figure: Rear Panel of ACU

13
Planning Installation
Installation Kit
Before beginning installation, make sure you have all the included components.
Description Q'ty Size Remarks
Antenna Control Unit (ACU) 1 431x350x44.3mm Antenna Control Unit (ACU)
Quick Installation Guide (QIG) 1
RF Hazard Sticker 1 Radiation Safety Distance (15m) Label
Mounting Template 1
ACU Side Bracket (Rack Type) 2 ACU to 19inch Rack
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) 1 1.5m ACU to Modem (iDirect Modem)
Ethernet Cable (RJ45/LAN) 2 1m ACU to PC/Intellian M&C
Wi-Fi Dongle 1
Hex Bolt 5 M12x80L Bolt Kit for Antenna - Deck Assembly
(1 spare set included)
Flat Washer 5 M12
Spring Washer 5 M12
Hex Head Wrench Bolt 5 M6x40L
Bolt Kit for Radome AssemblySpring Washer and Flat Washer 5 M6
Sems Bolt 2 M4x8L
Radome Door Key 2 1 Door key & 1 Spare key
Waterproof Foam 1 X-shape Cable Hole Type
Planning Installation

14
Planning Installation
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 on top of its base frame. 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.
Figure: Antenna Dimensions
Antenna Specication
1229mm (48.38")
Ø1131mm (44.52")

15
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.
Figure: Antenna Heading Alignment
Radome Hatch
Cable Entry Cover
BOW
Direction
BOW
Direction
Front View
Bottom View

16
Planning Installation
1000mm (39.37")
800mm (31.49")
200mm (7.87")470mm (18.5")
Min. 10mm (0.4")
Max. 20mm (0.8")
ø45mm (1.77")
ø22mm (0.86")
ø200mm (7.87")
ø110mm (4.3")
BOW
Gooseneck
247.5mm (9.74")
247.5mm (9.74")
BOW
Mast Designing (Installation Example)
The ADU mast must be designed to carry the weight of the ADU unit. The mast must also be able to withstand
on-board vibrations and wind speeds on the radome.
Option1. When Placing Cable Inside Mast
Figure: Recommended Size of Mast (Option1)

17
Planning Installation
1000mm (39.37")
840mm (33.07")
200mm (7.87")
Min. 10mm (0.4")
Max. 20mm (0.8")
ø22mm (0.86")
ø200mm (7.87")
4- ø13mm (0.51")
247.5mm (9.74")
247.5mm (9.74")
80mm (3.14")
BOW
BOW
Option2. When Placing Cable Outside Mast
Figure: Recommended Size of Mast (Option2)

18
Planning Installation
Antenna Mounting Hole Pattern
The mounting holes must be in the exact same place as shown in the diagram below.
Figure: Antenna Mounting Hole Pattern
247.5mm (9.74”)
ø445mm (17.5”)
ø445mm (17.5”) 247.5mm (9.74”)
4-ø13 Holes

19
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 decreases 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.
Figure: Elevation Limit of Obstacles
Obstruction
Look angle
-20° to +115°
Antenna Unit

20
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.
Figure: Potential RF Interference
WARNING
WARNING
Never place the antenna in the beam path of the radar regardless of distance. The high power
shortwave radar may impair its performance or damage the antenna.
Figure: RF Hazard Precautions
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.
Rader
+15°
-15° Minimum
4.6m
Antenna
Antenna
Antenna
20° 20°
15m (49ft) 15m (49ft)
Radiation Safety Distance