I3 I3l I4 I4p User Manual

i3 / i3L / i4 / i4P
Installation and Operation User Guide
Global Leader in Marine Satellite Antenna Systems

Intellian Satellite TV Antenna Systems
Serial number of the product
This serial number will be required for all troubleshooting or service inquiries.
© 2020 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 Intellian i3/i3L/i4/i4P 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 manual is accurate. Intellian is not responsible for printing or clerical
errors.
Disclaimer
The information in this user manual is subject to change without prior notice through a product life cycle. A printed version of the
user manual is periodically updated and may contain inaccuracies or omissions compared to the recent product information. The
most up-to-date information is available on our website at https://www.Intelliantech.com.
Doc. No. UG-K50032-V2.4

2
Table of Contents
GENERAL PRECAUTIONS 4 ANTENNA CONTROL SOFTWARE 55

INTRODUCTION 4 INTRODUCTION TO Aptus® 55
INTRODUCTION TO INTELLIAN i3/i3L/i4/i4P 4 SOFTWARE INSTALLATION 55
FEATURES OF INTELLIAN i3/i3L/i4/i4P 5 PC TO ACU COMMUNICATION SETUP 56
BASIC SYSTEM CONFIGURATION OF INTELLIAN 6 ESTABLISH A DATA COMMUNICATION 56
AUTO UPDATE 57
INSTALLATION 7 TOOLBAR MENUS 58
SYSTEM COMPONENTS 7 SYSTEM PROPERTY STATUS DASHBOARD 61
TOOLS REQUIRED FOR INSTALLATION 10 WORK VIEW TABS 64
PLANNING THE INSTALLATION 11
INSTALLATION AND MOUNTING OF ANTENNA 13 PREPARATION FOR TRANSPORTATION 75
INSTALLING THE ACU 18 WARRANTY 76

ACU DIMENSIONS 18
SELECTING ACU INSTALLATION SITE 19 APPENDIX : i3/i3L TECHNICAL SPECIFICATION 77
CONNECTING THE SYSTEM CABLES OF i3/i3L/i4/i4P 20 APPENDIX : i4/i4P TECHNICAL SPECIFICATION 78
CONNECTING THE SYSTEM TO A GPS 23
DC OUT PORT 24
ADJUSTING THE LNB SKEW ANGLE (LINEAR POLARIZATION ONLY) 25
PC TO ACU COMMUNICATION SETUP 26
OPERATION INSTRUCTION 28
INTRODUCTION 28
OPERATING THE ACU 29

ACU SOFT KEYS 29
NORMAL MODE 29
SETUP MODE 32
3
General Precautions Introduction

Before you use the antenna, make sure that you have read and
Introduction to Intellian i3/i3L/i4/i4P
understood all safety requirements.
Intellian i3/i3L/i4/i4P is a digital satellite antenna system designed specifically
for all types of vessels (anchored or transit) to automatically identify, track
THIS WAY UP and capture satellite signals from the Digital Video Broadcasting (DVB: the
• Place the boxes/crates on the floor noting the direction of international standard for digital TV transmissions) compatible satellites.
the arrow.
In details, Intellian i3/i3L/i4/i4P has Wide Range Search (WRS) algorithm, which
FRAGILE minimizes the search time during initialization, and Dynamic Beam Tilting (DBT)
• Since the Radome is fragile, handle it with care. Do not technology, which dynamically shapes the antenna beam to utilize stabilization.
apply excessive pressure or shock. These may cause While tracking the target satellite, DBT technology uses a high-performance,
surface cracking or other damage.
constantly adjusting sub-reflector which allows the antenna to remain relatively
KEEP DRY still, eliminating the constant whine of stepper motors while staying locked on to
• Always make sure the antenna is stored on a dried floor. the satellites.
• The antenna can withstand ordinary rain. However it
water resistance cannot be guaranteed if submerged. The i3/i3L/i4/i4P has a built-in GPS
• Keep the antenna in dried place for sufficient ventilation.
Do not store the antenna wrapped in a tarp, tent, vinyl, system which enhances the speed
and others. of satellite signals acquisitions.
In addition, the i4P provides the
embedded auto skew angle control
system to maintain the optimal signal
strength and increase the quality of
satellite receptions in weak satellite
single coverage area.
4
Introduction
Features of Intellian i3/i3L/i4/i4P
Enjoy satellite broadcasts at sea Ethernet Port for management

Intellian i3/i3L/i4/i4P is the most modern antenna system that enables The Ethernet Port on the rear panel of the ACU enables direct and simple
you to receive a high quality broadcasting signal at sea, where the network connection between a PC and the ACU. By connecting to ISP
atmospheric and environmental condition are very harsh. This fully or the modem linked with VSAT systems, Intellian i3/i3L/i4/i4P can be
automatic control system allows you to simply turn the power switch monitored, controlled, and diagnosed remotely from anywhere, anytime
on, and have crystal clear, high quality satellite television in motion or at through the TCP/IP protocol.
anchor. This not only can save tremendous time but also save the cost
generated from the hundreds of routine maintenance activities such as
High quality antenna operating firmware upgrades, tracking parameters resets, and system
High tech parabolic antenna technology has been adopted for this diagnostic.
antenna system, which is optimal for marine conditions. This enables
you to receive the optimal signal level even when it is raining or Wireless Connectivity and Aptus mobile
snowing. The built-in WiFi enables the ACU to be wirelessly connected. Any kind
of wireless devices such as PCs, laptops and smartphones can be used
Fast and efficient search for the satellite to connect to the ACU and monitor, control and change the settings of
The WRS (Wide Range Search) algorithm allows for the antenna the system wirelessly. Intellian Aptus mobile is available for download to
system to search the satellite within the shortest amount of time and access to the ACU via Wi-Fi and operate the antenna from iPhone, iPad
to detect the satellite signal under any position and with any directional or other network devices.
movement of the vessel. iPhone and iPad are registered trademarks of Apple Inc.
Easy installation and outstanding reliability Built-in automatic skew angle control system (i4P Only)
Intellian i3/i3L/i4/i4P uses only one RF cable for installation. This makes The automatic skew control system allows Intellian i4P to maintain the
installation easy. Power, RF and data signals transfer from the antenna optimal skew angle at all times and ensure maximum level of satellite
to the ACU through this single cable. In addition, Intellian i3/i3L/i4/ signal level receptions.
i4P provides highly reliable system through the implementation of a
modularized design, and the usage of strictly proven components. Intellian’s environmental test standards certified
These standards are much severer than a typical experienced marine
Built-in GPS equipment condition. All testes performed with one unit through all
The built-in GPS system enhances the speed of acquisition of the continued sequences. Intellian standards meet LR and DNV standards as
satellite signal and provides Intellian i3/i3L/i4/i4P even higher well as EN60945.
performance.
5
Basic System Configuration of Intellian

For your satellite TV system to function properly, the system will have to
be connected with all of the provided components as shown on the right
(Refer to the next chapter ‘Installation’ in this manual for more detailed
connection instructions). Separate purchase of a satellite receiver and a
TV is required.
Note: i3L can only be connected to one receiver.

Note 2: Dish and Bell TV users please refer to the Intellian Dish MIM
Installation and User Manual.
Figure 01 : Basic Configuration with 2 Receivers
6
Installation
The components of the Intellian i3/i3L/i4/i4P are designed as module
system so that it is suitable for simple installation on all types of
vessels.
System Components
Antenna Unit
The antenna of Intellian i3/i3L/i4/i4P is comprised of the following
components for optimum search and receiving satellite signal.
• Mechanical Unit – manipulates the antenna to receive the optimal

satellite signal regardless of the movement of the vessel.
• Control Unit – controls mechanical operation of the antenna.
• RF Unit – transmits the optimum satellite signal to the receiver.
• Radome – protects the antenna from the severe marine environment.
Figure 02 : Radome
7
Antenna Control Unit (ACU) Front

The Antenna Control Unit (ACU) provides the power to the antenna and Front
controls the various settings of the antenna. The digital VFD (Vacuum
Fluorescent Display) allows for easy operation of the ACU, even in the
dark.
Antenna Control Unit
The functions of the ACU are as follows:
• Controls the antenna system

• Provides power to the antenna unit
• Monitors the antenna status
• Changes the target satellite Rear
Rear
• Set up the user environment
• Set the current GPS information
• Set satellite information
• Move antenna manually
• Perform self-diagnosis of the antenna
• Set up the interface with a PC
Figure 03 : Front & Rear of ACU
8
Installation Kit Other Components
Contains the items required for securing the antenna unit and ACU to the
vessel. No Components Size Qty
Antenna 1 ACU Table Mounting Bracket - 2EA

2 RF Cable (ACU to Antenna) 49ft (15m) 1EA
3 RF Cable (ACU to Receiver) 10ft (3m) 1EA
Item
Hex.Bolt Flat Washer Spring Washer 4 DC Power Cable 33ft (10m) 1EA
5 PC Serial Cable 6ft (1.8m) 1EA
Qty 5 5 5
6 NMEA Connector AK950-2 1EA
ACU
7 Power Connector AK950-3 1EA
8 Hex Bolt M8x35L 5EA
Item ø4x16L 5EA
Self-Tapping Screw Machine Screw 9 Tapping Screw
ø3x8L 5EA
Qty 5 5
10 Flat Washer M8 5EA
Size (M4 X 16L) (M3 X 8L)
11 Spring Washer M8 5EA
Figure 04 : Installation Bolt Kit 12 Aptus CD - 1EA
i3/i3L
13 Mounting Template 1EA
i4/ i4P
14 Quick Installation Guide - 1EA
Figure 05 : List of the Supplied Parts
9
Tools Required for Installation
Power DrillPower Drill 11 mm Spanner

11 mm Spanner 10 mm Drill
10Bit
mm Drill Bit Pencil Pencil
Cross-Head
Cross-Head Ø80 mm Ø80 mm 5 mm 5 mm
Screwdriver
Screwdriver 13 mm Spanner
13 mm Spanner Hole Saw Hole Saw Allen/Hex Allen/Hex
key key
Figure 06 : Required Tools for Installation
10
Planning the Installation
Antenna Unit
Install the antenna in accordance with the following procedures to
ensure maximum performance of the antenna. The antenna should
be installed in a place where it has an all-around clear view of the
horizon. Please be sure there are no obstacles within 15 degrees above
the antenna. Any obstacles can prevent the antenna from tracking the
satellite signal (Refer to the drawing on the right).
15°
Do not install the antenna near by the radar especially on the same
plane as their energy levels may overload the antenna front-end circuits.
It is recommended to position the antenna at least 4 feet (1.2m) above
or below the level of the radar and minimum of 15 feet (6m) away from
the high power short wave radars.
The mounting platform should be rigid enough and not subjected to Figure 07 : Elevation Limit of Obstacles
excessive vibration. The movement of the antenna can be minimized
by installing at the center of the vessel. For optimal performance of the
antenna, it is not recommended to install at any corner of the vessel,
where the movement of the vessel is the greatest. Install the bottom
of the antenna parallel to the surface of the sea and fix tightly to the
structure of the vessel. When setting the antenna down, be careful not
to damage the RF connector. Striking the connectors on the bottom
directly will damage the connector.
11
Cables
Before installing the system cables, consider the following points. Note: Exceeding the indicated cable lengths will result in reduced
• All cables need to be well clamped and protected from physical performance of your system.
damage
and exposure to heat and humidity.
• Cables with severe bends are not allowed.
• Where a cable passes through an exposed bulkhead or deckhead,
a watertight grommet or swan neck tube should be used.
Power Requirements
Follow the power requirements to avoid damage to the system.
The Intellian i3/i3L/i4/i4P has been designed to work on a boat’s power
supply rated from 9 ~ 30 V DC.
If your receiver(s) and television(s) require a 110V/240V AC power

supply, you will need to install a suitable DC to AC converter to operate
the unit(s) from your boat’s DC power supply.
RF Cable
This cable is supplied at a length of 49ft (15m). If a longer length is
required you should replace this cable with an extended RF cable
supplied by Intellian Technologies.
Extending the Cables

The cables that have been supplied with your Intellian system should be
of adequate length to complete the installation on most vessels.
12
Installation and Mounting of Antenna
The method of installation and mounting of antenna may vary due
to vessel design but the following procedures are applicable in most
situations, and will result in a secure and effective installation.
Confirmation of Size Prior to Installation

• Check the height and diameter of the bottom surface of the antenna
before installing.
54 cm (21.2”)
• The space must be sufficient for installing the antenna unit
considering the height and diameter of the antenna.
• The height and the diameter of the bottom surface of the antenna are
as shown in the following drawing.
If possible, install the antenna using a power tower.
Note: Before installing the antenna, open the radome and remove the
shipping constraints from the antenna interior. Reinstall the radome
before operating the system. The system will not perform properly if the
radome is open.
Ø50 cm (19.7”)
Figure 08 : Radome Dimension of i4 / i4P
13
44 cm (17.3”)
Ø43 cm (16.9”)
Figure 09 : Radome Dimension of i3 / i3L
14
Mark of the Antenna Mounting Position
Referring to the mounting template, mark where antenna will be
mounted on board (it must be a flat surface) or on a separate power
tower.
Note: If a power tower is not suitable to mount the antenna, separate

cable shock and waterproofing measures must be taken to protect the
RF connector from being exposed to the sea water and external shocks.
An exposed cable may cause electric shock and cause serious damage
to the equipment.
15
14.15cm (5.6”)
22.86 cm (9”)
23.3cm ( 9.2”)
22.86 cm (9”)
Figure 10 : Mounting Hole Position of i4 / i4P Figure 11 : Mounting Hole Position of i3 / i3L
16
Securing Holes for Bolts and Cable Ways Connection of the Cable
Make 4 bolt holes of 10mm diameter, one at each corner of a rectangle Remove the rubber cap from RF connector. Connect the RF cable to the
drawn as below, and make a circular hole of 80mm diameter at the RF connector under the base plate through the access hole using an
center of the rectangle through which the cable will run. 11mm spanner. Be careful not to over tighten, as you may damage the
connector.
11mm
Antenna Unit
Ø80mm Spanner
Ø 10mm Hole Saw
Drill
Optional
RF1 Cable
Figure 13 : Connectors on Bottom of Antenna

Figure 12 : Drilling Instruction
Note: Do not tighten excessively when using the spanner, this will
damage the threads. Be careful that the connectors do not touch the
mounting surface of the antenna, this might cause a critical malfunction
and serious damage to the equipment.
17
Installing the ACU

Mounting the Antenna ACU Dimensions
Attach the antenna by using the hex head bolts (M8X35L), M8 spring
washers, and M8 flat washers supplied.
22.8cm(9”)
18.5cm (7.3”)
21.7cm(8.5”)
Radome Base
Deck
M8 Flat Washer
M8 Spring Washer
5.4cm (2.1”)
17.8cm (7”)
M8 Hex. Bolt
13mm Spanner 17.8 cm (7”)
7.5 cm (2.95”)
Figure 14 : Mounting the Antenna
Figure 15 : Dimension of ACU
18
Selecting ACU Installation Site
The ACU should be installed below deck, in a location that is:
• Dry, cool, and ventilated.
• Easy access from your main TV viewing area.
To Install the ACU

1. The ACU should be installed using the two supplied mounting
brackets which allow for a top or bottom mounting configuration.
2. Using the self tapping screws supplied, attach the mounting brackets
to the sides of the ACU.
3. Place the ACU in the location where it is going to be installed.
4. Connect the cables to the rear of the ACU.
5. Use a pencil to mark the 4 hole positions (two on each side), and
use the appropriate drill bit to drill.
Figure 16 : Installation of ACU
19
Connecting the System Cables Single Receiver Connection

1. Connect the RF cable 49ft (15m) from the RF 1 connector on the
of i3/i3L/i4/i4P antenna base plate to the ANT. RF1 connector on the ACU.
After installation and fixation of the antenna, connect the ACU to the antenna. 2. Connect the RF cable 10ft (3m) from the receiver connector on the
Refer to the drawing below to connect cables. ACU to RF connector on the receiver.
3. Connect the DC power cable 33ft (10m) from DC power connector on
Antenna RF Cable (Connecting Antenna - ACU) the ACU to a power source from 9~30 V DC.
Intellian provides the Antenna RF Cable (RG-6, 15 m) for connecting 4. Press the POWER ON switch on the ACU to start the operation of the
Antenna and ACU. Due to the signal losses across the length of the RF antenna system.
coax on L-Band, Intellian recommends the following 75 Ω coax cable
types for standard system installations. Check the instructions from the
cable supplier. The table below shows the recommended cable types
and maximum cable lengths for the antenna system. For installing RF1 RF2
cables longer than the recommended length, consult with Intellian IRD (Not Supplied)
Technologies first.
RF Cable Recommendation RF Cable
Coaxial Cable Type Max. Cable Length

RG-6/U Solid Copper Core or
35 m
LMR 300
RG-11/U Solid Copper Core or
60 m
LMR 400
LMR 600 100 m ACU
DC
Power NMEA PC
Cable GPS Cable
Figure 17 : Single Receiver Configuration

20
Dual-Receivers Connection Multi-Receivers Connection
You can connect two receivers from your antenna as shown in the above In order to connect multi-receiver to the antenna, you will need to
diagram. The receiver connected to ACU determines which satellite is purchase a suitable multiswitch. The multiswitch has to be installed
tracked, while the other receiver can watch any channel which is available between the antenna unit and the receivers as shown in the following
from the tracked satellite. diagram.
As in the single receiver option the RF cables from the antenna base plate
should be connected to ‘LNB’, ‘ANT’, or ‘Satellite In’ connector on the
receiver.
* Receiver 1~4 : Not supplied
RF1 RF2
RF1 RF2
IRD 2 (Not Supplied)
RF1 Cable
RF Cable IRD 2 (Not Supplied)

Multi switch
(Not Supplied)
ACU
DC NMEA PC
Power Cable GPS Cable
ACU
DC
Power NMEA PC
Cable GPS Cable
IRD 1 IRD 2 IRD 3 IRD 4
Figure 18 : Dual-Receivers Configuration Figure 19 : Multi-Receivers Configuration
21
Connecting the System Cables of i3L

After installing and mounting the antenna, connect the ACU to the
RF1
antenna. Refer the drawing on the right to connect the cables. IRD (Not Supplied)
Single Receiver Connection

1. Connect the RF cable 49ft (15m) from the RF 1 connector on the
RF Cable
antenna base plate to the ANT. RF1 connector on the ACU.
2. Connect the RF cable 10ft (3m) from the receiver connector on the
ACU to RF connector on the receiver.
3. Connect the DC power cable 33ft (10m) from DC power connector
on the ACU to a power source from 9~30 V DC.
4. Press the POWER ON switch on the ACU to start the operation of
the antenna system.
ACU
DC NMEA PC
Power Cable GPS Cable
Figure 20 : Single Receiver Configuration
22
Connecting the System to a GPS
Your satellite TV system has a built-in GPS. If the internal GPS doesn’t
operate properly, you can directly connect your boat’s NMEA 0183 GPS
to the system through the ACU’s external GPS connector. To do this you
will need a suitable cable to connect your GPS system and the green
2-way ACU GPS connector supplied with your Intellian i3/i3L/i4/i4P
Satellite TV System.
NMEA OUT (+) GROUND (-)

To Connect the System to a GPS
1. Strip back the insulation of each cable and connect a cable to each
terminal of the 2-way connector.
2. Tighten the locking screws.
3. Connect the cable from the + (positive) terminal of the ACU GPS
connector to the NMEA OUT wire of the vessel’s GPS system.
4. Connect the cable from the – (negative) terminal of the ACU GPS Figure 21 : NMEA 0183 GPS Connection
connector to the Ground Wire of the vessel’s GPS system.
5. Refit the ACU GPS connector to the rear of the ACU.
23
DC OUT port
Intellian ACU provides DC OUT port for direct connection of MIM(Multi-
satellite Interface Multi-switch) which requires DC power input. Intellian
MIM can be connected to the i-series ACU without AC-DC Adaptor.
Figure 22 : DC out MIM
Note: The DC power cable is included in the component list of MIM.
24
Adjusting the LNB Skew Angle
(Linear Polarization Only) - +
LNB Skew Angle
The LNB skew angle only needs to be adjusted when the target satellite
is linear polarized. In order to receive the maximum satellite signal level,
the LNB skew angle must be adjusted according to the calculation of
current GPS location and target satellite.
It only needs to be adjusted when changing from one satellite to

another, or when the vessel has traveled a significant geographic
distance. It should NOT need to be readjusted if the vessel stays in the Figure 23 : Manual LNB Skew Angle Adjustment
same location and is operating on the same satellite.
Skew Angle Adjustment of i3/i3L/i4 - +

Polarization of your Intellian i3/i3L/i4 antenna must be accomplished
manually by the following steps.
1. Open the radome after switching power OFF.

2. Loosen 4 bolts of the connection of LNB and feed horn.
3. Turn LNB to place it to the angle indication of the back of the feed horn.
4. Tighten the 4 bolts.
5. Re-install the radome .
25
Auto LNB Skew Angle Adjustment for i4P PC to ACU Communication Setup
Intellian i4P has an embedded auto skew angle control system.
Therefore, manual adjustment of LNB skew angle is not required. The You can establish data communication between a PC and the ACU using
LNB skew angle is continuously adjusted automatically through of the one of the following methods.
calculation of current GPS location and target satellite. The skew angle
of LNB is shown from the ACU and GUI Program. Serial Connection
Connection through Serial Port
1. Connect a 9-pin Serial cable from the PC INTERFACE connector on the
ACU to the 9-pin serial port on your PC.
2. If there is not a 9-pin serial port on the PC, use a USB-Serial adapter.
Skew sensor LNB
Skew Motor
Figure 25 : Serial Connection

Figure 24 : Auto LNB Skew Angle Adjustment System
26
Wi-Fi Connection TCP/IP Connection
Setup Wi-Fi Connection Connection through Rear Panel Ethernet Port
• Setting up the PC in order to access Wi-Fi
1. Connect Wi-Fi. This method requires separate IP configuration on a PC.
After clicking on the Windows Wireless Connection icon, 1. Connect an Ethernet cable from a PC Ethernet port to Ethernet port on
click on i-AP(default). the back of the ACU
2. By default, the connection security is opened.
2. Go to Control Panel > Network and Sharing Center > Change Adapter
3. Use the ACU’s IP address to access Intellian Aptus®
Settings and right-click on the Local Area Connection then click Properties
• Default: 192.168.1.223
3. Select TCP/IPv4, then click Properties.
4. Change the network settings on a PC;
• IP Address: 192.168. 0.222
• Subnet Mask: 255.255.255.0
• Gateway: 192.168.0.223
5. Use the ACU’s IP address to access Intellian Aptus® .
• Default: 192.168.0.223
Figure 26 : ACU to PC Wifi Connection Figure 27 : ACU to PC TCP/IP Connection
27
Operation Instruction
Introduction Note: Many of the above functions will only be required only after
This section of the handbook describes how to setup your Satellite TV initial installation of your system. Refer to the Quick Installation Guide
System after installing the ACU. It includes the following functions: before operating the system.
• Start up.
• Changing target satellite.
• Monitoring the current status of the antenna.
• Sleep mode.
Setup Mode
• Begin setup mode.
• Setting the satellite pair.
• Setting GPS.
• Edit satellite information.
• Setting the antenna parameters.
• Setting the LNB local frequency.
• Setting the DiSEqC method.
• Display versions.
• Display power.
• Setting remote control.
• Setting antenna go position.
• Setting antenna move step.
• Executing antenna diagnosis.
• Setting region.
• Setting the factory default parameters.
28
Operating the ACU
ACU Soft Keys Normal Mode
Start Up
With the system installed and power applied, the ACU screen will show
the following sequence:
INITIALIZE ACU
1. Data communication is being established
BACK between the antenna and the ACU. The ACU
INTELLIAN I3 is initialized.
ENTER
INITIALIZE ANTENNA
2. The antenna is initialized.
POWER Press to select INTELLIAN I3
On-screen option
Figure 28 : ACU Soft Keys
SEARCH A: DTV101
3. The antenna is searching for Satellite A.
B:DTV119 SETUP
TRACKING A: DTV101
4. The antenna has located the satellite and is
now tracking.
B:DTV119 SETUP
Note: The operation method is exactly same for i3, i3L, i4, and i4P.
The following instruction will be described using the i3 as example.
29
Changing Target Satellite Tri-Sat Mode

Your antenna is programmed with either two (Dual-Sat mode) or three (Tri- Sat
mode) candidates of target satellites as default mode. To change the target 1. Press LEFT soft key for tracking
TRACKING A: DTV101
satellite, press LEFT soft key. The target satellite is changed and is automatically Satellite B.
B:DTV119 SETUP
tracked by the antenna.
Dual-Sat Mode TRACKING B: DTV119

2. The antenna is tracking Satellite B.
DTV110# DTV101
TRACKING A: DTV101
1. Press LEFT soft key for tracking Satellite B.
B:DTV119 SETUP
TRACKING B: DTV119
3. Press LEFT soft key for tracking Satellite C.
DTV110# DTV101
TRACKING B: DTV119
2. The antenna is tracking Satellite B.
A: DTV101 SETUP
TRACKING C: DTV110#
4. The antenna is tracking Satellite C.
DTV101 DTV119
30
Monitoring the Current Status of the Antenna
When the ACU power is on, it displays the status of the antenna.
The current status of the antenna is displayed as shown below.
SEARCH A: DTV101
1. The antenna is searching Satellite A. 5. Antenna position detail and signal strength are
AZ : ###.# EL : ##.#
B:DTV119 SETUP displayed.
SIGNAL : ### ● [VL]
TRACKING A: DTV101
2. The antenna is tracking Satellite A.
###.##E ##.##N
6. Press center soft key to display current GPS
B:DTV119 SETUP
information. Press center soft key to return to
main tracking mode.
ANTENNA IS UNWRAPING
3. The antenna is winding/unwinding the cables in
the antenna.
B:DTV119 SETUP
TRACKING A: DTV101
4. The antenna is again tracking Satellite
A. Press center soft key to display
B:DTV119 SETUP
position detail.
31
Setup Mode
Sleep Mode Begin Setup Mode
If the antenna loses the tracking satellite while in sleep mode, sleep To enter the Setup Mode simply follow the instructions below.
mode will be cancelled.
TRACKING A: DTV101
1. While the antenna is tracking press SETUP
1. Press BACK to enter sleep mode. B:DTV119 SETUP

TRACKING A: DTV101
B: DTV119 SETUP
SETUP MODE ?
2. Press YES to enter setup mode.
TRACKING A: DTV101
2. Press BACK again for exiting sleep mode. YES NO
||B: DTV119 SETUP
3. Press YES to set the satellite pair.

SET SAT PAIR ?
PREV YES NEXT
32
Setting the Satellite Pair
You can change the satellite pair if you decide to receive satellite
television service from a different service provider.
SETUP MODE ?
1. Press YES to enter setup mode. SAT B : DTV119
5. Set satellite B
Press PREV to show previous satellite name.
YES NO PREV SELECT NEXT
Press SELECT to set chosen satellite to SAT B.
Press NEXT to show next satellite name.
SET SAT PAIR ?

2. Press YES to set satellite pair. SAT C : DTV110#
6. Set satellite C
PREV YES NEXT PREV SELECT NEXT
Press SELECT to set chosen satellite to SAT C.
SET TRIPLE SAT ?

3. Press YES to set triple satellites. 7. Press YES to save selections.
SAVE ?
Press NO to cancel and return to main setup
YES NO YES NO
mode.
SAT A : DTV101
4. Set satellite A
PREV SELECT NEXT
Press SELECT to set chosen satellite to SAT A.
33
Setting GPS
It is possible to set up and modify the GPS information, which enhances
the antenna functionality.
SETUP MODE ?
1. Press YES to enter setup mode. LONGITUDE ###.## E
5. Press ENTER to move to next screen.
Press BACK to move to previous screen.
YES NO - INPUT +
SET SAT PAIR ?

2. Press NEXT to enter GPS setup LATITUDE ##.## N
6. Input the latitude data.
mode. + increases the value. - decreases the value.
PREV YES NEXT - INPUT +
Change the underscored digit using the
X1 +/- buttons.
P ress INPUT to accept the value and move to
next digit.
Press BACK to move to previous digit.
SET GPS ?
3. Press YES to set GPS.
PREV YES NEXT SAVE ?
7. Press YES to accept data.
YES NO
mode.
LONGITUDE ###.## E
4. Input the longitude data.
+ increases the value. - decreases the value.
- INPUT +
Change the underscored digit using the +/-
buttons.
Press
INPUT to accept the value and move to
next digit. Press BACK to move to previous digit.
34
Edit Satellite Information
It is possible to modify the existing satellite information and input new
satellite information into the ACU as well. It is not recommended for a
novice satellite service user to use this mode.
SETUP MODE ?
1. Press YES to enter setup mode. SAT NAME : DTV101
5. Input the satellite name.
YES NO - INPUT +
Change the underscored digit using the +/- but
tons.
Press INPUT to accept the value and move to
next digit.
SET SAT PAIR ?
2. Press NEXT twice to enter edit satellite info
mode.
PREV YES NEXT
SAT NAME : DTV101
6. Press ENTER to move to next screen.
X2 Press BACK to return to previous screen.
- INPUT +
EDIT SAT INFO ?

3. Press YES to edit satellite info.
PREV YES NEXT 7. Input the satellite position.
LONGITUDE 124.00 E
- INPUT +
+/- buttons.
next digit.
SAT NAME : DTV101
4. Set the satellite name.
PREV - Shows previous satellite
PREV SELECT NEXT
name.
SELECT - Select the displayed satel 8. Input the tracking frequency (MHz) and symbol
VER LOW 12598 21096
lite for editing. rate (KHz) for vertical low band.
- INPUT +
NEXT - Shows next satellite name.
Press ENTER to move to next screen.
35
9. Input the network ID (NID) for vertical low band. 13. Input the network ID (NID) for vertical high
VER LOW NID 0x0003 VER HIGH NID 0x0003
band.
- INPUT + - INPUT +
10. Input the tracking frequency (MHz) and symbol 14. Input the tracking frequency (MHz) and symbol
HOR LOW 12523 21096 HOR HIGH 12523 21096
rate (KHz) for horizontal low band. rate (KHz) for horizontal high band.
- INPUT + - INPUT +
HOR LOW NID 0x0003

11. Input the network ID (NID) for horizontal low 15. Input the network ID (NID) for horizontal high
HOR HIGH NID 0x0003
band. band.
- INPUT + - INPUT +
VER HIGH 12598 21096

12. Input the tracking frequency (MHz) and symbol VERIFY : DSS DECODE 16. Select the Verification Method* of tracking
rate (KHz) for vertical high band. satellite.
- INPUT + PREV SELECT NEXT
PREV - Shows previous method.
SELECT - Set the displayed method.
NEXT - Shows next method.
36
VOLTAGE : AUTO
17. Select the Voltage Supply Method* to LNB. Verification Method*
(AUTO is recommended) SIGNAL - use only signal level for tracking
PREV SELECT NEXT
DVB LOCK - use only DVB Lock signal for tracking
DVB DECODE - verify satellite using DVB decoding method for tracking
DSS DECODE - decode only DSS Lock signal for tracking
18. Select the DISEQC Method*. Voltage Supply Method*

DISEQC : AUTO
(AUTO is recommended) AUTO – Supply 13V or 18V to LNB
PREV SELECT NEXT
ONLY 13 V - always supply 13 V to LNB
ONLY 18 V - always supply 18 V to LNB
DISEQC Method*
AUTO – Supply 0KHz tone or 22KHz tone to LNB
19. Press YES to save the input information.
SAVE? ONLY 0 KHz – always supply 0KHz tone to LNB
YES NO
mode. ONLY 22 KHz – always supply 22KHz tone to LNB
37
Setting the Antenna Parameters

It is not recommended for a novice satellite service user to use this
mode. Consult Intellian for changing antenna parameters.
SETUP MODE ?
1. Press YES to enter setup mode. WRS LEVEL : 0500 5. Input the WRS LEVEL.
YES NO - INPUT +
Change the underscored digit using the +/-
buttons.
next digit.
SET SAT PAIR ?
2. Press NEXT three times to enter set antenna
parameter mode.
PREV YES NEXT
X3 6. Press YES to set up another parameter.
ANOTHER PARAMETER
YES NO mode.
SET ANT PARAMETER ?

3. Press YES to set antenna parameter.
PREV YES NEXT 7. Press YES to save the input information.
SAVE ?
YES NO mode.
PARAM: SCAN OFFSET

4. Select the PARAM*.
PREV - Shows previous parameter.
PREV YES NEXT
SELECT - Set the displayed parameter.
NEXT - Shows next parameter.
38
PARAM*
Scan Offset The scan offset is to offset the angle difference between the DiSEqC Level The DiSEqC level is to distinguish 0KHz tone and 22KHz tone.
black marker on the sub-reflector and the optical sensor.
Track Scale The track scale is to control the tracking speed while antenna Offset RH-LH The offset RH-LH is to offset the signal difference between
is tracking the satellite. RHCP and LHCP.
Detect Level The detect level is to set the satellite signal detection level. EL Offset The EL offset is to offset the angle difference between the
mechanical elevation angle and actual elevation angle.
WRS Level The WRS level is to set the WRS detection level. Use WRS Use WRS is to determine whether the system uses WRS level
or not. “Use WRS” and “WRS Level” are pair functions.
Track Offset The tracking offset is to offset the satellite signal tracking Offset Offset difference is to determine whether the system to uses
level. Difference “Offset RH-LH” or not. “Offset Difference” and “Offset RH-LH”
are pair functions.
Power Level The power level is to distinguish the voltage between 13 V and 18 V.
39
Setting the LNB Local Frequency

It is possible to select a local frequency from ACU. It is not recommend-
ed for a novice satellite service user to use this mode.
Case1. Single band LNB is used.
SETUP MODE ?
1. Press YES to enter setup mode. 5. Input the local frequency of LNB.
LOCAL FREQ: #####MHz
YES NO - INPUT + Change the underscored digit using the
+/-buttons.
next digit.
SET SAT PAIR ?
2. Press NEXT four times to enter set local
frequency mode.
PREV YES NEXT
X4 6. Press YES to accept the data.
SAVE ?
YES NO mode.
SET LOCAL FREQ ?

3. Press YES to set local frequency.
PREV YES NEXT
LNB TYPE : SINGLE

4. Select the LNB Type* - SINGLE.
PREV - Shows previous LNB type.
PREV SELECT NEXT
SELECT - Set the displayed LNB type.
NEXT - Shows next LNB type.
40
Case 2. Universal LNB is used (Low band local frequency-9750
MHz/ High band local frequency 10600 MHz).
SETUP MODE ?
1. Press YES to enter setup mode. SAVE ?
5. Press YES to accept the data.
Press NO to cancel and return to
YES NO YES NO
main setup mode.
SET SAT PAIR ?

2. P ress NEXT four times to enter set local LNB Type*
frequency mode. SINGLE: Single Band LNB
PREV YES NEXT
Asia 11300 MHz, Japan 10678 MHz, Korea 10750 MHz,
X4
America 11250 MHz
UNIVERSAL : Universal LNB

3. Press YES to set local frequency. Low band local frequency - 9750 MHz
SET LOCAL FREQ ?
High band local frequency - 10600 MHz
PREV YES NEXT
LNB TYPE : UNIVERSAL 4. Select the LNB Type* - UNIVERSAL.

PREV - Shows previous LNB type.
SELECT NEXT
SELECT - Set the displayed LNB type.
NEXT - Shows next LNB type.
41
Setting the DiSEqC Method

DiSEqC selection can be made from ACU. It is not recommended for a
novice satellite service user to use this mode.
1. Press YES to enter setup mode. SAVE ?

5. Press YES to accept the selection.
SETUP MODE ?
YES NO YES NO
mode.
SET SAT PAIR ?

2. Press NEXT five times to enter DISEQC mode. DiSEqC Method*
PREV YES NEXT
DO NOT USE DISEQC - DiSEqC is not being used.
USE TO CHANGE BAND - DiSEqC is being used to change to low and high band.
X5
USE TO CHANGE SAT - DiSEqC is being used to change tracking satellite.
USE DISEQC ?
3. Press YES to use DISEQC.
PREV YES NEXT
DO NOT USE DISEQC

4. Select the DiSEqC Method*
PREV - Shows previous DiSEqC Method.
PREV NEXT
SELECT/ENTER - Set the displayed DiSEqC
method.
NEXT - Shows next DiSEqC Method.
42
Setting the Use of DiSEqC 1.2
If DiSEqC 1.2 protocol is in use on your receiver, enable the DiSEqC 1.2
setting on the ACU to process the DiSEqC 1.2 command.
SETUP MODE ?
1. Press YES to enter setup mode. 4. Set the USE DiSEqC 1.2 to a desired option*.
USE DISEQC 1.2 : NO
PREV - Shows previous option (YES/NO)
SELECT/ENTER - Set the displayed option for
DiSEqC 1.2.
NEXT - Shows next option (YES/NO)
SET SAT PAIR ?

2. Press NEXT six times to enter the Use DiSEqC 5. Press YES to accept the data.
SAVE ?
1.2 menu. Press NO to cancel and return to main setup
PREV YES NEXT YES NO mode.
X6
USE DISEQC 1.2 ?

3. Press YES to set the use of DiSEqC 1.2. Options for ‘USE DiSEqC 1.2’
PREV YES NEXT YES - Select this option if the DiSEqC 1.2 is used.
NO - Select this option if the DiSEqC 1.2 is not used.
43
Setting the LNB Skew

(This menu is available only for i4P)
SETUP MODE ?
1. Press YES to enter setup mode. 5. Press SELECT to set the LNB skew angle
SKEW : MANUAL
manually.
SET SAT PAIR ?

2. Press NEXT seven times to enter the Set LNB 6. Press SET to save the changed LNB skew angle.
SKEW : 2.0 -> 0
Skew menu.
PREV YES NEXT -1 SET +1
X7
SET LNB SKEW

3. Press YES to set the LNB Skew menu.
PREV YES NEXT
SKEW : CALIBRATION
4. Press SELECT to calibrate LNB skew angle or
press NEXT to enter ‘Skew: Manual’ option.
PREV SELECT NEXT
44
Display Versions
This sequence enables you to see what version of antenna and ACU
software are installed on your system.
SETUP MODE?
1. Press YES to enter setup mode. 5. Antenna software version and S/N are shown.
ANT S/W VER : 4.00
Press EXIT to return to main setup mode.
YES NO S/N: 0000000000 EXIT
SET SAT PAIR ?

2. Press NEXT seven times to enter view version 6. ACU software version and S/N are shown.
ACU S/W VER : 0.01
mode . Press EXIT to return to main setup mode.
PREV YES NEXT S/N: 0000000000 EXIT
X7 (*i4P : Press NEXT eight times)
VIEW VERSION ?
3. Press YES to view version. LIBRARY VER : 0.01
7. Library version and S/N are shown.
PREV YES NEXT S/N: 0000000000 EXIT
B4 - 309U
4. Antenna product name and S/N are shown.
S/N: 0000000000 EXIT
45
Display Power
SETUP MODE ?
1. Press YES to enter setup mode. ANT POWER : 25.9 V
5. Antenna voltage is shown.
Press center soft key to view receiver Voltage
YES NO PREV YES NEXT
and frequency.
SET SAT PAIR ?

2. Press NEXT eight times to enter view 6. Receiver voltage and frequency are shown.
IRD : 18V + ##kHz
power mode. Press EXIT to return to main setup mode.
PREV YES NEXT PREV YES NEXT
X8 (*i4P : Press NEXT nine times)
VIEW POWER ?
3. Press YES to view power.
PREV YES NEXT
ACU POWER : 27.1V

4. ACU voltage is shown.
Press any key to return to main setup mode.
PREV YES NEXT
46
Setting Remote Control
1. Press YES to enter setup mode. FUNC : SLEEP MODE

5. SELECT/ENTER - Registers a key on remote
SETUP MODE ?
control.
YES NO NEXT SELECT EXIT
2. P ress NEXT nine times to enter remote control PRESS A REMOTE KEY
6. Point remote control to ACU.
SET SAT PAIR ?
setting mode . Press any key on remote control for selected
PREV YES NEXT BACK EXIT
function and press the same key again for con
X9 (*i4P : Press NEXT ten times) firmation. Press BACK to move to previous
screen.
SET REMOCON ?
3. Press YES to set remote control.
FAILED - TRY AGAIN
7. If failed to press the same key twice, TRY AGAIN
PREV YES NEXT will be displayed.
FUNC : CHANGE SAT

4. Select the Function* THAT KEY IS USING
8. If failed to register a free key, KEY IS USING will
NEXT - Shows next function. be displayed.
NEXT SELECT EXIT
47
REMOTE KEY REGISTED

9. REMOTE KEY REGISTED will be displayed if key
has been properly registered.
FUNC : CHANGE SAT

10. Press NEXT to shows next function.
NEXT SELECT EXIT
Function*
CHANGE SAT - Change the target satellite.
SLEEP MODE - Enter sleep mode.
CLEAR REGISTERED KEY - Clear registered key.
48
Setting Antenna Go Position
The antenna can be controlled manually by using the ACU.
SETUP MODE ?
1. Press YES to enter setup mode. GO TO EL : ##.#
5. Input position value for elevation (EL) axis.
YES NO - INPUT +
+/- buttons.
next digit.
SET SAT PAIR ?
2. P ress NEXT ten times to enter antenna go
position mode.
PREV YES NEXT
X10 (*i4P : Press NEXT eleven times) 6. Press YES to move the antenna to input position.
GO TO POSITION ?
Press NO to return to the Antenna Go Position
YES NO
mode.
ANT GO POSITION ?
3. Press YES to go position.
PREV YES NEXT
AZ:###.# EL:###.#
7. Press EXIT to return to main setup mode.
EXIT
GO TO AZ : ##.#
4. Input position value for azimuth (AZ) axis.
+increases the value. - decreases the value.
- INPUT +
+/- buttons.
next digit.
49
Setting Antenna Move Step

The antenna can be moved by 1° step manually by using ACU.
SETUP MODE ?
1. Press YES to enter setup mode. STEP EL : ##.#
5. Move the antenna in the EL axis.
UP - Move the antenna up.
YES NO DOWN EXIT UP
DOWN - Move the antenna down.
EXIT - Return to antenna move step mode.
SET SAT PAIR ?

2. P ress NEXT eleven times to enter antenna move
step mode.
PREV YES NEXT
X11 (*i4P : Press NEXT twelve times)
ANT MOVE STEP ?

3. Press YES to move step.
NO YES NEXT
STEP AZ : ###.#
4. Move the antenna in the AZ axis.
CW - Move the antenna clockwise.
CCW EL CW
CCW - Move the antenna counter clockwise.
EL - Go to elevation control screen.
50
Executing Antenna Diagnosis
The antenna status can be checked by reviewing the results of the
diagnostic self-test of the antenna. Refer to the following codes to understand the test results.
SETUP MODE ?
1. Press YES to enter setup mode. CODE 101 PASSED.
5. CODE* 101 has passed.
YES NO RESULT: ● EXIT
SET SAT PAIR ?

2. P ress NEXT twelve times to enter antenna
diagnosis mode.
PREV YES NEXT
X12 (*i4P : Press NEXT thirteen times)
ANT DIAGNOSIS ?
3. Press YES to diagnose antenna.
PREV YES NEXT
CODE 101 TESTING

4. CODE 101 is being tested.
RESULT: ? EXIT
51
CODE*
CODE 101 Data communication between antenna and antenna control unit is CODE 107 Skew System is tested.
tested. If failed, check the RF cable. if failed, check the control board, skew motor, and skew sensor.
CODE 102 AZ CW limit is tested. CODE 108 Antenna Input Power is tested.
If failed, check the limit sensors, motor and belt for AZ axis. If failed, check the RF cable.
CODE 103 AZ CCW limit is tested. CODE 109 ACU Power is tested.
If failed, check the limit sensors, motor and belt for AZ axis. If failed, check the ACU power cable and Input DC power.
CODE 104 EL axis is tested. CODE 110 Receiver Power is tested to receiver cable and receiver power.
If failed, check the limit sensors, motor and belt for EL axis. If failed, check the ACU to receiver cable and receiver power.
CODE 105 Sub reflector is tested. RESULT • Test is passed.

If failed, check the sub reflector. STATUS - Test is skipped.
? Test is under process.
CODE 106 LNB is tested. Number refers to an error code
If failed, check the LNB and control board. (••3••• -•••) 3 means error code 103.
52
Setting Region
SETUP MODE ?
1. Press YES to enter setup mode. REGION : LOS_ANGELES
5. Select the Region*.
PREV - Shows previous region.
SELECT - Set the displayed region.
NEXT - Shows next region.
SET SAT PAIR ?

2. P ress NEXT thirteen times to enter load region LOAD ?
6. Press YES to load region information.
information mode. Press NO to cancel and return to main setup
PREV YES NEXT YES NO
mode.
X13 (*i4P : Press NEXT fourteen times)
LOAD REGION INFO ?

3. Press YES to load region information.
LOADING : ■■■■ 7. Loading selected region information.
PREV YES NEXT DO NOT TURN OFF!
CONTINENT : N_AMERICA
4. Select the Continent*. Continent*
PREV - Shows previous continent. N. AMERICA, S.AMERICA, EUROPE, ASIA.
PREV SELECT NEXT
SELECT - Set the displayed continent.
NEXT - Shows next continent. Region*
NEW YORK, MIAMI, UK, JAPAN, and etc.
53
Resetting to Factory Default Parameters

This will restore the antenna back to factory default setting.
SETUP MODE ?
1. Press YES to enter setup mode.
YES NO
SET SAT PAIR ?

2. Press NEXT fourteen times to enter Default
setting mode.
PREV YES NEXT
X14 (*i4P: Press NEXT fifteen times.)
SET DEFAULT ?
3. Press YES to set default parameters.
PREV YES NEXT
54
ANTENNA CONTROL SOFTWARE
Introduction to Aptus® Software Installation
Intellian’s new Antenna PC Controller Software, Aptus®
is a next- Double click the ‘Aptus Setup.exe’ icon to install Aptus® directly
generation graphically based antenna remote control software. The onto your computer/ laptop. The InstallShield Wizard will guide you
Aptus® allows users to easily and conveniently set up the antenna by through the program setup process. The installation routine provides an
using a personal computer. icon on the desktop.
The minimum PC hardware and software requirements to install and run

Aptus® are as below.
Hardware
Hardware Requirements
CPU Intel® Pentium® 4 or higher
Memory 512MB or higher
DirectX9.0 or higher supported
Video Card H/W acceleration supported

Video Memory 128MB or higher
HDD 1GB or higher
Operating System and Software

Software Requirements
Operating System Windows XP SP or higher Click the icon to start the software. In addition, Intellian also provides
Framework Microsoft.Net Framework 3.5 Service Pack 1 or higher patch files for software upgrade.
55
PC to ACU Communication Setup Establish a data communication
Starting Aptus® Access ACU through Serial Communication

Double-clickthe Aptus® desktop icon, then Communication Window 1. Connect a 9 pin Serial cable between the PC INTERFACE connector on
appears to establish the data communication between your PC and the the ACU and the 9 pin Serial port on the PC.
ACU. Select options of connection method to access your ACU either 2. Select Serial at communication type combo-box.
through the Serial Port Communication or the Network Communication 3. The baud rate of the ACU is 19200 for i-series.
(TCP/IP). 4. Select a COM port which is not occupied by other devices.
5. Click the Connect button.
Access ACU through Network Communication (TCP/IP)

1. Connect your PC to the Ethernet Port or via Wi-Fi.(Turn off the wireless
connection while using the Ethernet port.)
2. Select Network at communication type combo-box.
3. Enter in the ACU’s IP address
(Factory default - Ethernet connection: 192.168.0.223 / Wi-Fi connection
: 192.168.1.223)
4. Enter in the ACU’s port number (Factory default : 4002)
Note: If the remote access PC is located in the same network group

with the ACU, the ACU can be accessed through the internal IP address.
But, if the remote access PC is located outside of the network group, the
ACU’s IP address should be changed to the IP address assigned by the
network service provider.
56
Auto Update
Intellian Aptus® checks and notifies the latest version when it is started
to maintain up to date software version by AutoUpdate function.
5. When file downloading is finished, “installing…” message is displayed

and Aptus patch runs and the installation starts by InstallShield.
6. Click the “Finish” button when InstallShield installation is finished, then
“Run the Aptus” message is displayed and Aptus runs and AutoUpdate is
automatically finished.
1. When Aptus® is started, it automatically checks the latest software

version from the server and runs AutoUpdate if new version is available.
2. Current software version information is displayed.
3. It notifies new software version information.
4. When you click the “start” button, “File downloading…” message is
displayed while downloading files from the server.
57
Toolbar Menus
The toolbar menus at the top of the screen display command buttons of the most commonly used functions of the Aptus®. The toolbar menus consists of 6
main menus; Quick (for quick launch of functions), File (not used on i-series), View(for user layout and work view), Connection(for communication), Utill(not
used on i-series) and Help(for reporting problems and information check) .
1 2 3 4 5 6
1 Quick
Setup: enters Setup mode.
Restart: exits Setup mode and restarts the antenna.
Reboot: reboots the antenna.
Get Ant. Info: obtains the information stored in the antenna
Save Satellite: Not used on i-Series.
58
2 File : Not used on i-Series.
3 View
• User Layout: displays the layout list that the user has previously stored by using Layout Manager. If you select a layout in this
list, the selected layout will be constructed in Work View screen. The ‘Basic layout’ is provided by default.
• Layout Manager: provides the user with add, delete, and save functionalities in order to manage the user’s layouts.
- Selecting ‘Add current layout’ opens a pop up window. Type in a desired name of current layout and click Add, then the new
name of the current layout will be saved to the list under User Layout menu.
- When changes are made to the current layout, select ‘Save current layout’ option. The current layout will be saved with changes.
- To remove a layout, select ‘Delete layout’ option. Select a desired layout to remove on the pop up window, then click ‘Delete’.
Close the window by clicking on ‘Close’. The selected layout is removed from the User Layout list.
• Default Layout: returns the current layout to the default layout.
• Work View: displays a list of seven pre-constructed Work View Tabs (Satellite View, Antenna Basic View, Antenna Advanced
View, Monitor View, Graph View, ACU System View, and Antenna UI View) and also provides the Activate / Close functionalities
for each view tab. Activate the work view tab by ticking the checkbox next to it.
59
4 Connection
At any time, data communication channel can be re-established between Serial and Network connection.
Selecting Comm. Button will display Communication Window to connect to the ACU via Serial or Network communication.
5 Utill : Not used on i-Series.
6 Help
• Report: provides e-mail contact to Intellian technical support team to let the user report problems at any time.
®
• Information: displays the information of current Aptus software version.
60
System Property Status Dashboard
The property status dashboard on the left pane of the screen provides the antenna status, the availability of TX transmission, signal level, GPS status,
software information, product information and error status to be monitored quickly.
1 Antenna Status: Displays the status of the current mode of the antenna.
- Search: Antenna is searching the selected satellite.
- Tracking: Antenna is tracking the target satellite.
- Initialize: Antenna or ACU is initializing.
- Setup: Antenna is in SETUP mode.
- Sleep: Antenna is in Sleep mode.
- Unwrap: Antenna is unwinding/winding the cable in the antenna.
2 Tracking Satellite
Display or set current tracking satellite and tracking information. Up to three satellites can be selected.
3 Signal Level
The “Red” line indicates the signal “Detect Level Threshold” and the “Orange” line indicates the signal
“Tracking Level Threshold”. If the signal level is higher than the tracking level threshold, the signal level bar
will display “Blue” color. If the signal level is lower than the tracking level threshold, the signal level bar will
display “Orange” color and the antenna will stay in searching mode.
Note: If the signal level is not higher than the tracking threshold, decrease the detect and tracking level.
61
4 GPS: Displays the current GPS location from the Antenna information.
The status light flashes green if the system receives a correct input of the GPS.
5 Voltage: Displays the antenna and the ACU voltage information.
6 Software Information: Displays the antenna and the ACU firmware versions
7 Product Information: Displays the antenna and ACU serial numbers,

antenna model and ACU model.
62
8 Diagnostic Error Report
The square button next to the Diagnostic Error Report turns red when the system receives an error.
Click the button to see a Diagnostic Report.
63
Work View Tabs

Aptus® provides seven Work View Tabs (Antenna Basic View, Antenna
Advanced View, Satellite ViewMonitor View, Graph View, Diagnostic /Network
View, and GUI View) to manage the Antenna and the Satellite configuration.
How to modify the settings on Work View;
1. Enter the Setup mode by clicking Setup icon.
2. Tick the checkbox next to the “Set” button to modify the settings.
3. Enter the desired value then press the Set button to save the settings.
- GPS: displays and sets current antenna’s GPS.
- Bow Information: not used on i-series.
1. Antenna – Basic Info.
- Go to Position : The current position (angle) of the antenna is displayed.
This view tab provides information on the Antenna’s Current GPS location, Push the “Go to Target Position” button after keying in the desired angle to
Skew Information, and the Antenna’s Angle. This view tab uses the Antenna’s move the antenna to target position.
AZ and EL information in order to provide a dynamic graphic user interface
(UI). - Find Antenna Angle: displays and sets the current antenna angle. Select a
desired satellite from the drop-down menu, then longitude, azimuth,
elevation and skew information are displayed.
• Find Angles & Skew Antenna GPS: finds the current antenna
angles and skew angle in relation to the longitude (orbit position)
of the antenna’s current GPS.
64
- Antenna Angle: displays and sets current antenna’s absolute and -Tilt Sensor Bias: not used on i-series.
relative AZ (azimuth) position, EL (elevation) position and polarization - Rate Sensor: not used on i-series
(between Linear and Circular). You can move antenna azimuth and
elevation position and LNB Pol angle by using the arrows or inputting a - Antenna Parameter: used to set the antenna parameter settings.
value to find the desired satellite manually. • Offset Diff AZ-EL: The offset AZ-EL is to offset the angle difference
between Azimuth and Elevation.
• Lock Count: The Lock Count is to set the number of checking signal
2. Antenna – Advanced Info. lock.
This view provides information on Parameter Setting, Threshold Setting, • Offset Diff RH-LH: The offset RH-LH is to offset the signal difference
and Flag Setting. between RHCP and LHCP.
- Parameter Setting: used to set the control parameter settings.

• Scan Offset: The scan offset is to offset the angle difference between
the black marker on the sub-reflector and the optical sensor.
• Scale: The scale is to control the tracking speed while antenna is
tracking the satellite.
• EL Adjust: The elevation adjustment is to offset the angle difference
between the mechanical elevation angle and actual elevation angle.
- Threshold Setting: set the threshold level for detecting and tracking the
satellite signal.
• DVB Detect Level: displays and sets signal detection threshold level
when DVB tracking mode is in use.
• DVB Tracking Level: displays and sets signal
65
- Threshold Setting 3. Satellite (Satellite View)

• Initial Sat Count: Set the threshold count for maintaining tracking. The name, longitude, verification method of the satellite and LNB local
• Set Verify Time:Set the time of verifying whether the signal detected is frequency are displayed.
the signal of target satellite.
• Voltage Threshold: Set the voltage threshold. The voltage threshold is
to distinguish the voltage between 13V and 18V.
• DiSEqC Threshold: Set the DiSEqC threshold. The DiSEqC threshold is
to distinguish the 0KHz tone and 22KHz tone.
• WRS Detect Level: Set the WRS detection level.
- Flag Setting
• Use WRS Method: Use WRS method is to determine whether the
system uses “WRS Detect Level” or not. Use WRS method and “WRS
Detect Level” are pair functions.
• Use Offset Difference: Use offset difference is to determine whether
the system uses “Offset Difference” or not. Use Offset Difference and
“Offset Difference” are pair functions.
• Use DiSEqC 1.2: Use DiSEqC 1.2 is to determine whether the system
uses “DiSEqC 1.2” or not.
- LNB Local Frequency: Displays or sets LNB local frequency and its
corresponding LNB voltage supplied. You may select pre-programmed
LNB LO settings from the drop down list..
66
- Dual Satellite Mode/ Triple Satellite Mode: Registers the target satellite. - Edit Satellite Information: push the “Edit Satellite Information” button
to update the information after modifying values.
• Pushing ‘Register for Sat A’ or ‘Register for Sat B’ button after
selecting the satellite in the list box makes it possible to register A or B
in Dual Satellite Mode. - Load Default: Push the “Load Default” button to select a regional
library file *.rif according to your region.
• Pushing ‘Register for Sat A’ or ‘Register for Sat B’ or ‘Register for Sat
C’ button after selecting the satellite in the list box makes it possible to - Update Default: After loading a regional library file *.rif, push the
register A or B or C in the Triple Satellite Mode. “Update Default” button to update the system.
• Transponder information consists of frequency, symbol and NID - Diseqc: When the operation method of DiSEqC is selected to “Change
(Network ID) of a transponder in tracking the satellite. There are four Band”, DiSEqC may be used for updating the local frequency and to
groups of transponder information. ‘Vertical/RHCP’ is applied when “Change Satellite”, for updating the target satellite.
the receiver supplies 13V, and ‘Horizontal/LHCP’ is applied when the
receiver supplies 18V. ‘LOW’ is applied when DiSEqC signal is not
detected from receiver. ‘HIGH’ is applied when the DiSEqC signal is
detected from the receiver. After modifying information, press the ‘Edit
Satellite Information’ button, then new information is updated in the
antenna.
- Pol & Band Control: The “Pol” controls 13V (Vertical/RHCP band) or 18V
(Horizontal/ LHCP band). The “Band” controls DiSEqC 0KHz tone (Low
band) and 22KHz tone (High band). After modifying information, press
‘Edit Satellite Information’ button, then new information is updated in
the antenna.
- Triple Satellite Mode: To select between Dual-Sat mode and Triple-Sat

mode, tick the ‘Triple Satellite Mode’ box at the bottom of the screen.
67
4. Graph - Start/Stop Save: the chosen item is saved within the data log. The data
This view provides information on Signal, Elevation (EL), Absolute AZ log which stores the information displayed in the graphs can be later
(Azimuth), Relative AZ, Heading, AZ and EL in Single or Multi graph used for a service technician to find out a cause of any possible problem
formats. to the antenna.
- Clear All: clears everything drawn on the Graph View window.
- Set Pos.: sets the current position as center value of each Graph Item.
- Current Pos.: moves to the location according to values of each Graph

Item.
- Span: sets the Display Range(s) of each corresponding Graph Item.
- Period: displays and sets the signal sampling rate.
- Graph Column Count: makes all Graph Views show in either one or
two-column format.
- Select Graph Item: shows the graphs of only the checked item(s) in a
Single or Multi Graph View.
- Single Graph View: shows Graph Views per each single Graph Item
selected in ‘Select Graph Item’.
- Multi Graph View: shows one large integrated Graph View of multiple
Graph Items selected in ‘Select Graph Item’.
68
5. Monitor - Tracking: not used on i-series.
This view provides a UI which can monitor all data that has been
received from the ACU. - Rate Sensor Bias: not used on i-series.
- Tilt Sensor Bias: not used on i-series.
- Show Param: shows the current antenna parameters.
- Check NID: verifies the NID (network ID) of the current tracking
transponder. Press the NID button to obtain the NID only if the antenna is
locked onto the desired satellite.
- Start Debug: starts the debug log of the antenna. The debug message
will be displayed once the debug button is pressed.
- Stop Debug: stops debug logging of the antenna.
- Save Debug (Start/Stop): starts or stops saving the debug log. This
button is enabled once the Start Debug button is pressed.
- Clear View: clears the debug message or log data in monitoring

window.
69
6. Diagnostic / Network • Power (Ant.): tests the antenna power to see whether or not it
This view provides Antenna Diagnostic Testing and Network Settings. is within the nominal operating range.
• Power (ACU): tests the ACU power to see whether or not it is
within the nominal operating range.
• Receiver Connection: tests the data communication between
the antenna and the receiver.
- Diagnostic : select to run a full diagnostic test or single diagnostic test.

“Green” indicator is displayed for the test under progress. “Blue”
indicates the test result as Pass while “Red” indicates the result as Fail.
“Yellow” indicates the test has been skipped.
• Serial Comm.: tests the data communication between the

antenna and the ACU.
• AZ Limit (CW) : tests the azimuth limit (CW)
• AZ Limit(CCW) : tests the azimuth limit(CCW)
• EL Limit: tests the elevation limit.
• Sub-Reflector: tests the Sub-Reflector.
• LNB: tests the LNB.
70
• Network Setting: • Wifi Setting:
IP the network IP address. Power select to turn on or off Wifi network function.
Subnet Mask the network subnet mask. SSID the SSID is the network name shared among all devices in a wireless net-
work. The SSID must be identical for all devices in the wireless network. It
Gate Way the gateway for network. is case-sensitive and must not exceed 8 alphanumeric characters, which
may be any keyboard character. Make sure this setting is the same for all
DNS the DNS address.
devices in your wireless network.
Encryption i-series supports different types of encryption settings for your network.
Password the password should be 8 alphanumeric characters.
Confirm enter the password again to confirm it.
IP the current wireless IP address.
Subnet the current wireless subnet mask.
DNS the current default wireless DNS address.
• Default: initializes the network and Wi-Fi settings.
Note: When the setting is changed, it needs to be re-connected with the

modified IP address.
71
7. GUI 8. Work View Functions

This view shows a graphical representation of the current antenna
position which allows you to easily identify whether or not the antenna The seven Work View Tabs displayed in the Work View can be arranged
is aligned properly to the target satellite or is in a block zone. In addition, in customized layouts.
this view shows the current satellite that the antenna is pointed towards
and the satellites that are located at a 180°arc on the horizon, according - Layout Formatting
to the current position. • Each of the Work View Tab can be separated from the rest Tabs.
Click and hold the left mouse button on the Work View Tab’s header
and then drag a desired Tab out. When a Work View Tab is separated
from the rest of your Work View Tabs, again click and hold the left
mouse button on the Work View Tab’s header to display a cross-shaped
Navigator icon. While holding the mouse button, bring the selected Work
View Tab closer to the Navigator icon and release the mouse button at
your desired position (top, left, right or bottom arrow). This time, the
selected Tab will be moved to the desired position.
Move the selected Work View Tab

to the top position of the Work View
layout.
Note: Based on the satellite EIRP footprint and the size of the antenna,
you may not be able to track all the satellites visible in 180° arc.
72
Move the selected Work View
Tab to the center position of
Move the selected Work View Tab the Work View layout.
to the bottom position of the
Work View layout.
- Horizontal or Vertical Tab Group

The Work View Tabs can be also aligned horizontally or vertically.
Without dragging them out, right-click the mouse button on a desired
Move the selected Work View Tab Tab header and select ‘New Horizontal Tab Group’ or ‘New Vertical Tab
to the right position of the Group’ option. Selecting ‘New Horizontal Tab Group’ will separate a
Work View layout. selected Tab from the rest of other Tabs then arrange it in a horizontal
format. Likewise, selecting ‘New Vertical Tab Group’ will separate a
selected Tab from the rest of other Tabs then arrange it in a vertical
format.
- Closing the Work View Tab

To close the Work View Tab, right-click the mouse button on a desired
Tab header and select ‘Close’ option in the drop down list. To close
Move the selected Work View Tab all Work View Tabs except the selected Tab, select ‘Close All But This’
to the left position of the option in the drop down list.
Work View layout.
73
- Zoom Tool
Using the Zoom tool, you can easily select the magnification you want
by using Zoom In and Zoom Out bar, and Fit in Work View button.
View Name Button: displays the current Work View name.
Fit Work View Button: fits the current view to the Work View window
size. The button toggles between the fit view and the previous view.
Close View Button: closes the current view.
Zoom In and Zoom Out Bar: zooms in and out to expand and reduce the
View to the desired size. (The zoom changes in 10% increments.)
View Switch Button: displays a list of the current views in a list.

Choosing one of these views will display the selected view in the Work
View window.
74
Preparation for Transportation
This is to describe how to prepare the antenna internally for transportation.
The following procedures to secure the antenna shall be strictly observed to protect it from being damaged during transportation.
1. Refer to the drawing on the right.
2. Rotate antenna left and right slowly until the limit switch is pressed.
3. Turn the antenna by 360° to the reverse direction.
4. Insert the shipping foams in front of the dish and back side of the pedestal to
secure the pedestal in position with the bottom radome.
Shipping Foam
5. Cover upper part of radome. Be careful not to touch the reflector Shipping Foam
when assembling upper part of radome.
6. Pack Intellian i3/i3L/i4/i4P into the original package box.
Note : Don’t rotate it quickly, or you may damage the antenna limit system.
Figure 29 : Preparation for Transportation
75
Warranty
Intellian systems are warranted against defects in parts and workmanship, these
warranties cover THREE (3) YEAR of parts and TWO (2) YEAR of factory repair labor to
return the system to its original operational specification.
Warranty periods commence from the date of shipment from Intellian facility, or
date of installation which is come sooner. Providing maximum 6 months Warranty
additionally if submission of authorized form which is described installation occurs
within 6 months from the shipment date.
Intellian Technologies warranty does not apply to product that has been damaged
and subjected to accident, abuse, misuse, non-authorized modification, incorrect
and/or non-authorized service, or to a product on which the serial number has been
altered, mutilated or removed. Intellian Technologies, will (at its sole discretion) repair
or replace during the warranty period any product which is proven to be defective in
materials or workmanship, in accordance with the relevant product warranty policy.
All products returned to Intellian Technologies, during the warranty period must be
accompanied by a Service Case reference number issued by the dealer/distributor
from Intellian Technologies, and (where applicable) a copy of the purchase receipt as
a proof of purchase date, prior to shipment. Alternatively, you may bring the product
to an authorized Intellian Technologies, dealer/distributor for repair.
76
Appendix : i3/i3L Technical Specification
General Antenna system performance
Approvals
Frequency Ku-band (10.7 to 12.75 GHz)
CE – conforms to EU Directive 89/336/EEC
FCC – verified to CFR47:Part 15 Minimum EIRP 50dBW
Dimensions Azimuth range 680°

Satellite antenna unit 43cm (17”) x 44cm(17.3”)
Elevation range +10° ~ +80°
Antenna dish diameter 37cm(14.6”)
Antenna control unit 17.8cm(7”)x21.7cm(8.5”)x5.4cm(2.1”) Roll ±25°
Ship’s motion
Weight Pitch ±15°
Satellite antenna unit 9kg (19.8 lbs)

Roll and pitch
Antenna control unit 1.2kg (2.6 lbs) 60° per second
response rate
Environmental
Turn rate 60° per second
Operating temperature range -25°C to +55°C (-13°F to +131°F)
Storage temperature range -40°C to + 80°C (-40°F to + 176°F)
Humidity limit 95% R.H
Power requirements 9~30 V DC
Power consumption Typ. 30W, Max. 50W
77
Appendix : i4/i4P Technical Specification
General Antenna system performance
Approvals
Frequency Ku-band (10.7 to 12.75 GHz)
CE – conforms to EU Directive 89/336/EEC
FCC – verified to CFR47:Part 15 Minimum EIRP 48dBW
Dimensions Azimuth range 680°

Satellite antenna unit 50cm (19.7”) x 54cm(21.2”)
Elevation range 0° ~ +90°
Antenna dish diameter 45cm(17.7”)
Antenna control unit 17.8cm(7”)x21.7cm(8.5”)x5.4cm(2.1”) Roll ±25°
Ship’s motion
Weight Pitch ±15°
Satellite antenna unit 11.6kg (25.6 lbs)

Roll and pitch
Antenna control unit 1.2kg (2.6 lbs) 50° per second
response rate
Environmental
Turn rate 50° per second
Operating temperature range -25°C to +55°C (-13°F to +131°F)
Storage temperature range -40°C to + 80°C (-40°F to + 176°F)
Humidity limit 95% R.H
Power requirements 9~30 V DC
Power consumption Typ. 30W, Max. 50W
78

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i3 / i3L / i4 / i4P

Installation and Operation User Guide

Global Leader in Marine Satellite Antenna Systems

Serial number of the product

Doc. No. UG-K50032-V2.4

GENERAL PRECAUTIONS 4 ANTENNA CONTROL SOFTWARE 55

INSTALLING THE ACU 18 WARRANTY 76

OPERATING THE ACU 29

General Precautions Introduction

Features of Intellian i3/i3L/i4/i4P

Enjoy satellite broadcasts at sea Ethernet Port for management

Basic System Configuration of Intellian

Note: i3L can only be connected to one receiver.

Figure 01 : Basic Configuration with 2 Receivers

• Mechanical Unit – manipulates the antenna to receive the optimal

Antenna Control Unit (ACU) Front

• Controls the antenna system

Figure 03 : Front & Rear of ACU

Antenna 1 ACU Table Mounting Bracket - 2EA

Figure 05 : List of the Supplied Parts

Tools Required for Installation

Power DrillPower Drill 11 mm Spanner

Figure 06 : Required Tools for Installation

If your receiver(s) and television(s) require a 110V/240V AC power

Extending the Cables

Confirmation of Size Prior to Installation

Figure 09 : Radome Dimension of i3 / i3L

Note: If a power tower is not suitable to mount the antenna, separate

Figure 13 : Connectors on Bottom of Antenna

Installing the ACU

Figure 15 : Dimension of ACU

To Install the ACU

Figure 16 : Installation of ACU

Connecting the System Cables Single Receiver Connection

RF Cable Recommendation RF Cable

Coaxial Cable Type Max. Cable Length

Figure 17 : Single Receiver Configuration

RF Cable IRD 2 (Not Supplied)

IRD 1 IRD 2 IRD 3 IRD 4

Figure 18 : Dual-Receivers Configuration Figure 19 : Multi-Receivers Configuration

Connecting the System Cables of i3L

Single Receiver Connection

Figure 20 : Single Receiver Configuration

NMEA OUT (+) GROUND (-)

Figure 22 : DC out MIM

Note: The DC power cable is included in the component list of MIM.

It only needs to be adjusted when changing from one satellite to

Skew Angle Adjustment of i3/i3L/i4 - +

1. Open the radome after switching power OFF.

Figure 25 : Serial Connection

Figure 26 : ACU to PC Wifi Connection Figure 27 : ACU to PC TCP/IP Connection

Figure 28 : ACU Soft Keys

Changing Target Satellite Tri-Sat Mode

Dual-Sat Mode TRACKING B: DTV119

1. Press BACK to enter sleep mode. B:DTV119 SETUP

||B: DTV119 SETUP

3. Press YES to set the satellite pair.

SET SAT PAIR ?

SET TRIPLE SAT ?

18. Select the DISEQC Method. Voltage Supply Method