Raymarine STV33 Installation instructions

INSTALLATION & OPERATION
INSTRUCTIONS
STV33

Safety notices
Warning: Product installation and
operation
This product must be installed and operated in
accordance with the instructions provided. Failure to
do so could result in personal injury, damage to your
boat and/or poor product performance.
Caution: Power supply protection
When installing this product ensure the power source
is adequately protected by means of a suitably-rated
fuse or automatic circuit breaker.
Caution: Use correct lifting point
When lifting the antenna unit, always lift from the base
plate. Do NOT use the antenna cover or damage to
the cover could occur.
Caution: Do not damage connectors
Take care to avoid damage to the connectors
underneath the antenna base plate when moving the
unit. Do NOT use these connectors to lift the unit.
Caution: Remove transit packing
Before installing or operating the product, open the
antenna unit cover and remove the foam transit
packing inserts from the unit base.
Caution: Antenna coating
Do NOT paint or apply any other finish to the antenna
This could degrade performance beyond
acceptable limits.

Please carefully read and follow the installation, operating and
maintenance procedures, to ensure optimum performance.
Geographic location
Your STV system will operate in various geographic regions,
dependant upon the type of satellite signal available.
Broadly speaking dierent regions around the globe use either
circular or linear polarization for DVB satellite broadcasts. Each
signals.
Some examples of regions using circular and linear polarization
are below.
Circular polarization:
• North America
Linear polarization:
• Europe
• Australia
• New Zealand
• China
• Middle East
For further assistance please refer to your regional satellite service
providers or Raymarine technical support.
Changing location
If you change your area of operation, you may need to arrange for
•Adjust the antenna low noise block (LNB) as appropriate for the
area in which you are operating.
• Update the region information using your control unit (ACU) or a
PC running the GUI software.
• Ensure that your satellite receivers (IRDs) will operate and receive
DVB broadcasts at your new location.
Important: Please refer all servicing / component replacement to
authorized Raymarine agents.
Satellite coverage
Up to date coverage maps and satellite information may be found
on the appropriate website of your satellite service provider.
Television reception
For full functionality of your STV System, you must subscribe to the
relevant service(s) from the appropriate service provider(s). Full
details of service providers are given.
EMC installation guidelines
Raymarine equipment and accessories conform to the appropriate
Electromagnetic Compatibility (EMC) regulations, to minimize
electromagnetic interference between equipment and minimize the
eect such interference could have on the performance of your
system
Correct installation is required to ensure that EMC performance is
not compromised.
For optimum EMC performance we recommend that wherever
possible:
• Raymarine equipment and cables connected to it are:
– At least1m(3ft)from any equipment transmitting or cables
carrying radio signals e.g. VHF radios, cables and antennas.
STV unit is configured to receive either Linear or Circular polarized
modification to your STV system.

In the case of SSB radios, the distance should be increased
to7ft(2m).
– More than 2 m (7 ft) from the path of a radar beam. A radar
beam can normally be assumed to spread 20 degrees above
and below the radiating element.
• The product is supplied from a separate battery from that used
for engine start. This is important to prevent erratic behavior
and data loss which can occur if the engine start does not have
a separate battery.
• Cables are not cut or extended, unless doing so is detailed in
the installation manual.
Note: Where constraints on the installation prevent any of
the above recommendations, always ensure the maximum
possible separation between dierent items of electrical
equipment, to provide the best conditions for EMC performance
throughout the installation
Productdisposal
DisposeofthisproductinaccordancewiththeWEEEDirective.
The Waste Electrical and Electronic Equipment (WEEE)
Directive requires the recycling of waste electrical and electronic
equipment. Whilst the WEEE Directive does not apply to some
Raymarine products, we support its policy and ask you to be aware
oow to dispose of this product.
Suppression ferrites
Raymarine cables may be tted with suppression f errites. These
are important for correct EMC performance. If a ferrite has to be
removed for any purpose (e.g. installation or maintenance), it must
be replaced in the original position before the product is used.
Use only ferrites of the correct type, supplied by Raymarine
authorized dealers.
Connections to otherequipment
Requirement for ferrites on non-Raymarine cables
If your Raymarine equipment is to be connected to other equipment
using a cable not supplied by Raymarine, a suppression ferrite
MUST always be attached to the cable near the Raymarine unit.
• Raymarine specified cables are used.
Technical accuracy
To the best of our knowledge, the information in this document was
correct at the time it was produced. However, Raymarine cannot
accept liability for any inaccuracies or omissions it may contain. In
addition, our policy of continuous product improvement may change
specifications without notice. As a result, Raymarine cannot accept
liability for any differences between the product and this document.

Introduction to Raymarine STV33
Raymarine STV33 is a digital satellite antenna system
designed specifically for all types of vessels (Anchored
or transit) to automatically identify, track and capture
satellite signals from the Digital Video Broadcasting (DVB:
the international standard for digital TV transmissions)
compatible satellites.
Specifically, Raymarine STV33 has Wide Range Search
(WRS) algorithm, which minimizes the search time during
initialization, and Dynamic Beam Tilting (DBT) technology,
which dynamically shapes the antenna beam to utilize
stabilization. While tracking the target satellite, DBT
technology uses a high-performance, constantly adjusting
sub-reflector which allows the antenna to remain relatively
still, eliminating the constant whine of stepper motors while
staying locked onto the satellites.
For simplicity and savings, the STV33 brings you hassle-
free installation with its single cable design between the
antenna and the control unit. For flexibility, there is a second
RF connector on the antenna base. In addition, the STV33
has adopted a built-in GPS interface (NMEA 0183,) allowing
boaters to plug-in an external GPS to speed up acquisition
time.
Introduction

Raymarine Satellite TV Antenna Systems
Features of Raymarine STV33
Enjoy satellite broadcasts at sea
Raymarine STV33 is the most modern antenna system that
enables you to receive high quality broadcasting signals at
sea where the atmospheric and environmental conditions are
very harsh.
Fully automatic control system
The fully automatic control system allows you to simply turn
the power switch on, and have crystal clear, high quality
satellite television in motion or at anchor.
High quality antenna
High tech parabolic antenna technology has been adopted
for this antenna system, which is optimal for marine
conditions. This enables you to receive the optimal signal
level even when it is raining or snowing.
Fast and ecient search for the satellite
The WRS (Wide Range Search) algorithm allows for the
antenna system to search the satellite within the shortest
amount of time and to detect the satellite signal under any
position and within any directional movement of the ship.
Outstanding reliability
Raymarine STV33 provides a highly reliable system through
the implementation of a modularized design and the use of
strictly-proven components.
Easy installation
Raymarine STV33 uses only one RF cable for installation.
Power, RF, and Data signals transfer from the antenna to the
ACU through this single cable.
Compact size
Raymarine STV33’s small and compact size is perfect for
small vessels.
Ethernet Port for management
The Ethernet Port on the rear panel of the ACU enables
direct and simple network connection between a PC and the
ACU. By connecting to ISP or the modem linked with VSAT
systems, Raymarine STV33 can be monitored, controlled,
and diagnosed remotely from anywhere, anytime through the
TCP/IP protocol. This not only can save tremendous time but
also save the cost generated from the hundreds of routine
maintenance activities such as operating firmware upgrades,
tracking parameters resets, and system diagnostics.
Wireless Connectivity and Aptus mobile
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 to connect to the ACU
and monitor, control and change the settings of the system
wirelessly. The Aptus mobile app is available for download to
access the ACU via Wi-Fi and operate the antenna from an
iPhone, iPad or other network devices.
iPhone and iPad are registered trademarks of Apple Inc.

Basic System Configuration of Raymarine STV33
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.
Figure 01 : Basic Configuration with 2 Receivers
TV
(Not Supplied)
Antenna Control Unit
DC Power on Vessel
Okj
GTG` U WGTG30.0V)
PC (Not Supplied)
Satellite Receiver
(Not Supplied)
TV
(Not Supplied)
Satellite Receiver
(Not Supplied)
NMEA
Connection
(E.g. GPS)
Note: Dish Network and Bell TV users please refer to the
separate Dish Network MIM Installation and User Manual.

Raymarine Satellite TV Antenna Systems
The components of the Raymarine STV33 have been
designed to be modular so that it is suitable for simple
installation on all types of vessels.
System Components
Antenna Unit
The Raymarine STV33 system comprises the following
components for optimum search and reception of the satellite
signal.
•Mechanical Unit – manipulates the antenna to receive an
optimal satellite signal, regardless of the movement of the
vessel.
• Control Unit – controls mechanical operation of the antenna.
• RF Unit – transmits an optimum satellite signal to the receiver.
•Radome – protects the antenna from severe marine
environmental elements.
Installation
Figure 02 : Radome

Antenna Control Unit (ACU)
The Antenna Control Unit (ACU) provides the power to the
antenna and controls various settings of the antenna. The
digital VFD (Vacuum Fluorescent Display) allows for easy
operation of the ACU, even in the dark.
The functions of the ACU are as follows:
• Provides power to the antenna unit
• Monitors the antenna status
• Changes the target satellite
• Set up the user environment
• Set the current GPS information
• Set satellite information
• Perform self-diagnosis of the antenna
• Set up the interface with a PC
Figure 03 : Front & Rear of ACU
Front
Rear
Antenna Control Unit

Raymarine Satellite TV Antenna Systems
Hex.Bolt
5
Flat Washer
5
Spring Washer
5
Hex. Nut
5
Item
Qty
Item
Qty
Size
Self-Tapping Screw
5
(M4 X 16L)
Machine Screw
5
(M3 X 8L)
Antenna
ACU
Installation Kit
Contains the items required for securing the antenna unit and
ACU to the vessel.
Other Components
No Components Size Qty
1 ACU Bracket - 2
2 RG6(Antenna – ACU RF Cable) 15m 1
3 RG6(ACU – IRD Cable) 3m 1
4 Power Cable 10m 1
5 PC Serial Cable 1.8m 1
6 NMEA Connector 1.5m 1
7 Power Connector AK950-2 1
8
Hex Bolt
M6x35L 5
M6x50L 5
Tapping Screw ø4x16L 5
ø3x8L 5
Flat Washer M6 10
Spring Washer M6 5
Nut M6 5
9 Aptus CD - 1
10 User Manual - 1
11 Mounting Template 1
12 Quick Installation Guide - 1
Figure 05 : List of the Supplied Parts
Figure 04 : Installation Bolt Kit

Tools Required for Installation
Figure 06 : Required Tools for Installation
8 mm Drill Bit
Ø50 mm
Hole Saw
Pencil
Power Drill 11 mm Spanner
Cross-Head
Screwdriver 10 mm Spanner

Raymarine Satellite TV Antenna Systems
15°
Planning the Installation
Selection of Installation Site
The antenna should be installed in a place where it has
an all-round clear view of the horizon. Ensure there are
no obstacles within 15 degrees above the antenna. Any
obstacles can prevent the antenna from tracking the
satellite’s signal (Refer to the drawing on the right).
Do not install the antenna nearby the radar, especially
if they’re on the same plane, as their energy levels may
overload the antenna’s 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 a minimum of 15 feet (4.6m) away
from any high power short wave radars.
The mounting platform should be suitably rigid, and not
subjected to excessive vibration. The movement of the
antenna can be minimized by installing it at the center of
the vessel. For optimal performance of the antenna, it is not
recommended to install it 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 it
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.
Figure 07 : Elevation Limit of Obstacles
Antenna unit Obstacle

Cables
Before installing the system’s cables, consider the following
points.
• All cables need to be well clamped and protected from
physical damage and exposure to heat and humidity.
• A cable with an acute bend is not allowed.
• Where a cable passes through an exposed bulkhead or
deckhead, a watertight gland or swan neck tube should be
used.
Power Requirements
To avoid potential damage to your system, adhere to the
following power requirements:
• Raymarine STV33 has been designed to work on a boat’s
power supply rated at 12V / 24V DC (acceptable range: 9~30
V DC).
• If your IRD(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.
Extending the cables
The cables that have been supplied with your Raymarine
system should be of adequate length to complete the
installation on most boats.
Power Cable
This cable is supplied at a length of 10m.
RF Cable
This cable is supplied at a length of 15m. If a longer length is
required you should replace this cable with an extended RF
cable, available separately.
Note: Exceeding the indicated cable lengths will result in
reduced performance of your system.

Raymarine Satellite TV Antenna Systems
Installation and Mounting of the Antenna
The method of installation and mounting of the antenna may
vary due to vessel design but the following procedures are
applicable in most situations, and will result in a secure and
eective installation.
Confirmation of Size and Installation of Power Tower
• Confirm the height and diameter of the bottom surface of
the antenna before installing it.
• The space must be sucient 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 is shown in the following drawing. If possible, install
the antenna using a “power tower”, available separately.
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.
Figure 08 : Radome Dimension of STV33
Ø37 cm (14.7”)
38.1 cm (15”)

Mark the Antenna’s Parking Position
Referring to the supplied Mounting template, mark where
antenna is to be mounted onboard the ship (it must be a
flat surface), or on a separate “power tower” by drawing a
square of 14.4cm (5.7”)
Figure 09 : Raymarine STV33
Note: If a “power tower” is not used to mount the antenna,
separate cable shocks and waterproofing measures must
be taken to protect the RF connector from being exposed to
sea water and external shocks. An exposed cable may cause
electric shock and cause serious damage to the equipment.
14.4cm (5.7”)
14.4cm (5.7”)

Raymarine Satellite TV Antenna Systems
Securing Holes for Bolts and Cable Ways
Make 4 bolt holes of 8mm diameter, one at each corner of a
rectangle drawn as below, and make a circular hole of 50mm
diameter at the center of the rectangle through which the
cable will run.
Connection of the Cable
Remove the rubber cap from the RF connector. Connect the
RF cable to the RF connector under the base plate through
the access hole using an 11mm spanner. Be careful not to
over tighten, as you may damage the connector.
Figure 11 : Connectors on Bottom of Antenna
Note: Do not use excessive force or overtighten when using
the spanner, as 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.
Figure 10 : Drilling Instruction
Antenna Unit
RF1 Cable
Optional
11mm
Spanner
Ø50mm
Hole Saw
Ø 8mm
Drill

Mounting the Antenna
Fix the antenna to the holes made before, as shown in the
drawing below by using the supplied hex head bolts (M6 X
35L), M6 spring washer, M6 flat washer and M6 Nut.
Figure 12 : Mounting the Antenna
ACU Dimensions
Installing the ACU
Figure 13 : Dimension of ACU
Radome Base
Deck
M6 Flat Washer
M6 Spring Washer
M6 Hex. Nut
10mm Spanner
M6 Flat Washer
M6 Hex. Bolt
10mm Spanner
7.5 cm (2.95”)
17.8 cm (7”)
17.8cm (7”) 5.4cm (2.1”)
22.8cm(9”)
18.5cm (7.3”)
21.7cm(8.5”)

Raymarine Satellite TV Antenna Systems
Figure 14 : Installation of ACU
Selecting ACU Installation Site
The ACU should be installed below deck, in a location that is:
• Dry, cool, and ventilated.
• Easily accessible 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 them.

Connecting the System Cables
After installation and fixation of the antenna, connect the ACU to
the antenna. Refer to the drawing below to connect cables.
Single IRD Connection
• Connect the RF Cable (15m) from the RF 1 connector on the
antenna to the ANT. RF1 connector on the rear of ACU.
• Connect the ACU-IRD Cable (3m) from the RECEIVER
connector on the rear of the ACU to the RF on the IRD.
• Connect the power cable (10m) from the DC power
connector on the rear of ACU to a power source at 12V /24V
DC.
• Press the POWER ON switch in front of the ACU to start
operating the antenna system automatically.
Figure 15 : Single IRD Configuration
RF1
Antenna Receiver
RF2
RF Cable ACU IRD Cable
DC Power Cable PC Cable
ACU IRD (Not Supplied)
NMEA
Connection
(E.g. GPS)

Raymarine Satellite TV Antenna Systems
Twin IRDs Connection
You can connect two IRDs for your antenna as shown in the
following diagram. One of the IRD’s need to be set up with the
ACU in order to use another IRD without connecting the ACU.
Both IRD’s with and without an ACU connection can receive
any channels that are available from the tracked satellite.
As in the single IRD option, the RF cables from the antenna
base plate should be connected to ‘LNB’, ‘ANT’, or ‘Satellite In’
on the rear panel of the IRD.
Figure 16 : Dual-IRDs Configuration
Antenna Receiver
DC Power Cable PC Cable
ACU
RF1 RF2
RF Cable ACU IRD Cable
IRD1 (Not Supplied)
IRD2 (Not Supplied)
NMEA
Connection
(E.g. GPS)