EPAK DSi13Ku Pro Installation And User Manual Download Page 4

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Introduction

Intended readers

This is an installation and user manual for the EPAK VSAT systems PRO Series, intended for installers of the
system and service personnel. Personnel installing or servicing the system must be properly trained and
authorized by EPAK. It is important that you observe all safety requirements listed in the beginning of this
manual, and install the system according to the guidelines in this manual.

Product description

EPAK  VSAT   antennas   are   automatic   satellite   tracking   systems  for   internet   access   made  for   maritime
applications.   Earth  Stations  on  Vessels  (ESV)  are  used  to  enable  broadband  access,  data
communication,  and  telephony  via  satellite  links, operating  in  the  fixed  satellite  service  while  the  vessels
are  travelling  near  the  coast  or  on  the  high  seas.  EPAK's  VSAT  systems  are   designed  to   track   those
satellites with  great precision in  real-time  response  to the ship’s motions even in  rough sea  conditions and
ensure a seamless availability of the broadband internet connection on the move.

Such VSAT systems consist of two major units, the antenna Outdoor Unit (ODU) and the Indoor Unit (IDU).
The ODU is protected by a UV-stabilized, maritime climate-proof, and easy to maintain radome. The antenna
uses a 3-axis motion system, with automatic skew adjustment. This feature in combination with state-of-the
art tracking technology (twin RF tracking re 6D in GNSS & NMEA - optional)  guarantees an
unmatched tracking speed up to 50°/s. The IDU consists of the Antenna Control Unit (ACU) and satellite
modem.  The  ACU  is   a  device   that   communicates  with   the  Antenna,   the   modem  and  optionally  with   the
heading data from the vessel.

This unit provides an easy to use web-interface for configuring the antenna, checking the antenna's current
status and configuring your network.

EPAK  systems  can  be  easily  configured  in  a  variety  of  ways  using  different  LNBs,  BUCs  and  modems  to
accomplish  individual   application  needs.  To  guarantee  the  highest  performance  and  reliability,  EPAK
designs  and  engineers  all  of  its  antennas'  major RF  components,  control boards, mechanical  parts  and
radome in house.   All the components are optimized for rough marine applications. From small vessels up to
super  yachts,  no  matter  whether  sailing  or  motor  yachts,  EPAK VSAT  series  are  eminently suitable for all
types of vessels.

EPAK's VSAT systems are designed to meet the satellite operators requirements of every ESV for receiving
and transmitting the data via Ku or Ka-band. Once  the  connection  to  a  satellite  is  established,  the  system
will stay connected due to a 360° high-speed tracking system. That guarantees a non-stop connection to the
internet   while   the  vessel   is   anchored   or  even   while   cruising   in   open   seas  under  rough  conditions.  The
antennas   are   available   in   dish   sizes   in   the   range   of   60cm,   90cm   and   130cm   (DSi6,   DSi9   and   DSi13
respectively).

EPAK also offers several additional options to accommodate special requirements. The Diversity Kit assures
the avoidance of blind spots by combining the free line of sight ranges of two antennas in one bundle. This
will   prevent   any   loss   of   satellite   signal   through   blockages.   Additionally   EPAK   also   offers   a   vessel
management router for network control, WiFi services and Voip/Voice connections.

Your safety

All personnel who operate equipment or do maintenance as specified in this manual must know and follow the
safety precautions. The warnings and cautions that follow apply to all parts of this manual.

 Doc ID 0304  03.07.20

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Summary of Contents for DSi13Ku Pro

Page 1: ...Installation and User Manual Maritime VSAT systems DSi6Ku Pro DSi6Ku Pro DSi9Ku Pro DSi13Ku Pro Doc ID 0304 03 07 20 Page 1 32...

Page 2: ...ry note sent to you with the system Disclaimer Any responsibility or liability for loss or damage in connection with the use of this product and the accompanying documentation is disclaimed by EPAK Th...

Page 3: ...4 5 Installing the Antenna 13 4 6 Removing Transport Lock of the Antenna 13 4 7 Installing the Indoor Unit 16 4 8 Power supply for VSAT system 17 4 9 System Cable Connections 18 4 10 Wiring VSAT Ku Ba...

Page 4: ...om the vessel This unit provides an easy to use web interface for configuring the antenna checking the antenna s current status and configuring your network EPAK systems can be easily configured in a...

Page 5: ...as they can affect the antenna performance To avoid the worst interference the antenna should be mounted at a different vertical level either 15 above or 15 below the radar Kindly note the recommended...

Page 6: ...stored at a temperature between 40 C to 85 C During operation the ambient temperature must be maintained between 20 C to 55 C Frequent imbalances in the environment can damage the IDU electronics 2 7...

Page 7: ...eams Monitoring live status of the antenna Providing Internet access voip services to the vessel Mounting screws DSi6 DSi9 4 mounting screws DSi13 12 mounting screws VSAT manual VSAT manual for easy o...

Page 8: ...1 Tools required for Installation Following tools are required for installation electric drill screwdriver 4 mm and 8 5 9 mm drills Hexagon socket screw key size 6 size 13 screw wrench 4 2 Select Ante...

Page 9: ...crowave region of the electromagnetic spectrum A radar placed close to the ODU can degrade the antenna s performance Thus it is necessary to maintain the minimum distance between the two equipments Th...

Page 10: ...oax cables double shielded EcoFlex 10 or 15 is recommended EPAK warranty does not cover decreased performance due to improper wiring The maximum recommended cable length for EcoFlex10 is 50 m and Ecof...

Page 11: ...or full view or refer to page 30 Click for full view or refer to page 31 Doc ID 0304 03 07 20 Page 11 32 Figure 4 3 Dimensions 60 cm antenna dome front and bottom Figure 4 4 Dimensions 90 cm antenna d...

Page 12: ...the included screws The screws have to be mounted from below and through the base plate of the antenna Connect both the coaxial cables RX and TX at the base of the antenna Close all drilled holes with...

Page 13: ...th movement by turning the handle left as shown below 4 7 Installing the Indoor Unit Before installing the IDU find a suitable location for the equipment within cable lengths Ensure that the display o...

Page 14: ...nstalled by the ship owner for powering the IDU 4 8 Power supply for VSAT system The ACU requires 90 264V AC 47 63 Hz 1 phase However as the power supplied by vessel generators can fluctuate considera...

Page 15: ...d to connect the ACU and ODU as follows The two antenna cables RX power and TX must be connected to the ACU and the ODU The modem cables RX TX and WAN must be connected to the ACU The ACU must be conn...

Page 16: ...hernet cable to the satellite modem The ACU forwards the IP traffic from the modem to its own LAN interfaces You can also connect the ship s compass to the NMEA interface of the ACU for accurate headi...

Page 17: ...N port of your modem E LAN 2 Connector RJ45 Connect this port to your local network a network switch or a PC F Open BMIP Connector RJ45 Use this port to connect a modem which supports Open BMIP Use on...

Page 18: ...to replace a broken fuse 1 Those connectors carry the supply for the BUC and antenna Do not connect or disconnect while the ACU is turned on Access to the Webinterface Connect a computer to this port...

Page 19: ...inistrator or EPAK IT service In case your system has not been configured yet use the following credentials Username admin Password empty line no spaces Navigation Menu Upon successful login the user...

Page 20: ...are not necessarily showing the current direction and position of the antenna pointing They are showing the correct direction to the satellite antenna elevation and skew calculated according to the a...

Page 21: ...emperature and the used disk space The graphs show data over a day over the last week and over the last month 5 2 3 Status Logs You can check all daemons currently running on the ACU By default the st...

Page 22: ...uration Modem In this section you can select the modem type the IP address type static DHCP and the IP address of the modem The system selects a default IP address for you However please change the IP...

Page 23: ...ormally the modem is used as a default gateway The user can configure the LTE connection settings and network prioritzisation and network fallback settings in the LTE section The user can select the p...

Page 24: ...ton on your screen then enter the satellite name the position and tilt if any To save your entry click on the check button and to undo your changes click on cancel button Note If the satellite is in t...

Page 25: ...rrect satellite the antenna transmit path needs to be calibrated on first use This has to be done in coordination with your service provider So to continue with this process please contact us or your...

Page 26: ...sal LNB with LOF at 9 75 10 6 GHz 6 3 Supported Modem Types EPAK s VSAT systems provides compatibility with various modems including iDirect Evolution X3 X5 X7 iDirect Velocity X7 Spacebridge Hughes H...

Page 27: ...20 C to 55 C Storage temperature 40 C to 85 C Humidity According to IEC 60945 IP class IP 30 Compass safe distance 0 5m according to IEC 60945 Position acquisition supplied by ODU Supported modems idi...

Page 28: ...ngths from slightly over one centimetre down to 0 75 centimetres The Ka band is part of the K band of the microwave band of the electromagnetic spectrum Ku Band The frequency range from 10 7 to 18GHz...

Page 29: ...Drilling Pattern DSi6 Doc ID 0304 03 07 20 Page 29 32 Figure 8 1 Drilling Pattern 60cm VSAT...

Page 30: ...Drilling Pattern DSi9 Doc ID 0304 03 07 20 Page 30 32 Figure 8 2 Drilling Pattern 90cm VSAT...

Page 31: ...Drilling Pattern DSi13 Doc ID 0304 03 07 20 Page 31 32 Figure 8 3 Drilling Pattern 130cm VSAT...

Page 32: ...ons 130 cm antenna dome front and bottom 11 Figure 4 6 Position of transport locks 12 Figure 4 7 Transportation lock open closed 13 Figure 4 8 ACU Front view 13 Figure 4 9 ACU top view 14 Figure 4 10...

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