iNetVu Fly-1201 User Manual

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iNetVu® Fly-1201 User Manual

The iNetVu® brand and logo are registered trademarks of C-COM Satellite Systems, Inc.

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Revision 006

March 25, 2015

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This document contains information, which is protected by copyright. All rights reserved. Reproduction, adaptation, or translation without prior written permission is prohibited, except as followed under the copyright laws.

Both the iNetVu® and C-COM names and logos are registered trademarks of C-COM Satellite Systems Inc.

Intel® Pentium is a registered trademark of Intel Corporation. Microsoft, Windows, Windows NT and MapPoint are registered trademarks of Microsoft Corporation.

All other product names mentioned in this manual may be trademarks or registered trademarks of their respective companies and are the sole property of their respective manufacturers.

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Table of Contents

1. Introduction ............................................................................................................ 5

1.1. About This Manual ............................................................................................ 5

1.2. System Overview .............................................................................................. 5

1.3. Power Consumption .......................................................................................... 6

2. Physical Outline ..................................................................................................... 7

3. Clearance Requirements ....................................................................................... 8

4. Assembly and Disassembly .................................................................................. 9

4.1. Assembly Procedure ......................................................................................... 9

4.2. Disassembly Procedure .................................................................................. 19

4.3. Closing and locking Cases .............................................................................. 28

5. System Connectivity ............................................................................................ 29

5.1. Typical Connection – PC Free......................................................................... 29

5.2. Network/Web Interface Connection ................................................................. 30

5.3. Typical USB Communication Interface ............................................................ 31

5.4. System Diagram with Splitter .......................................................................... 32

5.5. Router Configuration Example ........................................................................ 33

5.6. Modem Independent Setup (Stand Alone) ...................................................... 34

5.7. Using Modem COM Port ................................................................................. 35

6. iNetVu® 7024 Controller Configuration ............................................................... 36

6.1. Software Initial Configuration and Verification ................................................. 36

7. Appendix ............................................................................................................... 41

7.1. Azimuth & Elevation Manual Movements: ....................................................... 42

7.1.1. Azimuth – Manually Moving the AZ Axis .................................................. 42

7.1.2. Elevation – Manually Moving the EL Axis ................................................. 43

7.2. Appendix 1: Transportable Cases Features and Specifications ....................... 44

7.3. Appendix 2: Default Limits and Configuration Data Tables .............................. 45

7.4. Appendix 3: Fly-1201 ABCD Dimensions ........................................................ 46

7.5. Appendix 4: Declaration of Conformity ............................................................ 47

Proprietary Notice: This document contains information that is proprietary and confidential to C-COM Satellite Systems, Inc., and is intended for internal and or C-COM Satellite Systems Inc. authorized partners use only. No part of this document may be copied or reproduced in any way, without prior written permission of C-COM Satellite Systems, Inc.

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1. Introduction

1.1. About This Manual

This manual explains the iNetVu® Fly-1201 Flyaway System Installation and Operation. An electronic version of this manual is included on the iNetVu® CD that came with your system.

1.2. System Overview

Equipped to work with the iNetVu® 7024 Series Controller, the iNetVu® Fly-1201 Flyaway antenna is an easily assembled, rugged and reliable product for automatic satellite acquisition. This antenna is a rapidly deployable unit that is ideal for applications that require satellite communication over Ku-Band. The Flyaway empowers users with the ability to stop anywhere there exists satellite coverage and access Internet at broadband speeds.

The 1.2M Fly-1201 System comes with a protective case that has been designed to be airline checkable. Without the use of any tools, the Flyaway could be field assembled and operational in less than 10 minutes by one person.

Fig. 1: iNetVu® 1201 Flyaway

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1.3. Power Consumption

Minimum Power Consumption: 10W (when system is idle. i.e Controller with

possible LNB powered). Maximum Power Consumption: 24 @ 3.5A = 84W Controller AC Universal Input: 90 ~ 264 VAC, 47 ~ 63 Hz

The iNetVu® Fly-1201 Flyaway system offers the following additional capabilities and features:

 3-Axes DC motor drive system  Highly reliable linear actuator to control elevation  Satellite acquisition within 5 minutes (under normal operating conditions)  Compatible with any configured satellite over the Ku Band  Fully automatic, software controlled satellite acquisition  Optimized signal reception and transmission  Self-calibrating and tuning after satellite acquisition  Stand Alone – Satellite Acquisition via DVB (modem independent)  Integrated with some of the leading satellite service providers available.  Easily assembled, light-weight carry gear

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2-piece Detachable reflector

Feed Arm

Polarization Assembly & Motor

Feed Horn

Elevation Motor

Azimuth Motor & Gear

(3) Support Legs

BUC Can also go here

2. Physical Outline

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3. Clearance Requirements

Fig. 2: Clearance requirements for the iNetVu® Fly-1201 Platform

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4. Assembly and Disassembly

4.1. Assembly Procedure

Support Stand and EL Feed Arm Support plate Assembly

1) Remove AZ Assembly from the case and place it down with the leg grooves pointing

to the sky as depicted in the image.

2) Remove (3) legs from the case and install. One of the legs will have a label on it; this

leg should be installed at the 130 degree marking on the AZ base. The AZ base will also have stickers indicating the install location of the back leg.

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Back Leg

3) Flip the AZ assembly over so it is sitting (like a tripod) on all (3) legs; the leg with the

label (back leg) should be pointing North (if located in Northern Hemisphere) and South (if location is in the Southern Hemisphere).

4) Remove EL Feed Arm Support plate, fold arm brackets out as depicted in the image.

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Actuator Motor

5) Install EL Feed Arm Support plate on the AZ base assembly; ensure the cables (POL

and Coax) are pulled through front opening and tighten the (4) retaining nuts.

6) Remove EL actuator assembly from the case; install bottom pin as shown making

sure the actuator motor is on the right hand side with reference to the back of the EL support plate.

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7) Supporting the actuator with your shoulder, connect the EL motor and EL tilt sensor

cables by aligning the notches to the white dash.

8) Lower the EL Feed Arm Support plate onto the EL Actuator and tighten retaining

nuts.

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9) Open and remove Feed Arm from case.

10) Install Feed Arm onto EL Feed Arm Support plate and tighten retaining (2) nuts.

11) The BUC can be installed at this stage if not already installed. Follow the “Installing

BUC with the Universal Mounting Clamp kit” for mounting the BUC onto the mounting plate of the feed arm.

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Motor/Sensor Cable

12) Connect internal PL Motor, PL Tilt Sensor and RX/TX cables (coming from Feed

arm) ensure to align groves marked by the white dash.

13) Open Reflector case and remove External Motor and Sensor cable.

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Indicates a situation or practice that might result in property or equipment damage. Ensure Sensor, Motor and RX/TX cables are connected prior to powering on 7000 Series Controller.

14) Connect External Motor and Sensor cable to AZ mount base. Line up the biggest

notch on the connector to be at the top before attempting to connect to mount face plate.

15) Turn connector CW (clockwise) until it snaps into place, and a click is heard.

Connect as well the RX and TX coax cables. Note TX is the top and RX the bottom connector as the label on the plate indicates.

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16) Connect cable labelled TX to BUC and RX to LNB.

17) Open Controller box (if applicable) back cover and connect external cables (Motor,

Sensor and RX/TX cables). Also connect power, USB and LAN cable if required.

18) Power on iNetVu® controller and launch iNetVu® software on your computer/laptop.

There should be no blinking or RED fields on the Controls screen.

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Bottom Section

Top Section

19) Deploy the Antenna to the following coordinates, EL 30.0, AZ 0.0 and PL

0.0(Antenna fields are set to these by default); this can be achieved by the software or controller front panel.

20) Open and remove bottom reflector from case. The bottom reflector section is the

outer most with reference to you. Refer to sticker inside the case for more details.

21) Attach the bottom reflector section to the EL Support Plate assembly making sure

the bottom (2) pins are in place first followed by the top (2), push and turn to lock.

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22) Attach the top reflector section to bottom section, align holes on bottom and top.

Push in (3) locking pins and clamp down handle.

23) Lock the reflectors together using the three (3) latches on the back and on both sides

of the reflector.

24) See section 4) for controller connectivity based on your desired connection

preferences.

25) Congratulations, you have successfully assembled the iNetVu® Flyaway System and

are ready for Satellite search!

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Back of Reflector

4.2. Disassembly Procedure

1) Click deploy Antenna icon on the iNetVu Controls screen. Antenna should deploy

to EL=30, AZ=0 and PL=0.

Reflector Assembly Removal

2) Unhook the three (3) latches holding the two-piece reflector together, and detach the top reflector assembly

3) Place top reflector in packaging case as shown in the image; note the positioning of the back and front of the reflector section in reference to the way it sits in the case.

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4) Detach the bottom section of the reflector, there are (4) locking retaining clamps to loosen.

5) Place bottom reflector section in the packaging case, close and lock the case.

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Ensure to power off the 7000 Series Controller prior to disconnecting cables.

Polarization and Feed Arm Assembly Removal

6) Click/push Stow icon/button, the Antenna should go to the following coordinates: EL=78, AZ =-60 and PL=0.

7) Power off the 7000 Series controller.

8) Disconnect the internal PL Tilt Sensor, PL Motor cable and LNB RX coax cable on the Feed Arm.

9) Loosen retaining nuts; detach the Feed Arm and POL Cage assembly from the EL Feed Arm Support plate.

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10) Place the Feed Arm in the protective case.

EL Feed Arm Support Plate and EL Actuator/Motor Assembly Removal

11) Loosen (2) retaining nuts on the EL Actuator, take extra care as the weight of the EL Support plate is also supported by these retaining screws.

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12) With one hand on the EL Actuator/Motor and the other on the Support Plate, push forward on the Support Plate to disengage the EL Actuator. Allow the EL support plate to lean forward.

13) Disconnect all cables (Motor/Sensor, TX and RX).

14) Remove the Quick Release T-Pin attaching the elevation motor assembly to the AZ base; ensure to hold the actuator while removing the pin.

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15) Place the EL Actuator/Motor in the protective case.

16) Loosen (4) retaining nuts on the EL Support plate assembly. Remove EL Support Plate from the AZ base.

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17) Fold brackets on the EL Support plate and place in protective case as shown.

18) Ensure the retaining nuts are retracted back and the reflector locking clamps are properly tucked in (especially the bottom), for the EL Support plate to fit in the packing case; failing to do so may prevent the case lid from closing.

AZ and Leg Assembly Removal

19) Loosen the retaining nuts on the (3) legs. Remove one leg at a time by tipping up the AZ assembly and pushing down on the leg.

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20) Place legs in the protective case; ensure the feet are folded with the flat surface facing down.

21) Place the AZ base in protective case.

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22) Coil up the Motor/Sensor external cable and place in reflector protective case or controller case.

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4.3. Closing and locking Cases

1) Close and lock latches shut on all (4) cases.

1. Reflector case 2. Feed Arm case

3. Controller case 4. AZ base and EL actuator case

2) Congratulations you have successfully packaged the iNetVu® Fly-1201Flyaway System.

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90 - 264VAC

GPS

Antenna

COMBINED SENSOR AND MOTOR CABLE

Satellite Modem / VSAT

Network Cable

RG6 Coaxial Cable

Network Cable

Power Cable

Combined Sensor and Motor Cable

TX OUT

iNetVu® Fly-1201

Platform

5. System Connectivity

The iNetVu® Fly-1201 Flyaway Antenna has been built to operate with the iNetVu® 7024 Series Controllers. The typical connection configuration for each service will be the same regardless of the Satellite Modem / VSAT. However, the configuration parameters for Satellite Modem / VSAT Communication will differ depending on service. The user may select the connection that corresponds to his/her preferred system setup prior to configuration.

5.1. Typical Connection – PC Free

Fig. 3: PC Free Configuration

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GPS

Antenna

iNetVu® Fly-1201

Platform

Satellite Modem / VSAT

90 - 264VAC

COMBINED MOTOR

AND SENSOR

CABLE

RG6 Coaxial Cable

Network Cable

Power Cable

Combined Sensor and Motor Cable

TX OUT

5.2. Network/Web Interface Connection

Fig. 4: iNetVu® Typical Connection Configuration

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GPS

Antenna

Satellite Modem / VSAT

90 - 264VAC

TX OUT

COMBINED MOTOR AND

SENSOR

CABLE

Network Cable

Computer

USB Cable

RG6 Coaxial Cable

Network Cable

Power Cable

Combined Sensor and Motor Cable

iNetVu® Fly-1201

Platform

5.3. Typical USB Communication Interface

Fig. 5: USB Configuration Interface

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GPS

Antenna

iNetVu® Fly-1201

Platform

Satellite Modem / VSAT

90 - 264VAC

TX OUT

COMBINED MOTOR AND SENSOR CABLE

Computer

*If the splitter option is used, ensure the LNB Power is disabled in the 7024 Controller. (See section 7.2.2.1 in the 7000 Series User Manual – “LNB Power” for more detail)

*The user may also setup the system with a splitter without a PC (must configure from LCD) or through USB interface instead of using Ethernet to interface between the PC and the 7024 Controller.

RG6 Coaxial Cable

Network Cable

Power Cable

Combined Sensor and Motor

5.4. System Diagram with Splitter

*Please Note: Using a splitter is optional. If the user does not wish to power the LNB

from the Controller, a splitter must be used such that power is passed to the LNB from the VSAT Modem (or alternate power source).

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Router

GPS

Antenna

iNetVu® Fly-1201

Platform

Satellite Modem / VSAT

90 - 264VAC

TX OUT

RX IN

MOTOR CONTROL AND SENSOR CABLE

Computer

Modem Example:

70.232.247.49

Router: WAN IP: 70.232.247.50 SUB: 255.255.255.0

LAN IP: 192.168.1.1 SUB: 255.255.255.0

PC: DHCP OR Static: IP: 192.168.1.2 SUB: 255.255.255.0 GW: 192.168.1.1

7000 CTRL: DHCP OR Static: IP: 192.168.1.3 SUB: 255.255.255.0 GW: 192.168.1.1

WAN Port

RG6 Coaxial Cable

Network Cable

Power Cable

Combined Sensor and Motor Cable

5.5. Router Configuration Example

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Transmit Source

90 - 264VAC

RX IN

COMBINED

MOTOR AND

SENSOR

CABLE

12VDC POWER

CABLE

GPS

Antenna

ETHERNET

CABLE

USB

CABLE

*NOTE: The user may use

a USB Cable OR a Network Cable to interface between the 7024 Controller and the PC/Notebook. If the user does not wish to use a PC/Notebook, NO Cable is required and the user must configure the Controller from the LCD Interface.

RG6 Coaxial Cable

Network Cable

Power Cable

Combined Sensor and Motor Cable

iNetVu® Fly-1201

Platform

5.6. Modem Independent Setup (Stand Alone)

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90 - 264VAC

RX IN

COMBINED

MOTOR AND

SENSOR

CABLE

12VDC POWER

CABLE

GPS

Antenna

*NOTE: The user may use

a USB Cable OR a Network Cable to interface between the 7024 Controller and the PC/Notebook. As shown in above wiring diagrams. If the user does not wish to use a PC/Notebook, NO Cable is required and the user must configure the 7000 Series Controller from the LCD Interface.

RG6 Coaxial Cable

Network Cable

Power Cable

Combined Sensor and Motor Cable

Satellite Modem / VSAT

RX OUT

SAT IN

COM PORT

PC Serial Interface + NULL MODEM

SAT OUT

iNetVu® Fly-1201

Platform

5.7. Using Modem COM Port

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6. iNetVu® 7024 Controller Configuration

6.1. Software Initial Configuration and Verification

The iNetVu® 7024 Controller allows for the complete setup and configuration of the iNetVu® system through the LCD interface, web or software using the USB or Network Interface. The following is a step-by-step procedure of how to configure the system.

Note: This procedure should be applied only after the system cabling and the network

cabling are complete. (See section 4.2 - 4.6 of this manual), and is only required to be done once.

1) Adjust the Flyaway platform such that the leg that is installed at the 130º degree marking on the AZ Base is pointed North (if your location is in the Northern Hemisphere) or South (if your location is in the Southern Hemisphere). This leg will have a label on it reflecting the Northern/Southern orientation pointing and maybe referred to as the back leg. The other two legs are NOT labeled and will serve as the FRONT covering the search window)

 If you are located in the Northern Hemisphere (your GPS Latitude is

North), the leg that is labeled should be pointed north.

 If you are located in the Southern Hemisphere (your GPS Latitude is

South), the leg that is labeled should be pointed south

2) Power ON your PC/Notebook, 7024 Controller and install the iNetVu® 7000 Mobile Software from the installation CD.

3) If you are using the network interface to communicate with the 7024 Controller, set the PC/Notebook to the same network as the 7024 Controller and VSAT Modem. (If you are using the USB interface, you may skip to step (6).

PC IP address: A.B.C.D+2 Subnet Mask: 255.255.255.X Gateway: A.B.C.D

The Gateway is usually the Router IP address. If no router is used, it is usually the VSAT Modem IP Address.

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4) Set the Controller to the same network as the PC and VSAT Modem.

*Note: The controller IP should be set in the controller through the LCD interface prior to entering it into the software tool for proper PC to Controller Communication through network interface. (USB Interface users may skip

this step)

To Configure the IP address on the controller, you must navigate to the CONFIG menu using the LCD Interface. (config menu access password = “password” by default)

a. Navigate to the “IP” menu and press the “ENTER” button.

b. Press the ‘↑’ button to allow for modification on the C_IP field

and set the IP address of the controller.

If router/modem IP is A.B.C.D, controller IP could be

A.B.C.D+1. Press the “ENTER” button once the change is

complete. For example, if the Modem/Router IP is 192.168.0.1 then the controller IP could be set to 192.168.0.2.

c. Press the “Exit” button twice to exit out of the configuration

menu. When prompted if you would like to save configuration, press the ‘↑’ button to select “Y” (yes), and press “Enter”.

7000 IP: A.B.C.D+1 Subnet Mask: 255.255.255.X (Modem/Router Dependent) Gateway: A.B.C.D (Router/Modem IP)

d. Click the “reset” button on the controller.

5) Run the iNetVu® 7000 Mobile Software from the shortcut located on the desktop.

Advance to the “Configuration” screen, by right clicking on the “Controls” screen, and selecting “Configuration”, and enter the controller IP address in the “IP Address” section as depicted in the figure below. USB users may skip this step.

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The DVB Parameters (TR No., Freq, Sym, Code Rate), and the LNB_P can be left as is. The software will automatically set these parameters after configuration is complete. More detail will be explained in step 12).

Click the “Send All” button once the correct IP address is entered.

6) Advance to the “Configuration” screen, by right clicking on the “Controls” screen, and selecting “Configuration”.

7) Enter the Satellite Longitude and Sat Offset

General Case:

1.2 Flyaway –Receive Horizontal Offset = 0

--Receive Vertical  Offset = 90

8) Under the Modem section, set according to your modem specifications:

Type: NA / HNS / iDirect / Viasat / Comtech / Radyne / SurfBeam/ iPSTAR / Gilat / STM/

Paradise / Tachyon /Eastar (NA-is used for stand alone modem independent satellite acquisition)

INF (Interface): HTTP (for HNS Only) TELNET (iDirect / Viasat / Comtech Telnet Interface)

COM (iDirect / Viasat / Comtech / Radyne / STM / Paradise

Console Interface) SNMP (Radyne Interface) UDP NA (Must be selected if NA is the Type)

Rx-Pol (Receive Polarity): H (Horizontal Receive) V (Vertical Receive)

Tx-Pol (Transmit Polarity): H (Horizontal Transmit) V (Vertical Transmit)

H (Hemisphere): Hemisphere of Operation (East or West)

*Note: Freq (MHz), Symb (Ksps), IP, and Password fields are NOT required for

Stand Alone Users (Type: NA), and may be left as is.

Freq (MHz): (HNS Users Only) Enter the Modem Frequency

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Symb (Ksps): (HNS Users Only) Enter the Modem Symbol Rate DN (Demod No.) (RADYNE MDX Users ONLY) Enter Demodulator No. CN (Carrier No.) (RADYNE MDX Users ONLY) Enter Carrier No.

IP: Enter the Modem IP Address (Default: 192.168.0.1)

Password: Enter the Modem Password. If there is no password,

leave this field blank.

BR_F BR300L users Only (Enter Beacon Frequency) BR_DB BR300L users Only (Beacon attenuation level: 0dB =

max gain)

22K HNS Only (Enable if 22KHz tone is required for LNB)

9) If and only if the user chooses to search and peak using RF (not DVB), this option

can be selected by going to the “Maintenance” screen and in the “Search Method” section (Ensure the RF Search is selected).

10) Under the “Platform” section (on the Maintenance screen) ensure the platform type

and serial numbers are correct. (A1200Q  Flyaway)

11) Under the “Controller” section( on the Configuration screen), enter the following:

IP: Controller IP Address SUB: Controller Subnet Mask GW: Controller Gateway DNS: Disregard PC IP: Same IP as Controller IP

For iDirect/Viasat/Radyne/Comtech/Gilat/STM/Paradise Users using the Console

Interface:

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*All other fields could be left as is unless specifically desired. See 7000 Series User Manual for other options

Enter the following:

COM: Modem SPEED: Depending on the modem baud rate

12) Click “SEND ALL”. This will send all configured parameters to the controller.

In the Satellite Section, the DVB Transponder and LNB Power information should automatically set according to the Receive Polarity entered in the modem section.

Note: If you choose to modify the DVB Transponder Information, or the LNB Power, you

may do so and click the “Send All” button again.

Remember to click on the “Write EPROM” button to save the data in the controller.

*if you are using a splitter and powering the LNB from the modem, ensure the LNB Power is DIS. If you are powering the LNB from the controller, enter the proper LNB voltage requirements.

13) Congratulations you have successfully configured your iNetVu® Flyaway System.

Navigate to the “Advanced Controls” menu, if there are any flashing Red, and

Yellow components, stop and troubleshoot. Otherwise, click “Find Satellite”. You should be online within 2-5 minutes.

*For more detailed information on the iNetVu® 7024 Controller interfaces, refer to the iNetVu® 7000 Series Controller User Manual.

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7. Appendix

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7.1. Azimuth & Elevation Manual Movements:

This section is intended to provide guidance in order to manually move the AZ and or EL axis in case of a malfunctioning controller or an emergency. The AZ and EL must be moved to the required angles in order to properly pack in the respective cases. Read this document before attempting the provided steps.

7.1.1. Azimuth – Manually Moving the AZ Axis

Step 1: Remove AZ motor cover.

Step 2: Using a 7/16 wrench on the motor shaft move the AZ in the required direction.

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AZ Motor Shaft

EL Motor Shaft

7.1.2. Elevation – Manually Moving the EL Axis

Step 3: using the same size wrench on the EL motor shaft, move the EL in the desired

direction.

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7.2. Appendix 1: Transportable Cases Features and Specifications

 ATA300 style hard case ensures a long life and easy check-in with

airlines - wood free construction prevents potential mould and material breakdown caused by damp loading of equipment.

 Panels are laminated ABS/polypropylene offering excellent wear, solid

structure and light weight.

 Glued double-edge aluminum extrusion frame strengthens and protects

panel edges.

 Recessed Zinc-plated steel hardware will provide years of wear.

 Lightweight PVC curved dish supports offer maximum support and

simplify dish loading.

 Standard and cross-link polyethylene foams prevent component scuffing

and absorb transit shock.

 screen-lined vents allow damp equipment to dry while preventing

the likelihood of insect nesting within the case (this is what prevents the cases from being water/dust resistant)

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1200 Flyaway

EL OFFSET

11.0

1200 Flyaway

AZ ZERO

211

1200 Flyaway

PL ZERO

PLATFORM TYPES

1200 Flyaway

EL SLOW

4.0

EL CURRENT6

3.5A

EL CURRENT9

4.5A

AZ SLOW

2.0

AZ CURRENT6

1.7A

AZ CURRENT9

2.0A

PL SLOW

2.0

PL CURRENT6

.3A

PL CURRENT9

.5A

7.3. Appendix 2: Default Limits and Configuration Data Tables

Elevation Offset

Table 2: Default Elevation Offsets. All values are + 2 after Target Calibration.

AZ Potentiometer

Table 3: Azimuth Potentiometer Default Values

PL Tilt Sensor

Default Platform Speeds and Limits

Table 5 Default values for speed and current limits

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Fly-1201 User Manual

C-COM Satellite Systems Inc. Page 46 of 47

A B C

1.2m Reflector (Ku-Band)

A – 54.37” B – 56.13” C – 40.45” D – 38.06”

Feed Horn

Reflector

7.4. Appendix 3: Fly-1201 ABCD Dimensions

Fig. 6: ABCD Geometry Dimensions

Note: The ABCD dimensions are preset by the manufacturer and should not be adjusted without C-COM’s guidance. Contact C-COM Satellite Systems Inc. before performing any adjustments to the POL Cage which will directly affect the ABCD Dimensions.

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Fly-1201 User Manual

C-COM Satellite Systems Inc. Page 47 of 47

7.5. Appendix 4: Declaration of Conformity

Application of Council Directive EMC Directive 89/336/EEC

Low Voltage Directive 73/23/EEC

Standards to which Conformity is Declared:

EN55022 1998, Class B / ICES 003 FCC Part 15 Class B EN 61000-6-3: 2001 Emision Class B EN 61000-6-1: 2001 Immunity EN 61000-4-4: Fast Transient Burst EN 61000-4-2: Static Discharge EN 60950: 1992 Safety of Information Technology Equipment

Manufacturers Name C-COM Satellite Systems Inc.

Manufacturers Address 2574 Sheffield Road, Ottawa, Canada, K1B 3V7

Importers Name (optional)

Importers Address (optional)

Type of Equipment Satellite Antenna Controller

Model Number iNetVu Mobile System

CE Marked 2005

Serial No. (Optional) Year of Manufacture (Optional) 2004

I, the undersigned, hereby declare that the equipment specified above conforms to the above Directives and Standards.

Signed on behalf of the Manufacturer and Importer

Place Ottawa, Canada Signature

Date April 4, 2005 Full Name: Dr.Leslie Klein, P.Eng.

iNetVu

Position: President and CEO

Fly-1201 User Manual

iNetVu Fly-1201 User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual