Satcube Ku User manual

Satcube Ku Quick Start Guide

Satcube Ku Terminal CE-certified User Guide v1.6-2019
SATCUBE PROPRIETARY
Document number: Satcube Ku Terminal CE-certified User Guide v1.6-2019
Release date: 22 May 2019
Disclaimer
The information provided in this manual is for information purposes only. This document is subject to
change without notice and may contain errors or inaccuracies. Make sure to acquire the most
current version from the distributor before using the equipment.
This document is a user manual for the Satcube Ku terminal. It is important to observe all safety
requirements listed in this document and to operate the Satcube Ku according to the guidelines
provided in this manual.
Any responsibility or liability for loss or damage in connection with the use of this product and the
accompanying documentation is disclaimed by Satcube.
Satcube is not responsible for the content in any translation or reproduction of this manual from any
other source.

Satcube Ku Terminal CE-certified User Guide v1.6-2019
SATCUBE PROPRIETARY
Safety statements on batteries
To avoid unnecessary hazards, observe the following directions.
•Keep the battery packs away from fire.
•Do not disassemble, break or otherwise tamper with the battery packs.
•Do not drop the battery packs.
•Do not expose the battery packs to temperatures above 50 °C.
•Only use Lithium Ion battery packs that are supplied by Satcube.
In case of battery fault, contact Satcube support at www.satcube.com/customer-service/.

Satcube Ku Terminal CE-certified User Guide v1.6-2019
SATCUBE PROPRIETARY
Table of Contents
1) Introduction
2) Contents and equipment list
3) System safety
a) Security notice
b) Environmental limitations
c) Electricity precautions
d) Operational precautions
e) Radiation hazard
4) Deploy and power on
a) Deploy terminal
b) Deploy front support
c) Deploy antenna
d) Power on
5) Accessing the Graphical User Interface (GUI)
6) Terminal settings and configuration
a) Profile selection
b) Terminal geolocation
c) Accessing the modem’s GUI to configure downlink frequencies
7) Terminal alignment and transmission start
a) Pointing terminal
b) Moving terminal
c) Maximizing signal strength
d) Prepare for transmission
e) Start transmission
i) Via the terminal controls
ii) Via the GUI
8) Internet access
a) Enabling Wi-Fi and changing the password via the GUI
b) Connecting to internet
9) End transmission and power off
a) End transmission
b) Power off

Satcube Ku Terminal CE-certified User Guide v1.6-2019
SATCUBE PROPRIETARY
c) Stow the terminal
10) Cleaning and maintenance
a) General guidelines
b) Cleaning the fans
c) Cleaning the protective vents
d) Cleaning the moving mechanical parts
e) Cleaning the interfaces and connections
f) Storage instructions
Appendix
A. Manual for the terminal’s GUI
B. Troubleshooting
C. Technical specifications
D. Declaration of conformity
E. Integrated modem
F. OpenAMIP

Satcube Ku Terminal CE-certified User Guide v1.6-2019
SATCUBE PROPRIETARY
1. Introduction
The Satcube Ku provides the user with an internet connectivity anywhere on earth, by connecting to
nearby geostationary satellites. It includes 3 hours transmit time standard plus optional hot-
swappable batteries, iDirect or UHP Networks modem, Wi-Fi, flat antenna, amplifier (high efficiency
GaN SSPA), upconverter, downconverter, heat pipe cooling system, positioning system and all
necessary user interfaces (graphical and connections) in one compact package. This quick start guide
is intended to help the operator with setting up and operating the terminal. Troubleshooting and
safety instructions are provided in order to aid the operator in safely handling and maintaining the
terminal.
2. Contents and equipment list
Designation
Units
Dimensions
(mm)
Weight
Protective Case
1
550 x 400 x 20
8 kg
Terminal
1
470 x 320 x 55
Power cable
1
Batteries
3*
AC to DC
converter
1
Table 1 Equipment list. *Additional hot swappable batteries available for purchase.

Satcube Ku Terminal CE-certified User Guide v1.6-2019
SATCUBE PROPRIETARY
3. System safety
The following general safety precautions must be observed during all phases of operation to avoid
injuries or material damage.
a) Security notice
•Do not substitute parts or modify equipment
Because of the danger of introducing additional hazards, do not perform any unauthorized
modification of this product. If any unauthorized substitution of parts has been conducted the
warranty will be declared void.
b) Environmental limitations
•Wind strength
The Satcube Ku terminal should not be operated at wind speeds greater than 40mph. The
highest risk for the terminal to flip over is when the wind comes straight from behind the
transmission direction and the antenna is at an upright position.
•Temperature limitations
The Satcube Ku terminal has an operating temperature range of -20° to 50°.
To avoid risk of high temperatures, please avoid placing the terminal in
direct sunlight exposure.
•Presence of reactive substances
Do not operate the equipment in the presence of flammable gases, liquids,
fumes or equivalent.
•Water and dust
The Satcube Ku terminal is designed to endure rough conditions and is
IP65 rated (Ingress protection). See [Figure 1] below for a full explanation of different IP
ratings and its implications to condition limitations.

Satcube Ku Terminal CE-certified User Guide v1.6-2019
SATCUBE PROPRIETARY
c) Electricity precautions
•Keep away from live circuits
To avoid injuries, always disconnect power and discharge circuits before
touching them. User must not remove equipment covers or tamper
with electric circuits in any way.
•Keep cables away from water
Ensure that the power cable and other used cables are not placed in submerged conditions
or in areas where water could collect.
Figure 1 Ingress Protection, IP, rating explanation chart. The Satcube Ku Terminal is rated IP65.

Satcube Ku Terminal CE-certified User Guide v1.6-2019
SATCUBE PROPRIETARY
•Make sure AC power supply is grounded
If the equipment is connected to an AC power supply, the power supply must be properly
grounded in order to ensure safe operation.
•Only connect the equipment to protected network
The mains supply network to which the terminal is connected must be protected by
measures such as differentials and circuit breakers.
d) Operational precautions
•Lifting and carrying
The terminal user should always handle the terminal with precaution and not lift with rapid
motions to protect against personal injuries or equipment damage.
•Cable routing and trip hazard
Ensure that all laid out cables do not create any trip hazards to personnel. Never place cables
in areas where people are expected to move.

Satcube Ku Terminal CE-certified User Guide v1.6-2019
SATCUBE PROPRIETARY
Elevation angle
(degrees)
Safety distance
(meters)
0
81*
1
63
5
13
10
6
15
4
20
3
30
2
45
1
Table 2 Minimum safety distance for different angles
if the Satcube Ku terminal is positioned 45 cm above
the ground and is operated by someone who is 185
cm tall. *Calculated from the radiated effect of the
antenna –this is the minimum safety distance if the
terminal is directed directly at the user.
e) Radiation hazard
•Antenna safety instructions
Use only manufacturer supplied antenna. Radiation exposure is
calculated with respect to the supplied manufacturer antenna.
•Keep a safety distance from the signal aperture
At all times, make sure that an area within a safety distance of the terminal is cleared before
starting transmission to avoid radiation damages. The required safety distance depends on
the antenna elevational angle, the height of personnel, possible bystanders or other objects
such as buildings and trees. If the terminal is raised from the ground or elevational angle is
increased the required safety distance decreases. The general formula to calculate the safety
distance is: L = 𝐻 − ℎ
tan(𝛉), see [Figure 2] below for explanation of the used variables. [Table 2]
shows safety distances for the situation in the [Figure 2] below.
f) Electromagnetic Compatibility (EMC) precautions
TODO: Include type of cable to be connected based on the result of EMC test
Figure 2 The user must always keep outside a safety distance given by
L = 𝐻 − ℎ
𝑡𝑎𝑛(𝜽) during transmission to avoid injury. H=height of object, h=terminal
height above ground, θ=elevation angle, L=safety distance. See Table 2 for
precalculated safety distances for a common mode of operation.