Unipro UniGo One kit 1, Руководство пользователя

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47
of information.
UNIGO MODEL
In the UniGo series, there are four different
models. This number will be on the top edge
of the Laptimer box too. It should show either
3005 or 5005.
SERIAL NUMBER
The serial number is an important piece of
information. It is unique for each UniGo and
it will be used to identify sessions and for
licensing of Off Camber Data software.
SOFTWARE VERSION
The software version is also shown at the
first home screen. The number is build up like
this: major.minor.build. The example shows a
version number of V1.01.001.
SOFTWARE RELEASED
The build date for the software is shown on
this line. It makes it easy to see in plan text
when Unipro made this firmware release.
MANUFACTURE DATE
This is the date this UniGo was manufactured
at the Unipro production. It is a good indica-
tion on how old the Laptimer is.
TOTAL LAPS
UniGo counts all the laps driven. This number
is never cleared so the number is the total
number of laps measured since the Laptimer
was made.
TOTAL HOURS
UniGo measures the total time the Laptimer
has be turned on. This number is never cleared
so the time is the total since the Laptimer was
made.
AMBIENT LIGHT
UniGo measures the ambient light with a built-
in sensor. This sensor is used to auto adjust
the backlight.
INFO GPS
The GPS reception is very important for the
overall operation and accuracy of UniGo One.
The GPS signal is typically used to trigger the
lap times, and the better signal, the more
precise lap times. The GPS info screen is to
help you understand the current GPS signal
being received.
You cannot do anything with the quality of the
GPS signal being received, but you can still
do something to help the accuracy of the lap
times. The most important thing is to turn on
UniGo
before in good time before driving.
This will give UniGo a better chance to get
more satellites fixed from different systems and
even get a differential GPS signal.
Even though you have a fix, it does not
necessary mean that you have a good and
accurate position. The standard accuracy for
a GPS receiver is 2.0 meters CEP. This means
that if the GPS receiver is placed in open air
with full view of the sky, 50% of all positions
will be within radius of 2.0 meter during a test
of 24 hours.
GPS info screen with the overview of GPS
receiver status.
SATELLITES FIXED
The number of satellites the receives simul-
taneous. The higher the number, the better
accuracy you could expect. Out in open air it
will typically be more than 20 satellites.
GPS STATUS
This can either be 2D, 3D and then you can
have DGPS on top of that. It should at least be
3D to have a good fix. DGPS means differential
GPS and it use some fixed ground-based
reference stations that broadcast correction
R e f e r e n c e
G u i d e
Operating UniGo