Spectra Precision ProFlex 800 Web Server - Manual (Page 20)

16
Setting a Rover
How to Start • Open the Web Server’s Configuration tab. The first time you
click on this tab, the Web Server will ask you to log in as
the administrator. Only the receiver administrator is
authorized to access the
Configuration tab.
You are allowed to change the destination of a receiver
(e.g. it is currently a base and you want to change it into
a rover). In this case, on opening the
Rover Setup tab, the
Web Server will retain part of the base settings that could
be applied to the rover (e.g. antenna type, etc.).
• Whatever the way RTK corrections are delivered to the
receiver, you will always have to define a number of
general parameters pertaining to the rover function. These
parameters are usually defined first. However when the
internal modem is used, it is advisable to configure the
modem first.
• Programming output messages in a rover is addressed
separately (see Defining Output Messages on page 30).
General
Parameters
• Click on the Rover Setup menu.
• Set the receiver parameters:
– Ambiguity Fixing: Set the confidence level (percentage)
controlling the ambiguity fixing process.
Several percentages are available. Choosing a high
percentage will result in a highly reliable process but
is liable to reduce the availability level of “fixed” RTK
positions. The default -and best- value for this
parameter is 99.0%.
With no relevant firmware options installed, only the
“0%” choice is available. This choice allows the
receiver to operate in Flying RTK mode, which will be
effective only if the FLYING RTK option ([R] option)
has been installed.
– Fast RTK: Enable this option to get Fast RTK position
output. With this option disabled, the receiver will
deliver time-tagged RTK positions.
– Moving Base: Enable this option if corrections are
received from a moving base. For all other cases where
the base is static, keep this option disabled.
– Dynamic: Choose the type of motion that best suits the
rover (static, quasi-static, walking, ship, automobile,
aircraft, unlimited, adaptive or user-defined).