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2. Turn on the GNSS receiver and wait until the end of the initialization time.
Check the front panel to identify the status of the receiver, the working mode and the
GSM, UHF or external datalink mode.
Refer to the receiver user guide and documentation to learn more about configuration
and settings.
3. Turn on the X300 laser scanner, wait for the initialization and check the satellites and the
status by looking at the GPS led section on the right margin of the X300 LED bar (see par.
3.3 and par. 3.3.2).
4. Set up X300 Laser Scanner and operate it as described in the present user guide (see par.
3.4).
3.3.2.2 Compatibility with third-party GNSS receivers
This section covers the technical specifications to establish a connection between third-party
GNSS receivers and Stonex X300 Laser Scanner.
STONEX® should not be held liable for the proper operation of the equipment or possible
damages that may occur when connecting the X300 laser scanner with GNSS receivers other
than Stonex.
Technical requisites:
The GNSS receiver must be configured to output NMEA GGA ($GPGGA) sentence at 1Hz
data rate through a physical serial port.
The GNSS receiver must be able to receive and apply RTK (Real Time Kinematic)
corrections via Ntrip service or UHF radio.
Perform the connection between the configured GNSS receiver and the X300 laser
scanner GPS port (see par. 1.3) using a compatible serial cable (not provided by
STONEX®).
The pinout configuration of the X300 GPS port is described in the following diagram:
Amphenol Circular Connector C 091 D Female
No. of contacts: 5
NOTE – It is mandatory to set the GNSS receiver in differential mode, so as to receive RTK
corrections via Ntrip service or UHF radio.
The coordinates are stored only when the GPS receiver gets a fix quality equal to “RTK”.
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