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Positioning Accuracy (RMS) - Horizontal | 8 mm + 1 ppm |
---|---|
Positioning Accuracy (RMS) - Vertical | 15 mm + 1 ppm |
Tilt Sensor | Yes |
IMU | Yes |
Type | GNSS Receiver |
Satellite Signals Tracked | GPS, GLONASS, BeiDou, Galileo, QZSS |
Communication | Bluetooth, Wi-Fi, 4G |
Introduces the intelligent platform and key features of the Galaxy G6.
Describes the physical dimensions and construction of the mainframe.
Identifies front components like UHF antenna interface and indicators.
Details the meaning of indicator lights on the front component.
Identifies side components like SIM card slot and battery cover.
Lists bottom components like screw holes, SN label, speaker, and ports.
Guides on operating the receiver and its main functions.
Describes how to access the main configuration interface and its options.
Explains how to select the receiver mode (Static, Base, Rover).
Details the steps to set the receiver in Static mode.
Guides through setting the receiver in Base mode.
Explains how to control and set parameters for base station transmission.
Guides through setting the receiver in Rover mode.
Covers configuration for various datalink modules.
Details configuration for internal UHF communication.
Explains using the internal cellular module for internet access.
Describes the mode for transmitting corrections via UHF and cellular.
Details using Bluetooth for data collector internet connection.
Explains using WiFi as a datalink for internet access.
Covers system-wide configurations.
Describes checking internal modules for faults.
Covers online registration and firmware upgrades.
Details WiFi connection and hotspot settings.
Covers turning WiFi on/off and setting working modes (AP/Client).
Provides information on current datalink status.
Used for modem direct connect mode debugging or diagnosis.
Explains how to power off or restart the receiver.
Explains real-time configuration and monitoring via Web UI.
Details how to input the IP address for Web UI access.
Specifies the default username and password for login.
Describes the main interface elements and sections.
Displays positioning info, satellite tracking, and other statuses.
Covers receiver, base, antenna, and system configuration.
Allows display and control of used satellites.
Configures static mode parameters and raw data download.
Configures NTRIP, TCP/IP, and data transfer with PC.
Contains network, WiFi, and other configurations.
Configures parameters and frequency for radio modem.
Used to upgrade receiver and modem firmware.
Manages Web UI users, permissions, and accounts.
Details the status, system, and work information.
Covers general, base, antenna, satellite, and receiver configuration.
Configures base station parameters, coordinates, and correction format.
Controls operations like self-check, epoch cleaning, reset, and power off.
Configures parameters for static mode, storage, and data formats.
Covers data transfer settings and protocols.
Covers various network settings.
Configures radio parameters and frequency.
Process for updating receiver firmware.
Details pairing controller and receiver via Bluetooth.
Details the large capacity Li-ion batteries for extended work.
Covers static measurement procedures and notes.
Instructions on measuring antenna height accurately.
Explains RTK technology and signal transmission methods.
Details RTK operation using internal radio communication.
Guides on setting up the base station for RTK.
Guides on setting up the rover station for RTK.
Configuring the rover's working mode and datalink using EGStar.
Details RTK operation using external radio communication.
Guides on setting up base and rover via GPRS internet.
Details RTK operation using WiFi datalink.
Covers tilt survey functionality and sensor calibration.
Explains calibration for electronic bubble and magnetic sensors.
Specifies accuracy for differential, static, and RTK modes.
Details power consumption, supply, battery, and battery life.