HWA-PT-500 GNSS monitor is an integrated GNSS receiver developed for the professional monitoring of geological disasters. The product is packaged with an integrated mold, which integrates GNSS antenna with the host machine, facilitating installation and debugging, simplifying the installation process, and reducing the use of antenna housing and equipment box. The whole machine is designed with low power consumption and low heat output. Built-in embedded Linux operating system has strong stability, provides millimeter-level carrier phase observation value, and has built-in GNSS/4G and integrated communication interface, which is powerful and meets the requirement of continuous operation under long-term harsh environment.
Features
lSupport BD, GPS, GLONASS single system or multi-system joint positioning
lSupport static solution and dynamic RTK to meet the needs of various high-precision applications
lBuilt-in MEMS sensor, real-time acquisition of inclination and acceleration changes
lSupport 3G/4G wireless communication
lSupport large-capacity data storage and has the function of automatically overwriting old files
lSupport the function of configuring host related parameters through RS232 interface, RS485 interface or network interface
lSupport device self-inspection, which can trigger and report device location and power at a fixed time or remotely
lSelf-inspection information such as pressure, temperature and signal strength
lCan judge whether the data is sent successfully, and automatically resend the data that is not sent successfully
lSupport remote update and modification of transmission access standards
lSupport remote viewing of device fault information
lSupport remote wake-up, parameter setting, firmware update, collection frequency, transmission frequency can be configured
lSupport two-way voltage acquisition (local input power supply voltage+acquisition port voltage pressure)
lSupport power-on and self-start
lSupport protocol customization
lIP67 protection grade
Technical parameter
Application area
It is widely used for high accuracy of landslide, collapse, slope, settlement and collapse, subgrade monitoring, dam safety, and other high-precision deformation monitoring applications.
