Gill MaxiMet GMX600

Gill MaxiMet GMX600

The Gill MaxiMet GMX600 is a compact, low-power weather station combining ultrasonic wind speed and direction, air temperature, relative humidity, barometric pressure and optical precipitation measurement in a single instrument. With no moving parts, the GMX600 provides a comprehensive, low-maintenance solution for applications requiring a broad range of meteorological measurements from one compact sensor package.

Designed for fixed and remote installations, the GMX600 is particularly suited to environmental monitoring, hydrology, catchment monitoring, agriculture, research and remote monitoring networks. Its integrated design simplifies installation compared with conventional multi-sensor weather stations, while low power consumption and multiple digital communication options support integration with data loggers and telemetry systems.

The GMX600 measures wind speed, wind direction, air temperature, relative humidity, barometric pressure, precipitation rate and accumulated precipitation, with additional calculated meteorological parameters available from the instrument.

Key Features

  • Ultrasonic wind speed and direction measurement up to 60 m/s

  • Integrated air temperature, relative humidity and barometric pressure measurement

  • Integrated optical precipitation sensor

  • Precipitation measurement up to 300 mm/hr

  • No moving parts for reduced maintenance

  • Compact IP66 construction

  • Low-power operation with Eco-power mode

  • 5–30 VDC supply

  • SDI-12, RS-232, RS-422 and RS-485 communications

  • Modbus RTU/ASCII, NMEA 0183, SDI-12 and Gill ASCII protocols

  • Optional GPS

  • Suitable for battery and solar-powered monitoring systems

  • Integration with third-party data loggers and telemetry systems

Supply & Integration

Flux Enviro can supply the Gill MaxiMet GMX600 as a standalone instrument or as part of a complete environmental monitoring system. We can assist with mounting, power supply, solar power, data logging, telemetry and system integration, including the combination of meteorological data with water level, water quality, flow, soil and other environmental measurements.