Professional-grade multi-parameter meteorological station for real-time monitoring of site environmental conditions.
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Professional-grade multi-parameter meteorological station for real-time monitoring of site environmental conditions.
The Geolook G91-Z600 Automatic Weather Station (AWS) is a comprehensive meteorological monitoring system designed for civil engineering sites, mines, and environmental research. It provides the critical climate data needed to correlate structural movements with environmental changes. The system is modular, allowing for the integration of sensors for wind speed/direction, rainfall, solar radiation, barometric pressure, and ambient temperature/humidity. Housed in a rugged, solar-powered assembly with a central data logger, the AWS delivers high-accuracy data to our cloud platform, ensuring engineers have a complete picture of the site's environmental stressors.
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In geotechnical and structural health monitoring, 'data in a vacuum' can be misleading. A bridge might expand by several millimeters or a landslide might show a sudden surge in movement—without weather data, you won't know if this is a structural failure or simply the result of a heatwave or heavy rainfall.
The G91-Z600 provides the context. By overlaying meteorological data with sensor data (like strain or tilt), engineers can perform 'Environmental Correction,' isolating true structural issues from natural seasonal cycles.
Most AWS units are located in remote areas. The G91-Z600 is designed for complete autonomy. It features an integrated solar panel and a high-capacity lithium-ion battery backup.
Data is transmitted wirelessly to the Geolook Cloud. If the connection is lost, the internal logger stores up to 10 years of data, which is automatically uploaded as soon as the signal is restored, ensuring zero data loss.
The station supports a variety of high-quality sensors:
Rainfall is the leading trigger for landslides. The G91-Z600 can be programmed with 'Rainfall Thresholds.' If the station detects intense rain exceeding a safe limit, it can instantly trigger alarms for local communities or construction teams, providing a life-saving early warning system.
In geotechnical and structural health monitoring, 'data in a vacuum' can be misleading. A bridge might expand by several millimeters or a landslide might show a sudden surge in movement—without weather data, you won't know if this is a structural failure or simply the result of a heatwave or heavy rainfall.
The G91-Z600 provides the context. By overlaying meteorological data with sensor data (like strain or tilt), engineers can perform 'Environmental Correction,' isolating true structural issues from natural seasonal cycles.
The station supports a variety of high-quality sensors:
Most AWS units are located in remote areas. The G91-Z600 is designed for complete autonomy. It features an integrated solar panel and a high-capacity lithium-ion battery backup.
Data is transmitted wirelessly to the Geolook Cloud. If the connection is lost, the internal logger stores up to 10 years of data, which is automatically uploaded as soon as the signal is restored, ensuring zero data loss.
Rainfall is the leading trigger for landslides. The G91-Z600 can be programmed with 'Rainfall Thresholds.' If the station detects intense rain exceeding a safe limit, it can instantly trigger alarms for local communities or construction teams, providing a life-saving early warning system.
We are currently updating the specific model configurations and technical datasheets for this product category.