Davis 6323 Wireless Integrated Sensor Suite w/24hr Fan Aspirated Radiation Shield

The Davis 6323 Wireless Integrated Sensor Suite with 24-hour fan-aspirated radiation shield is a comprehensive weather monitoring system designed for applications requiring accurate, real-time atmospheric data collection. This wireless integrated sensor suite (ISS) combines rain collection, temperature, humidity sensing, and anemometry into a single unified package, simplifying field deployment while enhancing measurement reliability and reducing setup time compared to multi-component configurations.

The 24-hour fan-aspirated radiation shield is the critical distinction of the 6323 model. Unlike passive shields, active aspiration draws air continuously across the temperature and humidity sensors, eliminating solar heating errors that degrade accuracy in direct sunlight or reflective environments. This design is particularly valuable for field operations, remote stations, and fixed installations where sensor placement cannot be controlled for shade. The integrated design eliminates compatibility concerns and cable routing complexity—all sensors report through a single wireless transmission protocol compatible with Vantage Pro2, Vantage Connect, Vantage Vue consoles, Weather Envoy, and WeatherLink systems.

This sensor suite serves environmental monitoring, weather station networks, agricultural operations, and deployments requiring long-term atmospheric baseline data. The 19 × 12 × 23 inch mounting profile and 14.7-pound weight allow secure installation on towers, masts, or fixed structures. Operators and technicians deploying weather instrumentation benefit from the reduced calibration variables and faster commissioning that an integrated, factory-matched sensor package provides over field-assembled alternatives.

Davis Instruments' integrated sensor suites establish an industry standard for reliability in unattended weather monitoring. The 6323 addresses the most common source of temperature measurement error—radiative heating—through active ventilation, making it the preferred choice for installations where measurement accuracy is non-negotiable.