DRAGINO RS485 Rain and Snow Detection Sensor
DRAGINO RS485 Rain and Snow Detection Sensor is a rain and snow detection sensor designed for weather monitoring applications. Its sensing surface includes automatic heating to help dry the surface and improve measurement reliability, while the electrode uses an electroless nickel and immersion gold design for corrosion resistance. Operating from 12 to 24 V DC, it is suitable for integration into weather stations and other monitoring systems that require rain or snow event detection.
The DRAGINO RS485 Rain and Snow Detection Sensor is a rain and snow detection sensor designed to identify whether rain or snow is present. Using an RS485 interface, it can be incorporated into compatible weather monitoring and data collection systems.
The sensor features an automatic surface heating function that helps dry the sensing surface. This is intended to support more reliable measurement after moisture or snow has been detected. Its grid electrode uses an electroless nickel and immersion gold design to improve resistance to corrosion.
How it works
- The sensor detects whether rain or snow is present on its sensing surface.
- Detection information is communicated through the RS485 interface.
- The built-in surface heating function helps dry the sensing area.
- The sensor can be integrated into a compatible weather monitoring system.
Why choose this product
- Provides dedicated detection of rain and snow events.
- Uses the widely adopted RS485 communication interface.
- Includes automatic surface heating to assist with drying the sensing surface.
- Features a corrosion-resistant electrode design.
- Suitable for weather station monitoring applications.
Benefits
- Helps weather monitoring systems identify rain or snow conditions.
- Surface heating can help reduce the effect of remaining moisture on the sensing area.
- RS485 connectivity supports integration with compatible monitoring equipment.
- The corrosion-resistant electrode design supports use in outdoor monitoring environments.
