Ambient Weather WS-4000 Solar Powered UltraSonic Wi-Fi Weather Station
- ManufacturerAmbient Weather
- Product Code: WS-4000
- Availability: Pre-Order
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The Ambient Weather WS-4000 offers ultrasonic wind and haptic rain gauges with no moving parts, ensuring durability and low maintenance. The compact design makes installation easy in any location – no tools required. Includes the same high-quality color console as our WS-2000 and WS-5000 models and a WH32B Thermometer-Barometer-Hygrometer to monitor indoor conditions. Seamlessly integrate your station with the Ambient Weather Network (AWN) for remote monitoring and alerts.
Extensive Data & Alerts
Set up email or text alerts for high and low conditions for every parameter; send multiple alerts for the same parameter, and view all past alerts in a handy timeline. You can also visualize your data with daily, monthly and yearly graphs, or customize your graphing interval. The expandable tiles and handy charts and graphs allow you to analyze your data, or you can download csv files for a deeper dive.
Weather Station Features & Specifications
The solar-powered Ambient Weather WS-4000 is an all-in-one weather station designed for comprehensive environmental monitoring. It features sensors for temperature, humidity, haptic rain, light, ultraviolet, air pressure, and ultrasonic wind. Remotely monitor your weather station data on the easy-to-use Ambient Weather Network (AWN) App or by visiting ambientweather.net.
All-In-One Design
The weather station has a sleek design that fits easily into any setting. It mounts effortlessly on a 1" diameter pole without requiring any tools.
Ultrasonic Wind Sensor
Ultrasonic wind uses a series of sound emitters and microphones to detect even the calmest of breezes for accurate speed and direction measurements.
Haptic Rain Gauge
The haptic rain gauge uses a piezoelectric sensor to measure raindrop pressure and calculate water volume, eliminating the need for a rain bucket and reducing maintenance. This design is also less attractive to birds and more resilient to high-speed winds and debris.