Rain Gauge Digital Output

RAIN-VUE10

Rain Gauge Digital Output

The Rain-VUE10 is ideal for many hydrological or meteorological applications such as weather stations and flood warning systems. The Rain-VUE10 is an SDI-12 tipping bucket rain gage in the Rain-VUE10 family of products. Advanced algorithms and digital processing within the sensor compensate for errors caused by high-intensity rain and provide accurate precipitation and intensity measurements. Constructed of an aerodynamic plastic funnel, the Rain-VUE10 is cost effective and minimizes the amount of liquid precipitation that is lost due to the effects of wind. This rain gage offers the user flexibility with the option to select from a series of set cable lengths or a user-defined cable length.

SKU: RAIN-VUE10 Category: Tag:

Description

The Rain-VUE10 is ideal for many hydrological or meteorological applications such as weather stations and flood warning systems. The Rain-VUE10 is an SDI-12 tipping bucket rain gage in the Rain-VUE10 family of products. Advanced algorithms and digital processing within the sensor compensate for errors caused by high-intensity rain and provide accurate precipitation and intensity measurements. Constructed of an aerodynamic plastic funnel, the Rain-VUE10 is cost effective and minimizes the amount of liquid precipitation that is lost due to the effects of wind. This rain gage offers the user flexibility with the option to select from a series of set cable lengths or a user-defined cable length.

Benefits and Features

• Durable ASA plastic construction providing UV stability and exceptional strength for all environments
• Digital processing to correct for high-intensity precipitation errors up to 500 mm/h (20 in./h)
• Precipitation intensity measurements up to 1000 mm/h
• Meets WMO recommendations for funnel area
• Tilt, internal temperature, & voltage measurement for remote diagnostics on the sensor
• Built-in bubble level for easy leveling
• Adjustable mounting feet to simplify leveling
• Unique aerodynamic shape to increase accuracy by minimizing effects of wind
• Built-in data recording and battery backup to prevent data loss from power or communications disruptions.