Advanced Rain Gauges for Accurate, Real-Time Precipitation Monitoring
Reliable, scalable, and cloud-connected rain gauges built for weather, hydrology, and infrastructure-critical industries.
Precision Rainfall Monitoring with Advanced Gauge Technologies
Rain Gauges (Pluviometers) play a critical role in measuring and managing precipitation data for applications ranging from hydrology and flood control to weather forecasting and agriculture. These instruments capture and quantify rainfall levels in real time, offering organizations the actionable insights needed to make informed decisions during severe weather events, optimize irrigation planning, and support infrastructure resilience.
Meteorological Climate delivers high-performance rain gauge systems tailored for diverse operational environments across North America. Our B2B clients rely on us to deliver precise, rugged, and network-integrated solutions that are easy to deploy and maintain. By combining sensor innovation, cloud-based analytics, and expert support, we empower public agencies, research organizations, and commercial enterprises with the tools they need for advanced precipitation monitoring and management.
Precision Rainfall Monitoring with Advanced Gauge Technologies
Meteorological Climate delivers high-performance rain gauge systems tailored for diverse operational environments across North America. Our B2B clients rely on us to deliver precise, rugged, and network-integrated solutions that are easy to deploy and maintain. By combining sensor innovation, cloud-based analytics, and expert support, we empower public agencies, research organizations, and commercial enterprises with the tools they need for advanced precipitation monitoring and management.
Core Components
Hardware and Devices
Tipping-Bucket Rain Gauges:
Industry-standard devices for high-accuracy measurement using a self-emptying collection mechanism. We support these devices with our LoRaWAN End Devices , enabling wireless real-time rainfall data transmission with extended range and low power consumption.
Weighing Rain Gauges:
Provide continuous precipitation data including rain, snow, and mixed events. Pair with our NB-IoT End Devices , for reliable, low-bandwidth data communication in remote or low-signal areas.
Optical and Acoustic Gauges:
Contactless, durable sensors ideal for harsh or remote environments. Integrate with our Optical & Imaging Sensors , to enable high-resolution detection of precipitation without mechanical parts.
Radiation Shields & Enclosures:
Protect sensors from thermal distortion, debris, and evaporation. Deploy alongside our BLE Gateways, Beacons & Accessories , to enhance short-range sensor data transfer and field diagnostics.
Solar-Powered Units:
Off-grid systems optimized for remote field deployments. Combine with our Solar Power , hardware to ensure uninterrupted autonomous operation in off-grid and extreme environments.
Mounting Assemblies:
Tripods, masts, and platform mounts suited for stationary or mobile use. Engineered to work seamlessly with our Environmental & Agriculture Sensors , for comprehensive field-level data collection.
Software
Calibration & Configuration Tools:
Windows-based and web-based applications for setup, diagnostics, and calibration.
Real-Time Dashboards:
Visualize live and historical precipitation data with alerts and geospatial mapping.
Data Management Platforms:
Store, query, and export data across devices and timelines via customizable reporting modules.
Cloud Services
IoT-Enabled Connectivity:
Automatically transmit data to cloud platforms using LTE, LoRaWAN, or satellite networks.
API Integrations:
Seamlessly connect rain gauge data to SCADA, ERP, and weather modeling software.
Remote Monitoring & Maintenance:
Receive system diagnostics, calibration alerts, and performance reports from anywhere.
Industry Standards & Regulations
- ANSI/ISA-18.2
- EPA Quality Assurance Handbook for Air Pollution Measurement Systems
- NIST Handbook 44
- NOAA Climate Reference Network Standards
- Environment and Climate Change Canada (ECCC) Meteorological Standards
Key Features and Functionalities
- High-resolution rainfall detection with customizable measurement intervals
- NIST-traceable accuracy and factory calibration
- Weatherproof IP-rated enclosures for all-season deployment
- Real-time alerts for rainfall thresholds and system diagnostics
- Integration-ready with third-party hydrology and weather systems
- Battery or solar-powered models with up to 3 years of autonomy
Integrations and Compatibility
Our rain gauges work seamlessly with:
- GIS and Mapping Platforms: ArcGIS, QGIS
- Weather Modeling Software: WRF, NOAA HYDRO
- Data Acquisition Systems (DAS): Campbell Scientific, Vaisala, and others
- Smart Infrastructure & SCADA Systems
- IoT Hubs: AWS IoT Core, Microsoft Azure IoT, Google Cloud IoT
Benefits of Choosing Meteorological Climate
- Full solution support from selection through deployment and lifecycle servicing
- Modular configurations to match climate zone, terrain, and operational scale
- Secure cloud storage and scalable architecture for regional and national data networks
- Expert consultation and on-site support available for complex integrations
- Rapid shipping across North America and responsive U.S.-based customer service
Industries Served
- Environmental Monitoring
- Utilities & Infrastructure
- Smart Cities & Urban Planning
- Transportation & Aviation
- Mining & Resource Management
- Academic & Government Research
Applications
- Flood Monitoring & Emergency Planning
- Agricultural Irrigation Scheduling
- Stormwater Runoff Modeling & Drainage System Design
- Municipal Infrastructure Management
- Research & Climate Impact Studies
- Construction Site Weather Compliance
Case Studies
U.S. Case Study 1: Municipal Stormwater Management – Texas
A Texas municipality deployed a network of tipping-bucket rain gauges integrated with a SCADA platform to monitor real-time precipitation across flood-prone zones. Using automated rainfall alerts, the public works team improved emergency response and reduced flood-related damages during peak storm seasons.
U.S. Case Study 2: Agricultural Research – Iowa
An agricultural research institution implemented weighing rain gauges across test farms to optimize irrigation strategies under variable precipitation patterns. The system delivered granular insights, leading to a 22% reduction in water usage while maintaining crop yield.
Canadian Case Study: Urban Infrastructure – Ontario
A smart city initiative in Ontario incorporated optical rain gauges into its smart stormwater drainage system. By integrating real-time rainfall data with GIS, the system automated sluice gate operations and improved waterway safety across densely populated urban neighborhoods.