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Monitor Rainfall Instantly with Automated Rain Gauge

Ultrasonic and Tipping - Bucket ARGs ensure accurate rainfall data for critical applications

IoT-enabled smart rain gauge collecting precipitation data remotely
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Our Automated Rain Gauge System provides precise, real-time rainfall data by combining cutting-edge sensors with IoT connectivity. It allows smooth remote monitoring with smart decision-making and is designed for industries such as urban planning, weather forecasting, and agriculture.

Smart Features of ARG

Elint's solution for precise, real-time data acquisition and transmission

Industrial-grade automated weather station with ultrasonic, rain, and wind sensors for precise data logging
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Smarter Forecasting

Real-time data for easier decision-making and better water planning

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Remote Access

Monitor gauges from anywhere—no site visits needed

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Secure Data

Encrypted storage ensures accuracy and protection

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Scalable Setup

Easily add more gauges using existing infrastructure

WMO Compliance: Built to Global Standards

To ensure accurate, reliable, and standardized environmental data, our Automated Rain Gauge (ARG) solutions are designed in full alignment with the World Meteorological Organization (WMO) specifications.

ARG network providing remote, real-time rainfall monitoring worldwide
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High Measurement Accuracy

WMO-standard rain gauges ensure precise rainfall data.

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Calibration & Alerts

Automated reminders maintain sensor accuracy and reliability.

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High Measurement Accuracy

Ultrasonic and tipping bucket sensors ensure WMO-grade rainfall precision.

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Field Deployment Standards

Installed in open, interference-free zones for clean data.

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Data Validation

Automated and manual checks ensure trusted results.

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Sensor Traceability

NIST-certified sensors tracked through complete lifecycle logs.

Industry Challenges in Rainfall Monitoring

Here are the key challenges industries face while monitoring rainfall effectively.

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Network Gaps

Limited network coverage in remote locations.

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Unreliable Data

Inaccurate or unreliable rainfall measurements.

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No Proactive Insights

No predictive analytics for proactive planning.

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Regulatory Resistance

Difficulty meeting WMO and compliance standards.

Automated Rain Gauge Solution

A precision and performance-driven system that combines smart sensors, IoT connectivity, analytics, and compliance

Customizable Hardware

Customizable Hardware

Adaptable sensor and connectivity choices for your needs.

IoT-Enabled Platform

IoT-Enabled Platform

 Real-time data, remote monitoring, and simplified control.

AI-Powered Insights

AI-Powered Insights

Predictive analytics for more accurate rainfall forecasting.

End-to-End Services

End-to-End Services

From design to deployment—complete system delivery.

WMO Standards Compliant

WMO Standards Compliant

 Designed to satisfy international standards for accuracy and consistency.

Sensor Traceability

Sensor Traceability

End-to-end tracking with NIST-certified sensors and documented records.

Key Components of an Automated Rain Gauge System

Smart components are used in modern Automated Rain Gauges (ARG) to provide real-time data, accuracy, and durability. Important components consist of:

Rain Sensor

Rain Sensor

Accurately measures rainfall intensity and volume

Environmental Guard

Environmental Guard

Resistant to dust and harsh weather

Communication Module

Communication Module

Transmits data via 4G / WiFi / Satellite

Data Logger

Data Logger

Stores timestamped data for analysis

Energy Source

Energy Source

Solar, battery or direct power support

How it Works

How Elint's system captures and delivers real-time rainfall data with precision.

A/CA/C
Solar Power Solar Power
Device CalibrationDevice Calibration
OTA UpdatesOTA Updates
Remote DiagnosisRemote Diagnosis
Feature
Feature
Feature

Access insights on a cloud dashboard

Rainfall is time-stamped and stored

Data transmitted via 4G, satellite, or Wi-Fi

Sensor captures real-time data

ARG Communication Technologies

From cellular networks to satellite links—ensuring uninterrupted data flow wherever your ARG is installed.

Satellite communications

Data access in low-network areas—perfect for disaster response and remote monitoring.

4G/5G Connectivity

Fast, low-latency data for real-time monitoring and cloud integration.

Dashboard That Drives Decisions

Stay ahead of the weather with real-time rainfall monitoring and alerts in one dashboard.

ARG device transmitting real-time rainfall data to cloud dashboard

Featured Products

Stay ahead of the water—intelligent solutions for real-time urban flood monitoring.

Automated Rainfall Data Logger
WeatherOn

Automated Rainfall Data Logger

Continuous rain data captured and logged to the cloud

Local Data Storage | 4G/5G

Cloud-Enabled Rain Gauge Logger
WeatherOn Max

Cloud-Enabled Rain Gauge Logger

Precision rain measurement powered by cloud data logging

LoRaWAN | IP68 Enclosure

Wireless Level Sensor - Smart Monitoring
HydroSense Pro

Wireless Level Sensor - Smart Monitoring

Flood Level Monitoring Made Smart and Real-Time

10+ Years Battery Life

Radar Rain Sensor for Precise Measurement
Doppler radar sensor

Radar Rain Sensor for Precise Measurement

Compact Radar Sensor for WMO-Compliant Rain Measurement

Low Power | Compact Design

Industries That Benefit from Our Smart IoT Monitoring System

Urban Planning

Urban Planning

Agriculture

Agriculture

Disaster Management

Disaster Management

Climate Research

Climate Research

Mining

Mining

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Got any Questions?

We’ve got answers.

What is the automated rain gauge for real-time monitoring?

The ARG combines ultrasonic and tipping-bucket sensors with IoT connectivity for precise, WMO-compliant real-time rainfall monitoring.

How to use an ultrasonic rain sensor for rainfall measurement?

Install the sensor in an open area, connect it to the ARG system, and it measures rainfall intensity and volume, sending data to your cloud dashboard.

Can I get real-time rainfall monitoring remotely?

Yes. The ARG system transmits data via 4G, 5G, or satellite, allowing you to monitor rainfall from anywhere using web or mobile dashboards.

Is there a WMO-compliant ARG?

Yes. WMO-compliant ARG systems follow global guidelines for sensor calibration, siting, and data accuracy, ensuring reliable rainfall measurements.

How does a 4G or satellite rain gauge work in remote areas?

Sensors capture rainfall data locally, then transmit it over 4G or satellite networks to a cloud platform for continuous remote monitoring.

How does IoT rain gauge help agriculture?

IoT rain gauges connect sensors to the cloud, delivering real-time rainfall data that farmers can use for irrigation planning and water resource management.

How can AI rainfall analytics aid forecasting?

AI algorithms analyze historical and real-time rainfall data to predict trends, optimize water management, and support disaster preparedness.

Do you have more questions?

 Feel free to reach out. Our team is happy to assist with product details, setup guidance, or custom monitoring needs.

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