Precision Meets Simplicity! WTR10 Water Level Measurement Radar Upgraded

2025-07-11


Abstract

Nanoradar Water Level Measurement Radar WTR10: With core features including ±3mm high precision, 0.1-30m wide range, and 6° narrow beam, it delivers a stable, precise, and easy-to-use water level monitoring solution.

When heavy rain pours, are your water level readings always disrupted by raindrops?
Do floating debris in rivers cause monitoring errors to skyrocket?
Is there no space for large equipment in tight areas?
......
How can these traditional water level monitoring challenges be solved?

Nanoradar Water Level Measurement Radar WTR10: With core features including ±3mm high precision, 0.1-30m wide range, and 6° narrow beam, it delivers a stable, precise, and easy-to-use water level monitoring solution.

Core Performance: Stability and Precision Combined
Stable Detection

6°×6° detection beam with lens antenna design ensures stable monitoring in complex environments.

Dynamic clutter filtering algorithm automatically eliminates environmental interference, delivering reliable measurement data.

Precise Measurement

0.1–30m range with ±3mm accuracy, verified by the Hydrology Instrument and Geotechnical Engineering Instrument Quality Supervision and Testing Center (MWR).

 

Three Product Configurations to Flexibly Match Needs
 

 

Base Version

Standard Version

Premium Version

Form Factor

Bare Module (42×62×62mm)
No housing
Industrial module
Enclosed Unit (IP67)
Sealed casing
Corrosion-resistant
Enclosed Unit + Display
Real-time local display
Remote management

Key Features

Highly customizable integrationPlug-and-play deploymentSmart visual monitoring

Applications

For OEM integrationRivers/reservoirs
Direct deployment
Flood control centers
Smart water management

The WTR10 Water Level Measurement Radar offers three configurations to adapt to different scenarios, enabling flexible solutions for full-scenario water level monitoring coverage.

 

Easy Integration, Seamless Connectivity
Industrial-standard Modbus and RS485 protocols for seamless IoT platform integration and remote data transmission, enabling 24/7 data collection and monitoring.

6V–24V wide voltage input adapts to various environments.

NB-IoT & RS485 interfaces ensure compatibility with diverse IoT platforms.

Strong Adaptability for Complex Environments
Non-Contact Measurement, Unfazed by Harsh Conditions

Radar emits electromagnetic waves that propagate even in vacuum, unaffected by water density, sediment content, or pollutants.

Immune to temperature, wind speed, rainfall, and other environmental factors—ideal for flooding, sediment accumulation, and other complex scenarios.

24/7 All-Weather Operation

Millimeter-wave radar technology ensures minimal impact from wind, rain, or fog.

IP67 protection—waterproof, dustproof, and resistant to temperature extremes, sediment, dust, river pollutants, and floating debris.

Low Power Consumption, Energy-Efficient
1.5W low power with energy-efficient chips; 1mA current in sleep mode, significantly reducing energy use and operational costs.

Solar-powered option eliminates the need for stilling wells.

No moving parts, no mechanical wear, long lifespan.

Operates in -40℃ to +70℃, suitable for extreme outdoor environments.

Multi-Scenario Applications: From Rivers to Industrial Use
Hydrological monitoring: Rivers, lakes, channels—especially for flash flood warnings (high-frequency monitoring during rapid water level changes).

Shipping docks: Non-contact measurement doesn’t interfere with vessels; real-time water level monitoring aids docking.

Industrial applications: Liquid level measurement in chemical/energy sectors (e.g., tanks, reservoirs)—corrosion-resistant and interference-proof.

Remote unmanned sites: Mountainous or isolated areas with solar power and remote transmission, reducing manual inspection costs.

Natural Water Level Monitoring

Urban Flood Monitoring During Rainy Seasons

Water Treatment Assistance


Recommended Reading


Understanding Multi Lane Traffic Radar: Enhancing Traffic Management Efficiency


Multi lane traffic radar technology plays an essential role in modern traffic management systems, providing real-time data that helps monitor vehicle movement across multiple lanes. This advanced technology utilizes microwave radar signals to detect and analyze traffic patterns, enabling authorities to make informed decisions that enhance roadway safety and efficiency. One of the primary advantage

2025-12-05

The Critical Importance of Traffic Flow Radar in Shaping Smart City Infrastructure


The Critical Importance of Traffic Flow Radar in Shaping Smart City Infrastructure Table of Contents Introduction to Smart Cities and Traffic Management What is Traffic Flow Radar Technology? The Role of Traffic Flow Radar in Smart City Planning Key Benefits of Traffic Flow Radar Technology Applications of Traffic Flow Radar in Urban Planning Traffic Flow Radar and Sustain

2025-12-04

Ground Surveillance Radar: Enhancing Security and Operational Efficiency


Ground surveillance radar (GSR) plays a crucial role in enhancing security and operational efficiency across various industries, including those involved in the production of artisanal goods such as LED keychains. Understanding how GSR functions and its benefits can provide insight into its relevance, even in industries that may not directly utilize heavy surveillance technologies. At its core, gr

2025-12-03