80GHz Radar Level Meter

High-performance 80GHz radar level meter for non-contact level measurement in industrial tanks and process applications. Suitable for liquids, chemicals, water tanks, process vessels, and selected solid material applications. Designed for stable measurement, narrow beam angle, and easy commissioning.

Description

80GHz Radar Level Meter

The 80GHz Radar Level Meter is designed for accurate, stable, and non-contact level measurement in industrial tanks,
process vessels, and storage applications. Using high-frequency radar technology, it provides reliable level measurement
even in demanding industrial environments.

The narrow beam angle of 80GHz radar technology makes it suitable for tanks with internal structures,
small process connections, and applications where precise targeting is required.

Key Features

80GHz high-frequency radar technology
Non-contact level measurement
Narrow beam angle for better signal focusing
Stable measurement performance
Suitable for liquid tanks and process vessels
Applicable for water, chemicals, oils, and selected industrial materials
Easy configuration and commissioning
Suitable for continuous level monitoring
Can be integrated with PLC, SCADA, and control systems

Technical Specifications

Product Type
Radar Level Meter
Radar Frequency
80GHz
Measurement Type
Non-contact continuous level measurement
Typical Model
NYRD-900
Power Supply
24VDC
Output Signal
4–20mA + HART
Measuring Range
Up to 30m
Process Connection
G1.5″ Thread
Antenna Type
Lens Antenna
Beam Angle
Narrow beam angle
Display
LCD display available
Protection
Industrial field installation design
Application
Tank / Vessel / Silo Level Measurement

Typical Applications

Water tanks
Wastewater tanks
Chemical tanks
Process vessels
Storage tanks
Oil and liquid storage
Industrial automation systems
High-level and low-level monitoring
Continuous level measurement
Selected powder and solid level applications

Why Choose 80GHz Radar?

Compared with traditional level measurement methods, 80GHz radar provides better focusing, stronger signal stability,
and more reliable measurement in many industrial tank applications.

It is a practical choice where non-contact measurement is required and where mechanical level switches
or ultrasonic sensors may not be suitable.

For correct model selection, please provide tank height, material type, temperature, pressure, process connection,
and required output signal.


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