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Instrava Curated Instruments presents a high-performance guided wave radar level sensor, engineered for accurate and reliable level measurement in liquids, solids, and powders across complex industrial environments.
Through our Curated Instruments approach, this solution is optimized for:
With advanced 80GHz radar technology and intelligent signal processing, this sensor ensures stable, high-precision performance even in dust, vapor, and turbulent environments.
Transmitters & Sensors Description
Accurate Measurement in Complex Conditions
This guided wave radar level sensor delivers:
Advanced Radar Technology for Reliable Performance
Equipped with 80GHz high-frequency radar, this level sensor features:
Unlike traditional sensors, this radar level transmitter is:
Transmitters & Sensors Parameter
| Parameter | Specification |
|---|---|
| Measuring Range | 0–60m / 0–120m |
| Application | Liquid / Solid / Powder |
| Output Signal | 4–20mA / HART / RS485 / Modbus |
| Power Supply | 2-wire DC24V / 4-wire DC24V / AC220V |
| Process Temperature | -40°C ~ 200°C |
| Process Pressure | -0.1 ~ 2.0 MPa |
| Protection Level | IP67 |
| Housing Material | Aluminum / Plastic / Stainless Steel |
| Installation | Flange / Thread |
| Radar Frequency | 80 GHz |
Instrava OEM/ODM
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What is a guided wave radar level sensor and how does it work?
A guided wave radar level sensor measures level by sending microwave pulses along a probe (waveguide). When the signal reaches the surface of the material, it reflects back to the sensor. The time delay is used to calculate the exact level, providing accurate and stable continuous measurement.
What is the difference between guided wave radar and non-contact radar level sensors?
GWR is better for precision measurement in confined or complex conditions, while non-contact radar is ideal for long-distance measurement.
Can guided wave radar measure solids and powders?
Yes, guided wave radar sensors are widely used for solids, powders, and bulk materials such as cement, grain, and sand. Their guided signal improves reliability even in dusty environments.
What are the advantages of radar level sensors over ultrasonic sensors?
Ultrasonic sensors are more cost-effective but less reliable in harsh environments.
What factors affect radar level measurement accuracy?
Key factors include:
Advanced radar sensors use signal filtering and echo analysis to minimize these effects.
How do I choose between radar, guided wave radar, and ultrasonic level sensors?
Selecting the right technology depends on application complexity and required accuracy.
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