80GHz Millimeter-Wave Sensor for Precise Liquid Level Detection

This 80GHz millimeter-wave sensor is your go-to radar module for precise liquid level detection without ever touching the liquid. Using the technology of Frequency Modulated Continuous Wave radar, this sensor provides reliable measurements over long distances. Its impressive 40-meter range, coupled with millimeter-level accuracy, makes it suitable for any environment, whether in smart water management, industrial settings, or even safeguarding against environmental disasters.

The capability to measure from as close as 0.15 meters to as far as 40 meters sets this sensor apart, making it ideal for large bodies of water and deep tanks. Imagine accurately monitoring a reservoir with ease; this sensor offers an outstanding ±5mm accuracy and 1mm resolution, ensuring every measurement is precise. With such reliability, you can count on this sensor to provide data critical for maintaining control and issuing timely alerts.

Thanks to its specialized lens emitting a narrow ±3° radar beam, the sensor focuses precisely on what it needs to measure, disregarding false reflections from nearby structures. This ensures that, even in complex or confined spaces, your measurements remain stable and accurate. The dedicated energy concentration also enhances the sensor's directivity, giving you confidence in its readings.

With advanced FMCW technology, this sensor thrives in environments where others falter. Temperature changes, mist, or dust do not hinder its performance. The anti-interference algorithm built into the sensor ensures smooth operation, even amid strong reflections or multiple targets. This adaptability makes it an excellent choice for tough outdoor or industrial environments.

Experience the full advantage of a non-contact, maintenance-free setup. By remaining above the liquid surface, the sensor avoids physical contact with the liquid, which is crucial when dealing with corrosive or pure substances. This design choice prevents damage and fluid contamination, extending the sensor's lifespan and reducing maintenance needs—saving you time and costs in the long run.