| Customization: | Available |
|---|---|
| Range: | 0-30m |
| Measurement Accuracy: | ±5mm |
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As a key instrument for water level measurement, liquid level sensors play an important role in different scenarios, and their advantages cover multiple aspects such as measurement performance and ease of use.
High precision measurement:
Using advanced sensing technology, it can accurately capture subtle changes in liquid level, whether it is millimeter level fluctuations or large-scale liquid level fluctuations, it can be accurately measured, providing reliable data support for water conservancy monitoring and industrial production.
Multiple measurement methods:
equipped with various measurement principles, such as ultrasonic, radar, pressure, etc. Ultrasonic level sensors calculate the liquid level by emitting and receiving ultrasonic waves; Radar level sensors use electromagnetic wave reflection measurement and are suitable for complex working conditions. Users can flexibly choose the appropriate type according to different scenarios.
Real time dynamic monitoring:
It can achieve real-time continuous monitoring of liquid level, provide timely feedback on liquid level changes, facilitate staff to quickly grasp the situation, take timely response measures, and ensure production safety and efficiency.
Advantages of non-contact measurement:
Some liquid level sensors, such as ultrasonic and radar level sensors, do not require direct contact with the measured liquid, avoiding problems of liquid corrosion and contamination of the sensor. They are suitable for measuring the liquid level of highly corrosive, high viscosity, toxic and harmful liquids, while reducing maintenance frequency and costs.
Adapt to harsh environments:
With good environmental tolerance, it can work stably in harsh environments such as high temperature, low temperature, humidity, and dust, meeting the liquid level measurement needs in complex environments such as outdoor water conservancy projects and chemical sites.
Easy to install and integrate:
The structural design is compact, the installation methods are diverse and simple, and it supports threaded installation, flange installation, etc. At the same time, it can be easily integrated into various automation control systems, enabling communication with devices such as PLCs and upper computers, making it easy to build intelligent monitoring systems.
Long service life and stability:
Made with high-quality materials and mature processes, it has stable and reliable performance, long service life, reduces equipment replacement frequency, lowers overall operating costs, and has good repeatability of measurement data to ensure consistency of measurement results.
Intelligent function:
Some liquid level sensors have functions such as intelligent compensation and fault diagnosis, which can automatically compensate for the influence of environmental factors on measurement results, monitor their own working status in real time, and alarm in a timely manner when faults occur, facilitating maintenance and management.
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