1. Non contact measurement: Ultrasonic level transmitters use sound waves for measurement, without direct contact with the measured liquid, so it will not cause contamination or damage to the liquid. This non-contact measurement method also enables ultrasonic level transmitters to safely measure in some special environments, such as toxic, corrosive, pressurized, flammable, volatile, and leak prone liquids.
2. High precision and stability: Ultrasonic level transmitters have high measurement accuracy and stability, and can achieve millimeter level liquid level measurement. This is mainly due to its advanced measurement principles and high-precision signal processing technology.
3. Wide measurement range: Ultrasonic level transmitters have a large measurement range and can adapt to liquid level measurement needs at different heights. Whether it is a small container or a large storage tank, ultrasonic level gauges can provide accurate measurement results.
4. Wide applicability: Ultrasonic level transmitters can measure various liquids, including liquids with high dielectric constants, liquids with bubbles or particles, etc. At the same time, it can also adapt to different working environments, such as high temperature, high pressure, and strong magnetic fields.
5. Flexible installation: The installation of ultrasonic level transmitters is relatively simple and flexible, usually not limited by the shape and material of the container. They can be installed in various containers and environments, providing great convenience for users.
6. Multiple types to choose from: Depending on the structure, ultrasonic level transmitters can be divided into two types: integrated and split. The integrated ultrasonic level transmitter integrates the ultrasonic probe, signal processing unit, display, etc. into one device, which is easy to install and has comprehensive functions; The split type ltrasonic level transmitter separates the probe and signal processing unit, with the probe installed at the measurement point and the signal processing unit installed at a location far away from the measurement point, connected by a cable. This design gives the split type ultrasonic level transmitter stronger anti-interference ability and adaptability.
7. Strong anti-interference ability: Ultrasonic level transmitters have strong anti-interference ability and can operate and measure stably in various complex environments. This is mainly due to its advanced signal processing technology and robust housing design.
However, ultrasonic level transmitters also have some limitations, such as being susceptible to false reflection echoes caused by agitators in containers with agitators, avoiding obstacles under sound waves, and not suitable for use in pressure vessels. Therefore, when selecting and using an ultrasonic level transmitter, it is necessary to consider the specific application scenarios and requirements comprehensively.
Our main products include electromagnetic flowmeter, turbine flowmeter,mass flowmeter, vortex street flowmeter, pressure transmitter, liquid level transmitter, and magnetic level indicator.
