Information

The acoustic radar level gauge is an advanced liquid level measurement device that uses radar technology for non-contact liquid level measurement. This article will provide an in-depth introduction to the working principle, application fields, technical characteristics and key issues that users need to pay attention to during use.

1. Working principle

a. Emit sound waves: The device emits sound wave signals to the liquid surface through the built-in transmitter.

b. Receive echo: The sound wave is reflected at the interface with the liquid, and the device receives the echo signal.

c. Calculate the liquid level: Calculate the distance from the liquid surface to the sensor based on the propagation time of the sound wave to obtain the liquid level height.

d. Precise measurement: The working principle of the sonic radar level gauge ensures high-precision, non-contact liquid level measurement.

2. Application fields

a. Petrochemical industry: used for liquid level monitoring of liquid storage equipment such as oil tanks and chemical tanks.

b. Water treatment: suitable for water treatment equipment such as pools and water tanks to achieve liquid level monitoring and control.

c. Food processing: In food production, used for liquid level control of liquid raw materials.

d. Environmental monitoring: used in environmental protection equipment to monitor liquid levels in sewage treatment and other processes.

3. Technical features

a. Non-contact measurement: The acoustic radar level gauge adopts non-contact measurement without physical contact with the liquid, thus avoiding contamination and loss.

b. Strong adaptability: adaptable to different liquids, different environmental temperature and pressure conditions, and has strong environmental adaptability.

c. Long-distance measurement: Some models support long-distance liquid level measurement and are suitable for large equipment such as high storage tanks.

d. High reliability: Radar technology has high reliability and can work stably even in harsh environments.

4. Matters of concern to users

a. Installation location: Choose the installation location reasonably to ensure that sound waves can be transmitted and received accurately.

b. Liquid properties: Consider the viscosity, temperature and other factors of the liquid to choose a model with strong adaptability.

c. Maintenance cycle: Perform regular equipment maintenance, including cleaning the sensor surface, to ensure measurement accuracy.

d. Power supply: Ensure that the equipment has a stable power supply to avoid work interruption.

Related questions

1. How does the sonic radar level gauge work?

By emitting sound waves and receiving echoes, the distance from the liquid surface to the sensor is calculated based on the sound wave propagation time to achieve liquid level measurement.

2. In what fields are acoustic radar level gauges mainly used?

Mainly used in petrochemical, water treatment, food processing and environmental monitoring and other fields.

3. What are the technical characteristics of sonic radar level gauge?

Technical features include non-contact measurement, adaptability, long-distance measurement and high reliability.

4. Users are using sonic radar level gaugesWhat should you pay attention to when doing this?

Users need to pay attention to the installation location, liquid properties, maintenance cycles and power supply to ensure the normal use of the equipment.

5. Is it necessary to regularly maintain the sonic radar level gauge?

Yes, regular maintenance includes cleaning the sensor surface, etc. to ensure long-term stable operation of the equipment.

Summary

Acoustic radar level gauge is widely used in petrochemical industry, water treatment, etc. due to its high precision, non-contact measurement and strong adaptability. field. Users need to pay attention to the installation location, liquid properties and equipment maintenance when using it to ensure the normal operation of the equipment and provide reliable liquid level monitoring support for industrial production.