Information

The split ultrasonic liquid level difference meter is an advanced instrument used to measure the differential height of liquids. This article will provide an in-depth introduction to its working principle, application scenarios, advantages and features, as well as key matters that users need to pay attention to during use.

1. Working principle

The split ultrasonic liquid level difference meter uses two separate ultrasonic sensors to measure the distance from the two liquid surfaces to the sensor, thereby calculating the height of the liquid level. Difference. Its working principle is based on the reflection characteristics of ultrasonic waves at the interface between air and liquid, and the liquid level is determined by measuring the propagation time of ultrasonic waves.

2. Application scenarios

The split-type ultrasonic liquid level difference meter is suitable for a variety of application scenarios, including:

a. Liquid storage tank monitoring: can be used For monitoring the height difference between two liquid levels in a storage tank.

b. Chemical process control: In chemical production, it is used to monitor the difference in liquid level in the reactor to achieve process control.

c. Oil and gas industry: used for liquid level measurement at the oil-water interface in oil tanks to ensure the effect of oil and gas separation.

d. Environmental protection field: used in water treatment systems to monitor the height between different liquid layers to ensure treatment effects.

3. Advantages and Features

The split ultrasonic liquid level difference meter has the following advantages:

a. High-precision measurement: measured by two independent sensors, providing Highly accurate liquid level difference data.

b. Wide applicability: suitable for different liquids and different working conditions, with strong adaptability.

c. Real-time monitoring: The liquid height difference can be monitored in real-time to meet the demand for real-time data in industrial processes.

d. Long-distance measurement: The split design supports longer-distance liquid level measurement and is suitable for large equipment or scenes.

4. Matters of concern to users

a. Sensor installation location: Reasonably choose the installation location of the sensor to ensure effective interaction between the liquid and the sensor.

b. Calibration cycle: Calibrate regularly to ensure the accuracy and reliability of measurement results.

c. Environmental conditions: Consider the impact of environmental temperature, pressure and other factors on sensor performance.

d. Communication settings: Configure the correct communication protocol and parameters to ensure the reliability of data transmission.

Related questions

1. What is the working principle of the split ultrasonic liquid level difference meter?

The working principle is to measure the distance from the two liquid surfaces to the sensor through two separate ultrasonic sensors, thereby calculating the height difference of the liquid level.

2. In what scenarios is the split ultrasonic liquid level difference meter mainly used?

It is mainly used in liquid storage tank monitoring, chemical process control, oil and gas industry and environmental protection fields to monitor the height difference between different liquid layers.

3. What are the advantages and characteristics of the split ultrasonic liquid level difference meter?

Advantages include high-precision measurement, wide applicability, and real-time monitoringand supports long-distance measurements.

4. What should users pay attention to when using the split ultrasonic liquid level difference meter?

Users need to pay attention to the sensor installation location, regular calibration, environmental conditions and communication settings to ensure the normal operation of the instrument.

5. Does the installation position of the sensor of the split ultrasonic liquid level difference meter affect the measurement results?

Yes, the choice of sensor installation location will affect the effective interaction between the liquid and the sensor, so the installation location needs to be selected reasonably.

Summary

The split ultrasonic liquid level difference meter achieves precise monitoring of the liquid difference height through the measurement of two independent sensors. Users need to pay attention to key matters such as sensor installation location, calibration cycle, environmental conditions and communication settings when using it to ensure that the instrument works stably and reliably under various working conditions.