Flow measurement has always been an important subject in the fields of industrial production, scientific research and environmental protection. In order to be able to accurately measure the flow of fluid, many professional flowmeters came into being. Among them, TF1100-CH handheld ultrasonic flowmeter has been widely used as a high-precision flow measurement tool. This paper will deeply discuss the principle and application of TF1100-CH handheld ultrasonic flowmeter.
The principle of TF1100-CH handheld ultrasonic flowmeter
The TF1100-CH handheld ultrasonic flowmeter uses the time difference method to measure the flow of the fluid. The time difference method is based on the velocity difference of the ultrasonic wave propagating through the fluid to measure the flow velocity. In a stationary tube, the ultrasonic wave is emitted from one side, and the time it takes to travel through the fluid to the other side is fixed. However, when there is fluid flow in the pipe, the time for the ultrasonic wave to travel changes. By measuring the difference in travel time, the flow rate of the fluid can be calculated and the flow rate can be obtained.
Application of TF1100-CH handheld ultrasonic flowmeter
1. Industrial production: In petroleum, chemical, water treatment and other industries, accurate measurement of various fluids is required in the production process. TF1100-CH handheld ultrasonic flowmeters have the advantages of high precision, non-contact measurement, making them the ideal choice for flow measurement in these industries.
2. Scientific research: The laboratory needs to use high-precision flow measurement equipment in the process of studying fluid properties and chemical reactions. The TF1100-CH handheld ultrasonic flowmeter has the characteristics of portable and real-time measurement, which meets the needs of scientific researchers.
3. Environmental protection: In environmental protection work such as sewage treatment and river monitoring, it is necessary to carry out real-time monitoring of fluid flow. The remote transmission function of the TF1100-CH handheld ultrasonic flowmeter can quickly transmit the measurement data to the data center, which is convenient for environmental workers to grasp the flow of fluids in time.
Analysis of advantages of TF1100-CH handheld ultrasonic flowmeter
1. High accuracy: TF1100-CH handheld ultrasonic flowmeter uses the time difference method to measure the flow rate, with an accuracy of up to ±1%, which can meet various accuracy requirements.
2. Large measuring range: According to different measuring needs, TF1100-CH handheld ultrasonic flowmeters can choose different probes and frequencies, measuring ranges from a few milliliters to a few cubic meters, to meet the needs of various flow ranges.
3. Simple operation: TF1100-CH handheld ultrasonic flowmeter adopts one-click operation, and users only need simple training to master the use of the method. At the same time, it also has a liquid crystal display screen and a simple Chinese operation interface, which is convenient for users to view the measurement results at any time.
4. Strong portability: TF1100-CH handheld ultrasonic flowmeter is small in size, light in weight and easy to carry. Users can take it to the field for measurements at any time without being confined to a laboratory environment.
Comparison with other types of flowmeters
Compared with traditional mechanical flowmeters, TF1100-CH handheld ultrasonic flowmeters have higher measurement accuracy and wider measurement range. At the same time, it does not need to come into contact with the liquid being measured, so it will not be affected by the properties of the fluid, and it has a wider range of applications. Compared with the electromagnetic flowmeter, the TF1100-CH handheld ultrasonic flowmeter has no strict requirements for the temperature and pressure of the fluid, and is not interfered with the electromagnetic field, and the stability is better.
Matters needing attention
Using TF1100-CH handheld ultrasonic flow timing, you need to pay attention to the following:
1. Maintenance and maintenance of the instrument: regularly check the battery power, clean the probe, etc., to ensure the measurement accuracy and the service life of the instrument.
2. Safety issues during use: during the measurement process, it is necessary to ensure that the probe is perpendicular to the fluid to avoid the impact of the probe by the fluid, so as not to damage the probe or affect the measurement results.
3. Parameter setting: According to different fluid and measurement requirements, the instrument needs to be set the corresponding parameters to ensure the accuracy of the measurement results.
4. Data processing: After using the TF1100-CH handheld ultrasonic flowmeter to obtain data, data processing and analysis are needed to obtain useful measurement results and fluid flow characteristics.
Post time: Oct-16-2023