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What application are clamp on ultrasonic BTU meter suitable for ?
The application fields of external clamp ultrasonic heat meters are extensive, covering: 1. Building HVAC (Heating, Ventilation, and Air Conditioning) Used in central air conditioning systems and centralized heating/cooling systems to measure energy consumption by zone, optimize operational effi...Read more -
Clamp on ultrasonic flow meter in high-temperature environment
In the production processes of industries such as metallurgy, chemical engineering, and power, high-temperature environments are common working conditions, which place strict demands on the performance and stability of flow measurement instruments. The clamp-on ultrasonic flowmeter has emerged in...Read more -
Selection and Application of Coupling for Clamp-on Ultrasonic Flowmeters
Clamp-on ultrasonic flow meters measure fluid flow by installing probes on the outer wall of pipelines. As the medium for transmitting ultrasonic waves from the probes to the pipelines, the performance of coupling agents directly affects the measurement accuracy and stability. When selecting cou...Read more -
Advantages of Radar Flowmeters
The core advantages of radar flowmeters lie in non-contact measurement, strong environmental adaptability, and convenient installation/maintenance, making them particularly suitable for complex scenarios where traditional contact-type instruments struggle. Below is a detailed breakdown of their k...Read more -
Ultrasonic Flowmeters in Pumping Stations
Ultrasonic flowmeters are widely used in pumping station systems for flow monitoring, energy efficiency management, equipment protection, and process optimization. Their non-intrusive measurement, wide range adaptability, and high precision make them particularly suitable for complex fluid enviro...Read more -
Ultrasonic Clamp-On Flowmeters in the Pharmaceutical Industry
Ultrasonic clamp-on flowmeters play a critical role in the pharmaceutical industry, leveraging their non-intrusive measurement, pipe-friendly installation, and high precision. Below is a detailed introduction to their application scenarios, core advantages, and key considerations, presented in a ...Read more -
In the water treatment industry, transit-time ultrasonic flowmeters have demonstrated strong applicability and significant advantages.
In the raw water transportation phase, raw water is often sourced from natural water bodies such as rivers and lakes, with complex water quality that may contain impurities like sediment and aquatic plants. Transit-time ultrasonic flowmeters, free of mechanical moving parts, are immune to entangl...Read more -
What are the differences between two-wire ultrasonic level meters and three-wire ultrasonic level meters?
Two-wire Ultrasonic Level Meters Two-wire ultrasonic level meters adopt a design where the power supply (DC24V) and the signal output (DC4 – 20mA) share the same circuit. This configuration allows the device to operate with just two wires, making it a standard transmitter form. The major a...Read more -
Influence of Sensor Installation on Vertical Pipelines with Downward Flow Direction
When ultrasonic flowmeters are installed on vertical pipelines where water flows from top to bottom, the measurement accuracy may be significantly affected. This is primarily due to two factors: Incomplete Pipe Filling: Downward flow in vertical pipes often results in partial pipe filling, espe...Read more -
What problems are solved by multi-channel ultrasonic flowmeters compared with single-channel ultrasonic flowmeters?
The flow measurement principle of multi-channel ultrasonic flowmeters is basically the same as that of single-channel ultrasonic flowmeters. However, during flow measurement, multiple sensors are installed on the cross-section of the fluid flow. By accurately measuring the time difference of ultr...Read more -
What problems can be solved by the installation of hoop ? And what issues should be noted during the installation process?
When installing an insertion-type sensor, it is necessary to weld a ball valve base onto the pipeline, install the ball valve, and then drill a hole before installing the insertion-type sensor. For pipelines that cannot be directly welded, such as those made of materials like cement, ductile iron...Read more -
In what situations is an electromagnetic flowmeter not suitable for use?
Electromagnetic flow meters are instruments that measure the flow of conductive liquids based on the principle of electromagnetic induction. They are generally not suitable for use in the following situations: Measuring non-conductive liquids: The working principle of electromagnetic flow meters...Read more
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