All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier
(1521 products available)
Ready to Ship
Small ultrasonic flowmeters come in several types, each optimized for specific applications and requirements. These flowmeters can effectively measure the flow of liquids and gases in various industries, thanks to their compact size and advanced technology.
Portable flowmeters allow users to take them anywhere, especially in the lab, field, or on-site. These portable flow meters have the requisite batteries, allowing them to operate independently. Users can measure the flow rates without permanently installing devices by clamping ultrasonic transducers on the pipe's external. Such flexibility where flow rates cannot be directly measured makes these meters suitable for troubleshooting and temporary monitoring. The flow meters are valuable for users who require accurate flow measurements in various situations.
Inline flowmeters measure fluid flow rates by permanently installing inline in pipelines. These flowmeters provide continuous flow monitoring and are ideal for permanent installations in industrial settings. Inline flowmeters come in various sizes and designs based on pipe diameter and fluid characteristics. Such diversity in design makes them suitable for multiple industries like water treatment, manufacturing, and oil and gas. Flowmeter selection requires aligning flow rate measurement with system pressure and temperature tolerance.
Due to their easy installation, clamp-on flowmeters are popular. Transducers in these flowmeters are clamped to the pipe's exterior to measure fluid flow within. There is no need to cut or modify the pipeline, making Clamp-On flowmeters ideal for temporary uses or systems where altering infrastructure is an issue. These flow meters measure liquids and can serve a wide range of industries from HVAC to food and beverage. The accuracy of clamp-on flowmeters depends on factors like pipe size, fluid type, and installation consistency.
Multi-channel flowmeters measure and compare flow rates across several pipelines using one device. These flowmeters with several channels are advantageous in facilities where monitoring multiple lines is necessary for efficiency and data collection. By measuring flow rates in real time across different systems, users can make quick decisions and spot trends or issues as quickly as possible. Their ability to handle multiple measurements makes them a great option for industries like chemical processing and utilities, where monitoring various processes is key.
Small ultrasonic flowmeters come with many options, ensuring they fit customers' specific applications. Customization improves accuracy and efficiency for industries with unique needs, so the flowmeter design incorporates various features.
Customization of materials is critical to ensure the flow meter withstands the operating conditions. Flowmeters are made of materials such as stainless steel, brass, or plastic, depending on the fluid's corrosiveness or temperature. For example, the stainless steel flowmeter is suitable for harsh chemicals because of its strength and corrosion resistance. In systems involving high pressure or extreme temperatures, the durability of stainless steel also makes it ideal. In systems with less pressure and where cost is an issue, users prefer plastic flow meters.
Data output and communication options can be customized for flowmeter integration into existing control systems. Various industries need real-time data to make crucial decisions. Flowmeters with output options like 420 mA for analog and RS-232 or Modbus for digital communication meet this requirement. For users wanting control and monitoring, wireless transmission options provide flexibility. By aligning data output formats with system requirements, users can seamlessly get data and increase operation efficiency.
Transducer customization ensures accurate measurements across different flow conditions. Clamp-on flowmeter transducers are chosen based on pipe size or material composition. In food and pharmaceutical applications, high-temperature resistance and hygienic design are required. Low or high flow rates use sensitive or tough transducers. These tailored transducers increase accuracy and fit special application needs, making flow meter selection in different industries easy.
Power supply options are flexible to cater to different customers. Batteries last longer and are convenient for portable flowmeters. Permanent electrical connections for inline models power up continuously. Solar or external power sources are for remote locations with no immediate electricity. This variety ensures that each flowmeter operates reliably for its intended use, especially where installation simplicity is a priority.
Small ultrasonic flowmeters are instrumental in efficiently monitoring and managing fluid and gas flow in various industries. Thanks to their precision and versatility, these flowmeters are vital in effectively monitoring and managing fluid and gas flow in many industries.
The food and beverage industry uses ultrasonic flowmeters to ensure liquid measurement precision during production, packaging, and distribution. The flowmeters' non-intrusive measurement of liquids makes them ideal for measuring foods and beverages without coming in contact with the products. This characteristic prevents contamination, a critical issue in this industry. In addition, the flowmeters measure flow rate accurately so that companies comply with safety regulations and quality standards. By ensuring consistent product quality and safety, these flowmeters help manufacturers maintain their efficiency and standards.
In water and wastewater treatment plants, flowmeters assess and manage the flow of water and effluents through pipelines. The flowmeters allow operators to optimize treatment processes by providing real-time data on water flow rates and identifying issues like blockages or leaks early. Early detection helps to take immediate corrective action and avoid costly damages. In addition, these flowmeters enable plants to efficiently manage chemical dosages and energy usage, thus improving the plants' operating costs and system reliability.
Ultrasonic flowmeters in the petrochemical industry measure the flow of corrosive fluids through pipelines. They are also used to monitor the flow of crude oil, natural gas, and other chemicals. The flowmeters' ability to provide accurate flow measurement enhances safety and cost efficiency. Since they have no moving parts, the meters can be installed directly into pipelines without altering the existing infrastructure. This ability reduces the installation costs and downtime that may be needed to replace conventional flow measurement systems.
Automated control of heating, ventilation, and air conditioning flow is possible with small ultrasonic flowmeters. They oversee water and refrigerant flow rates to guarantee optimal system performance. The flowmeters' real-time data allow for energy-saving adjustments, thus maximizing efficiency and resource conservation. This real-time efficiency helps maintain comfort levels for building occupants while lowering energy costs. Moreover, their accuracy improves system reliability and lifespan.
Flowmeters are used to measure the flow of liquids and gases in this industry since quality assurance is vital. They also provide precise data on fluid flow rates during drug production. Because of their non-invasive nature, these flowmeters guarantee that no foreign materials enter drugs or medical equipment, thus preserving purity. By enabling adherence to stringent quality regulations, these flowmeters are critical in maintaining safety standards and production efficiency.
When selecting small ultrasonic flowmeters, various factors must be considered to ensure accurate flow measurement in specific applications.
Since clamp-on flowmeters are easy to install without modifying the pipeline, they are ideal for temporary or non-invasive applications. Inline models require cutting into the pipe for permanent installation. Also, consider the available space because flowmeter models suitable for tight spaces are available.
Consideration of this step involves comparing how the chosen flowmeters withstand the operating conditions of each industry. The conditions include temperature, pressure, and the chemical composition of the measured fluids. Corrosive substances call for flowmeters made of stainless steel or other chemical-resistant materials. Light and compact flowmeters are ideal in oil and gas applications with rigorous challenges.
Accuracy is critical, especially when monitoring rates requires a precise measurement of flow. Ultrasonic flowmeters provide exceptional accuracy and measure both low and high flow rates effectively. Ensure that the selected flowmeter meets the accuracy standards of an application.
For ultrasonic flowmeters to seamlessly integrate with current control systems, their data output options must be compatible. Furthermore, consider power supply concerns, particularly for portable flowmeters. These considerations enhance overall efficiency by allowing real-time monitoring and control.
A. Ultrasonic flowmeters can measure both liquids and gases. Their versatility makes them ideal for different industries, from petrochemical to HVAC systems.
A. Temperature impacts the choice of materials in flowmeters, which affects their performance in extreme conditions. Ultrasonic flowmeters are designed for high precision, even under temperature extremes.
A. Portable flowmeters are most frequently utilized in the field, during temporary applications, or where pipeline alterations are not feasible.
A. Inline flowmeters require permanent installation by cutting into the pipeline. Clamp-on simply clamped on the pipe exterior.
A. Flowmeters are powered by battery, AC, and solar power.
