Ultrasonic Flow Meters – Clamp-On & InlineLeading the Ultrasonic Flow Meter Revolution
Ultrasonic flow meters are essential tools for precise liquid flow measurement, offering a non-intrusive method to gauge the velocity of liquids across various applications. These meters measure the flow using advanced ultrasonic technology, making them ideal for industries requiring accuracy without compromising the integrity of the system.
Advanced Features & Capabilities of Ultrasonic Flow Meter
Modern ultrasonic flow meters incorporate cutting-edge technology for unparalleled performance, diagnostics, and connectivity.
Two distinct measurement principles optimized for different fluid conditions. Transit-time for clean liquids, Doppler for fluids containing particles or bubbles.
Premium inline meters use multiple acoustic paths across the pipe cross-section for superior accuracy and flow profile compensation. Essential for custody transfer and challenging flow profiles.
Intelligent algorithms continuously analyze signal quality, flow patterns, and system health to detect issues before they affect measurement accuracy or cause failures.
Modern ultrasonic meters are Industry 4.0 ready with comprehensive wireless options and cloud platforms for remote monitoring, analytics, and fleet management across multiple sites.
Clamp-On vs. Inline: Choose Your Solution
Both technologies use ultrasonic transit-time or Doppler principles, but offer distinct advantages for different applications. Understanding the trade-offs helps you select the optimal solution.
Detailed Technical Specifications
| Parameter | Details |
|---|---|
| Measurement Principle | Time-difference method with low-voltage multi-pulse transmission and dual balanced signal differential reception |
| Accuracy | ±1% |
| Repeatability | 0.20% |
| Linearity | 0.50% |
| Flow Speed Range | 0-±30m/s |
| Measurement Diameter | DN15-DN6000 |
| Medium Types | Water, seawater, industrial wastewater, acid/alkali liquids, alcohol, beer, oils |
| Medium Temperature | Standard probe: -30°C to 90°C; High-temperature probe: -30°C to 160°C |
| Power Supply | AC220V, AC110V, DC8-36V, or AC7-30V |
| Power Consumption | <1.5W |
| Communication Protocols | MODBUS, MBUS, FUJI, MQTT, and others |
| Signal Output | 4-20mA, RS232, RS485, OCT, relay signals, and sound alarms |
| Data Logging | Automatic memory for last 60 days, 60 months, and 5 years of flow data |
| Pipe Material | Steel, stainless steel, cast iron, cement, copper, PVC, aluminum, fiberglass |
| Protection Level | IP68 (submersible up to 2 meters) |
| Display | Digital LCD with multi-language support |
| Protection Level | IP68 (submersible up to 2 meters) |
| Operating Environment | - Main Unit: -30°C to 80°C |
| - Sensor: -40°C to 160°C | |
| - Humidity: Main Unit: 80% RH; Sensor: Submersible up to 3 meters |
Uses and Applications of Ultrasonic Flow Meter
Ultrasonic flow meters are integral to numerous industries due to their precise flow measurement capabilities. Sectors such as water treatment, chemical processing, and food and beverage heavily rely on these meters to ensure accurate liquid flow measurement. The non-intrusive nature of these meters makes them perfect for applications where system integrity is vital, allowing industries to monitor flow rates without disrupting operations.
Water and Wastewater Management
Monitoring water distribution networks and consumption. Measuring flow in treatment plants, including raw water, treated water, and effluent. Leak detection and pipeline monitoring.
Oil and Gas
Measuring crude oil, refined products, and natural gas flow. Custody transfer applications for accurate billing. Monitoring pipelines for flow assurance and leak detection.
Chemical and Petrochemical
Maintain precise control over fluid distribution, pressure, and operational safety. Balancing Valve’s robust communication protocols and data tracking make it a reliable choice for manufacturing plants, chemical processing, and food and beverage operations.
Food and Beverage
Measuring flow of liquids like milk, juices, and beer. Monitoring water usage in cleaning and production processes. Ensuring accurate ingredient dosing in production lines.
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How to Choose the Right Ultrasonic Flow Meter
When selecting an ultrasonic flow meter, several factors must be considered to ensure the right fit for the application. Key considerations include the type of liquid being measured, the flow rate range, and the required measurement accuracy. The choice between clamp-on and inline models depends on installation preferences and system requirements. Environmental conditions, such as temperature and pressure, also play a critical role in determining the suitable meter type. Evaluating these factors ensures optimal performance and accurate flow measurement.
Frequently asked questions about ultrasonic flow meters often revolve around their functionality, maintenance, and application suitability. Common queries include how these meters measure flow without contacting the liquid, the differences between doppler and transit time flow meters, and the benefits of using ultrasonic technology over traditional methods. Understanding the answers to these questions helps users make informed decisions about leveraging ultrasonic flow meters for their specific needs, ensuring efficient and accurate flow measurement outcomes.
Choosing the right ultrasonic flow meter can be a complex process, which is why consultation and support services are invaluable. Professional guidance ensures users select a meter that meets their precise requirements, from installation to operation. Consultation services provide expert advice on the best meter type and configuration for specific applications, while ongoing support ensures optimal meter performance and longevity. Access to these services guarantees that users maximize their investment in ultrasonic flow meters.
Why Choose Our Ultrasonic Flow Meter
Choosing our ultrasonic flow meter offers numerous advantages for accurate flow measurement in various applications. These devices utilize advanced technology to provide precise and reliable readings, ensuring optimal performance and efficiency in your systems.
Frequently Asked Questions (FAQs)
Discover answers to common questions about balancing valves, including their purpose, benefits, and how they improve system efficiency.
01
01
Ultrasonic flow meters are used in various applications, including residential and commercial water flow measurement, industrial applications for clean liquids and slurries, and portable ultrasonic flow measurement for field testing. They are versatile and can be utilized in environments where non-invasive measurement is preferred, such as when monitoring flow in large pipes or sensitive environments.
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Doppler flow meters measure the frequency shift of ultrasonic waves reflected off suspended particles or gas bubbles in the fluid, making them suitable for liquids with high levels of impurities. In contrast, transit time ultrasonic flow meters rely on the travel time difference of ultrasonic pulses sent upstream and downstream, providing accurate measurements for clean liquids in full pipes.
03
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There are various types of flow sensors available for ultrasonic flow measurement, including inline, clamp-on, and portable ultrasonic flow sensors. Clamp-on sensors are particularly advantageous as they provide a non-invasive method for measurement, allowing for easy installation on existing pipelines without cutting into the pipe.
04
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Measurement accuracy in ultrasonic flow meters can be influenced by several factors, including the presence of gas bubbles or suspended particles in the fluid, the pipe wall thickness, and the flow profile upstream of the meter. Ensuring a full pipe and proper installation can enhance the accuracy and repeatability of the measurements.
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Yes, ultrasonic flow meters can measure aerated liquids, but the choice between Doppler and transit time technology is crucial. Doppler flow meters are better suited for aerated or dirty liquids containing gas bubbles, while transit time meters perform best with clean liquids devoid of suspended particles.
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Clamp-on ultrasonic flow meters offer several advantages, including non-invasive measurement, ease of installation, and the ability to be used on existing pipelines without downtime. They are suitable for a wide range of pipe sizes and can provide accurate flow measurement without the need for pipe modifications.
07
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To prevent the valve from seizing or getting stuck due to scale buildup, most models automatically open and close slightly once a month. This keeps the mechanism free and ensures reliable operation.
