Description
1. Introduction to Handheld Ultrasonic Flow Meter MT-F210UL
The handheld ultrasonic flow meter MT-F210UL is a portable, highly accurate measuring device designed to provide flow measurement for a wide variety of pipeline systems. This device is based on the transit-time ultrasonic measurement principle, making it ideal for non-intrusive, clamp-on installation without the need to cut pipes or interrupt flow. With its wide measuring range and compatibility with different pipe materials, the MT-F210UL is a preferred choice in industries such as water supply, energy-saving projects, petrochemical plants, metallurgy, and heating systems.
Unlike mechanical flow meters, the handheld ultrasonic flow meter MT-F210UL has no moving components. This ensures low maintenance requirements, longer operational life, and stable measurement performance, even in demanding conditions. Its flexible transducer selection allows the device to adapt to pipe diameters from small to very large-scale distribution pipelines.
2. Working Principle
The MT-F210UL operates using the transit-time ultrasonic principle. This method measures the time difference between two ultrasonic signals that travel in opposite directions through the flowing medium. When liquid flows in a pipe, the signal moving with the flow travels faster than the signal moving against it. By calculating this time difference, the device determines the flow velocity. This measurement is then converted to volumetric flow rate.
This method is accurate and reliable because it does not depend on the fluid’s pressure, temperature, density, or viscosity. It also avoids issues like clogging or wear, which are common in mechanical sensors.
3. Key Features and Functional Advantages
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Several transducer types available for a wide measuring range, offering flexibility for various applications and pipe sizes.
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The internal rechargeable Ni-MH battery provides more than 12 hours of continuous operation, making the device ideal for field measurements.
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Portable, lightweight, and simple to operate, suitable for installations where mobility is important.
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Offers cost-effective flow measurement without pipe modification, cutting, or shutdown.
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Large backlit LCD display enables easy reading in dark rooms or outdoor sunlight.
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RS232 insulated communication interface allows data transfer and firmware upgrades directly from a computer.
4. Typical Industrial Applications
The handheld ultrasonic flow meter MT-F210UL is widely used in:
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Water supply and drainage systems
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Heating and HVAC systems
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Energy-saving and monitoring projects
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Steel and metallurgy plants
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Petrochemical industry
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Food and beverage systems with clean fluids
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Sewage plants handling low-particle liquids
Its non-intrusive installation and high portability make it suitable for onsite inspection, validation, leak detection, and maintenance operations.
5. Installation Conditions and Requirements
To ensure accurate measurement, specific pipe installation conditions must be met:
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The pipe diameter should range between 25 mm and 6000 mm.
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The transducer must be installed on a section of straight pipe.
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The upstream straight pipe length should be at least 10 times the pipe diameter, while the downstream length should be at least 5 times the pipe diameter.
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If located near a pump outlet, a length of 30 times the pipe diameter should be observed for the upstream section.
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The liquid must be capable of transmitting ultrasonic waves, and it should not contain excessive bubbles or suspended solids.
6. Measuring Medium Compatibility
The MT-F210UL can measure a wide range of liquids, including:
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Clean water, city water, chilled water, hot water, and seawater
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Sewage with low particle content
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Fuel oil, diesel oil, lubricating oil, crude oil
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Chemical solutions such as alcohol and industrial effluents
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Ultra-pure liquids in pharmaceutical and beverage production
It supports both cold and hot temperature applications, ensuring flexible application in industrial processes.
7. Environmental and Operating Conditions
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Measuring temperature range for liquid: -30°C to 160°C
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Operating temperature for converter: -20°C to 60°C
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Humidity tolerance:
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Transducer: IP67
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Converter: 85% RH maximum
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Flowrate range: ±10 m/s
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Repeatability: 0.2%
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Linearity: 0.5%
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Accuracy: ±1%
These specifications ensure stable and reliable performance, even in outdoor industrial environments.
8. Technical Specifications Table
| Parameter Category | Specification |
|---|---|
| Working Principle | Transit-time ultrasonic |
| Accuracy | ±1% |
| Linearity | 0.5% |
| Repeatability | 0.2% |
| Display | 16 x 4 character LCD with backlight |
| Data Interface | RS232 insulated, PC software upgrade supported |
| Pipe Material Compatibility | Stainless steel, carbon steel, copper, PVC, glass steel, cast iron, cement pipes |
| Pipe Diameter Range | DN25 to DN6000 |
| Straight Pipe Requirements | 10D upstream, 5D downstream; 30D when near pump |
| Liquid Types | Water, fuel oils, chemical liquids, beverages, low-particle sewage |
| Measuring Temperature | -30°C to 160°C |
| Flow Rate Range | ±10 m/s |
| Converter Ambient Temperature | -20°C to 60°C |
| Transducer Protection | IP67 |
| Battery | Built-in Ni-MH battery, >12 hours continuous working |
9. Benefits for Industry Operations
The handheld ultrasonic flow meter MT-F210UL helps reduce operational costs and improve system reliability by offering:
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Fast installation without service interruption
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High mobility for field technicians
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Accurate verification of existing flow meters
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Useful for temporary measurement, maintenance evaluation, and process optimization
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Ideal for troubleshooting flow distribution issues in large facilities
10. Conclusion
The handheld ultrasonic flow meter MT-F210UL is a versatile and effective solution for flow measurement across a broad range of industrial and municipal applications. Its portability, flexible transducer selection, and high measurement accuracy make it particularly suitable for field inspections, diagnostics, and temporary monitoring tasks. With advanced ultrasonic technology and robust construction, the MT-F210UL delivers consistent performance and reliability, providing industries with a practical tool for efficient fluid management.




