About Portable Ultrasonic Flow meter
The , accurate and non-intrusive flow measurement, making it the ideal tool for , , .
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Clamp-on ultrasonic technology No pipe cutting, no pressure loss, no process interruption
Accuracy up to 1% with 0.5% linearity and 0.2% repeatability
Measures instantaneous flow, totalized flow, velocity and flow status
Built-in 24K data logger storing 20,000+ measurement records
Rechargeable Ni-MH battery providing over 12 hours of continuous operation
Supports pipe sizes from DN15 to DN6000 with multiple transducer options
Suitable for temperatures from -30C to 160C (depending on transducer selection)
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Water & Wastewater Networks
Chemical & Petrochemical Plants
Power Plants & Utilities
Food & Beverage Industries
Pharmaceutical Manufacturing
HVAC & Cooling Water Systems
Plant Maintenance & Energy Audits
Advanced Flow Measurement for Versatile ApplicationsThe IPUFM-1200 employs sophisticated transit-time ultrasonic technology for precise flow measurement across a broad range of pipe diameters and liquid types. Its portability and robust design make it suitable for field, industrial, or laboratory use, offering reliable performance even in challenging environmental conditions.
Efficient Data Management and User InterfaceWith a digital LCD display, tactile keypad navigation, and inbuilt data logging, the device streamlines setup and operation. Data can be collected and analyzed using compatible PC software via RS232 connectivity, supporting detailed reviews and long-term storage of flow measurements.
Designed for Portability and Long-lasting OperationLightweight at approximately 600g and housed in a durable ABS/polycarbonate case, the flow meter excels in portability. Its rechargeable battery delivers up to 10 hours of operation, while robust IP65 protection ensures reliable use in demanding workplaces.
FAQ's of Portable Ultrasonic Flow meter:
Q: How does the IPUFM-1200 Portable Ultrasonic Flow Meter measure flow rates?
A: The IPUFM-1200 utilizes the transit-time difference method, employing ultrasonic pulses to calculate the velocity of liquids in pipes. By measuring the time difference between upstream and downstream signal transmissions, it determines the flow rate with a high degree of accuracy.
Q: What are the installation requirements for the transducer cables?
A: By default, the flow meter comes with a 5-meter transducer cable that can be extended up to 50 meters. The clamp-on transducers are easy to mount on the outside of pipes, requiring no cutting or modification to the existing piping system, ensuring a non-intrusive setup.
Q: When should user calibration be performed on the device?
A: While the IPUFM-1200 is factory calibrated and ready for immediate use, user calibration is recommended periodically or after swapping transducers to maintain optimal accuracy, especially if used in varying field environments.
Q: Where can data recorded by the flow meter be accessed and managed?
A: Users can access and manage logged flow data directly on the digital LCD display or export it to a PC using the supplied RS232 connection and compatible data acquisition software, ensuring flexible reporting and analysis options.
Q: What types of liquids and pipe sizes are suitable for measurement with this meter?
A: This device is compatible with water and most liquids containing a small quantity of tiny particles. It accommodates pipe outer diameters from 15mm up to 6000mm, making it suitable for a wide variety of piping systems.
Q: How does the equipment perform in terms of durability and environmental resistance?
A: Featuring a rugged ABS/polycarbonate housing and IP65 protection rating, the meter is both shock-resistant and sealed against dust and water jets, ensuring reliable use in harsh industrial environments or outdoor settings.
Q: What are the main user benefits of this portable ultrasonic flow meter?
A: Key advantages include non-intrusive measurement, broad application range, extended battery life, intuitive menu navigation, robust data logging, and seamless data transfer to PCs. These features save time, ensure user safety, and streamline efficiency in flow monitoring tasks.