Portable ultrasonic flow meter | high temperature | clamp-on | non-invasive | DN300–DN6000 | ±0.5% accuracy | up to 90 °C

Technical Specifications

Measurement technology: Ultrasonic (Clamp-On)
Measurement accuracy: ±0.5 %
Maximum flow velocity: up to 32 m/s
Measurement range: DN300 – DN6000 mm
Measured medium: Water; Oil; Other liquids
Medium temperature: up to 90 °C
Connection: Clamp-On (without damaging the pipe)
Construction: metal housing

Functions

Non-invasive installation – sensors are mounted on the outside of the pipe, therefore there is no need to cut the pipe or stop the system operation.
Wide measurement range – can be used both in building systems and in large industrial pipelines.
High-temperature measurement – special sensors allow operation with liquids up to 90 °C.
Very accurate measurement – ±0.5 % accuracy ensures reliable data for energy metering, diagnostics and control of technological processes.
Portable solution – easily transferable between different measurement points.
Universal application – suitable for various media: water, oil, industrial liquids.

Application

For household users: Suitable for checking heating system efficiency, water circulation diagnostics, inspection of geothermal or heat pump systems, experimental or technical projects.

For engineers and design specialists: Hydraulic system analysis, energy efficiency studies, optimization of flows in industrial systems, testing and commissioning work.

For electricians and maintenance specialists: Fast pipeline diagnostics, flow verification during operation, system parameter monitoring, fault detection.

For industrial companies: Heating substations, water supply and wastewater systems, chemical and oil industry, energy sector, production lines.

Advantages

Non-invasive installation – no need to dismantle the pipeline.
Wide pipe range DN300–DN6000.
High-temperature measurement up to 90 °C.
High measurement accuracy ±0.5 %.
Portable and easily transferable between sites.
Suitable for various liquids (water, oil, industrial liquids).
No need to stop system operation.

Disadvantages

Not suitable for gas flow measurement (designed for liquids).
Measurement accuracy may depend on the pipe surface quality.
Proper sensor installation is required to achieve maximum accuracy.