Rentable flow meters allow you to measure the consumption of various gases and liquids, as well as the energy contained in them, in pipes of different diameters and materials. The portable and pipe-recessed meter for measuring gases and liquids requires minimal plumbing for installation. There is no need for any pipe work when using ultrasonic flow meters. Make your processes more productive, efficient and sustainable!
Access to high-quality technology without the investment to expensive equipment.
Use only when needed.
User-friendly installation that does not require complex modifications.
Readily available equipment.
Options to measure the consumption of various liquids and gases across different pipes.
For short-term or one-time measurements, there is no need to buy a permanent flow meter. By renting flow meters, you save on costs, and their reuse is easy.
To install a flow meter that utilizes the ultrasonic measurement principle, commonly employed for liquid flow measurement, it is not necessary to make cuts in the pipe. Instead, the measurement is performed directly through the wall of the pipeline, with the measuring devices installed on the surface of the pipes.
The portable and pipe-recessed meter for measuring gases and liquids requires minimal plumbing for installation. Once you have installed a portable steam flow meter and completed the necessary pipe work, you can use it again in the same location without the need to stop the process for installation or removal.
The product images are for illustrative purposes, and the actual product may appear different from the one shown in the pictures.
A portable steam flow meter which delivers volumetric, mass and energy flow monitoring of gas, liquid or steam. It can be installed and maintained under full flow conditions, without shutdown. Installation is done via an isolation valve located on the pipe.
As a “Vortex” meter, VIM20 has no moving parts, resulting in highly reliable operation.
Monitor energy costs and make adjustments where necessary to improve efficiency.
Maximum permissible pressure 30 bar g.
For pipe sizes from DN50 to DN800.
Portable ultrasonic water flow meter measures volumetric flow and heating/cooling energy rates in clean liquids as well as those with small amounts of suspended solids or aeration, such as surface water or raw sewage.
UTM10 flow and energy meters clamp onto the outside of pipes and do not make contact with the liquid inside the pipe.
Continued operation during installation – no need to shut down the process. No pressure head loss. No moving parts to maintain or replace.
For pipes sizes from DN15 to DN2000.
The temperature of the pipe surface to be measured is -40…176° C.
The measurement results are saved and presented in CSV format for further processing.
Product Sheet
Technical Information
Installation and Maintenance Instructions
The DXN portable ultrasonic flow meter is designed to measure volumetric flow rate within a closed conduit. The transducers are a non-contacting, clamp-on or clamp-around type, which provide the benefits of non-fouling operation and ease of installation.
The flow meter can be successfully applied on a wide range of metering applications because the meter has both transit time and Doppler capabilities.
For pipe sizes from DN15 to DN2000.
The temperature of the pipe surface to be measured is -40…176° C.
The measurement results are saved and presented in CSV format for further processing.
Share your requirements with us, and we will offer the most suitable solution to meet your needs.
Incorrectly dimensioned piping leads to excessive energy loss in the transfer of gases and liquids. This can occur, for example, with oversized pumps powered by electric motors or when gas pressure is too high, causing issues in overcoming pressure losses.
Improperly sized heating water piping can result in problems supplying thermal energy to consumers and may lead to unwanted noise.
The sensors of ultrasonic flow meters for liquids are installed directly on the surface of the pipe to be measured, eliminating the need for cuts in the pipelines during installation.
Immediate measurement results are provided for the flow rate or the transferred heat (or cold) energy.
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