

Add to Cart
1. Easy installation
No need to cut the pipe: When installing the insertion
electromagnetic flowmeter, you only need to open a small hole in
the pipe and insert the sensor into the pipe. There is no need to
disassemble and cut the pipe on a large scale, which greatly
reduces the installation workload and construction time. This is
very suitable for some running pipeline systems or occasions where
it is not convenient to stop production and construction, and can
effectively reduce the impact of the installation process on
production.
Multiple installation methods: It can adopt a variety of
installation methods, such as threaded connection, flange
connection, etc., which can adapt to different types of pipes and
installation environments. For example, for pipes with smaller
diameters, threaded connection can be used, which is quick and
convenient to install; for pipes with larger diameters, flange
connection can be selected to ensure the stability and sealing of
the installation.
2. Low cost
Equipment cost: The structure of the insertion electromagnetic
flowmeter is relatively simple and the volume is small. Compared
with other types of flowmeters with the same caliber, its
manufacturing cost is lower. Moreover, since a large number of pipe
accessories and installation tools are not required during
installation, the overall purchase cost of the equipment is further
reduced.
Maintenance cost: Due to the convenience of installation and
disassembly, complex equipment and a large amount of manpower are
not required during maintenance and overhaul, which can save
maintenance time and cost. At the same time, the sensor part of the
insertion electromagnetic flowmeter is usually made of
wear-resistant and corrosion-resistant materials, with a long
service life, reducing the cost of replacing parts.
3. Wide range of applications
Strong adaptability to pipe diameter: The insertion electromagnetic
flowmeter can measure the flow rate of pipelines with different
pipe diameters, from smaller pipe diameters to larger industrial
pipelines. It can accurately measure the flow rate of fluids in
different pipe diameters by adjusting the insertion depth and
installation method of the sensor, and has strong versatility.