Differences in structure between insertion and split electromagnetic sensors

Project Overview

The electromagnetic sensors of plug-in and split flow meters are not only structurally different, but there are also some differences in their use and installation methods.

1. Structural differences:

The electromagnetic sensor of the insertion flow meter usually inserts the sensor directly into the pipe and measures the flow rate and flow rate of the fluid by measuring the voltage generated by electromagnetic induction. .

The electromagnetic sensor of the split flow meter is structurally isolated from the pipeline. The sensor is usually installed outside the pipeline and measures the flow rate and flow rate of the fluid by interacting with the magnetic field inside the pipeline.

2. Differences in installation methods:

Plug-in flow meters require opening holes in the pipe and then inserting the sensor into it. This requires the pipe to stop the flow of fluid during installation, and may require some professional installation tools and techniques.

The split flow meter does not need to drill holes in the pipeline. The sensor is installed on the pipeline, making the installation relatively simple.

3. Differences in usage scenarios:

Insertion flow meters are usually suitable for larger pipe sizes and can be used to measure large flow rates of liquids.

Split-type flow meters are more suitable in some special situations, such as pipes of special materials, high-temperature and high-pressure fluids, or scenes that require corrosion protection.

In general, although the electromagnetic sensors of plug-in and split flow meters are both used to measure the flow rate and flow rate of fluids, there are obvious differences in their structures and installation methods. Therefore, it is important to choose the appropriate sensor. Traffic timing needs to be selected based on specific application scenarios and needs.