What are the advantages of a one-piece magnetic inductive flowmeter over a split-piece?

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Electromagnetic flowmeters are divided into two types: integrated and split. Each of them has some advantages and applicable scenarios. The following are some advantages of the integrated electromagnetic flowmeter over the split electromagnetic flowmeter:

1. Easy installation: The integrated electromagnetic flowmeter integrates the sensor and converter, and only needs to be connected during installation. Exit ducting, no additional junction box or installation space required. This makes the installation process simpler and more convenient.

2. Easy maintenance: Because the integrated electromagnetic flowmeter is highly integrated and reduces the number of pipe connections and wiring, it is relatively simple to maintain. Service personnel can more easily perform troubleshooting and maintenance work.

3. Reduce the risk of leakage: The integrated electromagnetic flowmeter reduces the number of pipeline connection points, thereby reducing the risk of leakage, especially when liquid or gas fluids flow through the pipeline, leakage may cause harm to the environment and personnel. This is especially important when causing harm.

4. Occupies less space: The integrated electromagnetic flowmeter integrates the sensor and converter and is usually more compact than the separate type. This is very beneficial for space-constrained applications, such as those in compact industrial environments or mobile devices.

5. Reduce cable usage: The integrated electromagnetic flowmeter reduces the number of cables required to connect sensors and converters, thereby reducing cable costs and maintenance complexity.

It should be noted that the choice of integrated or split electromagnetic flowmeter should be based on specific application requirements and actual conditions. Although the integrated electromagnetic flowmeter has the above advantages, in some specific application scenarios, the split electromagnetic flowmeter may be more suitable, such as when the sensor needs to be installed in high temperature, high pressure or corrosive environment. When selecting a suitable electromagnetic flowmeter type, comprehensive considerations should be made to ensure that the selection meets actual needs.