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“Differences between “split-type” and “integral-type” electromagnetic flowmeters: Electromagnetic flowmeters can be classified into three types based on their design: 1. Integral-type electromagnetic flowmeters: The converter is directly connected to the sensor, making them suitable for on-site display. 2. Split-type electromagnetic flowmeters: The converter and sensor are connected via signal cables; they are appropriate for use in environments where measurement conditions are poor and remote display is required. 3. Insertion-type electromagnetic flowmeters: They can be installed by making an opening in the pipe without having to cut the pipe itself; they are suitable for measuring large-diameter pipes, are easy to transport, offer good cost-performance ratios, and are suitable for applications where high measurement accuracy is not required. The working principles and characteristics of these two types are similar, and the selection criteria are also the same. The only difference is that in integral-type electromagnetic flowmeters, the sensor and converter are combined together for on-site display, while in split-type electromagnetic flowmeters, the sensor and converter are connected via signal cables, allowing the converter to be placed anywhere suitable for remote display. Of course, generally, split-type units are more heat-resistant than integrated ones, and they are also slightly more expensive. The Chengfeng Instrument split-type electromagnetic flowmeter is primarily used for measuring the flow rate of fluids in industrial pipelines, including various media such as gases, liquids, and vapors. It is characterized by low pressure loss, a wide measurement range, and high accuracy; when measuring volumetric flow rate under operating conditions, it is hardly affected by parameters such as fluid density, pressure, temperature, and viscosity.