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Split type gas flowmeter

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1. Precautions for installation of split type electromagnetic flowmeter

Precautions for installation of split type electromagnetic flowmeter: Multiple aspects need to be paid attention to during the installation of split type electromagnetic flowmeter to ensure its accurate and stable operation. Here are some key precautions:

1. Grounding of the sensor: In order to ensure the reliable operation of the split electromagnetic flowmeter, improve measurement accuracy, and avoid interference from external parasitic potentials, the sensor should have a good separate grounding wire.

. The grounding resistance should be less than 10 Ω to ensure good grounding effect. Non metallic pipeline treatment: If there is a flame retardant coating or non-metallic pipeline inside the pipeline connecting the sensor, special attention should be paid to grounding issues. In this case, additional grounding measures may need to be taken to ensure that the potential difference between the sensor and the pipeline does not interfere with the measurement results.

2. Requirements for external environment temperature changes: Flow meters should be avoided from being installed in places with large temperature changes or exposed to high temperature radiation from equipment.

. If it is necessary to install in these environments, insulation and ventilation measures should be taken to reduce the impact of temperature changes on the flow meter. Rain and sun protection: It is best to install the flow meter indoors. If it must be installed outdoors, it should be avoided from being drenched by rainwater, flooded with standing water, and exposed to sunlight. For this, moisture-proof and sun protection measures need to be taken, such
Split type gas flowmeter
as installing rain covers, sun visors, etc. Corrosive gases: Flow meters should be avoided from being installed in environments containing corrosive gases. If it is necessary to install in these environments, ventilation measures should be taken to reduce the impact of corrosive gases on the flowmeter. Installation space: For the convenience of installation, maintenance, and upkeep, there should be ample installation space around the flowmeter. This helps staff to easily access the flow meter and perform necessary operations when needed. Avoid strong magnetic fields and vibration sources: Flow meters should be installed in a location that avoids strong magnetic fields and vibration sources. A strong magnetic field may interfere with the measurement signal of the flowmeter, while a strong vibration source may cause the internal components of the flowmeter to loosen or be damaged. If the pipeline vibration is large, fixed pipe supports should be installed on both sides of the flowmeter to reduce the impact of vibration on the flowmeter.

III. Requirements for bypass pipe for easy maintenance: In order to facilitate the maintenance of the flowmeter, it is best to install a bypass pipe for the flowmeter.

. In this way, when it is necessary to maintain the flowmeter, fluid can continue to be delivered through the bypass pipe without interrupting the entire fluid system. Cleaning requirements: For heavily polluted fluids and flow meters that require cleaning but cannot be stopped, a bypass pipe must be installed. This helps to maintain the normal operation of the fluid system when cleaning the flowmeter. In summary, during the installation process of a split type electromagnetic flowmeter, attention should be paid to

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