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What are the power supply modes of the precession vortex flow meter?

The precession vortex flowmeter has a variety of power supply methods to meet the needs of different application scenarios. The main power supply modes include the following:

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Dc power supply:

24VDC power supply: This is one of the common power supply methods of precession vortex flowmeters. Users can provide a stable power supply for the flow meter through an external 24V DC power supply. This power supply method is suitable for the occasions that require long-term stable operation.

Lithium battery power supply:

3.6V Lithium battery power supply: Some precession vortex flowmeters support the use of lithium battery power supply, which is easy to use in cases where external power is not available or portable measurement is required. Lithium batteries have a long service life and a high energy density, which can ensure that the flow meter works properly for a long time.

Switch power supply:

Some precession vortex flowmeters also support power supply via an exchange, which is commonly used in industrial environments where high reliability and stability are required. The exchanger can provide a stable power output to avoid the impact of power supply fluctuations on the flow meter performance.

It should be noted that different brands and models of precession vortex flowmeters may have differences in power supply methods. Therefore, when selecting the power supply mode, the user needs to determine the more appropriate power supply mode according to the specific application scenario, power supply conditions and the technical specifications of the flow meter.

In addition, in order to ensure the normal operation and measurement accuracy of the precession vortex flowmeter, users also need to pay attention to the following points when choosing a power supply mode:

1. ensure that the power supply voltage and current meet the technical specifications of the flow meter.

2. in the access to the external power supply, should be strictly in accordance with the flow meter instructions to operate, to avoid connecting the wrong power supply or damage to the flow meter.

3. regularly check whether the power cord and plug are damaged or aging, timely replacement to ensure a safe and reliable power supply.

Summary: The precession vortex flowmeter has a variety of power supply methods, and the user can choose the right power supply method according to the specific needs to ensure the normal operation and measurement accuracy of the flowmeter.

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