FX2ERQ1Q1SNM010

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FX2ERQ1Q1SNM010 is an ultrasonic flowmeter that uses ultrasonic technology to measure the fluid velocity of pipe media. It is often found in industries such as oil, gas, chemical, water treatment, and power. To better understand FX2ERQ1Q1SNM010, this article will provide an overview of its application field and working principle.

Application Field

FX2ERQ1Q1SNM010 is mainly used in closed-pipe non-industrial applications where direct contact with the measurement object is not possible. It is suitable for the measurement of single-phase fluid of various media, and can measure the flow rate and total flow through a wide range of pipe diameters. The meter provides a high degree of accuracy and reliability under various measurement conditions.

In addition, FX2ERQ1Q1SNM010 can be used to monitor irregular pipe flow. It is ideally suited for applications where the measured medium may not be precisely known, since it is unaffected by changes in the density and viscosity of the measured medium.

The meter is also extremely versatile, with options to select from for a range of pipe sizes and various output formats. It has multi-level access control, allowing the user to set the display or output format according to the environment in which it is used.

Working Principle

FX2ERQ1Q1SNM010 utilizes an ultrasonic transit time technology to measure the flow rate of the fluid in the pipe. The meter consists of two transducers, one on each side of the pipe, which transmit and receive ultrasonic waves at a preset frequency.

When the ultrasonic waves travel through the pipe, they interact with the flowing medium. The speed with which these ultrasonic waves propagate in the medium depends on the speed of the medium. By measuring the transit time of the ultrasonic wave, through the medium, the meter can calculate the flow rate. The meter also uses temperature and pressure sensors to account for any changes in the external conditions that can affect the measured flow rate.

In addition, FX2ERQ1Q1SNM010 uses totalization technology to calculate the cumulative total of fluid passing through the meter when measuring the flow rate. The totalization technology uses the same principle as the measuring technique, but records the transit time and calculates the total flow from this information.

FX2ERQ1Q1SNM010 is an invaluable tool for monitoring fluid flow, with its excellent features and accuracy. It is equally suitable for use in applications where greater accuracy is required, including those in demanding industrial environments.

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