Product Overview

The Stainless Steel Electromagnetic Flow Meter NSC101 is a volumetric flow measuring instrument designed for conductive liquids and slurries flowing through closed pipelines. Its measuring principle is based on Faraday’s Law of Electromagnetic Induction, providing reliable flow measurement without moving mechanical parts.

The sensor consists primarily of a measuring tube, electrodes, excitation coils, iron core, and Stainless Steel . During operation, the flow meter measures the induced voltage generated as a conductive liquid passes through a magnetic field, allowing accurate calculation of volumetric flow.

Because the meter has no moving parts, it offers stable operation, low maintenance requirements, and minimal pressure loss, making it suitable for a wide range of industrial liquid measurement applications.

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Working Principle

The Stainless Steel electromagnetic flow meter (Magnetic Flow Meter) operates according to Faraday’s Law of Electromagnetic Induction.

When a conductive liquid flows through the magnetic field generated by the excitation coils, an induced voltage (E) is produced. This voltage is proportional to:

• Flow velocity (v)
• Magnetic field strength (B)
• Length of the conductor within the magnetic field

The flowing conductive liquid acts as the conductor. Electrodes installed inside the measuring tube detect the induced voltage and transmit the signal to the transmitter. The transmitter then calculates the volumetric flow rate based on the measured voltage and the pipe dimensions.

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Product Features

• Based on Faraday’s Law of Electromagnetic Induction
• Designed for conductive liquids and slurries
• No moving mechanical parts
• Low pressure loss
• Stable volumetric flow measurement
• Suitable for closed pipeline systems
• Easy maintenance
• Reliable signal detection using built-in electrodes

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Applications

Suitable Media

• Conductive liquids
• Conductive slurries
• Wastewater

Typical Applications

• Wastewater treatment
• Industrial process control
• Water supply systems
• Slurry flow measurement
• Conductive liquid monitoring

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Main Components

The Stainless Steel electromagnetic flow meter sensor mainly consists of:

• Measuring Tube
• Electrodes
• Excitation Coils
• Iron Core
• Stainless Steel Housing

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Why Choose an Stainless Steel Electromagnetic Flow Meter NSC-101?

Stainless Steel Electromagnetic flow meters NSC-101 provide a reliable solution for measuring conductive liquids in industrial pipelines while minimizing maintenance and pressure loss.

Accurate Volumetric Measurement

The measuring principle is based on electromagnetic induction, enabling stable volumetric flow measurement for conductive media.

No Moving Parts

Without mechanical moving components, the flow meter reduces wear and maintenance requirements during long-term operation.

Low Pressure Loss

The unobstructed measuring tube minimizes pressure loss, making it suitable for continuous process applications.

Easy Maintenance

The simple sensor structure helps reduce routine maintenance compared with mechanical flow measuring devices.

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Application Case

Wastewater Flow Monitoring

In wastewater treatment facilities, continuous monitoring of conductive wastewater is essential for process control and operational management. The electromagnetic flow meter can be installed in closed pipelines to measure the volumetric flow of wastewater with minimal pressure loss.

As the conductive liquid passes through the magnetic field generated by the excitation coils, the induced voltage is detected by the electrodes and processed by the transmitter to calculate the flow rate. The absence of moving parts helps maintain stable performance while reducing maintenance requirements in continuous wastewater monitoring applications.

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Frequently Asked Questions (FAQ)

1. What measuring principle does the Stainless Steel electromagnetic flow meter NSC-101 use?

It operates according to Faraday’s Law of Electromagnetic Induction.

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2. What media can be measured?

The flow meter is designed for conductive liquids and conductive slurries.

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3. Does the flow meter have moving parts?

No. The Stainless Steel electromagnetic flow meter NSC101 contains no moving mechanical parts.

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4. What are the main components of the sensor?

The sensor consists of:

• Measuring tube
• Electrodes
• Excitation coils
• Iron core
• Stainless Steel housing

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5. Is the electromagnetic flow meter NSC-101 suitable for wastewater?

Yes. It is suitable for wastewater applications where the liquid has sufficient electrical conductivity.

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6. What are the advantages of this measuring principle?

Key advantages include:

• No moving parts
• Low pressure loss
• Stable volumetric flow measurement
• Easy maintenance

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7. Can it measure all liquids?

No. It is designed for conductive liquids and slurries. It is not suitable for hydrocarbons or distilled water, as these media do not provide the required electrical conductivity.

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Optional Services

• Customized instrument specifications
• Technical consultation
• Product selection assistance
• Installation and commissioning support

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Industries Served

The Stainless Steel electromagnetic flow meter NSC-101 is suitable for applications in:

• Water Treatment
• Wastewater Treatment
• Chemical Processing
• Environmental Protection
• Industrial Process Control
• Municipal Water Systems

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Contact Us

For more information about the Electromagnetic Flow Meter or to discuss your application requirements, please contact us!