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Scraper electrode electromagnetic flowmeter

The Zhongce Sensing scraper‑electrode electromagnetic flowmeter centers on manual scraper cleaning, addressing the industry’s longstanding challenge of electrode fouling. Its standardized power supply and liner options meet the demanding requirements of most harsh operating conditions. As an original equipment manufacturer, it delivers robust product reliability while maintaining a competitive price advantage. This solution serves as a practical alternative to conventional electromagnetic flowmeters, enabling long‑term, stable measurement of high‑viscosity and easily adhering media.

Category:

Electromagnetic flowmeter series


Product details


Product Features and Operating Principle

Convenient offline cleaning capability : The manual scraper design enables convenient maintenance without shutting down production. With simple on-site manual operation, electrode cleaning can be performed, reducing the complexity and downtime risks associated with fully dismantling the instrument, making it suitable for continuous processes that permit brief maintenance intervals.

Maintain measurement stability Regular manual cleaning of the electrodes helps reduce signal attenuation and measurement fluctuations caused by electrode fouling, ensuring the long-term reliability of flow data.

Handling sticky and fouling media This design is tailored for media conditions prone to fouling and crystallization. In applications such as wastewater treatment sludge, mineral slurries, pulp, or certain chemical fluids, it provides users with an effective method for electrode maintenance.

Structural Reliability : The mechanical structure is designed for durability, and the scraper mechanism is engineered to ensure efficient cleaning while minimizing damage to the electrode surface. A sealed design ensures the integrity of the measurement chamber.

Cleaning method Manual operation , reliable structure and straightforward maintenance.

Converter power supply : Support 24V DC and 220V AC Two common power supply standards, facilitating on-site power sourcing and system integration.

Lining material : Depending on the requirements for media corrosion resistance and wear resistance, you may select Polytetrafluoroethylene (PTFE), PFA, F46 Made of different materials.

Electrode material : Standard configuration is stainless steel, with options including Hastelloy, titanium, tantalum, and more to handle corrosive media.

Measurement performance It employs stable excitation technology and features a signal-processing circuit with strong anti-interference capability, making it suitable for flow measurement of various conductive liquids.

Typical industrial application scenarios

This product is specifically designed to handle complex media and is suitable for the following typical scenarios:

Metallurgy and Mining : Slurry metering for thickener underflow, hydrocyclone feed, tailings conveyance, and other applications.

Chemical industry : Measurement of crystallizable salt solutions, pigments, coatings, and polymer slurries.

Environmental Water Treatment : Sludge return and discharge, and flow monitoring of thickened sludge.

Papermaking and Food : Metering and conveying of high-viscosity or fibrous media such as pulp, syrup, and jam.

Selection guide


Video explanation


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Scraper electrode electromagnetic flowmeter

The Zhongce Sensing scraper‑electrode electromagnetic flowmeter centers on manual scraper cleaning, addressing the industry’s longstanding challenge of electrode fouling. Its standardized power supply and liner options meet the demanding requirements of most harsh operating conditions. As an original equipment manufacturer, it delivers robust product reliability while maintaining a competitive price advantage. This solution serves as a practical alternative to conventional electromagnetic flowmeters, enabling long‑term, stable measurement of high‑viscosity and easily adhering media.


High-pressure electromagnetic flowmeter

A high-pressure electromagnetic flowmeter is a precision instrument specifically designed to measure the flow rate of conductive liquids in high-pressure pipelines. Based on Faraday’s law of electromagnetic induction, it accurately determines fluid velocity and flow rate by measuring the induced electromotive force generated as the fluid cuts across magnetic field lines. Thanks to its unique structural design and material selection, it can operate reliably under the demanding high-pressure conditions found in industries such as oil, chemical processing, metallurgy, and hydropower, making it a core device for precise measurement of high-pressure fluids, process control, and energy management.


Filling electromagnetic flowmeter

Micro electromagnetic flowmeter specially designed for filling applications Available with a minimum nominal diameter of DN8 Accuracy class ±0.5% PFA-lined Optional threaded or clamp‑on connections


Hygienic electromagnetic flowmeter

The hygienic electromagnetic flowmeter is specifically designed for industries with stringent hygiene requirements, such as food, beverage, pharmaceutical, and bioengineering, and is used for high-precision measurement of the flow rate of conductive liquids.


Insertion-type electromagnetic flowmeter CLD-6034

Henan Zhongce Sensor Manufacturing Co., Ltd. has launched the CLD‑6034 insertion-type electromagnetic flowmeter, specifically designed for flow measurement in large‑diameter pipelines. It is widely applicable in water supply networks, raw water transmission and distribution, circulating water systems, district metering, and hydraulic engineering projects. While ensuring measurement accuracy, this product significantly reduces the overall cost of large‑diameter flowmeters and supports online installation without interrupting water service, offering a convenient solution for pipeline upgrades and the addition of metering points.


Electromagnetic water meter

Amid the wave of smart water‑management initiatives and refined water‑resource management, electromagnetic water meters are rapidly emerging as the ideal replacement for traditional mechanical meters, thanks to their distinctive advantages: no moving mechanical parts, high measurement accuracy, a wide flow‑range ratio, low pressure loss, robust reliability, and advanced智能化 features. As a flagship of modern water‑metering technology, electromagnetic water meters serve as the cornerstone for building efficient, intelligent, and sustainable water‑supply systems.

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