Sanitary flow meter adopts new sanitary lining material and lining process, which meets the sanitary requirements of the food industry, and the liquid receiving material meets the sanitary design requirements of European EHEDG. At the same time, it adopts stainless steel clamp connection, which is convenient for quick dismantling and cleaning of the electromagnetic flow meter, so that the electromagnetic flow meter is not easy to be contaminated in the process of using, and it can effectively prevent the accumulation of measuring fluid residue in the measuring pipe, which can be widely used in the manufacturing process of mineral water, soy sauce, jam, beer, juice, rice wine, milk and other foods and pharmaceuticals, as well as in the fields of hygiene and chemical industry.

Advantages of Sanitary Flow Meter 

1. High hygiene standard, in line with industry norms 

Sanitary electromagnetic flow meter is made of 316L stainless steel, PTFE, PFA and other corrosion-resistant materials, with smooth surface and no dead space, avoiding media residue and bacterial growth, and conforming to the international hygiene standards, such as FDA and 3A. Its quick-fit clamp connection design, easy to disassemble for cleaning and sterilization, meets the requirements of CIP (on-line cleaning) and SIP (on-line sterilization), ensuring the cleanliness and safety of the production process.

2. No flow obstruction design, to ensure fluid purity 

Unlike traditional mechanical flowmeter, electromagnetic flowmeter adopts the structure of no moving parts and no flow obstruction, there is no pressure loss when the fluid passes through, and it will not produce pollution or wear and tear, which is especially suitable for measuring high-purity liquids, slurries, and corrosive media (such as fruit juices, milk, medicinal liquids, alcohols, etc.).

3. High-precision measurement, strong stability 

electromagnetic flowmeter based on Faraday electromagnetic induction principle, the measurement is not affected by changes in fluid density, viscosity, temperature, the accuracy can be up to ± 0.5% or even higher, to ensure the reliability of the data in the production process. In addition, its anti-interference ability is strong, suitable for inverter, motor and other complex electromagnetic environment.

4. Corrosion-resistant, high-pressure resistant, adaptable 

sanitary electromagnetic flowmeter with food-grade lining (such as PTFE, PFA), can withstand strong acids, alkalis and organic solvents, while some models support high-pressure and high-temperature conditions, to meet the stringent needs of different industries.

5. Intelligent and automation integration 

modern sanitary electromagnetic flowmeter is equipped with digital signal output (such as 4-20mA, HART, PROFIBUS, Modbus, etc.), which can be seamlessly connected to the PLC, DCS system to achieve remote monitoring and automation control, improve production efficiency and management level.

6. Easy maintenance, long service life 

As there are no mechanical moving parts, the sanitary electromagnetic flowmeter is almost maintenance-free and stable in long-term operation, which significantly reduces the cost of downtime maintenance and saves operating expenses for enterprises.

Sanitary Tri-Clamp Electromagnetic Flow Meter

Tri-clamp Sanitary Flow Meter

Customized for the food and beverage industry 

Aimag H Sanitary Flow Meter is able to monitor key process data in real time, including instantaneous flow, cumulative flow, temperature and conductivity, and at the same time can detect the presence of media (i.e. empty pipe detection), the media is not full of pipeline for early indication, empowering users to control the dynamics of the production intuitively; to adapt to the -40 ~ 180 ℃ continuous operating temperature, suitable for pasteurization and other Severe process, fearless of vibration shock and pressure peaks and other high-intensity environment, stable and reliable performance; with IP68 protection level, effective waterproof and dustproof, non-removable cover design, enhanced sealing performance, can withstand high-pressure cleaning and extreme humidity environment; support for IO-Link, 4 ~ 20 mA, switching signals and pulse output, easy to integrate into the digital production network, easy to remote parameter setting and data acquisition, to achieve precise process control. data acquisition, and realize accurate process control.

Highly accurate process data monitoring ensures product consistency and quality in key areas such as mixing and packaging; Made of all stainless steel with integral capacitive touch buttons, it has no hygienic dead space, is dirt resistant and easy to clean, meeting food grade hygiene standards; Suitable for use in the production of liquid foodstuffs, such as milk, fruit juices, soft drinks, yoghurts, beers and wines, as well as for monitoring of CIP wash liquids. In dairy production, the Aimag H Sanitary Flow Meter accurately monitors changes in milk flow to ensure efficient and consistent pasteurization and packaging processes. In beer brewing, an innovative design with no mechanical parts provides a more reliable solution for measuring media such as hot water, wort and beer. In wine production, the high hygiene standards and precise monitoring capabilities of flow meters help to optimize the production process and ensure consistent quality.

Sanitary Flow Meter Scenario: 

1. Food and Beverage Industry: In the food and beverage industry, it is used to measure the flow, temperature, conductivity and other parameters of various liquids and slurries. Its lining material can withstand a variety of corrosive media to ensure the accuracy and reliability of the measurement.

2, life sciences and pharmaceutical industry: in the field of life sciences and pharmaceuticals, also plays an important role. It meets the FDA certified food safety level, suitable for pharmaceutical processes in a variety of fluid measurement, to help pharmaceutical companies to improve production efficiency and ensure product quality.

3、Chemical industry: In the chemical industry, it is used to measure the flow of various corrosive media. Its corrosion resistance enables it to work stably in harsh chemical environments to meet the needs of chemical production.