Sanitary electromagnetic flowmeters are precision instruments designed specifically to meet the high hygienic requirements of fluid measurement. They play a vital role in the food, pharmaceutical, and chemical industries. The following is a detailed introduction to sanitary electromagnetic flowmeters and their applications in achieving sanitary fluid control, ensuring food safety, and ensuring production hygiene.
1. Compliance with Hygienic Standards:
Sanitary electromagnetic flowmeters utilize a new hygienic lining material and lining process, meeting the hygienic requirements of the food industry.
The flowmeter's surface is smooth and flat, free of cracks, pores, or rough surfaces, preventing food residue and bacterial growth.
Common food-grade materials include 304 or 316L stainless steel, polytetrafluoroethylene (PTFE), and food-grade rubber. These materials are non-toxic, odorless, corrosion-resistant, and less susceptible to bacterial growth, ensuring food safety and hygiene.
2. High Accuracy and Stability:
Utilizing the principle of electromagnetic induction, they can accurately measure the flow rate of various liquids and output real-time signals.
High-precision measurement capabilities enable precise monitoring of liquid flow. It utilizes a 16-bit embedded microprocessor for signal processing, featuring high integration, fast computing speed, high accuracy, fully digital signal processing, strong anti-interference capabilities, and reliable measurement.
3. Easy to Clean and Maintain:
The simple structure provides low fluid resistance, and the absence of protrusions and depressions within the flow path makes cleaning and maintenance easy.
The quick-connect design facilitates disassembly, maintenance, and cleaning.
4. Wide Range of Applications:
It is suitable for the production and manufacturing of foods such as mineral water, soy sauce, jam, beer, juice, rice wine, and milk.
It is also suitable for industries with high hygiene standards, such as the pharmaceutical and chemical industries.
1. Real-Time Monitoring and Control:
Sanitary electromagnetic flowmeters can monitor fluid flow in real time, providing accurate data support for flow control during the production process.
Integration with industrial automation systems such as PLC control and human-machine interface systems enables automatic flow adjustment and control.
2. Preventing Contamination and Residue:
The flowmeter's internal design eliminates dead space, preventing accumulation and residue formation, ensuring proper fluid flow and accurate measurement.
High-quality seals and connections prevent food leakage and the ingress of external contaminants.
3. Improving Production Efficiency and Product Quality:
Precise flow measurement and control help optimize production processes and improve production efficiency.
Real-time flow monitoring and control ensures stability and consistency during the production process, thereby improving product quality.
1. Compliance with Regulatory Requirements:
The application of sanitary electromagnetic flowmeters complies with relevant regulatory requirements, such as food hygiene and safety standards and metrology regulations. Choosing a flowmeter with relevant certifications, such as food hygiene and metrology certifications, ensures that product quality and performance meet the requirements of the food industry.
2. Preventing Food Contamination:
Precise flow measurement and control can prevent food contamination caused by excessive or insufficient flow.
The flowmeter's seamless design and easy cleaning help reduce the potential for bacterial growth and food residue.
3. Improving Production Hygiene:
The use of sanitary electromagnetic flowmeters helps improve production hygiene and reduce food safety risks caused by equipment contamination.
Regular maintenance and inspections ensure the proper functioning and measurement accuracy of the flowmeter, thereby ensuring stable and safe production.
In summary, sanitary electromagnetic flowmeters play a vital role in ensuring sanitary fluid control, food safety, and production hygiene. Their high accuracy, excellent stability, easy cleaning and maintenance, and wide range of applications provide reliable flow measurement and control solutions for industries such as food, pharmaceuticals, and chemicals.