|
|
The MicroFLOW M6300 all-in-one industrial electromagnetic flowmeter, powered by mains electricity, is specifically designed for industrial applications such as chemical processing, water treatment, paper manufacturing, metallurgy, and industrial park pipelines. It features an integrated and compact design, with a fully integrated converter and sensor. It simplifies wiring and installation, significantly reducing on-site construction and cabling costs, and shortening the time it takes to bring the product to production.
The instrument employs an advanced high-frequency excitation algorithm, ensuring stable and reliable measurement accuracy. It is suitable for long-term continuous trade settlement and process closed-loop control, enabling precise monitoring of flow changes and effective control over various conductive liquids such as production water, chemical pulp, acid-base wastewater, and other types of conductive fluids. The fully through-diameter design features no obstructions, with no pressure losses or wearable components like impellers. This results in minimal maintenance over time, reducing subsequent repair and downtime losses. The inner lining is made of high-quality rubber/polytetrafluoroethylene material, paired with corrosion-resistant electrodes, capable of withstanding acid and alkali corrosion, sediment, and impurities. It is suitable for complex corrosive and solid-laden wastewater media.
The entire unit features an excellent anti-interference design, effectively shielding against industrial electromagnetic interference caused by frequency converters and motors, ensuring stable and non-drifting data. It boasts high protection levels, making it suitable for humid and dusty environments such as workshops, pump rooms, and outdoor pipelines. It operates reliably 24/7 without interruption. The standard mains power supply mode guarantees continuous monitoring without interruption for 24 hours, eliminating the need for frequent battery replacements. It is compatible with long-term continuous production conditions in factories. It supports mainstream industrial communication protocols such as 4-20mA, RS485, Modbus, and can seamlessly integrate with DCS, PLC, and plant control systems. It can real-time upload flow data, facilitating remote monitoring, energy consumption statistics, and compliance with environmental regulations.
It features built-in data storage capabilities, allowing for the long-term preservation of historical flow records, making it convenient for tracing, reconciliations, environmental inspections, and energy consumption audits. The measurement range is broad, and the instrument is highly sensitive for detecting small flows. It can handle both large-scale flow transmission and precise control of minute quantities, meeting both measurement compliance requirements and process control needs.
It is durable, precise in measurement, easy to maintain, and simple to connect, making it perfectly suited for various industrial applications such as continuous measurement, energy consumption control, wastewater monitoring, and trade settlement. It is a reliable core instrument for improving efficiency and reducing costs in industrial fluid measurement.
|
|
|
|
