flow meters

From challenge traditional devices often fail to meet!       RBEF-E Mini Magnetic Flow Meter: Engineered for Micro-Flow Excellence   ✅ Ultra-Low Flow Capability: DN6 size measures 3-300L/h, capturing “ droplet-level ” flows at 0.01m/s resolution!   ✅ Full-Bore Design: Zero pressure loss, no clogging risks.   ✅ Corrosion Resistance: PEEK liner + SS316L/HC electrodes for acids, caustics, and harsh media.   ✅ Bidirectional Accuracy: ± 0.5% precision (velocity >0. 3 m/s) with bidirectional monitoring.   ✅ Smart Flexibility: Blind (IP67) or display versions (IP65), Modbus/pulse/4-20mA outputs for seamless integration.       Cross-Industry Applications   - Food & Beverage: Hygienic flow control for fibrous juices and dairy.   - Chemical Catalysis: Precise catalyst injection to boost efficiency.   - Environmental Monitoring: Odorant dosing for emission compliance.   - Livestock Automation: Feed system o...

  In the dynamic world of industrial fluid measurement, challenges abound, especially when dealing with complex media like pulp, ore slurry, mud, coal - water slurry, and fruit pulp. But here comes a game - changer: the RBEFS Slurry Electromagnetic Flowmeter. This remarkable device is engineered to perfection, leveraging cutting - edge technologies such as multi - frequency excitation, digital noise reduction, and new algorithm filtering. These technologies work in harmony to overcome the hurdles of measuring various solid - liquid two - phase fluids. With the RBEFS flowmeter, you can expect nothing less than accurate measurements, stable data output, and rapid response times, ensuring seamless operations in your industrial processes. The RBEFS Slurry Electromagnetic Flowmeter stands out not only for its technical prowess but also for its diverse product features. It offers two main structures, flange - type and clamp - type, catering to different installation needs. Technologicall...

In industrial flow measurement scenarios, the unstable zero - point of electromagnetic flowmeters is a common issue that can significantly affect measurement accuracy. Here, I'll share some in - depth insights into its causes and solutions.   1. Incompletely Filled Pipes or Presence of Bubbles: When the pipeline is not fully filled with liquid or contains bubbles, a peculiar situation occurs. Objectively, the flow sensor may seem to have no liquid flow, but in fact, there is a trace amount of liquid movement. The main cause of this type of problem is usually the poor tightness of the pipeline's shut - off valve. The tiny leakage detected by the electromagnetic flowmeter is easily misinterpreted as zero - point variation or instability. 2. Valve Tightness Issues: Over time, valves may experience wear and tear, or be affected by dirt in the liquid, resulting in incomplete sealing. This is particularly common in large - sized valves. Additionally, flowmeter systems often have ...

 Electromagnetic flow meters (EMFs) are widely used in industries to measure the flow rate of conductive liquids. Regular calibration ensures accuracy and reliability, especially in critical applications like water treatment, chemical processing, and food production. Below is a detailed guide to calibrating an electromagnetic flow meter.   1. Pre-Calibration Preparation  - Verify Installation: Ensure the meter is installed correctly, with fully developed flow profiles (e.g., sufficient straight pipe sections upstream/downstream).   - Check Fluid Properties: Confirm the fluid ’ s conductivity meets the meter ’ s requirements (typically >5 μ S/cm).   - Inspect Electrodes and Liners: Clean electrodes and remove any buildup or coating that could interfere with measurements.   - Gather Tools: Prepare a calibrated reference device (e.g., a master flow meter or weigh tank), a signal generator, and a multimeter.     2. Zero-Point Calib...