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Looking for reliable China suppliers? Our factory provides the innoMag 300 electromagnetic flowmeter, featuring an advanced converter and sensor to measure volumetric flow of conductive, corrosive, acid and alkali liquids with high precision.
The innoMag 300 is a high-precision electromagnetic flowmeter engineered for the rigorous demands of modern industrial water quality monitoring and fluid management. Utilizing advanced electromagnetic induction technology, it provides exceptionally accurate measurement of conductive liquids, ensuring seamless integration into environmental monitoring systems and manufacturing processes.
Designed for longevity and reliability, the innoMag 300 minimizes pressure loss and eliminates moving parts, significantly reducing maintenance overhead. Whether deployed in wastewater treatment, chemical processing, or water distribution, this flowmeter delivers the stable performance required to maintain strict compliance with environmental regulations and operational efficiency.
| Measurement Principle | Electromagnetic Induction | Medium Conductivity | > 5 μS/cm |
|---|---|---|---|
| Accuracy Class | High Precision Standard | Pressure Loss | Negligible / Zero |
| Liner Material | PTFE / Hard Rubber / PFA | Electrode Material | Stainless Steel / Hastelloy / Platinum |
| Output Signal | 4-20mA / Pulse / Modbus | Protection Class | IP65 / IP67 / IP68 |
| Power Supply | 24V DC / 110-230V AC | Installation | Flanged / Wafer / Threaded |
Premium liner materials protect the sensor against aggressive chemicals and corrosive industrial fluids.
The absence of moving parts ensures minimal wear and tear, extending the operational lifecycle of the device.
Delivers precise volumetric flow rates regardless of viscosity or density changes in conductive liquids.
Compatible with PLC and SCADA systems for real-time remote monitoring and data logging.
The unobstructed flow path prevents clogging and sediment build-up in dirty or slurry-laden fluids.
Simplified installation options allow for quick integration into existing piping networks without downtime.
Real-time tracking of liquid volume to optimize pump performance and chemical dosing.
Digital calibration tools ensure the sensor remains aligned with international measurement standards.
Instant notification systems to detect abnormal flow patterns that indicate system leaks.
Automated data export for environmental audits and water discharge regulatory reports.
Accurate calculation of totalized flow over specific time intervals for billing or usage analysis.
Cloud-based health monitoring to identify sensor drifts before they cause operational failure.
| Feature | Mechanical Meters | innoMag 300 | ROI Impact |
|---|---|---|---|
| Maintenance Cost | High (Wear Parts) | Ultra-Low | -60% OpEx |
| Pressure Drop | Significant | Zero | Lower Energy Bills |
| Measurement Life | Short (Mechanical) | Long (Inductive) | Extended Cycle |
| Accuracy Drift | High Over Time | Stable/Low | Precise Billing |
| Installation Time | Complex | Efficient | Faster Startup |
The innoMag 300 typically requires a minimum medium conductivity of 5 μS/cm to ensure an accurate signal induction process.
Yes, thanks to its full-bore design and available high-durability liners like PTFE or Hard Rubber, it is ideal for abrasive industrial fluids.
Unlike mechanical meters, it creates no obstruction in the pipe, resulting in zero pressure drop and reducing the energy required for pumping.
Absolutely. It supports standard industry outputs including 4-20mA analog signals and Modbus digital communication for seamless PLC integration.
The device is designed with IP65 to IP68 protection ratings, making it suitable for harsh outdoor environments and submersible applications.
Due to the lack of moving parts and the stability of electromagnetic induction, it requires significantly less frequent calibration than mechanical meters.
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