| Customization: | Available |
|---|---|
| After-sales Service: | 24 Hours |
| Warranty: | 1 Years |
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Introducing the superior, robust gas mass flowmeter, meticulously engineered for precision in hydrogen and air flow monitoring.
Our explosion-proof 4-20mA hydrogen gas mass flow meter is expertly crafted for precision monitoring and control in small pipe systems. Accommodating pipe diameters starting from a mere 3 mm,and extending up to 19 mm, these meters integrate a self-flow conditioning MEMS sensor package that ensures minimal pressure loss, significantly outperforming traditional by-pass thermal mass flow meters. They boast an impressive accuracy rate of ±(1.5+0.2FS)% or superior, tailored to your specific requirements. Their robust design thrives in environments ranging from -20 to 60°C and can withstand pressures up to 1.5 MPa. Ideal for semiconductor gas processes, hospital oxygen monitoring, and more.
Specifications for the cutting-edge gas mass flowmeter designed for hydrogen and air applications.
| Accuracy | ±(1.5+0.5FS)% |
| Environment Temperature | Humidity: < 95 %RH (No icing or condensation) |
| Flow channel | 3 ~ 19 mm |
| Display | Flowrate and accumulated flow |
| Interface | 4 ~ 20 mA; RS485; Pulse |
| Calibration | Air @ 20 oC, 101.325 kPa |
Explore Detailed Images of our sophisticated gas mass flowmeter, perfect for hydrogen and air applications.
Features: Hospital-grade gas mass flowmeter for hydrogen and air applications
1. Offers a versatile range of connections, ensuring effortless installation and operation.
2. Flexible output options facilitate proactive data uploads via the communication interface.
3. LED display provides real-time and cumulative flow readings, empowering on-site configuration of flow parameters with ease.
4. Capable of recording maximum and minimum instantaneous flows, complete with an over-range function.
5. Delivers full-range high stability, outstanding precision, and unparalleled repeatability.
Application: Gas mass flowmeter for hydrogen and air measurement
Highly sensitive, this device measures velocities as low as 8 mm/sec and as high as 65 m/sec within a single assembly.
Employs the thermal mass flow principle for direct mass flow sensing.
Incorporates a proprietary MEMS sensor package design, enhancing reliability and performance.
Operates on a standard 12 ~ 24 Vdc power supply.
Engineered for low pressure loss to help reduce energy costs and enhance efficiency.
Supports the industrial-standard Modbus protocol, enabling seamless networking and remote control.
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