Mass flow meter SFM30 series
for airfor oxygenlaboratory

Mass flow meter - SFM30 series - Sensirion - for air / for oxygen / laboratory
Mass flow meter - SFM30 series - Sensirion - for air / for oxygen / laboratory
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Characteristics

Type
mass
Fluid
for air, for oxygen
Applications
laboratory, for medical applications
Other characteristics
digital, high-accuracy
Volumetric flow rate

Max.: 300 l/min
(79.2516 us gal/min)

Min.: 0 l/min
(0 us gal/min)

Process temperature

Max.: 85 °C
(185 °F)

Min.: -20 °C
(-4 °F)

Process pressure

Max.: 1.3 bar
(18.85 psi)

Min.: 0.7 bar
(10.15 psi)

Precision

2 %, 3 %

Repeatibility

0.1 %

Description

The SFM3003 mass flow meter is Sensirion’s next-generation flow meter. Technically it is based on the SFM3019 meter that was brought onto the market during the Covid-19 pandemic to provide high volumes of flow meters for inspiratory flow measurements in medical ventilators. Compared to the SFM3019, the SFM3003 comes with a wider flow range as well as improved specifications. The flow of air, oxygen and mixtures thereof at rates between -30 and 300 slm is measured with excellent accuracy, reliability and long-term stability, and no recalibration is needed. The SFM3003 outputs an easily integrable digital I2C interface. The signal is internally linearized and temperature compensated. Furthermore, the SFM3003 flow meter has a very low pressure drop, ultra-fast response time and optimal signal-to-noise ratio. Several additional product versions exist for more options: An extended flow range between -150 and 300 slm can be chosen with the SFM3003-300-CE The SFM3013-300-CL offers an additional robustness to overpressure (up to 1 bar gauge pressure) The SFM3013-300-CLM is also calibrated for heliox gas As part of the SFM3xxx platform, the SFM3003 is a versatile sensor solution for many different high-volume applications in which cost efficiency is the priority. The outstanding performance of the SFM3003 sensor is based on Sensirion’s patented CMOSens® Technology, which combines the sensor element, signal processing and digital calibration on a tiny microchip. The gas is measured by a thermal sensor element to provide an extended dynamic range and enhanced long-term stability compared to other flow-measuring technologies.

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.