Flow Sensors

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of 10

Mfr Part #	Quantity Available	Price	Tariff Status	Series	Package	Product Status	Sensing Range	Flow Sensor Type	Voltage - Input	Port Size	Switch Function/Rating	Material - Body	Operating Temperature
SFM4100-AIR-N2-LEGRIS AIR/GAS FLOW SENSOR 20 SLM Sensirion AG	87 In Stock	1 : $190.40000 Tray	-	SFM4100	Tray	Active	-	Gas	5V ~ 9V	Male, 0.246” (6.248mm) Tube, Dual	-	Polyamide	-20°C ~ 80°C
SFM4100-O2-LEGRIS O2 FLOW SENSOR 20 SLM Sensirion AG	32 In Stock	1 : $190.40000 Tray	-	SFM4100	Tray	Active	0 ~ 20 SLPM	Gas	3.5V ~ 9V	-	I2C	Polyamide	-20°C ~ 80°C
SFM4100-N2O-DOWNMOUNT N2O FLOW SENSOR 20 SLM Sensirion AG	36 In Stock	1 : $161.84000 Tray	-	SFM4100	Tray	Active	0 ~ 20 SLPM	Gas	3.5V ~ 9V	-	I2C	Polyamide	-20°C ~ 80°C
SFM4100-O2-DOWNMOUNT O2 FLOW SENSOR 20 SLM Sensirion AG	40 In Stock	1 : $190.40000 Tray	-	SFM4100	Tray	Active	0 ~ 20 SLPM	Gas	3.5V ~ 9V	-	I2C	Polyamide	-20°C ~ 80°C
SFM4100-N2O-LEGRIS N2O FLOW SENSOR 20 SLM Sensirion AG	39 In Stock	1 : $190.40000 Tray	-	SFM4100	Tray	Active	0 ~ 20 SLPM	Gas	3.5V ~ 9V	-	I2C	Polyamide	-20°C ~ 80°C
SFM4100-AIR-N2-DOWNMOUNT AIR/N2 FLOW SENSOR 20 SLM Sensirion AG	27 In Stock	1 : $190.40000 Tray	-	SFM4100	Tray	Active	0 ~ 20 SLPM	Air, Gas	3.5V ~ 9V	-	I2C	Polyamide	-20°C ~ 80°C
SFM4100-CO2-LEGRIS CO2 FLOW SENSOR 20 SLM Sensirion AG	21 In Stock	1 : $190.40000 Tray	-	SFM4100	Tray	Active	0 ~ 20 SLPM	Gas	3.5V ~ 9V	-	I2C	Polyamide	-20°C ~ 80°C
SFM4100-CO2-DOWNMOUNT CO2 FLOW SENSOR 20 SLM Sensirion AG	2 In Stock	1 : $157.86000 Tray	-	SFM4100	Tray	Active	0 ~ 20 SLPM	Gas	3.5V ~ 9V	-	I2C	Polyamide	-20°C ~ 80°C
SFM4100-AR-LEGRIS AR FLOW SENSOR 20 SLM Sensirion AG	0 In Stock Check Lead Time	40 : $165.22050 Tray	-	SFM4100	Tray	Active	0 ~ 20 SLPM	Gas	3.5V ~ 9V	-	I2C	Polyamide	-20°C ~ 80°C
SFM4100-AR-DOWNMOUNT AR FLOW SENSOR 20 SLM Sensirion AG	0 In Stock Check Lead Time	40 : $165.22050 Tray	-	SFM4100	Tray	Active	0 ~ 20 SLPM	Gas	3.5V ~ 9V	-	I2C	Polyamide	-20°C ~ 80°C

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Products within this family are used to measure or detect the flow of a fluid such as water or air. The simpler products provide a binary indication of whether or not the flow rate exceeds some defined value, whereas the more complex products are capable of providing a variable output from which the amount of fluid flow can be determined as a mass or volume-per-time quantity. Device performance in either case is quite strongly related to the properties of the working fluid, and media compatibility issues are also a matter of noteworthy concern for device selection and application.