D6F-W10A1

D6F-W MEMS Flow Sensors

Omron Electronics D6F-W MEMS Flow Sensors use unique flow path structures for high-performance flow rate measurement. These sensors feature enhanced anti-dust performance and ±5% FS high accuracy. The D6F-W sensors offer a three-pin connector, 5.7V_DC maximum output voltage, and IEC IP40 degree of protection. These sensors from Omron Electronics are capable of precision uni-directional air velocity detection with ±5% full-scale repeatable accuracy. The integral passive Dust Segregation System (DSS) prevents contamination of sensor element.

D6F Series MEMS Sensor - EXPANSION

Omron has expanded the D6F Series MEMS Sensors portfolio to now include D6F-P0010AM2, a manifold-mount gas flow sensor with a space-saving flange-mount to the flow path manifold rather than using tubes and fittings, D6F-W10A1, a 10m/second MEMS gas velocity sensor (in the same body as the D6F-0W01A1 and D6F-W04A1 models), and D6F-P0001A1, a compact, high-performance MEMS flow sensor with Dust Segregation Structure targeted at ultra low-flow applications.

Omron Electronics' award-winning D6F series MEMS Flow Sensors and Velocity Sensors are compact, highly reliable sensors with a unique cyclone flow structure that diverts particulate from the sensor element. As an alternative to differential pressure sensing or for detecting clogged filters, the D6F series is available in PCB-mounted, flange-mount, and connector models.

Omron Electronics MEMS Flow Sensor: D6F-V03A1

Compact, highly efficient, dust-separating flow sensor featuring MEMs technology.

D6F Series MEMS Flow Sensors

Omron Electronics D6F MEMS Flow Sensors and Velocity Sensors are compact, highly reliable sensors with a unique cyclone flow structure that diverts particulate from the sensor element. As an alternative to differential pressure sensing or for detecting clogged filters, the D6F series is available in PCB-mounted, flange-mount, and connector models. The D6F-P 0.1 LPM version MEMS Flow Sensor is targeted at ultra low-flow applications and measures up to 200 LPM with a bypass set-up.