D6F-W10A1

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-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 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.