Omron flow sensor D6F-P0010A2

Omron D6F-P0010A2 – Precision MEMS Flow Sensor for Air (0–10 L/min)

The Omron D6F-P0010A2 is a high-precision MEMS flow sensor for measuring air flow in small to medium flow ranges. It is particularly suitable for applications in medical technology, environmental monitoring, laboratory automation, and air supply system control.

Measuring principle:
The sensor uses a thermal mass flow measurement principle based on MEMS technology. This enables direct measurement of the mass flow of air—independent of ambient temperature, pressure, and humidity. The sensor offers fast response time and high reproducibility.

Technical data:

– Measuring range: 0 to 10 liters per minute (L/min)
– Media type: Air (non-condensing, dry, particle-free)
– Output signal: 1 to 5 V DC (analog, non-linear)
– Supply voltage: 10.8 to 26.4 V DC
– Accuracy: ±3% of final value (full scale)
– Repeatability: ±0.5% FS
– Response time: typically < 20 ms
– Current consumption: max. 15 mA
– Connection: 5-pin (plug-in), standard for Omron MEMS series
– Operating temperature: 0 °C to +50 °C
– Storage temperature: –20 °C to +60 °C
– Pressure range: 0 to +500 kPa (differential)
– Housing material: plastic (PPS), sensor components: silicon (MEMS)
– Weight: approx. 12 g
– Dimensions: approx. 46 × 20 × 12 mm

Special features:

– High resolution and very good repeatability
– Compact and lightweight – ideal for portable or space-critical devices
– Temperature compensated output
– No moving parts – therefore maintenance-free
– Fast response time for real-time monitoring
– Horizontal or vertical installation position possible (note installation direction)

Typical applications:

– Ventilation and respiratory analysis devices
– Airflow monitoring in filter and ventilation systems
– Flow control in medical devices or laboratory systems
– Climate controls in sensitive environments
– Leakage monitoring in compressed air systems

The D6F-P0010A2 offers a reliable solution for precise airflow measurement in small spaces. It integrates easily into existing control loops and provides analog output signals that can be processed by standard data acquisition systems.