DFRobot Fermion NH3 ammonia analogue gas sensor
More than 10 items in stock at third-party supplier
Product details
The Fermion NH3 ammonia analogue gas sensor offers an advanced solution for monitoring ammonia concentrations in various environments. Featuring MEMS technology, this sensor is characterized by its compact size, low power consumption, and fast response times. It is ideal for use in cold storage, aquaculture, toilets, and other areas where ammonia needs to be monitored. This sensor measures ammonia concentrations qualitatively and can be used for early detection of leaks or for monitoring air quality. To read the gas sensor with an Arduino, connect the analogue output pin of the sensor to an analogue input pin of the Arduino. Then use the analogRead() function in your Arduino sketch to measure and process the sensor values.
Info: This sensor can only indicate whether a substance is present and only provides an approximate value. For accurate measurements, we recommend purchasing the Gravity series with factory calibrated electrochemical gas sensors.
Features:
- Compact design with dimensions of 13x13x2.5 mm
- Low current consumption of less than 20 mA
- Fast response times for effective monitoring
- Suitable for various applications due to flexible application possibilities
Application examples:
- Monitoring ammonia in cold storage tanks to prevent product damage
- Risk control in aquacultures by monitoring water quality
- Monitoring toilets for unpleasant odours and harmful concentrations
Technical data:
- Manufacturer: DFRobot
- Manufacturer SKU: SEN0567
- Gas detected: Ammonia (NH3)
- Detection range: 1-300 ppm
- Operating voltage: 3.3-5V
- Operating current: less than 20 mA
- Output signal: Analogue voltage
- Sensitivity: R0(in air)/Rs(in 50ppm NH3) ≥ 3
- Operating temperature: -10 to 50°C
- Operating humidity: 15-90% RH (non-condensing)
- Service life: ≥5 years (in air)
- Dimensions: 13x13x2.5 mm
- Weight: 7.5 g
Scope of delivery:
- 1x Fermion NH3 ammonia analogue gas sensor
- 1x 10-pin pin header 2.54 mm.