Unmatched Performance and Longevity
- Fast Sampling: With a rapid 5-second sampling capability, the RANGER AirQ ensures timely and accurate data collection.
- Power-Efficient: Powered by MEMS technology, the device operates without the need for external power and boasts exceptional battery longevity.
- Low Maintenance: The RANGER AirQ’s sensor requires no periodic field calibration or correction factors and offers a remarkable 15+ years of sensor life. Its immunity to sensor poisoning and ability to operate in extreme environmental conditions (-40 to 75°C and up to 100% humidity) ensure consistent performance.
- Fail-Safe Operation: The sensor performs constant self-testing during every transduction cycle, ensuring fail-safe operations.
Seamless Cloud Connectivity with RANGER Technology
As part of the RANGER product line, the RANGER AirQ ensures seamless integration with cloud-based systems. Sensor data is transmitted in real-time to the cloud, enabling fast monitoring, alarming, and reporting. This connectivity allows for instant access to crucial data, supporting proactive management of environmental and safety concerns.
Flexible Measurement Modes
The RANGER AirQ offers two versatile measurement modes:
- Continuous Mode: The sensor operates continuously, reporting measurements every 5 seconds for real-time monitoring.
- Scheduled Mode: The sensor activates for 5 minutes at a time, reporting measurements at preset intervals, such as every 15 minutes, offering a balance between monitoring needs and power conservation.
Comprehensive Reporting
The device reports a wide range of values including methane concentrations in PPM, atmospheric pressure, ambient temperature, relative humidity, and absolute humidity, providing a complete picture of the environmental conditions.
“We have combined our expertise in low powered telemetry with a modern low power gas sensor platform so users can monitor emissions as frequently as possible without the need for external power,” says Sandro Esposito, VP sales & marketing for SignalFire.