Primary Sensor Array
Active Array
Temperature
Multi-point thermal sensing designed for rapid environmental response to Colorado's severe day-to-night temperature swings, ensuring extreme accuracy across industrial temperature ranges.
T-RNG: -40°C TO +85°C
RES: 0.01°C
RES: 0.01°C
Active Array
Humidity
Advanced moisture detection tailored for semi-arid climates. Precision tracking prevents condensation risks while maintaining strict atmospheric parameters for sensitive operations.
H-RNG: 0% TO 100% RH
RES: 0.1% RH
RES: 0.1% RH
Air Quality
Particulate & Gas
Continuous sampling of atmospheric composition. NDIR sensors calibrated for high-altitude environments, detecting volatile compounds and particulate matter to ensure safety compliance.
CO2 / PM2.5 / PM10
NDIR OPTICAL SENSING
NDIR OPTICAL SENSING
Measurement Methods
The AQ-M1 utilizes a combination of proprietary and standard industry sensing technologies to provide resilient data streams.
- Electronic Sensors Integrated circuit temperature sensors providing highly linear outputs with minimal power consumption for baseline ambient tracking.
- Thermistors Negative Temperature Coefficient (NTC) ceramic components utilized for rapid-response thermal event detection.
- RTDs Resistance Temperature Detectors (Pt100) deployed for high-stability, laboratory-grade calibration reference points.
- Infrared (IR) Non-contact pyrometric sensors for surface temperature evaluation of surrounding structural elements.
- Electronic T-RH Capacitive polymer sensors integrated with thermal arrays to calculate accurate relative humidity dynamically.
- Psychrometric Algorithmic wet-bulb/dry-bulb calculation capabilities available via firmware for specific industrial HVAC integrations.
- NDIR CO2 Sensors Non-Dispersive Infrared spectroscopy utilizing specific light wavelengths to quantify Carbon Dioxide concentrations accurately.
- PM Sensors Laser scattering optical particle counters dynamically sizing and quantifying PM1.0, PM2.5, and PM10 particulate mass.