AIRINS Sniffer4D O3+NO2 Sensing Module

Sniffer4D O3+NO2 Sensing Module: Standardize Photochemical Oxidant Tracking Across Your Fleet The Sniffer4D O3+NO2 Sensing Module brings standardized photochemical oxidant tracking to any Sniffer4D Nano 2 Plus Base Unit, reporting combined ozone and nitrogen dioxide levels through a single electrochemical sensor in one module slot. Programs planning fleet wide gas coverage should account for this module's core tradeoff up front: it reports O3 and NO2 as one combined value, not two independent readings, so isolating ozone specifically requires standardizing a companion NO2 module across the same units. Fleets that only need a general oxidant indicator can deploy this module alone across every aircraft. Key Features and Benefits Electrochemical sensor: reports combined ozone and nitrogen dioxide oxidant readings together. Detection limit of 10 ppb: flags low level oxidant events across sites. Linear range to 11 ppm: spans trace through elevated oxidant concentrations reliably. Response under 45 seconds: keeps pace with fast moving fleet flight schedules. On-chip humidity correction: standardizes accuracy across a distributed sensor fleet. 1 ppb resolution: resolves fine shifts in oxidant gas concentration data. 24 month rated life: supports standardized deployment across a fleet's lifecycle. Single slot footprint: adds oxidant sensing without reconfiguring the module array. Operating humidity to 85% RH: performs across a wide range of sites. The O3+NO2 Sensing Module gives fleet programs a standardized way to track photochemical oxidant levels across every deployed unit. Pairing it with a companion NO2 module where individual ozone data matters keeps fleet wide monitoring both flexible and consistent. Fleet programs standardizing on photochemical oxidant tracking can source the O3+NO2 Sensing Module through Dronefly, ready to install across your Base Unit lineup. Order the O3+NO2 Sensing Module through Dronefly and add oxidant monitoring to your fleet's sensing capability.