• AIRINS Sniffer4D Total Volatile Organic Compounds (TVOC) Sensing Module
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AIRINS Sniffer4D Total Volatile Organic Compounds (TVOC) Sensing Module

AIRINS Sniffer4D Total Volatile Organic Compounds (TVOC) Sensing Module

$4,917.00
$4,917.00
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S-AIN-S4D-N2P-TVOC

  • Photoionization sensor measures total volatile organic compounds with high sensitivity
  • Point zero two ppm limit catches low level VOC events early
  • Wide linear range covers trace levels through elevated VOC concentrations
  • Sub three second response delivers near instant readings during flight
  • Fine resolution captures subtle shifts in VOC gas concentration accurately
  • Five thousand working hour life supports extended field deployment cycles
  • Wide temperature tolerance operates from negative forty to fifty five
  • Humidity stable readings hold steady from zero to seventy five percent
  • Single slot install adds VOC sensing to any Base Unit build
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  • Description
  • Specifications
  • In the Box
  • FAQ

Sniffer4D TVOC Sensing Module: Detect Volatile Organic Compounds in Under 3 Seconds

The Sniffer4D TVOC Sensing Module uses photoionization detection, a different sensing technology than the electrochemical modules elsewhere in the Sniffer4D lineup, delivering readings for total volatile organic compounds in under 3 seconds. It installs into a single slot on the Sniffer4D Nano 2 Plus Base Unit alongside other modules.

Calibrated by default to isobutylene, the module covers general environmental monitoring, oil and gas leak detection, and HAZMAT response, though measuring other VOC types requires adjusting its sensitivity correction factor. Humidity has almost no effect on its readings between 0 and 75 percent relative humidity, keeping data consistent across varied field conditions.

Key Features and Benefits

  • Photoionization detection: measures total volatile organic compounds with high sensitivity.
  • 0.02 ppm detection limit: catches low level VOC events across sites.
  • 50 ppm linear range: covers trace levels through elevated VOC concentrations.
  • Under 3 second response: delivers near instant readings during active flight.
  • 0.01 ppm resolution: captures fine shifts in VOC gas concentration.
  • 5000 working hour life: supports extended field deployment before replacement.
  • Wide temperature range: operates reliably from -40 to 55 degrees Celsius.
  • Humidity stable readings: negligible effect on measurement up to 75 percent RH.
  • Single slot install: adds VOC sensing without claiming the full array.

The TVOC Sensing Module exists to give environmental, oil and gas, and HAZMAT programs a fast way to screen for volatile organic compounds without a long response wait. Its humidity stable readings mean data stays reliable across a wide range of field conditions.

DSLRPros configures every TVOC Sensing Module and can help you set the correct sensitivity correction factor for your target VOC before it ships. Order the TVOC Sensing Module from DSLRPros and add fast volatile organic compound detection to your next flight.

  • Detection principle: photoionization detection (PID);
  • Target gases: total volatile organic compounds (TVOC) with ionization potential energies <10.6eV;
  • Linear Range: 0~50 ppm (isobutylene);
  • Limit of Detection: 0.02 ppm;
  • Repeatability: <4 %FS;
  • Response time (t90): <3 s (diffusion mode);
  • Display Resolution: 0.01 ppm;
  • On-chip proprietary, enabling better data quality in wide temperature and humidity ranges;
  • Warm-up time from a cold start: β‰ˆ5minutes;
  • Estimated service life: 5000 working hours;
  • Operating temperature: -40~55 Β°C;
  • Operating humidity: 0~95 %RH;
  • Humidity has almost no effect on the measurement in 0~75 %RH;
  • The default target gas is isobutylene. To measure other types of VOC, users need to adjust the sensitivity correction factor of the module.

For general environmental monitoring, oil & gas leak detection, and HAZMAT response.

  • 1x AIRINS Sniffer4D Total Volatile Organic Compounds (TVOC) Sensing Module
Can this module detect VOCs other than isobutylene?

The module's default calibration targets isobutylene, which is the standard reference gas for its 0 to 50 ppm range. To measure other types of volatile organic compounds accurately, you need to adjust the module's sensitivity correction factor. DSLRPros can help you understand this adjustment process based on the specific VOCs your mission needs to target.

How does this module's detection technology differ from other Sniffer4D modules?

This module uses photoionization detection, while most other Sniffer4D gas modules use electrochemical sensing. Photoionization detection is why this module responds in under 3 seconds, among the fastest response times in the entire lineup, compared to 20 to 60 seconds on the electrochemical modules. It also targets a broader class of compounds, total volatile organic compounds with ionization potential energies below 10.6 eV, rather than one specific gas.

Does humidity affect this module's readings?

Humidity has almost no effect on measurement accuracy within the 0 to 75 percent relative humidity range, which is a genuine strength for field deployment. The module is also rated for the full 0 to 95 percent RH range and operates from -40 to 55 degrees Celsius. DSLRPros can advise on performance expectations outside the 75 percent humidity threshold if your site runs consistently more humid.

How is this module's service life measured compared to other Sniffer4D modules?

This module's estimated service life is listed as 5,000 working hours, while most other Sniffer4D modules list a service life in months, typically 24 to 36 months. AIRINS does not provide a direct months-to-hours conversion, so we're presenting the figure exactly as published rather than estimating an equivalent. DSLRPros can help you think through expected lifespan based on your typical flight hours per month.