Why the CLASSIC 2.0 Stands Apart

outdoor air quality testing

CLASSIC 2.0 is not a rebrand — it’s a complete upgrade. Our latest version includes a modernized gas chromatograph (GC) and an independently operated PID, both configured for compound-specific readings. This system doesn't wait for problems to occur; it is set to respond instantly. When a threshold level is triggered by the PID, the GC takes over, capturing and analyzing individual volatile compounds.

Unlike general-purpose systems, AirLogics’ technology is tuned to focus on specific scenarios. For example, in areas where benzene or other priority compounds might be present, our compound-specific mode gives clear identification—not just vague alerts. This makes the data highly relevant and dependable.

Modular Dust Monitoring, Tailored to Your Needs

From PM10 and PM2.5 to total suspended particulate, our direct-reading particulate monitors rely on infrared radiation to sense dust. The design ensures consistent feedback about what’s happening in the air around your off-site receptors. The data is not generic or delayed—it’s current and specific, designed for real use in the field.

The system can be customized based on which particulate matter is most relevant to your location. Whether you're focusing on finer particles that travel longer distances or total particulate load in the air, CLASSIC 2.0 is equipped to deliver consistent measurements with minimal calibration needs.

Meteorological Support Built Right In

With an on-site meteorological tower measuring wind speed, direction, temperature, and humidity, CLASSIC 2.0 helps link air quality data with movement patterns in the surrounding air. This ensures more accurate interpretation and allows site managers to map data directionally. The system computes real-time averages and feeds this into the monitoring network, offering a smart layer of context to every reading.

Wind flow data is crucial for understanding where particulate or gas concentrations may be migrating. The integration of continuous meteorological input with air concentration data makes this system a practical tool for modeling real-time dispersion.

Smart Triggers, Smarter Sampling

The built-in logic between the PID and GC in CLASSIC 2.0 is what makes the system adaptive. The PID handles real-time TVOC readings, while the GC waits in standby until action levels are exceeded. This efficient use of sampling reduces unnecessary use of consumables, ensuring cost-effective operations without sacrificing responsiveness or depth of detail.

This smart operation prevents overuse of carrier gas and reduces the frequency of GC cycling, making operations not only more cost-efficient but more sustainable long-term without compromise in sensitivity or resolution.

Low Maintenance, High Output

CLASSIC 2.0 was developed with long-term field use in mind. The calibration schedule has been reduced due to improved gas handling. That means fewer interruptions, lower costs, and consistent performance. Data management is cloud-based and cellular-enabled, meaning teams can view and organize results remotely.

By streamlining gas use and allowing remote access to all data through cloud-based tools, CLASSIC 2.0 simplifies operations for any field technician or analyst without compromising the quality of the output.

Modern Power, Minimal Downtime

Designed for simple deployment, CLASSIC 2.0 runs on standard 110-line power. With robust engineering and stable power options, the equipment supports extended use in the field, without daily oversight.

This plug-and-operate feature reduces setup time and enables teams to focus on data interpretation instead of technical hurdles.

Rebuilt From Experience, Backed by Results

AirLogics created the CLASSIC 2.0 based on direct client feedback and years of hands-on application. Each upgrade solves a specific problem we’ve encountered in real-world use. The new GC is field-ready, durable, and designed to perform under variable conditions, reducing dependency on lab work while improving turnaround.

It’s this real-use focus that makes the system more than just equipment—it becomes a trusted extension of your monitoring team.

Final Verdict:

Reliable data supports strong decisions. AirLogics’ CLASSIC 2.0 was built to provide it—accurately, consistently, and in real time. By combining responsive VOC detection with directional meteorological tracking and modular dust sensing, this system is your complete tool for outdoor air quality testing.

Need accurate air data that makes sense and supports your project? Reach out to AirLogics to see how the CLASSIC 2.0 system delivers professional-grade air monitoring for critical site operations.

FAQs:

1. What is air quality monitoring equipment used for?

It measures airborne pollutants like VOCs and particulates to assess environmental conditions in real time.

2. How does the CLASSIC 2.0 system detect VOCs?

It uses a PID for real-time TVOC readings and activates a GC for detailed compound-specific analysis.

3. Can the CLASSIC 2.0 system track dust levels?

Yes, it monitors particulates such as PM10, PM2.5, or total suspended particles using infrared sensors.

4. What environmental factors does the system record?

It logs wind speed, direction, temperature, and humidity through an integrated meteorological tower.

5. Is the CLASSIC 2.0 suitable for outdoor air quality testing?

Yes, it’s built for outdoor deployment, delivering precise and timely data for off-site receptor monitoring.