FLIR QL320 Offers

Get advanced features including Delta temperature screening, colorized gas concentration profiles, and a 10-second rolling average leak rate overlayed directly onto a static image snapshot.

Features

• Quantifies mass or volumetric leak rates
• Includes plume highlighting, delta temperature screening
• Touchscreen tablet is rugged, sun-readable
• No camera modifications or added accessories needed
• Use factory calibration or calibrate unit in the field
• Overlays a 10-second rolling average leak rate directly onto an image snapshot

Quantifies gas with immediate results

Simplifies the visualization and measurement of gas emissions.

• Determine the mass leak rates (lb/h or g/h) or volumetric leak rates (cc/min or L/min) for most hydrocarbon gases
• Measure the size of fugitive emissions from safe distances, as far as 100' (30.48 m)
• Highlight gas plumes with color for improved visibility

Ensures effective readings and reports

Built-in tools needed to obtain quantifiable readings.

• Validate leak survey and determine suitability of background conditions with delta temperature screening tool
• Easily synchronize to multiple optics and temperature ranges
• In-field reporting includes archiving of measurements, colorized video and raw image and raw image data for analysis and post-processing

Built tough for industrial environments

Rugged tablet can be used in gas fields, refineries, and other industrial settings.

• Included touch-screen tablet is dust- and water-tight (IP65 certified)
• Live results can be obtained by tethering the QL320 directly to the OGI camera
• Display provides high contrast for easy reading, even in bright conditions
• Post-analysis can be easily performed via Q-Mode (non-tethered mode)

Response factor calculations

How well this system quantifies a specific gas compound is a function of how sensitive the camera is to that gas. This can be measured relative to a reference compound, with the resulting value called Response Factor (RF). For example, say an RF value for benzene is 0.755 in reference to propane (propane value = 1.000). This means when an OGI camera visualizes benzene, the image is 75% as strong as an image of propane. An RF value below 1.0 would signify a potentially weaker image, while an RF value above 1.0 signifies a stronger image (e.g. an RF of 1.75 means the image is 75% stronger).