PV320L / LZ

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Price: From $14,900.00 to $15,900.00

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The PV320L2 and PV320L2Z are unique broadband infrared cameras that incorporate a high resolution (320x240) uncooled focal plane array and advanced features including a USB 2.0 high-speed digital output and internal automatic image calibration (AIC). The PV320L2Z's integral zinc selenide non-fringing detector window provides the broadest possible spectral band (0.6-20 microns) and makes it ideal for a wide range of laser beam analysis and other broadband spectroscopy applications.

The PV320L2 and PV320L2Z cameras can be operated as stand-alone video-based systems (with on-camera controls) or can be controlled via PC with Velocity Advanced, our powerful real-time image acquisition and analysis software application. Connect the camera to any USB 2.0 enabled PC platform and run Velocity Basic and display real-time images on any PC and control the camera remotely. The compact PV320L in its rugged all-metal alloy chassis is currently in operation in many demanding applications around the world.

Features Include:

320x240 uncooled focal plane array
Automatic Image Calibration (AIC)
USB 2.0 High-Speed Serial Output
0.08ºC Sensitivity
Broadband (0.6µm-20µm) Imaging Option
Real-time software availability
Interchangeable lens mount

Models

PV320L2	NTSC 60 Hz quantifiable color thermal imaging camera, video output and USB 2.0 real-time digitaloutput and user controlled non-uniformity correction (NUC).
PV320L2E	PAL 50 Hz quantifiable color thermal imaging camera, video output and USB 2.0 real-time digitaloutput and user controlled non-uniformity correction (NUC).
PV320L2Z	NTSC 60 Hz quantifiable color thermal imaging camera with ZnSe non-fringing window for laser beam profiling, video output, USB 2.0 real-time digital output and user controlled non-uniformity correction (NUC).
PV320L2ZE	PAL 50 Hz quantifiable color thermal imaging camera with ZnSe non-fringing window for laser beam profiling, video output, USB 2.0 real-time digital output and user controlled non-uniformity correction (NUC).

Specifications

Frame Rate	30 Hz PV320L2, PV320L2Z / 25 Hz PV320L2E, PV320L2ZE
Sensor Type	Uncooled ferroelectric
Pixel Pitch	48.5 microns
Dimensions	14cm (L) x 11.4cm (W) x 14cm (H)
Weight	3 lb
Array Resolution	320 x 240 pixels
Digitization	12 bits
Operating Temperature	-20º to 50ºC
Storage Temperature	-20º to 60ºC
Digital Output	USB 2.0
Spectral Response	2-14µm PV320L, PV320LE / 0.6-20µm PV320L2Z, PV320L2ZE
Video Output	NTSC (PAL optional)
Tripod Mount	1/4" - 20

Applications Include:

	Laser Beam Diagnostics For many applications, it is extremely important to know the cross-sectional profile of a laser beam. In this way, the power, energy density, modal structure and divergence of the laser can be determined. These properties impact the propagation of the beam in a wide variety of applications and ultimately determine the usefulness of the laser in each application. Infrared imagers offer an ideal method for analyzing laser beam profiles from 800 nm to 20 microns.

	Medical Imaging The human body burns a lot of energy (approximately 100 watts). Many physiological conditions produce variations in body temperature and temperature distribution across the human body. For example, the installation of thermographic cameras at airports has become a key SARS screening tool for many areas around the world. Thermography has also been used as a screening tool for applications such as breast cancer and pain management.

	Non-Destructive Testing Thermal imaging is a non-invasive technique which when applied with specific stimulus provides a view into subsurface defects in difficult test samples. Inspection of composite aircraft parts is gaining wide acceptance in airframe manufacture and service. Advanced materials are finding their way into automotive and consumer products and thermographic NDT is a fast and wide area screening technique that is very cost effective.

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