Thermal Imaging & Thermoelastic Stress

This new thermal imager is presented by NEC Avio (Japan). F30 is a light weight, pocket sized camera which can capture both thermal and visible images simultaneously saving them in JPEG format on SD card. The new and unique feature is display of temperature data on the visual image.

NEC ThermoShot F30 looks and operates like a standard compact digital camera. It is based on real 160 by 120 pixels detector with thermal resolution better than 0.1 degrees Celsius. Professionally designed NEC F30 can measure temperatures from −20°C to  350°C or from −20°C to 100°C.

F30 can be focused as close as 10cm for reliable viewing of small objects (electronic components for example).

NEC ThermoShot F30 Datasheet (1,4 MB)

Software Functions (0,1 MB)

The new Thermo GEAR G120/G100 is ideal thermography tool for Higher level maintenance and R&D work. Its shape is perfect for capturing images from any angle; a super-fine image enabling the detection of abnormalities in a wide range; an optical compatibility with telephoto lenses; support for high-temperature measurement; useful support functions to detect abnormal points without delay; management of a large amount of data and fast-report generation.

Image quality is excellent with new detector engine, 320×240 pixels resolution. There is onboard recording and unique panoramic function.

The weight is approximately 800 grams (including the battery pack), which is 500 grams lighter than previous models. It can also be set up on a tripod which can be required for prolonged monitoring or research work.

Thermo GEAR G120/G100 Datasheet (0,8 MB)

Software Functions (0,1 MB)

This thermal imager features:

• Highest quality image with 640×480 pixels;
• High quality visual camera (1.3 Mega pixels);
• Resolution 0.03°C or better;
• Auto focusing;
• Simultaneous recording of thermal & visual images;
• Real-time memory (onboard video recording);
• Voice recording.

And many advanced features you would expect from a top of the range camera. This system can be used as a stand-alone camera or controlled by a remote PC using software.

This system is usually required for the most demanding inspection work including inspection of Power Lines and for Research applications.

NEC H2640 (3 MB)

Software Functions (0,1 MB)

The Onca-MWIR-InSb uses advanced real-time image correction and is equipped with a state of the art 2D InSb array with 320×256 or 640×512 pixel resolution. This camera offers 14-bit images at various frame rates. Two speed versions are available: a standard video rate version and a high speed version.

All camera functions can be customized and all settings are stored in non-volatile memory to enable optimized use. The Onca-MWIR- InSb is optimized for highly stable stand alone and PC-driven thermal imaging and thermography applications.

3-5 micron or 1-5 (broadband) spectral range detectors are available. A filter wheel for 5 spectral (or high temperature) filters is available.

Onca thermal imagers are perfect for most advanced tasks where high sensitivity, high resolution, high speed and synchronised data acquisition is required.

They are also used in Thermoelastic Stress Analysis (TSA) systems.

Onca-MWIR-InSb (0,52 MB)

Software Functions (0,1 MB)

The Onca-MWIR-MCT uses advanced real-time image correction and is equipped with a state of the art 2D MCT array with 320×256 or 640×512 pixel resolution.

Tis camera offers 14-bit images at various frame rates. Two speed versions are available: a standard video rate version and a high speed version. All camera functions can be customized and all settings are stored in non-volatile memory to enable optimized use. The Onca-MWIR-MCT is optimized for highly stable stand alone and PC-driven thermal imaging and thermography applications.

3-5 micron MWIR or 8-9 micron LWIR or even 8-12 microns VLWIR spectral range detectors are available. A filter wheel for 5 spectral (or high temperature) filters is available.

Onca thermal imagers are perfect for most advanced tasks where high sensitivity, high resolution, high speed and synchronised data acquisition is required.

Onca-MWIR-MCT (0,8 MB)

Software Functions (0,1 MB)

Gobi is a smart, affordable uncooled microbolometer (LWIR) camera for thermal imaging, based on DSP-electronics and flexible TCP/IP interfacing in a very compact housing.

Detector resolution: 384×288 pixels which is 44% more than traditional 320×240 format. Temperature resolution is 0.05 deg. C.

Gobi offers a high degree of flexibility in terms of frame rate, user interface and temperature range, enabling the user to adapt it to various research and industrial settings and tasks,. All camera functions can be optimized according to user applications context, including four different display modes.

SDK is available for easy integration; radiometric research grade software is available too.

Gobi-384 (0,5 MB)

Software Functions (0,1 MB)

The DeltaTherm is a unique IR differential thermography system suited to Thermoelastic Stress Analysis (TSA) and Thermal Nondestructive Evaluation (TNDE). By coupling special high- speed image processing electronics with a high performance infrared array detector, it is now possible to image stresses in just seconds.

This system operates perfectly with our infrared imaging cameras Onca (see above). The resulting image is calibrated in Mpa for each pixel. It is like having thousands of strain gauges on the sample without actually touching it.

In addition, we supply DeltaVision software for images processing and information analysis. This software offers a wide range of data presentation options and works easily with Microsoft Word and graphic presentation software.

Applications:

• Thermoelastic Stress Analysis;
• Lock-In, standard, forced-diffusion and coating tolerant Thermography;
• Fracture Mechanics;
• Crack and Flaw Detection;
• Structural Integrity Assessment;
• Composite Material Damage Evolution & Fatigue Life Prediction.

DeltaTherm (0,23 MB)

DeltaVision (0,72 MB)