Description
Specifications
Software
Lenses| Detector Type | Uncooled Microbolometer |
|---|---|
| Image Format | 640 x 480 px |
| Frame Rate Full Frame | 30 Hz full-frame |
| Temperature Range | -20 ºC to +600 ºC |
| Text1 | Motorized focus (manual or automatic) |
| Text2 | Automatic lens detection |
VarioCAM® HDx head 600 | Entry-level Thermographic Solution
Detector Type
Uncooled microbolometer FPA
Detector Format - Pixel Size
640 x 480 pixels - 17 µm
Temperature Measuring Range
(-40 ... 600) °C, up to 1,200 °C optional
Measurement Accuracy - Temperature Resolution
± 2 °C or ± 2 % - Up to 30 mK @ 30 ºC
Frame Rate
30 Hz (full frame)
Focus
Motor-driven, automatic or manual, accurately adjustable
The thermographic camera VarioCAM® HDx head is based on an uncooled microbolometer FPA detector with (640 × 480) IR pixels. Thanks to its wide standard temperature measuring range it is suitable for universal measuring, testing and monitoring tasks in many sectors.
Even the low-cost models of the VarioCAM® HDx head as entry-level access to the class of professional, stationary microbolo- meter thermography systems provide brilliant thermographic images in high quality that can be created and evaluated very easily using the powerful software family IRBIS® 3. The high-quality processing, modular design and motorised focusing are among the details that benefit users.
The VarioCAM® HDx head convinces with its extensive range of standard options. The range includes automatic threshold detection and signalling by means of digital real-time image acquisition via the integrated GigE Vision interface as well as online processing of thermographic data for controlling time-critical thermal processes. With the industrial-grade light metal housing (IP67) installations in manufacturing processes are easily possible even in harsh process environments. Even monitoring tasks requiring automatic continuous operation can be implemented easily.
IRBIS® 3 – The New Dimension of Thermographic Analysis
The state-of-the art IRBIS® 3 software family designed by InfraTec represents the ideal tool for fast analysis of thermographic image data and convenient drafting of thermo- graphic reports. Packages of different performance levels are available with application-specific expansion modules. The modular software concept allows for customized configuration and thereby facilitates its application in any field such as automotive industry, aerospace, electronics and electrical engineering, medicine and environmental studies, metallurgy, chemical and plastics industry, science and development.
IRBIS® 3 plus (included in standard package)
- Merging visual and infrared images
- Manual and automatic temperature range selection
- Temperature profiles along / across any lines / measured areas
- Autom. indication of max. and min. temperature / mean value
- Global and selective correction of emissivity
- Basic image editing and measuring functions
- Integrated MS Word-based report function
- Image enhancement by digital filtering
- Comprehensive isotherm editor
- Editing and analysing of thermographic image sequences
- 3D temperature profile display
- Pre-defined models for emissivity correction
- Temperature-time-diagram/profile-time-diagram
- Differential image display and differential spot display
- Numerous statistical, image editing and measuring functions
- AVI Generator – conversion of thermographic
- video sequences
- Accumulation of recorded thermographic images
- Export of measuring data (csv, ASCII, etc.)
IRBIS® 3 professional
- Extended and specific models for correcting emissivity, incl. automatic correction of emissivity for each pixel
- Geometric measurement within the thermogram
- 3D thermographic images and sequences display
- Expandable for specific experimental setups / SDK
- Parallel analysis of several thermograms and sequences
- IRBIS® 3 mosaic, Macro, Sequence and Palette Editor
- Data export into shareable .exe-file
- Multiple temperature scales per image
Software User Interface
- Navigation The holistic concept and familiar symbols ensure intuitive handling. The user interface can be customized and saved as part of the settings. This allows users to keep an overview of the operating functions at any time.
- Favorite Files The list of favorites clearly arranges all opened thermograms and sequences. In combination with a preview image this allows easy and direct access to each thermal image or sequence.
- Thermogram Powerful integrated measuring and editing functions facilitate a comprehensive and fast analysis of digital thermograms. Numerous automatic functions for image correction and optimization support the user in clearly recognizing and visualizing thermal details of measured objects.
- Diagrams Numerous two and three-dimensional diagrams help to visualize and export temperature data of defined measured areas from individual images or image sequences.
- Table of Measured Data User-defined measured data and statistical parameters of thermograms or their partial areas can be presented very clearly in tabular form, which can be customized by the user.
- Visual Image Visual images recorded in parallel either by an external camera or digital camera integrated in a thermographic camera are optionally added to the respective thermogram automatically or at the touch of a button. Both images can be merged, too. This serves to clearly allocate measuring scenarios or problem spots.
SDK Integration in MATLAB and LabVIEW (MS Windows-based)
Two SDK versions – Perfectly adapted for online and offline data analysis
- irbgrab-SDK: Integration of radiometric temperature data based on the live data of the camera (via MS Visual Studio C++ VS 2017, C#, Free Pascal, Python)
- irbacs-SDK: Analysis of IRB data (via MS Visual C++ 2017, Free Pascal)
- Usable as add-on in MATLAB and LabVIEW (irbgrab-SDK)
MATLAB – High performance with native integration
- All functions of SDK are available in MATLAB
- Comprehensive access to thermographic camera functions (acquisition of
- calibrated temperature data, full control of all specific camera features)
- Maximum performance by use of native integration
- Better performance and additional benefits by saving data in IRB files (compatible to IRBIS® 3, compressed storage of radiometric data, etc.)