Detector Type | T2SLS, InSb, MCT |
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Image Format | 320 x 256 px, 640 x 512 px |
Frame Rate Full Frame | >1,000 Hz, >600 Hz |
Temperature Range | -40 ºC to +3,000 ºC |
Text2 | Up to 105,000 Hz in sub-window mode |
Text1 | NEDT as low as 15 mK |
ImageIR® HS series | High-Speed Scientific Thermal Cameras
Detector Type
MCT, InSb and T2SLS
Detector Format - Pixel pitch
320 x 256 px or 640 x 512 px
Frame Rate (Hz)
Up to 1 kHz in 640 x 512 px
Max FPS
Up to 105,000 Hz with sub-window
Temperature Measuring Range
(-40 ... 3,000 ) °C
Thermal Resolution
As low as 15 mK
Modular Design
The high-end camera series ImageIR® is characterized by outstanding metrological performance and previously unknown compactness and modular design. ImageIR® is the perfect camera for demanding users who need an extremely flexible thermal imaging system with maximum sensitivity, accuracy, geometric resolution and speed. The modular design facilitates individual system configurations that can be optimally tailored to the task on hand.
Motorized Focus
All interchangeable standard lens systems of the ImageIR® series can be combined with a motor focus unit, which is controlled by the camera operating software. It enables precise, remote and fast focusing. In addition, an autofocus function is available which operates reliably even with low image contrasts.
Separate Filter & Aperture Wheel – Spectral Thermography
The combination of a separate filter and aperture wheel, allowing a total of 30 freely selectable combinations, is prerequisite for an universal application in measurement tasks with high object temperatures and in the field of spectral thermography. The neutral density filters used for signal attenuation or the combination of spectral filters and apertures reliably prevent interference effects.
ImageIR® 9400: Cooled SXGA Thermographic Camera
The most solid all-rounder of the cooled infrared camera systems
- Detection of small details with detector of 1.3 MP resolution (1280 x 1024 pixels) and 10 µm pitch
- MicroScan mode enables 5.2 MP resolution (2.560×2.048 pixels) by camera hardware
- Snapshot detector for precise image acquisition at frame rates up to 180 Hz full-frame
- High thermal resolution better than 20 mK for precision measurements
- Motorized focus unit enabling precise, remotely controlled and fast focusing
ImageIR® SXGA HP: Cooled SXGA High-Performance Thermographic Camera with binning mode
- Detection of small details with detector of 1.3 MP resolution (1280 x 1024 pixels) and 10 µm pitch
- MicroScan mode enables 5.2 MP resolution (2.560×2.048 pixels) by camera hardware
- Snapshot detector for precise image acquisition at frame rates up to 180 Hz full-frame
- High-Speed / Binning mode 2×2 with 20 µm super pixel pitch and 622 Hz in 640 x 512 px resolution.
- High thermal resolution better than 20 mK in binning mode
- Motorized focus unit enabling precise, remotely controlled and fast focusing
- Lens: High quality precision lenses allow the adaptation of the image geometry to almost every measuring situation. Its performance parameters are calibrated with respect to functionality, quality and flexible application. Due to proper IR-transparent lens materials and high-precision anti-reflection coating, the lenses are optimized for different spectral ranges. Additional macro accessory lenses reduce the working distance, increase the geometrical resolution and guarantee highest imaging quality.
- Interfacing and Communication: Numerous ports can be found on the front and backside of the ImageIR®. The front is equipped with ports for external sensors, motor focus and zoom lenses. At the back side of the ImageIR® the 10 GigE /GigE interface respectively CAMLink /DualCAMLink data interface are located as well as the trigger interface, CAN-Bus-RS232- and USB connector.
- 10 GigE-Interface: This GigE-Vision compatible, industrial-grade interface enables an extremely reliable high-speed data transmission with high electromagnetic noise immunity even across exceedingly long distances. In comparison to conventional GigE interfaces, it provides a 10 times higher transmission speed.
- Trigger and Process Interface: The camera series ImageIR® is equipped with a snapshot detector. It guarantees a repeatable time-driven and event driven high-precision data recording in conjunction with the internal trigger and process interface. Two respective inputs and outputs are used to control the camera or to generate digital control signals for external devices. Additional digital and analogue in- and outputs are available in connection with the process interface of the IRBIS® 3 software.
- Detector Unit: Modern high-performance photon detectors of different formats, spectral ranges and detector materials can be implemented application specifically.
- Long-life Stirling Cooler: The high-quality Stirling coolers, used in the ImageIR®, guarantee a short cool-down time as well as a maintenance-free, long-term and low-vibration operation. Up to 15,000 hours of operation can be achieved with these latest generation long-life coolers.
- Power Supply : The camera comes with a wide range power supply but can also be powered with external DC sources or batteries.
- Camera Housing with Handle: The housing is designed for use in industrial environments and is precision machined out of high-tensile aluminum alloys for maximum protection and thermal stability. The handle on top allows safe transportation.
- Tripod Connector: The standardized tripod connector allows an installation on different tripods or pan-tilt solutions for both process-integrated continuous operation and laboratory application. Additional mechanical connectors in line with the principal axis make integration into automated inspection systems easy.
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Detector | |||
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ImageIR® 5300 | ImageIR® 8300 HS | ImageIR® 9400 HS | |
Detector Type | MCT | T2SLS | InSb |
Spectral range | (3.7 ... 4.8) μm | (1.5 ... 6.0) μm | (1.5 ... 5.5) μm |
Cooling | Stirling cooler | Stirling cooler | Stirling cooler |
Shutter mode | Global shutter / Snapshot | Global shutter / Snapshot | Global shutter / Snapshot |
Readout mode | ITR/IWR | ITR/IWR | ITR/IWR |
Detector format | 320 x 256 px | 640 x 512 px | 640 x 512 px |
Pixel pitch | 30 µm | 25 µm | 20 µm |
Window mode | Yes | Yes | Yes |
Frame rate Full Frame | 481 Hz | 1,004 Hz | 622 Hz |
Frame rate Half Frame | 1,957 Hz | 1,053 Hz | |
Max FPS in sub-window mode | 105,000 Hz | 30,330 Hz | 3,343 Hz |
Dynamic range | Up to 16-bit* | 14-bit | Up to 16-bit* |
Exposure time | 1 µs to 20 ms | 10 µs to 20 ms | 1 µs to 20 ms |
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Special Features | |||
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ImageIR® 5300 | ImageIR® 8300 HS | ImageIR® 9400 HS | |
Focus | Motorized, manual or automatic | Motorized, manual or automatic | Motorized, manual or automatic |
Multi Integration Time | yes | no | yes |
High-Sense | no | yes | yes |
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Thermography specs | |||
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ImageIR 5300 | ImageIR 8300 HS | ImageIR 9400 HS | |
Temperature measuring range | (-40 … 3000) °C* | (-40 … 3000) °C* | (-40 … 3000) °C* |
Standard Temperature Calibration | (-40 ... 1,200) ºC | (-40 ... 1,700) ºC | (-40 ... 1,500) ºC |
Measurement accuracy | ± 1 °C or ± 1 %* | ± 1 °C or ± 1 %* | ± 1 °C or ± 1 %* |
Temperature resolution @ 30 °C | Better than 15 mK | Better than 20 mK | Better than 20 mK |
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Interface and Synch | |||
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ImageIR® 5300 | ImageIR® 8300 HS | ImageIR® 9400 HS | |
Interfaces | GigE, HDMI* | 10 GigE, HDMI* | 10 GigE, CAMLink, HDMI* |
Trigger | 4 IN / 2 OUT, TTL | 4 IN / 2 OUT, TTL | 4 IN / 2 OUT, TTL |
Analog signals*, IRIG-B* | 2 IN / 2 OUT, yes | 2 IN / 2 OUT, yes | 3 IN / 2 OUT, yes |
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Mechanical & power specs | |||
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ImageIR® 5300 | ImageIR® 8300 HS | ImageIR® 9400 HS | |
Dimensions, weight | (241 × 120 × 160) mm; 3.3 kg (without lens) | (235 × 120 × 160) mm; 4.0 kg (without lens) | (241 × 123 × 160) mm; 4.3 kg (without lens) |
Protection rating | IP54, IEC 60529 | IP54, IEC 60529 | IP54, IEC 60529 |
Storage and operation temperature | (-40 … 70) °C, (-20 … 40) °C | (-40 … 70) °C, (-20 … 40) °C | (-40 … 70) °C, (-20 … 40) °C |
Power supply | 24 V DC, wide-range power supply (100 … 240) V AC | 24 V DC, wide-range power supply (100 … 240) V AC | 24 V DC, wide-range power supply (100 … 240) V AC |
Tripod adapter | 1/4"- and 3/8" photo thread, 2 × M5 | 1/4"- and 3/8" photo thread, 2 × M5 | 1/4"- and 3/8" photo thread, 2 × M5 |
*depending on model
Basic Research
- Development of new material coatings (nanotechnology)
- Investigation of fundamental physical-chemical relationships (battery technology, new alloys)
- Biomedical research of thermal connections (neuroscience, dentistry)
- Investigation of the thermal-energetic behavior of new semiconductor materials and material combinations
Electronics and Electrical Industry
- Thermal optimisation of assemblies and components starting in the early stages of product development
- Micro thermography for geometrically correct imaging of smallest parts and components in complex circuits
- Non-contact real-time measurement of temperatures and temperature distributions on boards and assemblies
- Differential image analysis for the focused evaluation of possible deviations from standard states
- Hotspot detection in multi-layer structures by lock-in thermography
Glass, Plastics and Metal Industry
- Thermographic characterization of specific multicomponent structures, for example in illuminants
- Optimized measurement of many technical materials by spectral adjustment of the camera wavelength using motorized filter wheels
- Analysis of component and material properties during stress tests, also in combination with visual 3D measurement technology
- Thermal optimisation of moulds and tools
Aerospace Industry
- Thermal optimisation of electronic assemblies, structural and drive components
- Short integration times and high recording speeds enable the correct recording of highly dynamic processes
- Analysis of modern composite materials and lightweight construction elements using lock-in thermography
- Realization of demanding airborne applications, for example environmental and geoscience studies, wind tunnel investigations or monitoring tasks
Automobile Industry and Mechanical Engineering
- Adjustment of the thermal behavior of components in development, technological setup and production with standard behavior
- Thermal optimisation of electronic assemblies, structural and drive components Non-destructive testing with thermographic camera for precise and efficient quality and process control
- Thermal characterization of fast rotating objects like tires or brakes
- Characterization of joints and composite bonds by lock-in thermography
- Further development of modern welding and joining processes using thermographic accompanying measurements
Other Industries and Application Fields
- Laser and welding technology
- Quality assurance for joining processes/shrink hole detection
- Recognition of thermal signatures
- Safety applications
- Medicine and pharmacy
- Chemical industry
- Bio- and geo studies
- Solar cells and modules
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.)
HighSense – More Flexibility
Each ImageIR® is factory calibrated over a wide range of temperatures in the exact configuration in which it will be shipped to the customer. HighSense allows the user later to pick a temperature range and the camera will select the optimal integration time based on the factory calibration. If the user instead selects a specific integration time the ImageIR will automatically select the best calibration set.
Multi Integration Time (MIT) – Wide Measurement Ranges
The MIT function increases the dynamic range up to 16 bit and significantly extends the temperature measurement ranges. Measurement objects with large temperature gradients can be recorded with one measurement range while maintaining the maximum image refresh rate and temperature resolution. With constant aperture / filter setting, different integration times can be selected for up to four calibration ranges and combined with these to form a total range. The system calibration can remain unchanged. Manual switching of the measurement range becomes dispensable as well.