The Teledyne FLIR T560-42 Professional Thermal Imaging Camera offers the power and precision professionals need to detect faults and confirm repairs with absolute clarity and confidence. Designed for electrical, mechanical, and industrial inspections, it combines ergonomic design with a 180° rotating lens platform and a bright 4-inch LCD, enabling easy diagnosis of hard-to-reach components.
Equipped with FLIR’s advanced technologies like MSX, UltraMax, and Thermal Studio Pro, the T560-42 enhances thermal images with sharp visual detail and high-resolution analysis. MSX technology overlays critical visual detail onto thermal images, while UltraMax captures and processes multiple images to improve clarity and accuracy. The included FLIR Thermal Studio Pro software supports comprehensive documentation and inspection routing to boost productivity and consistency.
With features like laser-assisted autofocus, on-screen laser distance measurement, and integrated GPS, this camera ensures fast, accurate, and actionable results on every inspection.
What's Included:
- Teledyne FLIR T560-42 Thermal Imaging Camera with 42° Lens
- Removable SD card
- Rechargeable Li-ion battery
- Battery charger
- USB Type-C cable
- Thermal Studio Pro Software (license)
- Inspection Route Software Option
- Carrying case
Features
Industry-Leading Image Quality
Utilizes FLIR MSX, UltraMax, and adaptive filtering for stunning clarity and radiometric precision in every image.
Flexible and Ergonomic Design
The 180° rotating optical block provides unmatched flexibility for capturing images in tight or elevated spaces.
Laser-Assisted Autofocus
Ensures optimal focus and temperature measurement precision with laser-guided distance detection.
Powerful Resolution
640 x 480 thermal resolution delivers 307,200 temperature measurement points with fine detail and accuracy.
Seamless Workflow Integration
Built-in navigation, file organization, and two programmable buttons enable faster inspections and data logging.
Advanced Reporting Software
FLIR Thermal Studio Pro simplifies image processing and documentation while supporting inspection route planning.
GPS and METERLiNK Compatibility
Embed location and external meter data directly into thermal images for enriched analysis and reporting.
Vibrant Display
The 4-inch LCD is 33% brighter with 4x the resolution of comparable screens for easy viewing in any environment.
What's Included
Included with Your Purchase:
- Teledyne FLIR T560-42 Thermal Imaging Camera with 42° Lens
- Removable SD card
- Rechargeable Li-ion battery
- Battery charger
- USB Type-C cable
- Thermal Studio Pro Software (license)
- Inspection Route Software Option
- Carrying case
Specifications
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IR Resolution: 640 x 480 (307,200 pixels)
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UltraMax Resolution: 1.2 MP
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Thermal Sensitivity: <30 mK @ 30°C
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Spectral Range: 7.5 - 14.0 μm
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Detector Type: Uncooled microbolometer
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Image Frequency: 30 Hz
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Focus Options: Manual, one-shot, continuous with LDM
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Digital Zoom: 1-8x continuous
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Temperature Ranges: -4°F to 248°F, 32°F to 1202°F, 572°F to 2732°F
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Accuracy: ±2°C or ±2% of reading
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Voice Annotation: 60 sec (built-in or Bluetooth)
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GPS: Auto-embedded in images and video
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Storage: Removable SD card, JPEG format
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Video Recording: Radiometric (.csq), H.264, MPEG-4
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Streaming: Radiometric (UVC), Non-radiometric (Wi-Fi, USB)
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Battery Life: Over 4 hours at 77°F
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Operating Temp: 5°F to 122°F
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Shock/Vibration Rating: 25 g / 2 g (IEC standards)
FAQ
Q: What is UltraMax technology and how does it benefit thermal inspections?
A: UltraMax combines multiple thermal images to produce one image with higher resolution and reduced noise, allowing for more precise analysis of small components.
Q: Can the camera focus automatically?
A: Yes, it features laser-assisted autofocus along with manual and one-shot focus options for maximum flexibility.
Q: Is GPS data included in thermal images?
A: Yes, GPS location data is automatically embedded in every image and video file.
Q: How does MSX improve imaging?
A: MSX overlays visible light details onto thermal images, making labels, edges, and context more visible without reducing thermal data quality.
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