The Teledyne FLIR T540-42-NIST Thermal Imaging Camera is a precision instrument engineered for advanced thermographers and IR consultants working in power generation, electrical distribution, and manufacturing. Equipped with a high-resolution 464 x 348 thermal detector and a wide 42° lens, it allows for accurate thermal imaging across a vast temperature range of -4 to 2732°F. Its 180° rotating optical block enhances ergonomic use, particularly when inspecting targets in difficult positions.
With MSX technology, visible spectrum definition is added to thermal images to highlight object details such as labels and edges. UltraMax superresolution improves image quality and measurement precision by capturing 16 offset images and creating a higher-resolution composite. This reduces noise while increasing clarity, even for small target areas. The scratch-resistant 4" LCD display, laser-assisted autofocus, and intelligent AutoCal lenses further contribute to dependable, clear diagnostics.
Designed with ease of use in mind, the T540 offers a rapid-response touchscreen, two programmable buttons, voice and text annotation, image sketching, and customizable folders for organizing data. GPS integration and METERLiNK compatibility allow for detailed reporting, including precise location and measurement data.
What's Included:
- Teledyne FLIR T540 Thermal Camera with 42° Lens
- NIST Calibration Certificate
- Battery
- Battery Charger
- USB Cable
- Hard Transport Case
- Software License
- Documentation
Features
Wide-Angle 42° Lens with High Resolution
Captures thermal images at 464 x 348 resolution across a broad field of view for precise and comprehensive analysis.
Broad Temperature Range
Measures from -4 to 2732°F, supporting inspections in extreme industrial and electrical environments.
Ergonomic Design
180° rotating optical block reduces strain and simplifies imaging in hard-to-reach places.
High-Precision Measurement
Delivers 161,472 non-contact temperature points for detailed thermal analysis.
AutoCal Interchangeable Lenses
Swap lenses from wide-angle to telephoto across your camera fleet without recalibration.
Laser-Assisted Autofocus
Ensures sharp imagery and accurate temperature readings with minimal effort.
FLIR Vision Processing
Combines MSX, UltraMax, and adaptive filtering to deliver clear, enhanced thermal visuals.
Laser Distance Measurement
Determines the distance to targets and aids in repair planning directly on-screen.
Durable 4" LCD Display
Scratch-resistant display offers excellent visibility for field work.
Streamlined Controls
Touchscreen and programmable buttons simplify menu navigation and image capture.
Advanced Reporting Tools
Includes voice annotation, text comments with auto-fill, and image sketching capabilities.
Embedded GPS & METERLiNK Integration
Capture and document precise location and measurement data for reports.
What's Included
Included with Your Purchase:
- Teledyne FLIR T540 Thermal Camera with 42° Lens
- NIST Calibration Certificate
- Battery
- Battery Charger
- USB Cable
- Hard Transport Case
- Software License
- Documentation
Specifications
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Thermal Resolution: 464 x 348
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Lens Field of View: 42°
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Temperature Range: -4 to 2732°F
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Zoom: 1–6x continuous
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Display: 4 in. scratch-resistant LCD
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Image Processing: MSX, UltraMax, Adaptive Filtering
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Focus: Laser-assisted autofocus
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Measurement Points: 161,472
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GPS: Embedded GPS support
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Data Annotation: Voice, text with auto-fill, image sketch
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Lens Type: AutoCal interchangeable lenses
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Certifications: NIST traceable calibration
FAQ
Q: What is the purpose of the NIST Certificate?
A: It ensures the camera’s temperature measurements are traceable to national standards, offering high credibility for inspections.
Q: Can I use other lenses with this camera?
A: Yes, the AutoCal system allows sharing and automatic calibration of compatible FLIR lenses.
Q: How does UltraMax enhance the image?
A: It combines multiple thermal images into one high-resolution composite for improved clarity and measurement accuracy.
Q: What types of environments is this camera suitable for?
A: It’s ideal for power generation, industrial, and electrical environments, especially where high temperatures or complex setups exist.
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