The Teledyne FLIR T1010-45-NIST HD Thermal Imaging Camera redefines precision in thermography with cutting-edge infrared technology built upon decades of industry leadership. Offering superior image clarity and performance, this camera is ideal for professional-grade diagnostics and inspections across electrical, mechanical, and building applications.
Engineered with Teledyne FLIR's OSX Precision HDIR optical system, it delivers crisp visuals with dynamic focus control and continuous autofocus. Its ergonomic design, rotating optical block, and intuitive GUI make day-long operations comfortable and efficient. MSX technology enhances detail visibility by embedding edge definition from visible light into thermal images, while UltraMax technology amplifies resolution by combining data from multiple shots into ultra-clear, high-resolution thermal images.
UltraMax enables finer detail detection and greater measurement accuracy by reducing the spot size and increasing pixel density. Ideal for capturing subtle anomalies and streamlining thermal diagnostics, the T1010-45-NIST comes complete with FLIR Tools+ software for advanced image analysis and professional reporting.
What's Included:
- Teledyne FLIR T1010-45-NIST Thermal Imaging Camera
- OSX Precision HDIR 45° Lens
- FLIR Tools+ Software License
- NIST Certificate of Calibration
Features
High-Resolution Thermal Imaging
Features a 1024 x 768 IR resolution (786,432 pixels) to detect minute thermal differences across a wide area.
UltraMax Image Enhancement
Boosts resolution up to 3.14 megapixels by combining multiple frames into one ultra-detailed image.
Exceptional Sensitivity
Detects subtle temperature variations with a NETD of less than 25 mK at 30°C.
Wide Field of View
Equipped with a 45° x 34° lens for broader inspection coverage without sacrificing image quality.
Versatile Temperature Ranges
Measures across two ranges from -40 °C to 650 °C, accommodating diverse industrial scenarios.
Accurate Readings
Delivers precision with ±2 °C or ±2% accuracy at 25 °C.
MSX Technology
Adds visible spectrum detail to thermal images, improving readability and spatial awareness.
Advanced FLIR Vision Processing
Combines MSX, UltraMax, and adaptive filtering for low-noise, easy-to-interpret imagery.
Ergonomic Design
Rotating optical block and rugged build support comfortable long-duration use in challenging environments.
Efficient Workflow
Rapid interface navigation and 1-Touch Level/Span adjustment streamline image optimization.
Comprehensive Software Support
Includes FLIR Tools+ for in-depth analysis, measurement customization, and reporting.
Certified Accuracy
Ships with a NIST Certificate of Calibration for dependable, traceable performance.
What's Included
Included with Your Purchase:
- Teledyne FLIR T1010-45-NIST Thermal Imaging Camera
- OSX Precision HDIR 45° Lens
- FLIR Tools+ Software License
- NIST Certificate of Calibration
Specifications
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IR Resolution: 1024 x 768 (786,432 pixels)
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UltraMax Resolution: Up to 3.14 Mpixels
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Thermal Sensitivity/NETD: < 25 mK @ 30°C
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Field of View: 45° x 34° (21 mm lens)
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Temperature Ranges: -40 °C to 150 °C and 0 °C to 650 °C
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Accuracy: ±2 °C or ±2% at 25 °C
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Spotmeter: 1
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Area Measurement: 1 box with max/min/avg
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Technology: MSX, UltraMax, FLIR Vision Processing
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Software: FLIR Tools+ Included
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Lens: 45° OSX Precision HDIR
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Calibration: NIST Certificate Included
FAQ
Q: What makes UltraMax different from regular image scaling?
A: UltraMax uses multiple image frames and advanced algorithms to enhance resolution and reduce noise, unlike basic interpolation or pixel averaging.
Q: Can I analyze and report thermal data directly from the device?
A: Yes, the T1010-45-NIST includes FLIR Tools+ software for comprehensive analysis and professional reporting.
Q: Does this model include a NIST calibration?
A: Yes, it comes with a NIST Certificate of Calibration for verified measurement accuracy.
Q: Is this camera suitable for outdoor or industrial environments?
A: Absolutely. It features a rugged design with a rotating optical block and ergonomic form for comfortable long-term use in tough conditions.
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