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- The FLIR OSX Precision HDIR optical system lets you take accurate measurements from 2x as far away
- Continuous autofocus mode keeps pace with your movements
- Advanced OSX optical system ensures accurate measurements in extreme conditions
- Unique optical path eliminates error from heat sources outside the field of view
- 1024 x 768 detector offers the best resolution of any FLIR and-held camera
- Exceptional thermal sensitivity of < 0.02°C at 30°C, 2x better than the industry standard
- UltraMax super-resolution quadruples the pixel count up to 3.1 MP, for finer detail and accuracy
- MSX embosses visual details on the thermal image
- Programmable buttons allow you to configure the camera to fit your work flow
- Dynamic focus control adjusts to your touch so you can dial in images perfectly
- Radiometric recording captures full resolution, full-frame video for comprehensive analysis
- One-click Rapid Report generation lets you share images and findings fast
The FLIR T1020-45 HD Thermal Imaging Camera, MSX Enhancement, UltraMax Sensitivity, 45° Lens, 1024 x 768 IR Resolution, -40 - 3,632°F Range, 30 Hz Framerate was born out of five decades of infrared expertise and a keen understanding of the expert's needs. T1020-45 offers outstanding infrared performance, without sacrifice or compromise.
Designed and built by FLIR, the OSX Precision HDIR optical system provides unsurpassed image clarity, detail, and temperature accuracy, from wide angle to telephoto. With its dynamic focus control, continuous auto focus, and responsive user interface, the T1020-45 definitely raises the bar on user-friendly performance. Its rugged, ergonomic design and rotating optical block take the stress out of a day-long list of inspections, making it easier to scan at difficult angles.
For the sharpest results, the truest temperatures, and the most flexibility, the T1020-45 delivers the quality industry experts expect.
Overheating substation circuit breaker
Hot power line transformer
Failing transformer coil against a cold sky
UltraMax is an image enhancement technology in the T660 that captures a series of thermal images and combines the data into one new image. The result is an impressive quadrupling of thermal pixels, including full radiometric measurement data.
As a result, UltraMax thermal images will be clearer and larger, allowing for a better analysis of small details. Because of an increased number of pixels covering the same target area, UltraMax also decreases measurement spot size. This gives greater measurement accuracy to particularly small details. With the new UltraMax feature, users can obtain even better results, allowing them to be even more productive.
UltraMax is a type of superresolution, a technique for combining the information from multiple original images into an image with higher resolution and less noise. This might seem similar to two other scaling techniques - interpolation and pixel averaging. However, they are totally different.
UltraMax uses the natural movement of the human body to capture an image set in which each image is slightly offset from the others. This results in a wealth of data that is much greater than any one image could provide. The data is combined to form an image that includes many more pixels of the target, resulting in a resolution greater than that of the original camera detector. The data is also used to create a clearer image, since pixel noise can be reduced through comparing similar points in multiple images.
FLIR UltraMax captures 16 thermal images in less than one second. These are stored on the camera as a single jpg file, and will appear as one image when viewed on the camera or in software. In the FLIR Tools environment, you can choose to enhance the image resolution. This is the UltraMax functionality. The enhanced image will have twice the original resolution and four times as many pixels. All pixels still include radiometric data, just as with normal FLIR thermal images.
As a result, UltraMax thermal images will be clearer and larger, allowing better analysis of small details. Because of an increased number of pixels covering the same target area, UltraMax also decreases measurement spot size. This gives greater measurement accuracy to particularly small details.
|Imaging and Optical Data|
|IR Sensor||1024 x 768 (786,432 measurement pixels)|
|Thermal Sensitivity/NETD||< 0.02°C at 30°C|
|Image Frequency||30 Hz|
|Spectral Range||7.5 - 14 µm|
|4.3 in. Display||800 x 480 pixels|
|Image Presentation Modes|
|Accuracy||+/- 3.6°F (+/-2°C), or 2% (whichever is greater), at 77°F (25°C) nominal|
|Measurement Tools||10 spotmeters, 5+5 areas (boxes, circles) with min./max./average|
|Emissivity Correction||Variable from .01 to 1 or selected from materials list|
|Measurements Correction||Emissivity, reflected temperature, relative humidity, atmospheric temperature, object distance, external IR window compensation|
|Color Palettes||Iron, rainbow, rainbow HC, white hot, black hot, arctic, lava|
|Storage of Media|
|Media Storage||Removable SD card (Class 10)|
|Image File Format||Standard JPEG, including digital photo and measurement data|
|Radiometric IR-Video Recording||Real-time radiometric recording to SD card|
|Non-Radiometric IR-Video Recording||H.264 to SD card|
|Radiometric IR-Video Streaming||Real-time radiometric streaming via USB|
|Non-Radiometric IR-Video Streaming||H.264 video using Wi-Fi or USB|
|Digital Camera||FOV adapts to the IR lens|
|Video Lamp||Built-in LED light|
|USB Connector Type||USB Micro-AB Data transfer to and from PC/Uncompressed colorized video|
|Battery||Rechargeable Li-ion polymer battery|
|Battery Operating Time||> 2.5 hours at 68°F (25°C)|
|Charging System||In camera (AC adapter, or 12V from a vehicle) or 2-bay charger|
|Charging Time||2.5 hours to 90% capacity|
|External Power Operation||AC adapter, 90-260VAC input, 50/60 Hz or 12V output from a vehicle (cable with standard plug, optional)|
|Power Management||Automatic power-off functionality, user-configurable|
|Storage Temperature Range||-40 - 158°F (-40 - 70°C)|
|Weight||4.3 lbs. (1.9 kg) to 4.6 lbs. (2.1 kg), depending upon lens model|
|Tripod Mounting||UNC 1/4 in. -20|
|1910423||FLIR 1910423 USB Cable Standard A to Mini B||
|T910891ACC||FLIR T910891ACC HDMI to HDMI Connection Cable, 1.5 m||
|T910930ACC||FLIR T910930ACC HDMI to DVI Connection Cable, 1.5 m||
|T1020-KIT-12||FLIR T1020-KIT-12 HD Thermal Imaging Camera, MSX, Ultramax, 12°/28° Lenses, 1024 x 768, 30 Hz||
|T1020-KIT-12-45||FLIR T1020-KIT-12-45 HD Thermal Imaging Camera, MSX, Ultramax, 28°/45° Lenses, 1024 x 768, 30 Hz||
|T1020-KIT-45||FLIR T1020-KIT-45 HD Thermal Imaging Camera, MSX, Ultramax, 12°/28°/45° Lenses, 1024 x 768, 30 Hz||
|T199064||FLIR T199064 Thermal Imager Lens with 28° Angle and Carrying Case||
|T199066||FLIR T199066 Thermal Imager Lens with 45° Angle and Carrying Case||
|T199077||FLIR T199077 Thermal Imager Lens with 12° Angle and Carrying Case||
|T911230ACC||FLIR T911230ACC Memory Card Micro-SDHC, 4 GB||
|T910814||FLIR T910814 Power Supply Including Multiple Plugs||
|T198126||FLIR T198126 2-Bay Battery Charger with Plug Adapters||
|T199406ACC||Flir T199406ACC Spare Battery for T1k Series Thermal Cameras||
|T198509||FLIR T198509 Car Cigarette Lighter Adapter Kit||