If you would like to watch an in-depth video about the T-Series range about the benefits, features and differences between them, including the T1020, please see the video section.
Unparalleled quality - the FLIR T1020 produces HD-quality thermal images, packing more detail than ever before into every image taken. Ultra sensitive to capture even the finest temperature differences, the FLIR T1020 has an exceptional thermal sensitivity of <0.02°C at +30°C, 2x better than the industry standard. A high resolution, 1024 x 768 pixel detector produces the highest resolution on any FLIR thermal camera and a special Ultra-Max super-resolution mode quadruples the pixel count to a max of 3.1MP, making it easier than ever before to pinpoint fine details and gain amazing levels of accuracy. Monitor electrical and mechanical systems with a variety of temperature conditions thanks to measurement ranges up to 2000°C!
An extended warranty that covers your camera against material defects for five years - for FREE, to find out more information please visit our blog.
Record the smoothest, most detailed images through the combination of MSX®, UltraMax®, and adaptive filtering algorithms. FLIR MSX, a unique feature exclusive to FLIR enhances and embosses the detail of digital images on a thermal image, enhancing image quality significantly and making it easier to determine individual objects such as being able to distinguish rating plates, location description labels on switchboards, or cables. (Can be turned on or off) UltraMax® multiplies the resolution of the image by taking multiple images at the same time and interpolating the data to create a super high-quality image.
Built from the ground up for exceptional image performance - it includes FLIR's OSX Precision HDIR optical system to take accurate measurements from 2x as far away as other cameras, an advanced OSX optical system for use in extreme conditions and a unique optical path function eliminates errors caused from heat sources outside the FOV.
FLIR takes their technology even further on this camera with the addition of 30Hz radiometric video recording, meaning each pixel of the video has temperature data tagged to it, giving you intangible data that could be the difference between finding vital faults or not.
Launch on-screen tools quickly, navigate the camera's extensive range of features more intuitively, and set up work folders easily. This HD Thermal camera includes fully programmable buttons for easy access to commonly-used functions, dynamic focus control for adjustments to images, radiometric video recording at full resolution and one-click Rapid Report generation to share images and findings faster than ever before. Adjust images and improve measurements in the camera with features such as 1-Touch Level/Span, analyse thermal images and report findings easily with included FLIR Tools+ software.
Avoid glare in daylight conditions by switching to the high-resolution viewfinder making using the camera and finding faults easier and more efficient, no matter how bright it is outside.
Surveying sites all day can be a tiring job, but the optical block makes things more comfortable and ergonomic, allowing you to aim and angle the lens at the object you are measuring, which is particularly beneficial for building surveyors when looking up at tall buildings or those in HV applications. The T1020 has been built with user comfort in mind.
Multi-lens kits can save you money on individual buying price, and give you an even greater scope when used on-site, see the table below to find out the benefits and specifications of what each lens offers.
FLIR T199077 Thermal Lens (12°) | FLIR T199064 Thermal Camera Lens (28°) | FLIR T199066 Wide Angle Lens (45°) | |
Field of View (FOV) | 12° x 9° (15.2° diagonal) | 28 x 21° (34.5 diagonal) | 45 x 34° (55.2° diagonal) |
Minimum Focus Distance | 0.8m (2.63ft) | 0.4m (1.32ft) | 0.2m (0.66ft) |
Focal Length | 83.4mm (3.28") | 36mm (1.42") | 21.2mm (0.83") |
Spatial Resolution (IFOV) | 0.20mrad | 0.47mrad | 0.80mrad |
Lens Identification | Automatic | Automatic | Automatic |
F-Number | 1.2 | 1.15 | 1.1 |
Number of Lenses | 5 (5 asph) | 4 (4 asph) | 4 (4 asph) |
Distortion | 2.2% | 2.8% | 1.71% |
PASS Presents - FLIR T-Series Explained
Introduction the the FLIR T1020 (TK1) Thermal Camera
As an introductory offer, you will receive a 3-month free trial of FLIR Thermal Studio Pro and Route Creator plugin Software, after the free trial ends, customers can renew by purchasing a full 1-year subscription or they will automatically be reverted to the new Thermal Studio Starter version free of charge.
T530 | T540 | T560 | T840 | T865 | T1020 | |
---|---|---|---|---|---|---|
Thermal Resolution | 320 x 240 pixels | 464 x 348 pixels | 640 x 480 pixels | 464 x 348 pixels | 640 x 480 pixels | 1024 x 768 pixels |
Temperature Range | -20˚C to 650˚C | -20˚C to 1500˚C | -20˚C to 1500˚C | -20˚C to 1500˚C | -40˚C to 2000˚C | -40˚C to 2000˚C |
Accuracy | ±2˚C or ±2% | ±1˚C or ±2% | ||||
Image Frequency | 30 Hz | |||||
Digital Zoom | 1-4x | 1-6x | 1-8x | 1-6x | 1-8x | 1-8x |
Viewfinder | - | - | - | Yes | ||
Rotating Optic Block | - | - | - | Yes | ||
Available Lenses | 14˚, 24˚, 42˚ | 6˚, 12˚, 24˚, 42 | 14˚, 24˚, 42˚ | 12˚, 28˚ & 45˚ |
Imaging and Optical Data | |
---|---|
IR Sensor | 1024 x 768 (786, 432 measurement pixels) |
Thermal Sensitivity/NETD | <0.02°C at +30°C |
Lens Choices | 12, 28, 45°, 3x close-up |
Minimum Focus Distance | 0.2m (0.66ft) to 0.8m (2.13ft), depending upon the lens |
Image Frequency | 30Hz |
Spectral Range | 7.5 to 14μm |
4.3" Display | 800 x 480 pixels |
Auto Orientation | Yes |
Touch Screen | Yes |
Image Presentation Modes | |
Thermal Image | Yes |
Visual Image | Yes |
UltraMax | Unique super resolution process quadruples pixel count up to 3.1MP |
MSX | Embosses visual details on full resolution thermal image, for clear text and location identification |
Gallery | Yes |
Measurement | |
Accuracy | ±2°C (±3.6°F) or 2%, whichever is greater, at 25°C (77°F) nominal |
Measurement Analysis | |
Measurement Tools | 10 spotmeters, 5+5 areas (boxes, circles) with min/max/average |
Emissivity Correction | Variable from 0.01 to 1.0 or selected from materials list |
Measurements Correction | Emissivity, reflected temperature, relative humidity, atmospheric temperature, object distance, external IR window compensation |
Colour Palettes | Iron, Rainbow, Rainbow HC, White Hot, Black Hot, Arctic, Lava |
Storage of Media | |
Storage Media | Removable SD card (class 10) |
Image File Format | Standard JPEG, including digital photo and measurement data |
Video Recording/Streaming | |
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 | |
Digital Camera | FOV adapts to the IR lens |
Video Lamp | Built-in LED light |
Additional Information | |
USB, Connector Type | USB micro-AB data transfer to and from PC/Uncompressed colourised video |
Battery | Rechargeable Li-Ion polymer battery |
Battery Operating Time | >2.5 hours at 25°C (+68°F) |
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, 90-260V AC input, 50/60Hz or 12V output from a vehicle (cable with standard plug, optional) |
Power Management | Automatic power-off functionality, user-configurable |
Storage Temperature | -40 to +70°C (-40 to 158°F) |
Weight | 1.9kg (4.3lbs) to 2.1kg (4.6lbs), depending upon lens model |
Tripod Mounting | UNC ¼"-20 |