Best Thermal Imaging Camera [July 2020 Updates]

Best Thermal Imaging Camera [July 2020 Updates].
November 11, 2018 by 1 Comment Below is the list of best thermal image camera.
When we say best, we mean the ones that are best all-around so that you get the most value for your money.
Check out our quick review s to weigh their pros and cons.
Also known as infrared cameras, thermal imaging camera is used for a variety of applications, ranging from military to commercial.
They come with different features and price tags.
These cameras are very effective in mapping the heat signature of buildings, electronics , circuits, and other objects.
A wide range of these cameras is available on the market today.

Best Thermal Imaging Camera 2020

Best forDevice Name  Best BudgetFLIR E6: Compact Thermal Imaging Camera Best under $1000FLIR E4: Compact Thermal Imaging Camera Best for Apple/AndroidFLIR ONE Pro Thermal Imaging Camera Best for Home InspectionFLIR E8: Compact Thermal Imaging Camera Best for Fire ServiceFLIR K65 NFPA Fire First Responder Thermal Imagers Best for HorsesFLIR T640 Thermal Imaging IR Camera Best for HuntingFLIR Breach PTQ136 Thermal Imaging Monocular BEST for Electronics TestingFLIR ETS320 Thermal Imaging Solution for Electronics Testing Best for DroneFLIR Duo Pro R Best Thermal Imaging Camera(Specific Use Cases).
Best thermal imaging camera for firefighting.
Best thermal imaging camera for water leaks.
Best thermal imaging camera under 1000.
Best thermal imaging camera for iPhones.
Best thermal imaging camera for electrical inspections.
Best thermal imaging camera for android.

Fully Featured & Best Budget: FLIR E6

FLIR E6: Compact Thermal Imaging Camera Editors Rating: The FLIR E6 is an all-purpose thermal imaging camera with a 160 x 120 resolution, image capture functionality, rechargeable battery and accurate temperature measurements.
Accurately determine the heat-related issues in electrical, .

Mechanical and plumbing systems by using the FLIR E6 camera

It provides exceptionally crisp thermal images with great detail by using the FLIR Multi-Spectral Dynamic Imaging technology.
This technology allows you to overlay vital image details such as signs and numbers on top of the thermal mapping.
As a result, you are able to discern the exact location of different temperatures without the need to consult real images.
In its range, .

The FLIR E6 is the best affordable IR camera that offers the full range of features

It is powered with a rechargeable Lithium ion battery that has a quick-release button.
The camera has a 160 x 120 resolution which lets you see the thermal images very clearly.
Conveniently located buttons and controls allow you to toggle between different settings easily and quickly.
E6 supports Wi-Fi connectivity so that you can instantly record images and shared them over Wi-Fi with other devices and users.
Best under $1000: FLIR E4.
FLIR E4: Compact Thermal Imaging Camera Editors Rating: The FLIR E4 is a basic thermal camera that packs all the right features together with a rugged design, intuitive usability, good battery timings and multiple image modes.
If you are looking for a thermal camera that gives you basic thermal imaging with a full range of relevant features, look no farther than E4.
The E4 is the perfect combination of performance and durability.
It is the best camera for the price range.
It has the iconic FLIR rugged design which means that it can undergo some serious rough usage.
Despite the rugged design, the camera is very light-weight which makes it perfect for a variety of heat detection applications.
You can use a variety of modes when capturing images using this camera.
The MSX technology allows you to draw in digital camera features and overlay them over the IR camera images.
The end result is that you can see the heat signatures mapped over very realistic images that allow you to see the location of heat signatures very accurately.
Despite these advanced features, E4 is the incredibly affordable and is the best low cost camera for the budget range.
Best for Apple iOS iPhone/Android USB-C, Micro USB: FLIR One Pro.
FLIR ONE Pro Thermal Imaging Camera Editors Rating: Turn your smartphone into a fully-functional thermal camera with the FLIR One Pro and find leaks, electrical problems and other heat detections with great ease and convenience.
When comes to the most awesome iPhone and Android accessories, .

FLIR One Pro sits among the top few

This brilliantly designed and nifty device has a very compact profile and connects to a smartphone via a USB port.
Inside the smartphone, the FLIR One app automatically recognized the device and allows you start taking precise temperature measurements right away.
You can also perform a variety of other radiometry tasks with the device.
The FLIR One Pro camera features a visual resolution of 1440 x 1080 and uses a super-resolution processing technology known as VividIR.
This results in exceptionally crisp and sharp thermal images.
You can easily detect temperatures when finding electrical problems, water or energy leaks and other heat-related issues.

Once the FLIR One Pro has captured an image

you can use various in-app tools to analyze it.
You can also share it using Wi-Fi connectivity.

You may like: Best thermal imaging camera for android Best for Home Inspection: FLIR E8

FLIR E8: Compact Thermal Imaging Camera Editors Rating: FLIR E8 is a compact thermal imaging camera that is perfect for home inspection thanks to precise temperature measurements, crisp resolution and image capture functions.
FLIR E8 comes with a rugged design which makes it perfect for some rough-and-tough usage.
The design of the camera features ergonomically placed buttons which allow easy and intuitive operation, making it perfect for home inspection.
It features a superior resolution at 320 x 240 which makes its results far better than most other cameras in the same range.
Every time you pull the trigger of this compact camera, it stores the thermal images complete with all the temperature data for later analysis.
It can also detect minute temperature changes which makes it an excellent device for electrical detection as well as for leak detection.
You can overlay thermal images captured from this camera over digital photos to better understand the temperature mapping.
E8 comes equipped with Wi-Fi functionality.
This provides great ease in transferring the thermal imagery from the camera to another device or with other users without the need for plugging it in.

Best for Fire Service: FLIR K65

FLIR K65 NFPA Fire First Responder Thermal Imagers Editors Rating: Flir K65 is designed to be incredibly rugged and comes with a plethora of user-intuitive features and functions which makes it perfect for firefighters.
Firefighters need thermal image cameras they can rely on.
These cameras need to be rugged so that they can withstand rough handling.
They also must be able to offer accurate thermal mapping in sensitive situations so that the firefighters can do their job right.
This is where FLIR K65 comes in.
This camera is specifically designed for firefighters.
It features an incredibly durable body so that it can face a two-meter drop, usage in unusually high temperatures and water sprays without incurring any damage.
It delivers a solid performance, accurately identifying various temperature ranges in a scene.
This makes it easier for firefighting personnel to locate and rescue any individuals trapped inside a building on fire.
FLIR has placed the buttons on this camera so that they are easy and intuitive to access and use.
For fire service professionals, this means that they can easily toggle between different views and features without wasting any time.
Best for Horses: FLIR T640.

FLIR T640 Thermal Imaging IR Camera Editors Rating: Identify trauma

injury and pain in horses precisely with this cutting-edge IR camera that comes equipped with a 4.3-inch built-in touch screen, high-resolution display and Wi-Fi capabilities.
The FLIR T640 is a comprehensive thermal imaging tool that gives you a full range of advanced features.
Featuring a pixel-rich 640 x 480 display, this IT camera provides excellent detail and precise temperature mapping on a 4.3-inch touchscreen.
The screen has auto-orientation which lets you automatically switch between portrait and landscape view.
A very intuitive user interface enables you to choose the right options and toggle between various settings with ease.
The camera has a focal length of 25mm and a 30Hz image frequency.
You can choose from continuous, manual or one-shot focus when taking images with the camera.
Perfect for equine thermography, this camera is able to note minute temperature changes very accurately.
This makes it easy for veterinary specialists to identify trauma or injury in horses and treat them in a timely manner.

Best for Hunting: FLIR Breach PTQ136

FLIR Breach PTQ136 Thermal Imaging Monocular Editors Rating: This light-weight thermal monocular offers excellent mobility, head-mount support, sufficient internal storage for video recording and seven image palettes.
The FLIR Breach PTQ136 comes with an incredibly light-weight and compact profile.
This makes it easier to carry this monocular with ease and without wearing yourself down.
FLIR has offered multiple mounting points on the monocular which ensure that you can use this device with different types of headgear.
This is particularly useful if you are going to use the device for tactical and surveillance operations.
The monocular is equally perfect for hunting as it comes with seven image palettes to track, detect and monitor the game accurately.
The multiple palettes let you scan different environments with excellent results.
You can also record video on-the-go with this monocular.
It packs enough internal storage to record nearly a thousand images or up to 2.5 hours of video.
Equally perfect for usage through the day and at night, this is certainly the best thermal imaging camera for hunting.

BEST for Electronics Testing – FLIR ETS320

FLIR ETS320 Thermal Imaging Editors Rating: FLIR ETS320 is able to note the smallest temperature differences with exceptionally accurate readings, pinpointed hot spot identification and on-camera analysis for electronic testing and quality assurance.
FLIR ETS320 is specifically designed to read, identify and map temperature readings on smaller scales, such as for electronics testing.
It comes with a 320 x 240 IR sensor that can take temperature readings with 76k non-contact points.
Thanks to such a keen thermal sensor, this camera can detect temperature differences that are as small as 0.06 degrees.
This makes it particularly useful for measuring faulty areas within electronics and circuits.
Designed to be perfectly suitable for laboratory usage and environment, FLIR ETS320 has a wireless and hands-free design.
Despite the heavy-duty performance delivered by it, it is entirely battery-powered so that you don’t need to plug it in.
The vibrant 3-inch LCD of the camera is touchscreen and offers on-camera measurement and analysis.
Best for Drone: FLIR Duo Pro R.
FLIR Duo Pro R Editors Rating: The FLIR Duo Pro R comes with a dual set of 4K color camera as well as a thermal imager, which makes it the perfect solution for capturing thermal imagery on a drone.
If you want to capture thermal imagery using a drone device, the FLIR Duo Pro R is the perfect choice.
It comes with a dual-sensor imaging solution.
The 4K color camera captures high-definition images on the go while the radiometric thermal imager maps accurate heat signature.
You can overlay them in a picture-on-picture mode to accurately pinpoint the location of the heat signatures.
You can also add geo-tagging to the images captured with this camera on the go.
On-board geo-tagging equipment includes a magnetometer, a GPS receiver and a barometer.
Two microSD cards capture the videos and images you record using the Duo Pro R.
For all aerial thermal photography and mapping, this is the best thermal camera for drone.
It is also the most powerful dual-sensor imaging camera of its size for aerial purposes.
Best for Automotive: FLIR ADK.
FLIR ADK offers the perfect thermal imaging solution for automated driving solutions by detecting the heat signatures of pedestrians, identifying and classifying objects, and providing other critical data for advanced driver assistance systems.
Automated vehicles are the future of driving technology.
Advanced Driver Assistance Systems (ADAS) are continuously evolving to become better, more accurate and safer.
FLIR ADK is playing a crucial role for such vehicles by offering a comprehensive solution to detect pedestrians and other objects from a vehicle.
The ADK uses thermal sensors to detect the heat signature of various objects.
It then classifies them so that the vehicle can automatically discern different types of objects.
The great thing about ADK is that unlike many other ADAS sensors, it works perfectly through fog and other environmental factors.
It is also incredibly easy to set up and comes with a plug-and-play installation.
It helps ADAS make automated decisions that improve the safety of the vehicle and the people nearby.
Thanks to its advanced features, .

FLIR ADK is the best thermal camera for automotive that is available on the market

It is available in resolution options of 320 x 240 and 640 x 512 with corresponding field-of-view options of 24 degrees, 34 degrees and 50 degrees.
Thermal Imaging Camera – FAQs.
Initially, thermal imaging cameras were developed for military use.
However, over the recent past, the cameras have been adopted for other commercial and domestic purposes.
Today, the cameras are being used in a broad range of applications, such as detecting temperatures behind walls, detecting missing insulations, water leaks, and HVAC leaks.
Below are some of the frequently asked questions about thermal imaging cameras.
What is a Thermal imaging camera What is a Thermal imaging camera?.
Ordinary cameras form an image by means of visible light whereas thermal cameras form an image by means of infrared radiation.
The latter is also known as simply infrared cameras or as FLIR (Forward Looking Infrared).
These type of cameras operate in wavelengths of approximately 14,000 nm (14 µm) while visible light cameras are in the range of 450-750 nm.
Increasing applications of thermal cameras are mostly in high-value site protection, force protection, coastal surveillance, asset surveillance, urban surveillance and security applications such as border security, industrial security, perimeter security, deployable security, post-security, and airport security.
Thermal cameras operate by converting the thermal energy released from an object into an image visible to human eyesight.
This image is in a form of heat illustration which is displayed as a thermograph.
Thermal cameras are, to the great extent, expensive than visible-spectrum cameras; because it involves a process of capturing heat from an object, which is definitely invisible to the human eye, and transforming it into an evident image.
Light is not a must in this process, in fact, it can completely operate either in bright light or dark environment.
These cameras even provide additional vision within the infrared spectrum which, as a result, widens the image that can be seen.
Therefore, thermal cameras actually display the distinctions of objects seen in terms of thermal temperature.
These cameras are also very useful in identifying and interpreting emissions as well as give users sensible images even in surroundings with low visibility and even in complete darkness.
The two major types of thermal cameras are namely Un-cooled and Cryogenically cooled.
The infrared-detector elements of the Un-cooled type are generally used in applications that operate at room temperature.
This type of camera activates instantly, has a built-in battery and does not generate noise.
On the other hand, Cryogenically cooled types of thermal cameras are very expensive and more susceptible to damage if roughly used.
The infrared-detector elements of these types are enclosed in a section with below 0°C (32° F) temperature.
Its superior resolution and sensitivity are very helpful in detecting the difference of as small as 0.1°C (0.2° F) from more than 300 meters (1,000 ft) away, which is enough to tell if a person is holding a gun from afar.
Thermal imaging camera components Component of a Thermal imaging camera.
Thermal imaging camera is composed of basically five major components namely, optic system, detector, amplifier, signal processing, and display.
Special thermal imaging cameras intended for fire-service integrate these components in a ruggedized, heat-resistant and waterproof chassis.
These components work collectively to scan infrared radiations, examples of which are heat released by objects and flames, and then instantaneously convert it into a visible light image.
Meanwhile, the camera-display shows the output differentials of the infrared, hence any objects with the same temperature will be viewed as the same color.
Several thermal imaging cameras make use of grayscale to correspond to objects with normal temperatures, however, highlight hazardous hot areas in different colors.
Thermal imaging cameras can either be handheld or helmet-mounted.
Handheld cameras require only one hand to operate and position therefore allowing the other free hand to do other tasks, and can also be easily hand-over to other users especially for firefighters.
Thus the commonly used thermal imaging cameras in the field of fire service are handheld models.
The leading government agency in developing performance standards for fire service thermal imaging cameras in the United States is the National Institute of Standards and Technology Fire Research Division; however, U.
S.
Army Night Vision Laboratory also made contributions to this agenda.
Some of the initial recommendations from the team are visible low-battery warnings, ability to provide meaningful visual readouts beyond 2,000°F (~1,100°C) and the ability to withstand full immersion in water.
Infrared thermal imaging for detecting Electrical and Mechanical faults Infrared thermal imaging for detecting Electrical and Mechanical faults.
Thermal imaging can be applied to examine the transfer of infrared heat radiation from an object which, as a result gives way to identify thermal emissions of different surfaces, and displays a visual representation of temperature variations.
Although this type of application could possibly present potential problem areas thus needs to be addressed properly to improve the safety and efficiency of electrical equipment, building structures and other apparatus’.
Some of the many applications of infrared scanning are objects such as transformers, electrical switchboards, transmission lines, circuit breakers, fuses, and switches.
Through scanning of such objects, it will be possible to lessen the chances of risks and therefore lesser insurance premiums.
The utmost advantage of thermal image detection though is that it allows maintenance personnel to identify the faulty area before it even becomes a problem.
Thermal imaging scope in the construction industry Thermal imaging camera in the construction industry.
Problems usually occur if the difference in temperatures exists in the surface.
Anomalies, or thermal patterns, can imply water damage (e.
g.
presence of molds), missing insulation, energy loss, electrical and ductwork problems.
One of the important services rendered to homeowners and Realtors are Home Warranty Inspections.
Through thermal scanning, construction defects which are not visible to human eyesight can be seen.
It is the liability of the home builders to fix hidden construction defects in their housing projects, and it was even more emphasized in the new home warranty agreement, but in most cases, homeowners are not aware of this fact.
More and more contemporary homes and commercial buildings are being scanned for insurance underwriting purposes.
Thermal scanning is a very helpful device to detect possible problems in building equipment, electrical services, and appliances as well as the building structure itself.
1.
They are NON-contact/NON-destructive – It means that the process is completely hands off and there is no defect or damage in the building itself and its components.
2.
Thermal scans are two dimensional – Images are captured, objects are measured and compared and areas with defects are identified.
Thermal photographs are taken and even have a video for analysis.
3.
Thermal scans are real-time – This process enables a flash scanning of non-moving and dynamic objects and gives an immediate analysis of the thermal patterns.
A modern Infrared Camera used by Trained Certified Thermographer can be used to find water problems, energy loss areas and overheated equipment before homeowners moved in which, in effect saving them from thousands of dollars How Much Thermal imaging camera costs How Much Thermal imaging camera costs?.
Thermal imaging cameras usually come at around $400-$3000.
This type of model is being used by a large number of professionals.
Of course, for more additional features means additional costs hence become much more expensive.
Thermal Imaging | thermal imaging camera | thermal imager | thermal infrared | thermal vision | infrared imaging | infrared thermal imaging | thermographic camera | infrared thermography | thermal binoculars What do thermal imaging cameras detect.
Thermal imaging cameras are slightly different from conventional cameras.
They detect the heat energy of an object or landscape and translate it to an examinable image.
Thermal imaging cameras are also known as thermograms, and the process of analyzing the images is known as thermography.
Normally, every object with a temperature above zero produces infrared radiation.
This is the heat that is detected by the thermal imaging cameras, and it is the reason why these cameras can be used in complete darkness.
Even though heat energy cannot be visible with the human eye, it can still be felt.
For instance, when you hold a hand over a cup of hot coffee, you will feel the heat, but you cant see it.
A thermal imaging camera detects the radiation and converts it into a visible image.
What is the best thermal imaging camera for water leaks.
FLIR MR 176 with a moisture meter.
This is one of the best thermal imaging cameras for water leaks.
It is a comprehensive kit that includes imaging meter, humidity sensor, and a temperature meter.
The FLIR C2 has a USB port to download and share reports easily.
Seek Reveal thermal imaging camera.
The Seek Reveal thermal imaging camera is compact enough to fit perfectly in the pocket.
It comes with incredible features that you cannot find in other cameras.
For instance, you can choose preferred light levels, image options, and power usages.
FLIR TG165.
The FLIR TG 165 thermal imaging camera is one of the most sensitive and accurate cameras for water leaks.
It comes with a branded protective casing and a moisture pen.
The best part is that the moisture pen has a flashlight, which is a handy feature.
Flir C2.
This is an extremely lightweight and compact thermal imaging camera that makes it portable.
It has unique features that separate it from competitors.
For instance, various ranges are assigned to specific beeps.
So, apart from displaying results on the screen, it also produces audible indicators.
How much does a thermal imaging camera cost.
The cost of thermal imaging cameras depends on many factors, such as specifications and features.
A device with more features and higher specs is likely to be more expensive.
For instance, marine and medical thermal imaging cameras are more expensive than standard cameras.
Nonetheless, a standard camera should cost anywhere between $199 and $1500.
What is a thermal imaging camera used for.
i.
General home applications A thermal imaging camera can be used for various applications at home.
For instance, it can be used to detect electrical faults and hot spots.
Also, the camera can be used to locate points of moisture where further investigations can be carried out.
ii.             Firefighting applications Fire produces a thick smoke that obscures the vision of the firefighters.
So, thermal imaging cameras are used to detect the body heat of trapped victims in buildings.
In addition, the cameras help firefighters to see where the fire is coming from to curb it.
iii.            Marine navigation Thermal imaging cameras can be used in various applications in marine navigation.
For example, they can be used to detect icebergs and in rescue operations to find people who have fallen overboard.
Is it good to buy a used thermal imaging camera.
Cost is one of the biggest factors to consider when buying a thermal imaging camera.
Since most high-end thermal imaging cameras are expensive, buying a second-hand is a good option.
Used cameras are relatively cheaper than new ones.
So, instead of buying a cheap and low quality camera, you can consider a high-quality but used camera.
However, the most significant disadvantage of buying second hand cameras is that there are no warranties.
What factors should I consider when buying a thermal imaging camera.
i.               Application How do you intend to use the thermal imaging camera.
Are you looking for a camera for a specific use or one that can be used in a wide range of applications.
Knowing the intended use of the camera will enable you to choose the right one for your needs.
ii.             Temperature range Thermal imaging cameras come with varied temperature ranges.
It is important to choose a device with a wide temperature range or allows you to select the range manually.
iii.            Resolution There are two main types of resolutions to consider when buying a thermal imaging camera.
The detector resolution shows the number of pixels.
More pixels indicate high resolution.
On the other hand, consider the spatial resolution, which helps to define the smallest object size that can be detected by the camera.
Low spatial resolution offers a more detailed and better quality image.
iv.            Focus There are various types of focus mechanisms used in thermal imaging cameras.
So, when choosing the focusing type, it is crucial to take into consideration your skill level and application.
Some of the common focus mechanisms include: ·      Fixed focus- Cannot be adjusted ·      Manual focus- Manually adjusted to increase precision ·      Autofocus- Automatically focuses on target ·      Laser-assisted autofocus- Features an inbuilt laser distance meter to calculate the distance to the target What is the difference between thermal and infrared imaging cameras.
Although both infrared and thermal imaging cameras are used in a wide range of applications, they slightly differ in the way they work.
i.               Thermal imaging cameras Thermal imaging cameras are used to measure the absolute temperature of an object.
The image provided is a representation of the mid-infrared radiation emitted by the body of the object.
One of the biggest advantages of thermal imaging cameras is that they can be used in complete darkness.
ii.              Infrared cameras Infrared cameras work by measuring beams of infrared light waves.
Therefore, an infrared imaging camera indicates the radiation energy emitted by an object within the infrared spectrum.
These cameras are mostly used to measure environmental conditions around buildings.
Thermal Technology Analogy Even though thermal technology does not allow to see through walls or solid matter, it is close to the X-ray image.
Thermal imaging cameras have the same functionality but differ in terms of specifications.
So, it is important to check what application the device is used for before purchasing.
Source.
LMU Researchers Using Flir Cameras to Study Hummingbirds; Photonics; Aug 2017 Our Recommended Articles.
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Filed Under: Hunting Comments.
john kingsley says April 14, 2019 at 7:34 pm Any idea bout Thermal Imaging type CCTV camera for fire fighting that is pole fixed.
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