Infrared thermal imaging camera

The NKH1 infrared thermal imaging camera (infrared thermal imaging camera, thermal imager, thermal imaging camera, thermal imaging camera, handheld thermal imaging camera, industrial thermal imaging camera) designed and manufactured in Taiwan uses the Thermopile thermopile thermal sensor imported from Germany. Detector to convert temperature difference and electrical energy into each other . When a temperature difference occurs on both sides of the thermopile, an electric current is generated, which can be used to measure temperature. Structurally, it consists of multiple thermocouples. When using a thermopile to measure temperature, it can overcome the shortcoming that the potential difference generated by a single thermocouple is too small and difficult to measure. Compared with traditional infrared thermal imaging cameras, it can provide clearer thermal sensing images with higher accuracy.

Infrared thermal imaging cameras can detect invisible heat energy and can see and measure subtle changes in temperature. Due to temperature differences, different colors appear. Through the image, the entire temperature surface can be quickly detected and the high and low temperatures can be identified. If there is a temperature abnormality, it may be a fault.

Product Features:

• Infrared thermal imaging camera, thermal resolution 80 x 64 pixels
• Thermal imager viewing angle 39° x 31°
• High temperature alarm mode
• High/low temperature tracking
• Ambient humidity display
• Can take pictures while recording
• Can be connected to a laptop or computer for simultaneous display
• 3.5-inch screen, clear images
• Auto focus mode
• IP54 waterproof rating
• Automatic/manual power off
• Rechargeable lithium battery, fully charged, can be used continuously for about 4 hours
• Won the Gold Medal and Double Gold Medal of the British Bis Invention Award
• Made in Taiwan

When using the NKH1 infrared thermal imaging camera, you should pay attention to the temperature difference between the ambient temperature and the object being detected to avoid the situation where the temperature difference is too small to accurately identify . During operation, it is recommended to adjust the upper and lower temperature limits to obtain a clearer thermal image and higher accuracy.

Infrared thermal imager
Infrared thermal imaging cameras can detect heat energy that is invisible to the human eye, helping observers see and accurately measure small changes in temperature. By displaying the colors of different temperature differences, it can quickly present the entire temperature distribution in the image. Such images can quickly identify high and low temperature areas, thereby revealing potential temperature anomalies and helping to quickly detect possible faults.

German thermal sensor lens designed and manufactured in Taiwan
The NKH1-S see-through thermal imaging camera for teaching is manufactured using German thermal sensing lenses and is characterized by being equipped with multiple thermocouples. Compared with traditional infrared thermal imaging cameras, this design can provide clearer and more accurate thermal sensing images. The combination of multiple thermocouples greatly improves its accuracy and provides a more reliable measurement and observation experience.

The purpose of using infrared fluoroscopy
This see-through thermal imaging camera uses the penetrating properties of infrared rays to explore and analyze information that cannot be discerned by the naked eye. Equipped with invisible light 940nm infrared and see-through lenses, it can clearly observe nocturnal insects and small creatures. This function is very suitable for school teaching, providing opportunities for field observation and exploration, and stimulating students' curiosity and interest in learning about the natural world.

necessary elements for perspective
The characteristics of infrared make it possible to see through special black plastic or glass products. The see-through lens is installed on the infrared thermal imaging camera, and combined with invisible infrared irradiation and a completely black glass or plastic cover, objects can be easily seen through. This combination can provide in-depth observation of specific materials, allowing users to glimpse internal structures or subtle changes that are invisible to the naked eye.

FLIR E5 Pro is a professional series of infrared thermal imaging cameras equipped with FLIR Ignite cloud, with an infrared thermal imaging resolution of 160 x 120 pixels and an image refresh rate of 9 Hz.

The FLIR E5 Pro thermal camera works more efficiently than ever in building surveys, HVAC, automotive, and general electrical and mechanical inspections. Find and diagnose problems quickly with 160×120 thermal imaging resolution (19,200 pixels) and vivid thermal images powered by FLIR's patented MSX® (Multispectral Dynamic Imaging) enhancement technology. The E5 Pro thermal imaging camera is equipped with a 3.5-inch 640×480 touch screen, simplifying your workflow. You can edit and organize your photos, add detailed annotations, and upload directly to the FLIR Ignite cloud for easy access from any device. Share images with clients and create quick reports directly in FLIR Ignite, or advanced reports in FLIR Thermal Studio.

feature of product:

High efficiency inspection
Use FLIR Ignite cloud service to edit, store, organize and share images, add detailed annotations and easily access them from any device.

Find problems quickly
FLIR's patented MSX® (Multispectral Dynamic Imaging) enhancement provides highly detailed thermal images to help you quickly identify problem areas.

touchscreen
3.5-inch 640×480 pixel touch screen, one-touch level/span area adjustment function replaces manual adjustment to improve detection efficiency.

Share and report
Share footage instantly and create quick reports in FLIR Ignite on any device, or create advanced reports with FLIR Thermal Studio on your PC.

Applications:
- Industrial inspection of electrical and mechanical equipment
-Condition monitoring and preventive maintenance before equipment failure
- Building inspection to ensure energy efficiency

If you have any needs for Flir E6 Pro or E8 Pro infrared thermal imaging cameras, please feel free to contact us~

※Please note:

Thermal imaging cameras can only see the surface of objects and cannot see through walls .

Thermal imaging camera converts the thermal radiation of an object into a light signal for imaging. By observing the temperature difference on the surface of the object, it is displayed on the screen , providing signs invisible to the naked eye for the operator to make judgments. If the temperature difference is not too small, it cannot be clearly displayed. .

Except for thermal imaging cameras controlled by the military, which can see through, ordinary thermal imaging cameras cannot penetrate walls or objects.

The FLIR TG267 thermal imaging camera takes you beyond the limitations of single-spot infrared thermometers, allowing you to see hot and cold spots that could indicate serious problems.

Everything from electrical connections to mechanical failures can be checked quickly and accurately, reducing diagnostic time while streamlining reporting and long-term monitoring of equipment and systems throughout a facility. Patented FLIR MSX® (Multi-Spectral Dynamic Imaging) improves image clarity by imprinting visual scene details on the thermal image, providing additional context to help you accurately locate and troubleshoot potential faults.

Record images to monitor maintenance history and assure your customers that issues have been resolved. With a simple user interface, Bluetooth connectivity, storage for up to 50,000 images, and a rechargeable lithium-ion battery, the FLIR TG267 thermal imaging camera is ready to use right away.

Product Features:

• Thermal image capture resolution 160 x 120 pixels
• Measurable temperature - 25 °C ~ 380 °C
• Laser bullseye and center point precision aiming dual function to determine the exact area to be measured
• Store up to 50,000 images
• Built-in LED light, auxiliary lighting in dark places
• Photo transfer can be done via USB or Bluetooth connection

※Please note:

Thermal imagers can only see the surface of objects and cannot see through walls .

Thermal imagers convert thermal radiation from objects into light signals and form images. They observe temperature differences on the surface of objects and display them on the screen , providing signs that are invisible to the naked eye for operators to make judgments. If the temperature difference is not too small, it cannot be clearly displayed .

Except for thermal imagers approved by the military, ordinary thermal imagers cannot penetrate walls or objects.

The FLIR C5 pocket thermal camera is the tool of choice for building inspections, facility maintenance, HVAC/R, electrical repair, and other troubleshooting applications. Find problems faster with a 160x120 (19,200 pixel) thermal imager and a 5 megapixel visible light camera.

MSX® multi-spectral dynamic imaging can immediately identify the location of temperature issues, making it easy to identify hidden problems.

The 3.5-inch touch screen is easy to use and allows you to quickly check and record maintenance status. The P54 housing provides a high level of dust and water resistance and is designed to withstand a 2M drop. It has a built-in LED flashlight to view dark and hard-to-reach areas.

Pocket-sized design, easy to carry. With the FLIR C5, you can always find heat spots, air leaks, plumbing problems, and more.

The FLIR MR176 imaging hygrometer adopts IGM's leading infrared thermal imaging technology and has a built-in thermal imaging lens. It is a fully functional tool that can accurately measure moisture locations . With IGM technology, it can quickly scan and confirm moisture problems, guiding you to quickly locate them so you can easily measure and analyze data. Combining probeless sensors with external probes provides you with non-destructive and contact measurements, greatly improving application possibilities. In addition, this product is equipped with field-replaceable temperature and relative humidity sensors and has an automatic calculation function for environmental readings, making it easier for you to use and obtain accurate measurement values ​​faster.

• The 80x60 resolution (4,800 pixels) Lepton® thermal imager movement is equipped with IGM technology to visually detect potential moisture problems through color display.
• Customize thermal imaging: select integrated measurements (humidity, temperature, relative humidity, dew point, vapor pressure, mixing ratio); 4 color silk swatches (iron, rainbow, cool and off-white modes); image lock setting to prevent Excessively high temperatures and extremely low temperatures interfering with the image during scanning issues
• Laser and crosshair settings allow you to easily detect overheating and identify potential moisture issues
• Precise measurement: The field-replaceable temperature/relative humidity sensor allows you to remove and replace it when needed, shortening downtime and keeping your work smooth.
• As the user moves from one measurement point to another, the progressive environmental stability indicator eliminates response time errors and notifies when the relative humidity value reaches a stable state.
• The integrated pinless temperature measurement function allows you to measure quickly, and the additional external probe provides you with more extension options.
• Durable, easy to carry, and easy to understand user interface design
• Share document data and images via USB
• Free FLIR Tools PC software for quick report creation

 Product specifications:

High quality images and performance
Capture high-quality thermal images, easily identify targets and identify problems using FLIR MSX, VividIR and 160 × 120 (19,200 pixels) thermal resolution.

Improve the way you work
FLIR ONE Edge Pro features FLIR Ignite cloud services, compatibility with FLIR Thermal Studio, and step-by-step guidance for FLIR-specific applications to help you increase efficiency and expand your thermal imaging inspection program.

professional tools
With up to 2.5 hours of battery life and fast charging, FLIR ONE Edge Pro is always ready when you need it. This rugged camera has an IP54 rating and has passed a 2 meter drop test.

Detailed images comparable to professional thermal imaging cameras
- 256 x 192 pixels, exquisite picture quality experience
- High temperature can reach 550 ℃, covering a wide range of applications
- 50 mk (0.05 ℃) thermal sensitivity for fine discrimination
- ±2% or ±2°C accuracy for reliable results
- 25 Hz screen update rate, smooth video without lag
- More than 10 standard color palettes and customized color palettes to achieve a variety of personalized images

Powerful full temperature range analysis function
- Real-time capture of high and low temperatures without missing any details
- Emissivity is adjustable to cope with different materials
- Comprehensive temperature analysis of points, lines and surfaces, professional-grade thermal imaging software
- Instant temperature alarm, timely response and processing
- Automatic interval shooting, unattended
- Comparative viewing, positioning, comparison and archiving of infrared and visible light images

Share real-time images and communicate without barriers
-Real -time sharing and management of pictures and videos for fast and efficient communication
- Convenient picture notes, smooth communication and barrier-free
- Automatically generate infrared detection reports, reporting, keeping files and sharing easily (TC01B only)

Really compact and portable, you can get started in one second
-Compact design weighing as little as 22 g, perfectly matching the size of mobile phones
- Each iSee™ is made of high-quality aviation aluminum, combined with unique surface treatment and laser etching process
- 1M drop, IP56 (TC01B)/IP54 (TC01A) protection level, upholding Fluke's durable quality
- Optimized Fluke iSee™ application interface and menu design, enjoy a professional operating experience and easily implement all functions

The NKH1 infrared thermal imaging camera (infrared thermal imaging camera, thermal imager, thermal imaging camera, thermal imaging camera, handheld thermal imaging camera, industrial thermal imaging camera) designed and manufactured in Taiwan uses the Thermopile thermopile thermal sensor imported from Germany. Detector to convert temperature difference and electrical energy into each other . When a temperature difference occurs on both sides of the thermopile, an electric current is generated, which can be used to measure temperature. Structurally, it consists of multiple thermocouples. When using a thermopile to measure temperature, it can overcome the shortcoming that the potential difference generated by a single thermocouple is too small and difficult to measure. Compared with traditional infrared thermal imaging cameras, it can provide clearer thermal sensing images with higher accuracy.

Infrared thermal imaging cameras can detect invisible heat energy and can see and measure subtle changes in temperature. Due to temperature differences, different colors appear. Through the image, the entire temperature surface can be quickly detected and the high and low temperatures can be identified. If there is a temperature abnormality, it may be a fault.

Product Features:

• Infrared thermal imaging camera, thermal resolution 80 x 64 pixels
• Thermal imager viewing angle 39° x 31°
• High temperature alarm mode
• High/low temperature tracking
• Ambient humidity display
• Can take pictures while recording
• Can be connected to a laptop or computer for simultaneous display
• 3.5-inch screen, clear images
• Auto focus mode
• IP54 waterproof rating
• Automatic/manual power off
• Rechargeable lithium battery, fully charged, can be used continuously for about 4 hours
• Won the Gold Medal and Double Gold Medal of the British Bis Invention Award
• Made in Taiwan

When using the NKH1 infrared thermal imaging camera, you should pay attention to the temperature difference between the ambient temperature and the object being detected to avoid the situation where the temperature difference is too small to accurately identify . During operation, it is recommended to adjust the upper and lower temperature limits to obtain a clearer thermal image and higher accuracy.