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Cooling MWIR Thermal Imaging Camera | SIMTRUM Photonics Store

Products / Imaging /Infrared Pyrometer/Cameras /Matrix Array Infrared Thermal Imager /Cooling MWIR Thermal Imaging Camera /
Cooling MWIR Thermal Imaging Camera
Overview Specifications Software Related Products Order Now!
SIMTRUM'S Wide Range MWIR Thermography Camera adopts a high-performance cooled infrared detector. It is equipped with a multi-position electric spectral filter wheel, and can provide customized services for special spectral filters, such as flame temperature measurement filters, special gas spectral filters, which can achieve extended applications such as multi-spectral imaging, narrowband filters, broadband pass-through, and special temperature range and special spectral band calibration. 

 

Feature

  • Full frame and full frequency: 100 Hz
  • Medium-wave spectral range: 3.7-4.8 μm/1.5-5.2 μm
  • Long-wave spectral range: 7.7-9.5 μm
  • High-temperature calibration can reach up to 2000℃
  • Electrically switch the aperture of the spectral wheel
  • High-speed storage of infrared thermal images can be achieved
  • Open-source spectral wheel adjustment instructions
  • Detachable and independent spectral wheel design

 

Application

  • Electronic chip
  • Laser chip
  • Hydrological monitoring
  • Biological research
  • Photothermal effect

 

Electronic chip
 
Laser welding
Biological research
Hydrological detection

General Specifications
Model HJ01-MWIR-M15 HJ01-MWIR-M15W HJ01-MWIR-M15L
Detector Type Refrigerated MCT
Detector Resolution 640x512 pixels
Detector Pixel Pitch 15μm/25μm 15μm 15μm/25μm
Wavelength Range 3.7 - 4.8μm 1.5 - 5.2μm 7.7 - 9.5μm
Thermal Sensitivity <20mK <22mK
Refrigeration Method and Time Stirling refrigeration < 7 minutes
Temperature Range -10 - 1200°C (expandable to 2000°C)
Dynamic Range 14bit
Measurement Accuracy ±2°C or ±2%
F Number F2/F4 F2  
Image Processing
Image Gain Control Automatic / Manual
Video Detail Enhancement Automatic, multi - level adjustable
Bad Pixel Detection and Replacement Automatic
Non - uniformity Correction 1 - point / 2 - point
Full Frame Rate 100Hz
Image Polarity Setting White hot / Black hot
Video Image Flip Vertical flip, horizontal flip
Crosshair Display Function Supported
Digital Zoom 2X/4X
Focusing Method Manual
Infrared Filter Wheel 5 positions, standard 1 - inch filter
Color Palette 12 options available
 
Other Specifications
Input/Output Interface
Digital Interface CamLink, GigE
Analog Video Output BNC
External Synchronization Input Difference Signal 3.3V
Serial Port Control RS232/RS422
Built - in Memory 512GB (Optional)
Power Supply Parameters
Input Voltage Range Standard 24±2VDC
Power Consumption ≤20W (25°C, 24VDC)
Environmental Parameters
Operating/Storage Temperature -40°C - +60°C/-50°C - +70°C
Random Vibration 5 to 500Hz, 2.1gRMS; 30min /axis; 3 axis
Shock 30g, 11ms, half - sine wave,
3 times in each forward and reverse direction; 3 axis
Dimensions/Weight ≤310×135×180mm; ≤4.5Kg (including standard lens head)
 
 
Optional infrared lens
Type Focus Distance Minimum focusing distance Field of view Spatial resolution
Standard lens 25 mm 0.3 m (21.7×17.5)° 0.59 mrad
Wide-angle lens 12 mm 0.1 m (45×36.6)° 1.2 mrad
Telephoto lens 50 mm 1.0 m (10.9×8.9)° 0.3 mrad
Telephoto lens 100 mm 2.0 m (5.5×4.4)° 0.15 mrad
Telephoto lens 200 mm 4.0 m (2.8×2.2)° 0.08 mrad
Macro lens 0.5x 400mm (19.2×15.4) mm 30μm
Microscopic lens 1.0x 36mm (9.6×7.7) mm 15μm
Microscopic lens 1.0x 100mm (9.6×7.7) mm 15μm
Microscopic lens 5.0x 20mm (1.92×1.54) mm 3μm

This software is designed to serve the vast number of scientific research users of medium and long-wave infrared thermography camera, enabling infrared thermography camera to achieve real-time imaging, automatic gain, thermal map acquisition, and data graphical analysis more efficiently. The simple UI interface design, user-friendly menu layout and powerful analysis and processing functions will make it a perfect application tool for infrared fields such as industry, power, border defense and maritime affairs, and scientific research institutes.

 

The software is divided into online monitoring version software and online/offline professional version software:

Online monitoring version software Online/offline professional version software
  • Support multi-task monitoring mode
  • Generate alarm curves in real time
  • Supports multiple alarm modes such as color alarm, sound alarm, and trigger alarm
  • Alarm database function
  • Chinese/English software operation interface
  • Digital real-time transmission/collection of infrared heat maps, and support for multiple display modes
  • Multiple online temperature measurement functions for designated measurement points and any measurement area
  • Multiple measurement and statistical modes
  • Mask function (supporting online/offline mode)
  • Blackbody self-correction function
  • Add the function of exporting multi-region sequence heat map data

 

Meanwhile, our secondary software development package is flexible and fully functional, which can make the cumbersome software program development work extremely convenient and is deeply favored by program developers. The SDK software suite adopts a modular and standardized development approach, featuring strong versatility.

The heat map file format collected by the software can achieve the storage of unencrypted entire columns of original data (RAW format). It is perfectly compatible with multiple third-party software.


Model Pixels Spectral Range Temperature Range
SWIR Thermal Imaging Camera 384*288/512*384/640*480/768*576/1280*1024 0.8~2μm 600-3000℃
MWIR Thermal Imaging Camera 640*480 3~5μm/4.8~5.2μm 200-700℃
MWIR Thermal Imaging Camera
For Flame Temperature		 640*480/640*512 3.9μm/4.5μm 600-1600℃/1000-2000℃
Cooling MWIR Thermal Imaging Camera 640*512 3.7~4.8μm/1.5~5.2μm -10~1200℃（extended to 2000℃）
LWIR Thermal Imaging Camera 384*288/640*480/640*512 8~14μm -20~650 ℃
High-temperature range：350~1600℃
Cooling LWIR Thermal Imaging Camera 640*512 7.7~9.5μm -10~1200℃（extended to 2000℃）
Macro Infrared Thermal Imaging Camera 384*288/640*512 8~14μm Normal temperature range：-20~200℃
Medium temperature range：150~650℃

 


Sale Guide
If you need our technical team for guidance on product selection or customization,please help to provide below technical information, it helps to speed up the process.
Items Detail Unit Remark
 What is your application scenario?      Power inspection, monitoring the operating status of high-temperature   equipment,  fire early warning, etc
 What is the required spectral response   range?      SW/MW/LWIR
 What is the temperature range you need to  measure?   ℃  eg: -20~500℃
 What is the required resolution?      384*288/640*480/640*512/1280*1024, etc. For specific resolutions, please refer   to the detail page
 What is the required thermal sensitivity   (NETD) ?   mK  NETD represents the instrument's ability to detect minute temperature   differences. A NETD<50mK indicates that a temperature difference of 0.05℃ can   be identified, and it is suitable for the detection of precision electronic instruments
 What are the requirements for the focusing   function?      Manual or automatic, manual focusing is suitable for fixed distance measurement   in simple scenes. Autofocus is suitable for rapid scanning in complex scenes
 What is the motion state of the measured  object?      Whether stationary or moving, the moving target requires a high frame rate to   avoid image trailing
 Lens options?      Telephoto, macro and other lenses are available for selection
 Selection suggestions      If high-temperature targets need to be measured or high precision is required, it   is recommended to give priority to shortwave measurement. For medium-   temperature targets or those with anti-interference requirements, medium-wave   should be selected.If it is a normal-temperature target and all-weather detection   is required, long-wave detection should be given priority.
 What's the difference between an infrared   pyrometer and an infrared thermal imager?      Infrared pyrometers can only measure the temperature at a single point. By   detecting the infrared radiation energy at a certain point on the surface of an   object, it is converted into a temperature value through an algorithm, and the   measurement result is directly presented in digital form. 
 Infrared thermal imagers can measure surface temperature and generate a   thermal map of the temperature distribution on the surface of the object being   measured. They scan the infrared radiation energy at each point on the object to     form a two-dimensional thermal image, with each pixel corresponding to a   temperature value. The measurement results are presented.as pseudo-color or   grayscale images and superimposed with temperature data.
 What's the difference between an infrared   thermal imager and an infrared camera?      Infrared thermal imagers receive the infrared radiation emitted by objects through   infrared detectors and generate thermal images of the temperature distribution on   the surface of the reflected objects, which can be displayed intuitively.The   temperature distribution on the surface of an object cannot present the detailed   features of the object; only the thermal profile of the object can be seen.
 Infrared cameras are divided into passive infrared cameras and active infrared   cameras. The images they output are similar to those taken by ordinary cameras.   With the appearance and infrared features of black and white or color images, they   can present the general shape, outline and some detailed information of objects.

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Compare Model Drawings & Specs Availability Reference Price
(USD)
HJ01-MWIR-M15
Detector Resolution：640x512 pixels,Detector Pixel Pitch：15μm/25μm,Wavelength Range：3.7 - 4.8μm,Thermal Sensitivity：<20mK,Refrigeration Method and Time：Stirling refrigeration < 7 minutes,Temperature Range：-10 - 1200°C (expandable to 2000°C), Dynamic Range：14bit ,Measurement Accuracy：±2°C or ±2%, F Number：F2/F4 		4-6 Weeks Request for quote
HJ01-MWIR- M15W
Detector Resolution：640x512 pixels, Detector Pixel Pitch：15μm, Wavelength Range：1.5 - 5.2μm, Thermal Sensitivity：<20mK ,Refrigeration Method and Time：Stirling refrigeration < 7 minutes ,Temperature Range：-10 - 1200°C (expandable to 2000°C), Dynamic Range：14bit, Measurement Accuracy：±2°C or ±2%, F Number：F2/F4 		4-6 Weeks Request for quote
HJ01-MWIR-M15L
Detector Resolution：640x512 pixels, Detector Pixel Pitch：15μm/25μm, Wavelength Range：7.7 - 9.5μm, Thermal Sensitivity：<20mK ,Refrigeration Method and Time：Stirling refrigeration < 7 minutes,Temperature Range：-10 - 1200°C (expandable to 2000°C) ,Dynamic Range：14bit ,Measurement Accuracy：±2°C or ±2%, F Number：F2 		4-6 Weeks Request for quote

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HJ01-MWIR- M15W - Parameter

HJ01-MWIR-M15 - Parameter

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HJ01-MWIR- M15W - Download

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