HIGH THERMAL RESOLUTION, HIGH FRAME RATE, LOW COST THERMAL INSPECTION CAMERA

Summary of HIGH THERMAL RESOLUTION, HIGH FRAME RATE, LOW COST THERMAL INSPECTION CAMERA


The Fotric 326 is a rugged, handheld thermal imaging camera designed for high-quality radiometric analysis of equipment and infrastructure. It features an f1.0 IR lens, a wide temperature range from -20°C to +650°C, and a resolution of 384×288 pixels. With a fast 30Hz frame rate, it captures smooth images of rapidly changing targets. Key capabilities include visible light fusion, adjustable focus, audible/visual alarms, a built-in laser pointer, and voice recording integrated with thermal images for efficient post-processing.

Parts used in the Fotric 326 Thermal Imaging Camera:

  • Pistol-grip camera body
  • f1.0 IR lens
  • Thermal imager sensor (384x288 resolution)
  • Adjustable focus lens mechanism
  • Built-in laser pointer
  • Voice recording system
  • Audible alarm system
  • Visual alarm system

The Fotric 326 provides high quality radiometric images full of detailed thermal information in a handheld pistol-grip camera for investigative analysis.

HIGH THERMAL RESOLUTION, HIGH FRAME RATE, LOW COST THERMAL INSPECTION CAMERA

Saelig Company, Inc. (www.saelig.com) has introduced the FOTRIC 326 Thermal Imaging Camera – a rugged, durable, accurate, and portable handheld heat investigation device, designed for a wide range of equipment and infrastructure thermal diagnostic tasks.  The 326 has a large aperture f1.0 IR lens for taking superior quality radiometric thermal images for professional use. The Fotric 326 has a –20degC to +650degC (-4degF to 1,202degF) measurement range to cover a wide variety of applications, especially when inspecting high-temperature objects.  It offers an accuracy rating of ±2degC or ±2%, and a thermal sensitivity of 0.06degC (60mK).  The Fotric 326’s thermal imager has a resolution of 384×288 to provide high quality, large radiometric images full of detailed thermal information.  The adjustable focus lens facilitates precision imaging for objects of interest. The Fotric 326’s frame rate is 30Hz, faster than the 9Hz of many other thermal cameras. This gives smoother thermal images of rapidly changing thermal targets.

The 326 can produce a visible light image in addition to the thermal image, and allows picture-on-picture fusion of the two images to enable accurate problem location.  User-defined temperature thresholds, audible and visual alarms of above/below temperature threshold, and adjustable focus make this a valuable thermal tool in an engineer’s arsenal.

The Fotric 326 has a useful built-in laser pointer to show exactly where the camera is pointed.  Voice recording allows notes about the image to be saved audibly rather than handwritten. The audio message is saved with the thermal image and can be retrieved during post-processing.

Read more: HIGH THERMAL RESOLUTION, HIGH FRAME RATE, LOW COST THERMAL INSPECTION CAMERA

Quick Solutions to Questions related to Fotric 326 Thermal Imaging Camera:

  • What is the measurement range of the Fotric 326?
    The device covers a range from –20degC to +650degC (-4degF to 1,202degF).
  • How does the frame rate compare to other thermal cameras?
    It offers a 30Hz frame rate, which is faster than the 9Hz found in many other thermal cameras.
  • Can the camera produce visible light images alongside thermal images?
    Yes, it can produce a visible light image and allows picture-on-picture fusion of both images.
  • Does the camera support voice recording for notes?
    Yes, voice recording saves audio notes with the thermal image for retrieval during post-processing.
  • What is the accuracy rating of the thermal imager?
    The accuracy rating is ±2degC or ±2%.
  • How does the camera indicate when temperatures exceed thresholds?
    It provides both audible and visual alarms for above or below temperature thresholds.

About The Author

Ibrar Ayyub

I am an experienced technical writer holding a Master's degree in computer science from BZU Multan, Pakistan University. With a background spanning various industries, particularly in home automation and engineering, I have honed my skills in crafting clear and concise content. Proficient in leveraging infographics and diagrams, I strive to simplify complex concepts for readers. My strength lies in thorough research and presenting information in a structured and logical format.

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