Affordable and Innovative Smartphone-based Fotric 220 Series Thermal Cameras..!

Founded in 1988 in Rochester, New York, Saelig is a North American distributor with a growing reputation for finding and sourcing remarkable, unique test and measurement and control products and components for use in a wide variety of industries.

Products lines are continuously added from sources across the globe, and are offered at competitive prices, accompanied by full in-house technical support, exceptional customer service, and fast delivery.

Images source: Fotric

The Fotric 220 series thermal cameras have an innovative range of infrared imagers offer superior performance at an attractive price-point.

These cameras are lightweight (22oz) and compact (4.7" x 5.7" x 3.7"). Made by Fotric Precision Instruments, an innovative thermal imaging products manufacturer, the Fotric 220 Series Cameras are available now from Saelig Co. Inc., Fotric's authorized North American distributor.

The cost-effective infrared imaging devices that combine state-of-the-art infrared technology with smartphone capabilities. These cameras can record up to 1000 frames of full radiometric video and capture temperature change processes in real time with a user-defined sampling rate of up to 5 frames/sec.

For the purpose to improve imaging quality, Fotric 222s abandons the low-cost small aperture focus-free lens and adopts the red circle lens with a higher light flux, offering more energy to detectors; moreover, it uses the variable focus design, achieving sharper pictures.

Up to 640 x 480 pixel resolution is available and each pixel represents a temperature measurement point in the field of view. Data collection is automatic using the software on the attached smartphone with no need for an attached PC.

The easy to learn interface handles all of the camera's functions and supports the instant analysis of thermal images and videos on the instrument itself.

The Fotric 220 Series of thermal cameras uses the highest quality components to insure long-term reliability and service life, while its low power design provides up to 10 hours of Li-ion battery operation.

External power may be used for permanent installations. One useful feature of the series for routine thermal monitoring of equipment is the ability to scan a QR code that is attached to a machine or test object for automatically tagging and saving thermal images without any error-prone manual entries.

The images are time-stamped and relevant GPS location information is also available. Image distance as well as individual emissivities for up to 12 image sections can be entered to improve the temperature accuracy of differing scenes and materials.

AnalyzIR PC software is also provided free with these cameras for further in-depth analysis of each pixel of the images. R&D researchers as well as equipment maintenance technicians can use the video stream plotting and 3D visualization of temperature images to note hot-spots and subtle temperature changes.

Picture-in-picture super-impositioning of the hot spot on a visual image of the scene helps to better identify the exact location of a problem. A choice of 15 color palettes helps to make the thermal image most visually useful.

Data can be automatically gathered, triggered by time, temperature, or an external signal, with threshold alarms available together with the automatic capture of high, low, and average temperature. Images can be annotated with voice or text memos, and data storage of up to 1TB is supported.

The Fotric 220 Series is available with imagers from 320 x 240 to 640 x 480 and a selection of Germanium lenses that focus down to 4" to suit differing applications, allowing temperature discrimination for as small as a 20um object. The cameras also feature a built-in 8x continuous digital zoom.

Typical applications for the 220 Series include: electronics (PCB and component analysis), biomedicine (experimental processes), automobile (tire fatigue, engine component malfunction), materials testing (fatigue, stress), medical (disease detection, heat dissipation), fire detection (pre-ignition, leakage), etc.

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