InfiRay
InfiRay T2L Thermal Imager 256x192 25Hz Android
Connects to Android phones for 256×192 thermal imaging at 25 Hz with an 8 mm macro lens
- TypeThermal Imager
- Detect fine PCB faults with 8mm macro focus
- See clear thermal detail at 256x192 resolution
- Smooth 25Hz frame rate captures fast changes
- Measure from -20°C to +120°C with ±3°C accuracy
- Compact 26x26x24.2mm design plugs into Android devices
Android thermal imager for PCB inspection
The InfiRay T2L connects to an Android device and delivers a 256x192 thermal image at 25 Hz. Its 12 µm pixel pitch and 44.9°×33.4° field of view let technicians spot hot components on circuit boards. The macro focus at 8 mm supports close work on dense assemblies. It suits engineers and hobbyists who need portable thermal vision without a dedicated handheld unit.
App-driven measurement and recording
The companion app provides digital detail enhancement and manual or automatic image correction. Users can switch between white-hot, black-hot and multiple colour palettes while viewing maximum, minimum and centre-point temperatures. Point, line and area measurement tools feed statistical analysis, and both photos and videos are stored on the phone. An SDK is available for secondary development and the app updates online.
Compact sensor operating from -20 °C to 50 °C
The imager measures 26×26×24.2 mm and draws power directly from the Android host. Its measurement range spans -20 °C to 120 °C with an accuracy of ±3 °C or ±3 % of the reading, whichever is greater. The USB-C connector plugs into the phone, so no separate battery or charger is required. Buyers needing iOS or iPhone 15 compatibility should select a different model.
Highlights
- Detect fine PCB faults with 8mm macro focus
- See clear thermal detail at 256x192 resolution
- Smooth 25Hz frame rate captures fast changes
- Measure from -20°C to +120°C with ±3°C accuracy
- Compact 26x26x24.2mm design plugs into Android devices
Specifications
| Type | Thermal Imager |
|---|
Questions about this item
Will the USB-C port on the InfiRay T2L wear out from daily plugging into my Android phone?
The 26×26×24.2 mm housing has no moving parts; the USB-C connector is the only mechanical interface and is rated for typical mobile-device insertion cycles.
What stops the InfiRay T2L from imaging hotter components during long PCB fault-finding sessions?
The measurement range tops out at +120 °C; anything hotter reads as saturated and cannot be quantified.
How warm does the InfiRay T2L get when it runs continuously on an Android phone for hours?
The imager itself is specified to operate up to +50 °C ambient; its own heat output is low enough that the phone body usually feels only slightly warm.
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