The Workswell WIRIS MINI is a small system for professional use and combines a thermal camera, a digital camera and a processor unit in one ultra lightweight device of just 160 grams
Entry-level thermal sensor
The Workswell Mini is a thermal imaging system designed for commercial unmanned air vehicles, known as drones (UAV). It is a compact system, which combines a thermal camera, digital camera (in a visible spectrum) with the processor unit with the option of a recording unit for recording radiometric data with a digital HDMI system. Data can be stored either in the internal memory or on an external micro SD card. The major advantage of the WIRIS mini system is the wide scope of control in real time directly on standard RC transmitters (WIRIS mini supports the PWM inputs and the SBus). The uniqueness of the system is based on the option for the remote configuration of series settings and parameters which include emissivity, reflected temperature, temperature range, palette, ZOOM and more.
Features Not just a Sensor
CorePlayer provides all the necessary functions for the analysis of thermograms for nearly all applications. CorePlayer enables you to edit the acquired data, export it to other formats (PNG, AVI etc.) and create self contained reports. All common functions are available in the software for the analysis of radiometric data, as well as the usual functions like creation of protocols, 3D models and highly detailed analysis of radiometric videos, including editing sequences and the option to store individual images, etc.
3D Sample Data
Applications A solution in many ways
Security / Search & Rescue / Firefighting
Ensure the security of our people with thermal imaging: see through fog, smoke, vegetation and bad weather. Enable your night-vision and set temperature alarms on certain targets (humans or animals). Thermal cameras are good to use as a safe guard for buildings or areas. Detecting all living-beings from a far distance, no matter the circumstances. A thermal camera and a drone combined gives security companies, rescuers and fire fighters several major advantages as well as the ability to observe and investigate large areas from a safe distance.
Detect industrial defects that can result in energy or material losses and/or security risks.
A thermal camera can expose problems that cannot be seen on a traditional camera. Defects that can lead to serious problems in the near future can be obtained from the air.
|Thermal Imaging Camera|
|Resolution||384 x 288 pixels|
|Temperature ranges||-10 °C to +250 °C|
|Temperature sensitivity||0.05 °C (50 mK)|
|Accuracy||±3 % or ±3 °C|
|Spectral range||8 – 14 μm, Uncooled VOx microbolometer|
|Calibration||Yes, the package includes the calibration certificate|
|Lenses||Interchangeable and focusable, various field of view|
|2 lenses in the package||71° (6.8mm) and 35° (13mm), exchangeable|
|Focus||Manual (focused on infinity, Min focus distance depends on lens)|
|Digital zoom in IR||12x|
|Resolution||1600 x 1200 pixels|
|Focus and zoom||Fixed, 16x digital|
|Remote control & Video output|
|Digital interfaces||PWM, S.BUS, USB 2.0 (data transfer, WIRIS Mini update and control)|
|Video output||Digital HDMI (1280 x 1024px), Analogue Video (NTSC, PAL)|
|Memory and data recording|
|Image recording||Radiometric JPEG, Radiometric TIFF,
Non-Radiometric, Digital camera JPEG
|GPS tagging||Yes, MavLink or GPS serial communication|
|Software||Internal / Micro SD card slot|
|Measurement functions||Max temperature, Min temperature|
|Power supply & dimensions|
|Input supply voltage||7 – 32 V DC (< 6W power dissipation)|
|Dimensions and weight||85 x 65 x 45 mm, 160g|