Fire Safety Thermal Camera Sensor
Safetis EV-C
Infrared Cameras and Systems
Pyrobrand is delighted to have aligned with Workswell. A European-based innovative developer and manufacturer specialising in advanced thermal imaging technology with full in-house development, with high-end expertise in the field of designing and developing the products.
The company is focused on supplying the unmatched quality products and solutions to variety of customers. The inherent part of the business is consulting service, sales and after-sales support. Thermal imaging products and systems from Workswell enhance the manufacturing processes of numerous European car companies
If you drive a recent model produced by BMW, Škoda, Renault, Kia and others it is likely that one of Workswell’s thermal imaging systems played a part in the creation of your car’s components.
Workswell also has introduced several unique technologies for UAV and UGV such a the GIS 320 – OGI (optical gas imaging), WIRIS Enterprise and WIRIS Pro that are the most advanced drone thermal imaging cameras for industrial inspection, search&rescue and R&D as well as WIRIS Agro, patented agricultural camera evaluates Crop Water Stress Index (CWSI).
SAFETIS EV-C
Fire Safety Thermal Camera Sensor
The SAFETIS EV-C advanced thermal camera is equipped with a state-of-the-art array of 19,200 active temperature sensors, delivering unmatched real-time detection capabilities. It provides comprehensive coverage across a wide temperature range from -10 °C to 400 °C (14 °F to 752 °F), with an exceptional temperature sensitivity of 0.1 °C.
The device’s prowess in rapid detection is highlighted by its ability to perform automatic real-time area scans up to nine times per second, thereby ensuring continuous monitoring without lapses.
Central to the SAFETIS EV-C’s design is its sophisticated dual alarm detection system. This system allows for the configuration of two distinct alarm thresholds per region of interest (ROI), supported by digital/relay outputs. This feature facilitates immediate and precise response mechanisms in varying critical conditions.