SeeK Temperature Scan
More than 10 items in stock at supplier
Product details
Seek Scan is an infrared thermal imaging system designed to measure human skin temperature. The system automatically detects a face and measures the temperature on the person's face. The included software displays an alarm when the person's temperature is above or below the set alarm temperature. Setup takes just a few minutes. Two tripods and a Windows PC are required for use (not included in the product packaging). The thermal camera compares the person's skin temperature with the provided fixed heat source. This method allows for measurement with a deviation of only ± 0.3 °C. The fixed heat source has a separate power supply, and a USB cable is included (USB-A charging adapter not included). Clear visual alerts: Displays a Clear-Pass or Fail alarm for each scan based on the alarm temperature. Fast evaluation time: Each scan takes 3-5 seconds, allowing for a quick-moving queue. Automated scanning: The system automatically measures skin temperature as soon as a face is detected. Image and data capture: Temperature data is automatically saved along with a JPEG that shows a visible and thermal image with a pass/fail warning. Image storage can be optionally disabled for privacy reasons. Easy setup: Connect to any Windows PC and start the process in just a few minutes. Ideal for small, medium, and large businesses, factories and warehouses, hotels and restaurants, healthcare facilities, venues, theaters and arenas, nursing homes, schools and daycare centers, gyms, and other sports facilities. Presented and calibrated for skin temperature.
Image resolution | 640 x 480 pixels |
Thermal imaging camera type | Hand-held thermal imaging camera |
Documents | |
Item number | 13363222 |
Manufacturer | SeeK |
Category | Thermal imaging cameras |
Manufacturer no. | SK1014ZZ |
Release date | 22.6.2020 |
Colour | Black |
Exact colour description | Black |
Thermal imaging camera type | Hand-held thermal imaging camera |
Horizontal field of view | 35° |
Vertical field of view | 26° |
Image resolution | 640 x 480 pixels |
CO₂-Emission | |
Climate contribution |