Festive Deal Flir A500-std Thermal Imaging Camera 30hz 464x348 With 24° Lens Standard Science Kit Up To 35% Off [07QpZe9x]

FLIR A500-STD Thermal Imaging Camera: Precision for Science

The FLIR A500-STD Thermal Imaging Camera is a high-performance tool designed for researchers and engineers seeking precise temperature monitoring across various disciplines. This versatile camera boasts a 464 x 348 IR resolution and a smooth 30 Hz frame rate, making it ideal for detailed thermal analysis. Its 24° lens and focus capabilities allow for clear, comprehensive images across a wide range of applications. The A500-STD is equipped with the latest technology to provide accurate and efficient data acquisition, essential for advancements in electronics, aerospace, and life sciences.

Key Features and Specifications

Experience the power of the FLIR A500-STD with its advanced features and specifications. This camera delivers sharp thermal images with a 30 Hz refresh rate, ensuring real-time data capture for dynamic testing scenarios. Its advanced thermal sensitivity ranges from <30 mK to <50 mK, allowing for the detection of even the most subtle temperature differences. The A500-STD's wide spectral range and uncooled microbolometer detector, with a 17 µm pitch, offer a comprehensive view of temperature variations. The camera's multi-lens compatibility and integrated digital I/O further enhance its versatility, making it a robust tool for any research or engineering project.

Applications and Value

The FLIR A500-STD is not just a camera; it's a comprehensive solution for professionals in need of high-quality thermal imaging. Its macro mode, powered by FLIR Macro Mode technology, enables precise measurements of small components without lens switching. The included Research Studio software streamlines the Connect➞View➞Record➞Analyze workflow, simplifying complex tasks and ensuring quick results. With global collaboration support and secure connectivity, the A500-STD is the ultimate tool for researchers and engineers worldwide, offering both power and flexibility in a single package.