Super Saver Fluke Rse300 - 320 X 240 60hz Mounted Infrared Thermal Camera Markdown: -80% [eYGt2sBm]

Fluke RSE300 Thermal Camera: The Ultimate Tool for Precision Thermal Imaging

The Fluke RSE300 Mounted Infrared Camera is a revolutionary tool designed for industrial, research, and engineering applications. With its high-resolution imaging capabilities and cutting-edge features, it offers unparalleled precision and versatility in thermal imaging. The RSE300 is part of Fluke's first fully radiometric mounted infrared camera series, providing continuous data streaming, thermal analysis, and quality assurance that are essential for professionals in various fields.

Key Features and Specifications

The RSE300 boasts a 320x240 pixel detector resolution, delivering clear and detailed thermal images. It supports continuous data streaming at 60 frames per second, allowing for advanced monitoring and analysis. The camera seamlessly integrates with MATLAB® and LabVIEW®, simplifying testing, development, and data analysis. With customizable optics and an IP67-rated enclosure, the RSE300 is built to withstand tough industrial environments. Its key features include an IFOV of 1.85 mRad, a wide field of view of 34° H x 25.5° V, and a thermal sensitivity of ≤ 0.030 °C at 30 °C target temperature. The temperature measurement range spans from -10 °C to +1200 °C, making it versatile for a wide array of applications.

Applications and Benefits

The Fluke RSE300 is ideal for research and development, quality assurance, industrial inspections, and thermal data analysis. Its advanced IR-Fusion® technology allows for the blending of visible and infrared images in five modes, including Picture-in-Picture and AutoBlend™. The built-in digital camera offers 5 MP industrial-grade visible light imaging, and the camera can record radiometric and non-radiometric videos and images for in-depth thermal studies. With full camera control and real-time viewing via SmartView® R&D desktop software, the RSE300 ensures that professionals have the tools they need to succeed in their respective fields.