FLIR A50 Science Kit

Description

FLIR A50 Science Kit – Flexible Thermal Imaging for R&D Applications

The FLIR A50 Science Kit is a reliable and versatile thermal imaging solution tailored for research and development applications. Designed for precision temperature measurement and high-quality thermal imaging, the kit comes with three lens options—29°, 51°, and 95°—to meet diverse application needs.

Whether you’re testing electronics, evaluating materials, or conducting experiments, the FLIR A50 Science Kit ensures accurate and reliable data collection. The kit includes the FLIR Research Studio software for seamless data acquisition, analysis, and sharing, making it the ideal choice for engineers, researchers, and product developers.

Key Features:

• High-Resolution Thermal Imaging: Capture precise thermal data with 464 × 348 resolution.
• Multiple Lens Options: Choose from 29°, 51°, or 95° field of view for tailored applications.
• Enhanced Thermal Sensitivity: Detect even subtle temperature differences with <35 mK NETD.
• Integrated Visual Camera: FLIR MSX® overlays visual details onto thermal images for added clarity.
• Comprehensive Software Integration: Includes FLIR Research Studio for intuitive data analysis.

Applications:

• Electronics testing and evaluation.
• Research and development for product performance and reliability.
• Material testing and thermal behaviour analysis.
• Large-area or close-up thermal inspections.

Affordable, ready-to-use solution for thermal imaging analysis and R&D:

Available Configurations

The FLIR A50 Science Kit is available in three configurations, each tailored to meet specific application requirements:

FLIR A50 29° Science Kit:

• 29° field of view for general-purpose thermal imaging.
• Ideal for standard research and development tasks.

FLIR A50 51° Science Kit:

• 51° field of view offering a wider perspective.
• Suitable for applications needing broader coverage.

FLIR A50 95° Science Kit:

• 95° field of view for maximum coverage.
• Perfect for large-area thermal analysis.