FLIR T860-24-14-NIST: Precision Thermal Imaging with NIST Traceability

FLIR T860-24-14-NIST: The Ultimate Thermal Imaging Solution for Demanding Applications

Introducing the FLIR T860-24-14-NIST, the pinnacle of thermal imaging technology designed to empower professionals in various industries. This advanced camera combines exceptional image quality, unparalleled accuracy, and robust construction to deliver unparalleled performance in the most challenging environments.

Exceptional Image Quality:

24° x 14° field of view captures wide-angle images with exceptional detail
640 x 480 resolution provides crisp and clear thermal images
MSX® technology enhances image clarity by overlaying visual details onto thermal images

NIST-traceable calibration ensures the highest level of temperature measurement accuracy
±2% or ±2°C temperature accuracy for precise and reliable results
Wide temperature range (-4°F to 2732°F) covers a vast spectrum of applications

Robust Construction:

IP67-rated housing withstands dust, water, and harsh conditions
Drop-tested to 6.6 feet for durability in demanding environments
Ergonomic design ensures comfortable and extended use

Enhanced Safety: Identify potential hazards and prevent accidents by detecting temperature anomalies
Increased Efficiency: Optimize processes, reduce downtime, and improve productivity through thermal inspections
Improved Quality Control: Ensure product quality and prevent defects by detecting temperature variations
Reduced Costs: Minimize maintenance expenses and extend equipment lifespan through proactive thermal monitoring

Electrical inspections
Mechanical maintenance
Building diagnostics
Firefighting
Research and development

The FLIR T860-24-14-NIST is the ultimate thermal imaging solution for professionals who demand the highest levels of accuracy, image quality, and durability. Its exceptional performance and value make it an indispensable tool for a wide range of applications, empowering users to make informed decisions, enhance safety, and optimize operations.