FLIR T860-24 Thermal Camera with 24° Lens, 640×480 IR Resolution

The FLIR T860-24 is a high-performance thermal imaging camera designed to enhance the efficiency and accuracy of predictive maintenance inspections. With its 640×480 infrared resolution and 30Hz refresh rate, this camera delivers crisp, detailed thermal images that help you identify potential issues before they lead to costly downtime. The 24° lens provides a versatile field of view suitable for a wide range of applications, from electrical substations to manufacturing equipment.

Engineered for comfort and usability, the T860-24 features a 180° rotating lens platform and an ergonomic design, allowing you to inspect targets overhead or down low without strain. The integrated color viewfinder and bright 4-inch LCD display ensure clear visibility even in bright outdoor conditions. The camera’s on-board Inspection Route system streamlines data collection by guiding you through a logical sequence of targets, while laser-assisted autofocus and 1-Touch Level/Span ensure precise measurement and image optimization.

Key Features & Highlights

• High-Resolution Thermal Imaging: 640×480 IR resolution with 30Hz refresh rate for detailed, real-time thermal data.
• Versatile 24° Lens: Ideal for medium-range inspections, balancing field of view and target detail.
• 180° Rotating Lens Platform: Ergonomic design allows comfortable inspection from any angle.
• Integrated Color Viewfinder: Ensures clear image composition even in bright sunlight.
• On-Board Inspection Route System: Streamlines data collection and improves workflow efficiency.
• Laser-Assisted Autofocus: Ensures sharp, accurate focus for precise temperature measurement.
• FLIR Vision Processing: Combines MSX, UltraMax, and adaptive filtering for industry-leading image clarity.
• 5MP Digital Camera with LED Lamp: Captures visible light images and video for comprehensive documentation.
• Wi-Fi Connectivity: Syncs with FLIR Tools App for quick data sharing and reporting.

Applications

The FLIR T860-24 is ideal for predictive maintenance and troubleshooting in electrical systems, mechanical equipment, and facility-wide electro-mechanical systems. It is particularly effective for inspecting substation components, switchgear, motors, pumps, and building HVAC systems. By detecting hot spots and thermal anomalies early, you can prevent costly outages and extend equipment life.