Fluke TiX501 – Thermal Camera

Fluke TiX501 – Thermal Camera

Key Features:

  • 640 × 480 infrared resolution (307,200 pixels)
  • 240° articulating lens for flexible inspections
  • LaserSharp™ Auto Focus with laser distance meter
  • Temperature measurement range from -20 °C to 650 °C
  • Fluke Connect™ wireless connectivity and cloud integration

The Fluke TiX501 Thermal Camera delivers high-resolution thermal imaging for industrial inspections, predictive maintenance, and troubleshooting applications. Fluke designed this advanced camera to help professionals capture accurate thermal data while improving inspection efficiency.

The camera features a 640 × 480 infrared detector that produces detailed thermal images and helps identify subtle temperature differences. As a result, technicians can detect developing equipment issues before they cause costly downtime.

Its unique 240° articulating lens allows users to inspect overhead, low-level, and hard-to-reach targets more comfortably. In addition, LaserSharp™ Auto Focus uses a built-in laser distance meter to achieve precise focus and improve measurement accuracy.

The TiX501 measures temperatures from -20 °C to 650 °C with an accuracy of ±2 °C or ±2%. Therefore, it is well suited for electrical inspections, mechanical diagnostics, process monitoring, and research applications.

IR-Fusion™ technology blends visible and infrared images to provide greater inspection context. Furthermore, users can adjust image settings, emissivity values, colour alarms, and measurement markers directly on the camera.

Fluke Connect™ compatibility enables wireless image transfer, cloud storage, and asset management. Meanwhile, voice annotation, IR-PhotoNotes™, video recording, and remote viewing features simplify documentation and reporting.

The rugged camera includes an IP54-rated enclosure, interchangeable Smart Lens compatibility, and a large 5.7-inch touchscreen display. Consequently, the Fluke TiX501 provides a powerful solution for professional thermal inspections and condition-based maintenance programmes.