Fluke FLK-TI400-PRO 9HZ, Thermal Imaging Camera, Temp Range: -20 → +1200 °C, -4 → +2192 °F

The Fluke FLK-TI400-PRO 9Hz is a professional-grade industrial thermal imaging camera engineered for high-accuracy diagnostics in electrical, mechanical and facility-maintenance applications. Featuring a 320 × 240 (76,800 pixels) infrared detector and a temperature measurement span from -20 °C to +1200 °C (-4 °F to +2192 °F), it is capable of reliably spotting extreme temperature anomalies, insulation failures, overloaded equipment, and thermal inefficiencies.

Special Features and Benefits of Choosing the Fluke Thermal Imaging Camera

• Broad measurement range (-20 °C to +1200 °C) suitable for heavy industrial and process-plant inspections.
• 320 × 240 infrared detector resolution for explicit thermal imagery and actionable diagnostics.
• LaserSharp Auto Focus with built-in laser distance meter ensures the correct target is in focus every time. Wireless image transfer and Fluke Connect integration for streamlined reporting and remote collaboration.
• Rugged construction: IP54 rating, engineered 2 m drop-resistance, compact field-ready form-factor.
• IR-Fusion with AutoBlend and picture-in-picture thermal/visual overlay enhances scene interpretation.

Engineered for Reliable Thermal Inspection

The FLK-TI400-PRO 9Hz is manufactured to deliver consistent, high-precision thermal measurement where industrial reliability is essential. The ergonomic housing and intuitive interface support extended field inspection sessions. Fluke’s focus and connectivity technologies enable teams to act on thermal data more efficiently and confidently.

Typical Uses of the Camera

• Thermal surveys of power distribution systems, panels, switchboards and industrial busbars.
• Mechanical asset condition monitoring: motors, pumps, gearboxes, and bearings operating under high load.
• Process-plant inspections, including boilers, furnaces, heat exchangers, and insulation integrity checks.
• Building diagnostics: roof leaks, insulation faults, HVAC duct analysis and energy-loss identification.
• Predictive-maintenance programmes in manufacturing, utilities and infrastructure sectors.

For more information please check the datasheets.