Fluke FLK-RSE300/C 60HZ Thermal Imaging Camera

Product Description

The FLUKE FLK-RSE300/C 60HZ is a professional-grade thermal imaging camera designed for tradespeople who need fast, accurate infrared inspections in demanding field conditions. It delivers a 320 x 240 pixel resolution at a 60 Hz frame rate, providing smooth, detailed thermal images suitable for scanning electrical panels, HVAC equipment, mechanical systems, and building envelopes. The temperature measurement range spans -4 degrees F to 2192 degrees F, covering everything from frozen pipe assessments to high-temperature industrial targets. The spatial resolution of 1.85 mRad supports precise target identification at distance. The camera ships with a hard case for transport and storage on the job site.

This camera is suited for licensed electricians, HVAC technicians, and mechanical inspectors working in both residential and commercial environments. Typical applications include identifying hot spots in electrical distribution equipment, locating heat loss in building assemblies, detecting refrigerant or airflow deficiencies in HVAC systems, and surveying motors and drives for bearing or winding faults. The 60 Hz frame rate makes it practical for scanning moving equipment without motion blur.

Key Features

• 320 x 240 infrared resolution for detailed thermal imaging
• 60 Hz frame rate delivers smooth, real-time thermal video
• Wide temperature range: -4 degrees F to 2192 degrees F
• Spatial resolution of 1.85 mRad for accurate small-target measurement
• 34-degree horizontal by 24-degree vertical field of view
• Includes hard case for field transport and protection

Compatibility

Designed as a professional thermal imaging instrument for electrical, HVAC, mechanical, and building diagnostic applications requiring a 320 x 240 resolution infrared camera with a 60 Hz frame rate.

Installation Notes

This camera is a handheld diagnostic instrument and does not require permanent installation. Electricians and HVAC technicians should de-energize or follow appropriate arc-flash and lockout-tagout procedures before approaching electrical equipment for thermal inspection, unless a live-circuit survey is specifically required and permitted under site safety protocols. Allow the camera to acclimate to ambient temperature before use for best measurement accuracy. Refer to the manufacturer documentation for emissivity settings appropriate to each target material.