Teledyne FLIR One Edge Wireless Thermal Camera

Inspect out-of-reach targets with the Teledyne FLIR One Edge Wireless Thermal Camera. This infrared imager connects to your iOS/Android smartphone wirelessly enabling one-handed inspections while imaging functions, such as MSX™, and Ignite™ technology allow you to capture clear, detailed thermal images from any angle which may be instantly uploaded to Teledyne FLIR’s Cloud.

Offering a thermal resolution of 80 x 60px, the Teledyne FLIR One Edge Wireless Thermal Camera captures sharp, clear thermal images. An MSX imaging function works to improve image detail by overlaying digital images onto corresponding thermal scenes, allowing you to pinpoint problem areas with greater precision, speed, and simplicity.

Furthermore, the Teledyne FLIR One Edge Wireless Thermal Camera allows you to take temperature measurements. It has a temperature measurement range of -20°C to +120°C.

The design of the Teledyne FLIR One Edge Wireless Thermal Camera ensures you can always retain a natural grip on the camera. In addition to its ergonomic design, the Teledyne FLIR One Edge Wireless Thermal Camera is compatible with an array of FLIR storage, analysis, and reporting products, making it easy to conduct efficient inspections at scale.

One such compatible product is Teledyne FLIR’s Ignite Cloud Service. You can upload videos and images captured using the Teledyne FLIR One Edge Wireless Thermal Camera to the FLIR Ignite Cloud for storage, editing, and/or sharing. The Teledyne FLIR One Edge Wireless Thermal Camera is also compatible with the FLIR One App and FLIR Thermal Studio Software.

The many features and capabilities of the Teledyne FLIR One Edge Wireless Thermal Camera make it ideal for:

• Identifying and locating moisture intrusion
• Finding insulation deficiencies
• HVAC/R inspections
• Pinpointing faults in electrical or mechanical components

The Teledyne FLIR One Edge Wireless Thermal Camera is an easy-to-use, ergonomic thermal imaging module that transforms your smartphone into an efficient infrared inspection instrument.