FLIR E5 Thermal Imaging Infrared Camera

10,800 pixel resolution (120 x 90), -4 to 482°F, sensitivity <0.10°C, Multi-Spectral Dynamic Imaging (MSX) & WiFi.

FLIR E5 Thermal Imaging Infrared Camera
Image from FLIR E5 Thermal Imaging Infrared Camera
FLIR E Series Thermal Imager Resolution Comparison

Retired products cannot be ordered

The FLIR E5-XT Infrared Camera is the recommended replacement

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Manufactured

By Teledyne FLIR

Includes

FREE Ground Shipping
FREE Lifetime Tech Support

Product Manual Product Specs

Features

9Hz frame rate
320 x 240 MSX resolution
-4 to 482°F temperature range
2% accuracy
<0.10°C thermal sensitivity
Centerspot, area box, auto hot/cold detection modes
Fully automatic and focus free
45° x 34° field of view
3in color LCD display
Radiometric jpg file format
Swappable Li-ion Battery with 4 hour life
Simultaneous storage of IR/Visual/MSX images

Interested in a FREE demo? Call 1-800-884-4967 or complete this form to submit your request.

What's in the Box

Power supply/charger with four plugs
Rechargeable battery
USB cable
Hard transport case

The FLIR E5 thermal imaging infrared camera combines point and shoot simplicity with advanced features to bring in a new era of affordable thermal imaging. The E5 is the perfect instrument for energy auditors, building inspectors, electrical contractors, predictive maintenance specialists, HVAC professionals, insulation contractors, and many more. It is protected by FLIR's exclusive Double Diamond warranty which covers the whole camera for 2 years, the battery for 5 years, and the detector for 10 full years.

The FLIR E5 thermal imaging infrared camera boasts Multi-Spectral Dynamic Imaging (MSX) for easier interpretation of an image. MSX adds visible spectrum definition to IR images by detecting the edges of objects and including that detail in the thermal image. Text becomes clearly visible so that users can read a label or identifier within the IR image. This exclusive function provides extraordinary thermal detail that instantly highlights and orients problem locations and eliminates the need to refer back to a visual image for detail.