FLIR E5 Thermal Imaging Camera, -20 → +250 °C, 120 x 90pixel Detector Resolution

FLIR E5 Thermal Imaging Camera with WiFi

The FLIR E5 with WiFi is a compact, rugged and easy to use thermal image camera which offers a temperature range of -20°C to +250°C (-4 to +482°F) with an accuracy of ±2%. The FLIR E5 is a powerful thermal imaging tool for troubleshooting electrical, mechanical, and building problems. The E5 can help identify overheated circuits, hot and cold zones, condensation, moisture damage and much more. It features a focus-free lens and simple button navigation to on-screen settings makes this camera easy to operate. This thermal imager diagnoses issues safely, quickly and easily with no contact, featuring a 10,800 120 x 90-pixel infrared resolution. The built-in Wi-Fi can help streamline your workload, allowing you to upload and share images and data through the FLIR Tools mobile app, ideal for instant sharing and reporting.

Benefits and Features

• 3.0" display 320 x 240 colour LCD


• IR resolution 120 x 90 pixels


• Field of view (FOV) 45° 34°


• Image frequency 9 Hz


• On-board 640 x 480 Digital Camera


• High Accuracy Temperature Measurements ±2%


• File format: Radiometric jpg


• Battery operating time approx 4 hours


• Simultaneous storage of IR/Visual/MSX Images


• Variable emissivity and reflected temperature parameters for detection accuracy


• Ergonomic, lightweight pistol-shaped design


• Picture-in-Picture mode


• Rechargeable li-ion battery


• Strong solid protective case


• FLIR MSX Technology


• Wi-fi connectivity with any smartphone, laptop or tablet

Applications

• Electrical


• Mechanical


• Building Inspections

Frequently asked questions

Q: What is FLIR MSX Technology?
A; FLIR MSX Technology adds key details from the visible light camera to the entire infrared image that is in real-time so you capture both visible light features and a thermal picture that helps you identify where the problem heat pattern is.

O: What is a Thermogram?
A: A thermogram is a thermal image. An object that is above zero in temperature will emit infrared radiation which is not visible to the human eye, the thermal camera will detect this and convert it into an image