Infrared Camera with Wi-Fi and MSX Technologies, 80 x 60, 9 Hz
E4WIFI
E4-WIFI
The Teledyne FLIR E4WIFI Infrared Camera with Wi-Fi is suited for electrical, mechanical building, and HVAC/R applications. This unit allows the user to find hidden problems, take accurate temperature readings, and confirm repairs easily. The Wi-Fi connectivity, one-button image capture, and ability to use this tool with only one hand makes this an optimal camera.
IR Resolution: 80 x 60 px
Image Frequency: 9 Hz
Thermal Sensitivity/NETD: 0.27°F/<150 mK
This product is available for shipping to the US, Canada, and Puerto Rico only.
The Teledyne FLIR E4WIFI Infrared Camera with Wi-Fi and MSX Technologies, 80 x 60, 9 Hz is a powerful and extremely cost-effective, easy-to-use troubleshooting tool for building, electrical, and mechanical applications. The E4 includes MSX technology, providing extraordinary thermal imaging detail. By providing thermal images to help you find hidden problems along with accurate temperature measurements, this camera is the ideal, budget-friendly replacement for your old-school IR thermometers.
Building Applications
The Teledyne FLIR E4 WIFI can detect even subtle indications of building deficiencies and moisture intrusion, and offers on-screen area measurement, so that you can easily quantify and document air leaks, moisture, and other building problems.
Electrical and Mechanical Applications
The Teledyne FLIR E4 WIFI offers the superior resolution and range performance needed to quickly identify hot spots and discover potential points of failure in electrical distribution and mechanical systems. With a higher resolution and a larger, more vibrant LCD screen, the E4 WIFI makes it easier than ever to diagnose problems, even at a distance. Avoid costly shutdowns and lost production time through regular predictive maintenance routines with this rugged, intuitive camera.
MSX Technology
Multi-Spectral Dynamic Imaging (MSX) Technology adds visible spectrum definition to IR images by detecting the edges of objects. Text becomes clearly visible so that you 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.
