
Products
-
FLIR E30 Thermal Imaging Camera
£2,221.00 -
FLIR E40 Thermal Imaging Camera
£3,556.00 -
FLIR E50 Thermal Imaging Camera
£4,891.00 -
FLIR E60 Thermal Imaging Camera
£6,226.00
FLIR E Series Thermal Imaging Cameras
The FLIR E Series of thermal imaging cameras is designed to offer high quality, professional infrared camera choices for a variety of applications. A FLIR E Series infrared camera is ideal for a number of tasks, such as locating energy waste, overheated equipment or overloaded electrical circuits. The FLIR E Series thermal cameras have been designed for industrial, mechanical and electrical purposes such as predictive and preventative maintenance.
An advanced collection of infrared cameras, the FLIR E Series offers touchscreen thermography: a 3.5" touchscreen allows you to focus, zoom and select a range of thermal imaging options with minimal effort, whilst ensuring the images that you take are clear and accurate.
The large touchscreen that features on the FLIR E30, FLIR E40, FLIR E50 and FLIR E60 cameras (the entire FLIR E Series) ensures that you get a better view of what you are scanning with the thermal camera. This means more efficient thermography work can be carried out, as you will always get the right picture every time.
Real-time imaging is also on offer in the FLIR E Series, with 60hz imaging providing a fluid image which is be directly representative of the subject, for instance, moving components, which is important when inspecting process equipment without requiring shutdown.
A 3 megapixel camera is also incorporated into the FLIR E Series thermal imaging cameras with up to 320 x 240 pixel resolution. Images can be transferred to a PC via USB and this good resolution allows clear viewing on a monitor.
FLIR E Series thermal imaging cameras also offer many helpful measurement functions such as spotmeter, box with maximum/minimum temperatures and isotherm above/below (features vary between models). These features, and more, allow the infrared cameras within the FLIR E Series to deliver exceptional insight into levels of temperature and heat transfer.
