Optional software, Only), 10 user licenses – Atec Flir-T440-wifi User Manual
Page 43
Optional Software
P/N: 62101-0301
T127598L10; FLIR ResearchIR 3 Max (license
© 2013, FLIR Systems, Inc.
only), 10 user licenses
All rights reserved worldwide.
General description
Note: This release is not intended for the US region.
FLIR ResearchIR is aimed at R&D and science professionals who use thermal imaging cameras with a cooled or
uncooled detector. FLIR ResearchIR makes the most of a thermal imaging camera, and allows high-speed recording
and advanced thermal pattern analysis. FLIR ResearchIR is the perfect tool for industrial R&D.
FLIR ResearchIR Max contains all the features of FLIR ResearchIR, plus features for advanced thermal analysis.
Key features:
•
Pre/post-recording.
•
Mathematical processing toolbox.
•
Image filtering toolbox.
•
Multiple camera support for parallel recording.
•
Radiometric digital detail enhancement (DDE) improves dramatically the understanding of the thermal image, while
maintaining radiometric measurement accuracy.
•
View, record and store images at high speed.
•
Post-processing of fast thermal events.
•
Generate time–temperature plots from live images or recorded sequences.
•
Advanced start/stop recording conditions.
•
Unlimited number of analysis functions (spot, line, area).
•
File organizer with quick collection and preview of sequences.
•
Zoom and pan allows a closer look.
•
Multiple user-configurable tabs for live images, recorded images or plots.
•
Export images and results to bitmap, video, Excel, matlab or CSV formats
•
Local scale gain control on measurement – automatically adjusts the contrast in a specific part of the image.
•
MSX (Multi-Spectral Enhancement) – embosses digital image detail onto the thermal image.
•
Sketch on IR support.
FLIR ResearchIR in combination with a FLIR thermal imaging camera is the perfect solution for any R&D or scientific
application. It will allow researchers in all fields to make the smallest of temperature differences visible and to thoroughly
analyze the thermal process in real-time.
Typical applications:
•
The transient behavior of a power supply or one of its components during power up when altering the load or any
other parameter.
•
Evaluating the transient behavior of a car brake when braking and when altering the material in the brakes.
Download
Download your copy of FLIR ResearchIR MAX here:
http://support.flir.com/researchirmax
Release notes
Version
FLIR ResearchIR Max 3.2
Page 43 (of 47)
http://www.flir.com
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