MR Series FT-IR Spectroradiometers

The MR series spectroradioameters provide measurement of military target characterization, atmospheric composition, meteorological sounding and industrial emission monitoring. High resolution provides narrow spectral structure in the infrared radiation domain highly critical to military characterization needs. The reputation of the MR series spectroradiometer has been established for more than 15 years through successful radiometric measurement for the characterization of various targets, atmospheric sounding and fugitive gas detection.

All MR Series products feature adjustable spectral resolution up to 1 cm-1 at all frequencies from 667 to 5,000cm-1 (optional Near IR extension to 10,000cm-1). This corresponds to a resolution of 22.4 nm at 15 microns (667 cm-1) and 0.1 nm at 1 micron (10,000 cm-1).
This outstanding resolution is achieved over the full spectral range in less than two seconds of observation time.

Typical Applications:

• IR signature and emissivity characterization
• Atmospheric measurements
• Gas detection / identification

Features:

• High accuracy and sensitivity
• Portable and rugged
• Permanently aligned interferometer
• Fast scanning capability with real-time spectral processing
• Dual input and output ports
• Simultaneous acquisition from two detectors
• Highly accurate multi-point radiometric calibration function
• Wide choice of telescopes, boresighting devices and accessories
• Patented rotary scanning mechanism

MR170: Characterization of stable targets.
The MR170 feature slower scanning speed then the MR304 and the homogeneity of the field of view is not characterized. It is an Ideal solution to measure slow evolving targets and large targets filling the field of view or stationary target. It is a very precise and robust solution for land emissivity study, Atmospheric measurements, material characterization in the lab and many other applications related to near stable targets.

MR300: Characterization of moving targets.
The MR300 is ideal for measuring the spectral signature of rocket motors, planes, helicopters, ships, ground vehicles and all other moving targets. It is well-suited for flare characterization or other fast-evolving targets, such as explosions.

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