6320G3SB - 6000 Series - copper tube-fin, heat exchanger

Detector Type Proprietary CMOS; 350-1550 nm; Pixel Size 5.3 x 5.3, 5.86 x 5.86 µm; Position Resolution 1.5-2.5 µrad; Interface USB 3.0; Clear Aperture 36-100 mmDuma Optronics provides a complete series of optical and mechanical alignment solutions, including systems based on autocollimation and laser alignment. Alignment sensing provides simultaneous position and angle measurements for various applications. By combining autocollimation principles with laser alignment, this series of alignment solutions yields extreme accuracies in angular measurement and offers capabilities of inter-alignment between several lines of sight with resolutions in the microradian range. Laser Analyzing Electronic Autocollimator: A combination of electronic autocollimator, measuring minute optical reflections in the visible and NIR, with laser beam analysis providing beam direction and divergence as well. A proprietary version measures and compares reflections to angular directions of incoming beams. The laser analyzing electronic autocollimator is also available with an autofocus feature. Download datasheetAutocollimator HR: Extremely accurate large aperture autocollimator with a high resolution down to 0.01 sec. Download datasheetAlignMeter: A unique instrument for simultaneous measurements of attitude and position of incoming laser. AlignMeter allows simultaneous beam measurement of position (in µm) and angle (in µRad), where AngleMeter measures only incoming angles. Download datasheetLaser Analyzing Telescope: Beam characterization telescope for attitude measurements as well as degree of collimation, resolution down to 1 µrad. Download datasheetAngleMeter LA: Attitude measurements of incoming laser over extremely large angles. With its wide aperture, the AngleMeter LA measures angular laser deviations (in µRad) by monitoring the beam angle in two orthogonal directions, while Laser Analyzing Telescope will display beam divergence as well. Download datasheetKey Features: Complete Line of Laser Beam Alignment Solutions Combining Autocollimation Principles With Laser Alignment Extreme Accuracies in Angular Measurement Capabilities of Inter-alignment Between Several Lines of Sight Resolutions in the Microradian Range Full Beam Divergence and Attitude Characterization Available Unique Infrared IR Autocollimator up to 1550 nm Laser Analyzing Telescope Applications: Alignment of Laser Cavities; Straightness Measurement; Machine Alignment; Wide-bed Printers Alignment; Others