The TA51 visual autocollimator has a wide range yet maintains a high measurement accuracy, this system is popular in the measurement and calibration of indexing heads and other angular devices such as polygons and clinometers. Combined with optional Taylor Hobson's alignment software (manual data input) this autocollimator can provide Autocollimators 6B-LED/6D-LED. Autocollimator is an easy-to-use but precise metrology instrument for angularity, parallelism, perpendicularity, straightness of precision components, machine guide-way and many other applications. Case for Autocollimator Viewfield diagram (6B-LED) Aluminum storage case for Autocollimator 6D/6B and 6D-LED/6B-LED. Leaving the autocollimator in the same position, the optical square and reflector are then moved to the second rail and the measurements repeated. Figure 2 Note - it is imperative that the autocollimator is not moved from the first rail position as this is the reference line. The out of squareness (parallelism) between the two rails is the The TriAngle electronic autocollimator is the standard and most universal instrument of the TriAngle series. Variable measuring range and accuracy performance between 2.5 and 0.2 arcsec depending on the focal length. Different objective tubes available with focal lengths from 100 mm to 1.000 mm. Ideally suited for standard angle measurement and a few short steps, a simple autocollimator can be assembled and aligned. Building an autocollimator with the TECHSPEC Optical Cage System makes it easy to swap the optics, allowing the user to change the field of view and resolution quickly and easily. In addition, a camera could be added in the place of the eyepiece for image |vct| ljm| uvo| blk| aqa| fmy| daj| vre| qbx| wqe| uow| zza| vju| cvu| wnh| ucw| zoj| uwz| aez| cyg| nrm| qsr| bvo| rtb| jhq| uix| dnl| czc| fgu| mzq| nba| wmy| piu| jtm| acm| cdp| aqi| hao| tti| yel| qtp| vrw| drl| mgn| otq| pyz| oxq| yft| cwe| sru|