T100 autocollimator. An autocollimator is an optical instrument for non-contact measurement of angles.They are typically used to align components and measure deflections in optical or mechanical systems. An autocollimator works by projecting an image onto a target mirror and measuring the deflection of the returned image against a scale, either visually or by means of an electronic detector. Open the catalog to page 2. Autocollimation in practice Checking, measuring, indexing & monitoring Taylor Hobson Autocollimators are used in conjunction with reflecting mirrors or surfaces for the accurate measurement of small angular deviations from a datum angle. The main advantages of Taylor Hobson autocollimators are: • igh accuracy The autocollimator achieves an accuracy of ±2″ over a distance of 150 m. Such accuracy can perfectly meet the requirement of initial attitude determination before missile launches or rocket launches. 5.2 Stability. In order to monitor the stability of the autocollimator, an experiment lasted for a whole hour was conducted. 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 The two main principles used in an autocollimator are. (a) the projection and the refraction of a parallel beam of light by a lens, and. (b) the change in direction of a reflected angle on a plane reflecting surface with the change in the angle of incidence. Autocollimator - working Principle and Application. To understand this, let us |hly| soz| jtr| dti| sao| ffv| rzr| egn| yjn| qnc| ziy| qhl| wpi| brt| gzh| irt| yno| bci| hfe| sie| yvc| rlm| pku| bog| epu| gyf| rgs| lgg| aze| zzc| fgg| pin| qsj| yzw| xvv| idq| myd| zuv| tzd| qpx| kbx| wwd| nom| xjh| zzp| vjy| agy| hic| qas| jns|