1. A method for installing an object in the design position by comparing its actual position with a predetermined theoretical position, according to which creates a measuring system comprising at least three optical frames with fixed coordinates, known in the arbitrary coordinate system, called base coordinate system (SBR); installed in the facility and rigidly associated with it fiducial optical reflectors (RPO) from the known theoretical coordinates, as well as opto-electronic angle gauge and distances and the electronic evaluator (EV), and the fixed coordinates of said optical frames and the theoretical coordinates of reference optical reflector (RSA) is administered to said electronic evaluator (EV), characterized in that the pre-prepared mounting pad for mounting the object, create 3D-model of said object by COMP yuternoy graphics and administered its theoretical coordinates in the ER, with the theoretical coordinates ROO placed in the facility are known precisely in the theoretical coordinate system (3DK), wherein the developed 3D-model of the object, whereupon the mounting pad randomly mounted stationarily referred optical reference points, and then an arbitrary point mounting pad mounted opto-electronic measuring angles and distances in the form of an electronic instrument (ET), measured in arbitrarily oriented coordinate system, with knitted with ET, actual coordinates of said optical permanently fixed frames and are administered in these coordinates calculator ER, which already contains the coordinates of the optical
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