DEVELOPMENT MAINTAINING MEANS INCREASING THE ACCURACY OF THE ANGULAR VELOCITY
Background. At the moment of inertia to the devices used in military products, rocket and aircraft, increased demands on their metrological characteristics, which in turn implies an improvement of accuracy characteristics of the equipment, which is used to set, inspection, calibration during the manufacturing process of these devices. Existing mechanical device for setting an angular velocity formed based variators a readout on the limbs, no longer meet the requirements of production due to manufacturing complexity and insufficient accuracy. In this regard, the development of devices maintain the increased accuracy of the angular velocity is relevant to the solution of the problem. Materials and methods. At work were used: controlled drive MUKD110, LIR350A encoder, Hall sensor. Results. In the course of research, taking into account the requirements of production, developed two devices: a table and small rotating turret increased accuracy. Conclusions. The developed devices maintain the angular velocity allowed to withdraw tests made with an angular velocity sensor, a new qualitative level corresponding to modern requirements.