FIELD: space optical tool-making industry, possible use for assembling, adjusting and checking quality of characteristics of large-dimensional optical-mechanical devices, working in space.
SUBSTANCE: assembly of optical-mechanical system for utilization in space with non-rigid constructions under conditions of earth gravity force includes assembly of optical and mechanical parts and control of system under earth surface conditions before and after imitation of its space launch. Connected parts of system are independently balanced between each other. Also, optical parameters of system in suspended conditions are additionally controlled during rotation for 180° angle around optical axis.
EFFECT: increased precision of maintenance of optical and mechanical parameters of system under imponderability conditions.
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