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IN0340 Telescope Mount Control System Analysis and Design

机译:IN0340望远镜安装控制系统分析和设计

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The IN0340 stands for Iranian National Observatory, which is an Alt-Az reflecting optical telescope with 3.4m main mirror diameter. At the moment, the conceptual design of telescope control system (TCS) has been finished and the detailed design is developing. Distributed control system configuration has been selected for the architecture of TCS design. TCS is responsible for the control of the telescope structure with its mirrors including 3 major subsystems: TCSS, MCS and AOS. All subsystems of TCS are designed with an adequate safety subsystem. This paper presents the TCS architecture of INOCS, and then it focuses on the requirements and the major functionalities of MCS. We provide different analysis of MCS using related parameters such as wind effect, encoder resolution and etc. Based on the simulation results the optimum sets of parameters and functions of different modules are concluded. The Alt balancing and mirror cover sub-systems are also briefly presented. Finally, we present the evaluation results of MCS design based on the pre-defined telescope requirements.
机译:IN0340代表伊朗国家天文台,这是一个反射光学望远镜的Alt-Az,主镜直径为3.4米。目前,望远镜控制系统(TCS)的概念设计已经完成,详细设计正在开发。已经为TCS设计的体系结构选择了分布式控制系统配置。 TCS负责控制望远镜结构,其镜子包括3个主要子系统:TCS,MCS和AOS。所有TCS的所有子系统都是具有足够的安全子系统的设计。本文介绍了INOC的TCS架构,然后侧重于MCS的要求和主要功能。我们使用有关参数,如风效,编码器分辨率等等相关参数提供不同的分析。基于仿真结果,得出了不同模块的最佳参数和功能集。还简要介绍了ALT平衡和镜像覆盖子系统。最后,我们根据预定义望远镜要求介绍MCS设计的评估结果。

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