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DEVELOPMENT OF ENVIRONMENT SIMULATOR GVU-600 FOR ISS-RESHETNEV

机译:ISS-RESHETNEV环境模拟器GVU-600的开发

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A large-sized space environment simulator has been developed by Beijing Institute of Spacecraft Environment Engineering (BISEE) for JSC Academician M.F. Reshetnev Information Satellite Systems Company (ISS-Reshetnev) in Russia. It is mainly used to conduct thermal vacuum test on Russian new generation navigation satellites. This facility was cylindrical, with an inner dimension of 8m in diameter and 13.5m in length, and an effective volume of 600m3. An ultimate pressure of 1.4×10~(-5)Pa was achieved at the empty chamber, and the shroud temperature was 100K. The chamber was located in Zheleznogorsk City, Russia. Taking account of design of old workshop and on-site's limitation, vacuum vessel and shroud was designed as spherical head in order to reduce the total length and volume. The door was opened along axial direction. The design of vacuum system was based on cleanness and reliability. Measurement and Control system developed a Linux-based operating system a one-button automatic control mode, which realized functions of equipment automatic control, data storage, display and management. This development of this facility was completed in July, 2011. Its performance met user's requirements. This paper introduces the facility's technical data, system, composition, and functions.
机译:北京航天器环境工程研究所(BISEE)为JSC院士M.F.开发了大型空间环境模拟器。俄罗斯的Reshetnev信息卫星系统公司(ISS-Reshetnev)。它主要用于对俄罗斯新一代导航卫星进行热真空测试。该设施是圆柱形的,内部直径为8m,长度为13.5m,有效容积为600m3。空腔室的极限压力为1.4×10〜(-5)Pa,护罩温度为100K。该会议厅位于俄罗斯的热列兹诺戈尔斯克市。考虑到老厂房的设计和现场的局限性,真空容器和护罩被设计成球形头,以减小总长度和体积。门沿轴向打开。真空系统的设计基于清洁度和可靠性。测控系统开发了基于Linux的一键式自动控制模式,实现了设备自动控制,数据存储,显示和管理的功能。该设施的开发已于2011年7月完成。其性能满足了用户的要求。本文介绍了该设施的技术数据,系统,组成和功能。

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