卫星试验装置机动可调垂直平台的设计与研制

Elena Woo Lai Leng, Nor’asnilawati Salleh, H. Salim, S. F. Sabri, M. Ismail
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引用次数: 6

摘要

移动小车允许工程师在卫星本体的各个部分进行集成工作,从而防止对卫星的错误操作。不幸的是,马来西亚航天中心卫星组装、集成和测试设施现有的高度多用途卫星小车不是可调节型的,也没有平台可以在卫星周围安全工作。设备的现有条件和热真空室的限制要求定制多用途小车。因此,有必要设计和开发用于卫星装配、集成和测试(AIT)设施的机动可调垂直平台(MAVeP)。MAVeP预计将确保AIT操作的平稳,而不会危及航天器的安全。不仅如此,MAVeP还有望最大限度地降低操作风险,因为它将提供与卫星的直接访问。此外,该项目还将帮助研究人员获得从设计过程到开发和集成的机械地面支持设备(MGSE)设计的知识和技能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design and development of Motorized Adjustable Vertical Platform (MAVeP) for satellite test facility
A mobile trolley allows engineers to do integration work at various parts of the satellite body, thus preventing mishandling of the satellite. Unfortunately, the existing height multi-purpose satellite trolley in Satellite Assembly, Integration and test facility of Malaysia Space Centre is not an adjustable type and there is no platform to work safely around the satellite. Existing conditions in the facility and limitation on the Thermal Vacuum Chamber requires a multi-purpose trolley to be custom-made. Thus, there is a need to design and develop a Motorized Adjustable Vertical Platform (MAVeP) for Satellite Assembly, Integration and Test (AIT) Facility. The MAVeP is expected to ensure the smoothness of AIT operation without jeopardizing the safety of the spacecraft. Not only that, the MAVeP is also expected to minimize handling risks as it will provide direct access to the satellite. In addition, this project will also help the researcher to gain knowledge and increase skill in designing mechanical ground support equipment (MGSE) from the design process up to development and integration.
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