CAJ | 학술논문

随着脱硫氧化风机的国产化，机组中的齿轮箱转子的优化设计是非常关键的，将为机组的安全运行提供保证。本文通过对齿轮箱、齿轮，轴承、转子临界转速等方面的研究，阐述了齿轮箱转子设计开发的过程，并给出了关键技术及解决途径，为今后开发设计更大流量，更高压比，更高转速的脱硫氧化风机奠定了基础。
수착탈류양화풍궤적국산화，궤조중적치륜상전자적우화설계시비상관건적，장위궤조적안전운행제공보증。본문통과대치륜상、치륜，축승、전자림계전속등방면적연구，천술료치륜상전자설계개발적과정，병급출료관건기술급해결도경，위금후개발설계경대류량，경고압비，경고전속적탈류양화풍궤전정료기출。
With the localization of the desulfurization oxidation fan, It is very important and necessary of rotor gear box’s optimal design of units. It will provide a guarantee for the safe operation of the unit. This paper studies the structure of the gearbox, gears, bearings, rotor speed and other critical aspects of the gear box’s rotor, which elaborated the design and development process of the gear box’s rotor. It laid a foundation for development of a greater pressure ratio and a higher the speed of high-speed single-stage blowers in the future.