Open Access Article
International Journal of Mechanical Engineering. 2024; 3: (1) ; 11-14 ; DOI: 10.12208/j.ijme.20240004.
Optimization of PIN structure and assembly process research for hydraulic balance valve core—Taking KF02B2-40-P.00-NN assembly process improvement project as an example
液压平衡阀阀芯PIN结构优化及装配工艺研究——以KF02B2-40-P.00.NN装配工艺改进项目为例
作者：
刘新疆 *
上海伦联机电设备有限公司 上海
*通讯作者：
刘新疆,单位：上海伦联机电设备有限公司 上海；
发布时间: 2024-03-22 总浏览量: 73
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摘要
液压平衡阀是关键的液压系统组件，用于控制流体压力和流量以确保系统稳定性和性能。阀芯PIN作为液压平衡阀的核心部件之一，在控制方面起着关键作用。然而，现有阀芯PIN结构存在问题，如不稳定的流量特性和较大的压力损失，因此需要优化改进。本文旨在通过研究液压力学原理，对阀芯PIN结构进行优化，并改进装配工艺，提高液压平衡阀性能和可靠性。
关键词： 液压平衡阀；阀芯PIN；液压力学；结构优化；装配工艺
Abstract
Hydraulic balance valve is a critical component of hydraulic systems, used to control fluid pressure and flow to ensure system stability and performance. The valve spool PIN, as one of the core components of the hydraulic balance valve, plays a key role in control. However, there are existing problems with the structure of the valve spool PIN, such as unstable flow characteristics and large pressure loss, which require optimization and improvement. This paper aims to optimize the structure of the valve spool PIN by studying the principles of hydraulics, and improve the assembly process to enhance the performance and reliability of the hydraulic balance valve.
Key words： Hydraulic balance valve; Valve core PIN; Hydraulic mechanics; Structural optimization; Assembly process
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引用本文
刘新疆, 液压平衡阀阀芯PIN结构优化及装配工艺研究——以KF02B2-40-P.00.NN装配工艺改进项目为例[J]. 国际机械工程, 2024; 3: (1) : 11-14.