Comparative analysis of emulsion pump stations of RMI and KAMAT
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摘要: 介绍了目前国内市场占有率较高的KAMAT泵站和RMI泵站的整体结构，从减速系统、液力系统、润滑系统、保护系统、控制系统等方面对其关键技术进行了全面的比较和分析，总结了各自的优缺点，并指出各自的改进方向：对于KAMAT泵站，应提升齿轮轴的加工工艺和质量，改进液力系统结构；对于RMI泵站，应加强减速系统曲轴强度，改进液力系统部分的高压密封模块设计和吸排液阀芯阀座的布置方式。Abstract: Overall structure of KAMAT pump station and RMI pump station which have high domestic market share were introduced. Key technologies in terms of deceleration system, hydraulic system, lubrication system, protection system and control system were comprehensively compared and analyzed. Their respective advantages and disadvantages were summarized, and their improvement directions were pointed out: for KAMAT pump station, processing technology and quality of gear shaft, as well as hydraulic system structure should be improved; for RMI pump station, crankshaft strength of deceleration system should be strengthened, and high-pressure seal module design of hydraulic system and arrangement of suction and discharge valve plug seat should be improved.
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Keywords:
- emulsion pump station /
- RMI /
- KAMAT /
- deceleration system /
- hydraulic system /
- lubrication system /
- protection system /
- control system
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期刊类型引用(4)
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百度学术
2. 王健. 井下储水采空区多应力监测预警分析. 煤矿机电. 2024(06): 38-42 . 百度学术
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其他类型引用(4)
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