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首页> 外文期刊>InMFG: The magazine for manufacturing and design innovation >Making Progress With Progressing Cavity Pumps: Technical Developments Improve Fluid Handling Performance and Expand Capabilities
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Making Progress With Progressing Cavity Pumps: Technical Developments Improve Fluid Handling Performance and Expand Capabilities

机译:腔泵不断进步:技术发展提高了流体处理性能并扩展了能力

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摘要

Technical innovations are constantly improving progressing cavity pump performance and expanding the range of fluid handling applications. In effectively satisfying fluid handling requirements, selection of the proper pump - one that will provide process efficiency, reduced downtime and extended equipment service life - can directly attribute to profitability. The versatile progressing cavity (PC) pump is a unique type of positive displacement pump, capable of handling an array of fluids from clean, water-like liquids and shear sensitive products to highly viscous, solids-laden fluids. The design of the PC pump differentiates it from other types of positive displacement pumps resulting in high-performance features that enable PC pumps to out-perform their counterparts. Versatile and cost-effective, PC pumps consistently perform well in applications where other positive displacement pumps have performance issues, require high-cost or time-consuming maintenance, or fail early in their expected performance life.
机译:技术创新不断改善进步型腔泵性能并扩大流体处理应用范围。为了有效地满足流体处理要求,选择合适的泵(可以提高处理效率,减少停机时间并延长设备使用寿命)可以直接归因于盈利能力。通用型螺杆泵是一种独特的容积泵,能够处理从清洁的类水液体和对剪切敏感的产品到高粘度,含固体的液体等一系列流体。 PC泵的设计使其与其他类型的正排量泵区别开来,从而带来了使PC泵性能优于其他泵的高性能功能。多功能且经济高效,PC泵在其他正排量泵存在性能问题,需要高成本或费时的维护或预期使用寿命过早失效的应用中始终表现良好。

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