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Improving Equipment Efficiency and Reducing Maintenance Cost with Advanced Hydraulics

机译:先进的液压技术提高设备效率并降低维护成本

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摘要

The common source of power within cable operated dredging systems is the engine. The power supplied to hydraulic systems is generated by the powertrain. The powertrain is most often found within the excavator, but can also be affixed to the bucket in an electro-hydraulic system. The new Hybrid, designed by Cable Arm~® & NRG Dynamix~®, utilizes the electro-hydraulic system to generate power near the bucket's point of closing impact while further introducing accumulators to store the appropriate power required to activate pistons. This simple, yet highly effective change can generate closing pressures of up to 500,000 pounds. Optional vibrating technology can also be included to facilitate greater bucket penetration into hard/dense materials. The hybrid's hydraulic design, when combined with additional vibrating technology, can cut through trees, pilings, and underwater obstructions to reduce sediment loss during ascent by providing a tightly sealed bucket. By providing complete bucket closure, full loads of environmental waste, without leakage and further dispersion, can be obtained.
机译:电缆挖泥系统中的常见动力来源是发动机。提供给液压系统的动力是由动力总成产生的。动力总成最常见于挖掘机内,但也可以固定在电动液压系统的铲斗上。由Cable Arm〜®和NRG Dynamix〜®设计的新型混合动力车,利用电动液压系统在铲斗的闭合冲击点附近产生动力,同时进一步引入蓄能器来存储激活活塞所需的适当动力。这种简单而高效的变更可以产生高达500,000磅的关闭压力。还可以包括可选的振动技术,以促进铲斗更大程度地渗透到坚硬/致密的材料中。该混合动力车的液压设计与其他振动技术相结合,可以砍伐树木,桩子和水下障碍物,从而通过提供紧密密封的铲斗来减少上升过程中的泥沙流失。通过提供完全的铲斗封闭,可以获得满负荷的环境废物,而不会泄漏和进一步分散。

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    《World Dredging》 |2015年第10期|20-21|共2页
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