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首页> 外文期刊>Port Technology international >ROLLER SUPPORTED CABLE CARRIER SYSTEM: EFFICIENT CONTAINER CRANE OPERATION
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ROLLER SUPPORTED CABLE CARRIER SYSTEM: EFFICIENT CONTAINER CRANE OPERATION

机译:滚子支持的电缆支架系统:有效的集装箱起重机操作

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摘要

Ship-to-shore (STS) loading systems form a bridge between container ships and port facilities to allow easy loading and unloading of cargo hold. At the Manzanillo International Terminal (MIT) in Colon, Panama, several container cranes are in operation around the clock. This requires a particularly high level of robustness and availability for the systems and all components to prevent costly failures and downtimes. This was the case with their Shanghai Zhenhua Heavy Industry Co. (ZPMC) Crane #23 at this port facility - the old cable carrier was no longer able to meet the requirements. MIT was in the market for a new turnkey system that would take the performance of their cable track systems to the next level. MIT is one of the largest container logistics networks in the Americas. Their location at the entrance to the Panama Canal makes this a key logistics point for container traffic as ships pass between the Atlantic and Pacific Oceans. This terminal operates over 25 STS cranes that all need to operate reliably 24/7, seven days a week. With this type of reliability requirement, when it came time for MIT to replace their cable track system on Crane #23, they decided to conduct a broad search to insure they reviewed and implemented the latest in cable track technology to get the maximum life and reliability of their system.
机译:船到岸(STS)装载系统在集装箱船和港口设施之间架起了桥梁,以方便装卸货舱。在巴拿马科隆的曼萨尼约国际码头(MIT),全天候运行着几台集装箱起重机。这就要求系统和所有组件的鲁棒性和可用性特别高,以防止代价高昂的故障和停机时间。在此港口设施中的上海振华重工有限公司(ZPMC)23号起重机就是这种情况-旧的电缆支架不再能够满足要求。麻省理工学院在市场上寻求一种新的交钥匙系统,它将其电缆轨道系统的性能提升到一个新的水平。麻省理工学院是美洲最大的集装箱物流网络之一。它们在巴拿马运河入口处的位置使其成为集装箱在大西洋和太平洋之间通过时集装箱运输的重要后勤地点。该码头运营着超过25台STS起重机,这些起重机都需要每周7天,每天24/7可靠地运行。出于这种可靠性要求,麻省理工学院决定在23号起重机上更换其电缆轨道系统时,他们决定进行广泛的搜索,以确保他们审查并实施了最新的电缆轨道技术,以获取最大的使用寿命和可靠性。他们的系统。

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  • 来源
    《Port Technology international》 |2018年第79期|75-76|共2页
  • 作者

    David Smith;

  • 作者单位

    KabelSchlepp Division, U.S. Tsubaki, Wisconsin, USA;

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  • 原文格式 PDF
  • 正文语种 eng
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