Advancements in remotely controlled underwater vehicles

A. Billet
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Abstract

Technological improvements during the past six years have increased several times the operational capabilities of Remotely Operated Vehicles in underwater work. These vehicles are used for inspection, debris removal, object retrieval, and structural cleaning. With this expanded use has come similar dramatic new technology for the vehicle systems. This extends the vehicle operational capabilities and gets more power into a very small package. This entire 400 Hz powered hydraulic propulsion system weight (including all items such as thrusters, motor, pump, valves, etc.) is equal to just the electric motor/pump package of existing 60 Hz powered systems. To obtain higher vehicle performance in a smaller packager, higher power voltages and frequencies are used. A high speed electric motor driving a miniature variable delivery hydraulic pump for the propulsion system produces 10 HP in a 16.6-lb. package. Similar size and weight reductions are made in the thruster motor/servo valve packages. The smaller size of these vehicles may preclude the necessity of a dedicated support vessel.
遥控水下航行器的进展
在过去的六年里,技术的进步使遥控潜水器的水下作业能力提高了几倍。这些车辆用于检查、清除碎片、物体检索和结构清洁。随着使用范围的扩大,车辆系统也出现了类似的新技术。这扩展了车辆的操作能力,并在一个非常小的包中获得更多的动力。整个400hz动力液压推进系统的重量(包括所有项目,如推进器,电机,泵,阀门等)等于现有60hz动力系统的电动机/泵包。为了在更小的封装器中获得更高的车辆性能,需要使用更高的电源电压和频率。高速电动机驱动微型可变输送液压泵用于推进系统,以16.6磅的重量产生10马力。包中。在推力器电机/伺服阀封装中也进行了类似的尺寸和重量减轻。这些车辆的较小尺寸可能排除了专用支援船的必要性。
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