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Problems of the Starting and Operating of Hydraulic Components and Systems in Low Ambient Temperature (Part V)

机译:低环境温度下液压元件和系统的起始和运行问题(第V部分)

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A large number of hydraulic devices and systems are started in low ambient temperatures. A good example of such a device is the hoisting winch on the ship. Starting hydraulic drive units in thermal shock conditions (rapid supply of hot oil to the cold unit) may lead to incorrect operation of the actuating system, for instance, due to the loss of clearance between cooperating elements. The article presents methods to prevent the disappearance of effective clearance in a hydraulic motor started in thermal shock conditions. For this reason, the structure of the hydraulic satellite motor was complemented by elements creating special channels through which hot oil could flow and additionally heat fixed parts of the motor. This solution ensures faster heating of motor housing, thus decreasing the temperature difference between the housing and the satellites during motor start-up in thermal shock conditions.
机译:在低环境温度下开始大量液压装置和系统。这种装置的一个很好的例子是船上的吊装绞车。在热冲击条件下启动液压驱动单元(快速热油供应到冷单元)可能导致致动系统的操作不正确,例如,由于协作元件之间的间隙损失。本文介绍了防止在热冲击条件下启动液压电机中有效间隙消失的方法。因此,液压卫星电动机的结构被产生的元件互补,产生特殊通道,热油可以流动和另外加热电动机的固定部分。该解决方案确保了快速加热电动机壳体,从而在热冲击条件下的电动机启动期间降低壳体和卫星之间的温差。

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