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Hydraulic and Electronic Demands for the Propel Drive System of Telescopic Handlers

机译:伸缩式处理器推进系统的液压和电子需求

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Telescopic-handlers are very common in today's agricultural environment. Their flexibility makes them very useful for many different tasks: loading large bales, towing trailers or handling forage are only a few examples. Due to these diverse tasks, there are high demands on the propel drive system. The combination of both hydraulics and electronics can fulfill the operator's requirements in a very economical and efficient way. Continuously variable driving speeds over the complete vehicle operating range while always having the full tractive-effort available is just one of the features. Many additional features such as vehicle speed dependent boom-dampening, overspeed protection in downhill-mode, and fan drive control including rotation reversal, could be included in the control system. The possibility to adjust the drive curve parameters in relation to the power behavior of the combustion engine is one of the essential advantages. Achieving the drive performance in regard to the expectations of the operator results in an "easy to drive" feeling.
机译:在当今的农业环境中,伸缩处理程序非常常见。它们的灵活性使它们对许多不同的任务非常有用:加载大包,牵引拖车或处理饲料只是几个例子。由于这些多样化的任务,在推进式驱动系统上有很高的要求。液压和电子产品的组合可以以非常经济和高效的方式满足操作员的要求。在完整的车辆工作范围内连续可变的驱动速度,同时始终具有全面的牵引力,只是其中一个功能。控制系统中包括许多附加功能,如车辆速度依赖性动臂阻尼,在下坡模式下,包括旋转反转的风扇驱动控制。调整与内燃机的电源行为相关的驱动曲线参数的可能性是必不可少的优点之一。在经营者的期望方面实现了驱动性能,导致“易于驱动”的感觉。

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