Design & Development of Electro Hydraulic Control Valve for Integration of Hoist and Steering System of a Dump Truck (35t)

Sathyarayana H. D., Kamasani Bujji Babu, Renukaraj Y. M., Ankit Shrivastava, Mahadevan B.
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Abstract

The intent of this paper is to propose a system to control the steering operation and hoist operation of the Dump truck through combination of electro hydraulic valves and priority valve housed in Integrated manifold block. Electro hydraulic control valve(EHCV), and Electronic controller unit (ECU) for steering and hoist operation of the dump truck. The orbitrol valve consists of load sensing line, when the Orbitrol valve sense an effort on the steering wheel by the operator, the load sensing line will give a feedback signal to the electro hydraulic valve, which will divert the pressurized hydraulic oil to the steering system for steering operation, else the hydraulic oil is available for hoist operation. The hoist operation is control through Electronic Controller Unit (ECU). If there is no signal from the controller for hoist operation the hydraulic oil will flow back to tank. The Electronic controller will energize the combination of solenoid operated valves, depending upon the input received from operator through the momentary switch (Raise Switch, Lower/Float Switch, Hold Switch) mounted inside the cabin, which will allow the flow of pressurized hydraulic oil to the hoist cylinder for body raise and lower operation through electro hydraulic control valve. The electronic controller memorizes the signal from momentary switch and energizes the solenoids as per the logic till the next input signal receive by controller.
35t自卸车提升转向一体化电液控制阀的设计与开发
本文的目的是提出一种通过集成集成块内的电液阀和优先阀组合控制自卸车转向动作和提升动作的系统。电动液压控制阀(EHCV)和电子控制器单元(ECU)用于转向和自卸卡车的提升操作。轨道阀由负载敏感线组成,当轨道阀感知到操作人员在方向盘上的动作时,负载敏感线向电液阀反馈信号,电液阀将加压后的液压油分流到转向系统进行转向操作,否则液压油可用于提升机操作。提升机的运行由电子控制单元(ECU)控制。如果没有来自控制器的提升机操作信号,液压油将回流到油箱。电子控制器将根据安装在舱内的瞬间开关(提升开关、降低/浮动开关、保持开关)接收到的操作员输入,激活电磁阀组合,使增压液压油通过电液控制阀流向提升缸,进行机体升降操作。电子控制器记忆瞬时开关的信号,并按逻辑给螺线管通电,直到控制器接收到下一个输入信号。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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