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Methodology of Automatic Slack Brake Adjuster Definition Considering Foundation Brake System Characteristics

机译:考虑基础制动系统特性,自动松弛制动调节调节器定义方法

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S-cam brakes concept are largely used by commercial vehicles around the world due to its low cost, easy maintenance and robustness. An important component of s-cam brakes is the slack adjuster, that is responsible for amplify brake chamber forces and assure correct lining and drum clearance. Therefore usually slack adjuster mechanism characteristics are defined only by empiric method considering trial and error tentative. This paper aims to demonstrate a methodology created to develop new air s-cam brakes slack adjuster definition taken in consideration its interface with other brake components. During this study was identified design specification for each component and its influence on adjustment process. It was verified the intrinsic characteristics of slack adjuster mechanism and developed a calculation tool to predict its actuation on the brake. The interface of slack adjuster with other foundation brake components and drum compliance were also studied. In order to validate the methodology some vehicle tests were performed and the results are described and analyzed.
机译:由于其成本低,维护和稳健性,S-CAM制动概念主要被世界各地的商用车用于全球。 S-CAM制动器的重要组成部分是松弛调节器,其负责放大制动室力并确保正确的衬里和鼓清除。因此,通常仅通过考虑试验和错误暂定的经验方法来定义松弛调节机构特性。本文旨在展示为开发新的空气S-CAM制动器Slack调节器定义而创建的方法,以其与其他制动部件的界面进行。在本研究期间,是针对每个组分的设计规范及其对调整过程的影响。验证了松弛调节机构的内在特征,并开发了一种计算工具,以预测其对制动器的致动。还研究了与其他基础制动部件和鼓合规性的松弛调节器的界面。为了验证方法,进行一些车辆测试,并描述并分析结果。

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