设计简介
摘 要
汽车防抱死制动控制系统(简称ABS)是改善汽车主动安全性的重要装置，在汽车日益高速化的今天，它的应用日益广泛。ABS控制方法是ABS的核心技术，掌握控制方法的设计和匹配，对于自主开发ABS和进一步开展汽车主动安全性理论和技术研究有着重要的现实意义。本次毕业设计主要讲述了别克赛欧汽车防抱死制动控制系统(简称ABS)的发展现状、结构以及工作原理,并重点讲述了别克赛欧轿车ABS系统的检修。关键词：防抱死制动系统；ABS；别克赛欧；故障检修
Abstract
Anti-lock Braking System (ABS) is an important device to improve the active safety of vehicle. Today with the improvement of the vehicle speed, ABS is applied widely and widely. The ABS control solution is the core of the ABS technology. It is important to master the design and the control parameter calibration method of the control solution in the aspect of developing our own ABS and doing further research in the theory and technology of the vehicle active safety. The graduation design mainly described the buick SaiOu car antilock brake braking control system (hereinafter referred to as ABS) development present situation, the structure and working principle, and focuses on the buick SaiOu cars of ABS system maintenance.Key Words：Anti-lock Braking System ；ABS；Buick Sail；Repair
目 录
Abstract II
第一章 引言 1
1.1 ABS的发展现状 1
1.2 别克赛欧ABS的发展 2
第二章 ABS的结构与工作原理 2
2.1 ABS简介 3
2.2 别克赛欧ABS系统组成 3
2.2.1 赛欧ABS结构 4
2.2.2 赛欧ABS控制电路 4
2.2.3 ABS系统元件位置 5
2.3 ABS的工作原理 5
2.4 ABS系统与一般刹车系统的作用比较 6
第三章 别克赛欧ABS系统检修 8
3.1 ABS诊断系统检修 8
3.2 ABS指示灯亮但无故障代码的检修 9
3.3电磁阀继电器触点或线圈线路断路的检修 9
3.4 ABS系统供应电压低的诊断 10
4.5 ABS系统供电电压高的检修 11
3.6制动液低的检修 12
3.7 LF轮速传感器输入信号为0的检修 13
3.8 RF轮速传感器输入信号为0的检修 14
3.9 LR轮速传感器输入信号为0的诊断 15
3.10 RR轮速传感器输入信号为0的检修 17
参考文献 19
致谢 20
