Design and Implementation of a Life Test System for the Train Driver Controller

Open Access

Abstract: The train driver controller is a main electric appliance for the train speed controlling and
braking. Its reliability relates directly with the driving safety. The existing life-span test system of the
train driver controller can only detect the mechanical life-span. A new life-span test system is
developed which can detect not only the mechanical life-span, but also the life-span of the electrical components such as the internal cam contacts, potentiometers and so on. The new system is based on Labview. The modular design is applied and the system reliability is improved. Taking advantage ofLabview, it realizes more precious timing. The master-slave mode is applied to the network architecture of the system so as to test on multiple train driver controllers at the same time. Therefore the testing cost is reduced. The experiments show that the new life-span test system is an efficient workable platform which improves the productivity, reliability and maintainability of the train driver controller.
Keywords: Train driver controller; Life-span test system; Modular design; Time division multipiexing

Huailin Zhao, Bizhen Yuan, Yunxiang Liu and Jihong Zhu

The Author field can not be Empty

School of Electrical and Electronic Engineering, Shanghai Institute of Technology, Shanghai, China & School of Computer Science and Information Engineering, Shanghai Institute of Technology, Shanghai, China & Department of Computer Science and Technology, Tsinghua University, Beijing, China

The Institution field can't be Empty

Volume 2 Issue 2

Volume and Issue can't be empty

119 - 124

The Page Numbers field can't be Empty


Publication Date field can't be Empty