Title :
Conrail´s integrated automated wayside inspection
Author :
Steets, Paul G. ; Tse, Yan H.
Author_Institution :
Consolidated Rail Corp., Philadelphia, PA, USA
Abstract :
Wayside detector devices, over the years, have proven to be valuable assets to a railroad in enhancing safety and improving efficiencies. Currently, devices such as hot box detectors, dragging equipment detectors, high car detectors, wheel impact detectors have routinely prevented accidents or damages from occurring. With the advent of electronics in terms of its sophistication, capability, cost and miniaturization, a lot of interest arose to wayside devices to further improve efficiencies and reduce manual inspection requirements of freight car components. The integration of these devices between each other and their integration into the railroad maintenance system increase the potential for efficiency gains. At this juncture, Conrail has re-examined the usage of electronics and has advanced the use of technology in fault detection of freight car components. This paper gives an account of freight car failure detection devices which are currently available in service and which are being developed in 1998. Conrail´s integration of some of the devices and the automation of reporting the faults and rerouting of defective cars is also presented
Keywords :
electric sensing devices; fault location; inspection; railways; Conrail; accident prevention; defective cars rerouting; dragging equipment detectors; efficiency gains; efficiency improvement; electronics; fault detection; freight car components; freight car failure detection; high car detectors; hot box detectors; integrated automated wayside inspection; railroad maintenance system; safety enhancement; wheel impact detectors; Costs; Detectors; Inspection; Rails; Railway accidents; Railway engineering; Railway safety; Road accidents; Safety devices; Wheels;
Conference_Titel :
Railroad Conference, 1998. Proceedings of the 1998 ASME/IEEE Joint
Conference_Location :
Philadelphia, PA
Print_ISBN :
0-7803-4852-4
DOI :
10.1109/RRCON.1998.668093