DETECTION SYSTEM FOR SUSPENSION SYSTEM OF MAGLEV TRAIN

A detection system for a suspension system of a maglev train, comprising a detection component (20) and a controller (10), wherein the detection component (20) comprises a driving unit (21) and first and second test coil units (22, 23); the number, position and size of a gap coil of a first test coil set (221) of the first test coil unit (22) corresponds to that of a suspension sensor (01) to be detected; and the number, position and size of a speed coil of a second test coil set (231) of the second test coil unit (23) corresponds to that of the suspension sensor (01). The controller (10) is communicatively connected to the driving unit (21) and a suspension controller (02). The driving unit (21) is used to send a drive signal to the first test coil unit (22) and/or the second test coil unit (23) according to a control instruction of the controller (10), and the controller (10) is used to acquire parameter information fed back by the suspension controller (02). The detection system is capable of performing debugging, detection, fault simulation and troubleshooting of the suspension system of a current vehicle, thus avoiding a test bench specially constructed for detection, greatly reducing detection costs, and increasing detection efficiency.