The wire rope non-destructive testing system for Weite lifting equipment is based on the theory of magnetic field radiation. By monitoring the changes of the stray magnetic field vector detection array, it can automatically collect damage data such as broken wires, rust, wear, bending, and kinks of the wire rope in real time and at high speed. Combined with multi-data fusion technologies such as wavelet algorithm and neural network, it can finally identify the damage degree and location of the wire rope damage, and provide a detection report. It does not affect production while monitoring, and realizes the quantification and visualization of non-destructive testing of steel wire ropes. The system can be connected to a remote monitoring and management platform to grasp equipment information anytime, anywhere.