Performance detection and tin immersion integrated machine of motor stator

Abstract

The invention discloses a performance detection and tin immersion integrated machine of a motor stator. The performance detection and tin immersion integrated machine comprises a working platform, wherein a rotation disc mechanism and a detection clamping head, a scaling powder groove and a tin furnace are arranged on the working platform, the detection clamping head, the scaling powder groove andthe tin furnace are arranged at intervals around the rotation disc mechanism along a circumferential direction, the rotation disc mechanism comprises a lifting disc and a rotation disc, a plurality of guide posts are arranged between the lifting disc and the rotation disc, a hollow rotation shaft is arranged in the center of a rotation disc and faces downwards, a transmission wheel is connected with a part, below the working platform, of the hollow rotation shaft, the transmission wheel is connected with a driving wheel via a belt or a chain, the driving wheel is driven by a driving motor, aconnection shaft is arranged in the center of the lifting disc and faces downwards, the connection shaft downwards penetrates through the hollow rotation shaft and is connected with an air cylinder rod of a lifting air cylinder, and a positioning post is arranged at one side above the lifting disc and is used for positioning the motor stator. By the design, the performance detection of the motor stator and the tin immersion operation of a three-phase winding connector can be automatically and continuously achieved, the labor cost can be effectively reduced, and the processing efficiency can beimproved in a multiplied way.

Description

technical field [0001] The invention relates to processing equipment for electric vehicle motors, in particular to a motor stator performance detection and tin immersion integrated machine. Background technique [0002] In the production process of electric vehicle motor stator, multiple processing procedures are involved. For example, in order to ensure the good quality and performance of the stator, it is necessary to test the resistance, withstand voltage and phase-to-phase voltage of the three-phase winding of the stator. After the test is completed , In order to ensure the convenience of the later connection of the three-phase wire-wound joints, flux addition and tin immersion treatment are required. Although the above three processes are independent, due to the cohesion of the processes, they will be carried out sequentially during processing. At present, the above three processes are operated separately and independently, that is, the inspection is carried out by the ...

AI Technical Summary

Problems solved by technology

At present, the above three processes are operated separately and independently, that is, the inspection is carried out by the inspection personnel on special processing equipment, and then the special personnel add flux to the three-phase winding joints, and then the workers carry out the three-phase inspection. Tin dipping operation for winding joints not only has a long process flow, but the most important thing is low processing efficiency and high labor costs, which seriously affect the economic benefits of the enterprise

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