Motor performance detection device

Abstract

The invention discloses a motor performance detection device. The motor performance detection device comprises a cabinet and a rotating device, the cabinet comprises a cabinet body and a workbench; a feeding area, an impedance test area, a pressure-resistant test area, a main shaft positioning area, a torsion test area, a lifting force test area, a good product unloading area and a defective product unloading area are sequentially distributed on the workbench; the rotating device comprises a driving mechanism and a test disc; the test disc is driven to rotate by the driving mechanism; a plurality of jigs for placing a motor to be detected are arranged on the test disc; and each jig sequentially enters the impedance test area, the pressure-resistant test area, the main shaft positioning area, the torsion test area, the lifting force test area, the good product unloading area and the defective product unloading area from the feeding area along with the rotation of the test disc. The motor testing device can automatically perform impedance testing, pressure resistance testing, torsion performance testing, lifting force performance testing and unloading after the testing is finished in sequence, the time required for finishing various performance tests is short, the testing efficiency is high, and the working strength of testing personnel and the production cost of the motor are reduced.

Description

technical field [0001] The invention relates to the technical field of motor detection, in particular to a motor performance detection device. Background technique [0002] After the motor is assembled and before leaving the factory, the performance of the motor needs to be tested to ensure the normal use of the motor. The most important ones are the impedance test, pressure resistance test, torque performance test and lifting force performance test of the motor. [0003] At present, the above-mentioned performance tests of the motor are carried out manually, and the testers test each performance of the motor to be tested one by one, which not only makes the testing process cumbersome, the required test time is long, and the test time is long. The efficiency is low, unable to meet the production needs of large-scale motors, and the test is carried out manually. First, when large-scale motors need to be tested, the work intensity for the testers is high. Second, the waiting t...

AI Technical Summary

Problems solved by technology

[0003] At present, the above-mentioned performance tests of the motor are carried out manually, and the testers test each performance of the motor to be tested one by one, which not only makes the testing process cumbersome, the required test time is long, and the test time is long. The efficiency is low, unable to meet the production needs of large-scale motors, and the test is carried out manually. First, when large-scale motors need to be tested, the work intensity for the testers is high. Second, the waiting time for various motor performance tests Long, increasing the cost of motor production

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