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Testbed of mixed loading servo drive system reliability

A technology of servo drive and mixed loading, which is applied in the testing of machines/structural components, instruments, measuring devices, etc., and can solve the problems that the actual working conditions of the servo drive system cannot be reflected and the loading method is simple.

Active Publication Date: 2014-09-17
JILIN UNIV
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  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0004] The technical problem to be solved by the present invention is to overcome the problem that the current servo drive system reliability test bench has a simple loading method and cannot reflect the actual working conditions of the servo drive system. Reliability Test Bench for Mixed Load Servo Drive System with Mixed Load with Inertia

Method used

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  • Testbed of mixed loading servo drive system reliability
  • Testbed of mixed loading servo drive system reliability
  • Testbed of mixed loading servo drive system reliability

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Experimental program
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Embodiment Construction

[0032] The present invention is described in detail below in conjunction with accompanying drawing:

[0033] The reliability test bench of the hybrid loading servo drive system consists of a servo motor support part, an inertia plus

[0034] Loading part, torque loading part, vibration temperature and humidity loading part and automatic control part.

[0035] The servo motor supporting part is installed on the left side of the horizontal iron 1, the inertia loading part is installed on the horizontal iron 1 on the right side of the servo motor supporting part, and the torque loading part is installed on the horizontal iron 1 on the right side of the inertia loading part; installed on the servo motor The output shaft of the measured servo motor 11 on the servo motor support base 10 in the supporting part is connected by the No. 2 diaphragm coupling 9 and the left end of the stepped shaft 8 in the inertia loading part, and the stepped shaft 8 in the inertia loading part The rig...

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Abstract

The invention discloses a testbed of mixed loading servo drive system reliability. The testbed solves the problems that a loading mode in the prior art is simple and cannot reflect the actual working conditions of a servo drive system. The testbed comprises a servo motor supporting part, an inertia loading part, a torque loading part, a vibration temperature-humidity loading part and an automatic control part. The servo motor supporting part is arranged on the left side of a horizontal iron (1), the inertia loading part is arranged on the position, on the right side of the servo motor supporting part, of the horizontal iron (1), and the torque loading part is arranged on the position, on the right side of the inertia loading part, of the horizontal iron (1). A servo motor (11) to be tested is connected with a left-end coupling of a stepped shaft (8) of the inertia loading part, the right end of the stepped shaft (8) of the inertia loading part is connected with an output shaft coupling of a dynamometer machine (2) of the torque loading part, and the RS-232C port of the vibration temperature-humidity loading part is connected with the RS-232C port of an industrial personal computer (13) of the automatic control part through wires.

Description

technical field [0001] The invention relates to a test device applied to the reliability of a servo drive system, more precisely, the invention relates to a reliability test bench for a mixed-loaded servo drive system which realizes inertia and torque loading on the servo drive system and conducts reliability tests . Background technique [0002] The development of numerical control technology has created opportunities for the take-off of the manufacturing industry. The performance and number of use of numerical control machine tools are important standards for measuring a country's industrial development. my country is now a big country in the production and use of CNC machine tools. The developed CNC machine tools have made great progress in terms of precision, speed, and multi-axis linkage control. However, the main component of CNC machine tools—the servo drive system, its performance and reliability There is still a certain gap between the performance level and the inte...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): G01M99/00
Inventor 陈菲何佳龙杨兆军刘博王中马帅郑志同张欢欢石靖楠王东亮
Owner JILIN UNIV
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