Full-automatic bearing test monitoring system

Abstract

The invention provides a full-automatic bearing test monitoring system. The full-automatic bearing test monitoring system comprises bearing test machines, lower computers, an upper computer, a database server, a wireless network and control software, wherein the system is in wireless network connection; the lower computers detect vibration, temperature, load and rotating speed and control the load and the rotating speed in a closed loop manner; various types of the bearing test machines are controlled by the lower computers to change test conditions and detect various parameters, and are networked for unified control; the upper computer loads test schemes and controls the test machines to perform full-automatic tests; automatic variable load and variable speed, automatic recording, automatic alarm and automatic shutdown are realized; monitoring is performed in a control room through a wireless network, and all test data is stored in the database server. The full-automatic bearing test monitoring system has the advantages that detection and test capacities of the bearing test machines are improved, and a high-end bearing detection and test platform is provided; networked full-automatic bearing test monitoring is realized, all the test machines are networked for centralized monitoring and management, and automation, intelligence and networking of bearing tests are realized.

Description

technical field

[0001] The invention relates to a bearing test monitoring system, in particular to a fully automatic bearing test monitoring system. Background technique

[0002] With the deepening of people's research on bearings, fatigue life and reliability, as the most important performance of bearings, have attracted widespread attention from various bearing production units and related users. With the rapid development of science and technology, the control system of the bearing testing machine is also advancing with the times, and presents a development trend of automation, intelligence and personalization. The traditional bearing testing machine relies on manual loading and manual adjustment of the speed. This method cannot meet the complex test requirements, and cannot automatically run according to the load spectrum and speed spectrum. It can no longer meet the needs of current production and scientific research development. Therefore, the newly developed bearing ...

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