Dilute oil lubricating bearing seat test system and test method thereof

Abstract

The invention relates to a test device in the mechanical field, and in particular relates to a test system of a dilute oil lubricating bearing seat for a centrifuge. The dilute oil lubricating bearing seat test system is characterized in that: a dilute oil lubricating bearing seat (3) is driven by a motor and mounted on a lifting platform (2) with the motor; a hydraulic station (9) mounted on theground is connected to an oil inlet of the dilute oil lubricating bearing seat (3) through an oil inlet pipe; an oil outlet pipe of the dilute oil lubricating bearing seat (3) is connected to an oil tank of the hydraulic station; and a computer data monitor (5) is electrically connected with the dilute oil lubricating bearing seat (3), the hydraulic station (9) and the lifting platform (2) through an electric appliance control box (6). The invention provides a set of automatic test system and method of the dilute oil lubricating bearing seat, the labor intensity of testers is reduced, the test speed and precision are improved, the working parameters are more scientific and reliable, the debugging period of the dilute oil lubricating bearing seat on site of a horizontal spiral centrifuge is shortened, the cost is reduced, the construction efficiency and economical benefit are increased, and the technical blank home and abroad in the field is filled up.

Description

technical field [0001] The invention relates to a test device in the mechanical field, in particular to a test system for a thin oil lubricated bearing seat used in a centrifuge. Background technique [0002] Thin oil lubricated bearing seat is a main working part in the centrifuge. It is often necessary to test the operation of the bearing seat under the influence of three factors of different flow, pressure, and oil return height. [0003] There are two purposes for such a test, one is to check the design of the thin oil lubricated bearing housing, to assess the performance and quality level of the bearing housing, to provide a bearing housing whose performance meets the requirements of the centrifuge, or to test the quality of the bearing housing to provide The bearing seat that meets the product quality requirements is given to the user; second, to solve the on-site debugging problem of the thin oil lubricated bearing seat, the thin oil lubricated bearing seat is used on...

AI Technical Summary

Problems solved by technology

[0004] However, so far, the testing of bearing housings has been manually collected and tested for single factors alone. It is difficult to test the entire system and the mutual influence of correlation relationships, resulting in a large workload and slow speed of manual testing. The test results are not consistent with the overall actual situation. Defects such as large deviations, poor test accuracy, still need to invest in a large amount of debugging and measurement workload in field use, and need to modify the installation conditions

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