Operating state evaluation model of motorized spindle based on composite index

The operating state of motorized spindle directly affects the machine tool performance, and the evaluation model of operating state was proposed in this paper to improve the stability and reliability of the motorized spindle. The composite index was introduced based on multi-characteristic parameter...

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Main Authors: Liting Fan, Jiakai Chen, Ke Zhang, Lixiu Zhang, Huaitao Shi
Format: Conference Proceeding
Language:English
Subjects:
composite index
Cooling
Indexes
Lubrication
Machine tools
Maintenance engineering
motorized spindle
operating state evaluation
Temperature
Vibrations
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Jiakai Chen
Ke Zhang
Lixiu Zhang
Huaitao Shi
description The operating state of motorized spindle directly affects the machine tool performance, and the evaluation model of operating state was proposed in this paper to improve the stability and reliability of the motorized spindle. The composite index was introduced based on multi-characteristic parameter evaluation model to quantitatively characterize the operating state. The statistical analysis method was used to classify the operating state data that matching the evaluation grade of the motorized spindle. The experimental results proved that the evaluation model can be used to classify the running status of the motorized spindle based on the composite index, and the index could provide references for tracing back the deterioration factor. The proposed operating state evaluation model could provide theoretical support for rational arrangement of maintenance and shorten maintenance time.
doi_str_mv 10.1109/CCDC.2017.7978171
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subjects composite index
Cooling
Indexes
Lubrication
Machine tools
Maintenance engineering
motorized spindle
operating state evaluation
Temperature
Vibrations
title Operating state evaluation model of motorized spindle based on composite index
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