| Electro-Discharge Fine Truing of Metal-Bonded Fine-Grain Diamond Wheel Based on Real-Time Monitoring |
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| 作者姓名： | 金卫东 任成祖 华瑾海 王太勇 |
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| 作者单位： | [1]KeyLaboratoryofAdvancedCeramicandProcessingTechnologyofEducationMinistry,TianjinUniversity,Tianjin300072,China [2]UnitedlaboratoryofDongChaoNanometerCompoundStructuralCeramic,SchoolofMechanicalEngineering,TianjinUniversity,Tianjin300072,China |
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| 摘 要： | A data acquisition system based on LabVlEW is designed and implemented, and electrodischarge(ED) fine truing of metal-bonded fine-grain diamond wheel based on real-time monitoring is researched. Real-time monitoring not only makes efficient impulse specification of ED truing easily obtained, but also is good for timely identifying no-load, avoiding short circuit and arc discharge phenomena and then for obtaining normal machining state. ED fine truing of the fine-grain wheel includes two steps: rough truing for high efficiency and fine truing for high precision. Final ED truing precision and efficiency not only depend on electric process specification, but also is concerned with electrode shape, insulated performance of operating fluid and vertical feed quantity value and frequency. Experiments indicate that ED fine truing based on real-time monitoring can improve the truing precision and efficiency. Average machining efficiency of W10 wheel is about 0.95μm/min； the final run-out by ED truing is less than 2μm.
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| 关 键 词： | 电镀整形 短路电流 电路设计 实时监控 钻石车轮 |
Electro-Discharge Fine Truing of Metal-Bonded Fine-Grain Diamond Wheel Based on Real-Time Monitoring |
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| JIN Weidong,REN ChengZu,HUA Jinhai,Wang Taiyong.Electro-Discharge Fine Truing of Metal-Bonded Fine-Grain Diamond Wheel Based on Real-Time Monitoring[J].Transactions of Tianjin University,2005,11(3):176-182. |
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| Authors: | JIN Weidong REN ChengZu HUA Jinhai Wang Taiyong |
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| Abstract: | A data acquisition system based on LabVIEW is designed and implemented, and electro-discharge(ED) fine truing of metal-bonded fine-grain diamond wheel based on real-time monitoring is researched. Real-time monitoring not only makes efficient impulse specification of ED truing easily obtained, but also is good for timely identifying no-load, avoiding short circuit and arc discharge phenomena and then for obtaining normal machining state. ED fine truing of the fine-grain wheel includes two steps: rough truing for high efficiency and fine truing for high precision. Final ED truing precision and efficiency not only depend on electric process specification, but also is concerned with electrode shape, insulated performance of operating fluid and vertical feed quantity value and frequency. Experiments indicate that ED fine truing based on real-time monitoring can improve the truing precision and efficiency. Average machining efficiency of W10 wheel is about 0.95 μm/min; the final run-out by ED truing is less than 2 μm. |
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| Keywords: | metal-bonded diamond wheel electro-discharge truing(ED truing) real-time monitor- ing short-circuit current |
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