电机与控制应用
電機與控製應用
전궤여공제응용
ELECTRIC MACHINES & CONTROL APPLICATION
2014年
4期
31-33
,共3页
掘进机电机%水冷机座%散热
掘進機電機%水冷機座%散熱
굴진궤전궤%수랭궤좌%산열
heading machine motor%water-cooling body case%heat dissipation
掘进机电机对设计、加工工艺及质量要求高，以YBUD掘进机用隔爆型双速三相电动机为研究对象，对掘进机的水路进行优化，并对水路的压力和散热性进行理论计算。计算结果验证了新方案的可行性。
掘進機電機對設計、加工工藝及質量要求高，以YBUD掘進機用隔爆型雙速三相電動機為研究對象，對掘進機的水路進行優化，併對水路的壓力和散熱性進行理論計算。計算結果驗證瞭新方案的可行性。
굴진궤전궤대설계、가공공예급질량요구고，이YBUD굴진궤용격폭형쌍속삼상전동궤위연구대상，대굴진궤적수로진행우화，병대수로적압력화산열성진행이론계산。계산결과험증료신방안적가행성。
The manufacturing design, process and quality control of an excavating machine motor have hard requirements. Based on the YBUD motor, the machine's water-cooling way was improved. In order to confirm the feasibility of the new scheme,the pressure and heat dissipation were calculated. The results show that the new scheme is feasible.
