The working principle of the induction machine with compound cage rotor is discussed in this paper at first.
本文首先阐述了复合笼条转子感应电动机的工作原理。
The magnetic coupling function and equivalent relationship between reluctance rotor and cage rotor have been analyzed.
分析了电机转子的磁耦合作用以及磁阻和笼型转子的等效关系；
Comparing with general squirrel-cage rotor induction motor, the ratio of start torque to start current ideal is also improved remarkably.
与普通鼠笼转子异步电动机相比，起动品质因数也明显提高。
The combination of cage rotor with air ducting cause the material evenly to absorb the graduation force so that the powder efficiency has been improved.
笼型转子与导风装置配合使用使物料均匀受到分级力的作用提到选粉效率。
In order to improve its starting performance, we derivated the calculating method of this kind of motor with double cage rotor and analysed its starting process.
为改善起动特性，还对双鼠笼转子的计算进行了推导，分析了整马力单相步电动机的起动过程。
The special slot is adopted in the rotor of the induction machine with compound cage rotor and there is two materials of casting aluminum and copper iron alloy in the slot.
复合笼条转子感应电动机转子采用特殊的槽形，且槽中含有铸铝和铜铁合金两种材料。
Because the squirrel cage rotor real structure is considered, the model can be used to simulate the motors normal state, external faults and broken bars and rings faults exactly.
本文提出的模型能够对电动机的正常运行、外部故障以及笼型转子导条或端环断裂故障进行精确的仿真。
A new method to detect rotor cage fault of induction motor is presented, which monitors if the output power signal comprises a direct component and an alternating component or only a direct component.
通过判断电动机输出功率信号中是含有一个直流分量和一个余弦分量还是仅含有直流分量，判断鼠笼转子有无故障，提出了一种感应电机转子故障检测的新方法。
During the cage form rotor three phase asynchronous electric motor manufacturing, the electric and mechanical properties of motor are directly influenced by quality of aluminum casting of the rotor.
在电机制造中，笼形转子三相异步电动机的转子铸铝质量的好坏直接影响电机的性能及力能指标。
This paper introduces a method for calculating the temperature rise of rotor bars and end rings of squirrel cage induction motor during starting.
本文介绍鼠笼型异步电动机转子笼条和端环起动温升的计算方法。
The paper presents a method of processing the stator current of squirrel cage induction motor with broken rotor bar. The method is based on the theory of adaptive filter.
本文根据自适应滤波的原理，推导出处理鼠笼转子异步电机定子电流的方法。
A rotor unbalance experiment is carried out on a three phase squirrel cage induction motor.
在鼠笼式三相感应电机上用提出的方法进行了转子失衡的实验研究。
From the statistics of rotor failures in cage induction motors in power plant auxiliary drives, the bar failure counts the most frequent ones.
电厂辅机传动笼型电动机转子故障统计表明，笼条断裂是最常见的。
A method to detect squirrel cage induction motors with broken rotor bars and static eccentricity is presented.
研究鼠笼型异步电动机转子断条故障和偏心故障的在线检测方法。
The approach is also applied to the rotor bar breaking fault detection for squirrel cage asynchronous motor in this work.
该方法已成功应用于笼型异步电动机转子断条故障的在线监测中。
The rotor winding may be either of two types, the squirrel-cage type or the wound-rotor type.
转子绕组有两种类型：鼠笼型和线绕型。
The rotor losses in a high-speed asynchronous generator were calculated for a thermal analysis of a special rotor made of solid steel combined with a squirrel-cage.
为了分析采用鼠笼实心转子特殊结构的十二相带整流负载高速异步发电机转子发热情况，需要准确求得电机转子中产生的损耗。
Tere is a lower cage-shape rotor 10 under the material diatributing tray. The lower cage-shape rotor rotates along.
散料盘下方设有下笼形转子10，下笼形转子随主轴一起转动。
This invention provides a kind of high starting torque squirrel cage type asynchronous elecric machine. It is composed of the stator 14, rotor, ends coverings, shaft bearings, etc.
本发明提出了一种高起动转矩笼式异步电机，由定子14，转子，端盖，轴承等构成。
The motor rotor shall be of squirrel-cage design and constructed of die cast aluminum, fabricated copper or their respective alloys.
电机定子应该采用松鼠笼结构，并采用压铸铝，装配铜或其各自的合金等材质制造。
The cage induction motor has the advantages of simple structure and reliable operation, etc., but its starting performance is not better than that of wound-rotor induction motor.
笼型感应电动机具有结构简单、运行可靠等优点，但起动性能不及绕线型感应电动机，而绕线型感应电动机由于结构型式所决定，具有运行不可靠等缺点。
The cage induction motor has the advantages of simple structure and reliable operation, etc., but its starting performance is not better than that of wound-rotor induction motor.
笼型感应电动机具有结构简单、运行可靠等优点，但起动性能不及绕线型感应电动机，而绕线型感应电动机由于结构型式所决定，具有运行不可靠等缺点。
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