Stator winding interturn compression tests.
定子绕组做匝间耐压测试。
A special stator winding structure is designed.
设计了相应的定子绕组结构。
Designing and calculating of the key parts-stator winding.
对关键部件定子线圈进行了设计计算。
The stator winding of power frequency withstand voltage test.
定子绕组做工频耐压测试。
Slot leakage reactance of stator winding is an important constant of a.
定子绕组槽漏抗是电机的一个重要电磁参数。
Temperature abnormity of generator stator winding is a familiar failure.
定子绕组温度异常是发电机故障中的一大类。
The utility model belongs to the technical proposal of a stator winding machine.
本实用新型属于一种定子绕线机技术方案。
The designing methods of its stator winding and rotor winding are also discussed.
探讨了其定子绕组和转子绕组的设计方法。
The stator winding must be impregnated with insulation paint and dried before refitting.
定子绕组在重新安装前必须侵绝缘漆和烘干。
Be suitable for coil winding of stator winding and transformer winding which need wire arrangement.
适用定子线圈，变压器线圈需排线的线圈绕制。
The stator winding is F class insulation structure, the end of winding is fixed and binded reliably.
定子绕组采用F级绝缘结构，并在绕组端部有可靠的固定及绑扎。
The invention relates to a stator winding multicapacity dynamic matching load safe and power-saving motor.
本发明涉及定子绕组多容量化动态匹配负载安全节电型电动机。
This method provides a new idea for the detection of the internal stator winding fault in synchronous generator.
该方法为同步发电机定子绕组匝间短路故障诊断提供了新的思路。
Usage: special equipment for motor stator winding automatically embedded into stator slot and slot paper embedded.
用途：本机专用电机定子绕组自动嵌入定子槽，并自动嵌入槽纸的专用设备。
The key of quality control to stator winding installation with fuzzy theory is to set up factor gather and weight gather.
用模糊理论对定子下线整个工序安装质量控制的关键是建立因素集和权重集。
Then the exact expressions for the self inductance of stator winding, the self inductance of rotor winding and the mutual …
在一定的简化条件下，由这些表达式所得出的近似电感公式，与常用的电机设计公式完全一致。
The generator stator winding parallel branches circulating current characteristics on air-gap eccentric fault were analyzed.
详细分析了发电机发生气隙偏心故障时定子绕组并联支路的环流特征。
Reactive stepping motor rotor windings without, the excitation of the stator winding reacts to achieve step operating torque.
反应式步进驱动电机的转子无绕组，由被励磁的定子绕组产生反应力矩实现步进运行。
Reactive stepping motor rotor windings without, the excitation of stator winding respond to realize stepping operation torque.
反应式步进驱动电机的转子无绕组，由被励磁的定子绕组产生反应力矩实现步进运行。
Using these curves, the highest and average temperatures of stator winding can be calculated from the thermodetector indication.
利用这些曲线，即可从检温计的指示温度推算出定子最热段绕组铜线最高温度值和平均温度值。
The close cooperation between generator design and protection can only be a way to do optimization design for generator stator winding.
只有发电机设计与继电保护密切合作，才有可能完成定子绕组的优化设计。
The stator winding end baskets of large turbo-generator is simplified into a model of continuous conical shell-plate combined with structure.
将大型汽轮发电机定子端部绕组及支承简化为连续锥壳-板组合结构。
Then the components between torque and magnetic field of stator winding current are decoupled which uses the rotor-field-oriented technology.
利用转子磁场定向的矢量控制技术，实现了异步电机定子电流的转矩分量和励磁分量的解耦。
It is of great significance to investigate and improve the detection method of stator winding inter-turn short circuit fault in induction motors.
定子绕组匝间短路是异步电动机常见故障之一，因此研究其检测方法具有重要意义。
Since under no-load state the dual stator winding motor was similar with the transformer, use transformer to prove the control system is feasible.
由于在空载情况下，定子双绕组电动机与双绕组变压器的运行情况相似，所以可以用变压器进行验证。
The limit conditions for the end voltage of the induction machine are derived, according to the asymmetric condition of the machine stator winding.
考虑感应电机定子绕组接线的不对称情况，推导出电机端电压的约束条件。
After comparing two temperature monitoring methods, a new stator resistance estimation method for stator winding temperature monitoring is presented.
文中比较了两种温度监测方法，提出了一种新的定子电阻估计方法，从而可以直接得到电机定子绕组的温度。
The Differential operation is a major protector for the stator winding and leading wire of a generator, to ensure the generator operating effectively.
纵差保护作为防御发电机定子绕组及其引出线相间短路的主保护，对发电机安全高效运行起着重要作用。
The Differential operation is a major protector for the stator winding and leading wire of a generator, to ensure the generator operating effectively.
纵差保护作为防御发电机定子绕组及其引出线相间短路的主保护，对发电机安全高效运行起着重要作用。
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