电机发热问题的解决方法终于找到了。
Solution to the heating problem of the electric machine was ultimately found.
发电机温度场计算是研究发电机发热的主要手段。
The calculation of the temperature field of large synchronous generator is the main means analyzing the heat of generator.
电机远程放置减少了移动质量，提高了速度，也避免了电机发热对机器性能的影响。
Remote mounted drive motors reduce moving mass for faster setting, and dissipate heat away from the machine frame.
振动采用液压马达，解决电机发热难题，振动频率通过比例阀可调，并采用油研液压原件，使机械更加可靠、稳定。
Vibrating motor, it prevents the heat problem of the engine. Vibrating frequency is changeable. With the exported hydraulic parts, it is more reliable and steadier.
对沙口水厂风机控制系统在运行过程中经常出现的风机启动失败、电机启动电流过大、电机发热严重等问题进行了分析。
The problems of blower control system in Shakou Waterworks, such as failed blower startup, excessive motor startup current and serious motor heating were analyzed.
但是由于其周围温度环境(辐射、热传导及对流状况等)与电机内部的发热规律不一致，所以不能对电动机进行有效的保护。
But because of the temperature environment (radiation, heat conduction and convection) and the internal heat of the motor is not consistent, so we can not effectively protect the motor.
过载保护器是否脱开：（图6右）待冷后自动复合，检查电机是否发热。
Whether the over loading protector is loosed or not: (the picture 6 right) after cool then will be restoration automatically, and check the motor whether is hot or not.
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。
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.
介绍了柴油发电机组的几种换热方式与发热量的构成。
Presents several heat exchanging modes of the diesel generator room and the composition of heat release.
通过对2050热轧厂4号加热炉推钢机电机力矩的分析，指出了电机严重发热的原因。
Through analysing the pusher motor moment for No. 4 heating furnace in 2050 hot rolling shop, the reason why serious heat happens in motor has been pointed out.
当使用电机时，一些因素如热传导及本身发热会出现。所以请在考虑发热条件后再在实际设备上应用。
When using motors, factors such as heat radiation conditions and duty effect heat rise, therefore please select motors after considering the heat conditions in the actual equipment.
铁损是评判电机铁芯性能的一个重要指标，如果铁损太大，在定子绕组中加励磁电流后则会产生发热和效率下降等不良现象。
The core loss is an important criterion of its performance. If the core loss is too large, it will be heated and the efficiency will be decreased when add the exciting current to the stator coils.
铁损是评判电机铁芯性能的一个重要指标，如果铁损太大，在定子绕组中加励磁电流后则会产生发热和效率下降等不良现象。
The core loss is an important criterion of its performance. If the core loss is too large, it will be heated and the efficiency will be decreased when add the exciting current to the stator coils.
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