1) original and secondary side resistance
高、低压侧绕组
2) low voltage winding
低压绕组
1.
The above - mentioned superiority of CTC with net used in low voltage winding for many years has been more developed efficiently.
多年来在低压绕组上广泛运用的网套CTC更有效地发挥了其上述的优越性。
3) HV winding
高压绕组
1.
Based on an example to treat lead breaking fault of HV winding in 110kV transformer,the results to test DC resistance of winding are analyzed.
结合一起对110kV变压器高压绕组断股故障的处理实例,分析了绕组直流电阻的测试结果,介绍了故障的分析方法,提出了预防事故的措施。
2.
Based on a example, the economy and feasibility of direct tap structure of HV winding in large range off-circuit-tap-changing power transformer are analyzed.
通过实例分析了大范围无励磁调压电力变压器采用高压绕组直接抽头结构的经济性和可行性。
3.
The voltage gradients in HV windings of 110 and 220kV transformers are analyzed.
对110kV、220kV高压绕组电压梯度进行了分析,并提出了改进方法。
4) low frequency high voltage test
绕组低频高压试验
5) high voltage side and low voltage side
高低压侧
1.
This paper analyzes the relations between the phases and value of voltage at the high voltage side and low voltage side in the phase B connecting the ground system.
分析了某发电厂主变压器二次高低压侧均为B相接地的变电系统中两侧间的相位及幅值关系,并进行了测量误差分析。
6) line winding of transformer
变压器网侧绕组
补充资料：侧侧
1.多貌。 2.寒貌。 3.象声词。叹息声。 4.指其他声音。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条