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本文评细叙述了适应地震情况下的电气设备各种设计研究。也探讨了不同试验方法来予计电气设备的抗震效果。文中所谈到的情况是在单相母线上试验的研究结果,单相母线是用作发电机及电站升压变压(?)之间的主电流输送联接线,从未来应用的目的这点出发加以闸述和分析。设备在共振情况下用±0.5g基如速度持续30秒钟卫弦波输入试验。有人建议制定符合印度条件的电气设备设计和试验的实用统一规范。试验条件包括试验输入波形、频带、最大输入加速度或共振加速度以及电气设备各类重要材料所用的安全因数。作者在这方面作出了评价并提出了建议。
This article describes in detail the various design studies of electrical equipment under earthquake conditions. Also discussed are different test methods to predict the seismic effects of electrical equipment. The situation discussed in the article is the result of a single-phase bus test. The single-phase bus is used as a main current transmission connecting line between the generator and the boost converter (?) of the power station. This is the purpose of future applications. Start with a statement and analysis. The device was tested at a resonance condition with ±0.5g base, such as speed, for 30 seconds. It has been proposed to develop a practical and uniform specification for the design and testing of electrical equipment that meets the conditions in India. Test conditions include test input waveforms, frequency bands, maximum input acceleration or resonance acceleration, and safety factors used in all types of critical materials for electrical equipment. The author made an evaluation in this regard and made recommendations.