提出了建筑物内导电体总等电位联结中燃气管道的做法。
The practice of indoor gas pipe during main equipotential bonding of electrical conductor is put forward.
在此基础上细化等电位联结分类，对目前等电位联结应用提出改进意见。
On this basis, the classification of equipotential bonding is refined and the Suggestions to improve the application of equipotential bonding are given.
等电位联结也可不与人工或自然接地体连接的，成为不接地的等电位联结。
Equipotential connection may not connect with the manual or natural earthing to become earth-free equipotential connection.
结合新的国家标准02d501 - 2，探讨了进行等电位联结的必要性。
The necessity of equal potential connection is discussed, combined with the new national standard (02d501-2).
等电位联结对于降低跨步电压、接触电压和防止雷电反击是十分有效的措施。
The problems to be dealt with are also pointed out . Equipotential bonding is a very effective measure for reducing step voltage and touch voltage and preventing from counter-attack.
若等电位联结施工质量可靠，就能确保电力系统、弱电系统正常工作、安全运行。
If the equipotential connection construction quality is reliable than the safety operation of electric power system and weak -current system can be ensured.
针对手术室的负荷等级、配电系统、灯具设置、等电位联结等方面提出相应的电气设计方案。
Aimed at the load grade, power distribution system, arrangement of luminaire and equipotential bonding, the corresponding electrical design scheme is put forward.
住宅楼的安全用电是关系到千家万户的大事，采用总等电位联结和局部电位联结是很重要的措施。
Electric safety in residential building concerns every family. The connection of general Equipotential Bonding and part Equipotential Bonding is an important measure.
通过对接触电压、等电位联结在低压配电系统中作用的分析，进一步明确等电位联结在设计、施工中的重要性及必要性。
By analyzing the effects of touch voltage and equipotential bonding on low voltage distribution system, makes clear the importance and necessity of equipotential bonding on design and construction.
介绍了接地故障保护的几种不同方式，从接地故障保护、零序电流保护、剩余电流保护等方面进行了论述，指出只有与等电位联结相结合，才能完善保护作。
Several different protection ways for earth fault are introduced and discussed from earth-fault protection, zero-sequence protection, residual current protection and other aspects.
介绍了接地故障保护的几种不同方式，从接地故障保护、零序电流保护、剩余电流保护等方面进行了论述，指出只有与等电位联结相结合，才能完善保护作。
Several different protection ways for earth fault are introduced and discussed from earth-fault protection, zero-sequence protection, residual current protection and other aspects.
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