Voltage drop Sample Clauses

Voltage drop. After the electrification of villages under these projects, pumps for raising water from xxxxx and for supplying water to the houses were installed in the villages. However, in the field survey we found that both pumps had broken down and were inoperative. These pumps had already broken down and been repaired before. The apparent cause of the breakdowns in each case was motor burnout due to reduced voltage. The electricity supply situation there was that the water raising and supply pumps were situated 400m away from the distribution transformer, and most of the villagers' houses were connected to the low-voltage distribution line in that interval. In the records of the Udon Thani substation referred to earlier, the demand peak occurs at dinner time, between 6pm and 8pm. In this period, when demand is concentrated, the decline in voltage is greatest at the ends of distribution feeders. The motors also run automatically at such times, and this leads to the pump motors burning out, due to the principle explained below. Incidentally, there is a law prohibiting the use of agricultural pumps at night, so they are not used in the same peak period. The reason voltage drop causes motor burnout is that, due to the properties of motors, a 10%
Sample 1
Voltage drop. The voltage difference between the sending and receiving ends must not exceed 5% of the nominal capacity. In Scheme No. 1, at the end of this Annex, the general configuration of the project is described.
Sample 1
Voltage drop. 7.1.5.1 Contractor shall be responsible for calculating system voltage drop levels. The maximum system transient impedance or minimum available transient short-circuit capacity, shall be used in making voltage drop calculations relating to motor starting, restarting and/or re-acceleration requirements.
Sample 1

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