84, 8.88 and 6.66 standard ohms per statute mile respectively.
The sizes of copper wire employed have weights of too, 150, 200 and 400 lb per statute mile, and have electrical resistances (at 60Â° F.) of 8.782, 5.8 55, 4.39 1 and 2.195 standard ohms respectively.
Each conductor has a resistance (at 60Â° F.) of 5.74 ohms per statute mile, and an average electrostatic capacity per mile between adjacent wires of o 06 microfarad, or between wire and earth of o I microfarad; the insulation resistance of each wire is about 5000 megohms per mile.
Of to,000 ohms each.
If the insulation per mile, i.e., the total insulation multiplied by the mileage of the wire loop, is found to be less than 200,000 ohms, the wire is considered to be faulty.
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