[Electric engineering.] . Fig. 2. Fig. 2 shows joints made with No. 10 wire on a circuitdesigned to carry 200 amperes. The use of such a poor joint gave rise to heating thatresulted in the burning out of thewire. Fig. 3 shows a fixture canopywith a hole melted through it,caused by a fixture cut-out in-side the canopy becoming short-circuited. Fig. 4 shows a burn-out caused by a short circuit betweenweather- proof wires used in molding. Wire with weather-proof insulation only fig. 3. should never be used in molding,. §26 INTERIOR WIRING. and its use in molding is prohibited by the Underwriters.
[Electric engineering.] . Fig. 2. Fig. 2 shows joints made with No. 10 wire on a circuitdesigned to carry 200 amperes. The use of such a poor joint gave rise to heating thatresulted in the burning out of thewire. Fig. 3 shows a fixture canopywith a hole melted through it,caused by a fixture cut-out in-side the canopy becoming short-circuited. Fig. 4 shows a burn-out caused by a short circuit betweenweather- proof wires used in molding. Wire with weather-proof insulation only fig. 3. should never be used in molding,. §26 INTERIOR WIRING. and its use in molding is prohibited by the 3 and 4 are from photographs by Mr. Wm. T. Benallack.
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Keywords: ., bookcentury1900, bookdecade1900, bookidelectricengi, bookyear1902
