. Canadian machinery and metalworking (January-June 1913). FIG. 21. VIEW OF LOWER HALF OF STATOR OF 3,000 K WGENERATOR. FIG. 23. GENERAL VIEW OF ALTERNATOR ROOM. January 2, 1913 CANADIAN A! A C III N E R Y 49 temperature rise of not more than 63deg. Fahr. after 24 hours full-loadrun, and not more than 99 deg. after a 10 hours run at 3,450 kw.(7,600 volts), and also not more than81 deg. Fahr, rise after two hours at3,750 following the 24 hours these conditions were easily met by short-circuited without any signs of in-jury. The regulation of the machine ontest was pe
. Canadian machinery and metalworking (January-June 1913). FIG. 21. VIEW OF LOWER HALF OF STATOR OF 3,000 K WGENERATOR. FIG. 23. GENERAL VIEW OF ALTERNATOR ROOM. January 2, 1913 CANADIAN A! A C III N E R Y 49 temperature rise of not more than 63deg. Fahr. after 24 hours full-loadrun, and not more than 99 deg. after a 10 hours run at 3,450 kw.(7,600 volts), and also not more than81 deg. Fahr, rise after two hours at3,750 following the 24 hours these conditions were easily met by short-circuited without any signs of in-jury. The regulation of the machine ontest was per cent, at unity power-factor, and 22 per cent, at power-factor. Fig. 20 shows one of the machines er-ected in the builders works, while slows the lower half of one of the
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Keywords: ., bookcentury1900, bookdecade1910, booksubjectmachinery, bookyear19
