Convention, Volume 39,Bagian 2;Volume 60 |
Dari dalam buku
Hasil 1-5 dari 75
Halaman iii
... feet of Sb Committee on the Electrical Saranan's Handbook M. S. SPELMAN JR 6. Peport of Committee on Wiring RS HALE 7 Kent of Committee on Merchandising and Recent Deve ' pments in Electrical Appliances WGSTERMIN SEAVIND COMMERCIAL ...
... feet of Sb Committee on the Electrical Saranan's Handbook M. S. SPELMAN JR 6. Peport of Committee on Wiring RS HALE 7 Kent of Committee on Merchandising and Recent Deve ' pments in Electrical Appliances WGSTERMIN SEAVIND COMMERCIAL ...
Halaman 59
... feet long , 2 feet wide and 1 inch deep , eit a cover , as quickly as in a vessel 1 foot by 1 foot by The 11-4 , with a cover , the quantity of water being the same • was for this is that there is more radiation from t'e 6 foot • • 2 ...
... feet long , 2 feet wide and 1 inch deep , eit a cover , as quickly as in a vessel 1 foot by 1 foot by The 11-4 , with a cover , the quantity of water being the same • was for this is that there is more radiation from t'e 6 foot • • 2 ...
Halaman 60
... feet away from a factory in which glue is to be heated . The size of the boiler might be 50 horsepower and if six glue pots were needed , the cost of a man's time in running the steam boiler , leaving out the question of coal , would be ...
... feet away from a factory in which glue is to be heated . The size of the boiler might be 50 horsepower and if six glue pots were needed , the cost of a man's time in running the steam boiler , leaving out the question of coal , would be ...
Halaman 61
... feet with 6 in hes of water in it , differs from a tank 2 by 2 * 2 feet , as in the latter case an engineer would figure on a full 15 Ascertain the dimensions and the form of the space avail- e fra heater The smaller the heater the ter ...
... feet with 6 in hes of water in it , differs from a tank 2 by 2 * 2 feet , as in the latter case an engineer would figure on a full 15 Ascertain the dimensions and the form of the space avail- e fra heater The smaller the heater the ter ...
Halaman 124
... feet ; hanging height 14 ( 4.27 m ) feet however , to devote some little space in this report to the present trend in modern lighting practice . A number of typical exam- ples illustrative of different applications are shown ...
... feet ; hanging height 14 ( 4.27 m ) feet however , to devote some little space in this report to the present trend in modern lighting practice . A number of typical exam- ples illustrative of different applications are shown ...
Edisi yang lain - Lihat semua
Istilah dan frasa umum
advertising appliances arc lamps average boiler booklet bowl type Brooklyn building campaign candlepower capacity cent central station Chairman Chicago Commercial Section Committee Commonwealth Edison Company concentric wiring connection contract contractor cost curves efficiency Elec Rev Elec World electric cooking electric flag electric heating Electric Light electric range engine equipment expense factor fixtures foot-candles fuel furnace give house wiring illumination incandescent lamp increase industrial installation insulation interest iron kilowatt kilowatt-hour kw-hr large number Light & Power load machine manufacturers mazda lamps ment metal meter method month motor obtained operation oven pipe plant present production proper reflectors Sales Bureau salesman secure sell standard station company steam steel street lighting tank temperature tion tungsten units voltage volts water heaters watt welder welding York City
Bagian yang populer
Halaman 668 - In all open places in which persons are employed during the period between one hour after sunset and one hour before sunrise, and in any dangerous parts of the regular road or way over a yard or other space forming the approach to any place of work, the illumination on a horizontal plane at ground level shall be not less than
Halaman 524 - and never nearer than three feet, measured horizontally and vertically, from any window or other opening. Vent pipes from two or more tanks may be connected to one upright, provided the connection is made at a point at least one foot above level of source of supply. (b) Tanks having a capacity of less than
Halaman 876 - STONE & WEBSTER FINANCE public utility developments. BUY AND SELL securities. DESIGN steam power stations, hydro-electric developments, transmission lines, city and interurban railways, gas plants, industrial plants and buildings. CONSTRUCT either from our own designs or from designs of other engineers or architects. REPORT on public utility properties, proposed extensions or new projects. MANAGE railway, light, power and gas companies. NEW YORK BOSTON CHICAGO
Halaman 136 - to give information as to units, methods, and instruments of measurement useful in household activities, (2) to describe available means of assuring correct quantity in articles bought by weight and measure, and (3) to give other facts of interest which would awaken an appreciation of the role of measurement in daily life.
Halaman 525 - (d) To be provided with an automatic relief valve set to operate at a safe pressure and connected by an overflow pipe to supply tank, and so arranged that the oil will automatically drain back to the supply tank immediately on closing down the pump.
Halaman 524 - coated on the outside with tar, asphaltum or other suitable rust-resisting material. NOTE—The protection required for tanks will depend upon the condition of the soil in which they are installed. When the soil is impregnated with corrosive materials tanks should be made of heavier metal in
Halaman 12 - Rhode Island S. Carolina S. Dakota Tennessee Texas Utah Vermont Virginia Washington Wisconsin Wyoming
Halaman 524 - be tight and sufficiently strong, to bear without injury the most severe strains to which they are liable to be subjected in practice. The shells of tanks
Halaman 522 - districts or within fire limits, tanks to be located underground with tops of tanks not less than three feet below the surface of the ground and below the level of the lowest pipe in the building to be supplied. Tanks may be permitted underneath a building if buried at least three feet below the basement floor which is to be of concrete not less than
Halaman 522 - feet above source of supply. The limit of storage permitted shall depend upon the location of tanks with respect to the building to be supplied and adjacent buildings, as given in the following table: