 | Sturtevant, B. F., Co - Heating - 1896 - 184 pages
...will barely maintain a temperature of 50° to 60° F. in a room on the opposite side of the building, exposed to high winds and shut off from the warmth of the sunshine. With a constant and equal volume of air supply to each room, it is evident that its temperature... | |
 | Industrial arts - 1893 - 448 pages
...will barely maintain a temperature of 50° to 60° F. in a room on the opposite side of the building, exposed to high winds and shut off from the warmth of the sunshine. With a constant and equal volume of air supply to each room, it is evident that its temperature... | |
 | Materials handling - 1893 - 494 pages
...temperature of fity per cent, to sixty per cent. Fahrenheit in a room on the opposite side of the building, exposed to high winds and shut off from the warmth of the sunshine. With a constant and equal volume of air supply to each room, it is evident that its temperature... | |
 | Sturtevant, B. F., Co - Heating - 1896 - 184 pages
...will barely maintain a temperature of 50° to 60° F. in a room on the opposite side of the building, exposed to high winds and shut off from the warmth of the sunshine. With a constant and equal volume of air supply to each room, it is evident that its temperature... | |
 | B.F. Sturtevant Company, Sturtevant Engineering Co - Heating - 1896 - 200 pages
...will barely maintain a temperature of 50° to 60° F. in a room on the opposite side of the building, exposed to high winds and shut off from the warmth of the sunshine. With a constant and equal volume of air supply to each room, it is evident that its temperature... | |
 | American School (Chicago, Ill.) - Engineering - 1903 - 380 pages
...supply of heat that will maintain a temperature of only 50 or 60 degrees in rooms on the opposi te side of the building which are exposed to high winds...There are two methods of overcoming this difficulty : 'x'he older arrangement consists in heating the air by means of a primary coil at or near the fan... | |
 | B.F. Sturtevant Company - Heating - 1903 - 184 pages
...will barely maintain a temperature of 50° to 60° F. in a room on the opposite side of the building, exposed to high winds and shut off from the warmth of the sunshine. With a constant and equal volume of air supply to each room, it is evident that its temperature... | |
 | American School (Chicago, Ill.) - Engineering - 1906 - 588 pages
...maintain a temperature of only 50 or 60 degrees in rooms on the opposite side of the building which arc exposed to high winds and shut off from the warmth...properly heated and ventilated if the temperature can not be varied without affecting the air supply. There are two methods of overcoming this difficulty... | |
 | B.F. Sturtevant Company - Heating - 1906 - 190 pages
...will barely maintain a temperature of 50° to 60° F. in a room on the opposite side of the building, exposed to high winds and shut off from the warmth of the sunshine. With a constant and equal volume of air supply to each room, it is evident that its temperature... | |
 | American School of Correspondence, Chicago, Charles Lincoln Hubbard - Heating - 1908 - 252 pages
...experience. The figures given are for average conditions of construction and exposure. Double-Duct System. The varying exposures of the rooms of a school...high winds and shut off from the warmth of the sun. Fig. 160. Hot-Blast Apparatus with Double Duct for Supplying Air at Different Temperatures to Diflerent... | |
| |
The varying exposures of the rooms of a school or other building similarly occupied, require that more heat shall be supplied to some than to others. Rooms that are on the south side of the building and exposed to the sun, may perhaps be kept perfectly... 
