T a b l e 2.

Heating .Ventilating Air Conditioning Guide 1957 Warm air (eontMuiri) air distribution, 470 automatic control, 496, 957 ceiling panel system, 497 cooling methods, continuous circulation, 498 dampers, 477j Howign procedure, 479, 493 ducts, 478 fans, 423 alters, 422 furnace, 421 heavy duty, 423 selection, 496 humidification, 427 lar$e mratems, 3 ' penmeter system, 479-492 pressure drop, 602 registers and grilles, 476 panel heating, 497 radiators, 399 Washer, washers. 853 air, 1, 844, 853 cooling. 857 debumidification, 857 humidification, 855 Water analysis, 1046 atmospheric cooling equip ment. 861, 863 characteristics, 1046 classification, 1046 coils, 882, 1193. content of radiators, 571 control temperature service, 1195 cooled condenser, 923 cooling tower, 863 corrooon treatment, 1061 demand, 1178,-1187-1190 faucets, 1178 ' attings, loss, 1178, 1185 Water (continued) fixtures, 1178 fixture units, 1178 formed deposits, 1045 beater ecsl-fired, 1190 solar, 1197 heating, 1190 . in building material, 219 1177 _ __ make-up, 877, 1055 main temperature, . ggg SSStaXlOM properties of, 40, 1046 services, 1177 storage capacity, 118V supply piping, H94 arrangement, 1194 temperature control, 1195 thermodynamic properties d. 4D treating chemicals, 1045, 1066 well temperatures, 858 ,, Water vapor, 25, 32-39, 217 condensation in buddm^, 217 saturation pressure, 25, 40 specific enthalpy, 4 specific volume, 10, 40 surface condensation, Weather conditions Hocitm outdoor, 262, 289 Welding. 684 Wet-bulb temperature (* T'emperoturc), 9, 26, 869 Wet cup, 224 Wet return, 8, 605 Wind, winds 1Or-S7erect.240 Window. windows coeffioenta of transmission, 212 jpftVitgfl, 241 solar radiation through, 309 ventilators, 650 ^S^nditicming system, 736, 1201 comfort chart, 124 freeling equipment, 878 Wound rotor motor, 978 Wrought-iron pipe, 666 Wrought-steel pipe, 665 Year-round air conditioning system, 735,1201 air flow in, 741.1208 control methods, 736, 962 design procedure, 735,781 equipment arrangement, 750 Zero, absolute, 1 evaporative regulation, llo metaboUo reguUtion, 114 thermal neutrahty^ 123 vaso-motor regulation, n Zoning. 677, 741,957 "SnSl, 741,957 hot water system, 677 reheat, 742 volume control, im r !

100 CHAPTER 5 1957 Guide Following the electrical analogy, when there is a thermal current flowing through several resistances in series, the resistances are additive: Rt = Ri + Rt + 72, * + Rb (7) Similarly, conductance is the reciprocal of resistance, and for heat flow through several resistances in parallel, the conductances are additive: Ct Rt 72, + 72, + 72, + " ' + 72

246 CHAPTER 11 1957 Guide building be used for this computation.

308 CHAPTER 13 1957 Guide Table 11.

358 CHAPTER 14 1957 Guide A.

418 CHAPTER 16 1957 Guide sufficient coal capacity for approximately an eight-hour-firing period plus a 20 percent reserve for igniting a new charge, more grate area may be re quired depending upon the depth of the fuel pot...

676 .

692 CHAPTER 26 1957 Guide' Table 22.

m [; I I Ij [I | :I j!

1150 CHAPTER 47 1957 Guide and a humidity Hi will cool, following this cooling line toward point A.

496 CHAPTER 19 ,1958 Guide Table 5.

572 CHAPTER 21 i; 1958 Guide through a particular heating unit is equal to the capacity of that unit divided by the capacity of the total radiation circuit multiplied by the total temperature drop of the circuit. 4.

57,6 CHAPTER 21 \ 1958 Guide' pumps is established by .adding the floy.'

762 CHAPTER 30 1958 Gaide ble to answer the following questions about a jet discharged from any air supply outlet: 1.