HEATINC VENTILATINC AIR CONDITIONING GUIDE 1944 should have been 0.625 in., this would correspond with a system curve as shown at C and on this curve the fan would deliver 16,400 cfm to the system instead of the design volume of 13,000 cfm.
refid# EdXgMV2XXoNKynr2yEXwX6nkV1 page
180 Chapter 9 1945 Guide required draft is, of course, equal to the sum of all the resistances to gas flow from the ash pit door to and including the chimney connection. .
refid# LK2D8zwke9y65y7GOXp2ve1G51 page
; 250._______________________ Chapter 14 _____ 1945 Guide when the rate of air elimination and condensation is high are clearly indicated in these curves.
refid# 17gaVZwOgNrKVeX34g4R8x151 page
598 Chapter '32 1945 Guide\ '-- Where more than one supply'opening must be considered, the problem . .is more complicated; If a similar supply opening is added in a far corner of a highly absorbent room, the change in noise level at the 5 ft station at the first supply opening is small; however, if the room is small, or highly reverberant or both, the intensity at the 5 ft station may be almost doubled and the noise level increased nearly 3 db thereby.
refid# 6b03n8Oj0XoebxGyJqz05ydom1 page
686 __________________ Chapter 39:1945 Guide penalties for excesses.
refid# a1N5rqdpRbD0j7yGamBjYRdGb1 page
jr* *- ' !"
refid# j43B1qVQR5E9G6jEv7Qb5Zgk1 page
60 CHAPTER 3 1946 Guide the weight of water evaporated is 0.01894 -- 0.01559 = 0.00335 lb per pound of dry air.
refid# QX3gO7RwREedY9eZDe3414va51 page
234.CHAPTER 12______________________________________________ . . . 1946 Guide A.S.H.V.E.
refid# omZp3KEBq0oDZk4pLoMeaG7171 page
678, CHAPTER 38 v 1946 Guide Sorbent methods tend to be unfavorable where: 1.
refid# rxY9GO0J5kR9JXOq7OdLNkLEV1 page
718 CHAPTER 40 1946 Guide. 7.
refid# jbn6Xae19Gbgjp9mjGbbG1bZ1 page
734 CHAPTER 40 1946 Guide Air Distribution. 735 2.
refid# RoZ6KvDME5qk4Oq14x68226V1 page
46, . v/' Heatihg.
refid# 6BQLwbYRK2DDLj2xR9geMX9O61 page
76- .7 .
refid# mmErODg1kQMZqp2gxppprNKKk1 page
84 ' Heating''^Ventilating ' 'Air .
refid# rDNqvNEYvEnyG1yjNGQG8Rar1 page
92 .
refid# qa2wqVOzKNkm88b2KknNoE9rq1 page