Document JJm4DyjLRp5Mm4exKn7v2J0LX

HEATING VENTILATING AIR CONDITIONING GUIDE 1943 Table 8. Properties of Saturated Steam: Pressure Table3 Abs. Press. In. Hg. P Temp F t Specific Volume Sat. Liquid V, Sat. Vapor Sat. ' Liquid Evap. htg Entropy Sat. Vapor Sat. Liquid Evap. Sat. Vapor h* S, stg s. Abs. Press. In. Hg. P 0.25 0.50 0.75 1.00 1.5 2 4 6 8 10 12 14 16 18 20 22 24 ' 26 28 30 14.696 16 18 20 22 24 26 28 30 32 34 36 38 40 42 44 46 48 50 52 54 56 58 60. 62 64 66 68 70 72 74 76 78 80 82 84 86 88 90 92 94 96 98 . 100 150 200 300 400 500 40.23 58.80 70.43 79.03 91.72 101.14 125.43 140.78 152.24 161.49 169.28 176.05 182.05 187.45 192.37 196.90 201.09 205.00 208.67 212.13 212.00 216.32 222.41 227.96 233.07 237.82 242.25 246.41 250.33 254.05 257.58 260.95 264.16 267J25 270.21 273.05 275.80 278.45 281.01 283.49 285.90 288.23 290.50 292.71 294.85 296.94 298.99 300.98 302.92 304.83 306.68 308.50 310.29 312.03 313.74 315.42 317.07 318.68 320.27 321,83 323.36 324.87 326.35 327.81 358.42 381.79 417.33 444.59 467.01 0.01602 0.01604 0.01606 0.01608 0.01611 0.01614 0.01622 0.01630 0.01635 0.01640 0.01644 0.01648 0.01652 0.01655 0.01658 0.01661 0.01664 0.01667 0.01669 0.01672 0.01672, 0.01674 0.01679 0.01683 0.01687 0.01691 0.01694 0.01698 0.01701 0.01704 0.01707 0.01709 0.01712 0.01715 0.01717 0.01720 0.01722 0.01725 0.01727 0.01729 0.01731 0.01733 0.01736 0.01738 0.01740 0.01742 0.01744 0.01746 0.01748 0.01750 0.01752 0.01754 0.01755 0.01757 0.01759 0.01761 0.01762 0.01764 0.01766 0.01768 0.01769 0.01771 0.01772 0.01774 0.01809 0.01839 0.01890 0.0193 0.0197 2423.7 1256.4 856.1 652.3 444.9 339.2 176.7 120.72 92.16 74.76 8.28 26.86 38.47 47.05 59.71 69.10 93.34 108.67 120.13 129.38 1071.1 1060.6 1054.0 1049.2 1042.0 1036.6 1022.7 1013.6 1006.9 1001.4 1079.4 1087.5 1092.5 1096.3 1101.7 1105.7 1116.0 1122.3 1127.0 1130.8 0.0166 0.0532 0.0754 0.0914 0.1147 0.1316 0.1738 0.1996 0.2186 0.2335 2.1423 2.0453 1.9881 1.9473 1.8894 1.8481 1.7476 1.6881 1.6454 1.6121 2.1589 2.0986 2.0635 2.0387 2.0041 1.9797 1.9214 1.8877 1.8640 1.8456 0.25 0.50 0.75 1.00 1.5 2 4 6 8 10 63.03 54.55 48.14 43.11 39.07 35.73 32.94 30.56 . 28.52 26.74 137.18 143.96 149.98 155.39 160.33 164.87 169.09 173.02 176.72 180.19 996.7 992.6 988.9 985.7 982.7 979.8 977.2 974.8 972.5 970.3 1133.9 1136.6 1138.9 1141.1 1143.0 1144.7 1146.3 1147.8 1149.2 1150.5 0.2460 0.2568 0.2662 0.2746 0.2822 0.2891 0.2955 0.3014 0.3069 0.3122 1.5847 1.5613 1.5410 1.5231 1.5069 1.4923 1.4789 1.4665 1.4550 1.4442 1.8307 1.8181 1.8072 1.7977 1.7891 1.7814 1.7744 1.7679 1.7619 1.7564 12 14 16 18 20 22 24 26 28 30 26.80 24.75 22.17 20.089 18.375 16.938 15.715 14.663 180.07. 184:42 190.56 196.16 201.33 206.14 210.62 214.83 970.3 967.6 963.6 960.1 956.8 953.7 950.7 947.9 1150.4 1152.0 1154.2 1156.3 1158.1 1159.8 1161.3 1162.7 0.3120 1.4446 0.3184 1.4313 0.3275. 1.4128 0.3356 1.3962 0.3431 1.3811 0.3500 1.3672 0.3564 1.3544 0.3623 1.3425 Lb/Sq In. 1.7566 14.696 1.7497 16 1.7403 18 1.7319 20 1.7242 22 1.7172 24 1.7108 26 1.7048 28 13.746 12.940 12.226 11.588 11.015 10.498 10.029 9.601 9.209 8.848 218.82 222.59 226.18 229.60 232.89 236.03 239.04 241.95 244.75 247.47 945.3 942.8 940.3 938.0 935.8 933.7 931.6 929.6 927.7 925.8 1164.1 1165.4 1166.5 1167.6 1168.7 1169.7 1170.7 1171.6 1172.4 1173.3 0.3680 0.3733 0.3783 0.3831 0.3876 0.3919 0.3960 0.4000 0.4038 0.4075 1.3313 1.3209 1.3110 1.3017 1.2929 1.2844 1.2764 1.2687 1.2613 1.2542 1.6993 1.6941 1.6893 1.6848 1.6805 1.6763 1.6724 1.6687 1.6652 1.6617 30 32 34 36 38 40 42 . 44 46 48 8.515 8.208 7.922 7.656 7.407 7.175 6.957 6.752 6.560 6.378 250.09 252.63 255.09 257.50 259.82 262.09 264.30 266.45 268.55 270.60 924.0 922.2 920.5 918.8 917.1 915.5 913.9 912.3 910.8 909.4 1174.1 1174.8 1175.6 1176.3 1176.9 1177.6 1178.2 1178.8 1179.4 1180.0 0.4110 0.4144 0.4177 0.4209 0.4240 0.4270 0.4300 0.4328 0.4356 0.4383 1.2474 1.2409 1.2346 1.2285 1.2226 1.2168 1.2112 1.2059 1.2006 1.1955 1.6585 1.6553 1.6523 1.6494 1.6466 1.6438 1.6412 1.6387 1.6362 1.6338 50 . 52 54 56 58 . 60 62 64 66 68 . 6.206 6.044 5.890 5.743 5.604 5.472 5.346 5.226 5.111 5.001 272.61 274.57 276.49 278.37 280.21 282.02 283.79 285.53 287.24 288.91 907.9 906.5 905.1 903.7 902.4 901.1 899.7 898.5 897.2 895.9 1180.6 1181.1 1181.6 1182.1 1182.6 1183 1 1183.5 1184.0 1184.4 1184.8 0.4409 0.4435 0.4460 0.4484 0.4508 0.4531 0.4554 0.4576 0.4598 0.4620 1.1906 1.6315 1.1857 1.6292 1.1810 1.6270 1.1764 1.6248 1.1720 1.6228 1.1676 1.6207 1.1633 1.6187 1.1592 1.6168 1.1551 1.6149 1.1510' 1.6130 70 72 74 76 78 80 . 82 84 86 88 4.896' 290-56 4.796 292.18 4.699 293.78 4.606 295.34 4.517 296.89 4.432 298.40 3.015 330.51 2.288 355.36 1.5433 393.84 1.1613 424.0 0.9278 449.4 894.7 893.5 892.3 891.1 889.9 888.8 863.6 843.0 809.0 780.5 755.0 1185.3 1185.7 1186.1 1186.4 1186.8 1187.2 1194.1 1198.4 1202.8 1204.5 1204.4 0.4641 0.4661 0.4682 0.4702 0.4721 0.4740 0.5138 0.5435 0.5879 0.6214 0.6487 1.1471 1.1433 1.1394 1.1358 1.1322 1.1286 0.0556 1.0018 0.9225 0.8630 0.8147 1.6112 1.6094 1.6076 1.6060 1.6043 1.6026 1.5694 1.5453 1.5104 1.4844 1.4634 90 92 94 .. 96 98 100 150 200 300 400 500 Reprinted by permission from Thermodynamic Properties of Steam, by J. H. Keenan and F. G. Keyea. published by John Wiley and Sons. Inc., 1936 edition. 24 CHAPTER 1. THERMODYNAMICS OF AIR AND WATER MIXTURES Table 8. Properties of Saturated Steam: Temperature Table3 Temp F t Abs. Pressure Lb per Sq In. In. Hg P Specific Volume Sat. Liquid Evap. Sat. Vapor vtg *8 32 0.08854 0.1803 0.01602 3306 33 0.09222 0.1878 0.01602 3180 34 0.09602 0.1955 0.01602 3061 35 0.09995 0.2035 0.01602 2947 36 0.10401 0.2118 0.01602 2837 37 0.10821 0.2203 0.01602 2732 38 0.11256 0.2292 0.01602 2632 39 0.11705 0.2383 0.01602 2536 3306 3180 3061 2947 2837 2732 2632 2536 Enthalpy Sat. Liquid Evap. hfg Sat. Vapor ** 0.00 1.01 2.02 3.02 4.03 5.04 6.04 7.04 1075.8 1075.2 1074.7 1074.1 1073.6 1073.0 1072.4 1071.9 1075.8 1076.2 1076.7 1077.1 1077.6 1078.0 1078.4 1078.9 Entropy Sat. Liquid Evap. Sat. Vapor Sr sre s* Temp F t 0.0000 0.0020 0.0041 0.0061 0.0081 0.0102 0.0122 0.0142 2.1877 2.1821 2.1764 2.1709 2.1654 2.1598 2.1544 2.1489 2.1877 2.1841 2.1805 2.1770 2.1735 2.1700 2.1666 2.1631 32 33 34 35 36 37 38 39 40 0.12170 0.2478 0.01602 2444 2444 41 0.12652 0.2576 0.01602 2356 2356 42 0.13150 0.2677 0.01602 2271 2271 43 0.13665 0.2782 0.01602 2190 2190 44 0.14199 0.2891 0.01602 2112 2112 45 0.14752 0.3004 0.01602 2036.4 2036.4 46 0.15323 0.3120 0.01602 1964.3 1964.3 47 0.15914 0.3240 0.01603 1895.1 1895.1 48 0.16525 0.3364 0.01603 1828.6 1828.6 49 0.17157 0.3493 0.01603 1764.7 1764.7 8.05 9.05 10.05 11.06 12.06 13.06 14.06 15.07 16.07 17.07 1071.3, 1070.7 1070.1 1069.5 1068.9 1068.4 1067.8 1067.3 1066.7 1066.1 1079.3 1079.7 1080.2 1080.6 1081.0 1081.5 1081.9 1082.4 1082.8 1083.2 0.0162 0.0182 0.0202 0.0222 0.0242 0.0262 0.0282 0.0302 0.0321 0.0341 2.1435 2.1381 2.1327 2.1274 2.1220 2.1167 2.1113 2.1060 2.1008 2.0956 2.1597 2.1563 2.1529 2.1496 2.1462 2.1429 2.1395 2.1362 2.1329 2.1297 40 41 42 43 44 45 46 47 48 49 50 0.17811 0.3626 0.01603 1703.2 1703.2 51 0.18486 0.3764 0.01603 1644.2 1644.2 52 0.19182 0.3906 0.01603 1587.6 1587.6 53 0.19900 0.4052 0.01603 1533.3 1533.3 54 0.20642 0.4203 0.01603 1481.0 1481.0 55 0.2141 0.4359 0.01603 1430.7 1430.7 56 0.2220 0.4520 0.01603 1382.4 1382.4 57 0.2302 0.4686 0.01603 1335.9 1335.9 58 0.2386 0.4858 0.01604 1291.1 1291.1 59 0.2473. 0.5035 0.01604 1248.1 1248.1 18.07 19.07 20.07 21.07 22.07 23.07 24.06 25.06 26.06 27.06 1065.6 1065.0 1064.4 1063.9 1063.3 1062.7 1062.2 1061.6 1061.0 1060.5 1083.7 1084.1 1084.5 1085.0 1085.4 1085.8 1086.3 1086.7 1087.1 1087.6 0.0361 0.0380 0.0400 0.0420 0.0439 0.0459 0.0478 2.0497 0.0517 0.0536 2.0903 210852 2.0799 2.0747 2.0697 2.0645 2.0594 2.0544 2.0493 2.0443 2.1264 2.1232 2.1199 2.1167 2.1136 2.1104 2.1072 2.1041 2.1010 2.0979 50 51 52 53 54 55 56 57 58 59 60 0.2563 0.5218 0.01604 1206.6 1206.7 28.06 1059.9 1088.0 0.0555 2.0393 2.0948 61 0.2655 0.5407 0.01604 1166.8 1166.8 29.06 1059.3 1088.4 0.0574 2.0343 2.0917 62 0.2751 0.5601 0.01604 1128.4 1128.4 30.05 1058.8 1088.9 0.0593 2.0293 2.0886 63 0.2850 0.5802 0.01604 1091.4 1091.4 31.05 1058.2 1089.3 0.0613 2.0243 2.0856 64 0.2951 0.6009 0.01605 1055.7 1055.7 32.05 1057.6 1089.7 0.0632 2.0194 2.0826 65 0.3056 0.6222 0.01605 1021.4 102T.4 33.05 1057.1 1090.2 0.0651 2.0145 2.0796 66 0.3164 0.6442 0.01605 988.4 988.4 34.05 1056.5 1090.6 0.0670 2.0096 2.0766 67 0.3276 0.6669 0.01605 956.6 956.6 35.05 1056.0 1091.0 0.0689 2.0047 2.0736 68 0.3390 0.6903 0.01605 925.9 925.9 36.04 1055.5 1091.5 0.0708 1.9998 2.0706 69 0.3509 0.7144 0.01605 896.3 896.3 37.04 1054.9 1091.9 0.0726 1.9950 2.0676 60 61 62 63 64 65 66 67 68 69 70 0.3631 0.7392 0.01606 867.8 71 0.3756 0.7648 0.01606 840.4 72 0.3886 0.7912 0.01606 813.9 73 0.4019 0.8183 0.01606 788.3 74 0.4156 0.8462 0.01606 763.7 75 0.4298 0.8750 0.01607 740.0 76 0.4443 0.9046 0.01607 717.1 77 0.4593 0.9352 0.01607 694.9 78 0.4747 0.9666 0.01607 673.6 79 0.4906 0.9989 0.01608 653.0 867.9 840.4 813.9 788.4 763.8 740.0 717.1 694.9 673.6 653.0 38.04 39.04 40.04 41.03 42.03 43.03 44.03 45.02 46.02 47.02' 1054.3 1053.8 1053.2 1052.6 1052.1 1051.5 1050.9 1050.4 1049.8 1049.2 1092.3 1092.8 1093.2 1093.6 1094.1 1094.5 1094.9 1095.4 1095.8 1096.2 0.0745 0.0764 0.0783 0.0802 0.0820 0.0839 0.0858 0.0876 0.0895 0.0913 1.9902 1.9854 1.9805 1.9757 1.9710 1.9663 1.9615 1.9569 1.9521 1.9475 2.0647 2.0618 2.0588 2.0559 2.0530 2.0502 2.0473 2.0445 2.0416 2.0388 70 71 72 73 74 .75 76 77 78 79 80 0.5069 1.0321 0.01608 633.1 81 0.5237 1.0664 0.01608 613.9 82 0.5410 1.1016 0.01608 595.3 83 0.5588 1.1378 0.01609 577.4 . 84 0.5771 1.1750 0.01609 560.1 85 0.5959 1.2133 0.01609 543.4 86 0.6152 1.2527 0.01609 527.3 87 0.6351 1.2931 0.01610 511.7 88 0.6556 1.3347 0.01610 496.6 89 0.6766 1.3775 0.01610 482.1 633.1 613.9 595.3 577.4 560.2 543.5 527.3 511.7 496.7 482.1 48.02 49.02 50.01 51.01 52.01 53.00 54.00 55.00 56.00 56.99 1048.6 1048.1 1047.5 1046.9 1046.4 1045.8 1045.2 1044.7 1044.1 1043.5 1096.6 1097.1 1097.5 1097.9 1098.4 1098.8 1099.2 1099.7 1100.1 1100.5 0.0932 0.0950 0.0969 0.0987 0.1005 0.1024 0.1042 0.1060 0.1079 0.1097 1.9428 1.9382 1.9335 1.9290 1.9244 1.9198 1.9153 1.9108 1.9062 1.9017 2.0360 2.0332 2.0304 2.0277 2.0249 2.0222 2.0195 2.0168 2.0141 2.0114 80 81 82 83 84 85 86 87 88 89 90 0.6982 1.4215 0.01610 468.0 91 0.7204 1.4667 0.01611 454.4 92 0.7432 1.5131 0.01611 441.2 93 0.7666 1.5608 0.01611 428.5 94 0.7906 1.6097 0.01612 416.2 95 0.8153* 1.6600 0.01612 404.3 96 0.8407 1.7117 0.01612 392.8 97 0.8668 1.7647 0.01612 381.7 98 0.-8935 1.8192 0.01613 370.9 99 0.9210 1.8751 0.01613 360.4 100 0.9492 1.9325 0.01613 350.3 101 0.9781 1.9915 0.01614 340.6 468.0 454.4 441.3 428.5 416.2 404.3 392.8 381.7 370.9 360.5 350.4 340.6 57.99 58.99 59.99 60.98 61.98 62.98 63.98 64.97 65.97 66.97 67.97 68.96 1042.9 1042.4 1041.8 1041.2 1040.7 1040.1 1039.5 1038.9 1038.4 1037.8 1037.2 1036.6 1100.9 1101.4 1101.8 1102.2 1102.6 1103.1 1103.5 1103.9 1104.4 1104.8 1105.2 1105.6 0.1115 0.1133 0.1151 0.1169 0.1187 0.1205 0.1223 0.1241 0.1259 0.1277 0.1313 1.8972 1.8927 1.8883 1.8838 1.8794 1.8750 1.8706 1.8662 1.8618 1.8575 1.8531 1.8488 2.0087 2.0060 2.0034 2.0007 1.9981 1.9955 1.9929 1.9903 1.9877 1.9852 1.9826 1.9801 90 91 92 93 94 95 96 97 98 99 100 101 ^Reprinted by permission from Thermodynamic Properties of Steam, by J. H. Keenan and F. G. Keyes, published by John Wiley and Sons, Inc.. 1936 edition. 25