Document NG1GZdvkRvy8DrVoEQRV4xMvb

imir 34 CHAPTER 3 1965 Guide And Data Book Table 1 Tbermodynamjc Propertier o MOIST Aik' (Standard Atmospheric Pressure. 29.921 in. Hg). (Concluded) Fahr. Temp. Hvmidily Ratio W. Vofom v ft/tb dry air - V, ntbe{py fite/lb dry air h. h. Errfropy Bln par (*f) (Jb dry air) ti rCoadgmtd Wafer EnJhalp] Bfu/lb bm Entropy Bh per (*F](lb) Vap., Press'In. Hg P* us 130 137 138 ISO MO Ml 140 M3 144 148 140 147 MS 140 too 181 US 188 184 188 ISO 167 188 189 1Q 101 ISO 163 104 188 160 107 109 100 0.1308 0.1360 0.1393 0.1439 0.1468 14.990 18.016 18.041 18.006 18.091 3.133 3.337 * 3.343 . 3.463 3.580 18-123 18.253 18.389 18.828 18.671 0.1834 0.tSB4 0.1630 0.1689 0.1748 0.1803 0.18S3 0.1934 0.19S9 0.3080 0.3128 0.3197 0.8371 0.3349 0.3430 0.3514 0.3603 0.2693 0.3788 0.3887 0.3990 0.3098 0.2311 0.3339 0.3483 0.3581 0.1716 0.3858 0.4007 0.4163 15.117 16.142 ` 15.167 15.193 15.318 3.702' .' 3.829 3.961 4.098 4.339 18.819 18.971 19.128 19.290 19.457 18.343 18.368 18.393 18:219. 15.344 4.388 ' 4.639 4.698 4.862 5.033 19.629 19.807 19.991 20.181 30.377 18.360 15.394 18.420 18.445 18.470 5.311 5.396 - 6.537 6.788 6.996 30.580 30.790 '21.007 -21.233 21.466 - 15.496 15.521 15.540 15.67t 15.897 6.213 0.439 6.678 6.923 7.178 31.709 31.960 32.321 23.493 22.775 15.623 15.647 16.673 15.698 15.733 7.448 7.737 8.020 8.326 8.648 33.068 33.374 33.692 34.024 34.371 15.748 16.773 ' 15.799 16.834 16.849 8.988 9.339 9.708 10.098 10.608 24.733 35.113 25.507 25.933 38.357 33.453 33.693 33.93333.174' 33.414 33.655 33.no 34.136 34.377 34.618 34.859 38.009' 38.340 35.881 85.823 36.063 38.304 30.545' 30.785: 37.036' 37.367' 37.508' 37.749 37.990 38.231' 38.471 38.713 38.054 39.195 39.436- 39.67789.918' 40.159 40.400. 40.041 140.4 161.3 i 156.1-' 161.3 166:5 < 178.9 183.9 189.0'' 194.4199.9' 172.0 177.7 183.0 ' 189.7, ` 190.0 205.7 311.0 217.7 224.1. .230.0 202.5 1 209.3 . 210.4 223.7 331.3 337.4. 344.4 251.7. 259.3. 367.1 239.3 ' 247.3 255.9 204.7 273.9 *75.3 283.6 293.4 301.6310.9 ' 281.5 293.5' 303.9314.7 328.0 320.8' 331.0 341.7 352.7 354.3' 337.8 ! 350.1 363.0 378.5390.5 370.3 388.8 402.0 415.7 ' 429.9' 408.3 . 420.8 * 437.0 454.0 471.8 ' 445.0 . -460.7.' 447.3 494.4 613.4 - 0.06189 0.06229 0.00370 0.00310 0.06350 0.06390 0.00430 0.00470 0.06810 0.06649 0.065S9 0.06029 0.06069 0.06708 0.06748 0.08787 0.068Z7 0.06860 0.06900 0.06945 0-06384 0.07023 0.07063 0.07101 0.07140 0.07179 0.07218 0.07357 0.07296 0.07334 0.07373 0.07411 0.07450 0.07488 0.07537 0-28M 0.3695 0.3778 0.2868 0.2954 0.3047. 0.31420.3241: 0.3343 0.3449' 0.3559' 0.3872' 0.3790: 0.3912 0.4038' 0.4169 0.4304' 0.4445 0.45910.4743' 0.490i' 0.5066 0.52374 0.5415 0.6600' 0.5793 0.5994 0.0204 0.0423 0.6652 0.68930.7143 0.7405 0.7680 0.7969' 0.3233 0.8318 0.340S 0.3496 0.3589 103.00 104.00 105.00 106.00 107.00 0-1902 0.1918 0.1935 0.1953 0.1969 5.1676 8.3040 6.4440 5.5878 5.7843 0.3086 0.8785 0.3888 0.3994 0.4104 107.99 108.99 109.99 110.99 111.99 0.1985 0.2002 0.2018 0.3038 0.2051 6.8838 0.0367 0.1930 6.3527 6.6160 0.4218 113.99 0.4335 -.113.99 0.4457 . 114.99 0.4883 118.99 0.4713 - 110.99 0.2068 0.2034 0.2101 0.3117 0.2134 6.6828 0.6533 7.0273 7.2051 7.3867 0.4848 0.4987 0.6133 0.5283 0.5438 117.99 118.99 119.99 120.99 121.99 0.2150 0.2167 0.3183 0.3900 0.2216 7.5733 7.7610 7.9550 8.1525 8.8541 0.5599 0.6768 0.S943 0.6138 0.0314 122.99 123.99 124.99 135.99 127.00' 0.2233 0.2248 0.3265 0.2381 0.2297 8.5599 8.7701 8.9840 9.2030 9.4271 0.6511 0.6710. o.nso 0.7183' 0.7385 128.00 129.00 130.00 131-00 132.00 0.2313 ' 0.2329 0.23450.2381 0.2377 9.6550 918870 10.125 '10.367 10.014 0.7629 0.7883 0.8150 0.8429 0.8722 ' 133.00 134.00 135.01 130.01 137.01 0.2393 0.2409 0.2426 0.2441 0.2457 10.866 11.123 11.385 11.652 Mir. rnp W" Voham co tt/tb dry lit Humidify Ratio W, . v V ' V, m 171 170 m 174 0.4337 0.4800 0.4883 0.48780.6078 15.674 15.900 16.925 15.950 16.975 10.938 11.291 ' 11.870 12.376 13.911 38.812 37.291 37.795 38.320 28.886 178 178 177 .178 m 0.8393 0.6519 0.5760 0.6010 0.6288 16.001 16.020 10.051 16.076 16.102 13.475! 14.074 14.710 15.380 16.104 29.476 30.100 80.761 31.463 33.700 180 181' 150 183 184 0.6878 0.6887 0.7218 ' 0.7573 0.7953 16.127 16.153 ' 16.177 16.203 16.228 16.870 17.689' 18.665 -19.504 20.513 83.997 33.841 34.743 35.707 56.741 188 180 187 168 189 0.8383 0.8805 0.9283 0.9803 1.037 16.353 16.278 16.304 16.329 16.354 21.601 21.775 34.047 4 28.427 38.934- 37.854 39.053 40.351 41.750 43.388 190 151 193 193 194 1.099 1.160 1.341 4.334 1.410 16.379 16.405 16.430 16.485 10.480 38.580 30.385 S3.37S1 34.581 37.036 44.959 46.790 48.805 51.038 83.516 198 -190 197 198 199300 1.619 1.638 1.767 1.917 3.091 3.395 16.606 16.531 10.586 16.581 16.607 10.632 39.785 42.885 40.403 60.428 58.074 60.510; 56.391 69.416 63.958 67.007 71-681 77.143 "CcmpOod by John A. Gaff And & fir.v4. Enthalpy Btu/(b dry air Bhr per (F) (lb dry air) .-'.Condensed Wafer h. b. * 40.883 41.133 41.364 41.605' 41.846' 42.087 43.328 43.569 43.810 43.081 43.293 43.634 43.775-' 44.010 44.357 44.498 44.740 44.98148.32345.463- 45.704 45.946 46.187 40.428 40.870 46.911 47.153' 47.394 47.630 47.877 48.119 490.0 510.4 531.3 ' 553.3 570.6 531.5 551.5 573.7 694.9 018.3 ' 0.07805 0.07603 0.07041 0.07680 0.07718 601.1 027.1 .654.7 684.1 715.3 043.2 069.4 637.3 728.9' 758.3 ' 0.07786 o!07832 0.07870 0.07908 748.8 783.9 ' 821.9 863.5 " 900.3 .791.8 07.4 888.7 806.6- 950.6 0.07946 0.07984 0.08021 0.08059 0.08090 983.3 1004 1059 1119 1184 1 997.7 1049 1104 1164 1229- .: 0.08134 0.08171 0.08206 0.08248 0.08283 1255 1333 1418 1513 ` 1619' 1301 1378 1404 1559 '. 1500 ' .0.03320 0.08387 O.OSS94 0.08431 0.08468 1737 1784 1871 1918 ' 0.08505 0.08542 2069 0.08679 3198 - 3343 0.08610 3395 3443 0.08663 2829 2877 0.08889 \ >u Enthalpy Btv/lb tEnlhropy jW?(IB) bm Vap. < Press * In. Hg P 0.8273 0.8592 0.8927 0.9281 0.9654 1.005 1.047 1.091 1.137 1.187 1.240 1.396 1.357 1.421 1.490 1.565 1.045 1.731 - 1.835 1.928 2.039 2.1612.296 . 2.444 2.609 3.794 3.002 3.338 3.507 3.817 4.179 1 0.9030 * 0.9353 0.9691 1.0049 1.0420 1.083 1.125 1.109 1.210 1.360, 1.319 1.370. 1.437. 1.603 1.571 1.646 1.7*7 1.613 1.907 2.011 2.123 3.345 2.380 3.638 2.694 2.879 3.087 3.324 3.593 3.9044.360 . 138.01 139.01 140.01. 141.01 142.03 0.2473 0.3489 0.2505 . 0.2521 0.2537 143.03 144.03 - 145.02 146.03 147.03 0.2553 . 0.2568 0.2584 0.3600 0.2810 148.03 149.03 .150.04 151.04 153.04 0.2631 0.2847 0.3863 0.2878 0.2893 153.05. 154.08 155.05 156.00. 187.00 0.2709 0.9724 0.2740 0.2785 0.2771 158.07 159.07 160.07 101.08 162.08 0.3780 0.2902 0.2317 0.2833 0.2848 .163.09 104.09 165.10 166.10 167.11 108.11 0.3884 0.2879 0.2895 0.2910 0.2925 0.2940 12.203 13.486 13.775 13.069 13-369 13.675 13.687 14.304 14.628. 14.958 15.294 15.636 15.985 16.310 10.703 17.071 17.446' 17.828 18.217 18.614 19-017 19.437 19.8a 20.271 20.791 *i. ia 21.594 23.050 23.614 22.987 33.468 fahr.' T7n 136 136 137 138 139 140 14t 143 148 144 ia 146 147 US 149 150 151 182 153 164 156 150 157 158 159 160 161 102 163 164 165 166 167 108 Fahr. wr 170 171 172 173 174 175 176 177 178 179 180 181' 183 183. 184 163 186 187 188 189 190 191 193 193 194 195 190' 197 198 199 200 Psychrometncs, Table 2....... Thermodynamic Properties of WATER at Saturation* 35 fahr. Tempi rtf) Ahttbfo Pressure p'X 10* L Ib/Sq bv bv Hg Specific Volume, cu fl per lb Sat. Solid Evap. Sat. Vapor Vi* X l(T* v, x nr* Enthalpy, Btv per lb Entropy, Btv per (lb) I r) fivap. hi. rat. Vapor Sat Sofid Evap. i tig Sat V >100 -155 >150 -140 -185 . >130 >120 >116 -no -too -95 >90 >85 -80 >75 -70 -68 -60 >65 i-80 -a *'-48 >44 -a -40" ' -38 >38 --84 . -13 0.004949 0.009040 0.01620 4' - 0.02880 '- ' 0.01008 0.01840 ' 0.03298' 0.05803 '0.01722 0.01733 0.01723 ~ 0.01734 36070 10080 11390 6577 - 36070 30080 11390 6877 ' 0.04923 - O.t0Q3 '- 0.08380 . ' 0.1706 0.1403 . 0.1856 '0.1311 0.4708 0.01724 0.01725 0.01715 0.01716 3864 ' 1308 1400 863.3 3884 2308 1400 862.3 '.- 0.3787, - 0.7049 ',0.6019 ), ' - 1.228 ' 0.9517. - ' 1.933', 1.488 3.028 ' 0.01730 ' 0.01737 .0.01718 0.01728 : 538.6 841.1'. . - U8.9' 142.2 838.6 341.1 - 118.9 142.2 .' 1.391 - 4.664. - 3.491 , ' 7.108 5.260 ' 10.71 - ' 7.841 15.96 ! 0.01729 0.01729 0.01730 0.01730 ' 93.83 63.13 41.86> 28.a ' 93.63-. .63.23 '41.88 18.46 11.57 . 11.89 . .24.43 38.01 ' 23.55 . 34.39 49.74 71.18 0.01731 ' 19.58 . 0.01733 13.66- 0.01733 . 9.501.' 0.01733 0.715 19.85 13.56 9.501 0.716 49.73 .70.01 :97.76 . * 111.5 M1.2 142.6 199.0 127.0 - 0.01734 0.01734 0.01735 0.01730 . 4.786 ' ' - 3.4a- 3.496 2.200 4.788 2.4a3.490i.a 137.0 144.4 164.1 188.1 158.8 ' 194.0 ' 334.0 379.0 0.01736 0.01736 0.01736 0.01737 1.941 1.941 : * 1.715 - 1.715 1.510 1.810 1.343 1.343 *11.0 238.8 270.0 304.9 '439.5 486.2 649.7 ' 620.8 0.01737 0.01737 0.01737 0.01738 1.191 1.087 0.9391 0.8355 1.191 1.057 0.9391 0.8358 -232.08 ' - 1212.0 -120.44 1213.02 -318.83 1213.63 -217.17 1314.17 990.38 '992.58,. 994.90 -997.00 -0.4907 -0.4884 --0.4801 -m.47a -315.49 -213.80 -313.08 -210.34 1314.70 1315.21 1215.71 1316.18 990.11 1001.41 1003.63 1005.84 -0.4698 --0.4643 ' `--0.4590 -0.4838 -208.58 -206.79 -204.98 -203.14 1318.63 1217.05 1217.45 1317.81 1008.05 1010.20 1011.47 ' 1014.68 -^0.4485 r -0.4433 --0-4381 -0.4329 -201.28 -199.40-197.49 -195.86 1318.17 1218.50 tllS.BO 1319.03 1016.89 1019.10. -1021.31 1033.53 -0.4277 ' -0.4335 -0.4173 -0.4131 -193.60 -191.62-189.61 -187.68 1219.33 1119.86 1319.76 1319.94 1028.73 1027.94 1030.15 1031.36 -0.4069 -0.4017 -0.3905 -0.3914 -188.63' -183.44 -181.34 -180.49. 1120.10 1120.13 1220.34 1220.87 1034.88 1036.79 --1039.001039.88 -0.3863 --0.J810 --0.3758 -0.3738 -179.04 -178.78 >177.92 -177.06 1130.40 ':1040.76 I320.a - ; 1041.65' 1220.45 1042.S3 . 1320.48 1043.43 -0.3717 -0.3696 -0.3676 -0.3855 -176.19 -178.33 -174.45 -173.67 - 1220.49 1220.51 1220.63 1220.53 - 1044.SO UKS. 19 1040.07 1046.95 -0.3634 -Q.36M -0.3593 -0.3571 4.0450 8.9812 8.9188 3.8583 3.6849 8.4958 8.4387 3.3S3S 8.7998 3.7428 3.6874 ' 3.6338 3.8301 3.3785 8.3384 8.1800 3.6815 8.5308 3.4815 8.4335 8.1330 3.0875 3.0434 3.0006 3.3868 3.3413 3.2969 3.3838 3.9591 3.9187 3.8796 3.8416 8.2114 3.1702 2.1301 8.0910 3.8048 3.7688 2.7335 3.6996 3.0538 3.0153 3.9788 2.9843 3.6864 3.6342 3.6038 3.5905 3.9501 3.93n 9.9219 1.9080 2-5784 2.6663 2.55a 2.5435 2.89a 3.8807 3.8671 S.8S3S 3.6308 3.8193 3.6078 2.4968 fahr. -160 -- 1S5 -150 -145 -140 -135 -130 -125 -120 -its -110 -105 -100 -95 -90 -85 -80 -76 -70 .-65 --60 -55 -50 -a -46 -44 -42 -40 -38 .-36 - -34 -32 Fahr. Temp. rtf) Absolute Pressure p X 10* Specific Vahnse, ca* Tper lb Eafhvlpy, Bio pot lb Entropy, Bfw per Ub) (*f) Lb/Sq bv ` bvHg. ' Sat. Sofid Sot. Vapor Sat. Solid v<* x t<r* v* X 10"* hi - E~p. Sat. Vapor Sat. Solid Evap. hi, - - h. ' V, Sat H Fahr, Temp. F) -30 -28 -28 -14- -22 -20 .-19 -18 -17 -10 - -18 .--14 -13 -13 -11 .-10 -9 -8 --7 --6 -6 ..-4 -3 -3 .3 S 0.8440 0.3876 0.4363 0.4903 0.7003 0.7891 0.88S3 0.9987 0.01738 0.01738 0.01738. 0.01739 0.6609 ; yO.6181 i 0.6845 -0.6938 1.132 1.289 1.333 1.410 0.01739 -0.01739 0.017390.01740 0.7233 0.7757 0.8204 0.8676 1.493 ' 1.579 - 1.070 - 1.760 0.01740 ' '0.01740 0.017400.01740 0.9171 . 1.887 0.9694 > - 1.974 1.034 - - -2.086 1.083 -' 3.203 ' 0.01740 0.01740 ' 0.01740 0.01741 1.143 ' 1.207 1.374 1.344 3.327 2.a? ' 2.594 1.737 0.01741 . 0.01741 ' 0.01741 0.01741' 1.419 1.496 1.678 1.664 ' 3.883 3.0473.313 ' 3.3SB 0.01741 0.01743 0.01743 0.01743 7.441'* 6.634 . 8.911 : 8.290 - 7.441 0.634 - 5.921 5.290 4.733 ` . 4.237 - 4.011 . ' 8.797 4.733 4.227 4.011 3.797 3.596 3.407. ' 3.138 3.060- 3.690 3.407 8.238 3.060 3.901 1.760 ' 3.609 : - 2.475 3.901 - 3:750 2.609 3.475 3.349 2.239 . 1 - 1.118 1.010 i.sa 3.129 3.110 2.010 1.900 1.814 1.723 1.638 1.909 1.814 1.713 1.638 1.053 3.161 2.621' 4.178 4.400 -0.01743 `:0.01743 1.340 1.175 6.134 - 0.01743' / 1.1C0 1.340 1.357 ' 1.100 "--171.88" 1220.83 -171.80- 1320.63 -170.91 '> 1230.61 -170.01 1220.60 1047.84 ' -0.3553 -1048.73 -0.3533 1049.60- -0.3511 . 1050.49,. . -0.3490 3.8408 3.8274 2.8143 2.8013 3.4883 3.4743 . 2.4633 . 2.4573 -169.13 -168.21 -167.70 -107.31 1230.49' - 1220.47 I320.M . 1220.45. ' 1081.37 1053.28 . 1052.70 1053.14 -0.3470 -0.3449 - -0.3439 -0.1429 3.7885 8.77572.76953.7633 3.4418 3.4308 3.4286 3.4203 -166.85 -106.40 -165.94 -i65.a mo.a 1130.43' . 1320.41' 1 1120.39 1053.68 -0.3418 3.7568 1054.03 ' c--0.3408.- 3.7508 . 1054.47 - -0.3398 3.7444 1084.91 -0.3388 . 3.7383 3.4150 3.4098 3.4046 3.1998 -185.03 -164.67 -104.11 >163.65 1220.38. 1230.381320.34 1330.33 1055.35 ' 1055.79 1056.33 1056.67 -0.3377 -0.3367 -0.3357 -0.3347 2.7330 S.73n 3.7188 '3.7138 3.39a 2.3893 3.3841 3.3791 -163.18 -162.73 -162.18 -161.79 1220.30 : 1320.18: . 1220.16 1220.23- 1057.13 1057.56 1088.00. - 1058.44 -0.3338. -0.8320 -0.3310 -0.3300 J.70T8 2.7016 3.6956 3.6896 3.3740 3.3690 3.3540 3.3890 -101.33 -160.86 -160.39 -159.93 1330.11 1120.18 1120.15' 1330.13! -1058.88 1059.31 ion.70 1060.21 -0.3295-0.2285 -0.3275 '^0.3204 2.6636 3.6777 3.6718 3.6658 9.3541 3.8493 ' 3.3443 3.3394 --t58.98 -158.04 1230.10. 1110.07 1220.04 1320.01, 1060.08. -0.3254 -1061.97 \--0.3224 3.8600 3.3346 i.mi -187.66 -186.61 -180.14 1219.97. 1119.04 1319.90 1119.88 1001.41' ' -0.3213 - 1063.85 -0.3283 : --0.3182 3.6367 . 3.2154 3.6309 1.3106 -30 -28 -26 -34 -32 -20 -19 -13 -17 -16 -15 -14 -18 -12 -II -v -9 -8 :* -7 -8 -8 -4 . -8 -2 ..-1 3 ;4 * Compiled by John A. QoS sod 8. Grstch.