The thermodynamic properties of water across a wide range of pressures and temperatures are from the NIST IAPWS-1995 model. The tables below are selectable text extracted from the original PDF.
steam-tables.txt
Appendix A1 305
A1 Steam Tables
The following tables quantify the thermodynamic state of pure water across a large range
of properties, as calculated according to the nist-iapws 1995 model [44].
The notation used is detailed on page 319. The values of π’ and π are arbitrarily set to zero
at the triple point of water, so that all values of π’, β and π elsewhere are expressed relative
to this point.
Data in these tables were produced by the US National Institute of Standards and Technol-
ogy and are in the public domain. These tables were prepared by Olivier Cleynen and are
released under a Creative Commons Attribution (CC-by) license.
These tables are available for download in various formats and with different notation
conventions at the url:
https://freesteamtables.com/
https://thermodynamicsbook.com β CC-by-sa Olivier Cleynen
306 Appendix A1
Steam Table 1: Properties of pure water (compressed liquid and dry steam)
m3 kJ kJ kJ m3 kJ kJ kJ m3 kJ kJ kJ
kg kg kg K kg Β°C kg kg kg K kg Β°C kg kg kg K kg
π£ π’ β π π π£ π’ β π π π£ π’ β π
π = 0.01 MPa π = 0.05 MPa π = 0.10 MPa
(πsat. = 45.806 β¦ C) (πsat. = 81.317 β¦ C) (πsat. = 99.606 β¦ C)
0.001 42 42 0.1511 10 0.001 42 42.1 0.1511 10 0.001 42 42.1 0.1511
0.001002 83.9 83.9 0.2965 20 0.001002 83.9 84 0.2965 20 0.001002 83.9 84 0.2965
14.867 2 443.3 2 592 8.1741 50 0.001012 209.3 209.4 0.7038 50 0.001012 209.3 209.4 0.7038
17.196 2 515.5 2 687.5 8.4489 100 3.4187 2 511.5 2 682.4 7.6953 100 1.6959 2 506.2 2 675.8 7.361
21.826 2 661.3 2 879.6 8.9049 200 4.3562 2 660 2 877.8 8.1592 200 2.1724 2 658.3 2 875.5 7.8356
26.446 2 812.2 3 076.7 9.2827 300 5.284 2 811.6 3 075.8 8.5386 300 2.6388 2 810.6 3 074.5 8.2172
35.68 3 132.9 3 489.7 9.8998 500 7.1338 3 132.6 3 489.3 9.1566 500 3.5655 3 132.2 3 488.7 8.8361
40.296 3 303.3 3 706.3 10.163 600 8.0576 3 303.1 3 706 9.4201 600 4.0279 3 302.8 3 705.6 9.0998
44.911 3 480.8 3 929.9 10.406 700 8.9812 3 480.6 3 929.7 9.6625 700 4.49 3 480.4 3 929.4 9.3424
49.527 3 665.3 4 160.6 10.631 800 9.9047 3 665.2 4 160.4 9.8882 800 4.9519 3 665 4 160.2 9.5681
54.142 3 856.9 4 398.3 10.843 900 10.828 3 856.8 4 398.2 10.1 900 5.4137 3 856.6 4 398 9.78
58.758 4 055.2 4 642.8 11.043 1 000 11.751 4 055.2 4 642.7 10.3 1 000 5.8754 4 055.1 4 642.6 9.98
63.373 4 260 4 893.7 11.233 1 100 12.674 4 260 4 893.7 10.49 1 100 6.3371 4 259.8 4 893.5 10.17
67.988 4 470.8 5 150.7 11.413 1 200 13.598 4 470.8 5 150.7 10.67 1 200 6.7988 4 470.7 5 150.6 10.35
81.834 5 135.7 5 954 11.909 1 500 16.367 5 135.6 5 953.9 11.166 1 500 8.1836 5 135.5 5 953.9 10.846
104,91 6 327.9 7 377 12.615 2 000 20.982 6 327.9 7 377 11.872 2 000 10.491 6 327.9 7 377 11.552
π = 0.20 MPa π = 0.40 MPa π = 0.60 MPa
(πsat. = 120.210 β¦ C) (πsat. = 143.608 β¦ C) (πsat. = 158.826 β¦ C)
0.001 42 42.2 0.1511 10 0.001 42 42.4 0.1511 10 0.001 42 42.6 0.151
0.001002 83.9 84.1 0.2964 20 0.001002 83.9 84.3 0.2964 20 0.001002 83.9 84.5 0.2964
0.001012 209.3 209.5 0.7037 50 0.001012 209.3 209.7 0.7036 50 0.001012 209.2 209.9 0.7035
0.001043 419 419.2 1.3071 100 0.001043 419 419.4 1.307 100 0.001043 418.9 419.5 1.3068
1.0805 2 654.6 2 870.7 7.5081 200 0.53433 2 647.2 2 860.9 7.1723 200 0.35212 2 639.3 2 850.6 6.9683
1.3162 2 808.9 3 072.1 7.8941 300 0.65489 2 805.1 3 067.1 7.5677 300 0.43442 2 801.3 3 062 7.374
1.7814 3 131.4 3 487.7 8.5152 500 0.88936 3 129.8 3 485.5 8.1933 500 0.592 3 128.2 3 483.4 8.0041
2.013 3 302.2 3 704.8 8.7792 600 1.0056 3 301 3 703.2 8.458 600 0.66976 3 299.8 3 701.7 8.2695
2.2443 3 479.9 3 928.8 9.022 700 1.1215 3 479 3 927.6 8.7012 700 0.74725 3 478.1 3 926.4 8.5131
2.4755 3 664.7 4 159.8 9.2479 800 1.2373 3 663.9 4 158.8 8.9273 800 0.82457 3 663.2 4 157.9 8.7395
2.7066 3 856.3 4 397.6 9.4598 900 1.353 3 855.7 4 396.9 9.1394 900 0.90178 3 855.1 4 396.2 8.9518
2.9375 4 054.8 4 642.3 9.6599 1 000 1.4686 4 054.3 4 641.7 9.3396 1 000 0.97893 4 053.7 4 641.1 9.1521
3.1685 4 259.6 4 893.3 9.8497 1 100 1.5841 4 259.2 4 892.8 9.5295 1 100 1.056 4 258.8 4 892.4 9.342
3.3994 4 470.5 5 150.4 10.03 1 200 1.6997 4 470.1 5 150 9.7102 1 200 1.1331 4 469.7 5 149.6 9.5228
4.0919 5 135.4 5 953.8 10.526 1 500 2.0461 5 135.2 5 953.6 10.206 1 500 1.3641 5 134.9 5 953.4 10.019
5.246 6 327.7 7 376.9 11.232 2 000 2.6232 6 327.6 7 376.9 10.912 2 000 1.749 6 327.4 7 376.8 10.725
π = 0.80 MPa π = 1.0 MPa π = 1.2 MPa
(πsat. = 170.406 β¦ C) (πsat. = 179.878 β¦ C) (πsat. = 187.957 β¦ C)
0.001 42 42.8 0.151 10 0.001 42 43 0.151 10 0.001 42 43.2 0.151
0.001001 83.9 84.7 0.2963 20 0.001001 83.8 84.9 0.2963 20 0.001001 83.8 85 0.2962
0.001012 209.2 210 0.7034 50 0.001012 209.2 210.2 0.7034 50 0.001012 209.2 210.4 0.7033
0.001043 418.9 419.7 1.3067 100 0.001043 418.8 419.8 1.3065 100 0.001043 418.7 420 1.3064
0.26088 2 631 2 839.7 6.8176 200 0.20602 2 622.3 2 828.3 6.6955 200 0.16934 2 612.9 2 816.1 6.5909
0.32416 2 797.6 3 056.9 7.2345 300 0.25799 2 793.6 3 051.6 7.1246 300 0.21386 2 789.7 3 046.3 7.0335
0.44332 3 126.6 3 481.3 7.8692 500 0.35411 3 125 3 479.1 7.7641 500 0.29464 3 123.3 3 476.9 7.6779
0.50185 3 298.6 3 700.1 8.1354 600 0.40111 3 297.5 3 698.6 8.031 600 0.33394 3 296.3 3 697 7.9455
0.56011 3 477.2 3 925.3 8.3794 700 0.44783 3 476.3 3 924.1 8.2755 700 0.37297 3 475.3 3 922.9 8.1904
0.6182 3 662.4 4 157 8.6061 800 0.49438 3 661.7 4 156.1 8.5024 800 0.41184 3 661 4 155.2 8.4176
0.67619 3 854.5 4 395.5 8.8185 900 0.54083 3 854 4 394.8 8.715 900 0.45059 3 853.3 4 394 8.6303
0.73411 4 053.2 4 640.5 9.0189 1 000 0.58721 4 052.7 4 639.9 8.9155 1 000 0.48928 4 052.3 4 639.4 8.831
0.79197 4 258.3 4 891.9 9.2089 1 100 0.63354 4 257.9 4 891.4 9.1056 1 100 0.52792 4 257.5 4 891 9.0212
0.8498 4 469.4 5 149.2 9.3898 1 200 0.67983 4 469.1 5 148.9 9.2866 1 200 0.56652 4 468.7 5 148.5 9.2022
1.0232 5 134.6 5 953.2 9.8861 1 500 0.81857 5 134.4 5 953 9.783 1 500 0.68218 5 134.2 5 952.8 9.6987
1.3118 6 327.4 7 376.8 10.592 2 000 1.0496 6 327.2 7 376.8 10.489 2 000 0.87471 6 327 7 376.7 10.405
...
Engineering Thermodynamics by Olivier Cleynen
Appendix A1 307
Steam Table 1 (continued)
π£ π’ β π π π£ π’ β π π π£ π’ β π
π = 1.4 MPa π = 1.6 MPa π = 1.8 MPa
(πsat. = 195.039 β¦ C) (πsat. = 201.370 β¦ C) (πsat. = 207.112 β¦ C)
0.001 42 43.4 0.151 10 0.001 42 43.6 0.1509 10 0.000999 42 43.8 0.1509
0.001001 83.8 85.2 0.2962 20 0.001001 83.8 85.4 0.2962 20 0.001001 83.8 85.6 0.2961
0.001012 209.1 210.5 0.7032 50 0.001011 209.1 210.7 0.7031 50 0.001011 209.1 210.9 0.703
0.001043 418.7 420.1 1.3062 100 0.001043 418.6 420.3 1.306 100 0.001043 418.6 420.4 1.3059
0.14303 2 602.8 2 803 6.4975 200 0.001156 850.4 852.3 2.3305 200 0.001156 850.3 852.4 2.3301
0.18232 2 785.7 3 040.9 6.9552 300 0.15866 2 781.5 3 035.4 6.8863 300 0.14025 2 777.5 3 029.9 6.8246
0.25216 3 121.8 3 474.8 7.6047 500 0.22029 3 120.1 3 472.6 7.5409 500 0.19551 3 118.5 3 470.4 7.4845
0.28597 3 295 3 695.4 7.873 600 0.24999 3 293.9 3 693.9 7.81 600 0.222 3 292.7 3 692.3 7.7543
0.31951 3 474.4 3 921.7 8.1183 700 0.2794 3 473.5 3 920.5 8.0557 700 0.24821 3 472.6 3 919.4 8.0004
0.35287 3 660.3 4 154.3 8.3457 800 0.30865 3 659.5 4 153.3 8.2834 800 0.27426 3 658.7 4 152.4 8.2284
0.38614 3 852.7 4 393.3 8.5587 900 0.3378 3 852.1 4 392.6 8.4965 900 0.3002 3 851.5 4 391.9 8.4416
0.41933 4 051.7 4 638.8 8.7594 1 000 0.36687 4 051.2 4 638.2 8.6974 1 000 0.32606 4 050.7 4 637.6 8.6426
0.45247 4 257 4 890.5 8.9497 1 100 0.39589 4 256.6 4 890 8.8878 1 100 0.35188 4 256.1 4 889.5 8.8331
0.48558 4 468.3 5 148.1 9.1308 1 200 0.42487 4 467.9 5 147.7 9.0689 1 200 0.37766 4 467.5 5 147.3 9.0143
0.58476 5 133.9 5 952.6 9.6274 1 500 0.51169 5 133.7 5 952.4 9.5656 1 500 0.45486 5 133.4 5 952.1 9.5111
0.74982 6 327 7 376.7 10.334 2 000 0.65615 6 326.8 7 376.6 10.272 2 000 0.5833 6 326.7 7 376.6 10.218
π = 2.0 MPa π = 2.5 MPa π = 3.0 MPa
(πsat. = 212.377 β¦ C) (πsat. = 223.950 β¦ C) (πsat. = 233.853 β¦ C)
0.000999 42 44 0.1509 10 0.000999 42 44.5 0.1509 10 0.000999 41.9 44.9 0.1508
0.001001 83.8 85.8 0.2961 20 0.001001 83.8 86.3 0.296 20 0.001 83.7 86.7 0.2959
0.001011 209 211.1 0.7029 50 0.001011 209 211.5 0.7027 50 0.001011 208.9 211.9 0.7024
0.001042 418.5 420.6 1.3057 100 0.001042 418.4 421 1.3053 100 0.001042 418.2 421.3 1.305
0.001156 850.1 852.5 2.3298 200 0.001156 849.8 852.7 2.329 200 0.001155 849.4 852.9 2.3282
0.12551 2 773.2 3 024.2 6.7684 300 0.098937 2 762.3 3 009.6 6.6459 300 0.081179 2 750.8 2 994.3 6.5412
0.17568 3 116.8 3 468.2 7.4337 500 0.13999 3 112.7 3 462.7 7.3254 500 0.1162 3 108.6 3 457.2 7.2359
0.19961 3 291.5 3 690.7 7.7043 600 0.15931 3 288.5 3 686.8 7.5979 600 0.13245 3 285.5 3 682.8 7.5103
0.22326 3 471.7 3 918.2 7.9509 700 0.17835 3 469.3 3 915.2 7.8455 700 0.14841 3 467 3 912.2 7.759
0.24674 3 658 4 151.5 8.179 800 0.19721 3 656.2 4 149.2 8.0743 800 0.1642 3 654.3 4 146.9 7.9885
0.27012 3 850.9 4 391.1 8.3925 900 0.21597 3 849.4 4 389.3 8.2882 900 0.17988 3 847.9 4 387.5 8.2028
0.29342 4 050.2 4 637 8.5936 1 000 0.23466 4 049 4 635.6 8.4896 1 000 0.19549 4 047.6 4 634.1 8.4045
0.31667 4 255.8 4 889.1 8.7842 1 100 0.2533 4 254.7 4 887.9 8.6804 1 100 0.21105 4 253.6 4 886.7 8.5955
0.33989 4 467.2 5 147 8.9654 1 200 0.2719 4 466.3 5 146 8.8618 1 200 0.22657 4 465.3 5 145 8.777
0.4094 5 133.1 5 951.9 9.4624 1 500 0.32757 5 132.5 5 951.4 9.359 1 500 0.27301 5 131.9 5 950.9 9.2745
0.52501 6 326.5 7 376.5 10.169 2 000 0.42011 6 326.1 7 376.4 10.066 2 000 0.35017 6 325.8 7 376.3 9.9818
π = 3.5 MPa π = 4.0 MPa π = 4.5 MPa
(πsat. = 242.557 β¦ C) (πsat. = 250.354 β¦ C) (πsat. = 257.437 β¦ C)
0.000999 41.9 45.4 0.1508 10 0.000998 41.9 45.9 0.1507 10 0.000998 41.9 46.4 0.1507
0.001 83.7 87.2 0.2958 20 0.001 83.7 87.7 0.2956 20 0.001 83.6 88.1 0.2955
0.001011 208.8 212.4 0.7022 50 0.00101 208.7 212.8 0.702 50 0.00101 208.7 213.2 0.7017
0.001042 418.1 421.7 1.3046 100 0.001041 417.9 422.1 1.3042 100 0.001041 417.8 422.5 1.3038
0.001155 849 853.1 2.3275 200 0.001154 848.7 853.3 2.3267 200 0.001154 848.3 853.5 2.3259
0.068453 2 738.8 2 978.4 6.4484 300 0.05887 2 726.2 2 961.7 6.3639 300 0.051378 2 713 2 944.2 6.2854
0.099195 3 104.4 3 451.6 7.1593 500 0.086442 3 100.2 3 446 7.0922 500 0.076521 3 096.1 3 440.4 7.0323
0.11325 3 282.5 3 678.9 7.4356 600 0.098859 3 279.5 3 674.9 7.3705 600 0.087662 3 276.4 3 670.9 7.3127
0.12702 3 464.7 3 909.3 7.6854 700 0.11098 3 462.4 3 906.3 7.6214 700 0.0985 3 460.1 3 903.3 7.5646
0.14061 3 652.5 4 144.6 7.9156 800 0.12292 3 650.6 4 142.3 7.8523 800 0.10916 3 648.8 4 140 7.7962
0.1541 3 846.4 4 385.7 8.1303 900 0.13476 3 844.9 4 383.9 8.0674 900 0.11972 3 843.4 4 382.1 8.0118
0.16751 4 046.4 4 632.7 8.3324 1 000 0.14652 4 045.1 4 631.2 8.2697 1 000 0.1302 4 043.9 4 629.8 8.2144
0.18087 4 252.6 4 885.6 8.5235 1 100 0.15824 4 251.4 4 884.4 8.4611 1 100 0.14064 4 250.3 4 883.2 8.406
0.1942 4 464.4 5 144.1 8.7053 1 200 0.16992 4 463.4 5 143.1 8.643 1 200 0.15103 4 462.6 5 142.2 8.588
0.23404 5 131.3 5 950.4 9.203 1 500 0.20481 5 130.7 5 949.9 9.1411 1 500 0.18208 5 130 5 949.4 9.0863
0.30021 6 325.5 7 376.2 9.9105 2 000 0.26274 6 325 7 376 9.8487 2 000 0.2336 6 324.7 7 375.9 9.7942
...
https://thermodynamicsbook.com β CC-by-sa Olivier Cleynen
308 Appendix A1
Steam Table 1 (continued)
π£ π’ β π π π£ π’ β π π π£ π’ β π
π = 5.0 MPa π = 5.5 MPa π = 6.0 MPa
(πsat. = 263.941 β¦ C) (πsat. = 269.965 β¦ C) (πsat. = 275.585 β¦ C)
0.000998 41.9 46.9 0.1506 10 0.000998 41.9 47.4 0.1506 10 0.000998 41.9 47.9 0.1505
0.001 83.6 88.6 0.2954 20 0.000999 83.6 89.1 0.2953 20 0.000999 83.5 89.5 0.2952
0.00101 208.6 213.6 0.7015 50 0.00101 208.5 214.1 0.7013 50 0.00101 208.4 214.5 0.701
0.001041 417.6 422.9 1.3034 100 0.001041 417.5 423.2 1.303 100 0.00104 417.4 423.6 1.3026
0.001153 847.9 853.7 2.3251 200 0.001153 847.6 853.9 2.3243 200 0.001152 847.2 854.1 2.3235
0.045346 2 699 2 925.7 6.211 300 0.040373 2 684.1 2 906.2 6.1397 300 0.036189 2 668.4 2 885.5 6.0703
0.068583 3 091.8 3 434.7 6.9781 500 0.062086 3 087.4 3 428.9 6.9285 500 0.056671 3 083.1 3 423.1 6.8826
0.078704 3 273.3 3 666.8 7.2605 600 0.071374 3 270.2 3 662.8 7.213 600 0.065265 3 267.1 3 658.7 7.1693
0.088518 3 457.7 3 900.3 7.5136 700 0.080351 3 455.4 3 897.3 7.4672 700 0.073545 3 453 3 894.3 7.4246
0.098158 3 646.9 4 137.7 7.7458 800 0.089152 3 645.1 4 135.4 7.7001 800 0.081648 3 643.2 4 133.1 7.6582
0.10769 3 841.8 4 380.2 7.9618 900 0.097844 3 840.3 4 378.4 7.9166 900 0.089641 3 838.8 4 376.6 7.8751
0.11715 4 042.6 4 628.3 8.1648 1 000 0.10646 4 041.4 4 626.9 8.1198 1 000 0.09756 4 040 4 625.4 8.0786
0.12655 4 249.3 4 882 8.3566 1 100 0.11503 4 248.2 4 880.9 8.3118 1 100 0.10543 4 247.1 4 879.7 8.2709
0.13592 4 461.6 5 141.2 8.5388 1 200 0.12356 4 460.7 5 140.3 8.4941 1 200 0.11326 4 459.7 5 139.3 8.4534
0.1639 5 129.4 5 948.9 9.0374 1 500 0.14902 5 128.8 5 948.4 8.993 1 500 0.13662 5 128.2 5 947.9 8.9525
0.21029 6 324.4 7 375.8 9.7454 2 000 0.19121 6 324 7 375.7 9.7012 2 000 0.17532 6 323.7 7 375.6 9.6609
π = 6.5 MPa π = 7.0 MPa π = 7.5 MPa
(πsat. = 280.858 β¦ C) (πsat. = 285.829 β¦ C) (πsat. = 290.535 β¦ C)
0.000997 41.9 48.3 0.1505 10 0.000997 41.8 48.8 0.1504 10 0.000997 41.8 49.3 0.1504
0.000999 83.5 90 0.2951 20 0.000999 83.5 90.5 0.295 20 0.000998 83.5 91 0.2949
0.001009 208.4 214.9 0.7008 50 0.001009 208.3 215.4 0.7006 50 0.001009 208.2 215.8 0.7004
0.00104 417.2 424 1.3022 100 0.00104 417.1 424.4 1.3019 100 0.00104 416.9 424.7 1.3015
0.001152 846.8 854.3 2.3228 200 0.001151 846.5 854.5 2.322 200 0.001151 846.1 854.7 2.3212
0.032607 2 651.6 2 863.5 6.0019 300 0.029492 2 633.5 2 839.9 5.9337 300 0.026742 2 613.8 2 814.4 5.8646
0.052087 3 078.7 3 417.3 6.8399 500 0.048157 3 074.3 3 411.4 6.8 500 0.04475 3 069.9 3 405.5 6.7623
0.060096 3 264.1 3 654.7 7.1288 600 0.055665 3 260.9 3 650.6 7.091 600 0.051824 3 257.8 3 646.5 7.0555
0.067786 3 450.7 3 891.3 7.3853 700 0.06285 3 448.3 3 888.2 7.3486 700 0.058572 3 445.9 3 885.2 7.3144
0.075298 3 641.4 4 130.8 7.6195 800 0.069855 3 639.4 4 128.4 7.5836 800 0.065138 3 637.6 4 126.1 7.55
0.082699 3 837.3 4 374.8 7.8369 900 0.07675 3 835.8 4 373 7.8014 900 0.071593 3 834.2 4 371.1 7.7682
0.090027 4 038.8 4 624 8.0407 1 000 0.083571 4 037.5 4 622.5 8.0055 1 000 0.077975 4 036.3 4 621.1 7.9726
0.097305 4 246 4 878.5 8.2331 1 100 0.090341 4 244.9 4 877.3 8.1981 1 100 0.084306 4 243.9 4 876.2 8.1655
0.10455 4 458.8 5 138.4 8.4158 1 200 0.097074 4 457.9 5 137.4 8.381 1 200 0.0906 4 457 5 136.5 8.3485
0.12613 5 127.6 5 947.4 8.9152 1 500 0.11714 5 126.9 5 946.9 8.8807 1 500 0.10934 5 126.4 5 946.4 8.8485
0.16187 6 323.2 7 375.4 9.6238 2 000 0.15034 6 322.9 7 375.3 9.5895 2 000 0.14035 6 322.6 7 375.2 9.5575
π = 8 MPa π = 9 MPa π = 10 MPa
(πsat. = 295.008 β¦ C) (πsat. = 303.345 β¦ C) (πsat. = 310.997 β¦ C)
0.000997 41.8 49.8 0.1503 10 0.000996 41.8 50.8 0.1502 10 0.000996 41.8 51.7 0.1501
0.000998 83.4 91.4 0.2948 20 0.000998 83.4 92.4 0.2946 20 0.000997 83.3 93.3 0.2944
0.001009 208.2 216.2 0.7001 50 0.001008 208 217.1 0.6997 50 0.001008 207.9 217.9 0.6992
0.001039 416.8 425.1 1.3011 100 0.001039 416.5 425.9 1.3003 100 0.001038 416.2 426.6 1.2996
0.00115 845.7 854.9 2.3205 200 0.001149 845 855.4 2.3189 200 0.001148 844.3 855.8 2.3174
0.024279 2 592.3 2 786.5 5.7937 300 0.001402 1 331.9 1 344.5 3.2533 300 0.001398 1 329.3 1 343.3 3.2488
0.041767 3 065.4 3 399.5 6.7266 500 0.036793 3 056.3 3 387.4 6.6603 500 0.032811 3 047 3 375.1 6.5995
0.048463 3 254.7 3 642.4 7.0221 600 0.042861 3 248.4 3 634.1 6.9605 600 0.038378 3 242 3 625.8 6.9045
0.054828 3 443.6 3 882.2 7.2821 700 0.048589 3 438.8 3 876.1 7.2229 700 0.043597 3 434 3 870 7.1693
0.061011 3 635.7 4 123.8 7.5184 800 0.054132 3 631.9 4 119.1 7.4606 800 0.048629 3 628.2 4 114.5 7.4085
0.067082 3 832.6 4 369.3 7.7371 900 0.059562 3 829.6 4 365.7 7.6802 900 0.053547 3 826.5 4 362 7.629
0.073079 4 035 4 619.6 7.9419 1 000 0.064918 4 032.4 4 616.7 7.8855 1 000 0.05839 4 029.9 4 613.8 7.8349
0.079025 4 242.8 4 875 8.135 1 100 0.070224 4 240.7 4 872.7 8.079 1 100 0.063183 4 238.5 4 870.3 8.0288
0.084934 4 456 5 135.5 8.3181 1 200 0.075492 4 454.2 5 133.6 8.2625 1 200 0.067938 4 452.3 5 131.7 8.2126
0.10252 5 125.7 5 945.9 8.8184 1 500 0.091158 5 124.5 5 944.9 8.7633 1 500 0.082066 5 123.2 5 943.9 8.714
0.1316 6 322.3 7 375.1 9.5275 2 000 0.11703 6 321.6 7 374.9 9.4729 2 000 0.10538 6 320.8 7 374.6 9.4239
...
Engineering Thermodynamics by Olivier Cleynen
Appendix A1 309
Steam Table 1 (continued)
π£ π’ β π π π£ π’ β π π π£ π’ β π
π = 12 MPa π = 14 MPa π = 16 MPa
(πsat. = 324.675 β¦ C) (πsat. = 336.666 β¦ C) (πsat. = 347.355 β¦ C)
0.000995 41.7 53.6 0.1499 10 0.000994 41.7 55.6 0.1496 10 0.000993 41.6 57.5 0.1494
0.000996 83.2 95.1 0.2939 20 0.000996 83.1 97 0.2935 20 0.000995 82.9 98.9 0.293
0.001007 207.6 219.7 0.6983 50 0.001006 207.3 221.4 0.6974 50 0.001005 207 223.1 0.6964
0.001038 415.7 428.1 1.298 100 0.001037 415.1 429.6 1.2965 100 0.001036 414.6 431.1 1.295
0.001146 842.9 856.7 2.3144 200 0.001144 841.5 857.6 2.3114 200 0.001143 840.2 858.4 2.3085
0.00139 1 324.5 1 341.2 3.2401 300 0.001382 1 319.9 1 339.2 3.2319 300 0.001375 1 315.4 1 337.4 3.224
0.026828 3 028.1 3 350 6.4903 500 0.022544 3 008.5 3 324.1 6.3932 500 0.019323 2 988.1 3 297.3 6.3046
0.031651 3 229.1 3 608.9 6.8054 600 0.026845 3 216 3 591.8 6.7191 600 0.023238 3 202.6 3 574.4 6.6421
0.036109 3 424.4 3 857.7 7.0753 700 0.030761 3 414.6 3 845.3 6.9941 700 0.026749 3 404.9 3 832.9 6.9224
0.040375 3 620.6 4 105.1 7.3173 800 0.034479 3 613.1 4 095.8 7.2391 800 0.030058 3 605.4 4 086.3 7.1703
0.044524 3 820.4 4 354.7 7.5396 900 0.03808 3 814.3 4 347.4 7.4632 900 0.033247 3 808 4 340 7.3964
0.048599 4 024.8 4 608 7.7467 1 000 0.041605 4 019.6 4 602.1 7.6716 1 000 0.036361 4 014.5 4 596.3 7.606
0.052622 4 234.1 4 865.6 7.9416 1 100 0.045079 4 229.8 4 860.9 7.8673 1 100 0.039422 4 225.5 4 856.3 7.8025
0.056608 4 448.6 5 127.9 8.1259 1 200 0.048516 4 445 5 124.2 8.0523 1 200 0.042447 4 441.2 5 120.4 7.9882
0.068428 5 120.8 5 941.9 8.6284 1 500 0.058687 5 118.3 5 939.9 8.5559 1 500 0.051381 5 115.8 5 937.9 8.4929
0.087892 6 319.5 7 374.2 9.3392 2 000 0.075404 6 318 7 373.7 9.2674 2 000 0.066037 6 316.6 7 373.2 9.2052
π = 18 MPa π = 20 MPa π = 30 MPa
(πsat. = 356.992 β¦ C) (πsat. = 365.749 β¦ C) (π > πππ. )
0.000992 41.5 59.4 0.1491 10 0.000991 41.5 61.3 0.1489 10 0.000987 41.2 70.8 0.1475
0.000994 82.8 100.7 0.2925 20 0.000993 82.7 102.6 0.2921 20 0.000989 82.1 111.8 0.2897
0.001004 206.7 224.8 0.6955 50 0.001003 206.4 226.5 0.6946 50 0.000999 205.1 235.1 0.6901
0.001035 414 432.7 1.2935 100 0.001034 413.5 434.2 1.292 100 0.001029 410.9 441.7 1.2847
0.001141 838.8 859.4 2.3056 200 0.001139 837.5 860.3 2.3027 200 0.00113 831.1 865 2.2888
0.001368 1 311.2 1 335.8 3.2164 300 0.001361 1 307.2 1 334.4 3.2091 300 0.001332 1 288.9 1 328.9 3.176
0.01681 2 967.1 3 269.7 6.2223 500 0.014793 2 945.3 3 241.2 6.1446 500 0.00869 2 824 3 084.7 5.7956
0.020431 3 189 3 556.8 6.572 600 0.018185 3 175.3 3 539 6.5075 600 0.011445 3 103.4 3 446.7 6.2373
0.023629 3 395.1 3 820.4 6.8579 700 0.021133 3 385.1 3 807.8 6.799 700 0.013653 3 334.3 3 743.9 6.5598
0.026619 3 597.8 4 076.9 7.1089 800 0.023869 3 590.1 4 067.5 7.0531 800 0.015628 3 551.2 4 020 6.83
0.029489 3 801.9 4 332.7 7.3368 900 0.026483 3 795.7 4 325.4 7.2829 900 0.017473 3 764.6 4 288.8 7.0695
0.032282 4 009.4 4 590.5 7.5476 1 000 0.02902 4 004.3 4 584.7 7.495 1 000 0.01924 3 978.6 4 555.8 7.288
0.035023 4 221.2 4 851.6 7.745 1 100 0.031504 4 216.8 4 846.9 7.6933 1 100 0.020953 4 195.2 4 823.8 7.4906
0.037727 4 437.5 5 116.6 7.9313 1 200 0.033952 4 433.8 5 112.8 7.8802 1 200 0.02263 4 415.3 5 094.2 7.6807
0.045699 5 113.3 5 935.9 8.4372 1 500 0.041154 5 110.8 5 933.9 8.3871 1 500 0.027521 5 098.6 5 924.2 8.1932
0.058753 6 315.2 7 372.8 9.1502 2 000 0.052925 6 313.8 7 372.3 9.101 2 000 0.035443 6 306.8 7 370.1 8.9108
π = 40 MPa π = 50 MPa π = 100 MPa
(π > πππ. ) (π > πππ. ) (π > πππ. )
0.000982 40.9 80.2 0.1458 10 0.000978 40.6 89.5 0.144 10 0.000959 38.8 134.7 0.1326
0.000985 81.5 120.9 0.2872 20 0.00098 80.9 130 0.2845 20 0.000962 78 174.2 0.2699
0.000995 203.7 243.6 0.6855 50 0.000991 202.5 252 0.681 50 0.000973 196.6 293.9 0.6587
0.001024 408.4 449.3 1.2775 100 0.00102 405.9 456.9 1.2705 100 0.001 395.1 495.1 1.2375
0.001122 825.1 870 2.2755 200 0.001115 819.4 875.2 2.2628 200 0.001083 795.1 903.4 2.2064
0.001308 1 273.3 1 325.6 3.1473 300 0.001288 1 259.6 1 324 3.1218 300 0.001215 1 207.6 1 329.1 3.0219
0.005623 2 681.6 2 906.5 5.4744 500 0.00389 2 528.1 2 722.6 5.1762 500 0.001893 2 126.9 2 316.2 4.49
0.008089 3 026.8 3 350.4 6.017 600 0.006108 2 947.1 3 252.5 5.8245 600 0.002672 2 597.9 2 865.1 5.1581
0.00993 3 281.9 3 679.1 6.374 700 0.007717 3 228.8 3 614.6 6.2178 700 0.003546 2 976.1 3 330.7 5.6639
0.011521 3 511.8 3 972.6 6.6612 800 0.009072 3 472.2 3 925.8 6.5225 800 0.004336 3 281.7 3 715.3 6.0406
0.01298 3 733.3 4 252.5 6.9106 900 0.010296 3 702 4 216.8 6.7819 900 0.005042 3 551.4 4 055.6 6.344
0.01436 3 952.9 4 527.3 7.1355 1 000 0.011441 3 927.4 4 499.4 7.0131 1 000 0.00569 3 804 4 373 6.6038
0.015686 4 173.7 4 801.1 7.3425 1 100 0.012534 4 152.2 4 778.9 7.2244 1 100 0.006296 4 048.8 4 678.4 6.8347
0.016976 4 396.9 5 075.9 7.5357 1 200 0.01359 4 378.6 5 058.1 7.4207 1 200 0.006873 4 290.3 4 977.6 7.045
0.020709 5 086.2 5 914.6 8.0536 1 500 0.016626 5 074.1 5 905.4 7.944 1 500 0.008491 5 015.3 5 864.4 7.593
0.026705 6 299.9 7 368.1 8.775 2 000 0.021464 6 293 7 366.2 8.6691 2 000 0.010998 6 259.4 7 359.2 8.3352
https://thermodynamicsbook.com β CC-by-sa Olivier Cleynen
310 Appendix A1
Steam Table 2: Properties of pure water at its saturation points, sorted by temperature
β¦
C MPa kJ kgβ1 kJ kgβ1 kJ Kβ1 kgβ1 m3 kgβ1
πsat. πsat. π’πΏ π’π Ξπ’πΏ)π βπΏ βπ ΞβπΏ)π π πΏ π π Ξπ πΏ)π π£πΏ π£π
0.01 0.000612 [0] 2 374.9 2 374.9 small 2 500.9 2 500.9 [0] 9.1555 9.1555 0.001 205.991
5 0.000873 21 2 381.8 2 360.8 21 2 510.1 2 489 0.0763 9.0248 8.9486 0.001 147.011
10 0.001228 42 2 388.6 2 346.6 42 2 519.2 2 477.2 0.1511 8.8998 8.7487 0.001 106.303
15 0.001706 63 2 395.5 2 332.5 63 2 528.3 2 465.4 0.2245 8.7803 8.5558 0.001001 77.875
20 0.002339 83.9 2 402.3 2 318.4 83.9 2 537.4 2 453.5 0.2965 8.666 8.3695 0.001002 57.757
25 0.00317 104.8 2 409.1 2 304.3 104.8 2 546.5 2 441.7 0.3672 8.5566 8.1894 0.001003 43.337
30 0.004247 125.7 2 415.9 2 290.1 125.7 2 555.5 2 429.8 0.4368 8.452 8.0152 0.001004 32.878
35 0.005629 146.6 2 422.6 2 276 146.6 2 564.5 2 417.9 0.5051 8.3517 7.8466 0.001006 25.205
40 0.007385 167.5 2 429.4 2 261.9 167.5 2 573.5 2 406 0.5724 8.2555 7.6831 0.001008 19.515
45 0.009595 188.4 2 436.1 2 247.6 188.4 2 582.4 2 394 0.6386 8.1633 7.5247 0.00101 15.252
50 0.012352 209.3 2 442.7 2 233.4 209.3 2 591.3 2 381.9 0.7038 8.0748 7.371 0.001012 12.027
55 0.015762 230.2 2 449.3 2 219.1 230.3 2 600.1 2 369.8 0.768 7.9898 7.2218 0.001015 9.5643
60 0.019946 251.2 2 455.9 2 204.7 251.2 2 608.8 2 357.7 0.8313 7.9081 7.0769 0.001017 7.6672
65 0.025042 272.1 2 462.4 2 190.3 272.1 2 617.5 2 345.4 0.8937 7.8296 6.9359 0.00102 6.1935
70 0.031201 293 2 468.9 2 175.8 293.1 2 626.1 2 333 0.9551 7.754 6.7989 0.001023 5.0395
75 0.038595 314 2 475.2 2 161.3 314 2 634.6 2 320.6 1.0158 7.6812 6.6654 0.001026 4.1289
80 0.047414 335 2 481.5 2 146.6 335 2 643 2 308 1.0756 7.6111 6.5355 0.001029 3.4052
85 0.057867 356 2 487.8 2 131.8 356 2 651.3 2 295.3 1.1346 7.5434 6.4088 0.001032 2.8258
90 0.070182 377 2 493.9 2 117 377 2 659.5 2 282.5 1.1929 7.4781 6.2853 0.001036 2.3591
95 0.084608 398 2 500 2 102 398.1 2 667.6 2 269.5 1.2504 7.4151 6.1647 0.00104 1.9806
100 0.10142 419.1 2 506 2 087 419.2 2 675.6 2 256.4 1.3072 7.3541 6.0469 0.001043 1.6718
105 0.1209 440.1 2 511.9 2 071.8 440.3 2 683.4 2 243.1 1.3633 7.2952 5.9318 0.001047 1.4184
110 0.14338 461.3 2 517.7 2 056.4 461.4 2 691.1 2 229.6 1.4188 7.2381 5.8193 0.001052 1.2093
115 0.16918 482.4 2 523.4 2 041 482.6 2 698.6 2 216 1.4737 7.1828 5.7091 0.001056 1.0358
120 0.19867 503.6 2 528.8 2 025.2 503.8 2 705.9 2 202.1 1.5279 7.1291 5.6012 0.00106 0.89121
125 0.23224 524.8 2 534.3 2 009.4 525.1 2 713.1 2 188 1.5816 7.077 5.4955 0.001065 0.77003
130 0.27028 546.1 2 539.6 1 993.5 546.4 2 720.1 2 173.7 1.6346 7.0264 5.3918 0.00107 0.668
135 0.31323 567.4 2 544.7 1 977.3 567.7 2 726.9 2 159.1 1.6872 6.9772 5.29 0.001075 0.58173
140 0.36154 588.8 2 549.6 1 960.8 589.2 2 733.4 2 144.3 1.7392 6.9293 5.1901 0.00108 0.50845
145 0.41568 610.2 2 554.4 1 944.2 610.6 2 739.8 2 129.2 1.7907 6.8826 5.0919 0.001085 0.44596
150 0.47616 631.7 2 559 1 927.4 632.2 2 745.9 2 113.7 1.8418 6.8371 4.9953 0.001091 0.39245
155 0.5435 653.2 2 563.5 1 910.3 653.8 2 751.8 2 098 1.8924 6.7926 4.9002 0.001096 0.34646
160 0.61823 674.8 2 567.7 1 893 675.5 2 757.4 2 082 1.9426 6.7491 4.8066 0.001102 0.30678
165 0.70093 696.5 2 571.8 1 875.4 697.2 2 762.8 2 065.6 1.9923 6.7066 4.7143 0.001108 0.27243
170 0.79219 718.2 2 575.7 1 857.5 719.1 2 767.9 2 048.8 2.0417 6.665 4.6233 0.001114 0.24259
175 0.8926 740 2 579.4 1 839.4 741 2 772.7 2 031.7 2.0906 6.6241 4.5335 0.001121 0.21658
180 1.0028 761.9 2 582.8 1 820.9 763.1 2 777.2 2 014.2 2.1392 6.584 4.4448 0.001127 0.19384
185 1.1235 783.9 2 586 1 802.1 785.2 2 781.4 1 996.2 2.1875 6.5447 4.3571 0.001134 0.1739
190 1.2552 806 2 589 1 783 807.4 2 785.3 1 977.9 2.2355 6.5059 4.2704 0.001141 0.15636
195 1.3988 828.2 2 591.7 1 763.5 829.8 2 788.8 1 959 2.2832 6.4678 4.1846 0.001149 0.14089
200 1.5549 850.5 2 594.2 1 743.7 852.3 2 792 1 939.7 2.3305 6.4302 4.0996 0.001157 0.12721
205 1.7243 872.9 2 596.4 1 723.5 874.9 2 794.8 1 919.9 2.3777 6.393 4.0154 0.001164 0.11508
210 1.9077 895.4 2 598.3 1 703 897.6 2 797.3 1 899.6 2.4245 6.3563 3.9318 0.001173 0.10429
215 2.1058 918 2 599.9 1 681.9 920.5 2 799.3 1 878.8 2.4712 6.32 3.8488 0.001181 0.094679
220 2.3196 940.8 2 601.2 1 660.4 943.6 2 800.9 1 857.4 2.5177 6.284 3.7663 0.00119 0.086092
225 2.5497 963.7 2 602.2 1 638.5 966.8 2 802.1 1 835.4 2.564 6.2483 3.6843 0.001199 0.078403
230 2.7971 986.8 2 602.9 1 616.1 990.2 2 802.9 1 812.7 2.6101 6.2128 3.6027 0.001209 0.071503
235 3.0625 1 010.1 2 603.2 1 593.2 1 013.8 2 803.2 1 789.4 2.6561 6.1775 3.5214 0.001219 0.065298
240 3.3469 1 033.5 2 603.2 1 569.7 1 037.6 2 803 1 765.4 2.702 6.1423 3.4403 0.001229 0.059705
245 3.6512 1 057 2 602.6 1 545.7 1 061.5 2 802.2 1 740.7 2.7478 6.1072 3.3594 0.00124 0.054654
250 3.9762 1 080.8 2 601.8 1 520.9 1 085.8 2 800.9 1 715.2 2.7935 6.0721 3.2785 0.001252 0.050083
...
Engineering Thermodynamics by Olivier Cleynen
Appendix A1 311
Steam Table 2 (continued)
πsat. πsat. π’πΏ π’π Ξπ’πΏ)π βπΏ βπ ΞβπΏ)π π πΏ π π Ξπ πΏ)π π£πΏ π£π
255 4.3229 1 104.7 2 600.5 1 495.8 1 110.2 2 799.1 1 688.8 2.8392 6.0369 3.1977 0.001264 0.045938
260 4.6923 1 129 2 598.7 1 469.7 1 135 2 796.6 1 661.6 2.8849 6.0016 3.1167 0.001276 0.042173
265 5.0853 1 153.4 2 596.5 1 443 1 160 2 793.5 1 633.5 2.9307 5.9661 3.0354 0.001289 0.038746
270 5.503 1 178.1 2 593.7 1 415.5 1 185.3 2 789.7 1 604.4 2.9765 5.9304 2.9539 0.001303 0.035621
275 5.9464 1 203.1 2 590.4 1 387.3 1 210.9 2 785.2 1 574.3 3.0224 5.8944 2.872 0.001318 0.032766
280 6.4166 1 228.3 2 586.4 1 358.1 1 236.9 2 779.9 1 543 3.0685 5.8579 2.7894 0.001333 0.030153
285 6.9147 1 253.9 2 581.8 1 327.9 1 263.2 2 773.7 1 510.5 3.1147 5.8209 2.7062 0.001349 0.027756
290 7.4418 1 279.8 2 576.5 1 296.7 1 290 2 766.7 1 476.7 3.1612 5.7834 2.6222 0.001366 0.025555
295 7.9991 1 306.2 2 570.5 1 264.3 1 317.3 2 758.7 1 441.4 3.208 5.7451 2.5371 0.001385 0.023529
300 8.5879 1 332.9 2 563.6 1 230.6 1 345 2 749.6 1 404.6 3.2552 5.7059 2.4507 0.001404 0.02166
305 9.2094 1 360.2 2 555.8 1 195.7 1 373.3 2 739.4 1 366.1 3.3028 5.6657 2.3629 0.001425 0.019933
310 9.8651 1 387.9 2 547 1 159.1 1 402.2 2 727.9 1 325.7 3.351 5.6244 2.2734 0.001448 0.018335
315 10.556 1 416.3 2 537.2 1 121 1 431.8 2 715.1 1 283.2 3.3998 5.5816 2.1818 0.001472 0.016851
320 11.284 1 445.3 2 526 1 080.7 1 462.2 2 700.6 1 238.4 3.4494 5.5372 2.0878 0.001499 0.015471
325 12.051 1 475.1 2 513.4 1 038.3 1 493.5 2 684.3 1 190.8 3.5 5.4908 1.9908 0.001528 0.014183
330 12.858 1 505.8 2 499.1 993.3 1 525.9 2 666 1 140.2 3.5518 5.4422 1.8903 0.001561 0.012979
335 13.707 1 537.6 2 483 945.4 1 559.5 2 645.4 1 085.9 3.605 5.3906 1.7856 0.001597 0.011847
340 14.601 1 570.6 2 464.4 893.8 1 594.5 2 621.8 1 027.3 3.6601 5.3356 1.6755 0.001638 0.010781
345 15.541 1 605.3 2 443.1 837.8 1 631.5 2 594.9 963.4 3.7176 5.2762 1.5586 0.001685 0.009769
350 16.529 1 642.1 2 418.1 776 1 670.9 2 563.6 892.7 3.7784 5.211 1.4326 0.00174 0.008802
355 17.57 1 681.9 2 388.4 706.4 1 713.7 2 526.6 812.9 3.8439 5.138 1.2942 0.001808 0.007868
360 18.666 1 726.3 2 351.8 625.5 1 761.7 2 481.5 719.8 3.9167 5.0536 1.1369 0.001895 0.006949
365 19.821 1 777.8 2 303.7 525.9 1 817.8 2 422.9 605.2 4.0014 4.9497 0.9483 0.002017 0.006012
370 21.044 1 844.1 2 230.2 386.2 1 890.7 2 334.5 443.8 4.1112 4.8012 0.6901 0.002215 0.004954
373 21.814 1 915 2 141.6 226.6 1 969.7 2 229.8 260.1 4.2308 4.6334 0.4026 0.002508 0.004045
πcr. 22.064 2 015.8 2 015.8 0 2 084.3 2 084.3 0 4.407 4.407 0 0.003106 0.003106
Values in brackets are arbitrary references. πcr. = 373.946 β¦ C
https://thermodynamicsbook.com β CC-by-sa Olivier Cleynen
312 Appendix A1
Steam Table 3: Properties of pure water at its saturation points, sorted by pressure
MPa β¦
C kJ kgβ1 kJ kgβ1 kJ Kβ1 kgβ1 m3 kgβ1
πsat. πsat. π’πΏ π’π Ξπ’πΏ)π βπΏ βπ ΞβπΏ)π π πΏ π π Ξπ πΏ)π π£πΏ π£π
611.657 Pa 0.01 [0] small 2 500.9 2 500.9 [0] 9.1555 9.1555 0.001 205.991
0.001 6.97 29.3 2 384.5 2 355.2 29.3 2 513.7 2 484.4 0.1059 8.9749 8.869 0.001 129.178
0.002 17.5 73.4 2 398.9 2 325.5 73.4 2 532.9 2 459.4 0.2606 8.7226 8.462 0.001001 66.987
0.003 24.05 100.9 2 407.9 2 307.1 100.9 2 544.8 2 444 0.3539 8.5773 8.2234 0.001003 45.841
0.004 28.96 121.4 2 414.5 2 293.2 121.4 2 553.7 2 432.3 0.4224 8.4734 8.051 0.001004 34.791
0.005 32.87 137.7 2 419.8 2 282 137.8 2 560.7 2 423 0.4762 8.3938 7.9176 0.001005 28.185
0.006 36.16 151.5 2 424.2 2 272.7 151.5 2 566.6 2 415.2 0.5208 8.329 7.8082 0.001006 23.733
0.007 39 163.3 2 428 2 264.7 163.4 2 571.7 2 408.4 0.559 8.2745 7.7154 0.001008 20.524
0.008 41.51 173.8 2 431.4 2 257.6 173.8 2 576.2 2 402.4 0.5925 8.2273 7.6348 0.001008 18.099
0.009 43.76 183.2 2 434.4 2 251.2 183.3 2 580.2 2 397 0.6223 8.1858 7.5635 0.001009 16.199
0.01 45.81 191.8 2 437.2 2 245.4 191.8 2 583.9 2 392.1 0.6492 8.1488 7.4996 0.00101 14.67
0.012 49.42 206.9 2 442 2 235.1 206.9 2 590.3 2 383.4 0.6963 8.0849 7.3887 0.001012 12.358
0.014 52.55 220 2 446.1 2 226.2 220 2 595.8 2 375.8 0.7366 8.0311 7.2945 0.001013 10.691
0.016 55.31 231.6 2 449.7 2 218.2 231.6 2 600.6 2 369.1 0.772 7.9846 7.2126 0.001015 9.4306
0.018 57.8 241.9 2 453 2 211.1 242 2 605 2 363 0.8036 7.9437 7.1402 0.001016 8.4431
0.02 60.06 251.4 2 455.9 2 204.5 251.4 2 608.9 2 357.5 0.832 7.9072 7.0752 0.001017 7.648
0.04 75.86 317.6 2 476.4 2 158.8 317.6 2 636.1 2 318.4 1.0261 7.669 6.6429 0.001026 3.993
0.05 81.32 340.5 2 483.2 2 142.7 340.5 2 645.2 2 304.7 1.0912 7.593 6.5018 0.00103 3.24
0.06 85.93 359.8 2 489 2 129.1 359.9 2 652.9 2 292.9 1.1454 7.5311 6.3857 0.001033 2.7317
0.07 89.93 376.7 2 493.9 2 117.2 376.8 2 659.4 2 282.7 1.1921 7.479 6.2869 0.001036 2.3648
0.08 93.49 391.6 2 498.2 2 106.6 391.7 2 665.2 2 273.5 1.233 7.4339 6.2009 0.001039 2.0871
0.09 96.69 405.1 2 502.1 2 096.9 405.2 2 670.3 2 265.1 1.2696 7.3943 6.1246 0.001041 1.8694
0.1 99.61 417.4 2 505.5 2 088.1 417.5 2 674.9 2 257.4 1.3028 7.3588 6.0561 0.001043 1.6939
0.12 104.78 439.2 2 511.7 2 072.5 439.4 2 683.1 2 243.7 1.3609 7.2977 5.9367 0.001047 1.4284
0.14 109.29 458.3 2 516.9 2 058.6 458.4 2 690 2 231.6 1.411 7.2461 5.8351 0.001051 1.2366
0.16 113.3 475.2 2 521.4 2 046.2 475.4 2 696 2 220.7 1.4551 7.2014 5.7463 0.001054 1.0914
0.18 116.91 490.5 2 525.5 2 034.9 490.7 2 701.4 2 210.7 1.4945 7.1621 5.6676 0.001058 0.97747
0.2 120.21 504.5 2 529.1 2 024.6 504.7 2 706.2 2 201.5 1.5302 7.1269 5.5967 0.001061 0.88568
0.25 127.41 535.1 2 536.8 2 001.8 535.3 2 716.5 2 181.1 1.6072 7.0524 5.4452 0.001067 0.71866
0.3 133.52 561.1 2 543.2 1 982.1 561.4 2 724.9 2 163.5 1.6717 6.9916 5.3199 0.001073 0.60576
0.35 138.86 583.9 2 548.5 1 964.7 584.3 2 732 2 147.7 1.7274 6.9401 5.2128 0.001079 0.52418
0.4 143.61 604.2 2 553.1 1 948.9 604.7 2 738.1 2 133.4 1.7765 6.8955 5.119 0.001084 0.46238
0.5 151.83 639.5 2 560.7 1 921.2 640.1 2 748.1 2 108 1.8604 6.8207 4.9603 0.001093 0.37481
0.6 158.83 669.7 2 566.8 1 897 670.4 2 756.1 2 085.8 1.9308 6.7592 4.8284 0.001101 0.31558
0.7 164.95 696.2 2 571.9 1 875.6 697 2 762.8 2 065.8 1.9918 6.7071 4.7153 0.001108 0.27277
0.8 170.41 720 2 576 1 856.1 720.9 2 768.3 2 047.4 2.0457 6.6616 4.616 0.001115 0.24034
0.9 175.35 741.6 2 579.6 1 838 742.6 2 773 2 030.5 2.094 6.6213 4.5272 0.001121 0.21489
1 179.88 761.4 2 582.7 1 821.3 762.5 2 777.1 2 014.6 2.1381 6.585 4.447 0.001127 0.19436
1.1 184.06 779.8 2 585.4 1 805.6 781 2 780.6 1 999.6 2.1785 6.552 4.3735 0.001133 0.17745
1.2 187.96 797 2 587.8 1 790.8 798.3 2 783.7 1 985.4 2.2159 6.5217 4.3058 0.001139 0.16326
1.3 191.61 813.1 2 590 1 776.8 814.6 2 786.5 1 971.9 2.2508 6.4936 4.2428 0.001144 0.15119
1.4 195.04 828.4 2 591.7 1 763.3 830 2 788.8 1 958.9 2.2835 6.4675 4.1839 0.001149 0.14078
1.5 198.29 842.8 2 593.4 1 750.6 844.6 2 791 1 946.4 2.3143 6.443 4.1286 0.001154 0.13171
1.6 201.37 856.6 2 594.8 1 738.2 858.5 2 792.8 1 934.4 2.3435 6.4199 4.0765 0.001159 0.12374
1.7 204.31 869.8 2 596.2 1 726.4 871.7 2 794.5 1 922.7 2.3711 6.3981 4.027 0.001163 0.11667
1.8 207.11 882.4 2 597.2 1 714.9 884.5 2 795.9 1 911.4 2.3975 6.3775 3.98 0.001168 0.11037
1.9 209.8 894.5 2 598.3 1 703.8 896.7 2 797.2 1 900.5 2.4227 6.3578 3.9351 0.001172 0.1047
2 212.38 906.1 2 599.1 1 693 908.5 2 798.3 1 889.8 2.4468 6.339 3.8923 0.001177 0.099585
2.2 217.25 928.3 2 600.6 1 672.3 930.9 2 800.1 1 869.2 2.4921 6.3038 3.8116 0.001185 0.090698
2.4 221.79 949 2 601.6 1 652.6 951.9 2 801.4 1 849.6 2.5343 6.2712 3.7369 0.001193 0.083244
2.6 226.05 968.5 2 602.4 1 633.8 971.7 2 802.3 1 830.7 2.5736 6.2409 3.6672 0.001201 0.076899
...
Engineering Thermodynamics by Olivier Cleynen
Appendix A1 313
Steam Table 3 (continued)
πsat. πsat. π’πΏ π’π Ξπ’πΏ)π βπΏ βπ ΞβπΏ)π π πΏ π π Ξπ πΏ)π π£πΏ π£π
2.8 230.06 987.1 2 602.9 1 615.8 990.5 2 802.9 1 812.4 2.6106 6.2124 3.6018 0.001209 0.071429
3 233.85 1 004.6 2 603.2 1 598.6 1 008.3 2 803.2 1 794.8 2.6455 6.1856 3.54 0.001217 0.066664
3.2 237.46 1 021.5 2 603.2 1 581.7 1 025.4 2 803.1 1 777.7 2.6787 6.1602 3.4815 0.001224 0.062475
3.4 240.9 1 037.6 2 603.1 1 565.5 1 041.8 2 802.9 1 761 2.7102 6.136 3.4258 0.001231 0.058761
3.6 244.18 1 053.1 2 602.8 1 549.7 1 057.6 2 802.4 1 744.8 2.7403 6.1129 3.3726 0.001239 0.055446
3.8 247.33 1 068.1 2 602.3 1 534.3 1 072.8 2 801.7 1 728.9 2.7691 6.0908 3.3217 0.001246 0.052467
4 250.35 1 082.5 2 601.7 1 519.2 1 087.5 2 800.8 1 713.3 2.7968 6.0696 3.2728 0.001253 0.049776
4.2 253.26 1 096.4 2 601 1 504.6 1 101.7 2 799.8 1 698.1 2.8234 6.0491 3.2257 0.001259 0.047332
4.4 256.07 1 109.9 2 600.2 1 490.2 1 115.5 2 798.6 1 683.1 2.849 6.0293 3.1803 0.001266 0.045102
4.6 258.78 1 123 2 599.2 1 476.2 1 128.9 2 797.3 1 668.4 2.8738 6.0102 3.1364 0.001273 0.043059
4.8 261.4 1 135.8 2 598.1 1 462.4 1 141.9 2 795.8 1 653.9 2.8978 5.9917 3.0939 0.00128 0.04118
5 263.94 1 148.2 2 597 1 448.8 1 154.6 2 794.2 1 639.6 2.921 5.9737 3.0527 0.001286 0.039446
5.5 269.97 1 177.9 2 593.7 1 415.7 1 185.1 2 789.7 1 604.6 2.9762 5.9307 2.9545 0.001303 0.035642
6 275.59 1 206 2 589.9 1 383.9 1 213.9 2 784.6 1 570.7 3.0278 5.8901 2.8623 0.001319 0.032448
6.5 280.86 1 232.7 2 585.7 1 353 1 241.4 2 778.9 1 537.5 3.0764 5.8516 2.7752 0.001336 0.029727
7 285.83 1 258.2 2 581 1 322.7 1 267.7 2 772.6 1 505 3.1224 5.8148 2.6924 0.001352 0.027378
7.5 290.54 1 282.6 2 575.9 1 293.3 1 292.9 2 765.9 1 473 3.1662 5.7793 2.6131 0.001368 0.02533
8 295.01 1 306.2 2 570.5 1 264.3 1 317.3 2 758.7 1 441.4 3.2081 5.745 2.5369 0.001385 0.023526
8.5 299.27 1 329 2 564.7 1 235.7 1 340.9 2 751 1 410.1 3.2483 5.7117 2.4634 0.001401 0.021923
9 303.35 1 351.1 2 558.5 1 207.4 1 363.9 2 742.9 1 379.1 3.287 5.6791 2.3922 0.001418 0.02049
9.5 307.25 1 372.6 2 552 1 179.4 1 386.2 2 734.4 1 348.2 3.3244 5.6473 2.3229 0.001435 0.019199
10 311 1 393.6 2 545.2 1 151.6 1 408.1 2 725.5 1 317.4 3.3606 5.616 2.2553 0.001453 0.01803
11 318.08 1 434 2 530.4 1 096.4 1 450.4 2 706.3 1 255.9 3.4303 5.5545 2.1242 0.001489 0.01599
12 324.68 1 473.2 2 514.2 1 041 1 491.5 2 685.4 1 194 3.4967 5.4939 1.9972 0.001526 0.014264
13 330.85 1 511.1 2 496.6 985.4 1 531.5 2 662.7 1 131.2 3.5608 5.4336 1.8728 0.001566 0.01278
14 336.67 1 548.5 2 477.1 928.6 1 571 2 637.9 1 066.9 3.6232 5.3727 1.7495 0.00161 0.011485
15 342.16 1 585.3 2 455.6 870.3 1 610.2 2 610.7 1 000.5 3.6846 5.3106 1.626 0.001657 0.010338
16 347.36 1 622.3 2 431.9 809.5 1 649.7 2 580.8 931.1 3.7457 5.2463 1.5006 0.001709 0.009309
17 352.29 1 659.9 2 405.2 745.3 1 690 2 547.5 857.5 3.8077 5.1787 1.371 0.001769 0.008371
18 356.99 1 699 2 374.8 675.8 1 732.1 2 509.8 777.7 3.8718 5.1061 1.2342 0.00184 0.007502
19 361.47 1 740.6 2 339.1 598.5 1 777.2 2 466 688.9 3.9401 5.0256 1.0855 0.001927 0.006677
20 365.75 1 786.4 2 295 508.6 1 827.2 2 412.3 585.1 4.0156 4.9314 0.9158 0.00204 0.005865
21 369.83 1 841.3 2 233.7 392.4 1 887.6 2 338.6 451 4.1064 4.8079 0.7015 0.002206 0.004996
22 373.71 1 951.8 2 092.9 141.1 2 011.3 2 173.1 161.7 4.2945 4.5446 0.2501 0.002704 0.003648
πcr. 373.95 2 015.8 2 015.8 0 2 084.3 2 084.3 0 4.407 4.407 0 0.003106 0.003106
Values in brackets are arbitrary references. πcr. = 22.064 MPa
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