Saturation Tables for Refrigerant

Saturation tables for refrigerant 134a (v in ft3/lbm, u and h in Btu/lbm, s in Btu/lbm·R) vfg vg hf vf uf ufg ug P(psia) T(°F) 1 -97.63 0.010629 37.81589 37.8265 47.04 67.22 114.26 47.05 2 -79.94 0.010821 19.74475 19.7556 52.05 63.18 115.23 52.07 4 -60.03 0.011051 10.31444 10.3255 57.78 58.67 116.45 57.82 6 -47.17 0.011208 7.05280 7.0640 61.53 55.79 117.32 61.60 8 -37.43 0.011331 5.38342 5.3947 64.40 53.62 118.02 64.49 10 -29.50 0.011435 4.36422 4.3757 66.75 51.87 118.62 66.87 15 -14.12 0.011645 2.97659 2.9882 71.35 48.51 119.86 71.53 20 -2.40 0.011815 2.26554 2.2774 74.90 45.98 120.88 75.14 30 15.40 0.012090 1.53725 1.5493 80.34 42.20 122.54 80.70 50 40.27 0.012517 0.93550 0.9480 88.03 37.08 125.11 88.65 100 79.16 0.013323 0.46435 0.4777 100.25 29.51 129.77 101.59 150 105.16 0.014002 0.30007 0.3141 108.56 24.78 133.33 110.66 200 125.27 0.014646 0.21524 0.2299 115.06 21.29 136.35 117.98 300 156.15 0.015979 0.12673 0.1427 125.23 16.18 141.41 130.03 500 199.35 0.019979 0.04564 0.0656 140.49 8.55 149.04 150.48 Superheat tables for refrigerant 134a (units as shown) P = 1 psia (-97.63°F) P = 2 psia (-79.94°F) v(ft3/lbm) h(Btu/lb m) s(Btu/lb m·R) v(ft3/lbm) h(Btu/lb m) s(Btu/lb m·R) T(°F) Sat 37.8265 152.09 0.4376 19.7556 154.74 0.4313 -80 39.7208 154.91 0.4452 -60 41.8574 158.19 0.4536 20.8380 158.05 0.4398 -40 43.9860 161.56 0.4618 21.9153 161.45 0.4481 -20 46.1090 165.03 0.4699 22.9871 164.94 0.4562 0 48.2288 168.60 0.4778 24.0550 168.52 0.4642 20 50.3457 172.27 0.4856 25.1202 172.20 0.4720 40 52.4604 176.03 0.4933 26.1831 175.97 0.4797 60 54.5735 179.89 0.5009 27.2442 179.83 0.4873 80 56.6852 183.85 0.5084 28.3042 183.79 0.4948 100 58.7959 187.89 0.5157 29.3631 187.85 0.5022 120 60.9056 192.03 0.5230 30.4210 191.99 0.5095 140 63.0146 196.26 0.5302 31.4783 196.22 0.5166 160 65.1229 200.58 0.5373 32.5348 200.55 0.5237 180 67.2308 204.99 0.5443 33.5909 204.96 0.5307 200 69.3381 209.49 0.5512 34.6465 209.46 0.5377 220 71.4451 214.08 0.5580 35.7017 214.05 0.5445 240 73.5518 218.75 0.5648 36.7566 218.72 0.5513 260 75.6581 223.51 0.5715 37.8112 223.48 0.5580 280 77.7642 228.35 0.5782 38.8655 228.33 0.5646 300 79.8701 233.28 0.5847 39.9196 233.25 0.5712 320 81.9758 238.28 0.5912 40.9735 238.26 0.5777 P = 10 psia (-29.50°F) P = 15 psia (-14.12°F) v(ft3/lbm) h(Btu/lb m) s(Btu/lb m·R) v(ft3/lbm) h(Btu/lb m) s(Btu/lb m·R) T(°F) Sat 4.3757 162.38 0.4195 2.9882 164.69 0.4172 -20 4.4856 164.12 0.4235 0 4.7136 167.83 0.4318 3.1001 167.37 0.4231 20 4.9380 171.60 0.4398 3.2551 171.21 0.4313 40 5.1601 175.44 0.4476 3.4074 175.10 0.4393 60 5.3802 179.37 0.4554 3.5577 179.07 0.4470 80 5.5990 183.37 0.4629 3.7065 183.11 0.4547 100 5.8166 187.47 0.4704 3.8540 187.23 0.4622 120 6.0332 191.65 0.4777 4.0006 191.43 0.4695 140 6.2490 195.91 0.4849 4.1464 195.71 0.4768 160 6.4643 200.26 0.4921 4.2916 200.08 0.4840 180 6.6789 204.70 0.4991 4.4361 204.53 0.4910 200 6.8931 209.22 0.5061 4.5802 209.07 0.4980 220 7.1069 213.83 0.5130 4.7239 213.68 0.5049 240 7.3204 218.52 0.5198 4.8673 218.38 0.5117 260 7.5335 223.29 0.5265 5.0104 223.17 0.5185 280 7.7465 228.14 0.5331 5.1532 228.03 0.5251 300 7.9591 233.08 0.5397 5.2957 232.98 0.5317 320 8.1716 238.10 0.5462 5.4381 238.00 0.5383 340 8.3839 243.20 0.5527 5.5803 243.11 0.5447 P = 100 psia (79.16°F) P = 150 psia (105.16°F) v(ft3/lbm) h(Btu/lb m) s(Btu/lb m·R) v(ft3/lbm) h(Btu/lb m) s(Btu/lb m·R) T(°F) Sat 0.4777 177.53 0.4098 0.3141 180.44 0.4086 80 0.4791 177.74 0.4102 100 0.5108 182.60 0.4190 120 0.5402 187.34 0.4274 0.3323 184.41 0.4156 140 0.5682 192.06 0.4354 0.3548 189.56 0.4243 160 0.5951 196.79 0.4431 0.3756 194.59 0.4326 180 0.6212 201.54 0.4507 0.3953 199.59 0.4405 200 0.6467 206.33 0.4580 0.4141 204.57 0.4482 220 0.6716 211.17 0.4653 0.4323 209.58 0.4556 240 0.6961 216.06 0.4724 0.4500 214.61 0.4629 260 0.7202 221.01 0.4793 0.4673 219.68 0.4701 280 0.7440 226.03 0.4862 0.4842 224.79 0.4771 300 0.7675 231.11 0.4930 0.5008 229.96 0.4840 320 0.7908 236.26 0.4997 0.5172 235.19 0.4908 340 0.8139 241.47 0.5063 0.5334 240.48 0.4975 hfg hg sf sfg sg 105.04 102.67 99.93 98.11 96.69 95.51 93.16 91.29 88.32 83.86 75.95 69.79 64.34 54.20 31.37 152.09 154.74 157.75 159.70 161.18 162.38 164.69 166.42 169.02 172.51 177.53 180.44 182.33 184.23 181.85 0.1474 0.1610 0.1757 0.1850 0.1919 0.1975 0.2081 0.2161 0.2280 0.2442 0.2689 0.2851 0.2976 0.3172 0.3482 0.2901 0.2704 0.2500 0.2378 0.2290 0.2220 0.2091 0.1996 0.1859 0.1677 0.1409 0.1236 0.1100 0.0880 0.0476 0.4376 0.4313 0.4258 0.4228 0.4209 0.4195 0.4172 0.4157 0.4139 0.4119 0.4098 0.4086 0.4076 0.4052 0.3958 P = 4 psia (-60.03°F) v(ft3/lbm) h(Btu/lb m) s(Btu/lb m·R) 10.3255 157.75 0.4258 10.8788 161.21 0.4342 11.4253 164.74 0.4424 11.9676 168.35 0.4505 12.5070 172.05 0.4583 13.0442 175.84 0.4661 13.5797 179.72 0.4737 14.1138 183.69 0.4812 14.6468 187.75 0.4886 15.1788 191.90 0.4959 15.7102 196.15 0.5031 16.2409 200.48 0.5102 16.7709 204.90 0.5172 17.3006 209.40 0.5241 17.8299 213.99 0.5310 18.3589 218.67 0.5378 18.8876 223.44 0.5445 19.4161 228.28 0.5511 19.9443 233.21 0.5577 20.4723 238.22 0.5642 P = 20 psia (-2.40°F) P = 6 psia (-47.17°F) v(ft3/lbm) 7.0640 v(ft3/lbm) 2.2774 1.5493 0.4157 159.70 0.4228 5.3947 161.18 0.4209 7.1989 160.97 0.4259 7.5707 164.54 0.4342 5.6428 164.33 0.4282 7.9380 168.18 0.4423 5.9229 168.00 0.4364 8.3023 171.90 0.4502 6.1998 171.75 0.4444 8.6643 175.71 0.4580 6.4743 175.57 0.4522 9.0246 179.60 0.4656 6.7469 179.48 0.4599 9.3834 183.59 0.4731 7.0182 183.48 0.4674 9.7412 187.66 0.4806 7.2883 187.56 0.4748 10.0980 191.82 0.4879 7.5575 191.73 0.4822 10.4540 196.07 0.4951 7.8259 195.99 0.4894 10.8095 200.41 0.5022 8.0937 200.33 0.4965 11.1643 204.83 0.5092 8.3610 204.76 0.5035 11.5187 209.34 0.5162 8.6277 209.28 0.5105 11.8728 213.94 0.5230 8.8941 213.88 0.5174 12.2263 218.62 0.5298 9.1602 218.57 0.5242 12.5797 223.39 0.5365 9.4259 223.34 0.5309 12.9329 228.24 0.5432 9.6914 228.19 0.5375 13.2858 233.17 0.5497 9.9566 233.13 0.5441 13.6386 238.18 0.5563 10.2217 238.14 0.5506 P = 30 psia (15.40°F) P = 50 psia (40.27°F) v(ft3/lbm) h(Btu/lb m) s(Btu/lb m·R) 166.42 P = 8 psia (-37.43°F) h(Btu/lb m) s(Btu/lb m·R) v(ft3/lbm) h(Btu/lb m) s(Btu/lb m·R) h(Btu/lb m) s(Btu/lb m·R) v(ft3/lbm) h(Btu/lb m) s(Btu/lb m·R) 169.02 0.4139 0.9480 172.51 0.4119 2.2922 166.89 0.4167 2.4130 170.81 0.4251 2.5306 174.76 0.4331 2.6461 178.76 0.4410 2.7600 182.84 0.4487 2.8726 186.99 0.4562 2.9842 191.21 0.4637 3.0950 195.51 0.4710 3.2051 199.90 0.4782 3.3147 204.37 0.4852 3.4237 208.91 0.4922 3.5324 213.54 0.4992 3.6407 218.25 0.5060 3.7487 223.04 0.5127 3.8565 227.92 0.5194 3.9640 232.87 0.5260 4.0714 237.90 0.5326 4.1785 243.02 0.5390 P = 200 psia (125.27°F) 1.5691 169.96 0.4158 1.6528 174.04 0.4242 1.7338 178.14 0.4322 1.8130 182.28 0.4401 1.8908 186.49 0.4477 1.9675 190.77 0.4552 2.0434 195.11 0.4626 2.1185 199.53 0.4698 2.1931 204.03 0.4770 2.2672 208.60 0.4840 2.3408 213.25 0.4910 2.4141 217.99 0.4978 2.4871 222.80 0.5046 2.5598 227.69 0.5113 2.6323 232.65 0.5179 2.7046 237.70 0.5245 2.7767 242.83 0.5310 P = 300 psia (156.15°F) v(ft3/lbm) h(Btu/lb m) s(Btu/lb m·R) v(ft3/lbm) 0.2299 182.33 0.4076 0.1427 184.23 0.4052 0.0656 181.85 0.3958 0.2454 0.2641 0.2811 0.2970 0.3121 0.3266 0.3405 0.3541 0.3673 0.3803 0.3930 186.62 192.13 197.45 202.69 207.88 213.08 218.28 223.51 228.78 234.10 239.46 0.4148 0.4239 0.4323 0.4404 0.4482 0.4557 0.4630 0.4702 0.4772 0.4841 0.4909 0.1466 0.1636 0.1778 0.1904 0.2021 0.2131 0.2235 0.2335 0.2431 0.2525 185.64 192.30 198.34 204.11 209.74 215.29 220.80 226.30 231.81 237.35 0.4075 0.4181 0.4274 0.4360 0.4441 0.4520 0.4595 0.4669 0.4740 0.4810 0.0668 0.0866 0.0988 0.1088 0.1175 0.1254 0.1327 0.1396 182.44 193.53 201.27 208.12 214.54 220.74 226.81 232.79 0.3967 0.4133 0.4245 0.4342 0.4430 0.4512 0.4591 0.4667 1.0019 176.80 0.4203 1.0540 181.12 0.4285 1.1043 185.46 0.4364 1.1534 189.85 0.4441 1.2015 194.28 0.4516 1.2488 198.78 0.4590 1.2955 203.34 0.4662 1.3416 207.97 0.4734 1.3873 212.67 0.4804 1.4326 217.45 0.4873 1.4776 222.30 0.4941 1.5223 227.22 0.5009 1.5668 232.22 0.5076 1.6111 237.29 0.5142 1.6552 242.44 0.5207 P = 500 psia (199.35°F) h(Btu/lb m) s(Btu/lb m·R) v(ft3/lbm) h(Btu/lb m) s(Btu/lb m·R)