Entrée en vigueur : janvier 2016
Masse volumique à 15 °C = 760 kg/m³ (table 54A)
Voir le bulletin V-18 pour plus d'informations sur les classes de produits.
Température °C | 0 | 0,10 | 0,20 | 0,30 | 0,40 | 0,50 | 0,60 | 0,70 | 0,80 | 0,90 |
---|---|---|---|---|---|---|---|---|---|---|
−40 | 1,0573 | |||||||||
−39 | 1,0563 | 1,0564 | 1,0565 | 1,0566 | 1,0567 | 1,0568 | 1,0569 | 1,0570 | 1,0571 | 1,0572 |
−38 | 1,0553 | 1,0554 | 1,0555 | 1,0556 | 1,0557 | 1,0558 | 1,0559 | 1,0560 | 1,0561 | 1,0562 |
−37 | 1,0543 | 1,0544 | 1,0545 | 1,0546 | 1,0547 | 1,0548 | 1,0549 | 1,0550 | 1,0551 | 1,0552 |
−36 | 1,0532 | 1,0533 | 1,0534 | 1,0535 | 1,0536 | 1,0537 | 1,0538 | 1,0539 | 1,0540 | 1,0541 |
−35 | 1,0522 | 1,0523 | 1,0524 | 1,0525 | 1,0526 | 1,0527 | 1,0528 | 1,0529 | 1,0530 | 1,0531 |
−34 | 1,0512 | 1,0513 | 1,0514 | 1,0515 | 1,0516 | 1,0517 | 1,0518 | 1,0519 | 1,0520 | 1,0521 |
−33 | 1,0502 | 1,0503 | 1,0504 | 1,0505 | 1,0506 | 1,0507 | 1,0508 | 1,0509 | 1,0510 | 1,0511 |
−32 | 1,0491 | 1,0492 | 1,0493 | 1,0494 | 1,0495 | 1,0496 | 1,0497 | 1,0499 | 1,0500 | 1,0501 |
−31 | 1,0481 | 1,0482 | 1,0483 | 1,0484 | 1,0485 | 1,0486 | 1,0487 | 1,0488 | 1,0489 | 1,0490 |
−30 | 1,0471 | 1,0472 | 1,0473 | 1,0474 | 1,0475 | 1,0476 | 1,0477 | 1,0478 | 1,0479 | 1,0480 |
−29 | 1,0461 | 1,0462 | 1,0463 | 1,0464 | 1,0465 | 1,0466 | 1,0467 | 1,0468 | 1,0469 | 1,0470 |
−28 | 1,0450 | 1,0451 | 1,0452 | 1,0453 | 1,0454 | 1,0455 | 1,0456 | 1,0457 | 1,0458 | 1,0459 |
−27 | 1,0440 | 1,0441 | 1,0442 | 1,0443 | 1,0444 | 1,0445 | 1,0446 | 1,0447 | 1,0448 | 1,0449 |
−26 | 1,0430 | 1,0431 | 1,0432 | 1,0433 | 1,0434 | 1,0435 | 1,0436 | 1,0437 | 1,0438 | 1,0439 |
−25 | 1,0419 | 1,0420 | 1,0421 | 1,0422 | 1,0423 | 1,0424 | 1,0425 | 1,0427 | 1,0428 | 1,0429 |
−24 | 1,0409 | 1,0410 | 1,0411 | 1,0412 | 1,0413 | 1,0414 | 1,0415 | 1,0416 | 1,0417 | 1,0418 |
−23 | 1,0399 | 1,0400 | 1,0401 | 1,0402 | 1,0403 | 1,0404 | 1,0405 | 1,0406 | 1,0407 | 1,0408 |
−22 | 1,0388 | 1,0389 | 1,0390 | 1,0391 | 1,0392 | 1,0393 | 1,0394 | 1,0396 | 1,0397 | 1,0398 |
−21 | 1,0378 | 1,0379 | 1,0380 | 1,0381 | 1,0382 | 1,0383 | 1,0384 | 1,0385 | 1,0386 | 1,0387 |
−20 | 1,0368 | 1,0369 | 1,0370 | 1,0371 | 1,0372 | 1,0373 | 1,0374 | 1,0375 | 1,0376 | 1,0377 |
−19 | 1,0357 | 1,0358 | 1,0359 | 1,0360 | 1,0361 | 1,0362 | 1,0363 | 1,0364 | 1,0365 | 1,0367 |
−18 | 1,0347 | 1,0348 | 1,0349 | 1,0350 | 1,0351 | 1,0352 | 1,0353 | 1,0354 | 1,0355 | 1,0356 |
−17 | 1,0336 | 1,0337 | 1,0339 | 1,0340 | 1,0341 | 1,0342 | 1,0343 | 1,0344 | 1,0345 | 1,0346 |
−16 | 1,0326 | 1,0327 | 1,0328 | 1,0329 | 1,0330 | 1,0331 | 1,0332 | 1,0333 | 1,0334 | 1,0335 |
−15 | 1,0316 | 1,0317 | 1,0318 | 1,0319 | 1,0320 | 1,0321 | 1,0322 | 1,0323 | 1,0324 | 1,0325 |
−14 | 1,0305 | 1,0306 | 1,0307 | 1,0308 | 1,0309 | 1,0310 | 1,0311 | 1,0313 | 1,0314 | 1,0315 |
−13 | 1,0295 | 1,0296 | 1,0297 | 1,0298 | 1,0299 | 1,0300 | 1,0301 | 1,0302 | 1,0303 | 1,0304 |
−12 | 1,0284 | 1,0285 | 1,0286 | 1,0288 | 1,0289 | 1,0290 | 1,0291 | 1,0292 | 1,0293 | 1,0294 |
−11 | 1,0274 | 1,0275 | 1,0276 | 1,0277 | 1,0278 | 1,0279 | 1,0280 | 1,0281 | 1,0282 | 1,0283 |
−10 | 1,0264 | 1,0265 | 1,0266 | 1,0267 | 1,0268 | 1,0269 | 1,0270 | 1,0271 | 1,0272 | 1,0273 |
−9 | 1,0253 | 1,0254 | 1,0255 | 1,0256 | 1,0257 | 1,0258 | 1,0259 | 1,0260 | 1,0261 | 1,0262 |
−8 | 1,0243 | 1,0244 | 1,0245 | 1,0246 | 1,0247 | 1,0248 | 1,0249 | 1,0250 | 1,0251 | 1,0252 |
−7 | 1,0232 | 1,0233 | 1,0234 | 1,0235 | 1,0236 | 1,0237 | 1,0238 | 1,0239 | 1,0241 | 1,0242 |
−6 | 1,0222 | 1,0223 | 1,0224 | 1,0225 | 1,0226 | 1,0227 | 1,0228 | 1,0229 | 1,0230 | 1,0231 |
−5 | 1,0211 | 1,0212 | 1,0213 | 1,0214 | 1,0215 | 1,0216 | 1,0217 | 1,0219 | 1,0220 | 1,0221 |
−4 | 1,0201 | 1,0202 | 1,0203 | 1,0204 | 1,0205 | 1,0206 | 1,0207 | 1,0208 | 1,0209 | 1,0210 |
−3 | 1,0190 | 1,0191 | 1,0192 | 1,0193 | 1,0194 | 1,0195 | 1,0196 | 1,0198 | 1,0199 | 1,0200 |
−2 | 1,0180 | 1,0181 | 1,0182 | 1,0183 | 1,0184 | 1,0185 | 1,0186 | 1,0187 | 1,0188 | 1,0189 |
−1 | 1,0169 | 1,0170 | 1,0171 | 1,0172 | 1,0173 | 1,0174 | 1,0175 | 1,0177 | 1,0178 | 1,0179 |
0 | 1,0159 | 1,0160 | 1,0161 | 1,0162 | 1,0163 | 1,0164 | 1,0165 | 1,0166 | 1,0167 | 1,0168 |
0 | 1,0159 | 1,0158 | 1,0157 | 1,0156 | 1,0154 | 1,0153 | 1,0152 | 1,0151 | 1,0150 | 1,0149 |
1 | 1,0148 | 1,0147 | 1,0146 | 1,0145 | 1,0144 | 1,0143 | 1,0142 | 1,0141 | 1,0140 | 1,0139 |
2 | 1,0138 | 1,0137 | 1,0135 | 1,0134 | 1,0133 | 1,0132 | 1,0131 | 1,0130 | 1,0129 | 1,0128 |
3 | 1,0127 | 1,0126 | 1,0125 | 1,0124 | 1,0123 | 1,0122 | 1,0121 | 1,0120 | 1,0119 | 1,0118 |
4 | 1,0117 | 1,0115 | 1,0114 | 1,0113 | 1,0112 | 1,0111 | 1,0110 | 1,0109 | 1,0108 | 1,0107 |
5 | 1,0106 | 1,0105 | 1,0104 | 1,0103 | 1,0102 | 1,0101 | 1,0100 | 1,0099 | 1,0098 | 1,0096 |
6 | 1,0095 | 1,0094 | 1,0093 | 1,0092 | 1,0091 | 1,0090 | 1,0089 | 1,0088 | 1,0087 | 1,0086 |
7 | 1,0085 | 1,0084 | 1,0083 | 1,0082 | 1,0081 | 1,0080 | 1,0078 | 1,0077 | 1,0076 | 1,0075 |
8 | 1,0074 | 1,0073 | 1,0072 | 1,0071 | 1,0070 | 1,0069 | 1,0068 | 1,0067 | 1,0066 | 1,0065 |
9 | 1,0064 | 1,0063 | 1,0062 | 1,0060 | 1,0059 | 1,0058 | 1,0057 | 1,0056 | 1,0055 | 1,0054 |
10 | 1,0053 | 1,0052 | 1,0051 | 1,0050 | 1,0049 | 1,0048 | 1,0047 | 1,0046 | 1,0045 | 1,0044 |
11 | 1,0042 | 1,0041 | 1,0040 | 1,0039 | 1,0038 | 1,0037 | 1,0036 | 1,0035 | 1,0034 | 1,0033 |
12 | 1,0032 | 1,0031 | 1,0030 | 1,0029 | 1,0028 | 1,0027 | 1,0025 | 1,0024 | 1,0023 | 1,0022 |
13 | 1,0021 | 1,0020 | 1,0019 | 1,0018 | 1,0017 | 1,0016 | 1,0015 | 1,0014 | 1,0013 | 1,0012 |
14 | 1,0011 | 1,0010 | 1,0009 | 1,0007 | 1,0006 | 1,0005 | 1,0004 | 1,0003 | 1,0002 | 1,0001 |
15 | 1,0000 | 0,9999 | 0,9998 | 0,9997 | 0,9996 | 0,9995 | 0,9994 | 0,9993 | 0,9991 | 0,9990 |
16 | 0,9989 | 0,9988 | 0,9987 | 0,9986 | 0,9985 | 0,9984 | 0,9983 | 0,9982 | 0,9981 | 0,9980 |
17 | 0,9979 | 0,9978 | 0,9977 | 0,9976 | 0,9974 | 0,9973 | 0,9972 | 0,9971 | 0,9970 | 0,9969 |
18 | 0,9968 | 0,9967 | 0,9966 | 0,9965 | 0,9964 | 0,9963 | 0,9962 | 0,9961 | 0,9960 | 0,9958 |
19 | 0,9957 | 0,9956 | 0,9955 | 0,9954 | 0,9953 | 0,9952 | 0,9951 | 0,9950 | 0,9949 | 0,9948 |
20 | 0,9947 | 0,9946 | 0,9945 | 0,9944 | 0,9943 | 0,9941 | 0,9940 | 0,9939 | 0,9938 | 0,9937 |
21 | 0,9936 | 0,9935 | 0,9934 | 0,9933 | 0,9932 | 0,9931 | 0,9930 | 0,9929 | 0,9928 | 0,9926 |
22 | 0,9925 | 0,9924 | 0,9923 | 0,9922 | 0,9921 | 0,9920 | 0,9919 | 0,9918 | 0,9917 | 0,9916 |
23 | 0,9915 | 0,9914 | 0,9913 | 0,9912 | 0,9910 | 0,9909 | 0,9908 | 0,9907 | 0,9906 | 0,9905 |
24 | 0,9904 | 0,9903 | 0,9902 | 0,9901 | 0,9900 | 0,9899 | 0,9898 | 0,9897 | 0,9896 | 0,9894 |
25 | 0,9893 | 0,9892 | 0,9891 | 0,9890 | 0,9889 | 0,9888 | 0,9887 | 0,9886 | 0,9885 | 0,9884 |
26 | 0,9883 | 0,9882 | 0,9881 | 0,9879 | 0,9878 | 0,9877 | 0,9876 | 0,9875 | 0,9874 | 0,9873 |
27 | 0,9872 | 0,9871 | 0,9870 | 0,9869 | 0,9868 | 0,9867 | 0,9866 | 0,9864 | 0,9863 | 0,9862 |
28 | 0,9861 | 0,9860 | 0,9859 | 0,9858 | 0,9857 | 0,9856 | 0,9855 | 0,9854 | 0,9853 | 0,9852 |
29 | 0,9851 | 0,9849 | 0,9848 | 0,9847 | 0,9846 | 0,9845 | 0,9844 | 0,9843 | 0,9842 | 0,9841 |
30 | 0,9840 | 0,9839 | 0,9838 | 0,9837 | 0,9836 | 0,9834 | 0,9833 | 0,9832 | 0,9831 | 0,9830 |
31 | 0,9829 | 0,9828 | 0,9827 | 0,9826 | 0,9825 | 0,9824 | 0,9823 | 0,9822 | 0,9820 | 0,9819 |
32 | 0,9818 | 0,9817 | 0,9816 | 0,9815 | 0,9814 | 0,9813 | 0,9812 | 0,9811 | 0,9810 | 0,9809 |
33 | 0,9808 | 0,9807 | 0,9805 | 0,9804 | 0,9803 | 0,9802 | 0,9801 | 0,9800 | 0,9799 | 0,9798 |
34 | 0,9797 | 0,9796 | 0,9795 | 0,9794 | 0,9793 | 0,9791 | 0,9790 | 0,9789 | 0,9788 | 0,9787 |
35 | 0,9786 | 0,9785 | 0,9784 | 0,9783 | 0,9782 | 0,9781 | 0,9780 | 0,9779 | 0,9777 | 0,9776 |
36 | 0,9775 | 0,9774 | 0,9773 | 0,9772 | 0,9771 | 0,9770 | 0,9769 | 0,9768 | 0,9767 | 0,9766 |
37 | 0,9765 | 0,9764 | 0,9762 | 0,9761 | 0,9760 | 0,9759 | 0,9758 | 0,9757 | 0,9756 | 0,9755 |
38 | 0,9754 | 0,9753 | 0,9752 | 0,9751 | 0,9749 | 0,9748 | 0,9747 | 0,9746 | 0,9745 | 0,9744 |
39 | 0,9743 | 0,9742 | 0,9741 | 0,9740 | 0,9739 | 0,9738 | 0,9737 | 0,9735 | 0,9734 | 0,9733 |
40 | 0,9732 |
Masse volumique à 15 °C = 760 kg/m³
Valeurs calculées conformément au chapitre 11.1, volume X, de la norme API 2540 (1993)
Pour obtenir le volume net du liquide à 15 °C, multiplier le volume non compensé indiqué sur le compteur par le facteur de correction du volume (FCV) qui correspond à la température moyenne du liquide, mesurée pendant la livraison.