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Circuit/System Testing

NOTE:

Do not test for a voltage drop at the Junction Block Studs without wiring or cables attached to it. It will result in the DVOM providing a false reading.

GM5654572Courtesy of GENERAL MOTORS COMPANY
    NOTE:

    The Leg of the Battery Junction Block with the highest draw or voltage drop is likely to be the source of the excessive parasitic draw.

  1. If the equipped with a battery Junction block and if it is accessible, utilize and inductive amp clamp or perform a voltage drop test between the battery positive post and each leg of the battery junction block to help determine which fuse block is containing the draw.
    • If a Parasitic Draw has not been isolated in Step 1.
    • GM5646333Courtesy of GENERAL MOTORS COMPANY

      Standard Fuse Voltage Drop Test Example

    • GM5653612Courtesy of GENERAL MOTORS COMPANY
      GM5653617Courtesy of GENERAL MOTORS COMPANY
      NOTE:

      The center of the fuse is the supply voltage for both sides of the fuse.

      Micro 3 Fuse Voltage Drop Test Example

      NOTE:

      Some fuses that may have an initial voltage drop then drop off, and some fuses that always have a nominal draw going to components that supply memory retention is normal.

    1. Use a DMM set to mV scale and perform a voltage drop across each fuse excluding J-Case type fuses (ignore negative readings) one at a time to determine the fuse that is causing the parasitic draw using the tables below.
      • Go to next step: If a Parasitic Draw has been Isolated in Step 1
    2. Go to the fuse block that the draw has been isolated to.
      • GM5646333Courtesy of GENERAL MOTORS COMPANY

        Standard Fuse Voltage Drop Test Example

      • GM5653612Courtesy of GENERAL MOTORS COMPANY
        GM5653617Courtesy of GENERAL MOTORS COMPANY
        NOTE:

        The center of the fuse is the supply voltage for both sides of the fuse.

        Micro 3 Fuse Voltage Drop Test Example

      3. NOTE:

      Some fuses that may have an initial voltage drop then drop off, and some fuses that always have a nominal draw going to components that supply memory retention is normal.

    3. Use the DMM set to the mV scale perform a voltage drop across each fuse excluding J-Case type fuses (ignore negative readings) one at a time to determine the fuse that is causing the parasitic draw using the tables below.
    • If a voltage drop is found
      NOTE:

      Do NOT remove any fuses as it may cause the draw to go away and may not return. If the draw is isolated to a fuse that supplies voltage to more than one component, disconnect the components one at a time until the draw is gone.

      Refer to Power Distribution Wiring Schematics to diagnose exactly which circuit of the suspect system is causing the high parasitic drain.

    • Go to next step: If a voltage drop is not found
  2. Verify an excessive current draw is not present by removing each remaining J-Case fuse(s), circuit breaker(s), relay(s), components and modules one at a time while monitoring the draw to verify it drops to below 40 mA.
    • If an excessive parasitic draw is found
      NOTE:

      Do NOT remove any fuses as it may cause the draw to go away and may not return. If the draw is isolated to a fuse that supplies voltage to more than one component, disconnect the components one at a time until the draw is gone.

      Refer to Power Distribution Wiring Schematics to diagnose exactly which circuit of the suspect system is causing the high parasitic drain.

    • Go to next step: If an excessive parasitic draw is not found
  3. The condition may be an intermittent fault and is currently not present.
NOTE:
  • Circuit Current Across Fuse mA (milliAmps)
  • The mA values listed in the tables below are estimated based on the voltage drop across the different fuse designs.
  • Some fuses that may have an initial voltage drop then drop off, is normal.
  • Some fuses that always have a nominal draw going to components that supply memory retention is normal.
  • Use the parasitic draw reference tables along with the schematics to determine the excessive draw.
Micro/Mini Fuse Voltage Drop

mV Grey 2 Amp (mA) Violet 3 Amp (mA) Pink 4 Amp (mA) Tan 5 Amp (mA) Brown 7.5 Amp (mA) Red 10 Amp (mA) Blue 15 Amp (mA} Yellow 20 Amp (mA) Clear 25 Amp (mA) Green 30 Amp (mA)
0.1 2 3 4 6 9 13 22 31 42 54
0.2 4 6 9 11 18 27 44 62 85 108
0.3 5 9 13 17 28 40 66 93 127 162
0.4 7 12 17 23 37 54 87 125 169 216
0.5 9 15 21 28 46 67 109 156 212 270
0.6 11 18 26 34 55 81 131 187 254 324
0.7 13 21 30 39 65 94 153 218 297 378
0.8 14 24 34 45 74 108 175 249 339 432
0.9 16 27 38 51 83 121 197 280 381 486
1 18 30 43 56 92 135 218 312 424 541
1.1 20 33 47 62 101 148 240 343 466 595
1.2 22 36 51 68 111 162 262 374 508 649
1.3 23 39 55 73 120 175 284 405 551 703
1.4 25 41 60 79 129 189 306 436 593 757
1.5 27 44 64 85 138 202 328 467 636 811
1.6 29 47 68 90 147 216 349 498 678 865
1.7 31 50 72 96 157 229 371 530 720 919
1.8 32 53 77 101 166 243 393 561 763 973
1.9 34 56 81 107 175 256 415 592 805 1027
2 36 59 85 113 184 270 437 623 847 1081
2.1 38 62 89 118 194 283 459 654 890 1135
2.2 40 65 94 124 203 296 480 685 932 1189
2.3 41 68 98 130 212 310 502 717 975 1243
2.4 43 71 102 135 221 323 524 748 1017 1297
2.5 45 74 106 141 230 337 546 779 1059 1351
2.6 47 77 111 146 240 350 568 810 1102 1405
2.7 49 80 115 152 249 364 590 841 1144 1459
2.8 50 83 119 158 258 377 611 872 1186 1514
2.9 52 86 124 163 267 391 633 903 1229 1568
3 54 89 128 169 276 404 655 935 1271 1622
3.1 56 92 132 175 286 418 677 966 1314 1676
3.2 58 95 136 180 295 431 699 997 1356 1730
3.3 59 98 141 186 304 445 721 1028 1398 1784
3.4 61 101 145 192 313 458 742 1059 1441 1838
3.5 63 104 149 197 323 472 764 1090 1483 1892
3.6 65 107 153 203 332 485 786 1121 1525 1946
3.7 67 110 158 208 341 499 808 1153 1568 2000
3.8 68 113 162 214 350 512 830 1184 1610 2054
3.9 70 116 166 220 359 526 852 1215 1653 2108
4 72 119 170 225 369 539 873 1246 1695 2162
4.1 74 121 175 231 378 553 895 1277 1737 2216
4.2 76 124 179 237 387 566 917 1308 1780 2270
4.3 77 127 183 242 396 580 939 1340 1822 2324
4.4 79 130 187 248 406 593 961 1371 1864 2378
4.5 81 133 192 254 415 606 983 1402 1907 2432
4.6 83 136 196 259 424 620 1004 1433 1949 2486
4.7 85 139 200 265 433 633 1026 1464 1992 2541
4.8 86 142 204 270 442 647 1048 1495 2034 2595
4.9 88 145 209 276 452 660 1070 1526 2076 2649
5 90 148 213 282 461 674 1092 1558 2119 2703
5.1 92 151 217 287 470 687 1114 1589 2161 2757
5.2 94 154 221 293 479 701 1135 1620 2203 2811
5.3 95 157 226 299 488 714 1157 1651 2246 2865
5.4 97 160 230 304 498 728 1179 1682 2288 2919
5.5 99 163 234 310 507 741 1201 1713 2331 2973
5.6 101 166 239 315 516 755 1223 1745 2373 3027
5.7 103 169 243 321 525 768 1245 1776 2415 3081
5.8 104 172 247 327 535 782 1266 1807 2458 3135
5.9 106 175 251 332 544 795 1288 1838 2500 3189
6 108 178 256 338 553 809 1310 1869 2542 3243
6.1 110 181 260 344 562 822 1332 1900 2585 3297
6.2 112 184 264 349 571 836 1354 1931 2627 3351
6.3 113 187 268 355 581 849 1376 1963 2669 3405
6.4 115 190 273 361 590 863 1397 1994 2712 3459
6.5 117 193 277 366 599 876 1419 2025 2754 3514
6.6 119 196 281 372 608 889 1441 2056 2797 3568
6.7 121 199 285 377 618 903 1463 2087 2839 3622
6.8 122 201 290 383 627 916 1485 2118 2881 3676
6.9 124 204 294 389 636 930 1507 2150 2924 3730
7 126 207 298 394 645 943 1528 2181 2966 3784
7.1 128 210 302 400 654 957 1550 2212 3008 3838
7.2 129 213 307 406 664 970 1572 2243 3051 3892
7.3 131 216 311 411 673 984 1594 2274 3093 3946
7.4 133 219 315 417 682 997 1616 2305 3136 4000
7.5 135 222 319 423 691 1011 1638 2336 3178 4054
7.6 137 225 324 428 700 1024 1659 2368 3220 4108
7.7 138 228 328 434 710 1038 1681 2399 3263 4162
7.8 140 231 332 439 719 1051 1703 2430 3305 4216
7.9 142 234 336 445 728 1065 1725 2461 3347 4270
8 144 237 341 451 737 1078 1747 2492 3390 4324
8.1 146 240 345 456 747 1092 1769 2523 3432 4378
8.2 147 243 349 462 756 1105 1790 2555 3475 4432
8.3 149 246 353 468 765 1119 1812 2586 3517 4486
8.4 151 249 358 473 774 1132 1834 2617 3559 4541
8.5 153 252 362 479 783 1146 1856 2648 3602 4595
8.6 155 255 366 485 793 1159 1878 2679 3644 4649
8.7 156 258 371 490 802 1173 1900 2710 3686 4703
8.8 158 261 375 496 811 1186 1921 2741 3729 4757
8.9 160 264 379 501 820 1199 1943 2773 3771 4811
9 162 267 383 507 829 1213 1965 2804 3814 4865
9.1 164 270 388 513 839 1226 1987 2835 3856 4919
9.2 165 273 392 518 848 1240 2009 2866 3898 4973
9.3 167 276 396 524 857 1253 2031 2897 3941 5027
9.4 169 279 400 530 866 1267 2052 2928 3983 5081
9.5 171 281 405 535 876 1280 2074 2960 4025 5135
9.6 173 284 409 541 885 1294 2096 2991 4068 5189
9.7 174 287 413 546 894 1307 2118 3022 4110 5243
9.8 176 290 417 552 903 1321 2140 3053 4153 5297
9.9 178 293 422 558 912 1334 2162 3084 4195 5351
10 180 296 426 563 922 1348 2183 3115 4237 5405
NOTE:
  • Circuit Current Across Fuse mA (milliAmps)
  • The mA values listed in the tables below are estimated based on the voltage drop across the different fuse designs.
  • Some fuses that may have an initial voltage drop then drop off, is normal.
  • Some fuses that always have a nominal draw going to components that supply memory retention is normal.
  • Use the parasitic draw reference tables along with the schematics to determine the excessive draw.
Standard (ATO, ATC) Fuse Voltage Drop

mV Black 1 Amp (mA) Grey 2 Amp (mA) Violet 3 Amp (mA) Pink 4 Amp (mA) Tan 5 Amp (mA) Brown 7.5 Amp (mA) Red 10 Amp (mA) Blue 15 Amp (mA} Yellow 20 Amp (mA) Clear 25 Amp (mA) Green 30 Amp (mA) Blu-Green 35 Amp (mA) Orange 40 Amp (mA)
0.1 1 2 3 4 6 9 13 21 30 40 51 62 69
0.2 2 4 6 9 11 18 26 42 59 79 102 124 139
0.3 2 6 10 13 17 27 39 63 89 119 152 186 208
0.4 3 7 13 18 22 37 52 83 118 159 203 248 278
0.5 4 9 16 22 28 46 65 104 148 198 254 311 347
0.6 5 11 19 26 34 55 78 125 178 238 305 373 417
0.7 6 13 23 31 39 64 91 146 207 278 355 435 486
0.8 7 15 26 35 45 73 104 167 237 317 406 497 556
0.9 7 17 29 39 50 82 117 188 266 357 457 559 625
1 8 19 32 44 56 92 130 208 296 397 508 621 694
1.1 9 21 35 48 62 101 143 229 325 437 558 683 764
1.2 10 22 39 53 67 110 156 250 355 476 609 745 833
1.3 11 24 42 57 73 119 169 271 385 516 660 807 903
1.4 11 26 45 61 78 128 182 292 414 556 711 870 972
1.5 12 28 48 66 84 137 195 313 444 595 761 932 1042
1.6 13 30 51 70 90 147 208 333 473 635 812 994 1111
1.7 14 32 55 75 95 156 221 354 503 675 863 1056 1181
1.8 15 34 58 79 101 165 234 375 533 714 914 1118 1250
1.9 15 36 61 83 106 174 247 396 562 754 964 1180 1319
2 16 37 64 88 112 183 260 417 592 794 1015 1242 1389
2.1 17 39 68 92 118 192 273 438 621 833 1066 1304 1458
2.2 18 41 71 96 123 202 286 458 651 873 1117 1366 1528
2.3 19 43 74 101 129 211 299 479 680 913 1168 1429 1597
2.4 20 45 77 105 134 220 312 500 710 952 1218 1491 1667
2.5 20 47 80 110 140 229 325 521 740 992 1269 1553 1736
2.6 21 49 84 114 146 238 338 542 769 1032 1320 1615 1806
2.7 22 50 87 118 151 247 351 563 799 1071 1371 1677 1875
2.8 23 52 90 123 157 257 364 583 828 1111 1421 1739 1944
2.9 24 54 93 127 162 266 377 604 858 1151 1472 1801 2014
3 24 56 96 132 168 275 390 625 888 1190 1523 1863 2083
3.1 25 58 100 136 174 284 403 646 917 1230 1574 1925 2153
3.2 26 60 103 140 179 293 416 667 947 1270 1624 1988 2222
3.3 27 62 106 145 185 302 429 688 976 1310 1675 2050 2292
3.4 28 64 109 149 190 312 442 708 1006 1349 1726 2112 2361
3.5 28 65 113 154 196 321 455 729 1036 1389 1777 2174 2431
3.6 29 67 116 158 202 330 468 750 1065 1429 1827 2236 2500
3.7 30 69 119 162 207 339 481 771 1095 1468 1878 2298 2569
3.8 31 71 122 167 213 348 494 792 1124 1508 1929 2360 2639
3.9 32 73 125 171 218 357 506 813 1154 1548 1980 2422 2708
4 33 75 129 175 224 367 519 833 1183 1587 2030 2484 2778
4.1 33 77 132 180 230 376 532 854 1213 1627 2081 2547 2847
4.2 34 79 135 184 235 385 545 875 1243 1667 2132 2609 2917
4.3 35 80 138 189 241 394 558 896 1272 1706 2183 2671 2986
4.4 36 82 141 193 246 403 571 917 1302 1746 2234 2733 3056
4.5 37 84 145 197 252 412 584 938 1331 1786 2284 2795 3125
4.6 37 86 148 202 258 422 597 958 1361 1825 2335 2857 3194
4.7 38 88 151 206 263 431 610 979 1391 1865 2386 2919 3264
4.8 39 90 154 211 269 440 623 1000 1420 1905 2437 2981 3333
4.9 40 92 158 215 275 449 636 1021 1450 1944 2487 3043 3403
5 41 93 161 219 280 458 649 1042 1479 1984 2538 3106 3472
5.1 41 95 164 224 286 467 662 1063 1509 2024 2589 3168 3542
5.2 42 97 167 228 291 477 675 1083 1538 2063 2640 3230 3611
5.3 43 99 170 232 297 486 688 1104 1568 2103 2690 3292 3681
5.4 44 101 174 237 303 495 701 1125 1598 2143 2741 3354 3750
5.5 45 103 177 241 308 504 714 1146 1627 2183 2792 3416 3819
5.6 46 105 180 246 314 513 727 1167 1657 2222 2843 3478 3889
5.7 46 107 183 250 319 522 740 1188 1686 2262 2893 3540 3958
5.8 47 108 186 254 325 532 753 1208 1716 2302 2944 3602 4028
5.9 48 110 190 259 331 541 766 1229 1746 2341 2995 3665 4097
6 49 112 193 263 336 550 779 1250 1775 2381 3046 3727 4167
6.1 50 114 196 268 342 559 792 1271 1805 2421 3096 3789 4236
6.2 50 116 199 272 347 568 805 1292 1834 2460 3147 3851 4306
6.3 51 118 203 276 353 577 818 1313 1864 2500 3198 3913 4375
6.4 52 120 206 281 359 587 831 1333 1893 2540 3249 3975 4444
6.5 53 121 209 285 364 596 844 1354 1923 2579 3299 4037 4514
6.6 54 123 212 289 370 605 857 1375 1953 2619 3350 4099 4583
6.7 54 125 215 294 375 614 870 1396 1982 2659 3401 4161 4653
6.8 55 127 219 298 381 623 883 1417 2012 2698 3452 4224 4722
6.9 56 129 222 303 387 632 896 1438 2041 2738 3503 4286 4792
7 57 131 225 307 392 642 909 1458 2071 2778 3553 4348 4861
7.1 58 133 228 311 398 651 922 1479 2101 2817 3604 4410 4931
7.2 59 135 232 316 403 660 935 1500 2130 2857 3655 4472 5000
7.3 59 136 235 320 409 669 948 1521 2160 2897 3706 4534 5069
7.4 60 138 238 325 415 678 961 1542 2189 2937 3756 4596 5139
7.5 61 140 241 329 420 687 974 1563 2219 2976 3807 4658 5208
7.6 62 142 244 333 426 697 987 1583 2249 3016 3858 4720 5278
7.7 63 144 248 338 431 706 1000 1604 2278 3056 3909 4783 5347
7.8 63 146 251 342 437 715 1013 1625 2308 3095 3959 4845 5417
7.9 64 148 254 346 443 724 1026 1646 2337 3135 4010 4907 5486
8 65 150 257 351 448 733 1039 1667 2367 3175 4061 4969 5556
8.1 66 151 260 355 454 742 1052 1688 2396 3214 4112 5031 5625
8.2 67 153 264 360 459 752 1065 1708 2426 3254 4162 5093 5694
8.3 67 155 267 364 465 761 1078 1729 2456 3294 4213 5155 5764
8.4 68 157 270 368 471 770 1091 1750 2485 3333 4264 5217 5833
8.5 69 159 273 373 476 779 1104 1771 2515 3373 4315 5280 5903
8.6 70 161 277 377 482 788 1117 1792 2544 3413 4365 5342 5972
8.7 71 163 280 382 487 797 1130 1813 2574 3452 4416 5404 6042
8.8 72 164 283 386 493 807 1143 1833 2604 3492 4467 5466 6111
8.9 72 166 286 390 499 816 1156 1854 2633 3532 4518 5528 6181
9 73 168 289 395 504 825 1169 1875 2663 3571 4569 5590 6250
9.1 74 170 293 399 510 834 1182 1896 2692 3611 4619 5652 6319
9.2 75 172 296 404 515 843 1195 1917 2722 3651 4670 5714 6389
9.3 76 174 299 408 521 852 1208 1938 2751 3690 4721 5776 6458
9.4 76 176 302 412 527 862 1221 1958 2781 3730 4772 5839 6528
9.5 77 178 305 417 532 871 1234 1979 2811 3770 4822 5901 6597
9.6 78 179 309 421 538 880 1247 2000 2840 3810 4873 5963 6667
9.7 79 181 312 425 543 889 1260 2021 2870 3849 4924 6025 6736
9.8 80 183 315 430 549 898 1273 2042 2899 3889 4975 6087 6806
9.9 80 185 318 434 555 907 1286 2063 2929 3929 5025 6149 6875
10 81 187 322 439 560 917 1299 2083 2959 3968 5076 6211 6944
NOTE:
  • Circuit Current Across Fuse mA (milliAmps)
  • The mA values listed in the tables below are estimated based on the voltage drop across the different fuse designs.
  • Some fuses that may have an initial voltage drop then drop off, is normal.
  • Some fuses that always have a nominal draw going to components that supply memory retention is normal.
  • Use the parasitic draw reference tables along with the schematics to determine the excessive draw.
Maxi Fuse Voltage Drop

mV Yellow 20 Amp (mA) Clear 25 Amp (mA) Green 30 Amp (mA) Blu-Green 35 Amp (mA) Orange 40 Amp (mA) Red 50 Amp (mA) Blue 60 Amp (mA) Tan 70 Amp (mA) Clear 80 Amp (mA)
0.1 32 42 51 58 70 91 112 156 185
0.2 65 84 103 117 141 182 225 313 370
0.3 97 126 154 175 211 273 337 469 556
0.4 129 167 205 234 282 364 449 625 741
0.5 161 209 256 292 352 455 562 781 926
0.6 194 251 308 351 423 545 674 938 1111
0.7 226 293 359 409 493 636 787 1094 1296
0.8 258 335 410 468 563 727 899 1250 1481
0.9 290 377 462 526 634 818 1011 1406 1667
1.0 323 418 513 585 704 909 1124 1563 1852
1.1 355 460 564 643 775 1000 1236 1719 2037
1.2 387 502 615 702 845 1091 1348 1875 2222
1.3 419 544 667 760 915 1182 1461 2031 2407
1.4 452 586 718 819 986 1273 1573 2188 2593
1.5 484 628 769 877 1056 1364 1685 2344 2778
1.6 516 669 821 936 1127 1455 1798 2500 2963
1.7 548 711 872 994 1197 1545 1910 2656 3148
1.8 581 753 923 1053 1268 1636 2022 2813 3333
1.9 613 795 974 1111 1338 1727 2135 2969 3519
2.0 645 837 1026 1170 1408 1818 2247 3125 3704
2.1 677 879 1077 1228 1479 1909 2360 3281 3889
2.2 710 921 1128 1287 1549 2000 2472 3438 4074
2.3 742 962 1179 1345 1620 2091 2584 3594 4259
2.4 774 1004 1231 1404 1690 2182 2697 3750 4444
2.5 806 1046 1282 1462 1761 2273 2809 3906 4630
2.6 839 1088 1333 1520 1831 2364 2921 4063 4815
2.7 871 1130 1385 1579 1901 2455 3034 4219 5000
2.8 903 1172 1436 1637 1972 2545 3146 4375 5185
2.9 935 1213 1487 1696 2042 2636 3258 4531 5370
3.0 968 1255 1538 1754 2113 2727 3371 4688 5556
3.1 1000 1297 1590 1813 2183 2818 3483 4844 5741
3.2 1032 1339 1641 1871 2254 2909 3596 5000 5926
3.3 1065 1381 1692 1930 2324 3000 3708 5156 6111
3.4 1097 1423 1744 1988 2394 3091 3820 5313 6296
3.5 1129 1464 1795 2047 2465 3182 3933 5469 6481
3.6 1161 1506 1846 2105 2535 3273 4045 5625 6667
3.7 1194 1548 1897 2164 2606 3364 4157 5781 6852
3.8 1226 1590 1949 2222 2676 3455 4270 5938 7037
3.9 1258 1632 2000 2281 2746 3545 4382 6094 7222
4.0 1290 1674 2051 2339 2817 3636 4494 6250 7407
4.1 1323 1715 2103 2398 2887 3727 4607 6406 7593
4.2 1355 1757 2154 2456 2958 3818 4719 6563 7778
4.3 1387 1799 2205 2515 3028 3909 4831 6719 7963
4.4 1419 1841 2256 2573 3099 4000 4944 6875 8148
4.5 1452 1883 2308 2632 3169 4091 5056 7031 8333
4.6 1484 1925 2359 2690 3239 4182 5169 7188 8519
4.7 1516 1967 2410 2749 3310 4273 5281 7344 8704
4.8 1548 2008 2462 2807 3380 4364 5393 7500 8889
4.9 1581 2050 2513 2865 3451 4455 5506 7656 9074
5.0 1613 2092 2564 2924 3521 4545 5618 7813 9259
5.1 1645 2134 2615 2982 3592 4636 5730 7969 9444
5.2 1677 2176 2667 3041 3662 4727 5843 8125 9630
5.3 1710 2218 2718 3099 3732 4818 5955 8281 9815
5.4 1742 2259 2769 3158 3803 4909 6067 8438 10000
5.5 1774 2301 2821 3216 3873 5000 6180 8594 10185
5.6 1806 2343 2872 3275 3944 5091 6292 8750 10370
5.7 1839 2385 2923 3333 4014 5182 6404 8906 10556
5.8 1871 2427 2974 3392 4085 5273 6517 9063 10741
5.9 1903 2469 3026 3450 4155 5364 6629 9219 10926
6 1935 2510 3077 3509 4225 5455 6742 9375 11111
6.1 1968 2552 3128 3567 4296 5545 6854 9531 11296
6.2 2000 2594 3179 3626 4366 5636 6966 9688 11481
6.3 2032 2636 3231 3684 4437 5727 7079 9844 11667
6.4 2065 2678 3282 3743 4507 5818 7191 10000 11852
6.5 2097 2720 3333 3801 4577 5909 7303 10156 12037
6.6 2129 2762 3385 3860 4648 6000 7416 10313 12222
6.7 2161 2803 3436 3918 4718 6091 7528 10469 12407
6.8 2194 2845 3487 3977 4789 6182 7640 10625 12593
6.9 2226 2887 3538 4035 4859 6273 7753 10781 12778
7 2258 2929 3590 4094 4930 6364 7865 10938 12963
7.1 2290 2971 3641 4152 5000 6455 7978 11094 13148
7.2 2323 3013 3692 4211 5070 6545 8090 11250 13333
7.3 2355 3054 3744 4269 5141 6636 8202 11406 13519
7.4 2387 3096 3795 4327 5211 6727 8315 11563 13704
7.5 2419 3138 3846 4386 5282 6818 8427 11719 13889
7.6 2452 3180 3897 4444 5352 6909 8539 11875 14074
7.7 2484 3222 3949 4503 5423 7000 8652 12031 14259
7.8 2516 3264 4000 4561 5493 7091 8764 12188 14444
7.9 2548 3305 4051 4620 5563 7182 8876 12344 14630
8 2581 3347 4103 4678 5634 7273 8989 12500 14815
8.1 2613 3389 4154 4737 5704 7364 9101 12656 15000
8.2 2645 3431 4205 4795 5775 7455 9213 12813 15185
8.3 2677 3473 4256 4854 5845 7545 9326 12969 15370
8.4 2710 3515 4308 4912 5915 7636 9438 13125 15556
8.5 2742 3556 4359 4971 5986 7727 9551 13281 15741
8.6 2774 3598 4410 5029 6056 7818 9663 13438 15926
8.7 2806 3640 4462 5088 6127 7909 9775 13594 16111
8.8 2839 3682 4513 5146 6197 8000 9888 13750 16296
8.9 2871 3724 4564 5205 6268 8091 10000 13906 16481
9 2903 3766 4615 5263 6338 8182 10112 14063 16667
9.1 2935 3808 4667 5322 6408 8273 10225 14219 16852
9.2 2968 3849 4718 5380 6479 8364 10337 14375 17037
9.3 3000 3891 4769 5439 6549 8455 10449 14531 17222
9.4 3032 3933 4821 5497 6620 8545 10562 14688 17407
9.5 3065 3975 4872 5556 6690 8636 10674 14844 17593
9.6 3097 4017 4923 5614 6761 8727 10787 15000 17778
9.7 3129 4059 4974 5673 6831 8818 10899 15156 17963
9.8 3161 4100 5026 5731 6901 8909 11011 15313 18148
9.9 3194 4142 5077 5789 6972 9000 11124 15469 18333
10 3226 4184 5128 5848 7042 9091 11236 15625 18519
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