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发电用发动机功率表

2012-08-28 2页 pdf 188KB 26阅读

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发电用发动机功率表 Gen Set Power Selector Chart Model offering for Unregulated Territories 2012 Issue 3 Net Engine Output Model StandbykWm Prime kWm Baseload kWm % kWe Baseload Prime Standby kVA kWe kVA kWe kVA Typical Generator Efficiency Typical Generating Set Output 1500 ...
发电用发动机功率表
Gen Set Power Selector Chart Model offering for Unregulated Territories 2012 Issue 3 Net Engine Output Model StandbykWm Prime kWm Baseload kWm % kWe Baseload Prime Standby kVA kWe kVA kWe kVA Typical Generator Efficiency Typical Generating Set Output 1500 rev/min (9 kVA to 2500 kVA) *Available on application † Gross power n Switchable engines must be requested at point of order, please consult with your local Perkins representative. v Available as Electro Unit only Notes: – All ratings are rounded up and are for guidance only, please refer to the specific engine technical data sheet for final powers. – Perkins conditions of sale apply. – Electrical output is based on typical generator efficiency and is for guidance only. – All ratings data based on operation under ISO 8528-1, ISO 3046, DIN6271 conditions using typical fan sizes and drive ratios. Performance tolerance quoted by Perkins is ± 5%. – Baseload Power = Power available for continuous full load operation. An overload of 10% permitted for one hour in every twelve hours of operation. Please Note: No overload is permitted on 4000 Series. – Prime Power = Power available at variable load in lieu of main power network (please refer to the engine Technical Data Sheets for engine load factors). An overload of 10% permitted for one hour in every twelve hours of operation. – Standby Power = Power available at a variable load in the event of a main power network failure up to a maximum of 500 hours per year. No overload is permitted. 1500/1800 rev/min switchable Typical Power Factor Gas Power 1500 rev/min (307 kWe to 1000 kWe) 3000 rev/min (8 kVA to 36 kVA) 402D-05G - 8 9 86 0.8 - - 7 8 7 9 403D-07G - 12 13 86 0.8 - - 10 12 11 14 403D-11G - 17 18 86 0.8 - - 14 18 16 20 403D-15G - 20 22 87 0.8 - - 18 22 19 24 404D-22G - 30 33 89 0.8 - - 27 33 29 36 403A-11G1 - 8 9 86 0.8 - - 7 9 8 10 403D-11G - 8 9 86 0.8 - - 7 9 8 10 403A-15G1 - 12 13 87 0.8 - - 10 13 11 14 403D-15G - 12 13 87 0.8 - - 10 13 11 14 403A-15G2 - 13 15 87 0.8 - - 12 15 13 17 n 404A-22G1 - 18 20 88 0.8 - - 16 20 18 22 404D-22G - 18 20 88 0.8 - - 16 20 18 22 404D-22TG - 24 27 90 0.8 - - 22 27 24 30 1103A-33G - 28 30 87 0.8 - - 24 30 26 33 n 1103A-33TG1 - 41 46 87 0.8 - - 36 45 40 50 n 1103A-33TG2 - 54 59 89 0.8 - - 48 60 53 66 n 1104A-44TG1 - 58 64 89 0.8 - - 52 65 58 72 n 1104A-44TG2 - 72 79 89 0.8 - - 64 80 70 88 n 1104C-44TAG1 - 72 79 89 0.8 - - 64 80 70 88 n 1006TG1A - 83 92 90 0.8 - - 72 90 80 100 1104C-44TAG2 - 90 100 90 0.8 - - 80 100 88 110 n 1006TG2A - 91 100 90 0.8 - - 80 100 88 110 1106A-70TAG1 - 117 129 92 0.8 - - 108 135 120 150 1006TAG - 121 134 90 0.8 - - 108 135 120 150 n 1006TAG2 - 129 143 93 0.8 - - 120 150 132 165 1106A-70TAG2 - 130 144 92 0.8 - - 120 150 132 165 1106A-70TAG3 - 157 172 92 0.8 - - 144 180 160 200 1106C-E66TAG4 - 158 176 93 0.8 - - 144 180 160 200 n 1106A-70TAG4 - 174 191 92 0.8 - - 160 200 176 220 1306C-E87TAG3 164 180 199 92 0.8 151 189 160 200 180 225 n 1306C-E87TAG4 179 198 217 92 0.8 165 205 180 225 200 250 n 1306C-E87TAG6 198 217 239 92 0.8 182 228 200 250 220 275 1606A-E93TAG4 * 239 261 92 0.8 * * 220 275 240 300 n 1606A-E93TAG5 * 261 287 92 0.8 * * 240 300 264 330 n 2206A-E13TAG2 * 305 349 92 0.8 * * 280 350 320 400 n 2206A-E13TAG3 * 349 392 92 0.8 * * 320 400 360 450 n 2506A-E15TAG1 * 396 434 92 0.8 * * 364 455 400 500 n 2506A-E15TAG2 * 435 478 92 0.8 * * 400 500 440 550 n 2806A-E18TAG1A * 522 574 93 0.8 * * 480 600 528 660 n 2806C-E18TAG1A * 522 574 93 0.8 * * 480 600 528 660 2806A-E18TAG2 * 565 609 93 0.8 * * 520 650 560 700 n 4006-23TAG2A 505 632 695 95 0.8 480 600 600 750 660 825 n 4006-23TAG3A 540 679 760 94 0.8 512 640 640 800 720 900 n 4008TAG 566 715 787 95 0.6 538 672 680 850 748 935 4008TAG1A 606 767 844 95 0.8 576 720 720 900 800 1000 4008TAG2A 681 861 947 95 0.8 647 809 800 1000 880 1100 4012-46TAG0A 842 1053 1158 95 0.8 800 1000 1000 1250 1100 1375 4012-46TWG2A 833 1055 1166 95 0.8 791 989 1000 1250 1108 1385 4012-46TWG3A 909 1149 1263 95 0.8 864 1079 1080 1350 1200 1500 4012-46TAG1A 909 1148 1263 95 0.8 864 1080 1080 1350 1200 1500 4012-46TWG4A * 1254 1342 95 0.8 * * 1200 1500 1280 1600 4012-46TAG2A 1005 1267 1395 95 0.8 955 1194 1200 1500 1320 1650 4012-46TAG3A 1200 1440 1583 95 0.8 1140 1425 1368 1710 1500 1875 4016-61TRG1v 1178 1558 1684 96 0.8 1120 1400 1480 1850 1600 2000 4016TAG1A 1219 1537 1690 96 0.8 1170 1463 1480 1850 1600 2000 4016-61TRG2v 1347 1684 1894 96 0.8 1280 1600 1600 2000 1800 2250 4016TAG2A 1362 1715 1886 96 0.8 1307 1634 1600 2000 1800 2250 4016-61TRG3v 1500 1875 2083 96 0.8 1440 1800 1800 2250 2000 2500 50Hz 4006-23TRS1† 322 - - 95.4 1 307 307 - - - - 4006-23TRS2† 393 - - 95.4 1 375 375 - - - - 4008-30TRS1† 447 - - 95 1 425 425 - - - - 4008-30TRS2† 526 - - 95 1 500 500 - - - - 4016-61TRS1† 912 - - 96 1 875 875 - - - - 4016-61TRS2† 1042 - - 96 1 1000 875 - - - - Net Engine Output Model StandbykWm Prime kWm Baseload kWm % kWe Baseload Prime Standby kVA kWe kVA kWe kVA Typical Generator Efficiency Typical Generating Set Output 1800 rev/min (4 kWe to 1504 kWe) 1500/1800 rev/min switchable 60Hz Typical Power Factor *Available on application † Gross power # Emergency Standby Power = Power available in the event of a main power network failure, up to maximum of 200 hours per year which may be run continuously. Load factor may be up to 100% of the Emergency Standby Power rating. No overload is permitted. n Switchable engines must be requested at point of order, please consult with your local Perkins representative v Available as Electro Unit only Notes: – All ratings are rounded up and are for guidance only, please refer to the specific engine technical data sheet for final powers. – Perkins conditions of sale apply. – Electrical output is based on typical generator efficiency and is for guidance only. – All ratings data based on operation under ISO 8528-1, ISO 3046, DIN6271 conditions using typical fan sizes and drive ratios. Performance tolerance quoted by Perkins is ± 5%. – Baseload Power = Power available for continuous full load operation. An overload of 10% permitted for one hour in every twelve hours of operation. Please Note: No overload is permitted on 4000 Series. – Prime Power = Power available at variable load in lieu of main power network (please refer to the engine Technical Data Sheet for engine load factors). An overload of 10% permitted for one hour in every twelve hours of operation. – Standby Power = Power available at a variable load in the event of a main power network failure up to a maximum of 500 hours per year. No overload is permitted. Gen Set Power Selector Chart Model offering for Unregulated Territories 2012 Issue 3 Perkins Engines Company Limited Peterborough PE1 5NA United Kingdom Tel: +44 (0)1733 583000 Fax: +44 (0)1733 582240 www.perkins.com All information in this document is substantially correct at time of printing and may be altered subsequently Publication No.1542/01/12 produced in England ©Perkins Engines Company Limited 2012 402D-05Gv - 5 5 86 0.8 - - 4 5 4 5 403D-07Gv - 7 7 86 0.8 - - 6 7 6 8 403D-11G - 10 11 87 0.8 - - 9 11 10 12 403D-15G - 14 16 88 0.8 - - 13 16 14 17 n 403A-15G2 - 16 18 89 0.8 - - 14 18 16 20 404D-22G - 22 24 89 0.8 - - 19 24 21 27 n 404D-22TG - 29 32 89 0.8 - - 26 32 28 35 n 404D-22TAG - 32 35 90 0.8 - - 28 36 31 39 1103A-33G - 32 35 87 0.8 - - 28 35 31 38 n 1103A-33TG1 - 49 54 87 0.8 - - 42 53 47 59 n 1103A-33TG2 - 61 66 89 0.8 - - 54 68 60 75 n 1104A-44TG1 - 69 76 89 0.8 - - 61 76 67 84 n 1104C-44TAG1 - 81 89 89 0.8 - - 72 90 80 100 n 1104A-44TG2 - 82 90 89 0.8 - - 72 90 80 100 n 1006TG1A - 97 107 90 0.8 - - 87 109 96 120 1104C-44TAG2 - 100 112 90 0.8 - - 90 112 100 125 n 1006TG2A - 107 118 90 0.8 - - 96 121 106 133 1106A-70TAG1 - 132 146 92 0.8 - - 120 150 135 169 1006TAG - 134 147 90 0.8 - - 121 151 132 166 n 1106C-E66TAG2 - 138 155 92 0.8 - - 127 159 143 179 n 1106C-E66TAG3 - 146 163 92 0.8 - - 135 170 150 190 n 1106A-70TAG2 - 147 163 92 0.8 - - 136 170 150 188 1106A-70TAG3 - 171 190 92 0.8 - - 160 200 175 219 1106C-E66TAG4 - 177 196 92 0.8 - - 165 206 180 228 n 1306C-E87TAG3 182 201 220 92 0.8 167 209 185 231 200 253 n 2206A-E13TAG5 * 349 381 92 0.8 * * 320 400 350 438 n 2206A-E13TAG6 * 381 435 92 0.8 * * 350 438 400 500 n 2506A-E15TAG3 * 446 490 92 0.8 * * 410 513 450 563 n 2506A-E15TAG4 * 495 543 92 0.8 * * 455 569 499 624 n 2506C-E15TAG4# * - 597 92 0.8 - - - - 550 687 2806A-E18TAG1A * 543 598 93 0.8 * * 500 625 550 687 n 2806A-E18TAG3 * 592 652 93 0.8 * * 545 681 600 750 n 4006-23TAG2A 511 638 702 94 0.8 480 600 600 750 660 825 n 4008TAG 564 712 784 95 0.8 536 670 677 846 745 931 4006-23TAG3A 570 715 795 95 0.8 540 675 675 844 750 938 n 4008TAG1 584 744 821 95 0.8 555 694 707 884 780 975 4008TAG2 659 838 924 95 0.8 626 783 796 995 878 1097 4012-46TWG2A 833 1055 1166 95 0.8 791 989 1002 1253 1108 1385 4012-46TWG3A 909 1149 1263 95 0.8 864 1079 1091 1364 1200 1500 4012-46TAG1A 914 1153 1267 95 0.8 868 1085 1095 1369 1204 1505 4012-46TWG4A - 1254 1342 96 0.8 - - 1200 1500 1280 1600 4012-46TAG2A 1009 1272 1399 95 0.8 959 1199 1208 1510 1335 1669 4012-46TAG3A 1200 1440 1583 95 0.8 1140 1425 1368 1710 1504 1880
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