AR/2-3 - STM POLSKA

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2.7 Prestazioni motoriduttori n2 min -1 ir T2 Nm 0.37 kW FS’ AM AC n1= 2790 min-1 n1= 1380 min -1 n1= 910 min -1 n1= 880 min -1 63C 2 71B 4 80A 6 71C 6 13.5 102.1 243 0.9 50/3 71B 4 12.3 71.5 267 0.8 50/3 71C 6 12.3 112.2 267 1.7 60/3 71B 4 10.7 128.8 307 1.5 60/3 71B 4 10.1 90.0 325 3.0 80/3 80A 6 9.7 143.0 341 1.2 60/3 71B 4 8.7 104.8 378 2.6 80/3 80A 6 8.4 164.1 391 1.1 60/3 71B 4 7.8 112.2 419 1.1 60/3 71C 6 7.8 117.2 423 2.3 80/3 80A 6 6.8 128.8 481 1.0 60/3 71C 6 6.8 134.3 485 2.0 80/3 80A 6 6.1 149.3 539 1.8 80/3 80A 6 5.3 171.2 618 1.6 80/3 80A 6 2333 1.2 2.2 13.7 40/1 71B 2 1867 1.5 2.7 12.8 40/1 71B 2 1647 1.7 3.1 12.9 40/1 71B 2 1556 1.8 3.3 4.4 32/1 71B 2 1333 2.1 3.8 3.9 32/1 71B 2 1150 1.2 4.4 6.8 40/1 71C 4 1120 2.5 4.5 3.5 32/1 71B 2 933 3.0 5.5 3.2 32/1 71B 2 920 1.5 5.5 6.3 40/1 71C 4 812 1.7 6.3 6.4 40/1 71C 4 767 1.8 6.6 3.3 32/1 71C 4 718 3.9 7.1 2.5 32/1 71B 2 657 2.1 7.8 2.9 32/1 71C 4 622 4.5 8.2 2.2 32/1 71B 2 552 2.5 9.2 2.6 32/1 71C 4 528 5.3 10 2.0 32/1 71B 2 460 3.0 11 2.3 32/1 71C 4 459 6.1 11 3.1 32/2 71B 2 406 3.4 13 2.1 32/1 71C 4 383 3.6 13 2.7 32/2 71C 4 354 3.9 14 1.8 32/1 71C 4 321 4.3 16 2.3 32/2 71C 4 307 4.5 17 1.6 32/1 71C 4 282 4.9 18 2.5 40/1 71C 4 271 5.1 18 2.1 32/2 71C 4 260 5.3 20 1.4 32/1 71C 4 242 5.7 21 1.9 40/1 71C 4 238 5.8 21 3.0 50/1 71C 4 226 6.1 22 1.8 32/2 71C 4 212 6.5 24 0.9 32/1 71C 4 209 6.6 24 2.5 50/1 71C 4 200 6.9 25 1.7 32/2 71C 4 197 7.0 26 1.5 40/1 71C 4 32 0.55 kW n1= 2800 min-1 n1= 1380 min -1 n1= 1390 min -1 n1= 910 min -1 71B 2 71C 4 80A 4 80B 6 HIGH TECH line 2.7 Gearmotors performances 2.7 Leistungen der Getriebemotoren n2 min -1 ir T2 Nm 0.55 kW FS’ AM AC n1= 2800 min-1 n1= 1380 min -1 n1= 1390 min -1 n1= 910 min -1 71B 2 71C 4 80A 4 80B 6 173 8.0 29 1.5 32/2 71C 4 162 8.5 31 2.5 40/2 71C 4 148 9.3 34 1.3 32/2 71C 4 142 9.7 35 2.2 40/2 71C 4 130 10.6 38 2.1 40/2 71C 4 125 11.0 40 1.2 32/2 71C 4 110 12.6 46 1.1 32/2 71C 4 100 13.8 50 1.7 40/2 71C 4 95 14.5 52 1.0 32/2 71C 4 95 14.6 53 3.4 50/2 71C 4 85 16.2 59 1.5 40/2 71C 4 82 16.8 61 3.1 50/2 71C 4 82 16.9 61 0.9 32/2 71C 4 80 17.2 62 1.3 40/2 71C 4 76 18.2 66 2.8 50/2 71C 4 68 20.2 73 1.2 40/2 71C 4 66 20.8 75 2.5 50/2 71C 4 65 21.3 77 1.3 40/2 71C 4 58 23.8 86 2.4 50/2 71C 4 56 24.6 89 1.1 40/2 71C 4 53 25.9 94 2.1 50/2 71C 4 52 26.6 96 0.9 40/2 71C 4 48 28.5 101 2.1 50/3 71C 4 47 29.1 103 1.0 40/3 71C 4 46 29.8 108 1.9 50/2 71C 4 45 30.6 111 0.8 40/2 71C 4 43 32.3 117 3.5 60/2 71C 4 43 32.4 115 1.9 50/3 71C 4 42 33.1 117 0.9 40/3 71C 4 39 35.6 126 1.7 50/3 71C 4 39 35.7 126 3.3 60/3 71C 4 34 40.3 143 2.9 60/3 71C 4 34 40.5 143 1.5 50/3 71C 4 31 45.1 160 2.9 60/3 71C 4 30 46.2 164 1.3 50/3 71C 4 27 50.8 180 1.2 50/3 71C 4 27 51.0 181 2.5 60/3 71C 4 25 54.3 192 1.1 50/3 71C 4 25 55.2 195 2.4 60/3 71C 4 23 60.3 213 2.0 60/3 71C 4 21 65.9 233 0.9 50/3 71C 4 19.3 71.5 253 0.9 50/3 71C 4 19.0 72.7 257 1.8 60/3 71C 4 17.6 78.6 278 1.7 60/3 71C 4 16.9 82.2 289 3.3 80/3 80A 4 15.3 90.4 320 1.4 60/3 71C 4 13.8 100.2 355 1.2 60/3 71C 4 13.3 104.8 368 2.6 80/3 80A 4 12.3 112.2 397 1.2 60/3 71C 4 11.9 117.2 412 2.3 80/3 80A 4 10.7 128.8 456 1.0 60/3 71C 4 10.3 134.3 472 2.0 80/3 80A 4 9.7 143.0 506 0.8 60/3 71C 4 n2 min -1 ir T2 Nm 0.55 kW FS’ AM AC n1= 2800 min-1 n1= 1380 min -1 n1= 1390 min -1 n1= 910 min -1 71B 2 71C 4 80A 4 80B 6 9.3 149.3 525 1.8 80/3 80A 4 8.1 171.2 602 1.6 80/3 80A 4 6.8 134.3 721 1.3 80/3 80B 6 5.3 171.2 919 1.1 80/3 80B 6 0.75 kW n1= 2800 min-1 n1= 1390 min -1 n1= 920 min -1 n1= 910 min -1 71C 2 80B 4 90S 6 80C 6 2333 1.2 3.0 10.1 40/1 71C 2 1867 1.5 3.7 9.4 40/1 71C 2 1647 1.7 4.2 9.5 40/1 71C 2 1556 1.8 4.5 3.2 32/1 71C 2 1400 2.0 5.0 9.1 40/1 71C 2 1333 2.1 5.2 2.9 32/1 71C 2 1158 1.2 6.0 5.0 40/1 80B 4 1120 2.5 6.2 2.6 32/1 71C 2 933 3.0 7.4 2.3 32/1 71C 2 927 1.5 7.5 4.7 40/1 80B 4 824 3.4 8.4 2.1 32/1 71C 2 772 1.8 9.0 2.4 32/1 80B 4 662 2.1 10 2.2 32/1 80B 4 556 2.5 12 1.9 32/1 80B 4 535 1.7 13 3.1 40/1 80C 6 463 3.0 15 1.7 32/1 80B 4 455 2.0 15 2.9 40/1 80C 6 434 3.2 16 3.1 40/1 80B 4 409 3.4 17 1.5 32/1 80B 4 386 3.6 18 2.0 32/2 80B 4 376 3.7 18 2.7 40/1 80B 4 356 3.9 19 1.3 32/1 80B 4 350 2.6 20 2.5 40/1 80C 6 329 8.5 21 3.1 40/2 71C 2 323 4.3 21 1.7 32/2 80B 4 309 4.5 22 1.2 32/1 80B 4 284 4.9 24 1.8 40/1 80B 4 273 5.1 25 2.9 50/1 80B 4 273 5.1 25 1.5 32/2 80B 4 262 5.3 26 1.0 32/1 80B 4 244 5.7 28 1.4 40/1 80B 4 240 5.8 29 2.2 50/1 80B 4 228 6.1 30 1.3 32/2 80B 4 211 6.6 33 1.8 50/1 80B 4 201 6.9 34 1.2 32/2 80B 4 199 7.0 35 1.1 40/1 80B 4 178 5.1 39 1.9 50/1 80C 6 174 8.0 39 1.1 32/2 80B 4 164 8.5 42 1.8 40/2 80B 4 149 9.3 46 1.0 32/2 80B 4 143 9.7 47 1.6 40/2 80B 4 134 10.4 51 3.4 50/2 80B 4 131 10.6 52 1.6 40/2 80B 4 CT17IGBD0
2.7 Prestazioni motoriduttori n2 min -1 CT17IGBD0 ir T2 Nm 0.75 kW FS’ AM AC n1= 2800 min-1 n1= 1390 min -1 n1= 920 min -1 n1= 910 min -1 71C 2 80B 4 90S 6 80C 6 126 11.0 54 0.9 32/2 80B 4 116 12.0 59 1.4 40/2 80B 4 111 12.5 61 2.9 50/2 80B 4 101 13.8 68 1.3 40/2 80B 4 95 14.6 71 2.5 50/2 80B 4 92 30.6 74 1.0 40/2 71C 2 86 16.2 79 1.1 40/2 80B 4 83 16.8 82 2.3 50/2 80B 4 81 17.2 84 1.0 40/2 80B 4 76 18.2 89 2.1 50/2 80B 4 69 20.2 99 0.9 40/2 80B 4 67 20.8 102 1.9 50/2 80B 4 65 21.3 104 0.9 40/2 80B 4 58 23.8 117 1.7 50/2 80B 4 57 24.6 120 0.8 40/2 80B 4 54 25.9 127 1.6 50/2 80B 4 49 28.1 138 3.0 60/2 80B 4 49 28.5 137 1.6 50/3 80B 4 47 29.8 146 1.4 50/2 80B 4 44 31.6 151 3.0 60/3 80B 4 43 32.3 158 2.6 60/2 80B 4 43 32.4 155 1.4 50/3 80B 4 39 35.6 171 1.2 50/3 80B 4 39 35.7 171 2.5 60/3 80B 4 34 40.3 193 2.2 60/3 80B 4 34 40.5 194 1.1 50/3 80B 4 31 45.1 216 2.1 60/3 80B 4 30 46.2 221 1.0 50/3 80B 4 27 50.8 243 0.9 50/3 80B 4 27 51.0 244 1.9 60/3 80B 4 26 54.3 260 0.8 50/3 80B 4 25 55.2 265 1.7 60/3 80B 4 23 60.3 289 1.5 60/3 80B 4 21 65.7 315 3.1 80/3 80B 4 19.1 72.7 348 1.3 60/3 80B 4 18.3 76.0 364 2.7 80/3 80B 4 17.7 78.6 377 1.2 60/3 80B 4 16.9 82.2 394 2.5 80/3 80B 4 15.4 90.0 431 2.2 80/3 80B 4 15.4 90.4 433 1.1 60/3 80B 4 13.9 100.2 480 0.9 60/3 80B 4 13.3 104.8 502 1.9 80/3 80B 4 12.4 112.2 538 0.9 60/3 80B 4 11.9 117.2 562 1.7 80/3 80B 4 10.3 134.3 644 1.5 80/3 80B 4 9.3 149.3 715 1.4 80/3 80B 4 8.1 171.2 820 1.2 80/3 80B 4 7.8 117.2 858 1.1 80/3 80C 6 6.8 134.3 983 1.0 80/3 80C 6 6.1 149.3 1093 0.9 80/3 80C 6 5.1 182.0 1318 2.5 120/3 90S 6 4.1 222.0 1607 2.1 120/3 90S 6 3.3 277.3 2008 1.6 120/3 90S 6 HIGH TECH line 2.7 Gearmotors performances 2.7 Leistungen der Getriebemotoren n2 min -1 ir T2 Nm 0.88 kW FS’ AM AC n1= 1350 min-1 80C 4 1125 1.2 7.2 4.1 40/1 80C 4 900 1.5 9.1 3.9 40/1 80C 4 794 1.7 10 3.9 40/1 80C 4 750 1.8 11 2.0 32/1 80C 4 675 2.0 12 3.7 40/1 80C 4 643 2.1 13 1.8 32/1 80C 4 540 2.5 15 1.6 32/1 80C 4 519 2.6 16 3.2 40/1 80C 4 450 3.0 18 1.4 32/1 80C 4 422 3.2 19 2.6 40/1 80C 4 397 3.4 21 1.3 32/1 80C 4 375 3.6 21 1.6 32/2 80C 4 365 3.7 22 2.2 40/1 80C 4 346 3.9 24 1.1 32/1 80C 4 300 4.5 27 1.0 32/1 80C 4 276 4.9 30 1.5 40/1 80C 4 265 5.1 31 2.4 50/1 80C 4 255 5.3 32 0.8 32/1 80C 4 237 5.7 34 1.2 40/1 80C 4 233 5.8 35 1.9 50/1 80C 4 205 6.6 40 1.5 50/1 80C 4 199 6.8 41 3.0 60/1 80C 4 196 6.9 41 1.0 32/2 80C 4 193 7.0 42 0.9 40/1 80C 4 169 8.0 47 0.9 32/2 80C 4 163 8.3 49 3.2 50/2 80C 4 159 8.5 50 1.5 40/2 80C 4 147 9.2 54 3.0 50/2 80C 4 145 9.3 55 0.8 32/2 80C 4 139 9.7 57 1.4 40/2 80C 4 130 10.4 62 2.8 50/2 80C 4 127 10.6 63 1.3 40/2 80C 4 113 12.0 71 1.2 40/2 80C 4 108 12.5 74 2.4 50/2 80C 4 98 13.8 82 1.1 40/2 80C 4 92 14.6 86 2.1 50/2 80C 4 83 16.2 96 0.9 40/2 80C 4 80 16.8 99 1.9 50/2 80C 4 78 17.2 102 0.8 40/2 80C 4 74 18.2 108 1.7 50/2 80C 4 74 18.3 108 3.5 60/2 80C 4 69 19.7 117 3.3 60/2 80C 4 65 20.8 123 1.5 50/2 80C 4 61 22.1 131 3.3 60/2 80C 4 57 23.8 141 1.4 50/2 80C 4 53 25.3 150 3.0 60/2 80C 4 52 25.9 153 1.3 50/2 80C 4 48 28.0 162 2.8 60/3 80C 4 48 28.1 166 2.5 60/2 80C 4 47 28.5 165 1.3 50/3 80C 4 45 29.8 176 1.1 50/2 80C 4 43 31.6 183 2.5 60/3 80C 4 42 32.3 191 2.1 60/2 80C 4 n2 min -1 ir T2 Nm 0.88 kW 1.1 kW FS’ AM AC n1= 1350 min-1 n1= 2830 min -1 n1= 1390 min -1 n1= 1400 min -1 n1= 920 min -1 80C 4 42 32.4 188 1.2 50/3 80C 4 38 35.6 206 1.0 50/3 80C 4 38 35.7 207 2.0 60/3 80C 4 33 40.3 233 1.8 60/3 80C 4 33 40.5 234 0.9 50/3 80C 4 30 45.1 261 1.8 60/3 80C 4 29 46.2 267 0.8 50/3 80C 4 27 50.9 295 3.3 80/3 80C 4 26 51.0 295 1.6 60/3 80C 4 25 55.1 319 3.0 80/3 80C 4 24 55.2 320 1.4 60/3 80C 4 22 60.3 349 1.2 60/3 80C 4 21 65.7 380 2.5 80/3 80C 4 18.6 72.7 421 1.1 60/3 80C 4 17.8 76.0 440 2.2 80/3 80C 4 17.2 78.6 455 1.0 60/3 80C 4 16.4 82.2 476 2.0 80/3 80C 4 15.0 90.0 521 1.9 80/3 80C 4 14.9 90.4 523 0.9 60/3 80C 4 12.9 104.8 607 1.6 80/3 80C 4 11.5 117.2 679 1.4 80/3 80C 4 10.1 134.3 778 1.2 80/3 80C 4 9.0 149.3 864 1.1 80/3 80C 4 7.9 171.2 991 1.0 80/3 80C 4 80B 2 80D 4 90S 4 90L 6 2358 1.2 4.3 6.9 40/1 80B 2 1887 1.5 5.4 6.5 40/1 80B 2 1665 1.7 6.1 6.5 40/1 80B 2 1572 1.8 6.5 2.2 32/1 80B 2 1415 2.0 7.2 6.2 40/1 80B 2 1348 2.1 7.6 2.0 32/1 80B 2 1286 2.2 7.9 6.3 40/1 80B 2 1158 1.2 8.8 3.4 40/1 80D 4 943 3.0 11 1.6 32/1 80B 2 927 1.5 11 3.2 40/1 80D 4 818 1.7 12 3.2 40/1 80D 4 772 1.8 13 1.6 32/1 80D 4 767 1.2 13 2.3 40/1 90L 6 726 3.9 14 1.3 32/1 80B 2 695 2.0 15 3.1 40/1 80D 4 662 2.1 15 1.5 32/1 80D 4 632 2.2 16 3.1 40/1 80D 4 556 2.5 18 1.3 32/1 80D 4 535 2.6 19 2.6 40/1 80D 4 463 3.0 22 1.1 32/1 80D 4 460 2.0 22 2.0 40/1 90L 6 434 3.2 23 2.1 40/1 80D 4 418 2.2 24 2.1 40/1 90L 6 33
Page 1 and 2: CT17IGBD0 INDICE INDEX INHALTSVERZE
Page 3 and 4: 1.3 Fattore di servizio Il fattore
Page 5 and 6: La Tab. 1.4 è utile per la selezio
Page 7 and 8: I valori di Pto devono essere corre
Page 9 and 10: 1.9 Installazione Prescrizioni di i
Page 11 and 12: Tab. 1.7 OM-OC OR Prima della messa
Page 13 and 14: 2.0 RIDUTTORI COASSIALI IN-LINE GEA
Page 15 and 16: 2.3 Versioni CT17IGBD0 P F1 F2 F3
Page 17 and 18: Generalita’ Si consiglia l'uso di
Page 19 and 20: CT17IGBD0 Tab. 2.5 I carichi radial
Page 21 and 22: 2.6 Prestazioni riduttori AR CT17IG
Page 23 and 24: 2.6 Prestazioni riduttori AR N.B. P
Page 29 and 30: 2.7 Prestazioni motoriduttori n2 mi
Page 31: 2.7 Prestazioni motoriduttori n2 mi
Page 43 and 44: 2.8 Dimensioni IEC B5 B14 AM AC AR
Page 45 and 46: 2.8 Dimensioni AM AC AR 32 92 40 14
Page 47 and 48: 2.8 Dimensioni AM AC AR a a1 a2 a3
Page 49 and 50: HIGH TECH line 2.8 Dimensioni 2.8 D
Page 51 and 52: 2.8 Dimensioni AM AC AR a a1 a2 a3
Page 53 and 54: HIGH TECH line 2.8 Dimensioni 2.8 D
Page 55 and 56: CT17IGBD0 HIGH TECH line 3.0 RIDUTT
Page 57 and 58: [*2] Albero uscita: Nessuna indicaz
Page 59 and 60: 3.3 Versioni CT17IGBD0 OM. (IEC) OM
Page 61 and 62: CT17IGBD0 Lubrificazione riduttori
Page 63 and 64: CT17IGBD0 n2 [min -1 ] HIGH TECH li
Page 65 and 66: 3.6 Prestazioni riduttori OR ir HIG
Page 67 and 68: 3.6 Prestazioni riduttori ROC ir CT
Page 83 and 84:
3.7 Prestazioni motoriduttori n2 mi
Page 85 and 86:
HIGH TECH line 3.8 Dimensioni 3.8 D
Page 87 and 88:
OC. a A a2 b B C c1 63 110 147 28 1
Page 89 and 90:
CT17IGBD0 HIGH TECH line 3.8 Dimens
Page 91 and 92:
ROC3 ir a b B d 125 140 160 180 200
Page 93 and 94:
Albero lento cavo e albero con cale
Page 95 and 96:
Albero lento cavo con calettatore F
Page 97 and 98:
ALBERO LENTO SPORGENTE Tutti i ridu
Page 99 and 100:
3.11 Linguette CT17IGBD0 3.11 Keys
Page 101 and 102:
4.1 Caratteristiche tecniche La pro
Page 103 and 104:
4.3 Versioni 104 PM. (IEC) 63 — 1
Page 105 and 106:
Quando la trasmissione del moto avv
Page 107 and 108:
4.6 Prestazioni riduttori PR ir HIG
Page 109 and 110:
4.6 Prestazioni riduttori PR ir HIG
Page 111 and 112:
4.7 Prestazioni motoriduttori PMP -
Page 113 and 114:
Page 115 and 116:
Page 117 and 118:
Page 119 and 120:
120 HIGH TECH line 4.8 Dimensioni 4
Page 121 and 122:
PCP F1 - F2 HIGH TECH line 4.8 Dime
Page 123 and 124:
HIGH TECH line 4.8 Dimensioni 4.8 D
Page 125 and 126:
PARTICOLARE DEI FORI FLANGIA P “t
Page 127 and 128:
P.P - P.F B HIGH TECH line 4.9 Acce
Page 129 and 130:
130 M1 M4 M5 Posizioni di montaggio
Page 131:
m g v P = 6 10 4 Po ten za ri chie
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AR/2-3 - STM POLSKA

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