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chiocciola singola senza precarico single nut not preloaded einZelMutter Mit spiel L Ø d0 Ø D min. Diametro nominale Passo Diametro Sfere n° giri di sfere carico Dinamico carico Statico carico massimo Operativo nominal diameter lead Balls diameter nr. of circuits Dynamic load static load Maximum Operating load Nenndurchmesser steigung Kugel Durchmesser Anzahl der umläufe Dynamische tragzahl statische tragzahl Maximale Betriebsbelastung d0 [mm] [mm] [mm] ca [kn] co [kn] co [kn] D min. [mm] L [mm] 180 40 29,369 7 1475 4533 1388 280 340 180 40 29,369 8 1655 5180 1541 280 383 180 50 35,719 5 1331 3536 1055 300 307 180 50 35,719 6 1557 4243 1205 300 356 180 56 42,862 4 1369 3335 700 320 300 180 56 42,862 5 1659 4169 860 320 360 180 56 42,862 6 1940 5003 1020 320 420 200 32 25,400 5 973 3228 894 280 203 200 32 25,400 6 1138 3873 1046 280 238 200 32 25,400 7 1299 4519 1194 280 272 200 32 25,400 8 1457 5165 1342 280 306 200 32 25,400 9 1612 5810 1491 280 340 200 32 25,400 10 1765 6456 1639 280 374 200 40 29,369 5 1173 3668 1034 300 254 200 40 29,369 6 1372 4401 1140 300 297 200 50 35,719 4 1202 3329 974 320 263 200 50 35,719 5 1457 4162 1151 320 317 200 55 42,862 4 1451 3709 1110 340 289 220 32 25,400 5 1041 3706 1018 300 203 220 32 25,400 6 1218 4448 1190 300 238 220 32 25,400 7 1390 5189 1359 300 272 singolo principio – steel technology High load section / Anwendungen fŰr hohe belastungen sezione alti carichi single start / Eingängig 359 I
chiocciola singola senza precarico single nut not preloaded einZelMutter Mit spiel L Ø d0 Ø D min. Diametro nominale Passo Diametro Sfere n° giri di sfere carico Dinamico carico Statico carico massimo Operativo nominal diameter lead Balls diameter nr. of circuits Dynamic load static load Maximum Operating load Nenndurchmesser steigung Kugel Durchmesser Anzahl der umläufe Dynamische tragzahl statische tragzahl Maximale Betriebsbelastung d0 [mm] [mm] [mm] ca [kn] co [kn] co [kn] D min. [mm] L [mm] I 220 32 25,400 8 1560 5930 1526 300 307 220 32 25,400 9 1726 6671 1692 300 342 220 32 25,400 10 1890 7413 1858 300 377 220 40 29,369 5 1235 4098 1149 320 254 220 40 29,369 6 1445 4918 1354 320 297 220 50 35,719 5 1570 4790 1343 340 317 220 50 35,719 6 1836 5748 1544 340 371 220 55 42,862 4 1607 4422 1297 360 289 220 55 42,862 5 1947 5528 1492 360 354 240 32 25,400 5 1076 4031 1107 320 203 240 32 25,400 6 1259 4837 1295 320 238 240 32 25,400 7 1437 5643 1478 320 272 240 32 25,400 8 1612 6449 1659 320 307 240 32 25,400 9 1784 7255 1839 320 342 240 32 25,400 10 1953 8061 2020 320 377 240 40 29,369 5 1292 4529 1263 340 254 240 40 29,369 6 1512 5434 1477 340 297 240 50 35,719 5 1673 5420 1506 360 317 240 50 35,719 6 1956 6504 1730 360 371 240 55 42,862 4 1670 4796 1064 380 289 240 55 42,862 5 2024 5995 1273 380 354 360 steel technology – singolo principio single start / Eingängig sezione alti carichi High load section / Anwendungen fŰr hohe belastungen
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Viti a ricircolazione di sfere per
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indicazioni per l’uso del catalog
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hybrid tecnology sezione generale G
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sistema di codifica delle Viti umbr
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uMBra KugelgewindetrieBs-nuMMernsys
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sezione generale GENErAl sEcTION /
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chiocciola singola con flangia late
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Ø D6 Ø D4 Ø D1 -0.2 -0.3 Ø D1 g
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L14 ±1 Ø D6 Ø D4 Ø D1 -0.2 -0.3
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Page 370: Freiberg am Neckar Foligno Umbra Cu
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