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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] 140 25 19,050 9 943 3101 700 200 267 140 25 19,050 10 1033 3445 768 200 294 140 25 19,050 11 1121 3790 835 200 321 140 25 19,050 12 1208 4134 903 200 348 140 32 25,400 5 791 2103 527 220 203 140 32 25,400 6 925 2524 617 220 238 140 32 25,400 7 1056 2944 704 220 272 140 32 25,400 8 1185 3365 789 220 307 140 32 25,400 9 1311 3786 875 220 342 140 32 25,400 10 1436 4206 960 220 377 140 32 25,400 11 1558 4627 1046 220 412 140 32 25,400 12 1679 5047 1131 220 447 160 25 19,050 5 607 1995 440 230 159 160 25 19,050 6 710 2394 503 230 186 160 25 19,050 7 811 2793 566 230 213 160 25 19,050 8 909 3192 629 230 240 160 25 19,050 9 1006 3591 692 230 267 160 25 19,050 10 1102 3990 755 230 294 160 25 19,050 11 1196 4389 818 230 321 160 25 19,050 12 1289 4788 881 230 348 160 32 25,400 5 847 2427 605 240 203 singolo principio – steel technology High load section / Anwendungen fŰr hohe belastungen sezione alti carichi single start / Eingängig 357 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 160 32 25,400 6 991 2912 708 240 238 160 32 25,400 7 1131 3398 808 240 272 160 32 25,400 8 1269 3883 906 240 307 160 32 25,400 9 1404 4369 1005 240 342 160 32 25,400 10 1538 4854 1104 240 377 160 32 25,400 11 1669 5339 1203 240 412 160 32 25,400 12 1799 5825 1302 240 447 160 40 29,369 5 1028 2808 710 260 254 160 40 29,369 6 1203 3369 829 260 297 160 40 29,369 7 1373 3931 949 260 340 160 40 29,369 8 1540 4492 1069 260 383 160 40 29,369 9 1704 5054 1188 260 426 160 40 29,369 10 1866 5616 1308 260 469 180 32 25,400 5 930 2903 808 260 203 180 32 25,400 6 1088 3484 945 260 238 180 32 25,400 7 1242 4065 1078 260 272 180 32 25,400 8 1393 4646 1209 260 307 180 32 25,400 9 1541 5226 1340 260 342 180 32 25,400 10 1687 5807 1472 260 377 180 40 29,369 5 1105 3238 1082 280 254 180 40 29,369 6 1292 3885 1235 280 297 358 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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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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