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chiocciola singola senza precarico single nut not preloaded einZelMutter Mit spiel L Ø d0 Ø D 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] ca [kn] D [mm] L [mm] 50 30 11,000 2,75x2 191 421 60 110 120 50 30 11,000 3,75x2 249 573 82 110 150 50 30 11,000 4,75x2 305 726 96 110 180 63 30 11,000 2,75x2 221 555 105 120 120 63 30 11,000 3,75x2 289 756 136 120 150 63 30 11,000 4,75x2 354 958 168 120 180 63 40 15,875 2,75x2 334 739 133 150 160 63 40 15,875 3,75x2 436 1008 173 150 200 80 30 11,000 2,75x2 251 722 140 140 120 80 30 11,000 3,75x2 328 985 183 140 150 80 30 11,000 4,75x2 402 1247 224 140 180 80 40 15,875 2,75x2 402 1012 189 160 160 80 40 15,875 3,75x2 525 1385 247 160 200 80 40 15,875 4,75x2 643 1754 300 160 240 80 40 15,875 5,75x2 758 2123 353 160 280 80 50 19,050 2,75x2 489 1161 209 180 200 80 50 19,050 3,75x2 638 1583 275 180 250 90 50 19,050 2,75x2 536 1360 270 190 200 90 50 19,050 3,75x2 700 1854 349 190 250 90 50 19,050 4,75x2 858 2348 428 190 300 doppio principio – steel technology High load section / Anwendungen fŰr hohe belastungen sezione alti carichi Double start / zweigängig 365 365 II
366 II chiocciola singola senza precarico single nut not preloaded einZelMutter Mit spiel L Ø d0 Ø D 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] ca [kn] D [mm] L [mm] 90 50 19,050 5,75x2 1011 2843 507 190 350 100 30 11,000 2,75x2 273 891 189 160 120 100 30 11,000 3,75x2 357 1215 246 160 150 100 30 11,000 4,75x2 437 1539 302 160 180 100 40 15,875 2,75x2 439 1231 251 180 160 100 40 15,875 3,75x2 573 1679 329 180 200 100 40 15,875 4,75x2 702 2126 400 180 240 100 40 15,875 5,75x2 828 2574 471 180 280 100 50 19,050 2,75x2 556 1467 295 200 200 100 50 19,050 3,75x2 725 2001 384 200 250 100 50 19,050 4,75x2 889 2534 473 200 300 100 50 19,050 5,75x2 1048 3068 562 200 350 125 40 15,875 2,75x2 493 1579 360 205 160 125 40 15,875 3,75x2 643 2153 475 205 200 125 40 15,875 4,75x2 788 2727 590 205 240 125 50 19,050 2,75x2 626 1871 306 225 200 125 50 19,050 3,75x2 818 2551 405 225 250 125 50 19,050 4,75x2 1002 3231 503 225 300 140 40 15,875 2,75x2 520 1788 400 220 160 140 40 15,875 3,75x2 679 2438 524 220 200 140 50 19,050 2,75x2 674 2169 480 240 200 366 steel technology – doppio principio Double start / zweigängig 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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