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chiocciola singola con flangia laterale precarico ottenuto con shift di passo sINGlE PrElOADED NUT wITH sHIFTED PITcH (lATErAl FlANGE) FlANscHEINzElMUTTEr (sEITlIcH) MIT sHIFT-VOrsPANNUNG flangia flange flanscH A F2 B F2 30° 30° 90° 30° 90° 30° D6 L8 II 8xD5 8xD5 C F2 F2 D 30° 90° 30° L9 45° 90° D6 8xD5 4xD5 D1 [mm] F1 [mm] B [mm] H [mm] L4 [mm] L12 [mm] F2 D4 [mm] D5 [mm] D6 [mm] L1 [mm] L3 [mm] L7 [mm] L8 [mm] L9 [mm] 63 5 5 2,0 28 85 m8x1 78 9,0 93 16 7 14 70 81,5 63 5 5 2,0 40 105 m8x1 78 9,0 93 16 7 14 70 81,5 63 5 5 2,0 50 125 m8x1 78 9,0 93 16 7 14 70 81,5 63 5 5 2,0 56 145 m8x1 78 9,0 93 16 7 14 70 81,5 63 5 5 2,0 32 95 m8x1 78 9,0 93 16 7 14 70 81,5 63 5 5 2,0 45 120 m8x1 78 9,0 93 16 7 14 70 81,5 63 5 5 2,0 56 145 m8x1 78 9,0 93 16 7 14 70 81,5 70 6 5 2,0 32 96 m8x1 85 9,0 100 16 7 14 77 88,5 70 6 5 2,0 45 121 m8x1 85 9,0 100 16 7 14 77 88,5 70 6 5 2,0 56 146 m8x1 85 9,0 100 16 7 14 77 88,5 63 5 5 2,0 40 104 m8x1 78 9,0 93 16 7 14 70 81,5 63 5 5 2,0 56 134 m8x1 78 9,0 93 16 7 14 70 81,5 63 5 5 2,0 63 164 m8x1 78 9,0 93 16 7 14 70 81,5 70 6 5 2,0 40 106 m8x1 85 9,0 100 16 7 14 77 88,5 70 6 5 2,0 56 136 m8x1 85 9,0 100 16 7 14 77 88,5 70 6 5 2,0 70 166 m8x1 85 9,0 100 16 7 14 77 88,5 63 5 5 2,0 45 117 m8x1 78 9,0 93 16 7 14 70 81,5 70 6 5 2,0 45 119 m8x1 85 9,0 100 16 7 14 77 88,5 63 5 5 2,0 50 135 m8x1 78 9,0 93 16 7 14 70 81,5 Double start / zweigängig doppio principio – hybrid technology General section / Allgemeine Anwendungen sezione generale 163
II chiocciola singola cilindrica precarico ottenuto con shift di passo single preloaded cylindrical nut witH sHifted pitcH ZylindriscHe einZelMutter Mit sHift-Vorspannung chiocciola singola con flangia centrale precarico ottenuto con shift di passo sINGlE PrElOADED NUT wITH sHIFTED PITcH (cENTrAl FlANGE) FlANscHEINzElMUTTEr (zENTrAl) MIT sHIFT-VOrsPANNUNG codice fisso Diametro nominale Passo Diametro Sfere n° giri di sfere Diametro Fondo gola carico Dinamico carico Statico rigidità Fixed code nominal diameter lead Balls diameter nr. of circuits root diameter Dynamic load static load stiffness Kodierung Nenndurchmesser Steigung Kugel Durchmesser Anzahl der umläufe Kern Durchmesser Dynamische tragzahl statische tragzahl steifigkeit d0 [mm] [mm] [mm] dr [mm] ca [kn] co [kn] rb/t [n/µm] h2s40-50b2 40 50 7,144 2x2 33,8 55,6 39,5 819 h2s40-60m2 40 60 6,350 2x2 33,4 47,1 35,6 803 h2s40-60b2 40 60 7,144 2x2 33,8 55,5 40,5 815 h2s40-80m1 40 80 6,350 1x2 33,4 25,3 18,2 384 h2s40-80b1 40 80 7,144 1x2 33,8 29,0 19,9 375 h2s50-20m2 50 20 6,350 2x2 44,5 55,7 45,3 1113 h2s50-20m3 50 20 6,350 3x2 44,5 79,0 68,0 1669 h2s50-20m4 50 20 6,350 4x2 44,5 101,2 90,7 2226 h2s50-20m5 50 20 6,350 5x2 44,5 122,6 113,3 2782 h2s50-25m3 50 25 6,350 3x2 44,5 80,7 70,5 1723 h2s50-25m4 50 25 6,350 4x2 44,5 103,4 94,0 2298 h2s50-25m5 50 25 6,350 5x2 44,5 125,2 117,5 2872 h2s50-25b2 50 25 7,144 2x2 43,8 66,3 52,0 1135 h2s50-25b3 50 25 7,144 3x2 43,8 93,9 78,1 1703 h2s50-25b4 50 25 7,144 4x2 43,8 120,3 104,1 2270 h2s50-25b5 50 25 7,144 5x2 43,8 145,7 130,1 2838 h2s50-30m3 50 30 6,350 3x2 44,5 80,2 70,1 1705 h2s50-30m4 50 30 6,350 4x2 44,5 102,6 93,5 2273 h2s50-30b2 50 30 7,144 2x2 43,8 65,8 51,8 1123 164 hybrid technology – doppio principio Double start / zweigängig sezione generale General section / Allgemeine Anwendungen
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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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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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sezione alti carichi HIGH lOAD sEcT
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chiocciola singola senza precarico
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Freiberg am Neckar Foligno Umbra Cu
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