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Ø D6 Ø D4 Ø D1 -0.2 -0.3 Ø D1 g 6 II chiocciola doppia con flangia laterale precarico ottenuto con distanziale DOUBlE PrElOADED NUT wITH sPAcEr (lATErAl FlANGE) VOrGEsPANNTE FlANscHDOPPEllMUTTEr (sEITlIcH) flangia flange flanscH I F2 II L14 ±1 90° 22,5° 90° 22,5° 6xD5 6xD5 L6 L7 Ø D5 L1 Distanziale Spacer Distanzring Ø dr -0 -0.5 Ø d0 90° 22,5° 45° 90° 6xD5 4xD5 D1 [mm] F1 [mm] B [mm] H [mm] L4 [mm] L5 [mm] L12 [mm] F2 D4 [mm] D5 [mm] D6 [mm] L1 [mm] L3 [mm] L6 [mm] L7 [mm] L8 [mm] L9 [mm] L13 [mm] L14 [mm] 40 3 4 1,5 36 22 167 m6 51 6,6 62 10 25 6 10 48 55,0 171 167 48 4 4 1,5 22 15 113 m6 60 6,6 73 16 25 6 10 56 64,5 113 113 48 4 4 1,5 32 18 145 m6 60 6,6 73 16 25 6 10 56 64,5 145 145 48 4 4 1,5 40 22 177 m6 60 6,6 73 16 25 6 10 56 64,5 177 177 40 3 4 1,5 25 15 117 m6 51 6,6 62 10 25 6 10 48 55,0 127 117 40 3 4 1,5 32 22 157 m6 51 6,6 62 10 25 6 10 48 55,0 167 157 48 4 4 1,5 25 16 123 m6 60 6,6 73 16 25 6 10 56 64,5 133 123 48 4 4 1,5 36 20 163 m6 60 6,6 73 16 25 6 10 56 64,5 173 163 40 3 4 1,5 28 18 135 m6 51 6,6 62 10 25 6 10 48 55,0 154 135 48 4 4 1,5 32 18 148 m6 60 6,6 73 16 25 6 10 56 64,5 160 148 50 3 5 1,5 12 10 63 m6 65 9,0 80 10 29 6 12 62 71,0 89 74 50 3 5 1,5 16 10 73 m6 65 9,0 80 10 29 6 12 62 71,0 99 84 50 3 5 1,5 18 12 83 m6 65 9,0 80 10 29 6 12 62 71,0 109 94 50 3 5 1,5 16 10 72 m6 65 9,0 80 10 29 6 12 62 71,0 94 83 50 3 5 1,5 18 12 85 m6 65 9,0 80 10 29 6 12 62 71,0 106 96 50 3 5 1,5 22 13 97 m6 65 9,0 80 10 29 6 12 62 71,0 119 108 50 3 5 1,5 18 12 82 m6 65 9,0 80 10 29 6 12 62 71,0 110 92 50 3 5 1,5 20 14 97 m6 65 9,0 80 10 29 6 12 62 71,0 125 107 50 3 5 1,5 25 16 112 m6 65 9,0 80 10 29 6 12 62 71,0 140 122 single start / Eingängig singolo principio – hybrid technology General section / Allgemeine Anwendungen sezione generale 101
I chiocciola doppia cilindrica precarico ottenuto con distanziale douBle preloaded cylindrical nut witH spacer Vorgespannte doppelMutter chiocciola doppia con flangia centrale precarico ottenuto con distanziale DOUBlE PrElOADED NUT wITH sPAcEr (cENTrAl FlANGE) VOrGEsPANNTE FlANscHDOPPElMUTTEr (zENTrAl) II II II II II II 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] h1d32-8m2 32 8 5,556 2+2 27,0 34,2 21,4 611 h1d32-8m3 32 8 5,556 3+3 27,0 48,5 32,1 916 h1d32-8m4 32 8 5,556 4+4 27,0 62,1 42,8 1222 h1d32-8m5 32 8 5,556 5+5 27,0 75,2 53,5 1527 h1d32-10m2 32 10 6,350 2+2 26,5 38,1 22,1 555 h1d32-10m3 32 10 6,350 3+3 26,5 54,0 33,2 832 h1d32-10m4 32 10 6,350 4+4 26,5 69,1 44,2 1110 h1d32-10m5 32 10 6,350 5+5 26,5 83,7 55,3 1387 h1d32-12m2 32 12 6,350 2+2 26,5 38,0 22,1 553 h1d32-12m3 32 12 6,350 3+3 26,5 53,8 33,1 829 h1d32-12m4 32 12 6,350 4+4 26,5 68,9 44,1 1105 h1d32-12m5 32 12 6,350 5+5 26,5 83,5 55,1 1381 h1d32-15m2 32 15 6,350 2+2 26,5 39,8 23,8 594 h1d32-15m3 32 15 6,350 3+3 26,5 56,5 35,7 891 h1d32-15m4 32 15 6,350 4+4 26,5 72,3 47,6 1188 h1d32-15m5 32 15 6,350 5+5 26,5 87,6 59,5 1485 h1d32-16m2 32 16 3,969 2+2 28,2 22,3 16,2 632 h1d32-16m3 32 16 3,969 3+3 28,2 31,6 24,3 948 h1d32-16m4 32 16 3,969 4+4 28,2 40,5 32,4 1264 102 hybrid technology – singolo principio single start / Eingängig 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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sezione alti carichi HIGH lOAD sEcT
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Freiberg am Neckar Foligno Umbra Cu
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