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chiocciola doppia con flangia laterale precarico ottenuto con distanziale DOUBlE PrElOADED NUT wITH sPAcEr (lATErAl FlANGE) VOrGEsPANNTE FlANscHDOPPEllMUTTEr (sEITlIcH) L14 ±1 Ø D6 Ø D4 Distanziale Spacer Distanzring Ø dr -0 -0.5 Ø D1 -0.2 -0.3 Ø d0 Ø D1 g 6 II flangia flange flanscH F2 II 90° 22,5° 90° 22,5° 6xD5 6xD5 L6 L7 Ø D5 L1 90° 22,5° 45° 90° 6xD5 4xD5 I 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] 50 4 5 2,0 45 26 209 m6 65 9,0 80 10 29 6 12 62 71,0 213 209 56 5 5 2,0 22 16 121 m6 71 9,0 86 25 29 6 12 68 77,0 121 121 56 5 5 2,0 32 18 153 m6 71 9,0 86 25 29 6 12 68 77,0 153 153 56 5 5 2,0 40 22 185 m6 71 9,0 86 25 29 6 12 68 77,0 185 185 56 5 5 2,0 45 28 217 m6 71 9,0 86 25 29 6 12 68 77,0 217 217 50 4 5 2,0 25 16 127 m6 65 9,0 80 10 29 6 12 62 71,0 137 127 50 4 5 2,0 36 20 167 m6 65 9,0 80 10 29 6 12 62 71,0 177 167 50 4 5 2,0 45 26 207 m6 65 9,0 80 10 29 6 12 62 71,0 217 207 56 5 5 2,0 28 16 136 m6 71 9,0 86 25 29 6 12 68 77,0 141 136 56 5 5 2,0 36 22 176 m6 71 9,0 86 25 29 6 12 68 77,0 181 176 56 5 5 2,0 45 28 216 m6 71 9,0 86 25 29 6 12 68 77,0 221 216 50 4 5 2,0 32 18 152 m6 65 9,0 80 10 29 6 12 62 71,0 164 152 50 4 5 2,0 40 27 202 m6 65 9,0 80 10 29 6 12 62 71,0 214 202 56 5 5 2,0 32 19 156 m6 71 9,0 86 25 29 6 12 68 77,0 168 156 56 5 5 2,0 46 25 206 m6 71 9,0 86 25 29 6 12 68 77,0 218 206 50 4 5 2,0 36 20 167 m6 65 9,0 80 10 29 6 12 62 71,0 189 167 56 5 5 2,0 36 23 178 m6 71 9,0 86 25 29 6 12 68 77,0 193 178 50 4 5 2,0 36 22 175 m6 65 9,0 80 10 29 6 12 62 71,0 199 175 56 5 5 2,0 36 23 179 m6 71 9,0 86 25 29 6 12 68 77,0 203 179 single start / Eingängig singolo principio – steel technology General section / Allgemeine Anwendungen sezione generale 275
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] s1d40-4m4 40 4 3,175 4+4 36,7 24,3 70,5 1924 s1d40-4m5 40 4 3,175 5+5 36,7 29,4 88,1 2380 s1d40-5m3 40 5 3,500 3+3 36,6 21,4 56,9 1454 s1d40-5m4 40 5 3,500 4+4 36,6 27,5 75,9 1913 s1d40-5m5 40 5 3,500 5+5 36,6 33,3 94,9 2366 s1d40-6m3 40 6 3,969 3+3 36,2 25,4 63,7 1466 s1d40-6m4 40 6 3,969 4+4 36,2 32,5 85,0 1929 s1d40-6m5 40 6 3,969 5+5 36,2 39,4 106,2 2386 s1d40-8m3 40 8 4,762 3+3 35,6 32,2 74,7 1478 s1d40-8m4 40 8 4,762 4+4 35,6 41,3 99,6 1944 s1d40-8m5 40 8 4,762 5+5 35,6 50,0 124,6 2405 s1d40-10m3 40 10 6,350 3+3 34,5 45,0 90,9 1424 s1d40-10m4 40 10 6,350 4+4 34,5 57,6 121,2 1873 s1d40-10m5 40 10 6,350 5+5 34,5 69,8 151,5 2317 s1d40-12m3 40 12 7,144 3+3 33,8 51,7 99,7 1416 s1d40-12m4 40 12 7,144 4+4 33,8 66,2 133,0 1863 s1d40-12m5 40 12 7,144 5+5 33,8 80,3 166,2 2304 s1d40-15m3 40 15 7,144 3+3 33,8 51,6 99,5 1408 s1d40-15m4 40 15 7,144 4+4 33,8 66,0 132,7 1853 276 steel 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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Freiberg am Neckar Foligno Umbra Cu
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