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chiocciola singola con flangia laterale senza precarico sINGlE NUT NOT PrElOADED (lATErAl FlANGE) FlANscHEINzElMUTTEr (sEITlIcH) MIT sPIEl flangia flange flanscH A F2 B F2 II II 30° 30° 90° 30° 90° 30° D6 L8 8xD5 8xD5 C F2 F2 D 30° 90° 30° L9 45° 90° D6 8xD5 4xD5 I 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] L13 [mm] L14 [mm] 63 5 5 2,0 28 79 m8x1 78 9,0 93 16 7 14 70 81,5 101 89 63 5 5 2,0 36 91 m8x1 78 9,0 93 16 7 14 70 81,5 126 102 63 6 5 2,0 28 79 m8x1 78 9,0 93 16 7 14 70 81,5 117 88 63 6 5 2,0 36 94 m8x1 78 9,0 93 16 7 14 70 81,5 117 103 63 6 5 2,0 45 109 m8x1 78 9,0 93 16 7 14 70 81,5 147 118 63 6 5 2,0 32 92 m8x1 78 9,0 93 25 7 14 70 81,5 131 98 63 6 5 2,0 40 110 m8x1 78 9,0 93 25 7 14 70 81,5 131 117 63 6 5 2,0 50 129 m8x1 78 9,0 93 25 7 14 70 81,5 169 136 63 6 5 2,0 36 96 m8x1 78 9,0 93 25 7 14 70 81,5 137 103 63 6 5 2,0 45 116 m8x1 78 9,0 93 25 7 14 70 81,5 137 123 63 6 5 2,0 50 136 m8x1 78 9,0 93 25 7 14 70 81,5 177 143 63 5 5 2,0 25 78 m8x1 78 9,0 93 16 7 14 70 81,5 78 78 63 5 5 2,0 36 98 m8x1 78 9,0 93 16 7 14 70 81,5 98 98 63 5 5 2,0 45 118 m8x1 78 9,0 93 16 7 14 70 81,5 118 118 63 5 5 2,0 56 138 m8x1 78 9,0 93 16 7 14 70 81,5 138 138 70 6 5 2,0 25 80 m8x1 85 9,0 100 25 7 14 77 88,5 80 80 70 6 5 2,0 36 100 m8x1 85 9,0 100 25 7 14 77 88,5 100 100 70 6 5 2,0 45 120 m8x1 85 9,0 100 25 7 14 77 88,5 120 120 70 6 5 2,0 56 140 m8x1 85 9,0 100 25 7 14 77 88,5 140 140 single start / Eingängig singolo principio – steel technology General section / Allgemeine Anwendungen sezione generale 201
I chiocciola singola cilindrica senza precarico single cylindrical nut not preloaded ZylindriscHe einZelMutter Mit spiel chiocciola singola con flangia centrale senza precarico sINGlE NUT NOT PrElOADED (cENTrAl FlANGE) FlANscHEINzElMUTTEr (zENTrAl) MIT sPIEl = = II II II II codice fisso Diametro nominale Passo Diametro Sfere n° giri di sfere Diametro Fondo gola carico Dinamico carico Statico Fixed code nominal diameter lead Balls diameter nr. of circuits root diameter Dynamic load static load Kodierung Nenndurchmesser Steigung Kugel Durchmesser Anzahl der umläufe Kern Durchmesser Dynamische tragzahl statische tragzahl d0 [mm] [mm] [mm] dr [mm] ca [kn] co [kn] s1n40-25m2 40 25,0 6,350 2 33,4 32,1 65,2 s1n40-25m3 40 25,0 6,350 3 33,4 47,4 102,5 s1n40-25m4 40 25,0 6,350 4 33,4 61,9 139,8 s1n40-25b2 40 25,0 7,144 2 33,8 36,3 69,6 s1n40-25b3 40 25,0 7,144 3 33,8 53,6 109,4 s1n40-25b4 40 25,0 7,144 4 33,8 70,0 149,2 s1n40-30m2 40 30,0 6,350 2 33,4 31,8 64,7 s1n40-30m3 40 30,0 6,350 3 33,4 46,9 101,6 s1n40-30b2 40 30,0 7,144 2 33,8 37,3 73,1 s1n40-30b3 40 30,0 7,144 3 33,8 55,1 114,9 s1n40-32m2 40 32,0 6,350 2 33,4 31,6 64,4 s1n40-32m3 40 32,0 6,350 3 33,4 46,7 101,3 s1n40-32b2 40 32,0 7,144 2 33,8 37,2 72,8 s1n40-32b3 40 32,0 z 3 33,8 54,8 114,4 s1n40-40m2 40 40,0 6,350 2 33,4 30,9 63,4 s1n40-40b2 40 40,0 7,144 2 33,8 36,3 71,6 s1n50-5m3 50 5,0 3,500 3 46,6 23,8 73,4 s1n50-5m4 50 5,0 3,500 4 46,6 30,5 97,9 s1n50-5m5 50 5,0 3,500 5 46,6 37,0 122,4 202 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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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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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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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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Ø D1 g 6 II chiocciola doppia con
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sezione alti carichi HIGH lOAD sEcT
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chiocciola singola senza precarico
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sezione alti carichi HIGH lOAD sEcT
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Freiberg am Neckar Foligno Umbra Cu
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