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Fxm

Exemplar Hastulus Pila Angusto Superficies Materia Peregrinatio Gradus Hastulus
Longitudo (L1)		 PRAEVALIDUS Summa
EXPRINGO		 AXIBILIS
pale		 Preload
Torque (NM)		 Basic onus rating
(N)		 PdfDownload 3D CAD
Dia. (M) Plumbum (mm) Numerus
filum		 Thread directionem Radix dia Diameter BCD Hastulus Nux Travel deviation (EP) Variation (V300) Dynamic
(CA)		 Stabilis
(COA)
Fxmo601-064r108 6 1 1 Jus Φ5.3 Φ0.8 6.15 II ° LVIII ` HRC58 ~ LXII S55c Scm415h 88 C3 CVIII ± 0.008 0.008 0,05 0 spacer Ball
(I, I)		 ~ 0.006 CDXXX DCX *
 *
Fxmo601-094r138 6 1 1 Jus Φ5.3 Φ0.8 6.15 II ° LVIII ` HRC58 ~ LXII S55c Scm415h CXVIII CXXXVIII ± 0.008 *
Fxm0601-124r168 6 1 1 Jus Φ5.3 Φ0.8 6.15 II ° LVIII ` HRC58 ~ LXII S55c Scm415h CXLVIII CLXVIII ± 0.010 *
Fxmo601-064r108 6 1 1 Jus Φ5.3 Φ0.8 6.15 II ° LVIII ` HRC58 ~ LXII S55c Scm415h 88 c5 CVIII ± 0.018 0.018 0,09 ~ 0.005 - DCLXXX MCC *
Fxm0601-094r138 6 1 1 Jus Φ5.3 Φ0.8 6.15 II ° LVIII ` HRC58 ~ LXII S55c Scm415h CXVIII CXXXVIII ± 0.018 *
Fxm0601-124r168 6 1 1 Jus Φ5.3 Φ0.8 6.15 II ° LVIII ` HRC58 ~ LXII S55c Scm415h CXLVIII CLXVIII ± 0.020 *
Fxmo602-064r108 6 2 1 Jus Φ5.1 Φ.0 6,20 V ° LII ' HRC58 ~ LXII S55c Scm415h 88 C3 CVIII ± o.008 0.008 0,05 0 spacer Ball
(I, I)		 0.003 ~ 0.007 CDLXX DXC *
 *
Fxmo602-094r138 6 2 1 Jus Φ5.1 Φ.0 6,20 V ° LII ' HRC58 ~ LXII S55c Scm415h CXVIII CXXXVIII ± 0.008 *
Fxmo602-124r168 6 2 1 Jus Φ5.1 Φ.0 6,20 V ° LII ' HRC58 ~ LXII S55c Scm415h CXLVIII CLXVIII ± 0.010 *
Fxmo602-064r108 6 2 1 Jus Φ5.1 Φ.0 6,20 V ° LII ' HRC58 ~ LXII S55c Scm415h 88 c5 CVIII ± 0.018 0.018 0,09 ~ 0.005 - DCCL MCC *
Fxm0602-094r138 6 2 1 Jus Φ5.1 Φ.0 6,20 V ° LII ' HRC58 ~ LXII S55c Scm415h ll8 CXXXVIII ± 0.018 *
Fxm0602-124r168 6 2 1 Jus Φ5.1 Φ.0 6,20 V ° LII ' HRC58 ~ LXII S55c Scm415h CXLVIII CLXVIII ± 0.020 *
Fxm0801-065r115 8 1 1 Jus Φ7.3 Φ0.8 8,15 II ° XV ` HRC58 ~ LXII S55c Scm415h 95 c3 CXV ± 0.008 0.008 0,06 0 spacer Ball
(I, I)		 0.004 ~ ~ 0.020 CDXC DCCCXX *
 *
Fxm0801-095r145 8 1 1 Jus Φ7.3 Φ0.8 8,15 II ° XV ` HRC58 ~ LXII S55c Scm415h CXXV CXLV ± 0.008 *
Fxmo801-125r175 8 1 1 Jus Φ7.3 Φ0.8 8,15 II ° XV ` HRC58 ~ LXII S55c Scm415h CLV CLXXV ± 0.010 *
Fxm0801-175r225 8 1 1 Jus Φ7.3 Φ0.8 8,15 II ° XV ` HRC58 ~ LXII S55c Scm415h CCV CCXXV ± 0.010 *
Fxm0801-065r115 8 1 1 Jus Φ7.3 Φ0.8 8,15 II ° XV ` HRC58 ~ LXII S55c Scm415h 95 c5 CXV ± 0.018 0.018 0,09 ~ 0.005 - DCCLXXX MDCL *
Fxmo801-095r145 8 1 1 Jus Φ7.3 Φ0.8 8,15 II ° XV ` HRC58 ~ LXII S55c Scm415h CXXV CXLV ± 0.018 *
Fxmo801-125r175 8 1 1 Jus Φ7.3 Φ0.8 8,15 II ° XV ` HRC58 ~ LXII S55c Scm415h CLV CLXXV ± 0.020 *
Fxmo801-175r225 8 1 1 Jus Φ7.3 Φ0.8 8,15 II ° XV ` HRC58 ~ LXII S55c Scm415h CCV CCXXV ± 0.020 *
Fxm0802-074r124 8 2 1 Jus Φ7.1 Φ.0 8,20 IV ° XXVI ` HRC58 ~ LXII S55c Scm415h 97 c3 CXXIV ± o.008 0.008 0,06 0 spacer Ball
(I, I)		 0.004 ~ ~ 0.020 DXL DCCC *
 *
Fxm802-104r154 8 2 1 Jus Φ7.1 Φ.0 8,20 IV ° XXVI ` HRC58 ~ LXII S55c Scm415h CXXVII CLIV ± 0.010 *
Fxmo802-134r184 8 2 1 Jus Φ7.1 Φ.0 8,20 IV ° XXVI ` HRC58 ~ LXII S55c Scm415h CLVII CLXXXIV ± 0.010 *
Fxmo802-184r234 8 2 1 Jus Φ7.1 Φ.0 8,20 IV ° XXVI ` HRC58 ~ LXII S55c Scm415h CCVII CCXXXIV ± 0.010 *
Fxmo802-074r124 8 2 1 Jus Φ7.1 Φ.0 8,20 IV ° XXVI ` HRC58 ~ LXII S55c Scm415h 97 c5 CXXIV ± 0.018 0.018 0,09 ~ 0.005 - DCCCL MDC *
Fxm0802-104r154 8 2 1 Jus Φ7.1 Φ.0 8,20 IV ° XXVI ` HRC58 ~ LXII S55c Scm415h CXXVII CLIV ± 0.020 *
Fxmo802-134r184 8 2 1 Jus Φ7.1 Φ.0 8,20 IV ° XXVI ` HRC58 ~ LXII S55c Scm415h CLVII CLXXXIV ± 0.020 *
Fxmo802-184r234 8 2 1 Jus Φ7.1 Φ.0 8,20 IV ° XXVI ` HRC58 ~ LXII S55c Scm415h CCVII CCXXXIV ± 0.020 *
Fxm1001-085r143 10 1 1 Jus Φ9.3 Φ0.8 10.15 I ° XLVIII ` HRC58 ~ LXII S55c Scm415h CXXIII c3 CXLIII ± 0.008 0.008 0.065 0 spacer Ball
(I, I)		 ~ 0.020 DXXX M *
 *
Fxm1001-135r193 10 1 1 Jus Φ9.3 Φ0.8 10.15 I ° XLVIII ` HRC58 ~ LXII S55c Scm415h CLXXIII CXCIII ± 0.010 *
Fxm1001-185r243 10 1 1 Jus Φ9.3 Φ0.8 10.15 I ° XLVIII ` HRC58 ~ LXII S55c Scm415h CCXXIII CCXLIII ± 0.010 *
Fxm1001-235r293 10 1 1 Jus Φ9.3 Φ0.8 10.15 I ° XLVIII ` HRC58 ~ LXII S55c Scm415h CCLXXIII CCXCIII ± 0.012 *
Fxm1001-085r143 10 1 1 Jus Φ9.3 Φ0.8 10.15 I ° XLVIII ` HRC58 ~ LXII S55c Scm415h CXXIII C5 CXLIII ± 0.018 0.018 0,09 ~ 0.005 - DCCCXL MM *
Fxm1001-135r193 10 1 1 Jus Φ9.3 Φ0.8 10.15 I ° XLVIII ` HRC58 ~ LXII S55c Scm415h CLXXIII CXCIII ± 0.020 *
Fxm1001-185r243 10 1 1 Jus Φ9.3 Φ0.8 10.15 I ° XLVIII ` HRC58 ~ LXII S55c Scm415h CCXXIII CCXLIII ± 0.020 *
Fxm1001-235r293 10 1 1 Jus Φ9.3 Φ0.8 10.15 I ° XLVIII ` HRC58 ~ LXII S55c Scm415h CCLXXIII CCXCIII ± 0.023 *
Fxm1002-085r143 10 2 1 Jus Φ8.6 Φ1.5875 10,30 III ° XXXII ` HRC58 ~ LXII S55c Scm415h CXVI c3 CXLIII ± 0.008 0.008 0.065 0 spacer Ball
(I, I)		 0.006 ~ ~ 0.030 MDCCL MMDCC *
 *
Fxm1002-135r193 10 2 1 Jus Φ8.6 Φ1.5875 10,30 III ° XXXII ` HRC58 ~ LXII S55c Scm415h CLXVI CXCIII ± 0.010 *
Fxm1002-185r243 10 2 1 Jus Φ8.6 Φ1.5875 10,30 III ° XXXII ` HRC58 ~ LXII S55c Scm415h CCXVI CCXLIII ± 0.010 *
Fxm1002-235r293 10 2 1 Jus Φ8.6 Φ1.5875 10,30 III ° XXXII ` HRC58 ~ LXII S55c Scm415h CCLXVI CCXCIII ± 0.012 *
Fxm1002-085r143 10 2 1 Jus Φ8.6 Φ1.5875 10,30 III ° XXXII ` HRC58 ~ LXII S55c Scm415h l16 c5 CXLIII ± 0.018 0.018 0.09o ~ 0.005 - MMDCC (V) CCC *
Fxm1002-135r193 10 2 1 Jus Φ8.6 Φ1.5875 10,30 III ° XXXII ` HRC58 ~ LXII S55c Scm415h CLXVI CXCIII ± 0.020 *
Fxm1002-185r243 10 2 1 Jus Φ8.6 Φ1.5875 10,30 III ° XXXII ` HRC58 ~ LXII S55c Scm415h CCXVI CCXLIII ± 0.020 *
Fxm1002-235r293 10 2 1 Jus Φ8.6 Φ1.5875 10,30 III ° XXXII ` HRC58 ~ LXII S55c Scm415h CCLXVI CCXCIII ± 0.023 *