直线轴承样本

M M MAJ MOP MF MF MK MK M M MFP MFP MKP MKP MP MP MFM MKM MM MES MESOP K SC SC SCN SCV SCJ TBR TBR SBR(SME) SBR(SME) TBS SBS SBR SBR TBR TBR SFC PS SK SF

ME ME MEAJ MEOP MEF MEF MEK MEK MEFP MEFP MEKP MEKP MEFM MEKM SCE SCE SCEV

M d D B M MA. 1. 1 1.2 1.1 9. 17 4 4 M MA.9.11 19 13. 1.1 11. 2 4 MS MSA.9 1.11 17 11. 1.1 14.3 17 2 4 11 M MA.9 1.11 24 17. 1.1 14.3 2 4 1 M1 M M13 M1 M M2 M3 M3 M M M M M1 M M1 M1A MA M13A M1A MA M2A 1 13 1 2 3 3 1 1.9.9.9.9.1.1.1....1.1...2 19 21 23 2 4 2 9 1 1 21.13.13.13.13.1.1.1.19.19.19.22.22.2.2.29 29 3 37 42 9 4 7 1 11 1 17 2 22 23 23 2. 3. 41 44. 49.. 74 1.. 1. 17. 1.3 1.3 1.3 1. 1. 1. 1. 2.1 2.1 2. 3.1 4.1 4.1 4.1.1 1 22 27 3. 3 43 49 7 7.. 11 14 17 4 37 41 77 9 1 1 21 3 47 73 141 1 211 9 77 117 137 1 27 313 1 793 999 1 34 43 4 4 4 3 31. 43 9 7 2 2 39 1 1 44 1 2 1) C:Km C1:1KmC1=C/1.2 M C:41N,C1=41/1.2=.N 2) 3)

M B D d d D B M M M1 M M13 M1 M M2 M3 M3 M M M MA MA M1A MA M13A M1A MA M2A 1 13 1 2 3 3.1.1.1.1.1.1....1.1.1. 1 19 21 23 2 4 2 9.13.13.1.1.1.1.19.19.19.22.22.22.2 3 4 7 1 7 1 3 13 14 192 211 27 3 44 4 4 3 1 2 9 99 1 14 17 1.1 1.1 1.3 1.3 1.3 1. 1. 1. 1. 2.1 2.1 2. 3.1 11. 14.3 1 22 27 3. 3 43 49 7 7.. 3 43 1 3 1 1 249 2 343 7 7 11 17 23 27 31 49 47 19 4 4 4 4 4 1 31 2 9 14 1 4 79 117 31 3 1) C:KmC1:1KmC1 = C/1.2 )M C:41N, C1 = 41/1.2 =.N 2)

MAJ d D M AJ MS AJ M AJ M1 AJ M AJ M13 AJ M1 AJ M AJ M2 AJ M3 AJ M3 AJ M AJ M AJ M AJ M AJ M AJA MS AJA M AJA M1 AJA M AJA M13 AJA M1 AJA M AJA M2 AJA M3 AJA M3 AJA M AJA M AJA M AJA M AJA M1 AJ M1 AJA M AJ M AJA M1 AJ M1 AJA B.9.11 19 13. 1.1 1 11. 2 4.9 1.11 17 11. 1.1 1 14.3 17 2 4 11.9 1.11 24 17. 1.1 1 14.3 2 4 1 1.9 19.13 29 22 1.3 1 1 37 4 3.9 21.13 3 23 1.3 1. 41 9 4 31. 13.9 23.13 23 1.3 1. 22 77 4 43 1.9 2.13 37 2. 1. 1. 27 77 117 9.1.1 42 3. 1. 1. 3. 137 7 2.1.1 9 41 1. 2 3 9 1 2 3.1 4.1 4 44. 1. 2. 43 1 27 2 3. 2.19 7 49. 2.1 2. 49 1 313 39..19. 2.1 3 7 21 1..19 1 74 2. 3 7. 3 793 1.1 9.22 11 3.1 3. 47 999.1.22 1 1 4.1 3 11 73 1 43 1. 1.2 17 4.1 3 14 141 34. 1.2 19 4.1 3 17 1 149 1.2 21.29 2 171.1 3 4 211 43 1 1) C:Km C1:1KmC1=C/1.2 M C:41N,C1=41/1.2=.N 2) 3) 4) ()

MOP B 1 θ d D M1 OP 1 19.9.13 29 22 1.3. 372 49 3 23 M OP 21.9.13 3 23 1.3 41 9 3 2 M13 OP 13 23.9.13 23 1.3 9 77 3 34 M1 OP 1 2.9.13 37 2. 1. 11 77 117 4 2 M OP.1.1 42 3. 1. 11 137 4 9 M2 OP 2.1.1 9 41 1. 9 1 1 M3 OP 3 4.1.1 4 44. 1. 1 1 27 21 M3 OP 3 2..19 7 49. 2.1 17 1 313 33 M OP..19. 2.1 21 1 M OP..19 1 74 2. 2 3 793 13 M OP 9.1.22 11 3.1 3 47 999 11 M OP.1.22 1 1. 4.1 73 1 3 M1 OP 1 1..2 17. 4.1 141 34 7 M OP 1..2 1. 4.1 1 11 M1 OP 1 21.2.29 2 17..1 1 211 43 17 θ 1) C:Km C1:1KmC1=C/1.2 M C:41N,C1=41/1.2=.N 2) 3) 4) ()

d1 MF d2 d D 1) C:Km C1:1KmC1=C/1.2 M C:41N,C1=41/1.2=.N 2) 3) D PCD d1 d2 MF MFS MF MF1 MF MF13 MF1 MF MF2 MF3 MF3 MF MF MF MF MF1 MFA MFSA MFA MF1A MFA MF13A MF1A MFA MF2A 1 13 1 2 3 3 1.9.11 1.9.11 1.9.11 19.9.13 21.9.13 23.9.13 2.9.13.1.1.1.1 4.1.1 2..19..19..19 9.1.22.1.22 1..2 19 17 24 29 3 37 42 9 4 7 1 11 1 17 2 42 43 4 4 2 74 2 9 11 134 14 1 1 13 13 1 1 24 24 29 33 3 43 1 7 7 9 1 142 17 3.4 3.4 3.4 4. 4. 4. 4..... 9 9 11 11 14... 9. 9. 11 11 14 14 17. 1 3.3 3.3 3.3 4.4 4.4 4.4 4.4.4.4.... 1. 11.1 13.1 1 1 1 2 2 3 17 2 37 41 77 9 1 1 21 3 47 73 141 2 2 4 9 77 117 137 1 27 313 1 793 999 1 34 4 4 4 4 4 4 2. 34 7 7 94 134 1 3 4 79 14 2 29 1 (um) PCD

MF d D MF MF MF1 MF MF13 MF1 MF MF2 MF3 MF3 MF MF MF MFA MFA MF1A MFA MF13A MF1A MFA MF2A 1 13 1 2 3 3.1.13 1.1.13 19.1.1 21.1.1 23.1.1 2.1.1..19..19 4..19 2.1.22.1.22.1.22 9..2 3 4 7 1 7 1 3 13 14 192 211 2 42 43 4 4 2 74 2 9 11 134 1 1 13 13 1 24 29 33 3 43 1 7 7 9 1 3.4 3.4 4. 4. 4. 4..... 9 9 11.. 9. 9. 11 11 14 14 17. 3.3 3.3 4.4 4.4 4.4 4.4.4.4.... 1. 1 1 1 1 1 1 2 2 2 2 3 43 1 3 1 1 249 2 343 7 7 11 17 23 27 31 49 47 19 4 4 4 4 4 31 3 1 1 13 17 2 1 97 1 3 4 PCD d1 d2 d1 (um) d2 PCD 1) C:Km C1:1KmC1=C/1.2 M C:41N,C1=41/1.2=.N 2) 3)

MK d1 d2 K d D PCD K d1 d2 (um) PCD MK MKA.9.11 19 2 22 3.4. 3.3 2 4 2. MKS MKSA 1.9.11 17 24 2 3.4. 3.3 17 2 4 34 MK MKA 1.9.11 24 24 2 3.4. 3.3 2 4 MK1 MK1A 1 19.9.13 29 29 3 4. 4.4 37 4 7 MK MKA 21.9.13 3 42 4. 4.4 41 9 4 7 MK13 MK13A 13 23.9.13 43 33 34 4. 4.4 77 4 94 MK1 MK1A 1 2.9.13 37 4 3 37 4. 4.4 77 117 134 MK MKA.1.1 42 4 43 42. 9..4 1 137 1 MK2 MK2A 2.1.1 9 2 1. 9..4 1 9 1 3 MK3 3 4.1.1 4 74 1. 11. 1 1 27 4 MK3 3 2..19 7 2 1 7 4. 11. 1 313 79 MK..19 9 13 7 7 9 14. 21 1 14 MK..19 1 11 13 9 92 9 14. 3 793 2 MK 9.1.22 11 134 1 1 1 11 1 11 2 47 999 29 MK.1.22 1 14 1 142 13 11 1 11 2 73 1 3 MK1 1 1..2 17 17 17 14 13 3 141 34 99 1) C:Km C1:1KmC1=C/1.2 M C:41N,C1=41/1.2=.N 2) 3)

MK d D d1 PCD K d1 d2 (um) d2 MK MKA.1.13 3 2 22 3.4. 3.3 1 3 4 31 MK MKA 1.1.13 4 24 2 3.4. 3.3 1 43 7 4 3 MK1 MK1A 1 19.1.1 29 3 4. 4.4 1 11 4 1 MK MKA 21.1.1 7 42 4. 4.4 1 4 1 MK13 MK13A 13 23.1.1 1 43 33 34 4. 4.4 1 1 17 4 13 MK1 MK1A 1 2.1.1 7 4 3 37 4. 4.4 1 3 23 17 MK MKA..19 4 43 42. 9..4 1 27 2 MK2 MK2A 2..19 1 2 1. 9..4 1 31 1 MK3 3 4..19 3 74 1. 11. 249 49 MK3 3 2.1.22 13 2 1 7 4. 11. 2 2 47 97 MK.1.22 14 9 13 7 7 9 14. 2 343 1 MK.1.22 192 11 13 9 92 9 14. 2 19 3 MK 9..2 211 134 1 1 1 11 1 11 2 7 4 PCD K 1) C:Km C1:1KmC1=C/1.2 M C:41N,C1=41/1.2=.N 2) 3)

M F d 2 d1 D d A d A M MA.9.11 19 2 1 M MA 1.9.11 24 21 24 M1 M1A 1 19.9.13 29 2 29 M MA 21.9.13 3 42 27 M13 M13A 13 23.9.13 43 29 33 M1 M1A 1 2.9.13 37 4 34 31 M MA.1.1 42 4 3 3 M2 M2A 2.1.1 9 2 4 M3 3 4.1.1 4 74 1 1 49 3.4. 3.3 3.4. 3.3 4. 4.4 4. 4.4 4. 4.4 22 4. 4.4 24. 9..4. 9..4 3. 11. 2 4 2 4 37 4 41 9 4 77 4 77 117 1 137 1 9 1 1 1 27 2. 7 7 94 134 1 3 4 1) C:Km C1:1KmC1=C/1.2 M C:41N,C1=41/1.2=.N 2) 3)

M F d 2 d1 D d A d A d D M MA.1.13 3 2 1 M MA 1.1.13 4 21 24 M1 M1A 1 19.1.1 2 29 M MA 21.1.1 7 42 27 M13 M13A 13 23.1.1 1 43 29 33 M1 M1A 1 2.1.1 7 4 34 31 M MA..19 4 3 3 M2 M2A 2..19 1 2 4 M3 3 4..19 3 74 1 1 49 A F d1 d2 3.4. 3.3 3.4. 3.3 4. 4.4 4. 4.4 4. 4.4 22 4. 4.4 24. 9..4. 9..4 3. 11. (um) 1 3 4 1 43 7 4 1 11 4 1 4 1 1 17 4 1 3 23 1 27 1 31 249 49 31 3 1 1 13 17 2 1 1) C:Km C1:1KmC1=C/1.2 M C:41N,C1=41/1.2=.N 2) 3)

MFP d1 d 2 D d d D I I PCD d1 d2 MFP MFP MFP1 MFP MFP13 MFP1 MFP MFP2 MFP3 MFP3 MFP MFPA MFPA MFP1A MFPA MFP13A MFP1A MFPA MFP2A 1 13 1 2 3 3.9.11 1.9.11 19.9.13 21.9.13 23.9.13 2.9.13.1.1.1.1 4.1.1 2..19..19 19 24 29 3 37 42 9 4 7 2 42 43 4 4 2 74 2 9 1 1 13 1 1 13 24 29 33 3 43 1 7 7 3 3 7 7 9.. 9. 9. 11 11 14 3.3 3.3 4.4 4.4 4.4 4.4.4.4... 1 1 1 2 37 41 77 9 1 1 21 2 9 77 117 137 1 27 313 1 4 4 4 4 4 2. 7 7 94 134 1 3 4 79 14 MFP..19 1 11 13 13 9 9 14. 3 793 2 MFP 9.1.22 11 134 1 1 1 11 17. 1. 2 47 999 29 um) PCD 1) C:Km C1:1KmC1=C/1.2 M C:41N,C1=41/1.2=.N 2) 3)

MFP d1 d 2 1) C:Km C1:1KmC1=C/1.2 M C:41N,C1=41/1.2=.N 2) 3) I I PCD d1 d2 d D (um) MFP MFPA.1.13 3 2 3.4. 3.3 1 3 4 31 MFP MFPA 1.1.13 4 24 3.4. 3.3 1 43 7 4 3 MFP1 MFP1A 1 19.1.1 29 4. 4.4 1 11 4 1 MFP MFPA 21.1.1 7 42 4. 4.4 1 4 1 MFP13 MFP13A 13 23.1.1 1 43 33 4. 4.4 1 1 17 4 13 MFP1 MFP1A 1 2.1.1 7 4 3 4. 4.4 1 3 23 17 MFP MFPA..19 4 43. 9..4 1 27 2 MFP2 MFP2A 2..19 1 2 1. 9..4 1 31 1 MFP3 3 4..19 3 74 1 1. 11. 249 49 MFP3 3 2.1.22 13 2 1 1 7. 11. 2 2 47 97 MFP.1.22 14 9 13 13 7 9 14. 2 343 1 MFP.1.22 192 11 13 13 9 9 14. 2 19 3 MFP 9..2 211 134 1 1 1 11 17. 1. 2 7 4 D PCD d

MKP K d1 d 2 MKP MKPA.9.11 19 2 MKP MKPA 1.9.11 24 24 MKP1 MKP1A 1 19.9.13 29 29 MKP MKPA 21.9.13 3 42 MKP13 MKP13A 13 23.9.13 43 33 MKP1 MKP1A 1 2.9.13 37 4 3 MKP MKPA.1.1 42 4 43 MKP2 MKP2A 2.1.1 9 2 1 MKP3 3 4.1.1 4 74 1 1 MKP3 3 2..19 7 2 1 1 7 MKP..19 9 13 13 7 MKP..19 1 11 13 13 9 MKP 9.1.22 11 134 1 1 1 1) C:Km C1:1KmC1=C/1.2 M C:41N,C1=41/1.2=.N 2) 3) I I D 22 3.4. 3.3 2 3.4. 3.3 3 4. 4.4 4. 4.4 34 4. 4.4 37 4. 4.4 42. 9..4. 9..4. 11. 4. 11. 7 9 14. 92 9 14. 1 11 17 1. PCD 2 4 2 4 37 4 41 9 4 77 4 77 117 1 137 1 9 1 1 1 27 1 313 21 1 3 793 2 47 999 d 2. 7 7 94 134 1 3 4 79 14 2 29

MKP d1 d 2 K d D 1) C:Km C1:1KmC1=C/1.2 M C:41N,C1=41/1.2=.N 2) 3) I D I PCD K d1 d2 MKP MKP MKPA MKPA.1.13 1.1.13 3 4 2 24 22 2 3.4. 3.4. 3.3 3.3 MKP1 MKP MKP13 MKP1 MKP1A MKPA MKP13A MKP1A 1 13 1 19.1.1 21.1.1 23.1.1 2.1.1 7 1 7 42 43 4 29 33 3 3 34 37 4. 4. 4. 4. 4.4 4.4 4.4 4.4 MKP MKP2 MKPA MKP2A 2..19..19 1 4 2 43 1 42. 9.. 9..4.4 MKP3 MKP3 MKP 3 3 4..19 2.1.22.1.22 3 13 14 74 2 9 1 1 1 1 13 13 7 7 4 7.. 9 11 11 14... MKP.1.22 192 11 13 13 9 92 9 14. MKP 9..2 211 134 1 1 1 1 11 17 1. (um) PCD d 1 3 4 1 43 7 4 1 11 4 1 4 1 1 17 4 1 3 23 1 27 1 31 249 49 2 2 47 2 343 2 19 2 7 31 3 1 1 13 17 2 1 97 1 3 4

MP F d1 I d 2 D d A d A d D I A F MP MP MPA MPA.9.11 1.9.11 19 24 2 1 21 24 3.4 3.4.. 3.3 3.3 2 2 4 4 2. MP1 MP1A 1 19.9.13 29 2 29 4. 4.4 37 4 7 MP MPA 21.9.13 3 42 27 4. 4.4 41 9 4 7 MP13 MP13A 13 23.9.13 43 29 33 4. 4.4 77 4 94 MP1 MP1A 1 2.9.13 37 4 34 31 22 4. 4.4 77 117 134 MP MPA.1.1 42 4 3 3 24. 9..4 1 137 1 MP2 MP2A 2.1.1 9 2 4. 9..4 1 9 1 3 MP3 3 4.1.1 4 74 1 1 1 49 3. 11. 1 1 27 4 d1 d2 (um) 1) C:Km C1:1KmC1=C/1.2 M C:41N,C1=41/1.2=.N 2) 3)

MP F d1 I d 2 D d A d A d D I A F d1 d2 (um) MP MPA.1.13 3 2 1 3.4. 3.3 1 3 4 31 MP MPA 1.1.13 4 21 24 3.4. 3.3 1 43 7 4 3 MP1 MP1A 1 19.1.1 2 29 4. 4.4 1 11 4 1 MP MPA 21.1.1 7 42 27 4. 4.4 1 4 1 MP13 MP13A 13 23.1.1 1 43 29 33 4. 4.4 1 1 17 4 13 MP1 MP1A 1 2.1.1 7 4 34 31 22 4. 4.4 1 3 23 17 MP MPA..19 4 3 3 24. 9..4 1 27 2 MP2 MP2A 2 1 2..19 4. 9..4 1 31 1 MP3 3 4 3 74 1 1..19 1 49 3. 11. 249 49 1) C:Km C1:1KmC1=C/1.2 M C:41N,C1=41/1.2=.N 2) 3)

MFM d1 d 2 d D I PCD I D PCD MFM MFM MFMA MFMA.1.11 1.1.11 3 4 2 1 24 3.4 3.4.. 3.3 3.3 1 1 3 43 7 4 4 31 3 MFM1 MFM1A 1 19.1.13 24. 29 4. 4.4 1 11 4 1 MFM MFMA 21.1.13 7 42 2. 4. 4.4 1 4 1 MFM13 MFM13A 13 23.1.13 1 43 27. 33 4. 4.4 1 1 17 4 13 MFM1 MFM1A 1 2.1.13 7 4 3 4. 4.4 1 3 23 17 MFM MFMA..1 4 3 43. 9..4 1 27 2 MFM2 MFM2A 2..1 1 2 2 1. 9..4 1 31 1 MFM3 3 4..1 3 74. 1. 11. 249 49 MFM3 3 2.1.19 13 2 2. 1 7. 11. 2 2 47 97 MFM.1.19 14 9 7. 13 7 9 14. 2 343 1 MFM.1.19 192 11 9. 13 9 9 14. 2 19 3 MFM 9..22 211 134 9. 1 1 11 17. 1. 2 7 4 d1 d2 (um) d 1) C:Km C1:1KmC1=C/1.2 M C:41N,C1=41/1.2=.N 2) 3)

MKM d1 d 2 K 1) C:Km C1:1KmC1=C/1.2 M C:41N,C1=41/1.2=.N 2) 3) d D I PCD K d1 d2 MKM MKM MKM1 MKM MKM13 MKM1 MKM MKM2 MKMA MKMA MKM1A MKMA MKM13A MKM1A MKMA MKM2A 1 13 1 2.1.13 1.1.13 19.1.1 21.1.1 23.1.1 2.1.1..19..19 3 4 7 1 7 1 2 42 43 4 4 2 1 24. 2. 27. 3 2 24 29 33 3 43 1 22 2 3 34 37 42 3.4 3.4 4. 4. 4. 4..... 9. 9. MKM3 MKM3 MKM 3 3 4..19 2.1.22.1..22 3 13 14 74 2 9. 1 2. 1 7. 13 7 7 4 7.. 9 11 11 14 MKM.1.22 192 11 9. 13 9 92 9 14 MKM 9..2 211 134 9. 1 1 1 11 17. I D (um) PCD 3.3 1 3 3.3 1 43 7 4.4 1 11 4.4 1 4.4 1 1 17 4.4 1 3 23.4 1 27.4 1 31. 29 49. 2 2 47. 2 343. 2 19 1. 2 7 d 4 31 4 3 4 1 4 1 4 13 17 2 1 97 2 3 4

MM F d1 d 2 I D d A d A d D 1) C:Km C1:1KmC1=C/1.2 M C:41N,C1=41/1.2=.N 2) 3) I A F d1 d2 MM MMA 3 2 1 1 3.4. 3.3 1 3 4 31.1.13 MM MMA 1 4 21 24 3.4. 3.3 1 43 7 4 3.1.13 MM1 MM1A 1 19 24. 2 29 4. 4.4 1 11 4 1.1.1 MM MMA 21 7 42 2. 27 4. 4.4 1 4 1.1.1 MM13 MM13A 13 23 1 43 27. 29 33 4. 4.4 1 1 17 4 13.1.1 MM1 MM1A 1 2 7 4 34 31 22 4. 4.4 1 3 23 17.1.1 MM MMA 4 3 3 3 24. 9..4 1 27 2..19 MM2 MM2A 2 1 2 2 4. 9..4 1 31 1..19 MM3 3 4 3 74. 1 1 49 3. 11. 29 49..19 (um)

ME B d D ME.. 22 14. 1.1 11. 2 4 ME MEA. 1. 2 1. 1.1 1.2 2 4 ME MEA. 22.9 22.9 1.3 21 41 9 4 41 ME1 ME1A 1.9 2.1.9 3 24.9 1.3 24.9 77 117 7 ME MEA.9.1.11 4 31. 1. 3.3 137 91 ME2 ME2A 2.11.1.11 44.1 1. 37. 9 1 21 ME3 3.11 47.1.11 2.1 1. 44. 1 27 ME.13 2.2.13. 2.1 9 21 1 7 ME.13 7.2.13 1 77. 2. 72 3 793 113 ME.13 9.2.1 11.7 3.1. 47 999 22 1) C:Km C1:1KmC1=C/1.2 M C:41N,C1=41/1.2=.N 2) 3)

ME B D d d D 1) C:KmC1:1KmC1 = C/1.2 )M C:41N, C1 = 41/1.2 =.N 2) ME ME ME1 ME ME2 ME3 ME ME ME MEA MEA ME1A MEA ME2A 1 2 3.9 1.1.9.9 22.1.11.11 2.1.11.11.1.13.13.2.13.13 47.2.13.1 2.4.1.1 7.4.1.1 9.4. 4 7 7 1 3 14 192 211 33 4. 49. 1 2 14.2 1.2 1.2 17 1.1 1.3 1.3 1. 1. 1. 2.1 2. 3.1 1.2 21 24.9 3.3 3 44. 9 72. 43 3 1 1 249 343 7 7 23 27 31 49 19 4 4 31 14 1 4 117 31 3 B

MEAJ d D B ME AJ. 22 14. 1.1 11. 1 2 4. ME AJ ME AJA. 1 2 1. 1.1 1.2 1 2 4. ME AJ ME AJA. 22 22.9 1.3 21 1. 41 9 4 41.9 ME1 AJ ME1 AJA 1.9 2 3 24.9 1.3 24.9 1. 77 117 7.1.9 ME AJ ME AJA.9 4 31. 1. 3.3 2 137 91.1.11 ME2 AJ ME2 AJA 2.11 44.1 1. 37. 2 9 1 21.1.11 ME3 AJ 3.11 47 2.1 1. 44. 2 1 27.1.11 ME AJ.13 2. 2.1 9 3 21 1 7.2.13 ME AJ.13 7 1 77. 2. 72 3 3 793 113.2.13 ME AJ.13 9 11.7 3.1. 3 47 999 22.2.1 1) C:Km C1:1KmC1=C/1.2 M C:41N,C1=41/1.2=.N 2) 3) 4) ()

MEOP d D B 1 θ. ME OP ME OPA 22.9 22.9 1.3 21 ME1 OP ME OP ME2 OP ME3 OP ME OP ME OP ME OP ME1 OPA ME OPA ME2 OPA 1 2 3.9 2.1.9.9.1.11.11.1.11.11 47.1.11.13 2.2.13.13 7.2.13.13 9.2.1 3 4 1 24.9 31. 44.1 2.1. 77. 12 1.3 1. 1. 1. 2.1 2. 3.1 24.9 3.3 37. 44. 9 72. 7. 7 41 9 1 7 77 117 1 137. 9 1. 1 27 1. 21 1 21 3 793 27.2 4 47 999 θ 3 41 4 7 4 91 21 7 113 22 1) C:Km C1:1KmC1=C/1.2 M C:41N,C1=41/1.2=.N 2) 3) 4) ()

d1 MEF d2 d D D PCD d1 d2 (um) PCD MEF MEFA. 1. 2 24 3.4. 3.3 2 4 44 MEF MEFA. 22.9 42 4. 4.4 41 9 4 MEF1 MEF1A 1.9 2.1.9 3 4 3 4. 4.4 77 117 MEF MEFA.9.1.11 4 4 43. 9..4 1 137 14 MEF2 MEF2A 2.11.1.11 2 1. 9..4 1 9 1 33 MEF3 3.11 47.1.11 7 1 2. 11. 1 1 27 4 MEF.13 2.2.13 9 13 9 14. 21 1 11 MEF.13 7.2.13 1 1 13 94 9 14. 3 793 173 MEF.13 9.2.1 134 1 1 11 17. 1. 2 47 999 31 1) C:Km C1:1KmC1=C/1.2 M C:41N,C1=41/1.2=.N 2) 3)

MEF d D.9 MEF MEFA 1.9.9 MEF MEFA 22.11.11 MEF1 MEF1A 1 2.11.11 MEF MEFA.13.13 MEF2 MEF2A 2.13 MEF3 3.13 47.13 MEF.1 2.1.1 MEF 7.1.1 MEF 9. PCD d1 d2 4 24 7 42 7 4 3 4 43 1 2 1 3 7 1 2 14 9 13 192 1 13 94 211 134 1 1 d1 (um) 3.4. 3.3 1 4. 4.4 1 4. 4.4 1. 9..4 17. 9..4 17. 11. 17 9 14. 9 14. 11 17. 1. 2 d2 PCD 43 7 4 3 4 1 3 23 17 1 27 2 1 31 1 249 49 343 1 19 3 7 4 1) C:Km C1:1KmC1=C/1.2 M C:41N,C1=41/1.2=.N 2) 3)

MEK d1 d2 K d D 1) C:Km C1:1KmC1=C/1.2 M C:41N,C1=41/1.2=.N 2) 3) PCD K d1 d2 (um) PCD MEK MEKA.. 22 2 22 3 3.3 2 4 MEK MEKA. 1. 2 24 2 3.4. 3.3 2 4 44 MEK MEKA. 22.9 42 4. 4.4 41 9 4 MEK1 MEK1A 1.9 2.1.9 3 4 3 3 4. 4.4 77 117 MEK MEKA.9.1.11 4 4 43 42. 9..4 1 137 14 MEK2 MEK2A 2.11.1.11 2 1. 9..4 1 9 1 33 MEK3 3.11 47.1.11 7 1 2. 11. 1 1 27 4 MEK.13 2.2.13 9 13 7 9 14. 21 1 11 MEK.13 7.2.13 1 1 13 94 9 14. 3 793 173 MEK.13 9.2.1 134 1 1 1 11 17. 1. 2 47 999 31 MEK.1.4.1 1 14 1 142 13 11 1 11.1 3 73 1 9

MEK d1 d2 PCD K d D 1) C:Km C1:1KmC1=C/1.2 M C:41N,C1=41/1.2=.N 2) 3) PCD K d1 d2.9 MEK MEKA 1 4 24 2 3.4. 3.3 1 43 7 4 3.1.9.9 MEK MEKA 22 7 42 4. 4.4 1 4 1.1.11.11 MEK1 MEK1A 1 2 7 4 3 3 4. 4.4 1 3 23 17.1.11.11 MEK MEKA 4 43 42. 9..4 17 1 27 2.1.13.13 MEK2 MEK2A 2 1 2 1. 9..4 17 1 31 1.2.13.13 MEK3 3 47 3 7 1 2. 11. 17 249 49.2.13.1 MEK 2 14 9 13 7 9 14. 343 1.4.1.1 MEK 7 192 1 13 94 9 14. 19 3.4.1.1 MEK 9 211 134 1 1 1 11 17. 1. 2 7 4.4. (um)

MEFP d1 d 2 D d d D I I PCD d1 d2 PCD MEFP MEFPA. 1. 2 24 3.4. 3.3 2 4 44. MEFP MEFPA 22.9 42 4. 4.4 41 9 4 MEFP1 MEFP1A 1.9 2.1.9 3 4 3 4. 4.4 77 117.9 MEFP MEFPA.1.11 4 4 43. 9..4 1 137 14 MEFP2 MEFP2A 2.11.1.11 2 1. 9..4 1 9 1 33.11 MEFP3 3 47.1.11 7 1 1 2. 11. 1 1 27 4 MEFP MEFP MEFP.13 2.2.13.13 7.2.13.13 9.2.1 1 9 1 134 13 13 1 13 13 1 94 1 9 9 11 14 14 17... 1. 2 21 3 47 1 793 999 11 173 31 (um) 1) C:Km C1:1KmC1=C/1.2 M C:41N,C1=41/1.2=.N 2) 3)

MEFP d1 d 2 d D I I PCD d1 d2 D PCD d.9 MEFP MEFPA 1 4 24 3.4. 3.3 1 43 7 4 3.1.9.9 MEFP MEFPA 22 7 42 4. 4.4 1 4 1.1.11.11 MEFP1 MEFP1A 1 2 7 4 3 4. 4.4 1 3 23 17.1.11.11 MEFP MEFPA 4 43. 9..4 17 1 27 2.1.13.13 MEFP2 MEFP2A 2 1 2 1. 9..4 17 1 31 1.2.13.13 MEFP3 3 47 3 7 1 1 2. 11. 17 249 49.2.13.1 MEFP 2 14 9 13 13 9 14. 343 1.4.1.1 MEFP 7 192 1 13 13 94 9 14. 19 3.4.1.1 MEFP 9 211 134 1 1 1 11 17. 1. 2 7 4.4. (um) 1) C:Km C1:1KmC1=C/1.2 M C:41N,C1=41/1.2=.N 2) 3)

MEKP K d1 d 2 I D PCD d d D MEKP MEKPA. 1. 2 MEKP MEKPA MEKP1 MEKP1A MEKP MEKPA MEKP2 MEKP2A 1 2. 22.9.9 2.1.9.9.1.11.11.1.11 3 4 42 4 4 2 MEKP3 MEKP 3.11 47.1.11.13 2.2.13 7 1 1 9 13 13 MEKP MEKP.13 7 1 1 13 13.2.13.13 9 134 1 1.2.1 I PCD K d1 d2 24 2 3.4. 4. 3 3 4. 43 42. 9. 1. 9. 2. 11 7 9 14 94 9 14 (um) 3.3 2 4.4 41 9 4.4 77 117.4 1 137.4 1 9 1. 1 1 27. 21 1. 3 793 1 1 11 17. 1. 2 47 999 4 44 4 14 33 4 11 173 31 1) C:Km C1:1KmC1=C/1.2 M C:41N,C1=41/1.2=.N 2) 3)

MEKP d1 d 2 K d D MEKP MEKPA.9 1.1.9 4 MEKP MEKPA MEKP1 MEKP1A MEKP MEKPA MEKP2 MEKP2A 1 2.9 22.1.11.11 2.1.11.11.1.13.13.2.13 7 7 1 42 4 4 2 MEKP3 MEKP 3.13 47.2.13.1 2.4.1 3 14 7 9 1 1 13 13 MEKP MEKP.1 7.4.1.1 9.4. 192 1 13 13 211 134 1 1 1) C:Km C1:1KmC1=C/1.2 M C:41N,C1=41/1.2=.N 2) 3) I I PCD D K d1 d2 24 2 3.4. 4. 3 3 4. 43 42. 9. 1. 9. 2. 11 7 9 14 94 9 14 (um) PCD d 3.3 1 43 7 4.4 1 4.4 1 3 23.4 17 1 27.4 17 1 31. 17 249 49. 343. 19 1 1 11 1 1. 2 7 4 3 4 1 17 2 1 1 3 4

MEFM d1 d 2 I D PCD d d D I PCD d1.9 MEFM MEFMA 1 4 24 3.4. 3.3 1 43 7 4 3.1.9.9 MEFM MEFMA 22 7 42 2. 4. 4.4 1 4 1.1.11.11 MEFM1 MEMF1A 1 2 7 4 3 4. 4.4 1 3 23 17.1.11.11 MEFM MEFMA 4 3 43. 9..4 17 1 27 2.1.13.13 MEFM2 MEFM2A 2 1 2 2 1. 9..4 17 1 31 1.2.13.13 MEFM3 3 47 3 7. 1 2. 11. 17 2 49.2.13.1 MEFM 2 14 9 7. 13 9 14. 343 1.4.1.1 MEFM 7 192 1 9. 13 94 9 14. 19 3.4.1.1 MEFM 9 211 134 9. 1 1 11 17. 1. 2 7 4.4. d2 (um) 1) C:Km C1:1KmC1=C/1.2 M C:41N,C1=41/1.2=.N 2) 3)

MEKM d1 d 2 K I D PCD d d D I PCD K d1 d2 MEKM MEKMA.9 1.1.9 4 24 2 3.4. MEKM MEKMA MEKM1 MEKM1A MEKM MEKMA MEKM2 MEKM2A 1 2.9 22.1.11.11 2.1.11.11.1.13.13.2.13 7 7 1 42 4 4 2 2. 3 2 3 43 1 3 42 4. 4... 9. 9. MEKM3 MEKM 3.13 47.2.13.1 2.4.1 3 14 7 9. 1 7. 13 2 7. 9 11 14 MEKM.1 7.4.1 192 1 9. 13 94 9 14 MEKM.1 9.4. 211 134 9. 1 1 1 11 17. (um) 3.3 1 43 7 4.4 1 4.4 1 3 23.4 17 1 27.4 17 1 31. 17 29 49. 343. 19 1. 2 7 4 3 4 1 17 2 1 1 3 4 1) C:Km C1:1KmC1=C/1.2 M C:41N,C1=41/1.2=.N 2) 3)

MES 1 D 2 2 1 d 1 2 D d ±.2 ±.2 min 2 MES1 1. 19 29 21.7 1.3 7 17 MES. 22 22.7 1.3 3 11 23 MES1 1.9.1 2 3 24.7 1.3 1 2 MES.9.1 4 31.3 1. 2 17 1 MES2 2.11.1 43. 1.9 3 27 2 MES3 3.11.1 47 1. 1.9 471 2 1 MES.13.2 2.4 2.2 7 3 MES.13.2 7 1 77.4 2.7 114 79 1 2 C: Km C11KmC1 = C/1.2 M C:41N, C1 = 41/1.2 =.N 3) 4) MES1 MES

MESOP 1 D 2 2 1 d θ d MES OP MES1 OP MES OP MES2 OP MES3 OP MES OP MES OP 1 2 3..9.1.9.1.11.1.11.1.13.1.13.1 22 2 47 2 7 3 4 1 22.7 24.7 31.3 43. 1..4 77.4 1.3 1.3 1. 1.9 1.9 2.2 2.7. 9 9 11. 14 19. 22. 7 7 4 1 2 C: Km C11KmC1 = C/1.2 M C:41N, C1 = 41/1.2 =.N 3) 4) MES1 MES D ±.2 1 ±.2 2 min θ 9 23 4 117 4 1 1 13 4 22 17 1 391 2 12 29 1 7 9 3 1 4

K K D d d D K24 4 1 24 31 11.3 K12 4 1 17 2 27 3 14.4 K2 19 2 37 4 1.1 K142 14 21 2 3 4. K13 1 24 3 4 9 27.2 K3 2 3 71.7 K2 2 3 4 142 K3 7 3 211 9 K 2 33 334 1 K7 9 2 7 4 43 2

SC G A E J±.2 l 4S1 l ±.2 K±.2 D±.2 4S2 /B D G A J E S1 l S2 K SCB MUU 11 17 34 22 1 24 M4 Ø3.4 1 3 2 SC1B M1UU 13 2 21 2 M 1 Ø4.3 21 3 37 9 SCB MUU 1 22 44 3 24. 33. M 1 Ø4.3 2 39 41 9 1 SCNB MUU 1 21 42 2 24 7.4 3.. M Ø4.3 2 3 41 9 1 SC13B M13UU 1 22 44 3 24. 33. M 1 Ø4.3 2 39 77 3 SC1B M1UU 19 2 3.. 9 3 7 M Ø4.3 34 44 77 117 19 SCB MUU 21 27 4 41 3 11 7 M Ø.2 137 237 SC2B M2UU 2 3 7 1. 41 4 11 M 1 Ø. 7 9 1 SC3B M3UU 3 39 7 9. 49 1 1 M 1 Ø. 72 1 27 SC3B M3UU 34 4 9 4 1 7 1 M 1 Ø. 1 313 11 SCB MUU 1 12 7 2 11 M1 2 Ø. 9 21 1 1 SCB MUU 2 1 2 12 24 1 11 M1 2 Ø. 11 3 793 33 1) C:Km C1:1KmC1=C/1.2 M C:41N,C1=41/1.2=.N 2) 3)

SC G A E J±.2 l 4S1 l ±.2 K±.2 D±.2 4S2 /B D G A J E S1 l S2 SCB MU 11 17 34 22 1 24 M4 Ø3.4 42 41 94 SC1B M1U 13 2 21 2 M 1 Ø4.3 4 9 1 147 SCB MU 1 22 44 3 24. 33. M 1 Ø4.3 4 77 11 2 SC13B M13U 1 22 44 3 24. 33. M 1 Ø4.3 4 77 1 24 SC1B M1U 19 2 3.. 9 3 7 M Ø4.3 79 9 3 23 37 SCB MU 21 27 4 41 3 11 7 M Ø.2 9 1 137 247 47 SC2B M2U 2 3 7 1. 41 4 11 M 1 Ø. 119 13 1 3 111 SC3B M3U 3 39 7 9. 49 1 1 M 1 Ø. 1 14 249 4 137 SC3B M3U 34 4 9 4 1 7 1 M 1 Ø. 1 1 2 2 2 SCB MU 1 12 7 2 11 M1 2 Ø. 1 1 34 3 SCB MU 2 1 2 12 24 1 11 M1 2 Ø. 23 11 1 7 K 1) C:Km C1:1KmC1=C/1.2 M C:41N,C1=41/1.2=.N 2) 3)

SCN G A E J±.2 l 4S1 l ±.2 K±.2 D±.2 4S2 /B D G A J E S1 l S2 SCNB MU 2 11 17 34 22 1 24 M4 Ø3.4 42 41 94 SC1NB M1U 2 13 2 21 2 M Ø4.3 4 9 1 147 SCNB MU 2 1 21 42 2 24 7.4 3.. M Ø4.3 7 11 2 SC13NB M13U 2 1 22 44 3 24. 33. M Ø4.3 7 1 24 SC1NB M1U 2 19 2 3.. 9 3 7 M Ø4.3 3 23 37 SCNB MU 2 21 27 4 41 3 11 7 M Ø.2 7 9 137 247 47 SC2NB M2U 2 2 3 7 1. 41 4 11 M 1 Ø. 1 13 1 3 111 SC3NB M3U 2 3 39 7 9. 49 1 1 M 1 Ø. 11 1 249 4 137 SC3NB M3U 2 34 4 9 4 1 7 1 M 1 Ø. 1 2 2 2 SCNB MU 2 1 12 7 2 11 M1 2 Ø. 1 17 34 3 SCNB MU 2 2 1 2 12 24 1 11 M1 2 Ø. 1 21 11 1 7 K 1) C:Km C1:1KmC1=C/1.2 M C:41N,C1=41/1.2=.N 2) 3)

SCV G A E J±.2 l 4S1 l ±.2 D±.2 4S2 /B D G A 1) C:Km C1:1KmC1=C/1.2 M C:41N,C1=41/1.2=.N 2) 3) J E S1 l S2 SCVB MUU 11 17 34 22 1 24 M4 Ø3.4 1.4 2 3 SC1VB M1UU 13 2 21 2 M 1 Ø4.3 19. 37 3 SCVB MUU 1 22 44 3 24. 33. M 1 Ø4.3. 41 9 74 SCVNB MUU 1 21 42 2 24 7.4 3.. M Ø4.3. 41 9 74 SC13VB M13UU 1 22 44 3 24. 33. M 1 Ø4.3. 77 SC1VB M1UU 19 2 3.. 9 3 7 M Ø4.3 23. 77 117 1 SCVB MUU 21 27 4 41 3 11 7 M Ø.2 27.4 137 17 SC2VB M2UU 2 3 7 1. 41 4 11 M 1 Ø. 37.4 9 1 SC3VB M3UU 3 39 7 9. 49 1 1 M 1 Ø..9 1 27 49 SC3VB M3UU 34 4 9 4 1 7 1 M 1 Ø. 4.4 1 313 79 SCVB MUU 1 12 7 2 11 M1 2 Ø..4 21 1 SCVB MUU 2 1 2 12 24 1 11 M1 2 Ø..9 3 793 23

SCJ G A E J±.2 l 4S1 l ±.2 K±.2 D±.2 M M /B D G A J E S1 l K SCJ1UU M1UUAJ Ø1 13 2 21 2 M 21 3 M4 37 9 SCJUU MUUAJ Ø 1 21 42 2 24 7.4 3..7 M 2 3 M4 41 9 1 SCJ13UU M13UUAJ Ø13 1 22 44 3 24. 33. M 2 39 M4 77 3 SCJ1UU M1UUAJ Ø1 19 2 3.. 9 3 7 M 34 44 M4 77 117 19 SCJUU MUUAJ Ø 21 27 4 41 3 11 7 M M 137 237 SCJ2UU M2UUAJ Ø2 2 3 7 1. 41 4 11 M 1 7 M 9 1 SCJ3UU M3UUAJ Ø3 3 39 7 9. 49 1 1 M 1 72 M 1 27 SCJ3UU M3UUAJ Ø3 34 4 9 4 1 7 1 M 1 M 1 313 11 SCJUU MUUAJ Ø 1 12 7 2 11 M1 2 9 M 21 1 1 SCJUU MUUAJ Ø 2 1 2 12 24 1 11 M1 2 11 M 3 793 33 M 1) C:Km C1:1KmC1=C/1.2 M C:41N,C1=41/1.2=.N 2) 3)

SCE G A E J±.2 l 4S1 l ±.2 K±.2 D±.2 4S2 /B D G A J E S1 l S2 K SCEB MEUU 11 17 34 22 1 24 M4 Ø3.4 1 3 2 SCEB MEUU 1 22 44 3 24. 33. M 1 Ø4.3 2 39 41 9 11 SCE1B ME1UU 19 2 3.. 9 3 7 M Ø4.3 34 44 77 117 1 SCEB MEUU 21 27 4 41 3 11 7 M Ø.2 3 137 24 SCE2B ME2UU 2 3 7 1. 41 4 11 M 1 Ø. 7 9 1 SCE3B ME3UU 3 39 7 9. 49 1 1 M 1 Ø. 7 1 27 7 SCEB MEUU 1 12 7 2 11 M1 2 Ø. 9 21 1 17 SCEB MEUU 2 1 2 12 24 1 11 M1 2 Ø. 11 3 793 29 1) C:Km C1:1KmC1=C/1.2 M C:41N,C1=41/1.2=.N 2) 3)

SCE G A E J±.2 l 4S1 l ±.2 K±.2 D±.2 4S2 /B D G A J SCEB MEU 2 11 17 34 22 1 24 M4 Ø3.4 42 41 9 SCEB MEU 2 1 22 44 3 24. 33. M 1 Ø4.3 4 77 11 2 SCE1B ME1U 2 19 2 3.. 9 3 7 M Ø4.3 79 9 3 23 3 SCEB MEU 2 21 27 4 41 3 11 7 M Ø.2 9 1 137 27 49 SCE2B ME2U 2 2 3 7 1. 41 4 11 M 1 Ø. 119 13 1 3 11 SCE3B ME3U 2 3 39 7 9. 49 1 1 M 1 Ø. 1 14 249 4 12 SCEB MEU 2 1 12 7 2 11 M1 2 Ø. 1 1 34 3 SCEB MEU 2 2 1 2 12 24 1 11 M1 2 Ø. 23 11 1 9 E S1 l S2 K 1) C:Km C1:1KmC1=C/1.2 M C:41N,C1=41/1.2=.N 2) 3)

SCEV l l /B D G A J S1 l S2 SCEVB MEUU 11 17 34 22 1 24 M4 Ø3.4 14.4 2 SCEVB MEUU 1 22 44 3 24. 33. M 1 Ø4.3.3 41 9 2 SCE1VB ME1UU 19 2 3.. 9 3 7 M Ø4.3 22.3 77 117 2 SCEVB MEUU 21 27 4 41 3 11 7 M Ø.2 2.3 137 17 SCE2VB ME2UU 2 3 7 1. 41 4 11 M 1 Ø..4 9 1 SCE3VB ME3UU 3 39 7 9. 49 1 1 M 1 Ø. 4.4 1 27 7 SCEVB MEUU 1 12 7 2 11 M1 2 Ø..4 21 1 13 SCEVB MEUU 2 1 2 12 24 1 11 M1 2 Ø. 72.3 3 793 19 E 1) C:Km C1:1KmC1=C/1.2 M C:41N,C1=41/1.2=.N 2) 3)

TBR E±.2 F T B±.2 ±.2 4S C±.2 1 θ /B E F θ T 1) C:Km C1:1KmC1=C/1.2 M C:41N,C1=41/1.2=.N 2) 3) S 1 B C TBR1UU M1UUOP 31 2 2 42 M 11 1 3 392 49.1 TBRUU MUUOP 34 31 1 1 M 11 21 4 37 74 117.3 TBR2UU M2UUOP 41 2 41 M 2 1 232. TBR3UU M3UUOP 4. 91 4 7 M 1 34 7 174 29.9

TBR F T E±.2 B±.2 ±.2 4S C±.2 1 θ /B E 1) C:Km C1:1KmC1=C/1.2 M C:41N,C1=41/1.2=.N 2) 3) F θ T S 1 B TBR1UU 2 M1UUOP 31 2 2 M 11 1 7 9 TBRUU 2 MUUOP 34 31 1 9 M 11 21 4 7 1 232 TBR2UU 2 M2UUOP 41 2 41 13 M 2 1 313 474 TBR3UU 2 M3UUOP 4. 91 4 1 M 1 34 7 11 32 C

SBR(SME) F T E±.2 B±.2 ±.2 4S1 C±.2 1 θ /B E F θ T 1) C:Km C1:1KmC1=C/1.2 M C:41N,C1=41/1.2=.N 2) 3) S1 l 1 B C SBR1UU M1UUOP 22. 4 33 9 4 M 11 3 77 117.1 SBRUU MUUOP 24 4 39 11 M 11 23 3 3 137.2 SBR2UU M2UUOP 3 47 14 M 27 9 1.4 SBR3UU M3UUOP 3 7 1 7 M 1 1 33 1 27.3 SBR3UU M3UUOP 3 1 M 1 17 37 1 313.92 SBRUU MUUOP 4 9 72 9 M1 42 21 1 1.33 SBRUU MUUOP 91 2 11 M1 2 3 94 3 793 3

SBR(SME) E±.2 F T B±.2 ±.2 4S1 C±.2 1 /B E F θ T θ S1 l 1 SBR1UU 2 M1UUOP 22. 4 33 9 4 M 11 2 234.3 SBRUU 2 MUUOP 24 4 39 11 M 11 23 3 7 12 274.4 SBR2UU 2 M2UUOP 3 47 14 M 27 1 19 3139.9 SBR3UU 2 M3UUOP 3 7 1 7 M 1 1 33 11 2491 493 1.2 SBR3UU 2 M3UUOP 3 1 M 1 17 37 24 27 1. B C 1) C:Km C1:1KmC1=C/1.2 M C:41N,C1=41/1.2=.N 2) 3)

TBS E X S1 T a2 θ C B a1 N P d1 N E B T X C θ S1 a1 a2 d1 (kgf/m) TBS1 1 2 22 14.79 37. 9.. 2. TBS 27. 29 19.72.. 11. 4.23 TBS2 2..13 1 4.. 11.. TBS3 3 37. 3. 7 22.3 1.3.. 14 9.2 TBS1TBSP1TBS2TBS3P N()

SBS E X S1 T a2 θ F C B a1 Y N P d1 N E B T F X Y C θ S1 a1 a2 d1 (kgf/m) SBS1 1 2 17.79 1. 11.7 3. 9.. 2. SBS 22. 27 4 17.72 19 1 3.. 11. 3. SBS2 2 27. 33 21.13 21. 3.. 11..3 SBS3 3 3 37 22. 7 2. 1.3 13.. 14 9 7.39 SBS3 3. 43 2.2 2 13 1. 4 9. 14 9 9. SBS 37. 4 7 29.43 9 3 1 17 9. 14 9.9 SBS 47. 2 9 3.79 11 4 21 7 11. 19 11.4 SBS1SBSP1SBS2SBSP N()

SBRS ±.2 J ±.2 T I D ±.1 S 2 4S 1 x I A G M K ±.2 E ±.2 θ C B N P N (mm) ** C N Co N (kgf) (kgf) D E θ SBR1S SBR1UU Ø1 77 117.1 2. 22. 2 4 2. SBRS SBRUU Ø 137. 3. 24 27 1. SBR2S SBR2UU Ø2 9 1.4.3 3 33 2. SBR3S SBR3UU Ø3 1 27.3 7. 3 37 7 SBR3S SBR3UU Ø3 1 313.92 1. 43 7. SBRS SBRUU Ø 21 1 1.33 13.1 4 4 9 7. SBRS SBRUU Ø 3 793 3.. 2 11. G A B T M S1 I J K S2 C N* P* SBR1S 4 33 9 4 M 3 Ø. 3 1 SBRS 4 39 11 4 M 3 3 Ø. 3 1 SBR2S 47 14 M Ø. 3 2 SBR3S 7 1 7 7 M 1 Ø. 2 SBR3S 3 1 M 1 Ø9 4 3 SBRS 9 72 7 9 9 M1 Ø9 3 SBRS 91 2 9 11 11 M1 94 Ø11 7 3 * 1N=.12

SBRS D ±.1 J ±.2 4S 1 x I ±.2 T I A S 2 G M K ±.2 E ±.2 θ C B N P N ** C N Co N (kgf) (kgf) (mm) D E θ SBR1S SBR1UU Ø1 14 23.3 2. 22. 2 4 2. SBRS SBRUU Ø 174 27.4 3. 24 27 1. SBR2S SBR2UU Ø2 19 31.9.3 3 33 2. SBR3S SBR3UU Ø3 31 4 1.2 7.4 3 37 7 SBR3S SBR3UU Ø3 247 274 1. 1. 43 7. SBRS SBRUU Ø 43 2. 13.1 4 4 9 7. G A B T M S1 I J K S2 C N* P* SBR1S 4 33 9 M Ø. 3 1 SBRS 4 39 11 4 9 M 3 7 Ø. 3 1 SBR2S 47 14 13 M 1 Ø. 3 2 SBR3S 7 1 7 1 M 1 11 Ø. 2 SBR3S 3 1 1 M 1 Ø9 4 3 SBRS 9 72 7 9 17 M1 1 Ø9 3 * 1N=.12

TBRS D±.2 J±.2 4S1 G 1 A ±.2 T M E±.1 C B S2 K ±.2 N P N ** C N Co N (kgf) (kgf) (mm) D E 1 TBR1S TBR1UU Ø1 392 49.1 2.4 31 22.14 2 17. TBRS TBRUU Ø 74 117.3 3. 34 29.1 27..99 TBR2S TBR2UU Ø2 1 232.. 41 31.97. 2.3 TBR3S TBR3UU Ø3 174 29.9 4. 3.2 7 37. 33.4 G A B T M S1 J K S2 C N* P* TBR1S 2 2 42 M 3 Ø. 37 1 TBRS 31 1 1 M 4 37 Ø. 1 TBR2S 2 41 1 M Ø. 4 2 TBR3S 91 4 7 7 M 7 Ø. 2 * 1N=.12

TBRS D±.2 J±.2 4S1 ±.2 G 1 A M K ±.2 T E±.1 C B S2 N P N ** C N Co N (kgf) (kgf) (mm) D E 1 TBR1S TBR1UU Ø1 7 9.3 2.4 31 22.14 2 17. TBRS TBRUU Ø 1 232. 3. 34 29.1 27..99 TBR2S TBR2UU Ø2 313 474 1.2. 41 31.97. 2.3 TBR3S TBR3UU Ø3 32 1. 4. 3.2 7 37. 33.4 G A B T M S1 J K S2 C N* P* TBR1S 2 2 M Ø. 37 1 TBRS 31 1 9 M 4 7 Ø. 1 TBR2S 2 41 1 13 M 1 Ø. 4 2 TBR3S 91 4 7 1 M 7 11 Ø. 2 * 1N=.12

SFC SUJ2 1.S RC4 g mm μm g mm mm kg/m SFC3 3. SFC4 4 4.1 SFC.1 SFC 3.23 1. SFC 3. SFC1 1 14.2 SFC.9 SFC13 13 17 1. SFC1 1 1. SFC 2. 2.47 7 SFC2 2 3. SFC3 3. 2. SFC3 3 7. 9 SFC 2 9.7 SFC 1.41 SFC 1 22. SFC 29 39.4 SFC1 1 3. 1. 34 SFC. SFC1 1 14 39 139

PS SUJ2 1.S RC4 g d2 mm μm g d1 mm mm mm kg/m PS1 1 14 4 1 1.2.2 PS 1.3.79 PS13 13 17 1.3.2 PS1 1 1. 1.2 PS 1 1. 1.2 7 PS2 2 1 2. 2.3 PS3 3 1 2.4 3. PS3 3 19 2. 4.9 PS 9 2. 4.99 2 PS 2 2.9 9.91 PS 1 3. 14.2 PS 29 3. 2.3 PS1 1 34 3. 39.

SK E±. P F 2S ±.2 G E F G P B S B (kg) SK3 3 21 42 14 37. 1. M4 M.24 SK4 4 21 42 14 37. 1. M4 M.24 SK 21 42 14 37. 1. M4 M.24 SK 21 42 14 37. 1. M4 M.24 SK 21 42 14 37. 1. M4 M.24 SK1 1 21 42 14 37. 1. M4 M.24 SK 23 21 42 14 37.. M4 M.3 SK13 13 23 21 42 14 37.. M4 M.3 SK1 1 27 24 4 1 44 2 3. M M.4 SK 31 3 1 1 3 4. M M.7 SK2 2 3 3 7 24 3. M M.13 SK3 3 42 42 4 2 7 44 4 9 M M1.1 SK3 3 49 9 2 1 74 11 M M1.27 SK 7 114 3 9 1 9 11 M1 M1.42 SK 7 3 1 74 1 14 M M.7 SK 74 14 4 13 1 9 14 M M 1.1

SF B T G F T F G B S SF1 1 43 1 24. M4 M.13 SF 47 13 7 2 2 3. M4 M.2 SF13 13 47 13 7 2 2 3. M4 M.2 SF1 1 1 31 2. M4 M.27 SF 37 34 4 7 M M.4 SF2 2 7 2 1 42 7 M M. SF3 3 3 4 4 9 M M.11 SF3 3 92 3 14 72 M M1.3 SF 12 1 7 M1 M1.1 SF 2 19 3 7 9 14 M M.9 SF 1 23 9 2 1 14 M M 1. 2S (kg)