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Technical DataPermissible Dimensional Deviation of Shafts(Excerpts from JIS B 0401)MeasurementClassification[mm]d e f g h js j k m n p rBeyond Below d8 d9 e7 e8 e9 f6 f7 f8 g5 g6 h5 h6 h7 h8 h9 js5 js6 js7 j5 j6 k5 k6 m5 m6 n6 p6 r63 66 10– 30– 48– 40– 6210 14 – 5014 18 – 7718 24 – 6524 30 – 98– 30– 60– 40– 76– 50– 93– 65– 11730 40 – 80– 119 – – 1428040 5050 6565 8080 100100 120120 140140 160160 180180 200200 225225 250250 280280 315315 355355 400400 450450 500– 100– 146 – – 100174– 20– 32– 25– 40– 32– 50– 40– 61– 50– 75– 60– 90– 20– 38– 25– 47– 32– 59– 40– 73– 50– 89– 20– 50– 25– 61– 32– 75– 40– 92– 50– 112– 60– 106 – – 13460– 120– 174 – – 120207 – – 107 72 – – 126 72 – – 15972– 145– 208 – – 145245 – – 125 85 – – 148 85 – – 18585– 170– 242 – – 170285 – – 100146 – – 100172 – – 100215– 190– 271 – – 190320 – – 110162 – – 110191 – – 110240– 210– 299 – – 210350 – – 125182 – – 125214 – – 125265– 10– 18– 13– 22– 16– 27– 20– 33– 25– 41– 30– 49– 36– 58– 43– 68– 50– 79– 56– 88– 62– 98– 10– 22– 13– 28– 16– 34– 20– 41– 25– 50– 30– 60– 36– 71– 43– 83– 50– 96– 10– 28– 13– 35– 16– 43– 20– 53– 25– 64– 30– 76– 36– 90– 43– 106– 50– 122– 56– 108 – – 13756– 62– 119 – – 15162– 230– 327 – – 230385 – – 135198 – – 135232 – – 135290 – – 108 68 – – 131 68 – – 16568– 4– 9– 5– 11– 6– 14– 7– 16– 9– 20– 10– 23– 12– 27– 14– 32– 15– 35– 17– 40– 18– 43– 20– 47* The upper value in each column indicates the upper deviation, and the lower value in each column indicates the lower deviation.– 4– 12– 5– 14– 6– 17– 7– 20– 9– 25– 10– 29– 12– 34– 14– 39– 15– 44– 17– 49– 18– 54– 20– 600– 50– 60– 80– 90– 110– 130– 150– 180– 200– 230– 250– 270– 80– 90– 110– 130– 160– 190– 220– 250– 290– 320– 360– 400– 120– 150– 180– 210– 250– 300– 350– 400– 460– 520– 570– 630– 180– 220– 270– 330– 390– 460– 540– 630– 720– 810– 890– 970– 300– 360– 430– 520– 620– 740– 870– 1000– 1150– 1300– 1400– 155± 2.5 ± 4 ± 6± 3 ± 4.5 ± 7.5± 4 ± 5.5 ± 9± 4.5 ± 6.5 ± 10.5± 5.5 ± 8 ± 12.5± 6.5 ± 9.5 ± 15± 7.5 ± 11.5 ± 17.5± 9 ± 12.5 ± 20± 10 ± 14.5 ± 23± 11.5 ± 16 ± 26± 12.5 ± 18 ± 28.5± 13.5 ± 20 ± 31.5+ 3– 2+ 4– 2+ 5– 3+ 5– 4+ 6– 5+ 6– 7+ 6– 9+ 7– 11+ 7– 13+ 7– 16+ 7– 18+ 7– 20+ 6– 2+ 7– 2+ 8– 3+ 9– 4+ 11– 5+ 12– 7+ 13– 9+ 14– 11+ 16– 13± 16± 18± 20+ 6+ 1+ 7+ 1+ 9+ 1+ 11+ 2+ 13+ 2+ 15+ 2+ 18+ 3+ 21+ 3+ 24+ 4+ 27+ 4+ 29+ 4+ 32+ 5+ 9+ 1+ 10+ 1+ 12+ 1+ 15+ 2+ 18+ 2+ 21+ 2+ 25+ 3+ 28+ 3+ 33+ 4+ 36+ 4+ 40+ 4+ 45+ 5+ 9+ 4+ 12+ 6+ 15+ 7+ 17+ 8+ 20+ 9+ 24+ 11+ 28+ 13+ 33+ 15+ 37+ 17+ 43+ 20+ 46+ 21+ 50+ 23+ 12+ 4+ 15+ 6+ 18+ 7+ 21+ 8+ 25+ 9+ 30+ 11+ 35+ 13+ 40+ 15+ 46+ 17+ 52+ 20+ 57+ 21+ 63+ 23+ 16+ 8+ 19+ 10+ 23+ 12+ 28+ 15+ 33+ 17+ 39+ 20+ 45+ 23+ 52+ 27+ 60+ 31+ 66+ 34+ 73+ 37+ 80+ 40Unit [µm]+ 20+ 12+ 24+ 15+ 29+ 18+ 35+ 22+ 42+ 26+ 51+ 32+ 59+ 37+ 68+ 43+ 79+ 50+ 88+ 56+ 98+ 62+ 108+ 68+ 23+ 15+ 28+ 19+ 34+ 23+ 41+ 28+ 50+ 34+ 60+ 41+ 62+ 43+ 73+ 51+ 76+ 54+ 88+ 63+ 90+ 65+ 93+ 68+ 106+ 77+ 109+ 80+ 113+ 84+ 126+ 94+ 130+ 98+ 144+ 108+ 150+ 114+ 166+ 126+ 172+ 132Technicaldata100
Technical DataPermissible Dimensional Deviation of Bores(Excerpts from JIS B 0401)MeasurementClassification[mm]E F G H Js J K M N P RBeyond Below E7 E8 E9 F6 F7 F8 G6 G7 H5 H6 H7 H8 H9 H10 Js6 Js7 J6 J7 K6 K7 M6 M7 N6 N7 P7 R73 66 10+ 32+ 20+ 40+ 2510 14 + 5014 18 + 3218 24 + 6124 30 + 4030 40 + 7540 50 + 5050 6565 8080 100100 120120 140140 160160 180180 200200 225225 250250 280280 315315 355355 400400 450450 500+ 90+ 60+ 107+ 72+ 125+ 85+ 146+ 100+ 162+ 110+ 182+ 125+ 198+ 135+ 38+ 20+ 47+ 25+ 59+ 32+ 73+ 40+ 89+ 50+ 106+ 60+ 126+ 72+ 148+ 85+ 172+ 100+ 191+ 110+ 214+ 125+ 232+ 135+ 50+ 20+ 61+ 25+ 75+ 32+ 92+ 40+ 112+ 50+ 134+ 60+ 159+ 72+ 185+ 85+ 125+ 100+ 240+ 110+ 265+ 125+ 290+ 135+ 18+ 10+ 22+ 13+ 27+ 16+ 33+ 20+ 41+ 25+ 49+ 30+ 58+ 36+ 68+ 43+ 79+ 50+ 88+ 56+ 98+ 62+ 108+ 68+ 22+ 10+ 28+ 13+ 34+ 16+ 41+ 20+ 50+ 25+ 60+ 30+ 71+ 36+ 83+ 43+ 96+ 50+ 108+ 56+ 119+ 62+ 131+ 68+ 28+ 10+ 35+ 13+ 43+ 16+ 53+ 20+ 64+ 25+ 76+ 30+ 90+ 36+ 106+ 43+ 122+ 50+ 137+ 56+ 151+ 62+ 165+ 68+ 12+ 4+ 14+ 5+ 17+ 6+ 20+ 7+ 25+ 9+ 29+ 10+ 34+ 12+ 39+ 14+ 44+ 15+ 49+ 17+ 54+ 18+ 60+ 20+ 16+ 4+ 20+ 5+ 24+ 6+ 28+ 7+ 34+ 9+ 40+ 10+ 47+ 12+ 54+ 14+ 61+ 15+ 69+ 17+ 75+ 18+ 83+ 20+ 50+ 80+ 120+ 180+ 300+ 480± 4 ± 6* The upper value in each column indicates the upper deviation, and the lower value in each column indicates the lower deviation.+ 60+ 90+ 150+ 220+ 360+ 580± 4.5 ± 7.5+ 80+ 110+ 180+ 270+ 430+ 700± 5.5 ± 9+ 90+ 130+ 210+ 330+ 520+ 840± 6.5 ± 10.5+ 110+ 160+ 250+ 390+ 620+ 1000± 8 ± 12.5+ 13 + 190+ 300+ 460+ 740+ 1200+ 150+ 220+ 350+ 540+ 870+ 1400+ 180+ 250+ 400+ 630+ 1000+ 200+ 290+ 460+ 720+ 1150+ 230+ 320+ 520+ 810+ 1300+ 250+ 360+ 570+ 890+ 1400+ 270+ 400+ 630+ 970+ 1550+ 1600+ 1850+ 2100+ 2300+ 2500± 9.5 ± 15± 11 ± 17.5± 12.5 ± 20± 14.5 ± 23± 16 ± 26± 18 ± 28.5± 20 ± 31.5+ 5– 3+ 5– 4+ 6– 5+ 8– 5+ 10– 6+ 13– 6+ 16– 6+ 18– 7+ 22– 7+ 25– 7+ 29– 7+ 33– 7± 6+ 8– 7+ 10– 8+ 12– 9+ 14– 11+ 18– 12+ 22– 13+ 26– 14+ 30– 16+ 36– 16+ 39– 18+ 43– 20+ 2– 6+ 2– 7+ 2– 9+ 2– 11+ 3– 13+ 4– 15+ 4– 18+ 4– 21+ 5– 24+ 5– 27+ 7– 29+ 8– 32+ 3– 9+ 5– 10+ 6– 12+ 6– 15+ 7– 18+ 9– 21+ 10– 25+ 12– 28+ 13– 33+ 16– 36+ 17– 40+ 18– 45– 1– 9– 3– 12– 4– 15– 4– 17– 4– 20– 5– 24– 6– 28– 8– 33– 8– 37– 9– 41– 10– 46– 10– 500– 120– 150– 180– 210– 250– 300– 350– 400– 460– 520– 570– 63– 5– 13– 7– 16– 9– 20– 11– 24– 12– 28– 14– 33– 16– 38– 20– 45– 22– 51– 25– 57– 26– 62– 27– 67– 4– 16– 4– 19– 5– 23– 7– 28– 8– 33– 9– 39– 10– 45– 12– 52– 14– 60– 14– 66– 16– 73– 17– 80– 8– 20– 9– 24– 11– 29– 14– 35– 17– 42– 21– 51– 24– 59– 28– 68– 33– 79– 33– 88– 41– 98– 45– 108Unit [µm]– 11– 23– 13– 28– 16– 34– 20– 41– 25– 50– 30– 60– 32– 62– 38– 73– 41– 76– 48– 88– 50– 90– 53– 93– 60– 106– 63– 109– 67– 113– 74– 126– 78– 130– 87– 144– 93– 150– 103– 166– 109– 172Technicaldata101
Page 1 and 2:
Flexible Couplings and Hub-shaft Co
Page 4 and 5:
S E R V O F L E XHigh-reliability M
Page 6 and 7:
S E R V O F L E XFull SelectionSFC
Page 8:
SFC MODELSERVO FLEXSFCSERVO FLEX: A
Page 11 and 12:
¢ Wide Range of Installation Metho
Page 13 and 14:
¢ Standard bore diameterModelSFC-0
Page 15 and 16:
0¢ Standard bore diameterModelSFC-
Page 17 and 18:
¢ Selection procedure(1) Calculate
Page 19 and 20:
(5) As a principle, the target shaf
Page 21 and 22: Available to Assemble in Partsò Th
Page 23 and 24: ¢ Installing the Shaft on the Coup
Page 25 and 26: ¢ DimensionsSFS-£S-£M-£MC A DSc
Page 27 and 28: ¢ DimensionsSFS-£W-£M-£MC A DSc
Page 29 and 30: ¢ DimensionsSFS-£G-£M-£MC A DSc
Page 31 and 32: ¢ Centering and finishing in flang
Page 33 and 34: ¢ Combination of standard bore dia
Page 37 and 38: ¢ Mounting (SFS-S/W/G-M-M type)SFS
Page 39 and 40: ¢ Example of mounting¢ SFS-S/W/G
Page 41 and 42: High-speed Rotation, High-precision
Page 43 and 44: ¢ Structure and MaterialSFF-SSHexa
Page 53 and 54: ¢ Dismounting(1) Confirm if any to
Page 55 and 56: Specially Designed for Realizing Hi
Page 57 and 58: ¢ Specially Designed for Realizing
Page 59 and 60: SFH MODELSFH-G¢ SpecificationModel
Page 61 and 62: SFH MODELDesign Check Items¢ Selec
Page 63 and 64: ¢ Example of mounting(8) To tighte
Page 65 and 66: SFC modelAssembly specificationSFS-
Page 67 and 68: SERVO FLEX SFM model for machine to
Page 69 and 70: ¢ 3. Cautions during operationDANG
Page 71: 2Technical DataDimensions and Toler
Page 75 and 76: Technical DataConfiguration and Dim
Page 77 and 78: ò Mechanical Properties and Maximu
Page 79 and 80: slTechnical DataConfiguration and D
Page 81 and 82: ò Set Screw and Length of FitBecau
Page 83 and 84: ò ALS-£ R/Y/B (Set screw)Nominal
Page 85 and 86: ò Approximate Converted Values of
Page 87 and 88: Please Consult Our Website.More inf
Page 89 and 90: 5147 48 50490325 INDONESIAPT. HIMAL
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