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ROLLIX RANGE OF PRODUCTS • CODING SYSTEM • BEARING FAMILIES • DRAWINGS • CAPACITY CURVES • BEARING REFERENCES 4 CROSSED ROLLERS External Gear 06 CROSSED ROLLERS Internal Gear 07 CROSSED ROLLERS Without Gear 08 BALLS External Gear 01 BALLS Internal Gear 02 BALLS Without Gear 03 LIGHT SERIES 21 to 29 LIGHT SERIES SOLID SECTIONS 31 to 39 51 RANGE OF PRODUCTS ROLLIX CODING SYSTEM ROLLIX bearings are designated by a part reference including numbers and letters, according to the opposite codes. GEOMETRY METALLURGY 06 1116 00 Z Z 1 2 A 06 1116 00 Z Z 1 2 A Family 06 1116 00 Z Z 1 2 A Mean raceway ball/roller pitch Ø 06 1116 00 Z Z 1 2 A Variation N° in the family 06 1116 00 Z Z 1 2 A Material code letter ungeared ring 06 1116 00 Z Z 1 2 A Material code letter geared ring Material code : Z Improved XC45 (or similar) X XC45 core hardened N 42CrMo4 normalized D 42CrMo4 core hardened K aluminium alloys J other materials 06 1116 00 Z Z 1 2 A Gear treatment : 0 gear without heat treatment 1 gear with contour hardening on flanks and roots 2 gear flanks superficially hardened 3 other hardening treatments 06 1116 00 Z Z 1 2 A Surface coating : 0 oil storage protection 1 zinc or cadmium plated + chromate coating 2 phosphate coating 3 chemical nickel plating 4 paint : 40 ROLLIX standard primer 41 to 49 specific paint systems 5 to 9 miscellaneous treatments (6 = anodic oxidization) 06 1116 00 Z Z 1 2 A Revision index : Project drawings : revisions according to numerical index from 1 to 9 Manufacturing drawings : first production = index A subsequent revisions = index B to Z 52 RANGE OF PRODUCTS ROLLIX BEARING FAMILIES CROSSED ROLLERS STANDARD Class V BALLS STANDARD Class III & LIGHT SERIES SOLID SECTIONS III GEAR V Class I III V Class I Reduced clearance Precision Normal clearance Reduced clearance V Precision Single row Double row Single row Double row Normal clearance 06 16 01 11 21 24 27 31 34 37 07 17 02 12 22 25 28 32 35 38 08 18 03 13 23 26 29 33 36 39 Ext. Int. Without • • • DEFINITION OF CLASSES Classes I, III and V define the amount of internal preload of the bearing. Class V corresponds to the maximal preload. This table shows the main families of ROLLIX slewing rings. Slewing rings of specific types are listed in the document IT ETR 002. FAMILY 06 FAMILY 01 FAMILY 21 - 24 - 27 4 FAMILY 07 FAMILY 02 FAMILY 22 - 25 - 28 FAMILY 08 FAMILY 03 FAMILY 23 - 26 - 29 FAMILY 16 FAMILY 11 FAMILY 31 - 34 - 37 FAMILY 17 FAMILY 12 FAMILY 32 - 35 - 38 FAMILY 18 FAMILY 13 FAMILY 33 - 36 - 39 53 RANGE OF PRODUCTS ROLLIX DRAWINGS CROSS SECTION OF THE BEARING 06 1116 00 (Ø 1116) raceway mean diameter 40 (holes) = Ø 1035 Ø 985 H 9 pilot Lubrication holes Ø 984 10 Ø 22 94 G 78 90 114 + 1,00 (59) G Ø 22 40 (holes) = Ø 1198 Ø 1240 f 9 spigot Ø 1271 reference diameter Ø 1289.5 Each bearing is designated by a drawing reference, example : 06 1116 00. The drawing defines both principal and functional dimensions : spigots, bolt patterns and dimensions, overall height, reference diameter of the gear. Fastening : the drawing indicates : • 40 : number of fastening holes, • "=" symbolizes equispaced holes, • "#" indicates non equispaced holes, • 1035 : bolt circle diameter. The raceway mean diameter of the bearing is given for information only. The gap diameters cannot be used as spigots, except when their dimensions are toleranced on the drawing. The symbol "G" indicates the arrangement of the lubrication holes, the standard tapping is : M 10 x 1,00 except for the light series and the solid section light series : M 8 x 1,00. This document is not contractual, the latest issue of the drawing is available upon request. 54 RANGE OF PRODUCTS ROLLIX CAPACITY CURVES A rating graph illustrating the various load capacities is associated with each bearing reference. This "capacity curve" shows the same reference number as the bearing. The steel specification which is used is indicated by the code letter. CURVES OF BEARING 06 1116 00 Tilting moment kN.m Gear m z x.m Z0 Z1 1500 1350 1200 = = = = = 10 125 + 10.50 116.45 kN 155.30 kN 1050 900 4 750 600 450 300 150 kN 0 500 1000 1500 2000 2500 3000 3500 4000 4500 5000 Axial load This dotted line symbolizes the maximum dynamic capacity of the bearing. The functional point revised with the application and utilization factors must never exceed this limit under maximum loading. This solid line represents a utilization limit curve for a minimum application factor of 1,25. • The functional point revised by utilization factors must never exceed this limit in normal operation. • The title block indicates the main characteristics of the gear : m, z, xm, and the ultimate resistance to fatigue bending stress according to the gear ring material and heat treatment indicated by a material code letter. m = module : 10 z = number of teeth : 125 x.m = addendum modification (radius) : + 10.50 Z0 = Z : material 0 : gear without treatment Z1 = Z : material 1 : gear without contour hardening. This dot-dash line indicates the bolting limit capacity for a supported load using bolts grade 10.9. 55 RANGE OF PRODUCTS ROLLIX BEARING REFERENCES B E A R I N G S W I T H E X T E R N A L G E A R - Classification according to external diameter External diameter 244 318 379 4 0 3,5 440 529 535 589 654 689 700 774 816 863 886 979 1022 1094 1144 1218 1 2 8 9,5 1358 1431 1476 1604 1605 1727 1836 1929 1975 2027 2140 2165 2267 2342 2390 2534 2695 2790 3116 3200 56 Internal diameter 125 169 210 234 265 323 305 383 390 455 479 516 573 679 610 717 770 833 869 930 984 1045 1200 1084 1206 1270 1500 1433 1565 1750 1615 1720 1950 1815 2091 1950 2042 2425 2290 2600 2914 Height 25 45 45 55 50 54 75 75 85 74 77 82 90 82 85 100 82 82 100 98 114 98 63 110 130 110 63 135 110 63 150 130 68 140 70 130 144 63 164 164 90 Weight Module 5 14 20 25 28 45 61 62 98 89 85 118 129 102 155 178 159 179 228 268 330 325 176 503 653 469 213 791 617 244 1004 953 278 1174 373 1111 1482 411 1895 2200 716 2 3 4 4,5 4,5 5 8 5 8 6 6 8 6 6 8 10 8 8 10 10 10 10 8 10 10 12 8 16 14 8 14 16 8 16 8 18 18 8 18 20 10 Number of teeth 120 104 92 88 95 103 65 116 80 112 114 94 132 142 108 94 125 134 111 119 125 133 177 144 157 131 214 112 135 245 142 131 269 139 290 130 138 335 151 152 318 Bearing reference 01 01 01 06 01 01 06 06 06 01 06 01 06 01 06 06 01 01 06 01 06 01 01 06 06 01 01 06 01 01 06 01 01 06 01 01 06 01 06 06 01 0181 0235 0289 0307 0342 0422 0400 0475 0508 0555 0574 0626 0675 0765 0734 0823 0880 0947 0980 1050 1116 1180 1295 1250 1390 1410 1595 1595 1712 1845 1790 1895 2040 2002 2202 2130 2242 2560 2500 2810 3031 02 00 06 00 00 01 00 22 00 01 09 00 00 01 00 18 00 00 09 00 00 00 01 21 03 00 00 04 00 02 09 00 03 00 00 00 00 01 01 09 00 Page Quality STD = STANDARD 75 75 75 59 76 76 59 59 60 76 60 77 60 77 61 61 77 78 61 78 62 78 79 62 62 79 79 63 80 80 63 80 81 63 81 81 64 82 64 64 82 STD STD STD STD STD STD STD STD STD STD STD STD STD STD STD STD STD STD STD STD STD STD SF STD STD STD SF STD STD SF STD STD SF STD SF STD STD SF STD STD SF SF = THIN SERIES RANGE OF PRODUCTS ROLLIX BEARING REFERENCES B E A R I N G S W I T H I N T E R N A L G E A R - Classification according to external diameter External diameter 300 385 451 515 562 610 665 740 771 835 871 935 960 975 1050 1066 1170 1175 1251 1360 1390 1431 1530 1560 1676 1770 1870 1916 2002 2130 2190 2195 2298 2590 2695 2785 3020 3190 Internal diameter Height 1 7 4 ,5 217 291 316 385 403 457 493 541 578 634 674 706 784 794 785 882 961 979 1052 1162 1143 1178 1215 1422 1375 1501 1662 1595 1906 1731 1780 2066 2110 2426 2362 2495 2914 40 55 55 54 60 68 60 76 70 82 70 82 75 82 82 85 98 90 91 98 63 97 130 110 78 150 110 78 150 68 144 130 70 160 63 130 158 90 Weight Module 10 24 28 44 44 63 61 105 96 130 113 150 144 120 168 190 258 179 238 321 171 323 541 471 278 802 607 324 951 290 1199 979 343 1626 414 1270 2154 735 3 4 5 5 6 6 6 6 6 8 8 8 8 8 8 10 10 10 10 10 8 10 12 12 10 14 14 10 14 8 16 16 8 18 8 18 20 8 Number of teeth 60 56 60 64 66 68 77 83 91 73 80 85 89 100 100 79 89 98 99 106 146 115 100 102 144 100 108 168 115 239 109 112 259 118 304 132 126 366 02 02 07 02 07 02 07 02 07 02 07 02 07 07 02 07 02 07 07 02 02 07 07 02 02 07 02 02 07 02 07 02 02 07 02 02 07 02 Bearing reference Page 0245 0308 0380 0422 0489 0520 0573 0626 0673 0720 0770 0820 0849 0885 0935 0946 1050 1075 1140 1225 1295 1304 1385 1415 1565 1606 1715 1805 1830 2040 1997 2022 2202 2400 2560 2618 2810 3074 83 83 65 83 65 84 65 84 66 84 66 85 66 67 85 67 85 67 68 86 86 68 68 86 87 69 87 87 69 88 69 88 88 70 89 89 70 89 00 01 01 00 11 00 00 01 00 02 00 00 00 01 00 05 00 01 13 00 00 04 03 00 02 02 00 02 04 00 04 00 00 00 00 00 09 01 Quality STD = STANDARD SF = THIN SERIES STD STD STD STD STD STD STD STD STD STD STD STD STD STD STD STD STD STD STD STD SF STD STD STD SF STD STD SF STD SF STD STD SF STD SF STD STD SF 4 57 RANGE OF PRODUCTS ROLLIX BEARING REFERENCES BEARINGS WITHOUT GEAR - Classification according to external diameter External diameter Internal diameter Height Weight 234 290 300 329 350 4 0 3,5 440 440 455 474 475 500 589 626 700 712 816 900 979 1130 1144 125 150 140 190 190 234 240 265 265 336 335 305 383 424 479 487 573 670 717 845 869 25 4 1,5 52 45 52 55 60 50 71 46 45 75 75 72 77 72 90 86 100 100 100 5 14 16 17 20 26 37 29 45 24 30 51 66 70 90 91 137 148 193 271 248 03 03 08 03 08 08 08 03 03 08 03 08 08 03 08 03 08 03 08 03 08 Bearing reference Page Quality STD = STANDARD 0181 0217 0220 0260 0270 0307 0340 0342 0360 0405 0402 0400 0475 0525 0574 0600 0675 0785 0823 0980 0980 90 90 71 90 71 71 72 91 91 72 91 72 73 92 73 92 73 92 74 93 74 STD STD STD STD STD STD STD STD STD STD STD STD STD STD STD STD STD STD STD STD STD 07 00 05 00 04 00 04 05 00 05 00 00 08 01 08 02 00 00 08 02 06 The following pages show you a selection of our range of standard bearings. These bearings are manufactured on a regular schedule. Consult our Sales Department about their availability. 58 ROLLIX CROSSED ROLLERS EXTERNAL GEAR CODE 06 06.0307.00 Tilting moment GEAR Axial load Estimated weight : 25. kg 06.0400.00 Tilting moment GEAR 4 06 Axial load Estimated weight : 61. kg 06.0475.22 Tilting moment GEAR Axial load Estimated weight : 62. kg REFER TO PAGES 54 AND 55 FOR THE INTERPRETATION OF DRAWINGS AND CURVES 59 ROLLIX CODE 06 CROSSED ROLLERS EXTERNAL GEAR 06.0508.00 Tilting moment GEAR Axial load Estimated weight : 98. kg 06.0574.09 Tilting moment GEAR Axial load Estimated weight : 85. kg 06.0675.00 Tilting moment GEAR Axial load Estimated weight : 129. kg 60 ROLLIX CODE 06 CROSSED ROLLERS EXTERNAL GEAR 06.0734.00 Tilting moment GEAR Axial load Estimated weight : 154. kg 06.0823.18 Tilting moment GEAR 4 06 Axial load Estimated weight : 178. kg 06.0980.09 Tilting moment GEAR Axial load Estimated weight : 228. kg REFER TO PAGES 54 AND 55 FOR THE INTERPRETATION OF DRAWINGS AND CURVES 61 ROLLIX CROSSED ROLLERS EXTERNAL GEAR CODE 06 06.1116.00 Tilting moment GEAR Axial load Estimated weight : 330. kg 06.1250.21 Tilting moment GEAR Axial load Estimated weight : 503. kg 06.1390.03 Tilting moment GEAR Axial load Estimated weight : 653. kg 62 ROLLIX CROSSED ROLLERS EXTERNAL GEAR CODE 06 06.1595.04 Tilting moment GEAR Axial load Estimated weight : 791. kg 06.1790.09 Tilting moment GEAR 4 06 Axial load Estimated weight : 1004. kg 06.2002.00 Tilting moment GEAR Axial load Estimated weight : 1174. kg REFER TO PAGES 54 AND 55 FOR THE INTERPRETATION OF DRAWINGS AND CURVES 63 ROLLIX CROSSED ROLLERS EXTERNAL GEAR CODE 06 06.2242.00 Tilting moment GEAR Axial load Estimated weight : 1482. kg 06.2500.01 Tilting moment GEAR Axial load Estimated weight : 1895. kg 06.2810.09 Tilting moment GEAR Axial load Estimated weight : 2197. kg 64 ROLLIX CROSSED ROLLERS INTERNAL GEAR CODE 07 07.0380.01 Tilting moment GEAR Axial load Estimated weight : 28. kg 07.0489.11 Tilting moment GEAR 4 07 Axial load Estimated weight : 44. kg 07.0573.00 Tilting moment GEAR Axial load Estimated weight : 61. kg REFER TO PAGES 54 AND 55 FOR THE INTERPRETATION OF DRAWINGS AND CURVES 65 ROLLIX CROSSED ROLLERS INTERNAL GEAR CODE 07 07.0673.00 Tilting moment GEAR Axial load Estimated weight : 96. kg 07.0770.00 Tilting moment GEAR Axial load Estimated weight : 113. kg 07.0849.00 Tilting moment GEAR Axial load Estimated weight : 144. kg 66 ROLLIX CROSSED ROLLERS INTERNAL GEAR CODE 07 07.0885.01 Tilting moment GEAR Axial load Estimated weight : 120. kg 07.0946.05 Tilting moment GEAR 4 07 Axial load Estimated weight : 190. kg 07.1075.01 Tilting moment GEAR Axial load Estimated weight : 179. kg REFER TO PAGES 54 AND 55 FOR THE INTERPRETATION OF DRAWINGS AND CURVES 67 ROLLIX CROSSED ROLLERS INTERNAL GEAR CODE 07 07.1140.13 Tilting moment GEAR Axial load Estimated weight : 238. kg 07.1304.04 Tilting moment GEAR Axial load Estimated weight : 323. kg 07.1385.03 Tilting moment GEAR Axial load Estimated weight : 541. kg 68 ROLLIX CROSSED ROLLERS INTERNAL GEAR CODE 07 07.1606.02 Tilting moment GEAR Axial load Estimated weight : 802. kg 07.1830.04 Tilting moment GEAR 4 07 Axial load Estimated weight : 951. kg 07.1997.04 Tilting moment GEAR Axial load Estimated weight : 1199. kg REFER TO PAGES 54 AND 55 FOR THE INTERPRETATION OF DRAWINGS AND CURVES 69 ROLLIX CROSSED ROLLERS INTERNAL GEAR CODE 07 07.2400.00 Tilting moment GEAR Axial load Estimated weight : 1639. kg 07.2810.09 Tilting moment GEAR Axial load Estimated weight : 2154. kg 70 ROLLIX CROSSED ROLLERS WITHOUT GEAR CODE 08 08.0220.05 Tilting moment Axial load Estimated weight : 16. kg 08.0270.04 Tilting moment 4 08 Axial load Estimated weight : 20. kg 08.0307.00 Tilting moment Axial load Estimated weight : 26. kg REFER TO PAGES 54 AND 55 FOR THE INTERPRETATION OF DRAWINGS AND CURVES 71 ROLLIX CROSSED ROLLERS WITHOUT GEAR CODE 08 08.0340.04 Tilting moment Axial load Estimated weight : 37. kg 08.0400.00 Tilting moment Axial load Estimated weight : 51. kg 08.0405.05 Tilting moment Axial load Estimated weight : 24. kg 72 ROLLIX CROSSED ROLLERS WITHOUT GEAR CODE 08 08.0475.08 Tilting moment Axial load Estimated weight : 66. kg 08.0574.08 Tilting moment 4 08 Axial load Estimated weight : 90. kg 08.0675.00 Tilting moment Axial load Estimated weight : 137. kg REFER TO PAGES 54 AND 55 FOR THE INTERPRETATION OF DRAWINGS AND CURVES 73 ROLLIX CROSSED ROLLERS WITHOUT GEAR CODE 08 08.0823.08 Tilting moment Axial load Estimated weight : 193. kg 08.0980.06 Tilting moment Axial load Estimated weight : 248. kg 74 ROLLIX BALLS EXTERNAL GEAR CODE 01 01.0181.02 Tilting moment GEAR Axial load Estimated weight : 5. kg 01.0235.00 Tilting moment GEAR 4 Axial load Estimated weight : 14. kg 01 01.0289.06 Tilting moment GEAR Axial load Estimated weight : 20. kg REFER TO PAGES 54 AND 55 FOR THE INTERPRETATION OF DRAWINGS AND CURVES 75 ROLLIX BALLS EXTERNAL GEAR CODE 01 01.0342.00 Tilting moment GEAR Axial load Estimated weight : 28. kg 01.0422.01 Tilting moment GEAR Axial load Estimated weight : 45. kg 01.0555.01 Tilting moment GEAR Axial load Estimated weight : 89. kg 76 ROLLIX BALLS EXTERNAL GEAR CODE 01 01.0626.00 Tilting moment GEAR Axial load Estimated weight : 118. kg 01.0765.01 Tilting moment GEAR 4 Axial load Estimated weight : 102. kg 01 01.0880.00 Tilting moment GEAR Axial load Estimated weight : 159. kg REFER TO PAGES 54 AND 55 FOR THE INTERPRETATION OF DRAWINGS AND CURVES 77 ROLLIX BALLS EXTERNAL GEAR CODE 01 01.0947.00 Tilting moment GEAR Axial load Estimated weight : 179. kg 01.1050.00 Tilting moment GEAR Axial load Estimated weight : 268. kg 01.1180.00 Tilting moment GEAR Axial load Estimated weight : 325. kg 78 ROLLIX BALLS EXTERNAL GEAR CODE 01 01.1295.01 Tilting moment GEAR Axial load Estimated weight : 176. kg 01.1410.00 Tilting moment GEAR 4 Axial load Estimated weight : 469. kg 01 01.1595.00 Tilting moment GEAR Axial load Estimated weight : 213. kg REFER TO PAGES 54 AND 55 FOR THE INTERPRETATION OF DRAWINGS AND CURVES 79 ROLLIX BALLS EXTERNAL GEAR CODE 01 01.1712.00 Tilting moment GEAR Axial load Estimated weight : 617. kg 01.1845.02 Tilting moment GEAR Axial load Estimated weight : 244. kg 01.1895.00 Tilting moment GEAR Axial load Estimated weight : 953. kg 80 ROLLIX BALLS EXTERNAL GEAR CODE 01 01.2040.03 Tilting moment GEAR Axial load Estimated weight : 278. kg 01.2130.00 Tilting moment GEAR 4 Axial load Estimated weight : 1111. kg 01 01.2202.00 Tilting moment GEAR Axial load Estimated weight : 373. kg REFER TO PAGES 54 AND 55 FOR THE INTERPRETATION OF DRAWINGS AND CURVES 81 ROLLIX BALLS EXTERNAL GEAR CODE 01 01.2560.01 Tilting moment GEAR Axial load Estimated weight : 411. kg 01.3031.00 Tilting moment GEAR Axial load Estimated weight : 716. kg 82 ROLLIX BALLS INTERNAL GEAR CODE 02 02.0245.00 Tilting moment GEAR Axial load Estimated weight : 10. kg 02.0308.01 Tilting moment GEAR 4 Axial load Estimated weight : 24. kg 02.0422.00 Tilting moment 02 GEAR Axial load Estimated weight : 44. kg REFER TO PAGES 54 AND 55 FOR THE INTERPRETATION OF DRAWINGS AND CURVES 83 ROLLIX BALLS INTERNAL GEAR CODE 02 02.0520.00 Tilting moment GEAR Axial load Estimated weight : 63. kg 02.0626.01 Tilting moment GEAR Axial load Estimated weight : 105. kg 02.0720.02 Tilting moment GEAR Axial load Estimated weight : 130. kg 84 ROLLIX BALLS INTERNAL GEAR CODE 02 02.0820.00 Tilting moment GEAR Axial load Estimated weight : 150. kg 02.0935.00 Tilting moment GEAR 4 Axial load Estimated weight : 168. kg 02.1050.00 Tilting moment 02 GEAR Axial load Estimated weight : 258. kg REFER TO PAGES 54 AND 55 FOR THE INTERPRETATION OF DRAWINGS AND CURVES 85 ROLLIX BALLS INTERNAL GEAR CODE 02 02.1225.00 Tilting moment GEAR Axial load Estimated weight : 321. kg 02.1295.00 Tilting moment GEAR Axial load Estimated weight : 171. kg 02.1415.00 Tilting moment GEAR Axial load Estimated weight : 471. kg 86 ROLLIX BALLS INTERNAL GEAR CODE 02 02.1565.02 Tilting moment GEAR Axial load Estimated weight : 278. kg 02.1715.00 Tilting moment GEAR 4 Axial load Estimated weight : 607. kg 02.1805.02 Tilting moment 02 GEAR Axial load Estimated weight : 324. kg REFER TO PAGES 54 AND 55 FOR THE INTERPRETATION OF DRAWINGS AND CURVES 87 ROLLIX BALLS INTERNAL GEAR CODE 02 02.2022.00 Tilting moment GEAR Axial load Estimated weight : 979. kg 02.2040.00 Tilting moment GEAR Axial load Estimated weight : 290. kg 02.2202.00 Tilting moment GEAR Axial load Estimated weight : 343. kg 88 ROLLIX BALLS INTERNAL GEAR CODE 02 02.2560.00 Tilting moment GEAR Axial load Estimated weight : 414. kg 02.2618.00 Tilting moment GEAR 4 Axial load Estimated weight : 1270. kg 02.3074.01 Tilting moment 02 GEAR Axial load Estimated weight : 735. kg REFER TO PAGES 54 AND 55 FOR THE INTERPRETATION OF DRAWINGS AND CURVES 89 ROLLIX BALLS WITHOUT GEAR CODE 03 03.0181.07 Tilting moment Axial load Estimated weight : 5. kg 03.0217.00 Tilting moment Axial load Estimated weight : 14. kg 03.0260.00 Tilting moment Axial load Estimated weight : 17. kg 90 ROLLIX BALLS WITHOUT GEAR CODE 03 03.0342.05 Tilting moment Axial load Estimated weight : 29. kg 03.0360.00 Tilting moment 4 Axial load Estimated weight : 45. kg 03.0402.00 Tilting moment 03 Axial load Estimated weight : 30. kg REFER TO PAGES 54 AND 55 FOR THE INTERPRETATION OF DRAWINGS AND CURVES 91 ROLLIX BALLS WITHOUT GEAR CODE 03 03.0525.01 Tilting moment Axial load Estimated weight : 70. kg 03.0600.02 Tilting moment Axial load Estimated weight : 91. kg 03.0785.00 Tilting moment Axial load Estimated weight : 148. kg 92 ROLLIX BALLS WITHOUT GEAR CODE 03 03.0980.02 Tilting moment Axial load Estimated weight : 271. kg 4 03 REFER TO PAGES 54 AND 55 FOR THE INTERPRETATION OF DRAWINGS AND CURVES 93 RANGE OF PRODUCTS ROLLIX LIGHT SERIES BEARINGS DRAWING AND CURVES - EXTERNAL GEAR FAMILIES : 21 - 24 - 27 The mounting holes are equispaced. Ne : number of holes in the outer ring. Ni : number of holes in the inner ring. Tapping depth in the outer ring : 20 mm minimum. G = 4 equispaced grease nipples (M8 X 1.00) mounted on the inner ring. Material : Improved XC 45, code Z. These bearings are also available without drilling. The references are identical except for the last two digits : 00 : without bolt holes, 01 : standard drilling. Tilting moment UTILIZATION LIMIT CURVES The values on "Light Series" capacity curves can be read directly ; you do not have to add any factors. Axial load 94 RANGE OF PRODUCTS ROLLIX LIGHT SERIES BEARINGS REFERENCES - EXTERNAL GEAR FAMILIES : 21 - 24 - 27 MEASUREMENTS IN MILLIMETERS REFERENCES WEIGHT Kg m GEARS z 21 0411 01 32 505 304 368 455 10 332 12 5 99 495 3 3,8 21 0541 01 44 640 434 498 585 14 462 14 6 105 630 41 21 0641 01 52 742 534 598 685 16 562 16 6 122 732 41 21 0741 01 60 840 634 698 785 18 662 16 6 138 828 41 21 0841 01 68 950 734 798 885 18 762 18 8 117 936 55 21 0941 01 76 1046 834 898 985 20 862 20 8 129 1032 55 21 1091 01 86 1198 984 1048 1135 22 1012 20 8 148 1184 55 24 : class III Fe 27 : class V FASTENING Ne Fi Teeth resistance Ni Families 21 : class I DIMENSIONS De Di Bi D kN 4 have all the same geometry The characteristics of these classes are tabulated on the table page 106. Please consult us, for the class suitable for your application. 21 to 29 95 RANGE OF PRODUCTS ROLLIX LIGHT SERIES BEARINGS DRAWING AND CURVES - INTERNAL GEAR FAMILIES : 22 - 25 - 28 The mounting holes are equispaced. Ne : number of holes in the outer ring. Ni : number of holes in the inner ring. Tapping depth in the inner ring : 20 mm minimum. G = 4 equispaced grease nipples (M8 X 1.00) mounted on the outer ring. Material : Improved XC 45, code Z. These bearings are also available without drilling. The references are identical except for the last two digits : 00 : without bolt holes, 01 : standard drilling. Tilting moment UTILIZATION LIMIT CURVES The values on "Light Series" capacity curves can be read directly ; you do not have to add any factors. Axial load 96 RANGE OF PRODUCTS ROLLIX LIGHT SERIES BEARINGS REFERENCES - INTERNAL GEAR FAMILIES : 22 - 25 - 28 MEASUREMENTS IN MILLIMETERS REFERENCES WEIGHT Kg m GEARS z 22 0411 01 31 518 325 454 490 8 375 12 5 67 335 3 2,4 22 0541 01 41 648 445 584 620 10 505 16 6 76 456 4 0,3 22 0641 01 48 748 546 684 720 12 605 18 6 93 558 4 0,3 22 0741 01 55 848 649 784 820 12 705 20 6 110 660 4 0,3 22 0841 01 63 948 736 884 920 14 805 20 8 94 752 5 4,3 22 0941 01 71 1048 840 984 1020 16 905 22 8 107 856 5 4,3 22 1091 01 80 1198 986 1134 1170 16 1055 24 8 125 1000 5 4,3 25 : class III Fe FASTENING Ne Fi Teeth Resistance Ni Families 22 : classeI DIMENSIONS De Di Be 28 : class V D kN 4 have all the same geometry. The characteristics of these classes are tabulated on the table page 106. Please consult us, for the class suitable for your application. 21 to 29 97 RANGE OF PRODUCTS ROLLIX LIGHT SERIES BEARINGS DRAWING AND CURVES - WITHOUT GEAR FAMILIES : 23 - 26 - 29 The mounting holes are equispaced. Ne : number of holes in the outer ring. Ni : number of holes in the inner ring. G = 4 equispaced grease nipples (M8 X 1.00) mounted on each ring. Material : Improved XC 45, code Z. These bearings are also available without drilling. The references are identical except for the last two digits : 00 : without bolt holes, 01 : standard drilling. The values on "Light Series" capacity curves can be read directly ; you do not have to add any factors. Tilting moment UTILIZATION LIMIT CURVES Axial load 98 RANGE OF PRODUCTS ROLLIX LIGHT SERIES BEARINGS REFERENCES - WITHOUT GEAR FAMILIES : 23 - 26 - 29 MEASUREMENTS IN MILLIMETERS REFERENCES WEIGHT Kg 23 0411 01 23 518 304 454 368 490 8 332 12 23 0541 01 34 648 434 584 498 620 10 462 14 23 0641 01 40 748 534 684 598 720 12 562 16 23 0741 01 46 848 634 784 698 820 12 662 16 23 0841 01 52 948 734 884 798 920 14 762 18 23 0941 01 58 1048 834 984 898 1020 16 862 20 23 1091 01 67 1198 984 1134 1048 1170 16 1012 20 Families 23 : class I De DIMENSIONS Di Be 26 : class III Bi 29 : class V Fe FASTENING Ne Fi Ni 4 have all the same geometry. The characteristics of these classes are tabulated on the table page 106. Please consult us, for the class suitable for your application. 21 to 29 99 RANGE OF PRODUCTS ROLLIX LIGHT SERIES SOLID SECTIONS BEARINGS DRAWING AND CURVES - EXTERNAL GEAR FAMILIES : 31 - 34 - 37 The mounting holes are equispaced. Ne : number of holes in the outer ring. Ni : number of holes in the inner ring. Tapping depth in the outer ring : 20 mm minimum. G = 4 equispaced grease nipples (M8 X 1.00) mounted on the inner ring. Material : Improved XC 45, code Z. Pilot Ce : height 3 mm, quality H9. Pilot Ci : height 10 mm, quality H9. These bearings are also available with through holes. The references are identical except for the last two digits : 01 : through holes inner ring, 11 : through holes outer ring. Tilting moment UTILIZATION LIMIT CURVES The values on "Light Series" capacity curves can be read directly ; you do not have to add any factors. Axial load 100 RANGE OF PRODUCTS ROLLIX LIGHT SERIES SOLID SECTIONS BEARINGS REFERENCES - EXTERNAL GEAR FAMILIES : 31 - 34 - 37 MEASUREMENTS IN MILLIMETERS REFERENCES WEIGHT Kg 31 0411 01 32 505 31 0541 01 46 31 0641 01 FASTENING Ne Fi 3 4 2 4 1 2,2 344 455 20 368 24 5 99 495 3 3,8 640 4 7 2 5 4 2,5 474 585 28 498 32 6 105 630 41 55 742 572 642 574 685 32 598 36 6 122 732 41 31 0741 01 62 840 672 743 674 785 36 698 40 6 138 828 41 31 0841 01 71 950 772 842 774 885 36 798 40 8 117 936 55 31 0941 01 78 1046 872 943 874 985 40 898 44 8 129 1032 55 31 1091 01 91 1198 1022 1094 1024 1135 44 1048 48 8 148 1184 55 37 : class V m D Teeth Resistance Fe 34 : class III Ni GEARS z Ci Families 31 : class I De DIMENSIONS Di Ce kN 4 have all the same geometry. The characteristics of these classes are tabulated on the table page 106. Please consult us, for the class suitable for your application. 31 to 39 101 RANGE OF PRODUCTS ROLLIX LIGHT SERIES SOLID SECTIONS BEARINGS DRAWING AND CURVES - INTERNAL GEAR FAMILIES : 32 - 35 - 38 The mounting holes are equispaced. Ne : number of holes in the outer ring. Ni : number of holes in the inner ring. Tapping depth in the inner ring : 20 mm minimum. G = 4 equispaced grease nipples (M8 X 1.00) mounted on the outer ring. Material : Improved XC 45, code Z. Spigot Ce : height 10 mm, quality f9. Spigot Ci : height 3 mm, quality f9. The values on "Light Series" capacity curves can be read directly ; you do not have to add any factors. Tilting moment UTILIZATION LIMIT CURVES Axial load 102 RANGE OF PRODUCTS ROLLIX LIGHT SERIES SOLID SECTIONS BEARINGS REFERENCES - INTERNAL GEAR FAMILIES : 32 - 35 - 38 MEASUREMENTS IN MILLIMETERS REFERENCES WEIGHT Kg m GEARS z 32 0411 01 31 486 325 4 8 4 4 0 9,5 460 24 375 24 5 67 335 3 2,4 32 0541 01 43 616 445 6 1 4 5 3 9,5 590 32 505 32 6 76 456 4 0,3 32 0641 01 51 716 546 714 639 690 36 605 36 6 93 558 4 0,3 32 0741 01 58 816 649 8 1 4 7 3 9,7 790 40 705 40 6 110 660 4 0,3 32 0841 01 70 916 736 914 840 890 40 805 40 8 94 752 5 4,3 32 0941 01 76 1016 840 1014 939 990 44 905 44 8 107 856 5 4,3 32 1091 01 92 1166 986 1164 1089 1140 48 1055 48 8 125 1000 5 4,3 Families 32 : class I 35 : class III Ci Fe 38 : class V FASTENING Ne Fi Teeth Resistance Ni De DIMENSIONS Di Ce D kN 4 have all the same geometry. The characteristics of these classes are tabulated on the table page 106. Please consult us, for the class suitable for your application. 31 to 39 103 RANGE OF PRODUCTS ROLLIX LIGHT SERIES SOLID SECTIONS BEARINGS DRAWING AND CURVES - WITHOUT GEAR FAMILIES : 33 - 36 - 39 The mounting holes are equispaced. Ne : number of holes in the outer ring. Ni : number of holes in the inner ring. G = 4 equispaced grease nipples (M8 X 1.00) mounted on the outer ring. Material : Improved XC 45, code Z. Spigot Ce : height 10 mm, quality f9. Pilot Ci : height 10 mm, quality H9. The values on "Light Series" capacity curves can be read directly ; you do not have to add any factors. Tilting moment UTILIZATION LIMIT CURVES Axial load 104 RANGE OF PRODUCTS ROLLIX LIGHT SERIES SOLID SECTIONS BEARINGS REFERENCES - WITHOUT GEAR FAMILIES : 33 - 36 - 39 MEASUREMENTS IN MILLIMETERS REFERENCES WEIGHT Kg De DIMENSIONS Di Ce Ci Fe FASTENING Ne Fi Ni 33 0411 01 29 486 342 484 344 460 24 368 24 33 0541 01 38 616 472 614 474 590 32 498 32 33 0641 01 45 716 572 714 574 690 36 598 36 33 0741 01 52 816 672 814 674 790 40 698 40 33 0841 01 60 916 772 914 774 890 40 798 40 33 0941 01 67 1016 872 1014 874 990 44 898 44 33 1091 01 78 1166 1022 1164 1024 1140 48 1048 48 Families 33 : class I 36 : class III 4 39 : class V have all the same geometry. The characteristics of these classes are tabulated on the table page 106. Please consult us, for the class suitable for your application. 31 to 39 105 RANGE OF PRODUCTS ROLLIX LIGHT SERIES AND SOLID SECTIONS TABLE OF DEFLECTION UNDER MASTER LOAD MEASUREMENTS IN MILLIMETERS 106 RACEWAY MEAN DIAM. (mm) MASTER LOAD (N) MAXIMUM DEFLECTION (average 3 points) Class I Class III Class V MAXIMUM MEASUREMENT IN 1 POINT Class I Class III Class V 411 200 0,30 0,15 0,05 0,40 0,20 0,08 541 200 0,30 0,15 0,05 0,40 0,20 0,08 641 250 0,35 0,18 0,05 0,45 0,23 0,08 741 300 0,35 0,18 0,06 0,45 0,23 0,09 841 300 0,40 0,20 0,06 0,50 0,25 0,09 941 400 0,45 0,22 0,07 0,55 0,27 0,10 1091 400 0,50 0,25 0,07 0,60 0,30 0,10
