General Catalogue 351-800.pdf

7/27/2019 General Catalogue 351-800.pdf

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Dimensions Abutment and fillet Calculationdimensions factors

d d1 D1 D3 D4 b f C r1,2 r0 da Da Db ba Ca ra kr f0~ ~ min max min max min min max max

mm mm

10 17 23,2 28,17 34,7 1,35 1,12 2,06 0,6 0,4 14,2 25,8 36 1,5 3,18 0,6 0,025 13

12 18,5 25,7 30,15 36,7 1,35 1,12 2,06 0,6 0,4 16,2 27,8 38 1,5 3,18 0,6 0,025 12

15 21,7 29 33,17 39,7 1,35 1,12 2,06 0,6 0,4 19,2 30,8 41 1,5 3,18 0,6 0,025 13

17 24,5 32,7 38,1 44,6 1,35 1,12 2,06 0,6 0,4 21,2 35,8 46 1,5 3,18 0,6 0,025 1326,5 37,4 44,6 52,7 1,35 1,12 2,46 1 0,4 22,6 41,4 54 1,5 3,58 1 0,03 12

20 27,2 34,8 39,75 46,3 1,35 1,12 2,06 0,6 0,4 23,2 38,8 48 1,5 3,18 0,6 0,025 1428,8 38,5 44,6 52,7 1,35 1,12 2,46 1 0,4 25,6 41,4 54 1,5 3,58 1 0,025 1330,4 41,6 49,73 57,9 1,35 1,12 2,46 1,1 0,4 27 45 59 1,5 3,58 1 0,03 12

25 32 40 44,6 52,7 1,35 1,12 2,06 0,6 0,4 28,2 43,8 54 1,5 3,18 0,6 0,025 1434,4 44 49,73 57,9 1,35 1,12 2,46 1 0,4 30,6 46,4 59 1,5 3,58 1 0,025 1436,6 50,4 59,61 67,7 1,9 1,7 3,28 1,1 0,6 32 55 69 2,2 4,98 1 0,03 12

30 38,2 46,8 52,6 60,7 1,35 1,12 2,06 1 0,4 34,6 50,4 62 1,5 3,18 1 0,025 1540,4 51,6 59,61 67,7 1,9 1,7 3,28 1 0,6 35,6 56,4 69 2,2 4,98 1 0,025 14

44,6 59,1 68,81 78,6 1,9 1,7 3,28 1,1 0,6 37 65 80 2,2 4,98 1 0,03 13

35 43,8 53,3 59,61 67,7 1,9 1,7 2,06 1 0,6 39,6 57,4 69 2,2 3,76 1 0,025 1546,9 60 68,81 78,6 1,9 1,7 3,28 1 0,6 40,6 66,4 80 2,2 4,98 1 0,025 14

49,6 65,4 76,81 86,6 1,9 1,7 3,28 1,5 0,6 44 71 88 2,2 4,98 1,5 0,03 1357,4 79,5 96,8 106,5 2,7 2,46 3,28 1,5 0,6 46 89 108 3 5,74 1,5 0,035 12

40 49,3 58,8 64,82 74,6 1,9 1,7 2,49 1 0,6 44,6 63,4 76 2,2 4,19 1 0,025 1552,6 67,4 76,81 86,6 1,9 1,7 3,28 1,1 0,6 47 73 88 2,2 4,98 1 0,025 14

56,1 73,8 86,79 96,5 2,7 2,46 3,28 1,5 0,6 49 81 98 3 5,74 1,5 0,03 1362,8 87 106,81 116,6 2,7 2,46 3,28 2 0,6 53 97 118 3 5,74 2 0,035 12

45 54,8 65,3 71,83 81,6 1,9 1,7 2,49 1 0,6 49,6 70,4 83 2,2 4,19 1 0,025 1557,6 72,4 81,81 91,6 1,9 1,7 3,28 1,1 0,6 52 78 93 2,2 4,98 1 0,025 14

62,2 82,7 96,8 106,5 2,7 2,46 3,28 1,5 0,6 54 91 108 3 5,74 1,5 0,03 1368,9 95,8 115,21 129,7 3,1 2,82 4,06 2 0,6 58 107 131 3,5 6,88 2 0,035 12

351

max 0,5

daDa

ra

Db

ba

Ca


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mm mm

50 59,8 70,3 76,81 86,6 1,9 1,7 2,49 1 0,6 54,6 75,4 88 2,2 4,19 1 0,025 1562,5 77,4 86,79 96,5 2,7 2,46 3,28 1,1 0,6 57 83 98 3 5,74 1 0,025 14

68,8 91,1 106,81 116,6 2,7 2,46 3,28 2 0,6 61 99 118 3 5,74 2 0,03 1375,5 104 125,22 139,7 3,1 2,82 4,06 2,1 0,6 64 116 141 3,5 6,88 2 0,035 12

55 66,3 78,7 86,79 96,5 2,7 2,46 2,87 1,1 0,6 61 84 98 3 5,33 1 0,025 1569,1 85,8 96,8 106,5 2,7 2,46 3,28 1,5 0,6 64 91 108 3 5,74 1,5 0,025 14

75,3 99,5 115,21 129,7 3,1 2,82 4,06 2 0,6 66 109 131 3,5 6,88 2 0,03 1381,6 113 135,23 149,7 3,1 2,82 4,9 2,1 0,6 69 126 151 3,5 7,72 2 0,035 12

60 71,3 83,7 91,82 101,6 2,7 2,46 2,87 1,1 0,6 66 87 103 3 5,33 1 0,025 1675,5 94,6 106,81 116,6 2,7 2,46 3,28 1,5 0,6 69 101 118 3 5,74 1,5 0,025 14

81,9 108 125,22 139,7 3,1 2,82 4,06 2,1 0,6 72 118 141 3,5 6,88 2 0,03 1388,1 122 145,24 159,7 3,1 2,82 4,9 2,1 0,6 74 136 162 3,5 7,72 2 0,035 12

65 76,3 88,7 96,8 106,5 2,7 2,46 2,87 1,1 0,6 71 94 108 3 5,33 1 0,025 16

83,3 102 115,21 129,7 3,1 2,82 4,06 1,5 0,6 74 111 131 3,5 6,88 1,5 0,025 15

88,4 116 135,23 149,7 3,1 2,82 4,9 2,1 0,6 77 128 151 3,5 7,72 2 0,03 1394 131 155,22 169,7 3,1 2,82 4,9 2,1 0,6 79 146 172 3,5 7,72 2 0,035 12

70 82,9 97,2 106,81 116,6 2,7 2,46 2,87 1,1 0,6 76 104 118 3 5,33 1 0,025 1687,1 108 120,22 134,7 3,1 2,82 4,06 1,5 0,6 79 116 136 3,5 6,88 1,5 0,025 1595 125 145,24 159,7 3,1 2,82 4,9 2,1 0,6 82 138 162 3,5 7,72 2 0,03 13

75 87,9 102 111,81 121,6 2,7 2,46 2,87 1,1 0,6 81 109 123 3 5,33 1 0,025 1692,1 113 125,22 139,7 3,1 2,82 4,06 1,5 0,6 84 121 141 3,5 6,88 1,5 0,025 15101 133 155,22 169,7 3,1 2,82 4,9 2,1 0,6 87 148 172 3,5 7,72 2 0,03 13

80 94,4 111 120,22 134,7 3,1 2,82 2,87 1,1 0,6 86 119 136 3,5 5,69 1 0,025 16101 122 135,23 149,7 3,1 2,82 4,9 2 0,6 91 129 151 3,5 7,72 2 0,025 15

8599,4 116 125,22 139,7 3,1 2,82 2,87 1,1 0,6 91 124 141 3,5 5,69 1 0,025 16106 130 145,24 159,7 3,1 2,82 4,9 2 0,6 96 139 162 3,5 7,72 2 0,025 15

90 106 124 135,23 149,7 3,1 2,82 3,71 1,5 0,6 97 133 151 3,5 6,53 1,5 0,025 16113 138 155,22 169,7 3,1 2,82 4,9 2 0,6 101 149 172 3,5 7,72 2 0,025 15

353

max 0,5

daDa

ra

Db

ba

Ca


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Principal Basic load ratings Fatigue Speed ratings Mass Designationsdimensions dynamic static load Reference Limiting1) Bearing with Snap

limit speed speed one shield two shields ringd D B C C0 Pu and snap and snap

ring ring

mm kN kN r/min kg

10 30 9 5,4 2,36 0,1 56 000 34 000 0,032 * 6200-ZNR * 6200-2ZNR SP 3012 32 10 7,28 3,1 0,132 5 0000 32 000 0,037

*6201-ZNR

*6201-2ZNR SP 32

15 35 11 8,06 3,75 0,16 43 000 28 000 0,045 * 6202-ZNR * 6202-2ZNR SP 3517 40 12 9,95 4,75 0,2 38 000 24 000 0,065 * 6203-ZNR * 6203-2ZNR SP 4047 14 14,3 6,55 0,275 34 000 22 000 0,12 * 6303-ZNR * 6303-2ZNR SP 4720 42 12 9,95 5 0,212 38 000 24 000 0,069 * 6004-ZNR * 6004-2ZNR SP 4247 14 13,5 6,55 0,28 32 000 20 000 0,11 * 6204-ZNR * 6204-2ZNR SP 4752 15 16,8 7,8 0,335 3 0000 19 000 0,14 * 6304-ZNR * 6304-2ZNR SP 5225 47 12 11,9 6,55 0,275 32 000 20 000 0,08 * 6005-ZNR * 6005-2ZNR SP 4752 15 14,8 7,8 0,335 28 000 18 000 0,13 * 6205-ZNR * 6205-2ZNR SP 5262 17 23,4 11,6 0,49 24 000 16 000 0,23 * 6305-ZNR * 6305-2ZNR SP 6230 62 16 20,3 11,2 0,475 24 000 15 000 0,20 * 6206-ZNR * 6206-2ZNR SP 6272 19 29,6 16 0,67 2 0000 13 000 0,35

*6306-ZNR

*6306-2ZNR SP 72

35 72 17 27 15,3 0,655 2 0000 13 000 0,29 * 6207-ZNR * 6207-2ZNR SP 7280 21 35,1 19 0,815 19 000 12 000 0,46 * 6307-ZNR * 6307-2ZNR SP 8040 80 18 32,5 19 0,8 18 000 11 000 0,37 * 6208-ZNR * 6208-2ZNR SP 8090 23 42,3 24 1,02 17 000 11 000 0,63 * 6308-ZNR * 6308-2ZNR SP 9045 85 19 35,1 21,6 0,915 17 000 11 000 0,41 * 6209-ZNR * 6209-2ZNR SP 85100 25 55,3 31,5 1,34 15 000 9 500 0,83 * 6309-ZNR * 6309-2ZNR SP 10050 90 20 37,1 23,2 0,98 15 000 10 000 0,46 * 6210-ZNR * 6210-2ZNR SP 90110 27 65 38 1,6 13 000 8 500 1,05 * 6310-ZNR * 6310-2ZNR SP 11055 100 21 46,2 29 1,25 14 000 9 000 0,61 * 6211-ZNR * 6211-2ZNR SP 100120 29 74,1 45 1,9 12 000 8 000 1,35 * 6311-ZNR * 6311-2ZNR SP 12060

110 22 55,3 36 1,53 13 000 8 000 0,78 *6212-ZNR

*6212-2ZNR

SP 110130 31 85,2 52 2,2 11 000 7 000 1,70 * 6312-ZNR * 6312-2ZNR SP 130

356

Single row deep groove ball bearings with snap ring groove and shieldsd 10 60 mm

* SKF Explorer bearing1) For 2Z design, limiting speeds are about 80 % of the quoted value

r

r

r

r12

12

DD 2

B

d d13 D4

fCb

r0min 0,5

D3

ZNR 2ZNR


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mm mm

10 17 24,8 28,17 34,7 1,35 1,12 2,06 0,6 0,4 14,2 25,8 36 1,5 3,18 0,6 0,025 13

12 18,5 27,4 30,15 36,7 1,35 1,12 2,06 0,6 0,4 16,2 27,8 38 1,5 3,18 0,6 0,025 12

15 21,7 30,4 33,17 39,7 1,35 1,12 2,06 0,6 0,4 19,2 30,8 41 1,5 3,18 0,6 0,025 13

17 24,5 35 38,1 44,6 1,35 1,12 2,06 0,6 0,4 21,2 35,8 46 1,5 3,18 0,6 0,025 1326,5 39,7 44,6 52,7 1,35 1,12 2,46 1 0,4 22,6 41,4 54 1,5 3,58 1 0,03 12

20 27,2 37,2 39,75 46,3 1,35 1,12 2,06 0,6 0,4 23,2 38,8 48 1,5 3,18 0,6 0,025 1428,8 40,6 44,6 52,7 1,35 1,12 2,46 1 0,4 25,6 41,4 54 1,5 3,58 1 0,025 1330,4 44,8 49,73 57,9 1,35 1,12 2,46 1,1 0,4 27 45 59 1,5 3,58 1 0,03 12

25 32 42,2 44,6 52,7 1,35 1,12 2,06 0,6 0,4 28,2 43,8 54 1,5 3,18 0,6 0,025 1434,4 46,3 49,73 57,9 1,35 1,12 2,46 1 0,4 30,6 46,4 59 1,5 3,58 1 0,025 1436,6 52,7 59,61 67,7 1,9 1,7 3,28 1,1 0,6 32 55 69 2,2 4,98 1 0,03 12

30 40,4 54,1 59,61 67,7 1,9 1,7 3,28 1 0,6 35,6 56,4 69 2,2 4,98 1 0,025 1444,6 61,9 68,81 78,6 1,9 1,7 3,28 1,1 0,6 37 65 80 2,2 4,98 1 0,03 13

35 46,9 62,7 68,81 78,6 1,9 1,7 3,28 1 0,6 40,6 66,4 80 2,2 4,98 1 0,025 1449,6 69,2 76,81 86,6 1,9 1,7 3,28 1,5 0,6 44 71 88 2,2 4,98 1,5 0,03 13

40 52,6 69,8 76,81 86,6 1,9 1,7 3,28 1,1 0,6 47 73 88 2,2 4,98 1 0,025 1456,1 77,7 86,79 96,5 2,7 2,46 3,28 1,5 0,6 49 81 98 3 5,74 1,5 0,03 13

45 57,6 75,2 81,81 91,6 1,9 1,7 3,28 1,1 0,6 52 78 93 2,2 4,98 1 0,025 1462,2 86,7 96,8 106,5 2,7 2,46 3,28 1,5 0,6 54 91 108 3 5,74 1,5 0,03 13

50 62,5 81,6 86,79 96,5 2,7 2,46 3,28 1,1 0,6 57 83 98 3 5,74 1 0,025 1468,8 95,2 106,81 116,6 2,7 2,46 3,28 2 0,6 61 99 118 3 5,74 2 0,03 13

55 69,1 89,4 96,8 106,5 2,7 2,46 3,28 1,5 0,6 64 91 108 3 5,74 1,5 0,025 1475,3 104 115,21 129,7 3,1 2,82 4,06 2 0,6 66 109 131 3,5 6,88 2 0,03 13

6075,5 98 106,81 116,6 2,7 2,46 3,28 1,5 0,6 69 101 118 3 5,74 1,5 0,025 1481,9 112 125,22 139,7 3,1 2,82 4,06 2,1 0,6 72 118 141 3,5 6,88 2 0,03 13

357

max 0,5

daDa

ra

Db

ba

Ca


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Principal Basic load ratings Fatigue Speed ratings Mass Designationsdimensions dynamic static load Reference Limiting1) Bearing with Snap

limit speed speed one shield two shields ringd D B C C0 Pu and snap and snap

ring ring

mm kN kN r/min kg

65 120 23 58,5 40,5 1,73 12 000 7 500 0,99 * 6213-ZNR * 6213-2ZNR SP 120140 33 97,5 60 2,5 1 0000 6 700 2,10 * 6313-ZNR * 6313-2ZNR SP 14070 125 24 63,7 45 1,9 11 000 7 000 1,05 * 6214-ZNR * 6214-2ZNR SP 125150 35 111 68 2,75 9 500 6 300 2,50 * 6314-ZNR * 6314-2ZNR SP 150

358

Single row deep groove ball bearings with snap ring and shieldsd 65 70 mm

* SKF Explorer bearing1) For 2Z design, limiting speeds are about 80 % of the quoted value

r

r

r

r12

12

DD 2

B

d d13 D4

fCb

r0min 0,5

D3

ZNR 2ZNR


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mm mm

65 83,3 106 115,21 129,7 3,1 2,82 4,06 1,5 0,6 74 111 131 3,5 6,88 1,5 0,025 1588,4 121 135,23 149,7 3,1 2,82 4,9 2,1 0,6 77 128 151 3,5 7,72 2 0,03 13

70 87,1 111 120,22 134,7 3,1 2,82 4,06 1,5 0,6 79 116 136 3,5 6,88 1,5 0,025 1595 130 145,24 159,7 3,1 2,82 4,9 2,1 0,6 82 138 162 3,5 7,72 2 0,03 13

359

max 0,5

daDa

ra

Db

ba

Ca


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11/449361

Single row deep groove

ball bearings withfilling slotsDesigns 362

Basic design bearings 362Shielded bearings 362

Bearings with snap ring groove 363

Bearing data general 363Dimensions 363Tolerances 363Internal clearance 363Misalignment 364Cages 364Minimum load 364Equivalent dynamic bearing load 364Equivalent static bearing load 364

Supplementary designations 365

Product tables 366Single row deep groove ball bearings with filling slots 366Single row deep groove ball bearings with filling slots and snap ring 370


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DesignsA single row deep groove ball bearing withfilling slots has a filling slot in both the inner

and outer ring (

fig ) enabling more andlarger balls to be incorporated than in stand-ard deep groove ball bearings. Filling slotbearings have a higher radial load carryingcapacity than bearings without filling slots,but their axial load carrying capacity issmall. They are also unable to operateat such high speeds as bearings withoutfilling slots.

The standard assortment of SKF deepgroove ball bearings with filling slots com-

prises:

basic design open bearings, shielded bearings, bearings with a snap ring groove.

Basic design bearingsBasic design bearings with filling slots areopen. Those bearings that are also pro-duced in shielded version may have seal re-cesses in the outer ring, for manufacturing

reasons ( fig ).

Shielded bearingsSKF deep groove ball bearings with fillingslots are available with shields on one orboth sides, designation suffixes Z or 2Z. Theshield forms a narrow gap to the inner ringshoulder ( fig ).

Bearings up to and including sizes 217and 314 are filled with a high-quality NLGIclass 2 polyurea base grease, that can be

used at temperatures between 30 and+150 C. The base oil viscosity is 115 mm2/sat 40 C and 12,2 mm2/s at 100 C.

Larger bearings are supplied with a high-quality NLGI class 3 lithium base grease, thatcan be used at temperatures between 30and +120 C. The base oil viscosity is 74mm2/s at 40 C and 8,5 mm2/s at 100 C.

The quantity of grease fills some 25 to 35 %of the free space in the bearing. The bearingsare lubricated for life and are maintenance-

free. They should therefore not be washedor heated above 80 C before mounting.

3

2

1

Single row deep groove ball bearings with filling slots

362

1Fig

2Fig

3Fig


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Bearings with snap ring grooveFor easy, space saving axial location of thebearing in the housing, SKF deep grooveball bearings with filling slots are fitted with a

snap ring groove in the outer ring, designa-tion suffix N ( fig a). The appropriatesnap ring is shown in the product table withdesignation and dimensions and may besupplied separately or already mounted onthe bearing, designation suffix NR ( figb). SKF deep groove ball bearings with fillingslots and a snap ring groove can also besupplied with a shield on the side oppositethe snap ring groove ( fig a) or with twoshields ( fig b).5

5

4

4

Bearing data generalDimensionsThe boundary dimensions of SKF deep

groove ball bearings with filling slots are inaccordance with ISO 15:1998.The dimensions of the snap ring groove

and snap rings follow ISO 464:1995.

TolerancesSKF deep groove ball bearings with fillingslots are produced to Normal tolerances.The tolerances are in accordance with ISO492:2002 and can be found in table onpage 125.

Internal clearanceSKF single row deep groove ball bearingswith filling slots are manufactured withNormal radial internal clearance. The valuesfor radial internal clearance are given intable on page 297. They are in accord-ance with ISO 5753:1991 and are valid forunmounted bearings under zero measuringload.

3

3

363

4Fig 5Fig

a b a b


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Principal Basic load ratings Fatigue Speed ratings Mass Designationsdimensions dynamic static load Reference Limiting1) Bearing

limit speed speed open with shields ond D B C C0 Pu one side two sides

mm kN kN r/min kg

25 62 17 22,9 15,6 0,67 20 000 13 000 0,24 305 305-Z 305-2Z

30 62 16 22,9 17,3 0,735 20 000 12 000 0,21 206 206-Z 206-2Z72 19 29,2 20,8 0,88 18 000 11 000 0,37 306 306-Z 306-2Z

35 72 17 29,7 22,8 0,965 17 000 11 000 0,31 207 207-Z 207-2Z80 21 39,1 28,5 1,2 16 000 10 000 0,48 307 307-Z 307-2Z

40 80 18 33,6 26,5 1,12 15 000 9 500 0,39 208 208-Z 208-2Z90 23 46,8 36 1,53 14 000 9 000 0,64 308 308-Z 308-2Z

45 85 19 39,6 32,5 1,37 14 000 9 000 0,44 209 209-Z 209-2Z100 25 59,4 46,5 1,96 13 000 8 000 0,88 309 309-Z 309-2Z

50 90 20 39,1 34,5 1,46 13 000 8 000 0,5 210 210-Z 210-2Z110 27 64,4 52 2,2 11 000 7 000 1,15 310 310-Z 310-2Z

55 100 21 48,4 44 1,86 12 000 7 500 0,66 211 211-Z 211-2Z120 29 79,2 67 2,85 10 000 6 700 1,5 311 311-Z 311-2Z

60 110 22 56,1 50 2,12 11 000 6 700 0,85 212 212-Z 212-2Z130 31 91,3 78 3,35 9 500 6 000 1,85 312 312-Z 312-2Z

65 120 23 60,5 58,5 2,5 10 000 6 000 1,05 213 213-Z 213-2Z140 33 102 90 3,75 9 000 5 600 2,3 313 313-Z 313-2Z

70 125 24 66 65,5 2,75 9 500 6 000 1,15 214 214-Z 214-2Z150 35 114 102 4,15 8 000 5 000 2,75 314 314-Z 314-2Z

75 130 25 72,1 72 3 9 000 5 600 1,25 215 215-Z 215-2Z160 37 125 116 4,55 7 500 4 800 3,25 315 315-Z 315-2Z

80 140 26 88 85 3,45 8 500 5 300 1,55 216 216-Z 216-2Z170 39 138 129 4,9 7 000 4 500 3,95 316 316-Z 316-2Z

85150 28 96,8 100 3,9 7 500 4 800 1,95

217 217-Z 217-2Z180 41 147 146 5,3 6 700 4 300 4,6 317 317-Z 317-2Z

366

Single row deep groove ball bearings with filling slotsd 25 85 mm

r

r

r

r12

1

2

DD 2

B

d d1

1) For 2Z design, limiting speeds are about 80 % of the quoted value

Z 2Z


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Dimensions Abutment and filletdimensions

d d1 D2 r1,2 da Da ra~ ~ min min max max

mm mm

25 32,8 52,7 1,1 31,5 55,5 1

30 36,2 54,1 1 35 57 143,9 61,9 1,1 36,5 65,5 1

35 41,7 62,7 1,1 41,5 65,5 143,7 69,2 1,5 43 72 1,5

40 48,9 69,8 1,1 46,5 73,5 150,5 77,7 1,5 48 82 1,5

45 52,5 75,2 1,1 51,5 78,5 155,9 86,7 1,5 53 92 1,5

50 57,5 81,7 1,1 56,5 83,5 167,5 95,2 2 59 101 2

55 63,1 89,4 1,5 63 92 1,574 104 2 64 111 2

60 70,1 97 1,5 68 102 1,580,3 113 2,1 71 119 2

65 83,3 106 1,5 73 112 1,586,8 122 2,1 76 129 2

70 87,1 111 1,5 78 117 1,593,2 130 2,1 81 139 2

75 92,1 117 1,5 83 122 1,599,7 139 2,1 86 149 2

80 88,8 127 2 89 131 2106 147 2,1 91 159 2

8597 135 2 94 141 2113 156 3 98 167 2,5

367

ra

ra

Da da


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Principal Basic load ratings Fatigue Speed ratings Mass Designationsdimensions dynamic static load Reference Limiting1) Bearing

limit speed speed open with shields ond D B C C0 Pu one side two sides

mm kN kN r/min kg

90 160 30 112 114 4,3 7 000 4 500 2,35 218 218-Z 218-2Z190 43 157 160 5,7 6 300 4 000 5,40 318 318-Z 318-2Z

95 170 32 121 122 4,5 6 700 4 300 2,70 219 219-Z 219-2Z

100 180 34 134 140 5 6 300 4 000 3,45 220 220-Z 220-2Z

368

Single row deep groove ball bearings with filling slotsd 90 100 mm

1) For 2Z design, limiting speeds are about 80 % of the quoted value

r

r

r

r12

1

2

DD 2

B

d d1

Z 2Z


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Dimensions Abutment and filletdimensions

d d1 D2 r1,2 da Da ra~ ~ min min max max

mm mm

90 110 143 2 99 151 2119 164 3 103 177 2,5

95 117 152 2,1 106 159 2

100 123 160 2,1 111 169 2

369

ra

ra

Da da


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Dimensions Abutment and fillet dimensions

d d1 D2 D3 D4 f b C r0 r1,2 da Da Db ba Ca ra~ ~ max min min max min min max max

mm mm

25 32,8 52,7 59,61 67,7 1,7 1,9 3,28 0,6 1,1 31,5 55,5 69 2,2 4,98 1

30 36,2 54,1 59,61 67,7 1,7 1,9 3,28 0,6 1 35 57 69 2,2 4,98 140,1 61,9 68,81 78,6 1,7 1,9 3,28 0,6 1,1 36,5 65,5 80 2,2 4,98 1

35 41,7 62,7 68,81 78,6 1,7 1,9 3,28 0,6 1,1 41,5 65,5 80 2,2 4,98 143,7 69,2 76,81 86,6 1,7 1,9 3,28 0,6 1,5 43 72 88 2,2 4,98 1,5

40 48,9 69,8 76,81 86,6 1,7 1,9 3,28 0,6 1,1 46,5 73,5 88 2,2 4,98 150,5 77,7 86,79 96,5 2,46 2,7 3,28 0,6 1,5 48 82 98 3 5,74 1,5

45 52,5 75,2 81,81 91,6 1,7 1,9 3,28 0,6 1,1 51,5 78,5 93 2,2 4,98 155,9 86,7 96,8 106,5 2,46 2,7 3,28 0,6 1,5 53 92 108 3 5,74 1,5

50 57,5 81,7 86,79 96,5 2,46 2,7 3,28 0,6 1,1 56,5 83,5 98 3 5,74 162,5 95,2 106,81 116,6 2,46 2,7 3,28 0,6 2 59 101 118 3 5,74 2

55 63,1 89,4 96,8 106,5 2,46 2,7 3,28 0,6 1,5 63 92 108 3 5,74 1,574 104 115,21 129,7 2,82 3,1 4,06 0,6 2 64 111 131 3,5 6,88 2

60 70,1 97 106,81 116,6 2,46 2,7 3,28 0,6 1,5 68 102 118 3 5,74 1,580,3 113 125,22 139,7 2,82 3,1 4,06 0,6 2,1 71 119 141 3,5 6,88 2

65 83,3 106 115,21 129,7 2,82 3,1 4,06 0,6 1,5 73 112 131 3,5 6,88 1,586,8 122 135,23 149,7 2,82 3,1 4,9 0,6 2,1 76 129 151 3,5 7,72 2

70 87,1 111 120,22 134,7 2,82 3,1 4,06 0,6 1,5 78 117 136 3,5 6,88 1,587,2 130 145,24 159,7 2,82 3,1 4,9 0,6 2,1 81 139 162 3,5 7,72 2

75 92,1 117 125,22 139,7 2,82 3,1 4,06 0,6 1,5 83 122 141 3,5 6,88 1,5

80 88,8 127 135,23 149,7 2,82 3,1 4,9 0,6 2 89 131 151 3,5 7,72 2

85 97 135 145,24 159,7 2,82 3,1 4,9 0,6 2 94 141 162 3,5 7,72 2

90110 143 155,22 169,7 2,82 3,1 4,9 0,6 2 99 151 172 3,5 7,72 2

95 117 152 163,65 182,9 3,1 3,5 5,69 0,6 2,1 106 159 185 4 8,79 2

371

max 0,5

da Da

ra

Db

ba

Ca


22/449


23/449


24/449


25/449

Because stainless steel deep groove ballbearings are often used in food processingmachines, the bearings can be deliveredwith a special non-toxic grease, designation

suffix VT378. This grease

fulfils the requirements of the Guidelinesof section 21 CFR 178.3570of the FDA(US Food and Drug Administration) regu-lations and

is approved by the USDA (United StatesDepartment of Agriculture) for catelory H1use (occasional contact with food stuffs).

Please check availability of bearings with

non-toxic grease before ordering.

Bearings with shields

Bearing with shields, designation suffix 2Z( fig ), have shields made of stainlesssteel. The shields form a sealing gap withthe land of the bearing inner ring shoulderand allow high temperatures and speeds.Bearings fitted with shields are primarilyintended for applications where the inner

ring rotates. If the outer ring rotates, there isa risk of the grease leaking from the bearingat elevated speeds.

Bearings with seals

Bearings with contact seals, designationsuffix 2RS1 ( fig ), have seals made ofan oil and wear resistant acrylonitrile buta-

3

2

diene rubber (NBR) with a sheet metal re-inforcement. The permissible operatingtemperature range for the seals is 40 to+100 C and up to+120 C for brief periods.

Contact seals run with their seal lip on theland of the bearing inner ring shoulder. Theseals are fitted with their external edge in therecesses at the outer ring and seal tightly.

Under extreme operating conditions, e.g.at high speeds or high temperatures, greasemay leak from bearings fitted with seals. Forbearing arrangements where this would beundesirable, special steps must be taken atthe design stage. Please consult the SKFengineering application service.

Bearing data generalDimensionsThe boundary dimensions of stainless steeldeep groove ball bearings are in accordancewith ISO 15:1998.

TolerancesSKF stainless steel deep groove ball bearings

are manufactured to Normal tolerances. Thevalues for Normal tolerances correspond toISO 492:2002 and can be found in tableon page 125.

3

375

SKF grease filling for sealed stainless steel deep groove ball bearings

Technicl Standard grease Non-toxic greasespecifications for bearings with

d 9 mm d > 9 mm

Thickener Lithium Lithium Aluminumsoap soap complex

soap

Base oil type Ester oil Mineral oil PAO oil

NLGI consistency class 2 2 2

Operating temperature, C 50 to +140 30 to +110 25 to +120

Base oil viscosity, mm2/sat 40 C 26 74 150at 100 C 5,1 8,5 15,5

1Table


26/449

Internal clearanceSKF stainless steel deep groove ball bear-ings are produced as standard with Normalradial internal clearance. The values for the

internal clearance are in accordance withISO 5753:1991 and will be found in tableon page 297. The clearance limits are validbefore mounting under zero measuring load.

MaterialsThe bearing rings and balls are producedfrom stainless steel X65Cr13 and the shieldsand cages are made of stainless steelX5CrNi18-10, according to ISO 683-17:1999.

MisalignmentSingle row stainless steel deep groove ballbearings have only limited ability to accom-modate misalignment. The permissible an-gular misalignment between inner and outerrings, which will not produce inadmissiblyhigh additional stresses in the bearing, de-pends on the radial internal clearance of thebearing in operation, bearing size, the internaldesign and the forces and moments actingon the bearing. Because of the complex rela-

tionship between these factors, no generallyapplicable specific values can be given.Depending on the various influences of thefactors, the permissible angular misalignmentlies between 2 and 10 minutes of arc. Anygreater misalignment will result in increasednoise in operation and decrease bearingservice life.

3

CagesDepending on the bearing series and size,SKF stainless steel deep groove ball bear-ings are supplied with one of the following

stainless steel cages (

fig ) as standard:

pressed snap-type sheet steel cage (a) ribbon-type cage of steel sheet (b) riveted cage of steel sheet (c)

For bearings with injection mouldedpolyamide 6,6 cage availability should bechecked prior to ordering.

Minimum load

In order to provide satisfactory operation,stainless steel deep groove ball bearings,like all ball and roller bearings, must alwaysbe subjected to a given minimum load, par-ticularly if they are to operate at high speedsor are subjected to high accelerations orrapid changes in the direction of load. Undersuch condition the inertia forces of the ballsand cage, and the friction in the lubricant, canhave a determental influence on the rollingconditions in the bearing arrangement and

may cause damaging sliding movements tooccur between the balls and raceways.

The requisite minimum radial load to beapplied to stainless steel deep groove ballbearings can be estimated using

n dmFrm = kr ( )2/3

( )2

1 000 100

where

Frm = minimum radial load, kNkr = minimum load factor

( product tables) = oil viscosity at operating

temperature, mm2/sn = rotational speed, r/mindm = bearing mean diameter

= 0,5 (d + D), mm

When starting up at low temperatures orwhen the lubricant is highly viscous, even

greater minimum loads may be required.The weight of the components supported bythe bearing, together with external forces,generally exceeds the requisite minimumload. If this is not the case, the stainless

4

Stainless steel deep groove ball bearings

376

4Fig

a b c


27/449


28/449

Principal Basic load ratings Fatigue Speed ratings Mass Designationdimensions dynamic static load Reference Limiting

limit speed speedd D B C C0 Pu

mm kN kN r/min kg

1 3 1 0,056 0,017 0,00075 240 000 150 000 0,000036 W 618/1

2 5 1,5 0,133 0,045 0,002 85 000 100 000 0,00015 W 618/2

3 6 3 0,178 0,057 0,0025 170 000 110 000 0,00035 W 637/310 4 0,39 0,129 0,0056 130 000 80 000 0,0016 W 623

4 9 2,5 0,449 0,173 0,0075 140 000 85 000 0,0007 W 618/411 4 0,605 0,224 0,0098 130 000 80 000 0,0019 W 619/412 4 0,676 0,27 0,012 120 000 75 000 0,0024 W 60413 5 0,793 0,28 0,012 110 000 67 000 0,0031 W 624

5 11 3 0,54 0,245 0,011 120 000 75 000 0,0012 W 618/513 4 0,741 0,325 0,014 110 000 67 000 0,0023 W 619/516 5 0,923 0,365 0,016 95 000 60 000 0,0050 W 625

6 13 3,5 0,741 0,335 0,015 110 000 67 000 0,0020 W 618/615 5 1,04 0,455 0,02 100 000 63 000 0,0039 W 619/619 6 1,86 0,915 0,04 80 000 50 000 0,0084 W 626

7 17 5 1,24 0,54 0,024 90 000 56 000 0,0049 W 619/719 6 1,86 0,915 0,04 85 000 53 000 0,0075 W 60722 7 2,76 1,32 0,057 70 000 45 000 0,013 W 627

8 16 4 1,12 0,55 0,024 90 000 56 000 0,0030 W 618/819 6 1,59 0,71 0,031 80 000 50 000 0,0071 W 619/822 7 2,76 1,32 0,057 75 000 48 000 0,012 W 608

9 17 4 1,19 0,62 0,027 85 000 53 000 0,0034 W 618/920 6 1,74 0,83 0,036 80 000 48 000 0,0076 W 619/924 7 3,12 1,6 0,071 70 000 43 000 0,014 W 60926 8 3,9 1,9 0,083 60 000 38 000 0,020 W 629

10 15 3 0,715 0,425 0,018 85 000 56 000 0,0014 W 6170019 5 1,14 0,57 0,025 80 000 48 000 0,0055 W 61800

22 6 1,74 0,815 0,036 75 000 45 000 0,010W 61900

26 8 3,9 1,9 0,083 67 000 40 000 0,019 W 600030 9 4,23 2,28 0,1 56 000 34 000 0,032 W 620035 11 6,76 3,25 0,143 50 000 32 000 0,053 W 6300

378

Stainless steel deep groove ball bearingsd 1 10 mm

r

r

r

r12

1

2

DD 1

B

d d1


29/449


30/449


31/449


d d1 D1 r1,2 da Da ra kr f0~ ~ min min max max

mm mm

12 14,8 18,3 0,3 14 19 0,3 0,015 9,716 20,3 0,3 14 22 0,3 0,020 9,717,2 24,1 0,3 14 26 0,3 0,025 1318,5 26,2 0,6 16,2 27,8 0,6 0,025 1219,3 29,9 1 17,6 31,4 1 0,030 11

15 17,8 21,3 0,3 17 22 0,3 0,015 1018,8 24,2 0,3 17 26 0,3 0,020 1420,2 27 0,3 17 30 0,3 0,025 1421,7 29,5 0,6 19,2 30,8 0,6 0,025 1324,5 34,9 1 20,8 36,2 1 0,030 12

17 21 26,8 0,3 19 28 0,3 0,020 1523,5 30,1 0,3 19 33 0,3 0,025 1424,9 33,6 0,6 21,2 35,8 0,6 0,025 1327,5 38,9 1 22,8 41,2 1 0,030 12

20 23,2 28,2 0,3 22 30 0,3 0,015 1527,6 35,7 0,6 23,2 38,8 0,6 0,025 14

29,5 39,5 1 25,2 41,8 1 0,025 1330 41,7 1,1 27 45 1 0,030 12

25 31,7 40,2 0,6 28,2 43,8 0,6 0,025 1534 44,2 1 30,6 46,4 1 0,025 1438,1 51 1,1 32 55 1 0,030 13

30 38 47,3 1 34,6 50,4 1 0,025 1540,7 52,8 1 35,6 56,4 1 0,025 1444,9 59,3 1,1 37 65 1 0,030 13

35 44 54,3 1 39,6 57,4 1 0,025 1547,6 61,6 1,1 42 65 1 0,025 14

40 49,2 59,5 1 44,6 63,4 1 0,025 1552,9 67,2 1,1 47 73 1 0,025 14

45 54,5 65,8 1 49,6 70,4 1 0,025 1556,6 71,8 1,1 52 78 1 0,025 14

50 60 71 1 54,6 75,4 1 0,025 1563,5 78,7 1,1 57 83 1 0,025 14

381

ra

ra

Da da


32/449



mm kN kN r/min kg

1,5 4 2 0,114 0,034 0,0015 220 000 110 000 0,00014 W 638/1.5-2Z

2 5 2,3 0,156 0,048 0,002 190 000 95 000 0,00018 W 638/2-2Z6 3 0,238 0,075 0,0034 180 000 90 000 0,00035 W 639/2-2Z

3 6 3 0,176 0,057 0,0025 170 000 85 000 0,00035 W 637/3-2Z7 3 0,216 0,085 0,0036 160 000 80 000 0,00045 W 638/3-2Z8 3 0,39 0,129 0,0056 150 000 75 000 0,00067 W 619/3-2Z8 4 0,39 0,129 0,0056 150 000 75 000 0,00080 W 639/3-2Z10 4 0,39 0,129 0,0056 130 000 63 000 0,0015 W 623-2Z

4 9 3,5 0,449 0,173 0,0075 140 000 70 000 0,0010 W 628/4-2Z9 4 0,449 0,173 0,0075 140 000 70 000 0,0010 W 638/4-2Z11 4 0,605 0,224 0,0098 130 000 63 000 0,0017 W 619/4-2Z

12 4 0,676 0,27 0,012 120 000 60 000 0,0023 W 604-2Z13 5 0,793 0,28 0,012 110 000 53 000 0,0031 W 624-2Z13 5 0,793 0,28 0,012 32 000 0,0031 W 624-2RS1

5 8 2,5 0,14 0,057 0,0025 140 000 70 000 0,00034 W 627/5-2Z11 4 0,54 0,245 0,011 120 000 60 000 0,00062 W 628/5-2Z11 5 0,54 0,245 0,011 120 000 60 000 0,0019 W 638/5-2Z13 4 0,741 0,325 0,014 110 000 53 000 0,0025 W 619/5-2Z

16 5 0,923 0,365 0,016 95 000 48 000 0,0050 W 625-2Z16 5 0,923 0,365 0,016 28 000 0,0050 W 625-2RS119 6 1,86 0,915 0,04 80 000 40 000 0,0090 W 635-2Z

6 10 3 0,319 0,137 0,0061 120 000 60 000 0,0007 W 627/6-2Z13 5 0,741 0,335 0,015 110 000 53 000 0,0027 W 628/6-2Z15 5 1,04 0,455 0,02 100 000 50 000 0,0037 W 619/6-2Z19 6 1,86 0,915 0,04 80 000 40 000 0,0087 W 626-2Z19 6 1,86 0,915 0,04 24 000 0,0087 W 626-2RS1

7 11 3 0,291 0,127 0,0056 110 000 56 000 0,0007 W 627/7-2Z

14 5 0,806 0,39 0,017 100 000 50 000 0,0030W 628/7-2Z

17 5 1,24 0,54 0,024 90 000 45 000 0,0050 W 619/7-2Z

19 6 1,86 0,915 0,04 85 000 43 000 0,0082 W 607-2Z19 6 1,86 0,915 0,04 24 000 0,0082 W 607-2RS122 7 2,76 1,32 0,057 70 000 36 000 0,013 W 627-2Z

382

Sealed stainless steel deep groove ball bearingsd 1,5 7 mm

r

r

r

r12

1

2

DD 1

B

d d1 d1

2Z 2Z 2RS1 2RS1


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mm mm

1,5 2,1 3,5 0,05 1,9 3,6 0,05 0,015 9,5

2 2,7 4,4 0,08 2,5 4,5 0,08 0,015 113 5,4 0,15 2,8 5,2 0,1 0,015 10

3 4,2 5,4 0,08 3,5 5,6 0,08 0,020 113,9 6,4 0,1 3,6 6,4 0,1 0,015 115 7,4 0,15 3,8 7,2 0,1 0,020 9,54,4 7,3 0,15 3,8 7,2 0,1 0,020 9,54,4 8 0,15 4,4 8,6 0,1 0,025 8,2

4 5,2 8,1 0,1 4,6 8,4 0,1 0,015 105,2 8,1 0,1 4,6 8,4 0,1 0,015 105,6 9,9 0,15 4,8 10,2 0,1 0,020 8,1

5,6 9,9 0,2 5,4 10,6 0,2 0,025 8,36 11,4 0,2 5,8 11,2 0,2 0,025 7,76 11,4 0,2 5,8 11,2 0,2 0,025 7,7

5 5,8 7,4 0,08 5,5 7,5 0,08 0,015 106,8 9,9 0,15 5,8 10,2 0,1 0,015 116,2 9,9 0,15 5,8 10,2 0,1 0,015 116,6 11,2 0,2 6,4 11,6 0,2 0,020 8,8

7,5 13,8 0,3 7,4 13,6 0,3 0,025 87,5 13,8 0,3 7,4 13,6 0,3 0,025 88,5 16,5 0,3 7,4 16,6 0,3 0,030 12

6 7 9,3 0,1 6,6 9,4 0,1 0,015 107,4 11,7 0,15 6,8 11,2 0,1 0,015 117,5 13 0,2 7,4 13,6 0,2 0,020 8,48,5 16,5 0,3 8,4 16,6 0,3 0,025 128,5 16,5 0,3 8,4 16,6 0,3 0,025 12

7 8 10,3 0,1 7,6 10,4 0,1 0,015 10

8,5 12,7 0,15 7,8 13,2 0,1 0,015 119,3 14,3 0,3 9 15 0,3 0,020 8,9

9 16,5 0,3 9 17 0,3 0,025 129 16,5 0,3 9 17 0,3 0,025 1210,5 19 0,3 9,4 19,6 0,3 0,025 12

383

ra

ra

Da da

ra

ra

Da da


34/449


35/449



mm mm

8 9,6 14,2 0,2 9,4 14,6 0,2 0,015 119,6 14,2 0,2 9,4 14,6 0,2 0,015 11

9,8 16,7 0,3 9,8 17 0,3 0,020 8,89,8 16,7 0,3 9,8 17 0,3 0,020 8,8

10,5 19 0,3 10 20 0,3 0,025 1210,5 19 0,3 10 20 0,3 0,025 12

9 10,7 15,2 0,2 10,4 15,6 0,2 0,015 1111,6 17,5 0,3 11 18 0,3 0,020 11

12,1 20,5 0,3 11 22 0,3 0,025 1313,9 22,4 0,3 11,4 23,6 0,3 0,025 12

10 11,8 17,2 0,3 11,8 17 0,3 0,015 9,411,8 17,2 0,3 11,8 17 0,3 0,015 9,413,2 19,4 0,3 12 20 0,3 0,020 9,3

12,9 22,4 0,3 12 24 0,3 0,025 1212,9 22,4 0,3 12 24 0,3 0,025 12

15,3 25,3 0,6 14,2 25,8 0,6 0,025 1315,3 25,3 0,6 14,2 25,8 0,6 0,025 13

17,7 29,3 0,6 14,2 30,8 0,6 0,030 1117,7 29,3 0,6 14,2 30,8 0,6 0,030 11

12 13,8 19,2 0,3 13,8 19 0,3 0,015 9,715,4 21,4 0,3 14 22 0,3 0,020 9,7

17,2 25,5 0,3 14 26 0,3 0,025 1317,2 25,5 0,3 14 26 0,3 0,025 13

18,5 28 0,6 16,2 27,8 0,6 0,025 12

18,5 28 0,6 16,2 27,8 0,6 0,025 1219,3 31,9 1 17,6 31,4 1 0,030 1119,3 31,9 1 17,6 31,4 1 0,030 11

385

ra

ra

Da da

ra

ra

Da da


36/449



mm kN kN r/min kg

15 24 5 1,3 0,78 0,034 60 000 30 000 0,0076 W 61802-2Z28 7 3,64 2,16 0,095 56 000 28 000 0,019 W 61902-2Z28 7 3,64 2,16 0,095 16 000 0,019 W 61902-2RS1

32 9 4,68 2,75 0,12 50 000 26 000 0,030 W 6002-2Z32 9 4,68 2,75 0,12 14 000 0,030 W 6002-2RS1

35 11 6,5 3,65 0,16 43 000 22 000 0,045 W 6202-2Z35 11 6,5 3,65 0,16 13 000 0,045 W 6202-2RS1

42 13 9,56 5,2 0,228 38 000 19 000 0,082 W 6302-2Z42 13 9,56 5,2 0,228 12 000 0,082 W 6302-2RS1

17 26 5 1,4 0,9 0,039 56 000 34 000 0,0082 W 61803-2Z30 7 3,9 2,45 0,108 50 000 32 000 0,019 W 61903-2Z30 7 3,9 2,45 0,108 14 000 0,019 W 61903-2RS1

35 10 5,07 3,15 0,137 45 000 22 000 0,039 W 6003-2Z35 10 5,07 3,15 0,137 13 000 0,039 W 6003-2RS1

40 12 8,06 4,65 0,2 38 000 19 000 0,065 W 6203-2Z40 12 8,06 4,65 0,2 12 000 0,065 W 6203-2RS1

47 14 11,4 6,3 0,275 34 000 17 000 0,12 W 6303-2Z47 14 11,4 6,3 0,275 11 000 0,12 W 6303-2RS1

20 32 7 3,38 2,24 0,104 13 000 0,018 W 61804-2RS137 9 5,4 3,55 0,156 12 000 0,04 W 61904-2RS1

42 12 7,93 4,9 0,212 38 000 19 000 0,069 W 6004-2Z42 12 7,93 4,9 0,212 11 000 0,069 W 6004-2RS1

47 14 10,8 6,4 0,28 32 000 17 000 0,11 W 6204-2Z47 14 10,8 6,4 0,28 10 000 0,11 W 6204-2RS1

52 15 13,5 7,65 0,335 30 000 15 000 0,14W 6304-2Z

52 15 13,5 7,65 0,335 9 500 0,14 W 6304-2RS1

386

Sealed stainless steel deep groove ball bearingsd 15 20 mm

r

r

r

r12

1

2

DD 1

B

d d1 d1

2Z 2Z 2RS1 2RS1


37/449


38/449



mm kN kN r/min kg

25 42 9 5,92 4,15 0,193 10 000 0,047 W 61905-2RS147 12 8,52 5,7 0,25 32 000 16 000 0,08 W 6005-2Z

47 12 8,52 5,7 0,25 9 500 0,08 W 6005-2RS152 15 11,9 7,65 0,335 28 000 14 000 0,13 W 6205-2Z52 15 11,9 7,65 0,335 8 500 0,13 W 6205-2RS1

62 17 17,2 10,8 0,475 24 000 13 000 0,23 W 6305-2Z62 17 17,2 10,8 0,475 7 500 0,23 W 6305-2RS1

30 55 13 11,1 8 0,355 28 000 14 000 0,12 W 6006-2Z55 13 11,1 8 0,355 8 000 0,12 W 6006-2RS1

62 16 16,3 10,8 0,475 24 000 12 000 0,2 W 6206-2Z62 16 16,3 10,8 0,475 7 500 0,2 W 6206-2RS1

72 19 22,5 14,6 0,64 20 000 11 000 0,35 W 6306-2Z72 19 22,5 14,6 0,64 6 300 0,35 W 6306-2RS1

35 62 14 13,5 10 0,44 24 000 12 000 0,16 W 6007-2Z62 14 13,5 10 0,44 7 000 0,16 W 6007-2RS1

72 17 21,6 14,6 0,655 20 000 10 000 0,29 W 6207-2Z72 17 21,6 14,6 0,655 6 300 0,29 W 6207-2RS1

40 68 15 14 10,8 0,49 22 000 11 000 0,19 W 6008-2Z68 15 14 10,8 0,49 6 300 0,19 W 6008-2RS1

80 18 24,7 17,3 0,75 18 000 90 000 0,37 W 6208-2Z80 18 24,7 17,3 0,75 5 600 0,37 W 6208-2RS1

45 75 16 17,8 14,6 0,64 20 000 10 000 0,25 W 6009-2Z75 16 17,8 14,6 0,64 5 600 0,25 W 6009-2RS1

85 19 27,6 19,6 0,865 17 000 8 500 0,41 W 6209-2Z

85 19 27,6 19,6 0,865 5 000 0,41W 6209-2RS1

50 80 16 18,2 16 0,71 18 000 9 000 0,26 W 6010-2Z80 16 18,2 16 0,71 5 000 0,26 W 6010-2RS1

90 20 29,6 22,4 0,98 15 000 8 000 0,46 W 6210-2Z90 20 29,6 22,4 0,98 4 800 0,46 W 6210-2RS1

388

Sealed stainless steel deep groove ball bearingsd 25 50 mm

r

r

r

r12

1

2

DD 1

B

d d1 d1

2Z 2Z 2RS1 2RS1


39/449



mm mm

25 30,9 39,5 0,3 27 40 0,3 0,020 1531,7 42,7 0,6 28,2 43,8 0,6 0,025 15

31,7 42,7 0,6 28,2 43,8 0,6 0,025 1534 45,7 1 30,6 46,4 1 0,025 1434 45,7 1 30,6 46,4 1 0,025 14

38,1 53,2 1,1 32 55 1 0,030 1338,1 53,2 1,1 32 55 1 0,030 13

30 38 49,9 1 34,6 50,4 1 0,025 1538 49,9 1 34,6 50,4 1 0,025 15

40,7 55,1 1 35,6 56,4 1 0,025 1440,7 55,1 1 35,6 56,4 1 0,025 14

44,9 62,4 1,1 37 65 1 0,030 1344,9 62,4 1,1 37 65 1 0,030 13

35 44 57,1 1 39,6 57,4 1 0,025 1544 57,1 1 39,6 57,4 1 0,025 15

47,6 64,9 1,1 42 65 1 0,025 1447,6 64,9 1,1 42 65 1 0,025 14

40 49,2 62,5 1 44,6 63,4 1 0,025 1549,2 62,5 1 44,6 63,4 1 0,025 15

52,9 70,8 1,1 47 73 1 0,025 1452,9 70,8 1,1 47 73 1 0,025 14

45 54,5 69 1 49,6 70,4 1 0,025 1554,5 69 1 49,6 70,4 1 0,025 15

56,6 74,5 1,1 52 78 1 0,025 14

56,6 74,5 1,1 52 78 1 0,025 1450 60 74,6 1 54,6 75,4 1 0,025 15

60 74,6 1 54,6 75,4 1 0,025 15

63,5 81,4 1,1 57 83 1 0,025 1463,5 81,4 1,1 57 83 1 0,025 14

389

ra

ra

Da da

ra

ra

Da da


40/449


41/449


42/449

SKF double row deep groove ball bearings( fig ) correspond in design to single rowdeep groove ball bearings. They have deepuninterrupted raceways and high conformity

between the balls and raceways. They areable to carry axial loads acting in both direc-tions in addition to radial loads.

Double row deep groove ball bearings arevery suitable for bearing arrangementswhere the load carrying capacity of a singlerow bearing is inadequate. For the sameoutside and bore diameters, double rowbearings are slightly wider than single rowbearings but have considerably higher loadcarrying capacity than single row bearings

in the 62 and 63 series.

1Bearing data generalDimensionsThe boundary dimensions of SKF double row

deep groove ball bearings are in accordancewith ISO 15:1998.

TolerancesSKF double row deep groove ball bearingsare produced to Normal tolerances. Thevalues for tolerances correspond to ISO492:2002 and can be found in table onpage 125.

Internal clearance

SKF double row deep groove ball bearingshave Normal radial internal clearance asstandard. The clearance limits are as speci-fied in ISO 5753:1991 and can be found intable on page 297.

MisalignmentMisalignment of the inner ring relative to theouter ring of a double row deep groove ballbearing can only be accommodated byforce, which leads to increased ball loads

and cage forces and a reduction in bearingservice life. For this reason, the maximumpermissible angular misalignment is twominutes of arc. Any misalignment of thebearing rings will result in increased noiseduring operation.

CagesSKF double row deep groove ball bearingsare fitted with two glass fibre reinforced poly-amide 6,6 cages ( fig ), designation

suffix TN9.

Note:Double row deep groove ball bearings withpolyamide 6,6 cages can be operated attemperatures up to +120 C. The lubricantsgenerally used for rolling bearings do nothave a detrimental effect on cage properties,with the exception of a few synthetic oils andgreases with a synthetic oil base, and lubri-cants containing a high proportion of EP

additives when used at high temperatures.For detailed information regarding the

temperature resistance and the applicabilityof cages, please refer to the section Cagematerials, starting on page 140.

2

3

3

Double row deep groove ball bearings

392

1Fig

2Fig


43/449

Minimum loadIn order to obtain satisfactory operation,double row deep groove ball bearings, likeall ball and roller bearings, must be subjected

to a given minimum load, particularly if theyare to operate at high speeds or are subjectedto high accelerations or rapid changes in thedirection of load. Under such conditions theinertia forces of the balls and cages, and thefriction in the lubricant, can have a detrimentaleffect on the rolling conditions in the bearingarrangement and may cause damagingsliding movements to occur between theballs and raceways.

The requisite minimum load to be applied

to double row deep groove ball bearings canbe estimated using

n dmFrm = kr ( )2/3

( )2

1 000 100

whereFrm = minimum radial load, kNkr = minimum radial load factor

( product table)

= oil viscosity at operatingtemperature, mm2/s

n = rotational speed, r/mindm = bearing mean diameter

= 0,5 (d + D), mm

When starting up at low temperatures orwhen the lubricant is highly viscous, evengreater minimum loads may be required.The weight of the components supported bythe bearing, together with external forces,

generally exceeds the requisite minimumload. If this is not the case, the double rowdeep groove ball bearings must be sub-jected to additional radial load.

Axial load carrying capacityIf double row deep groove ball bearings aresubjected to a purely axial load, this axialload should generally not exceed the valueof 0,5 C0. Excessive axial loads can lead toa substantial reduction in bearing life.

Equivalent dynamic bearing loadFor dynamically loaded double row deepgroove ball bearings

P = Fr when Fa/Fr eP = 0,56 Fr + YFa when Fa/Fr > e

The factors e and Y depend on the relation-ship f0 Fa/C0, where f0 is a calculation factor( product table), Fa the axial component ofthe load and C0 the basic static loadrating.

If the bearings are mounted with the usualfits (shaft tolerance j5 or k5, depending on theshaft diameter, and housing bore tolerance

J7) the values for e and Y given in tablecan be used to calculate the equivalent load.

Equivalent static bearing loadFor statically loaded double row deepgroove ball bearings

P0 = 0,6 Fr + 0,5 Fa

If P0 < Fr, P0 = Fr should be used.

1

393

Calculation factors for double row deep grooveball bearings

f0 Fa/C0 e Y

0,172 0,19 2,300,345 0,22 1,990,689 0,26 1,71

1,03 0,28 1,551,38 0,30 1,452,07 0,34 1,31

3,45 0,38 1,155,17 0,42 1,04

6,89 0,44 1,00

Intermediate values are obtained by linear interpolation

1Table


44/449



mm kN kN r/min kg

10 30 14 9,23 5,2 0,224 40 000 22 000 0,049 4200 ATN9

12 32 14 10,6 6,2 0,26 36 000 20 000 0,053 4201 ATN937 17 13 7,8 0,325 34 000 18 000 0,092 4301 ATN9

15 35 14 11,9 7,5 0,32 32 000 17 000 0,059 4202 ATN942 17 14,8 9,5 0,405 28 000 15 000 0,120 4302 ATN9

17 40 16 14,8 9,5 0,405 28 000 15 000 0,090 4203 ATN947 19 19,5 13,2 0,56 24 000 13 000 0,16 4303 ATN9

20 47 18 17,8 12,5 0,53 24 000 13 000 0,14 4204 ATN952 21 23,4 16 0,68 22 000 12 000 0,21 4304 ATN9

25 52 18 19 14,6 0,62 20 000 11 000 0,16 4205 ATN962 24 31,9 22,4 0,95 18 000 10 000 0,34 4305 ATN9

30 62 20 26 20,8 0,88 17 000 9 500 0,26 4206 ATN972 27 41 30 1,27 16 000 8 500 0,50 4306 ATN9

35 72 23 35,1 28,5 1,2 15 000 8 000 0,40 4207 ATN980 31 50,7 38 1,63 14 000 7 500 0,69 4307 ATN9

40 80 23 37,1 32,5 1,37 13 000 7 000 0,50 4208 ATN990 33 55,9 45 1,9 12 000 6 700 0,95 4308 ATN9

45 85 23 39 36 1,53 12 000 6 700 0,54 4209 ATN9100 36 68,9 56 2,4 11 000 6 000 1,25 4309 ATN9

50 90 23 41 40 1,7 11 000 6 000 0,58 4210 ATN9110 40 81,9 69,5 2,9 10 000 5 300 1,70 4310 ATN9

55 100 25 44,9 44 1,9 10 000 5 600 0,80 4211 ATN9120 43 97,5 83 3,45 9 000 5 000 2,15 4311 ATN9

60110 28 57,2 55 2,36 9 500 5 300 1,10

4212 ATN9130 46 112 98 4,15 8 500 4 500 2,65 4312 ATN9

65 120 31 67,6 67 2,8 8 500 4 800 1,45 4213 ATN9140 48 121 106 4,5 8 000 4 300 3,25 4313 ATN9

394

Double row deep groove ball bearingsd 10 65 mm

r

r

r

r12

1

2

DD 1

B

d d1


45/449


d d1 D1 r1,2 da Da ra kr fo~ ~ min min max max

mm mm

10 16,7 23,3 0,6 14 26 0,6 0,05 12

12 18,3 25,7 0,6 16 28 0,6 0,05 1220,5 28,5 1 17 32 1 0,06 12

15 21,5 29 0,6 19 31 0,6 0,05 1324,5 32,5 1 20 37 1 0,06 13

17 24,3 32,7 0,6 21 36 0,6 0,05 1328,7 38,3 1 22 42 1 0,06 13

20 29,7 38,3 1 25 42 1 0,05 1431,8 42,2 1,1 26,5 45,5 1 0,06 13

25 34,2 42,8 1 30 47 1 0,05 1437,3 49,7 1,1 31,5 55,5 1 0,06 13

30 40,9 51,1 1 35 57 1 0,05 1443,9 58,1 1,1 36,5 65,5 1 0,06 13

35 47,5 59,5 1,1 41,5 65,5 1 0,05 1449,5 65,4 1,5 43 72 1,5 0,06 13

40 54 66 1,1 46,5 73,5 1 0,05 1556,9 73,1 1,5 48 82 1,5 0,06 14

45 59,5 71,5 1,1 51,5 78,5 1 0,05 1563,5 81,5 1,5 53 92 1,5 0,06 14

50 65,5 77,5 1,1 56,5 83,5 1 0,05 1570 90 2 59 101 2 0,06 14

55 71,2 83,8 1,5 63 92 1,5 0,05 1676,5 98,5 2 64 111 2 0,06 14

6075,6 90,4 1,5 68 102 1,5 0,05 1583,1 107 2,1 71 119 2 0,06 14

65 82,9 99,1 1,5 73 112 1,5 0,05 1589,6 115 2,1 76 129 2 0,06 14

395

ra

ra

Da da


46/449



mm kN kN r/min kg

70 125 31 70,2 73,5 3,1 8 000 4 300 1,50 4214 ATN9150 51 138 125 5 7 000 3 800 3,95 4314 ATN9

75 130 31 72,8 80 3,35 7 500 4 000 1,60 4215 ATN9160 55 156 143 5,5 6 700 3 600 4,80 4315 ATN9

80 140 33 80,6 90 3,6 7 000 3 800 2,00 4216 ATN9

85 150 36 93,6 102 4 7 000 3 600 2,55 4217 ATN9

90 160 40 112 122 4,65 6 300 3 400 3,20 4218 ATN9

100 180 46 140 156 5,6 5 600 3 000 4,70 4220 ATN9

396

Double row deep groove ball bearingsd 70 100 mm

r

r

r

r12

1

2

DD 1

B

d d1


47/449


d d1 D1 r1,2 da Da ra kr fo~ ~ min min max max

mm mm

70 89,4 106 1,5 78 117 1,5 0,05 1596,7 124 2,1 81 139 2 0,06 14

75 96,9 114 1,5 83 122 1,5 0,05 16103 132 2,1 86 149 2 0,06 14

80 102 120 2 89 131 2 0,05 16

85 105 125 2 94 141 2 0,05 15

90 114 136 2 99 151 2 0,05 15

100 130 154 2,1 111 169 2 0,05 15

397

ra

ra

Da da


48/449


49/449399

Single row cam rollers

Designs 400

Cam roller data general 400

Dimensions 400Tolerances 400Internal clearance 400Cages 400Load carrying ability 400Axial load carrying capacity 401

Design of associated components 401Pins 401Guide flanges 401

Lubrication 401

Product table 402


50/449


51/449

The permissible static load for a cam rolleris determined by the smaller of the values ofF0r and C0. If requirements regarding smoothrunning are below normal, the static load

may exceed C0 but should never exceed themaximum permissible static radial load F0r.

Axial load carrying capacityCam rollers are intended for predominantlyradial loads. If axial loads act on the outerring, e.g. as produced when the cam rollerruns against a guide flange, they will pro-duce tilting moments in the cam roller andthe service life may be reduced as a con-sequence.

Design of associatedcomponents

PinsWith few exceptions, cam rollers operateunder conditions of stationary inner ringload. If easy displacement of the inner ringis required under such conditions, the pin orshaft should be machined to tolerance g6.If, for some reason, a tighter fit is required,then the pin or shaft should be machined totolerance j6.

For applications where cam rollers aresubjected to higher axial loads, SKF recom-

mends supporting the inner ring of the camroller over its entire side face ( fig ). Thediameter of the supporting surface shouldbe the same as the face diameter d1 of theinner ring ( product table, page 402).

Guide flangesFor rails or cams with guide flanges ( fig ),the recommended flange height ha shouldnot exceed

ha = 0,5 (D D1)

This helps to avoid damage to the sealsfitted in the outer ring. The values for theouter ring diameters D and D1 are listed inthe product table.

LubricationSKF single row cam rollers are greased for

life and cannot be relubricated. They arefilled with a lithium base grease of consist-ency 3 to the NLGI Scale with good rustinhibiting properties and an operating tem-perature range of 30 to +120 C. The baseoil viscosity is 74 mm2/s at 40 C and8,5 mm2/s at 100 C.

2

2

401

d1

ha

2Fig


52/449


53/449

Outside Basic load ratings Fatigue Maximum radial loadsdiameter dynamic static load dynamic static

limitD C C0 Pu Fr F0r

mm kN kN kN

32 4,62 2 0,085 3,4 4,9

35 6,24 2,6 0,11 3,25 4,65

40 7,02 3,2 0,134 5 7,2

47 8,84 4,15 0,176 8,15 11,6

52 11,4 5,4 0,228 7,35 10,6

62 12,7 6,8 0,285 12,9 18,3

72 17,4 9,3 0,4 14,3 20,4

80 22,1 11,8 0,5 12,7 18

403


54/449


55/449

Single row angular contact ball bearings 407

Double row angular contact ball bearings 427

Four-point contact ball bearings 447

Double row cam rollers 457

Angular contact

ball bearings

405


56/449

Angular contact ball bearings have racewaysin the inner and outer rings that are displacedwith respect to each other in the direction ofthe bearing axis. This means that they are de-

signed to accommodate combined loads, i.e.simultaneously acting radial and axial loads.The axial load carrying capacity of angular

contact ball bearings increases with increas-ing contact angle. The contact angle is de-fined as the angle between the line joining thepoints of contact of the ball and the racewaysin the radial plane, along which the load istransmitted from one raceway to another,and a line perpendicular to the bearing axis.

SKF angular contact ball bearings are pro-

duced in a wide variety of designs and sizes.Those commonly used in general engineer-ing are:

single row angular contact ball bearings( fig ),

double row angular contact ball bearings( fig ),

four-point contact ball bearings ( fig ), double row cam rollers ( fig ).

Detailed information on these bearings andcam rollers belonging to the SKF standardassortment are given on the following pages.For other SKF angular contact ball bearingse.g. high-precision angular contact ballbearings, fixed section bearings, slewingbearings or hub units please refer to thesection Other SKF products, starting onpage 1077.

4

3

2

1

Angular contact ball bearings

406

2Fig

1Fig

3Fig

4Fig


57/449

Single row angular

contact ball bearings

Designs 408Bearings for universal matching 408Basic design bearings 408

SKF Explorer class bearings 409

Bearing data general 409Dimensions 409Tolerances 409Internal clearance and preload 409Misalignment 411Influence of operating temperature on bearing material 411Cages 411Speed ratings for bearing pairs 411

Load carrying capacity of bearing pairs 412Minimum load 412Equivalent dynamic bearing load 413Equivalent static bearing load 413Determining axial force for bearings mounted singly or paired in tandem 413Supplementary designations 415

Design of bearing arrangements 416

Product table 418

407


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DesignsSingle row angular contact ball bearingscan accommodate axial loads acting in one

direction only. The bearing is normallyadjusted against a second bearing.The standard assortment of SKF angular

contact ball bearings comprises bearings inthe 72 B and 73 B series. Two versions areavailable for different purposes:

bearings for universal matching in sets or basic design bearings (not universally

matchable) for arrangements with singlebearings.

The bearings have a 40 contact angle( fig ) and therefore support heavy axialloads. They are non-separable and the bear-ing rings have one high and one low shoulder.The low shoulder enables a large number ofballs to be incorporated in the bearing, thusgiving the bearing a relatively high loadcarrying capacity.

In addition, SKF single row angular con-tact ball bearings are available in many other

dimension series, designs, and sizes. Forfurther information on these bearings, consultthe SKF Interactive Engineering Catalogueon CD-ROM or online at www.skf.com.

Bearings for universal matchingThe bearings for universal matching are spe-cifically manufactured so that when mountedin random order, but immediately adjacentto each other, a given internal clearance orpreload and/or an even load distribution will

be obtained without the use of shims orsimilar devices. Universally matchable bear-ings carry a designation suffix to indicate theinternal clearance (CA, CB, CC) or preload(GA, GB, GC).

When ordering, it is necessary to state thenumber of individual bearings required andnot the number of sets.

Paired mounting ( fig ) is used whenthe load carrying capacity of a single bearingis inadequate (tandem arrangement) or when

combined or axial loads act in both directions(back-to-back and face-to-face arrange-ments).

2

1

Single row angular contact ball bearings

408

40

1Fig

When arranged in tandem (a) the loadlines are parallel and the radial and axialloads are equally shared by the bearings.However, the bearing set can only accommo-

date axial loads acting in one direction. Ifaxial loads act in the opposite direction, or ifcombined loads are present, a third bearingadjusted against the tandem pair must beadded.

The load lines of bearings arranged back-to-back (b) diverge towards the bearing axis.Axial loads acting in both directions can beaccommodated, but only by one bearing ineach direction. Bearings mounted back-to-back provide a relatively stiff bearing arrange-

ment that can also accommodate tiltingmoments.

The load lines of bearings mounted face-to-face (c) converge towards the bearingaxis. Axial loads acting in both directions canbe accommodated, but only by one bearingin each direction. This arrangement is not asstiff as the back-to-back arrangement and isless suitable for the accommodation of tilt-ing moments.

Basic design bearingsBasic design single row angular contactball bearings are intended for arrangementswhere only one bearing is used at each bear-ing position. They have Normal tolerancesconcerning bearing width and standout ofthe rings. Therefore, they are not suitable formounting directly adjacent to each other.


59/449

SKF Explorer classbearings

High performance SKF Explorer angular con-tact ball bearings are shown with an asteriskin the product table. SKF Explorer bearingsretain the designation of the earlier standardbearings, e. g. 7208 BECBP. However, eachbearing and its box are marked with thename EXPLORER.

Bearing data general

DimensionsThe boundary dimensions of SKF single rowangular contact ball bearings are in accord-ance with ISO 15:1998.

TolerancesBasic design SKF single row angular con-tact ball bearings for single mounting areproduced to Normal tolerances. Standarddesign universally matchable bearings aremanufactured to better than Normal

tolerances.SKF Explorer angular contact ball bearings

are manufactured only as bearings for univer-sal matching with P6 dimensional accuracyand P5 running accuracy.

The values for tolerances correspond toISO 492:2002 and can be found in tablesto , starting on page 125.5

3

409

2Fig

Internal clearance and preloadInternal clearance in single row angularcontact ball bearings is only obtained aftermounting and is dependent on adjustment

against a second bearing, which providesaxial location in the opposite direction.SKF universally matchable bearings are

produced in three different clearance andpreload classes each. The classes forbearing sets with clearance are:

CA small axial clearance, CB Normal axial clearance (standard), CC large axial clearance.

Bearings with clearance class CB are stand-ard. The availability of bearings with otherclearance classes can be obtained frommatrix on page 417. SKF universallymatchable bearings with clearance can becombined in sets of any number of bearings.

The classes for bearing sets with preloadare:

GA light preload (standard), GB moderate preload,

GC heavy preload.

Bearings to GA class preload are standard(matrix on page 417). Bearings withpreload can only be paired in sets of twobearings, in contrast to the SKF universallymatchable bearings with clearance, asotherwise the preload would increase.

1

1

a b c


60/449

Preload of universally matchable single row angular contact ball bearings arranged back-to-back orface-to-face

Bore Preloaddiameter Classd GA GB GCover incl. min max max min max min max min max min max

mm m N m N m N

10 18 +4 4 80 2 10 30 330 8 16 230 66018 30 +4 4 120 2 10 40 480 8 16 340 97030 50 +4 4 160 2 10 60 630 8 16 450 1 280

50 80 +6 6 380 3 15 140 1 500 12 24 1 080 3 050

80 110 +

6

6 410

3

15 150 1 600

12

24 1 150 3 250110 180 +6 6 540 3 15 200 2 150 12 24 1 500 4 300

180 250 +8 8 940 4 20 330 3 700 16 32 2 650 7 500

The values for the clearance classes aregiven in table and for the preload classesin table . The values apply to unmountedbearing sets, arranged back-to-back or

face-to-face, and in case of clearance tozero measuring loads.

2

1


410

2Table

Axial internal clearance of universally matchablesingle row angular contact ball bearings arrangedback-to-back or face-to-face

Bore Axial internal clearancediameter Classd CA CB CC

over incl. min max min max min max

mm m

10 18 5 13 15 23 24 3218 30 7 15 18 26 32 4030 50 9 17 22 30 40 48

50 80 11 23 26 38 48 6080 110 14 26 32 44 55 67110 180 17 29 35 47 62 74

180 250 21 37 45 61 74 90

1Table

C

C

G

G


61/449

MisalignmentSingle row angular contact ball bearingshave only limited ability to accommodatemisalignment. The permissible misalignment

of the shaft relative to the housing that willnot produce inadmissibly high additionalforces depends on the operating clearancein the bearing, bearing size, internal designand the forces and moments acting on thebearing. Because of the complex relationshipbetween the influencing factors, it is notpossible to quote any values that areuniversally valid.

For bearings mounted in sets, particularlythose with small axial internal clearance

mounted in a back-to-back arrangement,misalignment can only be accommodatedby increased ball loads, which will create cagestresses and reduce bearing service life. Anymisalignment of the bearing rings will alsolead to increased running noise.

Influence of operating temperatureon bearing materialSKF angular contact ball bearings undergoa special heat treatment. When equipped

with a steel or brass cage, they can operateat temperatures of up to +150 C.

CagesDepending on size and series, SKF single rowangular contact ball bearings are equippedas standard with one of the cages describedbelow and shown in fig . The availableSKF standard assortment is shown inmatrix on page 417:

The standard cages used for single row

angular contact ball bearings are

injection moulded cage of glass fibre re-inforced polyamide 6,6 (a), ball centred,designation suffix P,

pressed window-type brass cage (b), ballcentred, designation suffix Y,

machined window-type brass cage (c),ball centred, designation suffix M.

Bearings having a pressed sheet steel cage,

designation suffix J, or machined steel cage,designation suffix F, may also be available.Please check availability before ordering.

1

3

411

3Fig

a b c

Note:Bearings with polyamide 6,6 cages can beoperated at temperatures up to +120 C.The lubricants generally used for rolling

bearings do not have a detrimental effect oncage properties, with the exception of a fewsynthetic oils and greases with a syntheticoil base, and lubricants containing a highproportion of EP additives when used athigh temperatures.

For detailed information regarding thetemperature resistance and the applicabilityof cages, please refer to the section Cagematerials, startingon page 140.

Speed ratings for bearing pairsFor bearings arranged in pairs, the referencespeeds provided in the product table forsingle bearings should be reduced byapproximately 20 %.


62/449

whereFam = minimum axial load, kNFrm = minimum radial load, kNC0 = basic static load rating of single

bearing, or bearing pair, kN( product table)

ka = minimum axial load factor accordingto table

kr = minimum radial load factor accordingto table

= oil viscosity at operatingtemperature, mm2/s

n = rotational speed, r/mindm = bearing mean diameter

= 0,5 (d + D), mm

When starting up at low temperatures orwhen the lubricant is highly viscous, evengreater minimum loads may be required.

The weight of the components supported bythe bearing, together with external forces,generally exceeds the requisite minimumload. If this is not the case, the angular con-tact ball bearing must be subjected to anadditional load. Single bearings and bearingpairs arranged in tandem can be axially pre-loaded by adjusting the inner or outer ringsagainst each other, or by using springs.

3

3


412

Minimum load factors

Bearing Minimum load factorsseries ka kr

72 BE 1,4 0,095

72 B 1,2 0,08

73 BE 1,6 0,1

73 B 1,4 0,09

3TableLoad carrying capacity of bearing pairsThe values for basic load ratings and fatigueload limits given in the product table applyto single bearings. For bearing pairs mounted

immediately adjacent to each other thefollowing values apply:

basic dynamic load rating forstandard bearings in all arrangements andfor SKF Explorer bearings in back-to-backor face-to-face arrangementC = 1,62 Csingle bearing

basic dynamic load rating for SKFExplorer bearings in tandem arrangement

C = 2 Csingle bearing

basic static load ratingC0 = 2 C0 single bearing

fatigue load limitPu = 2 Pu single bearing

Minimum loadIn order to provide satisfactory operation,angular contact ball bearings, like all ball and

roller bearings, must always be subjected toa given minimum load, particularly if they areto operate at high speeds or are subjectedto high accelerations or rapid changes in thedirection of load. Under such conditions theinertia forces of the balls and cage, and thefriction in the lubricant, have a detrimentalinfluence on the rolling conditions in thebearing arrangement and may cause dam-aging sliding movements to occur betweenthe balls and raceways.

The requisite minimum load to be appliedto single bearings and bearing pairs arrangedin tandem can be estimated using

C0 n dmFam = ka ( )2

1 000 100 000

and for bearing pairs arranged back-to-backor face-to-face from

n dmFrm = kr ( )2/3

( )2

1 000 100


63/449413

Equivalent dynamic bearing loadFor single bearings and bearings paired intandem

P = Fr when Fa/Fr 1,14P = 0,35 Fr + 0,57 Fa when Fa/Fr > 1,14

When determining the axial force Fa referenceshould be made to the section Determiningaxial force for bearings mounted singly orpaired in tandem.

For bearings mounted in pairs arrangedback-to-back or face-to-face

P = Fr + 0,55 Fa when Fa/Fr 1,14P = 0,57 Fr + 0,93 Fa when Fa/Fr > 1,14

Fr and Fa are the forces acting on thebearing pair.

Equivalent static bearing loadFor single bearings and bearings paired intandem

P0 = 0,5 Fr + 0,26 Fa

If P0 < Fr, then P0 = Fr should be used. Whendetermining the axial force Fa referenceshould be made to the section Determiningaxial force for bearings mounted singly orpaired in tandem.

For bearings mounted in pairs arrangedback-to-back or face-to-face

P0 = Fr + 0,52 Fa

Fr and Fa are the forces acting on thebearing pair.

Determining axial force for bearingsmounted singly or paired in tandemWhen a radial load is applied, the load istransmitted from one raceway to the other

at an angle to the bearing axis and an inter-nal axial force will be induced in single rowangular contact ball bearings. This must beconsidered when calculating the equivalentbearing loads for bearing arrangementsconsisting of two single bearings and/orbearing pairs arranged in tandem.

The necessary equations are given intable , page 414, for the various bearingarrangements and load cases. The equationsare only valid if the bearings are adjusted

against each other to practically zero clear-ance, but without any preload. In the arrange-ments shown, bearing A is subjected to aradial load FrAand bearing B to a radial loadFrB. Both FrAand FrB are always consideredpositive even when they act in the directionopposite to that shown in the figures. Theradial loads act at the pressure centres ofthe bearings (see dimension a in theproduct table).

Variable R

The variable R from table takes intoaccount the contact conditions inside thebearing. The values for R can be obtainedfrom diagram , page 415, as a function ofthe ratio Ka/C. Ka is the external axial loadacting on the shaft or on the housing and C isthe basic dynamic load rating of the bearing,which must accommodate the external axialload. For Ka = 0 use R = 1.

1

4

4


64/449

Axial loading of bearing arrangements incorporating two single row B or BE design angular contact ball bearingsand/or bearing pairs in tandem

Bearing arrangement Load case Axial forces

Back-to-back Case 1a

FrA FrB FaA= R FrA FaB = FaA+ Ka

Ka 0

Case 1b

FrA < FrB FaA= R FrA FaB = FaA+ Ka

Ka R (FrB FrA)Face-to-face

Case 1c

FrA < FrB FaA= FaB Ka FaB = R FrB

Ka < R (FrB FrA)

Case 2a

Back-to-back FrA FrB FaA= FaB + Ka FaB = R FrB

Ka 0

Case 2b

FrA > FrB FaA= FaB + Ka FaB = R FrB

Ka R (FrA FrB)

Face-to-face

Case 2c

FrA > FrB FaA= R FrA FaB = FaA Ka

Ka < R (FrA FrB)


414

4Table

B A

Ka

FF

rB

rA

A B

Ka

FF

rArB

B A

Ka

FF

rB

rA

A B

Ka

FF

rArB


65/449415

Supplementary designationsThe designation suffixes used to identifycertain features of SKF single row angularcontact ball bearings are explained in the

following.

A 30 contact angleAC 25 contact angleB 40 contact angleCA Bearing for universal matching in

random order; when arranged back-to-back or face-to-face the axialinternal clearance will be smallerthan Normal (CB)

CB Bearing for universal matching in

random order; when arranged back-to-back or face-to-face the axialinternal clearance will be Normal

CC Bearing for universal matching inrandom order; when arranged back-to-back or face-to-face the axialinternal clearance will be greaterthan Normal (CB)

DB Two bearings matched back-to-backDF Two bearings matched face-to-faceDT Two bearings matched in tandem

E Optimized internal designF Machined steel cageGA Bearing for universal matching

mounted in random order; whenarranged back-to-back or face-to-face there will be a light preload

GB Bearing for universal matchingmounted in random order; whenarranged back-to-back or face-to-face there will be a moderate preload

GC Bearing for universal matchingmounted in random order; whenarranged back-to-back or face-to-face there will be a heavy preload

J Pressed steel cage, ball centredM Machined brass cage, ball centred,

different designs are identified bya figure, e.g. M1

N1 One locating slot in the outer ringN2 Two locating slots in the outer ring,

positioned at 180 to each other

P Injection moulded cage of glass fibrereinforced polyamide 6,6, ball centred

P5 Dimensional and running accuracyto ISO tolerance class 5

P6 Dimensional and running accuracyto ISO tolerance class 6

W64 Solid Oil fillingY Pressed window-type brass cage,

ball centred

1,00

0,98

0,96

0,94

0,92

0,90

0,88

0,86

0,84

0,82

0,80

0,00 0,10 0,20 0,30 0,40 K /Ca

R

1Diagram


66/449

Design of bearingarrangements

When designing bearing arrangements in-corporating single row angular contact ballbearings, remember that these bearingsmust either be used with a second bearingor in sets ( fig ).

When two single row angular contact ballbearings are used, they must be adjustedagainst each other until the requisite preloador clearance is obtained ( section Bearingpreload, starting on page 206).

Where bearings for universal pairing are

used and the bearings are mounted immedi-ately adjacent to each other, there is no needfor adjustment. The requisite preload orclearance is obtained by choosing bearingsfrom an appropriate preload or clearanceclass and by applying suitable fits for thebearings on the shaft and in the housing.

It is important for proper bearing perform-ance and for the operational reliability ofthe arrangement that the bearings are cor-rectly adjusted, or that the correct choice of

preload or clearance has been made. If theclearance of the bearing in operation is toolarge, the load carrying capacity of the bear-

4


416

4Fig

ings will not be fully utilized; on the otherhand, excessive preload will produce morefriction and higher operating temperatures,leading to a reduction in bearing service life.

It should also be remembered that with 72 Band 73 B series single row angular contactball bearings (40 contact angle), correctrolling conditions will only be achieved in thebearing when the load ratio Fa/Fr 1.

Special attention should also be paid toback-to-back and face-to-face arrangementswhere the axial load acts predominantly inone direction. This creates an unfavourablerolling condition for the balls of the unloadedbearing and can lead to noise, discontinuity

in the lubricant film and increased stressingof the cage. Under these conditions, zerooperational clearance is best and should beattained, for example, by using springs. Foradditional information contact the SKFapplication engineering service.


67/449

SKF single row angular contact ball bearings standard assortment

For other dimension series, sizes and designs, please consult the SKF Interactive Engineering Catalogueon CD-ROM or online at www.skf.com

417

10

12

15

17

20

25

30

35

40

45

50

55

60

65

70

75

80

85

90

95

100

105

110

120

130

140

150

160

170

180

190

200

220

240

00

01

02

03

04

05

06

07

08

09

10

11

12

13

14

15

16

17

18

19

20

21

22

24

26

28

30

32

34

36

38

40

44

48

Universally matchable bearings Basic designbearings

72

BECBP

72

BEGAP

72

BEGBP

72

BECBY

72

BEGAY

72

B(E)CBM

72

B(E)GAM

73

BECAP

73

BECBP

73

BEGAP

73

BEGBP

73

BECBY

73

BEGBY

73

B(E)CBM

73

BECCM

73

BEGAM

73

B(E)GBM

72

BEP

72

BEY

72

B(E)M

73

BEP

73

BEY

73

B(E)M

Borediameter,mm

Bearingsize

SKF Explorer bearings

Other SKF standardbearings

1Matrix


68/449

Principal Basic load ratings Fatigue Speed ratings Mass Designations1)

dimensions dynamic static load Refer- Limiting Universally Basiclimit ence speed matchable design

d D B C C0 Pu speed bearing bearing

mm kN kN r/min kg

10 30 9 7,02 3,35 0,14 30 000 30 000 0,030 7200 BECBP 7200 BEP

12 32 10 7,61 3,8 0,16 26 000 26 000 0,036 7201 BECBP 7201 BEP37 12 10,6 5 0,208 24 000 24 000 0,063 7301 BEP

15 35 11 8,84 4,8 0,204 24 000 24 000 0,045 7202 BECBP 7202 BEP42 13 13 6,7 0,28 20 000 20 000 0,081 7302 BECBP 7302 BEP

17 40 12 11 5,85 0,25 22 000 22 000 0,064 *7203 BECBP 40 12 10,4 5,5 0,236 20 000 20 000 0,064 7203 BEP40 12 11,1 6,1 0,26 20 000 20 000 0,064 7203 BEY 40 12 11 5,85 0,25 22 000 22 000 0,070 *7203 BECBM 47 14 15,9 8,3 0,355 19 000 19 000 0,11 7303 BECBP 7303 BEP

20 47 14 14 8,3 0,355 18 000 18 000 0,11 7204 BECBP 7204 BEP47 14 14 8,3 0,355 18 000 18 000 0,11 7204 BECBY 47 14 13,3 7,65 0,325 18 000 19 000 0,11 7204 BECBM 52 15 19 10 0,425 18 000 18 000 0,14 *7304 BECBP 52 15 17,4 9,5 0,4 16 000 16 000 0,14 7304 BEP52 15 19 10,4 0,44 16 000 16 000 0,15 7304 BECBY 7304 BEY52 15 19 10 0,425 18 000 18 000 0,15 *7304 BECBM

25 52 15 15,6 10 0,43 17 000 17 000 0,13 *7205 BECBP 52 15 14,8 9,3 0,4 15 000 15 000 0,13 7205 BEP52 15 15,6 10,2 0,43 15 000 15 000 0,13 7205 BECBY 7205 BEY52 15 15,6 10 0,43 17 000 17 000 0,14 *7205 BECBM 62 17 26,5 15,3 0,655 15 000 15 000 0,23 *7305 BECBP 62 17 24,2 14 0,6 14 000 14 000 0,23 7305 BEP62 17 26 15,6 0,655 14 000 14 000 0,24 7305 BECBY 7305 BEY62 17 26,5 15,3 0,655 15 000 15 000 0,24 *7305 BECBM

30 62 16 24 15,6 0,655 14 000 14 000 0,19 *7206 BECBP 62 16 22,5 14,3 0,61 13 000 13 000 0,19 7206 BEP62 16 23,8 15,6 0,655 13 000 13 000 0,21 7206 BECBY 7206 BEY62 16 24 15,6 0,655 14 000 14 000 0,21 *7206 BECBM 72 19 35,5 21,2 0,9 13 000 13 000 0,33 *

7306 BECBP 72 19 32,5 19,3 0,815 12 000 12 000 0,33 7306 BEP72 19 34,5 21,2 0,9 12 000 12 000 0,37 7306 BECBY 7306 BEY72 19 35,5 21,2 0,9 13 000 13 000 0,37 *7306 BECBM

418

a

DD

B

d d

rr

r

rr

rr

r12

34

12

12

1 1d2

Single row angular contact ball bearingsd 10 30 mm

*SKF Explorer bearing1) For available final variantsmatrix 1 on page 417


69/449


d d1 d2 D1 r1,2 r3,4 a da Da Db ra rb~ ~ ~ min min min max max max max

mm mm

10 18,3 14,6 22,9 0,6 0,3 13 14,2 25,8 27,6 0,6 0,3

12 20,2 16,6 25 0,6 0,3 14,4 16,2 27,8 29,6 0,6 0,321,8 17 28,3 1 0,6 16,3 17,6 31,4 32,8 1 0,6

15 22,7 19 27,8 0,6 0,3 16 19,2 30,8 32,6 0,6 0,326 20,7 32,6 1 0,6 18,6 20,6 36,4 37,8 1 0,6

17 26,3 21,7 31,2 0,6 0,6 18 21,2 35,8 35,8 0,6 0,626,3 21,7 31,2 0,6 0,6 18 21,2 35,8 35,8 0,6 0,626,3 21,7 31,2 0,6 0,6 18 21,2 35,8 35,8 0,6 0,626,3 21,7 31,2 0,6 0,6 18 21,2 35,8 35,8 0,6 0,628,7 22,8 36,2 1 0,6 20,4 22,6 41,4 42,8 1 0,6

20 30,8 25,9 37 1 0,6 21 25,6 41,4 42,8 1 0,630,8 25,9 37 1 0,6 21 25,6 41,4 42,8 1 0,630,8 25,9 37 1 0,6 21 25,6 41,4 42,8 1 0,633,3 26,8 40,4 1,1 0,6 22,8 27 45 47,8 1 0,633,3 26,8 40,4 1,1 0,6 22,8 27 45 47,8 1 0,6

33,3 26,8 40,4 1,1 0,6 22,8 27 45 47,8 1 0,633,3 26,8 40,4 1,1 0,6 22,8 27 45 47,8 1 0,6

25 36,1 30,9 41,5 1 0,6 23,7 30,6 46,4 47,8 1 0,636,1 30,9 41,5 1 0,6 23,7 30,6 46,4 47,8 1 0,636,1 30,9 41,5 1 0,6 23,7 30,6 46,4 47,8 1 0,636,1 30,9 41,5 1 0,6 23,7 30,6 46,4 47,8 1 0,639,8 32,4 48,1 1,1 0,6 26,8 32 55 57,8 1 0,639,8 32,4 48,1 1,1 0,6 26,8 32 55 57,8 1 0,639,8 32,4 48,1 1,1 0,6 26,8 32 55 57,8 1 0,639,8 32,4 48,1 1,1 0,6 26,8 32 55 57,8 1 0,6

30 42,7 36,1 50,1 1 0,6 27,3 35,6 56,4 57,8 1 0,642,7 36,1 50,1 1 0,6 27,3 35,6 56,4 57,8 1 0,642,7 36,1 50,1 1 0,6 27,3 35,6 56,4 57,8 1 0,642,7 36,1 50,1 1 0,6 27,3 35,6 56,4 57,8 1 0,6

46,6 37,9 56,5 1,1 0,6 31 37 65 67,8 1 0,646,6 37,9 56,5 1,1 0,6 31 37 65 67,8 1 0,646,6 37,9 56,5 1,1 0,6 31 37 65 67,8 1 0,646,6 37,9 56,5 1,1 0,6 31 37 65 67,8 1 0,6

419

daDa

ra

ra

D

ra

b

rb


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mm kN kN r/min kg

35 72 17 31 20,8 0,88 12 000 12 000 0,28 *7207 BECBP 72 17 29,1 19 0,815 11 000 11 000 0,28 7207 BEP72 17 30,7 20,8 0,88 11 000 11 000 0,30 7207 BECBY 7207 BEY 72 17 31 20,8 0,88 12 000 12 000 0,30 *7207 BECBM 80 21 41,5 26,5 1,14 11 000 11 000 0,45 *7307 BECBP 80 21 39 24,5 1,04 10 000 10 000 0,45 7307 BEP80 21 39 24,5 1,04 10 000 10 000 0,49 7307 BECBY 7307 BEY 80 21 41,5 26,5 1,14 11 000 11 000 0,49 *7307 BECBM

40 80 18 36,5 26 1,1 11 000 11 000 0,37 *7208 BECBP 80 18 34,5 24 1,02 10 000 10 000 0,37 7208 BEP80 18 36,4 26 1,1 10 000 10 000 0,38 7208 BECBY 7208 BEY 80 18 36,5 26 1,1 11 000 11 000 0,39 *7208 BECBM 80 18 34,5 24 1,02 10 000 10 000 0,39 7208 BEM90 23 50 32,5 1,37 10 000 10 000 0,61 *7308 BECBP 90 23 46,2 30,5 1,13 9 000 9 000 0,61 7308 BEP90 23 49,4 33,5 1,4 9 000 9 000 0,64 7308 BECBY 7308 BEY 90 23 50 32,5 1,37 10 000 10 000 0,68 *7308 BECBM

45 85 19 38 28,5 1,22 10 000 10 000 0,42 *7209 BECBP 85 19 35,8 26 1,12 9 000 9 000 0,42 7209 BEP85 19 37,7 28 1,2 9 000 9 000 0,43 7209 BECBY 7209 BEY 85 19 38 28,5 1,22 10 000 10 000 0,44 *7209 BECBM 100 25 61 40,5 1,73 9 000 9 000 0,82 *7309 BECBP 100 25 55,9 37,5 1,73 8 000 8 000 0,82 7309 BEP100 25 60,5 41,5 1,73 8 000 8 000 0,86 7309 BECBY 7309 BEY 100 25 61 40,5 1,73 9 000 9 000 0,90 *7309 BECBM

50 90 20 40 31 1,32 9 000 9 000 0,47 *7210 BECBP 90 20 37,7 28,5 1,22 8 500 8 500 0,47 7210 BEP90 20 39 30,5 1,29 8 500 8 500 0,47 7210 BECBY 7210 BEY 90 20 40 31 1,32 9 000 9 000 0,51 *7210 BECBM 110 27 75 51 2,16 8 000 8 000 1,04 *7310 BECBP 110 27 68,9 47,5 2 7 500 7 500 1,04 7310 BEP110 27 74,1 51 2,2 7 500 7 500 1,13 7310 BECBY 7310 BEY

110 27 75 51 2,16 8 000 8 000 1,16 *7310 BECBM

55 100 21 48,8 38 1,63 7 500 7 500 0,62 7211 BECBP 7211 BEP100 21 48,8 38 1,63 7 500 7 500 0,62 7211 BECBY 7211 BEY 100 21 46,2 36 1,53 7 500 8 000 0,66 7211 BECBM

420

Single row angular contact ball bearingsd 35 55 mm

*SKF Explorer bearing1) For available final variantsmatrix 1 on page 417

a

DD

B

d d

rr

r

rr

rr

r12

34

12

12

1 1d2


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d d1 d2 D1 r1,2 r3,4 a da Da Db ra rb~ ~ ~ min min min max max max max

mm mm

35 49,7 42 58,3 1,1 0,6 31 42 65 67,8 1 0,649,7 42 58,3 1,1 0,6 31 42 65 67,8 1 0,649,7 42 58,3 1,1 0,6 31 42 65 67,8 1 0,649,7 42 58,3 1,1 0,6 31 42 65 67,8 1 0,652,8 43,6 63,3 1,5 1 35 44 71 74,4 1,5 152,8 43,6 63,3 1,5 1 35 44 71 74,4 1,5 152,8 43,6 63,3 1,5 1 35 44 71 74,4 1,5 152,8 43,6 63,3 1,5 1 35 44 71 74,4 1,5 1

40 56,3 48,1 65,6 1,1 0,6 34 47 73 75,8 1 0,656,3 48,1 65,6 1,1 0,6 34 47 73 75,8 1 0,656,3 48,1 65,6 1,1 0,6 34 47 73 75,8 1 0,656,3 48,1 65,6 1,1 0,6 34 47 73 75,8 1 0,656,3 48,1 65,6 1,1 0,6 34 47 73 75,8 1 0,659,7 49,6 71,6 1,5 1 39 49 81 84,4 1,5 159,7 49,6 71,6 1,5 1 39 49 81 84,4 1,5 159,7 49,6 71,6 1,5 1 39 49 81 84,4 1,5 159,7 49,6 71,6 1,5 1 39 49 81 84,4 1,5 1

45 60,9 52,7 70,2 1,1 0,6 37 52 78 80,8 1 0,660,9 52,7 70,2 1,1 0,6 37 52 78 80,8 1 0,660,9 52,7 70,2 1,1 0,6 37 52 78 80,8 1 0,660,9 52,7 70,2 1,1 0,6 37 52 78 80,8 1 0,666,5 55,3 79,8 1,5 1 43 54 91 94,4 1,5 166,5 55,3 79,8 1,5 1 43 54 91 94,4 1,5 166,5 55,3 79,8 1,5 1 43 54 91 94,4 1,5 166,5 55,3 79,8 1,5 1 43 54 91 94,4 1,5 1

50 65,8 57,7 75,2 1,1 0,6 39 57 83 85,8 1 0,665,8 57,7 75,2 1,1 0,6 39 57 83 85,8 1 0,665,8 57,7 75,2 1,1 0,6 39 57 83 85,8 1 0,665,8 57,7 75,2 1,1 0,6 39 57 83 85,8 1 0,673,8 61,1 88,8 2 1 47 61 99 104 2 173,8 61,1 88,8 2 1 47 61 99 104 2 173,8 61,1 88,8 2 1 47 61 99 104 2 1

73,8 61,1 88,8 2 1 47 61 99 104 2 155 72,4 63,6 83,7 1,5 1 43 64 91 94 1,5 1

72,4 63,6 83,7 1,5 1 43 64 91 94 1,5 172,4 63,6 83,7 1,5 1 43 64 91 94 1,5 1

421

daDa

ra

ra

D

ra

b

rb


72/449


73/449


74/449




mm kN kN r/min kg

80 170 39 143 118 4,5 5 000 5 000 3,64 *7316 BECBP cont. 170 39 135 110 4,15 4 500 4 500 3,64 7316 BEP170 39 143 118 4,5 4 500 4 500 3,70 7316 BECBY 7316 BEY 170 39 143 118 4,5 5 000 5 000 4,03 *7316 BECBM 170 39 135 110 4,15 4 500 4 800 3,80 7316 BEM

85 150 28 95,6 83 3,25 5 000 5 000 1,83 7217 BECBP 7217 BEP150 28 95,6 83 3,25 5 000 5 000 1,83 7217 BECBY 150 28 95,6 83 3,25 5 000 5 300 1,99 7217 BECBM 180 41 156 132 4,9 4 800 4 800 4,26 *7317 BECBP 180 41 146 112 4,5 4 300 4 300 4,26 7317 BEP180 41 153 132 4,9 4 300 4 300 4,59 7317 BECBY 180 41 156 132 4,9 4 800 4 800 4,74 *7317 BECBM 180 41 146 112 4,5 4 300 4 500 4,74 7317 BEM

90 160 30 108 96,5 3,65 4 500 4 500 2,12 7218 BECBP 7218 BEP160 30 108 96,5 3,65 4 500 4 500 2,34 7218 BECBY 160 30 108 96,5 3,65 4 500 4 800 2,41 7218 BECBM 190 43 166 146 5,3 4 500 4 500 4,98

*7318 BECBP

190 43 156 134 4,8 4 000 4 000 4,98 7318 BEP190 43 165 146 5,2 4 000 4 000 5,22 7318 BECBY 190 43 166 146 5,3 4 500 4 500 5,53 *7318 BECBM 190 43 156 134 4,8 4 000 4 300 5,53 7318 BEM

95 170 32 124 108 4 4 300 4 300 2,68 7219 BECBP 7219 BEP170 32 124 108 4 4 300 4 300 2,82 7219 BECBY 170 32 129 118 4,4 4 800 4 800 2,95 *7219 BECBM 200 45 180 163 5,7 4 300 4 300 5,77 *7319 BECBP 200 45 168 150 5,2 3 800 3 800 5,77 7319 BEP200 45 178 163 5,6 3 800 3 800 6,17 7319 BECBY 200 45 180 163 5,7 4 300 4 300 6,41 *7319 BECBM 200 45 168 150 5,2 3 800 4 000 6,41 7319 BEM

100 180 34 135 122 4,4 4 000 4 000 3,29 7220 BECBP 7220 BEP180 34 135 122 4,4 4 000 4 000 3,38 7220 BECBY 7220 BEY

180 34 135 122 4,4 4 000 4 300 3,617220 BECBM

215 47 216 2

Documents

General Catalogue 351-800.pdf