ISO tolerances

ISO tolerances for bores

The fit, ➤ Figure and tables, is determined by the ISO tolerances for housings in accordance with ISO 286-2 in conjunction with the tolerances for the outside diameter of the bearings.

ISO tolerances for bores

ES = upper deviation · EI = lower deviation · IT = fundamental tolerance · (H = fundamental deviation)

Zero line ·

Housing ·

Clearance fit ·

Transition fit ·

Interference fit

Limit deviations for bores

Nominal housing bore diameter in mm
G7	+12 +2	+16 +4	+20 +5	+24 +6	+28 +7	+34 +9	+40 +10	+47 +12	+54 +14	+61 +15
H6	+6 0	+8 0	+9 0	+11 0	+13 0	+16 0	+19 0	+22 0	+25 0	+29 0
H7	+10 0	+12 0	+15 0	+18 0	+21 0	+25 0	+30 0	+35 0	+40 0	+46 0
H8	+14 0	+18 0	+22 0	+27 0	+33 0	+39 0	+46 0	+54 0	+63 0	+72 0
H9	+25 0	+30 0	+36 0	+43 0	+52 0	+62 0	+74 0	+87 0	+100 0	+115 0
J6	+2 –4	+5 –3	+5 –4	+6 –5	+8 –5	+10 –6	+13 –6	+16 –6	+18 –7	+22 –7
J7	+4 –6	+6 –6	+8 –7	+10 –8	+12 –9	+14 –11	+18 –12	+22 –13	+26 –14	+30 –16
K7	0 –10	+3 –9	+5 –10	+6 –12	+6 –15	+7 –18	+9 –21	+10 –25	+12 –28	+13 –33
K8	0 –14	+5 –13	+6 –16	+8 –19	+10 –23	+12 –27	+14 –32	+16 –38	+20 –43	+22 –50
M7	–2 –12	0 –12	0 –15	0 –18	0 –21	0 –25	0 –30	0 –35	0 –40	0 –46
N7	–4 –14	–4 –16	–4 –19	–5 –23	–7 –28	–8 –33	–9 –39	–10 –45	–12 –52	–14 –60

Nominal housing bore diameter in mm

over

incl.

–

120

180

250

Housing deviation in μm

+12

+16

+20

+24

+28

+34

+40

+10

+47

+12

+54

+14

+61

+15

+11

+13

+16

+19

+22

+25

+29

+10

+12

+15

+18

+21

+25

+30

+35

+40

+46

+14

+18

+22

+27

+33

+39

+46

+54

+63

+72

+25

+30

+36

+43

+52

+62

+74

+87

+100

+115

–4

–3

–4

–5

+10

–6

+13

–6

+16

–6

+18

–7

+22

–7

–6

–7

+10

–8

+12

–9

+14

–11

+18

–12

+22

–13

+26

–14

+30

–16

–10

–9

–10

–12

–15

–18

–21

+10

–25

+12

–28

+13

–33

–14

–13

–16

–19

+10

–23

+12

–27

+14

–32

+16

–38

+20

–43

+22

–50

–2

–12

–15

–18

–21

–25

–30

–35

–40

–46

–4

–14

–4

–16

–4

–19

–5

–23

–7

–28

–8

–33

–9

–39

–10

–45

–12

–52

–14

–60

Limit deviations for bores

Nominal bore diameter in mm
G7	+69 +17	+75 +18	+83 +20	+92 +22	+104 +24	+116 +26	+133 +28	+155 +30
H6	+32 0	+36 0	+40 0	+44 0	+50 0	+56 0	+66 0	+78 0
H7	+52 0	+57 0	+63 0	+70 0	+80 0	+90 0	+105 0	+125 0
H8	+81 0	+89 0	+97 0	+110 0	+125 0	+140 0	+165 0	+195 0
H9	+130 0	+140 0	+155 0	+175 0	+200 0	+230 0	+260 0	+310 0
J6	+25 –7	+29 –7	+33 –7	‒	‒	‒	‒	‒
J7	+36 –16	+39 –18	+43 –20	‒	‒	‒	‒	‒
K7	+16 –36	+17 –40	+18 –45	0 –70	0 –80	0 –90	0 –105	0 –125
K8	+25 –56	+28 –61	+29 –68	0 –110	0 –125	0 –140	0 –165	0 –195
M7	0 –52	0 –57	0 –63	–26 –96	–30 –110	–34 –124	–40 –145	–48 –173
N7	–14 –66	–16 –73	–17 –80	–44 –114	–50 –130	–56 –146	–66 –171	–78 –203

Nominal bore diameter in mm

over

incl.

250

315

400

500

630

800

1 000

1 250

1 600

Bore deviation in μm

+69

+17

+75

+18

+83

+20

+92

+22

+104

+24

+116

+26

+133

+28

+155

+30

+32

+36

+40

+44

+50

+56

+66

+78

+52

+57

+63

+70

+80

+90

+105

+125

+81

+89

+97

+110

+125

+140

+165

+195

+130

+140

+155

+175

+200

+230

+260

+310

+25

–7

+29

–7

+33

–7

‒

+36

–16

+39

–18

+43

–20

‒

+16

–36

+17

–40

+18

–45

–70

–80

–90

–105

–125

+25

–56

+28

–61

+29

–68

–110

–125

–140

–165

–195

–52

–57

–63

–26

–96

–30

–110

–34

–124

–40

–145

–48

–173

–14

–66

–16

–73

–17

–80

–44

–114

–50

–130

–56

–146

–66

–171

–78

–203

ISO tolerances for shafts

The fit, ➤ Figure and tables, is determined by the ISO tolerances for the shaft in accordance with ISO 286-2 in conjunction with the tolerances for the bore diameter of the bearings.

ISO tolerances for shafts

es = upper limit deviation · ei = lower limit deviation · IT = fundamental tolerance · (H = fundamental deviation)

Zero line ·

Shaft ·

Clearance fit ·

Transition fit ·

Interference fit

Limit deviations for shafts

Nominal bore diameter in mm
e7	–14 –24	–20 –32	–25 –40	–32 –50	–40 –61	–50 –75	–60 –90	–72 –107
f7	–6 –16	–10 –22	–13 –28	–16 –34	–20 –41	–25 –50	–30 –60	–36 –71
g6	–2 –8	–4 –12	–5 –14	–6 –17	–7 –20	–9 –25	–10 –29	–12 –34
h6	0 –6	0 –8	0 –9	0 –11	0 –13	0 –16	0 –19	0 –22
h7	0 –10	0 –12	0 –15	0 –18	0 –21	0 –25	0 –30	0 –35
h8	0 –14	0 –18	0 –22	0 –27	0 –33	0 –39	0 –46	0 –54
j6	+4 –2	+6 –2	+7 –2	+8 –3	+9 –4	+11 –5	+12 –7	+13 –9
j7	+6 –4	+8 –4	+10 –5	+12 –6	+13 –8	+15 –10	+18 –12	+20 –15
k6	+6 0	+9 +1	+10 +1	+12 +1	+15 +2	+18 +2	+21 +2	+25 +3
m6	+8 +2	+12 +4	+15 +6	+18 +7	+21 +8	+25 +9	+30 +11	+35 +13
n6	+10 +4	+16 +8	+19 +10	+23 +12	+28 +15	+33 +17	+39 +20	+45 +23
p6	+12 +6	+20 +12	+24 +15	+29 +18	+35 +22	+42 +26	+51 +32	+59 +37
r6	+16 +10	+23 +15	+28 +19	+34 +23	+41 +28	+50 +34	+60 +41	+62 +43	+73 +51	+76 +54

Nominal bore diameter in mm

over

incl.

–

100

120

Shaft deviation in μm

–14

–24

–20

–32

–25

–40

–32

–50

–40

–61

–50

–75

–60

–90

–72

–107

–6

–16

–10

–22

–13

–28

–16

–34

–20

–41

–25

–50

–30

–60

–36

–71

–2

–8

–4

–12

–5

–14

–6

–17

–7

–20

–9

–25

–10

–29

–12

–34

–6

–8

–9

–11

–13

–16

–19

–22

–10

–12

–15

–18

–21

–25

–30

–35

–14

–18

–22

–27

–33

–39

–46

–54

–2

–3

–4

+11

–5

+12

–7

+13

–9

–4

+10

–5

+12

–6

+13

–8

+15

–10

+18

–12

+20

–15

+10

+12

+15

+18

+21

+25

+12

+15

+18

+21

+25

+30

+11

+35

+13

+10

+16

+19

+10

+23

+12

+28

+15

+33

+17

+39

+20

+45

+23

+12

+20

+12

+24

+15

+29

+18

+35

+22

+42

+26

+51

+32

+59

+37

+16

+10

+23

+15

+28

+19

+34

+23

+41

+28

+50

+34

+60

+41

+62

+43

+73

+51

+76

+54

Limit deviations for shafts

Nominal bore diameter in mm
e7	–85 –125	–100 –146	–110 –162	–125 –182
f7	–43 –83	–50 –96	–56 –108	–62 –119
g6	–14 –39	–15 –44	–17 –49	–18 –54
h6	0 –25	0 –29	0 –32	0 –36
h7	0 –40	0 –46	0 –52	0 –57
h8	0 –63	0 –72	0 –81	0 –89
j6	+14 –11	+16 –13	+16 –16	+18 –18
j7	+22 –18	+25 –21	+26 –26	+29 –28
k6	+28 +3	+33 +4	+36 +4	+40 +4
m6	+40 +15	+46 +17	+52 +20	+57 +21
n6	+52 +27	+60 +31	+66 +34	+73 +37
p6	+68 +43	+79 +50	+88 +56	+98 +62
r6	+88 +63	+90 +65	+93 +68	+106 +77	+109 +80	+113 +84	+126 +94	+130 +98	+144 +108	+150 +114

Nominal bore diameter in mm

over

incl.

120

140

160

180

200

225

250

280

315

355

400

Shaft deviation in μm

–85

–125

–100

–146

–110

–162

–125

–182

–43

–83

–50

–96

–56

–108

–62

–119

–14

–39

–15

–44

–17

–49

–18

–54

–25

–29

–32

–36

–40

–46

–52

–57

–63

–72

–81

–89

+14

–11

+16

–13

+16

–16

+18

–18

+22

–18

+25

–21

+26

–26

+29

–28

+28

+33

+36

+40

+15

+46

+17

+52

+20

+57

+21

+52

+27

+60

+31

+66

+34

+73

+37

+68

+43

+79

+50

+88

+56

+98

+62

+88

+63

+90

+65

+93

+68

+106

+77

+109

+80

+113

+84

+126

+94

+130

+98

+144

+108

+150

+114

Limit deviations for shafts

Nominal bore diameter in mm
e7	–135 –198	–145 –215	–160 –240	–170 –260
f7	–68 –131	–76 –146	–80 –160	–86 –176
g6	–20 –60	–22 –66	–24 –74	–26 –82
h6	0 –40	0 –44	0 –50	0 –56
h7	0 –63	0 –70	0 –80	0 –90
h8	0 –97	0 –110	0 –125	0 –140
j6	+20 –20	–	–	–
j7	+31 –32	–	–	–
k6	+45 +5	+44 0	+50 0	+56 0
m6	+63 +23	+70 +26	+80 +30	+90 +34
n6	+80 +40	+88 +44	+100 +50	+112 +56
p6	+108 +68	+122 +78	+138 +88	+156 +100
r6	+166 +126	+172 +132	+194 +150	+199 +155	+225 +175	+235 +185	+266 +210	+276 +220

Nominal bore diameter in mm

over

incl.

400

450

500

560

630

710

800

900

1 000

Shaft deviation in μm

–135

–198

–145

–215

–160

–240

–170

–260

–68

–131

–76

–146

–80

–160

–86

–176

–20

–60

–22

–66

–24

–74

–26

–82

–40

–44

–50

–56

–63

–70

–80

–90

–97

–110

–125

–140

+20

–20

–

+31

–32

–

+45

+44

+50

+56

+63

+23

+70

+26

+80

+30

+90

+34

+80

+40

+88

+44

+100

+50

+112

+56

+108

+68

+122

+78

+138

+88

+156

+100

+166

+126

+172

+132

+194

+150

+199

+155

+225

+175

+235

+185

+266

+210

+276

+220