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Crossed Roller Bearings SX 01 1814 SX 01 1818 SX 01 1820

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Slewing_bearing

Table 2 · Mounting dimensions for the adjacent construction
Designation Mounting dimensions in mm Fixing screw Grade 10.9
di
h7 (h6)		 Da
K7 (K6)		 t s min. dRa dRi DRi DRa Li max. La min. Dimensions Quantity
SX 01 1814 70 90 10 –0,005
–0,015		 8 78 42 82 118 60 100 M5 18
SX 01 1818 90 115 13 –0,005
–0,020		 10 100 61 104 144 80 125 M5 24
SX 01 1820 100 125 13 –0,005
–0,020		 10 110 71 114 154 90 135 M5 24
SX 01 1824 120 150 16 –0,005
–0,025		 12 132 84 138 186 108 162 M6 24
SX 01 1828 140 175 18 –0,005
–0,030		 14 154 94 160 221 124 191 M8 24
SX 01 1832 160 200 20 –0,02
–0,05		 15 177 111 183 249 144 216 M8 24
SX 01 1836 180 225 22 –0,02
–0,05		 17 199 121 205 284 160 245 M10 24
SX 01 1840 200 250 24 –0,02
–0,06		 18 221 139 229 311 180 270 M10 24
SX 01 1848 240 300 28 –0,02
–0,06		 21 266 166 274 374 216 324 M12 24
SX 01 1860 300 380 38 –0,04
–0,10		 29 335 201 345 479 268 412 M16 24
SX 01 1868 340 420 38 –0,04
–0,10		 29 375 241 385 519 308 452 M16 24
SX 01 1880 400 500 46 –0,04
–0,10		 35 445 275 455 625 360 540 M20 24
SX 01 18/500 500 620 56 –0,04
–0,10		 42 554 350 566 770 452 668 M24 24
dRa
1    Note!
Retaining rings do not support forces!
2   Provide grooves, threaded extraction holes, etc. for dismantling!		                                                       di
1             2        DIN 912                                                                       Li
dRi
s                                                                                                                                      s
t
s                                                                                                                                      s
2
DIN 6 912                                                                                         DRi
Da La DRa
Figure 5 · Design of bearing arrangements – mounting dimensions
31
Crossed roller bearings
Series  SX
Dimension table · Dimensions in mm
Designation No.4) Mass
=
kg		 Dimensions Fixing screws
Fr perm (friction locking)
kN		 Running accuracy relative to raceway
DM di
K6		 Da
h6		 H1) h1) da Di rs
min.		 S2) radial axial
SX 01 1814 g 0.3 80 70+0,004
–0,015		 90–0,022 10±0,10 10–0,01 79.5 80.5 0.6 1.2 7.5 0.010 0.010
SX 01 1818 g 0.4 102 90+0,004
–0,018		 115–0,022 13±0,12 13–0,01 101.5 102.5 1 2 10 0.010 0.010
SX 01 1820 g 0.5 112 100+0,004
–0,018		 125–0,025 13±0,12 13–0,01 111.5 112.5 1 2 10 0.010 0.010
SX 01 1824 0.8 135 120+0,004
–0,018		 150–0,025 16±0,12 16–0,01 134.4 135.6 1 2 23 0.010 0.010
SX 01 1828 g 1.1 157 140+0,004
–0,021		 175–0,025 18±0,12 18–0,01 156.3 157.7 1.1 2.5 42.3 0.015 0.010
SX 01 1832 1.7 180 160+0,004
–0,021		 200–0,029 20±0,12 20–0,025 179.2 180.8 1.1 2.5 42.3 0.015 0.010
1)  H:section height of bearing, h: height of individual ring.
2)  Lubrication hole: 3 holes spaced evenly about the circumference.
3)  Basic load ratings in radial direction: for radial loads only.
4)  See static limiting load diagram Raceway and Fixing screws.
100
kNm
M0q
10
6          5                                     4                    3               2
1
0,1
—300                      —200                       —100                           0
Equivalent axial bearing load (static) F0q
Static limiting load diagram Fixing screws – compressive load		 1 100 200 kN 300
132 488
Equivalent tilting moment load (static)
48
DM
r
H                                                                                                           S
da
di
h
D i
Da
SX
Standard clearance Low clearance RLO preload VSP Basic load ratings Limiting speeds Dimensionally identical to
ISO
dimension series 18
radial clearance axial tilting clearance radial clearance
max.		 preload
max.		 min. max. axial radial3) with standard clearance with preload
min. max. min. max. dyn. Ca kN stat. C0a kN dyn. Cr kN stat. C0r kN nG oil
min–1		 nG grease min–1 nG oil
min–1		 nG grease min–1
0.003 0.015 0.006 0.03 0.003 0.006 0.003 0.015 18 60 12 30 1910 955 955 475 61,814
0.003 0.015 0.006 0.03 0.003 0.006 0.003 0.015 26 96 17 47 1500 750 750 375 61,818
0.005 0.020 0.010 0.04 0.004 0.008 0.005 0.020 28 106 18 52 1360 680 680 340 61,820
0.005 0.020 0.010 0.04 0.004 0.008 0.005 0.020 41 153 26 75 1130 565 565 280 61,824
0.005 0.020 0.010 0.04 0.004 0.008 0.005 0.020 64 237 41 116 975 485 485 240 61,828
0.005 0.020 0.010 0.04 0.004 0.008 0.005 0.020 69 272 44 133 850 425 425 210 61,832
10
kNm
M0q
1
1                      2           3                     4
0,1
0,01
0                             50                            100                          150
Equivalent axial bearing load (static) F0q
Static limiting load diagram Raceway – compressive load		 200 5 250 6 kN 300
132 489
Equivalent tilting moment load (static)
49
Crossed roller bearings
Series  SX
Dimension table · Dimensions in mm
Designation No.4) Mass
=
kg		 Dimensions Running relative to accuracy raceway
DM di
K6		 Da
h6		 H1) h1) da Di rs
min.		 S2) radial axial
SX 01 1836 g 2.3 202 180+0,004
–0,021		 225–0,029 22±0,13 22–0,025 201.2 202.8 1.1 2.5 0.015 0.010
SX 01 1840 3.1 225 200+0,005
–0,024		 250–0,029 24±0,13 24–0,025 224.2 225.8 1.5 2.5 0.015 0.010
SX 01 1848 5.3 270 240+0,005
–0,024		 300–0,032 28±0,13 28–0,025 269.2 270.8 2 2.5 0.020 0.010
SX 01 1860 § 12 340 300+0,005
–0,027		 380–0,036 38±0,14 38–0,05 339.2 340.8 2.1 2.5 0.020 0.010
SX 01 1868 §§ 13.5 380 340+0,007
–0,029		 420–0,040 38±0,14 38–0,05 379.2 380.8 2.1 2.5 0.025 0.010
SX 01 1880 §» 24 450 400+0,007
–0,029		 500–0,040 46±0,15 46–0,05 449 451 2.1 2.5 0.030 0.010
SX 01 18/500 §» 44 560 500+0,008
–0,032		 620–0,044 56±0,16 56–0,05 558.8 561.2 3 2.5 0.040 0.010
1)  H:section height of bearing, h: height of individual ring.
2)  Lubrication hole: 3 holes spaced evenly about the circumference.
3)  Basic load ratings in radial direction: for radial loads only.
4)  See static limiting load diagram Raceway and Fixing screws.
1000
kNm
M0q
100
13                              12              11     10          9        8        7
10
1
—3000                     —2000                      —1000                         0
Equivalent axial bearing load (static) F0q
Static limiting load diagram Fixing screws – compressive load		 1000 2000 kN 3000
132 490
Equivalent tilting moment load (static)
50
DM
r
H                                                                                                           S
da
di
h
D i
Da
SX
Standard clearance Low clearance RLO preload VSP Basic load ratings Limiting speeds Dimensionally identical to
ISO
dimension series 18
radial clearance axial tilting clearance radial clearance
max.		 preload
max.		 min. max. axial radial3) with standard clearance with preload
min. max. min. max. dyn. Ca kN stat. C0a kN dyn. Cr kN stat. C0r kN nG oil
min–1		 nG grease min–1 nG oil
min–1		 nG grease min–1
0.005 0.025 0.010 0.05 0.005 0.010 0.005 0.025 98 381 63 187 755 375 375 185 61,836
0.005 0.025 0.010 0.05 0.005 0.010 0.005 0.025 106 425 68 208 680 340 340 170 61,840
0.010 0.030 0.020 0.06 0.005 0.010 0.005 0.025 149 612 95 300 565 280 280 140 61,848
0.010 0.040 0.020 0.08 0.005 0.010 0.005 0.025 245 1027 156 504 450 225 225 110 61,860
0.010 0.040 0.020 0.08 0.005 0.010 0.005 0.025 265 1148 167 563 400 200 200 100 61,868
0.010 0.050 0.020 0.10 0.005 0.010 0.005 0.025 385 1699 244 833 340 170 170 85 61,880
0.015 0.060 0.030 0.12 0.006 0.012 0.005 0.030 560 2538 355 1244 275 135 135 65 618/500
1000
kNm
M0q  100
10
7         8            9                     10             11
1
0,1
0                                 500                               1000
Equivalent axial bearing load (static) F 0q
Static limiting load diagram Raceway – compressive load		 1500 12 2000 13
kN    2500
132 491
Equivalent tilting moment load (static)
51
Crossed roller bearings
sealed
Series  XV
Dimension table · Dimensions in mm
Designation No.2) Mass
=
kg		 Dimensions Fixing holes
Da
h6		 di
J6		 Ha hi Di da La n  1) B
XV   30 g 0.37 75 +0
–0,019		 30 +0,008
–0,005		 14 15 42.5 41.5 60 12
XV   40 g 0.44 85 +0
–0,022		 40 +0,010
–0,006		 14 15 52.5 51.5 70 12
XV   50 g 0.67 100 +0
–0,022		 50 +0,010
–0,006		 16 17 64.5 63.5 85 12
XV   60 0.75 110 +0
–0,022		 60 +0,013
–0,006		 16 17 74.5 73.5 95 16
XV   70 g 0.84 120 +0
–0,022		 70 +0,013
–0,006		 16 17 84.5 83.5 105 16
XV   80 1.18 135 +0
–0,025		 80 +0,013
–0,006		 18 19 95.5 94.5 120 16
XV   90 g 1.29 145 +0
–0,025		 90 +0,016
–0,006		 18 19 105.5 104.5 130 16
XV 100 2.31 170 +0
–0,025		 100 +0,016
–0,006		 22 23 117.5 116.5 150 16
XV 110 2.48 180 +0
–0,025		 110 +0,016
–0,006		 22 23 127.5 126.5 160 16
1)  Number of holes per ring.
2)  See static limiting load diagram Raceway and Fixing screws.
10
kNm
M0q
1                                                               7         6                       3
9       8
5        4                  2
0,1
—150                       —100                        —50                            0
Equivalent axial bearing load (static) F 0q
Static limiting load diagram Fixing screws – compressive load		 1 50 100 kN 150
132 496
Equivalent tilting moment load (static)
52
øda
A   øds
ts
Ha
2
2
ødi
0.01 A
0.01 A
hi
0˚ ødB øDi
n B1)    øLa
øDa
0.01 A
0.01 A
0.01 A
XV
Fixing screws
Fr perm
(friction locking) kN		 Basic load ratings Limiting speeds
axial radial with preload
min–1		 with clearance
min–1
dB ds ts dyn. Ca kN stat. C0a kN dyn. Cr kN stat. C0r kN
4.6 8 4.6 5 11.6 26 7.4 10.4 910 1819
4.6 8 4.6 5 13.6 34.5 8.7 13.8 735 1469
5.6 10 5.4 8.18 20.6 54 13.1 21.5 597 1194
5.6 10 5.4 10.9 22.6 64 14.4 25.5 516 1032
5.6 10 5.4 10.9 23.6 70 15.1 28 455 910
6.6 11 6.4 15.3 33.5 101 21.4 40.5 402 804
6.6 11 6.4 15.3 35 111 22.3 44.5 364 728
9 15 8.5 28.2 54 163 34.4 65 326 653
9 15 8.5 28.2 57 180 36.2 72 301 602
10
kNm
M0q
1
1                 2            3         4               5                  6
0,1
0,01
0                  20                 40                 60                  80                 100
Equivalent axial bearing load (static) F0q
Static limiting load diagram Raceway – compressive load		 7 120 140 8 160 9
kN     180
132 497
Equivalent tilting moment load (static)
53
Crossed roller bearings
sealed
Series  XSU
Dimension table · Dimensions in mm
Designation No.2) Mass
=
kg		 Dimensions Fixing holes
Da
h6		 di
H6		 Di da La Li n  1) B
XSU 080168 g 3.3 205 +0
–0,029		 130 +0,025
–0		 174 159 190 145 12
XSU 080188 g 3.7 225 +0
–0,029		 150 +0,025
–0		 194 179 210 165 16
XSU 080218 g 4.3 255 +0
–0,032		 180 +0,025
–0		 224 209 240 195 20
XSU 080258 5.1 295 +0
–0,032		 220 +0,029
–0		 264 249 280 235 24
XSU 080318 g 6.3 355 +0
–0,036		 280 +0,032
–0		 324 309 340 295 28
XSU 080398 7.8 435 +0
–0,040		 360 +0,036
–0		 404 389 420 375 36
1)  Number of holes per ring.
2)  See static limiting load diagram Raceway and Fixing screws.
100
kNm
M0q
10
1
6               5       4        3          2          1
0,1
—180       —150       —120        —90         —60         —30           0
Equivalent axial bearing load (static) F 0q
Static limiting load diagram Fixing screws – compressive load		 30 60 90 120 150   kN   180
132 492
Equivalent tilting moment load (static)
54
0.01 A
0.01 A
0.01 A
XSU 08
Fixing screws
Fr perm
(friction locking)
kN		 Basic load ratings Limiting speeds
min–1
axial radial
dyn. Ca kN stat. C0a kN dyn. Cr kN stat. C0r kN
8.18 66 240 42 96 227
10.9 71 275 46 110 203
13.6 77 315 49 127 175
16.4 84 375 54 151 148
19.1 93 465 59 185 120
24.5 106 590 68 236 96
100
kNm
M0q
10
1                 2            3
1
0,1
0                                                            200
Equivalent axial bearing load (static) F0q
Static limiting load diagram Raceway – compressive load		 4 400 5 6 kN 600
132 493
Equivalent tilting moment load (static)
55
Crossed roller bearings
sealed
Series  XSU
Dimension table · Dimensions in mm
Designation No.3) Mass
=
kg		 Dimensions Fixing holes
Da1)
h7		 di1)
H7		 Di da La nB2) Li ni2)
XSU 14 0414 g 28 484 +0
–0,06		 344 +0,06
–0		 415 413 460 24 368 24
XSU 14 0544 g 38 614 +0
–0,07		 474 +0,06
–0		 545 543 590 32 498 32
XSU 14 0644 g 44 714 +0
–0,08		 574 +0,07
–0		 645 643 690 36 598 36
XSU 14 0744 52 814 +0
–0,09		 674 +0,08
–0		 745 743 790 40 698 40
XSU 14 0844 g 60 914 +0
–0,09		 774 +0,08
–0		 845 843 890 40 798 40
XSU 14 0944 67 1014 +0
–0,11		 874 +0,09
–0		 945 943 990 44 898 44
XSU 14 1094 g 77 1164 +0
–0,11		 1024 +0,11
–0		 1095 1093 1140 48 1048 48
1)  Centring lengths: see dimension drawing.
2)  Number of holes per ring.
3)  See static limiting load diagram Raceway and Fixing screws.
1000
kNm
M0q
100
10         7          6
5     4     3      2               1
1
—900                       —600                        — 300                         0
Equivalent axial bearing load (static) F0q
Static limiting load diagram Fixing screws – compressive load		 300 600 kN 900
132 494
Equivalent tilting moment load (static)
56
øda na2)  øL
B               ø14                 i           D
ødi
10
56  44,5                                                              44,5
10
C               ø 14                                     øD i
A                                     na2)                     øL
a
øDa
XSU 14
4 taper type lubrication nipples, DIN 71412 – A M8×1, arranged evenly about the circumference and recessed
Fixing screws
Fr perm
(friction locking)
kN		 Running accuracy relative to raceway Basic load ratings Limiting speeds
min–1
axial radial
A B C D dyn. Ca kN stat. C0a kN dyn. Cr kN stat. C0r kN
98.3 0.04 0.04 0.06 0.06 229 520 146 250 92
131 0.04 0.04 0.07 0.06 270 680 170 330 70
147 0.05 0.05 0.08 0.07 270 680 185 395 59
164 0.05 0.05 0.09 0.08 315 930 200 455 51
164 0.06 0.06 0.09 0.08 340 1050 215 510 45
180 0.06 0.06 0.11 0.09 360 1170 227 580 40
197 0.07 0.07 0.11 0.11 390 1360 246 670 35
1000
kNm
M0q
100
1                          2                   3
10
1
0                       200                     400                      600
Equivalent axial bearing load (static) F0q
Static limiting load diagram Raceway – compressive load		 4
800		 5 1000 6 1200 7 kN     1400
132 495
Equivalent tilting moment load (static)
57
Precision locknuts
Series  AM		 AM 15 to AM 40
c
m                                                  øb
d1
D
t h
d
Dimension table · dimensions in mm
Thread
d		 Designation Mass
= kg		 Dimensions Set screw
Tightening torque
Mm Nm		 Locknut
Ultimate axial load
FaB kN		 Breakaway Tightening torque at     torque Mass moment of inertia
MM
kg · cm2
D h b t d1 c m ML
Nm		 MAL
Nm
M15×1 AM 15 0.06 30 18 4 5 23 5 M4 2 102 20 10 0.089
M17×1 AM 17 0.07 32 18 4 5 26 5 M4 2 120 25 15 0.113
M20×1 AM 20 0.13 38 18 4 6 29.5 5 M6 5 145 45 18 0.225
M25×1,5 AM 25 0.16 45 20 5 6 35 6 M6 5 205 60 25 0.491
M30×1,5 AM 30 0.2 52 20 5 7 40 6 M6 5 246 70 32 0.86
M35×1,5 AM 35/58 0.23 58 20 5 7 48 6 M6 5 282 90 40 1.3
M35×1,5 AM 35 0.33 65 22 6 8 48 6 M6 5 329 100 40 2.41
M40×1,5 AM 40 0.3 65 22 6 8 51 6 M6 5 347 120 55 2.26
M45×1,5 AM 45 0.34 70 22 6 8 56 6 M6 5 360 220 65 2.94
M50×1,5 AM 50 0.43 75 25 6 8 62 8 M6 5 450 280 85 4.34
M60×2 AM 60 0.65 90 26 6 8 75 8 M6 5 547 365 100 9.4
M70×2 AM 70 0.79 100 28 8 10 85 9 M8 10 654 450 130 14.7
M90×2 AM 90 1.58 130 32 8 10 112 13 M8 10 912 1,100 200 49.4
AM 45 to AM 90
137,119
58
Precision locknuts
Series  ZM
ZMA
Dimension table · dimensions in mm
Thread
d		 Designation Mass
= kg		 Dimensions Set screw
Tightening torque
Mm Nm		 Locknut
Ultimate axial load
FaB kN		 Breakaway  Tightening torque at     torque Mass moment of inertia
MM
kg · cm2
D h b t d1 c m ML
Nm		 MAL
Nm
M  6×0,5 ZM 06 0.01 16 8 3 2 12 4 M4 1 17 20 2 0.004
M  8×0,75 ZM 08 0.01 16 8 3 2 12 4 M4 1 23 25 4 0.004
M10×1 ZM 10 0.01 18 8 3 2 14 4 M4 1 31 30 6 0.006
M12×1 ZM 12 0.015 22 8 3 2 18 4 M4 1 38 30 8 0.013
M15×1 ZM 15 0.018 25 8 3 2 21 4 M4 1 50 30 10 0.021
ZMA 15/33 0.08 33 16 4 2 28 8 M5 3 106 30 10 0.14
M17×1 ZM 17 0.028 28 10 4 2 23 5 M5 3 57 30 15 0.401
M20×1 ZM 20 0.035 32 10 4 2 27 5 M5 3 69 40 18 0.068
ZMA 20/38 0.12 38 20 5 2 33 10 M5 3 174 40 18 0.297
ZMA 20/52 0.32 52 25 5 2 47 12.5 M5 3 218 40 18 1.38
M25×1,5 ZM 25 0.055 38 12 5 2 33 6 M6 5 90 60 25 0.157
ZMA 25/45 0.16 45 20 5 2 40 10 M6 5 211 60 25 0.572
ZMA 25/58 0.43 58 28 6 2.5 52 14 M6 5 305 60 25 2.36
M30×1,5 ZM 30 0.075 45 12 5 2 40 6 M6 5 112 70 32 0.304
ZMA 30/52 0.22 52 22 5 2 47 11 M6 5 270 70 32 1.1
ZMA 30/65 0.55 65 30 6 2.5 59 15 M6 5 390 70 32 3.94
M35×1,5 ZM 35 0.099 52 12 5 2 47 6 M6 5 134 80 40 0.537
ZMA 35/58 0.26 58 22 6 2.5 52 11 M6 5 300 80 40 1.66
ZMA 35/70 0.61 70 30 6 2.5 64 15 M6 5 460 80 40 5.2
M40×1,5 ZM 40 0.14 58 14 6 2.5 52 7 M6 5 157 95 55 0.945
ZMA 40/62 0.27 62 22 6 2.5 56 11 M8 15 310 95 55 2.07
ZMA 40/75 0.67 75 30 6 2.5 69 15 M8 15 520 95 55 6.72
M45×1,5 ZM 45 0.17 65 14 6 2.5 59 7 M6 5 181 110 65 1.48
ZMA 45/68 0.35 68 24 6 2.5 62 12 M8 15 360 110 65 3.2
ZMA 45/85 0.92 85 32 7 3 78 16 M8 15 630 110 65 11.9
M50×1,5 ZM 50 0.19 70 14 6 2.5 64 7 M6 5 205 130 85 1.92
ZMA 50/75 0.43 75 25 6 2.5 68 12.5 M8 15 415 130 85 4.89
ZMA 50/92 1.06 92 32 8 3.5 84 16 M8 15 680 130 85 16.1
M55×2 ZM 55 0.23 75 16 7 3 68 8 M6 5 229 150 95 2.77
ZMA 55/98 1.17 98 32 8 3.5 90 16 M8 15 620 150 95 20.5
59
c
m
D
t
d1
d
0.5
h
b
ZM, ZMA
Dimension table (continued) · Dimensions in mm
Thread
d		 Designation Mass
= kg		 Dimensions Set screw
Tightening torque
Mm Nm		 Locknut
Ultimate axial load
FaB kN		 Breakaway Tightening torque at     torque Mass moment of inertia
MM
kg · cm2
D h b t d1 c m ML
Nm		 MAL
Nm
M  60×2 ZM 60 0.25 80 16 7 3 73 8 5 255 180 100 3.45
ZMA 60/98 1.07 98 32 8 3.5 90 16 15 680 180 100 19.6
M  65×2 ZM 65 0.27 85 16 7 3 78 8 5 280 200 120 4.24
ZMA 65/105 1.21 105 32 8 3.5 97 16 15 750 200 120 25.6
M  70×2 ZM 70 0.36 92 18 8 3.5 85 9 15 305 220 130 6.61
ZMA 70/110 1.4 110 35 8 3.5 102 17.5 15 810 220 130 33
M  75×2 ZM 75 0.4 98 18 8 3.5 90 9 15 331 260 150 8.41
ZMA 75/125 2.11 125 38 8 3.5 117 19 15 880 260 150 62.2
M  80×2 ZM 80 0.46 105 18 8 3.5 95 9 15 355 285 160 11.2
ZMA 80/120 1.33 120 35 10 4 105 17.5 15 810 285 160 44.6
M  85×2 ZM 85 0.49 110 18 8 3.5 102 9 15 385 320 190 13.1
M  90×2 ZM 90 0.7 120 20 10 4 108 10 15 410 360 200 21.8
ZMA 90/130 2.01 130 38 10 4 120 19 15 910 360 200 64.1
ZMA 90/155 3.36 155 38 10 4 146 19 15 1,080 360 200 150
M100×2 ZM 100 0.77 130 20 10 4 120 10 15 465 425 250 28.6
ZMA 100/140 2.23 140 38 12 5 128 19 M10 20 940 425 250 82.8
M105×2 ZM 105 1.05 140 22 12 5 126 11 M10 20 495 475 300 44.5
M110×2 ZM 110 1.09 145 22 12 5 133 11 M10 20 520 510 350 50.1
M115×2 ZM 115 1.13 150 22 12 5 137 11 M10 20 550 550 400 56.2
M120×2 ZM 120 1.28 155 24 12 5 138 12 M10 20 580 600 450 68.4
M125×2 ZM 125 1.33 160 24 12 5 148 12 M10 20 610 640 500 76.1
M130×2 ZM 130 1.36 165 24 12 5 149 12 M10 20 630 700 550 84.3
M140×2 ZM 140 1.85 180 26 14 6 160 13 M12 38 690 800 600 133
M150×2 ZM 150 2.24 195 26 14 6 171 13 M12 38 750 900 650 188

We are in the line of Bearing Industry for around 15 years, Common, uncommon, or customized bearings, We all could supply. Call me, email me, text me on WhatsApp/Skype if you need anything or have any questions. Whatsapp/Skype:+86 15345654884

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