Split Marine Bearings
Split Marine Bearings
300 07-23 Order No. 10868 | Timken® is a registered trademark of The Timken Company. | All other trademarks are property of their respective owners. | © 2023 The Timken Company
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The Timken team applies their know-how to improve the reliability and performance of machinery in diverse markets worldwide.
The company designs, makes and markets bearings, gear drives, automated lubrication systems, belts, brakes, clutches,
chain, couplings, linear motion products and related industrial motion rebuild and repair services.
www.timken.com
ABOUT THE TIMKEN COMPANY TIMKEN® MOUNTED SPLIT
As a global leader in bearings and industrial motion, Timken CYLINDRICAL ROLLER BEARING
focuses on precise solution design, materials and craftsmanship
to deliver reliable and efficient performance that improves CATALOG INDEX
productivity and uptime. Timken offers a full range of bearings,
belts, chains, couplings, gears and lubricants, along with rebuild INTRODUCTION. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2
and repair services. Timken (NYSE; TKR; www.timken.com) HOW TO USE THIS CATALOG. . . . . . . . . . . . . . . . . . . . . . . . . . 5
applies its proven expertise in metallurgy, tribology and industrial SHELF LIFE/ STORAGE. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6
motion to create innovative approaches to customers’ complex
WARNINGS. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8
needs. Global availability of products and engineering talent,
combined with exceptional service delivery across markets,
makes Timken a preferred choice worldwide. ENGINEERING
INSPECTION SIMPLIFIED
No matter what the size or type of split cylindrical roller bearing,
inspection is straightforward. Simply remove the support cap and
the top half of the housing and all bearing parts become visible
and accessible.
Features Benefits
Replacement bearing interchangeability with existing housing Simple and economic bearing replacement
Machined brass cage as standard Enhanced ability to accommodate higher speeds and temperatures
Innovative cage clip design Clips retained on one cage half during assembly and disassembly
SHELF LIFE
Shelf life should be distinguished from lubricated bearing/
component design life as follows:
• Shelf life of the grease-lubricated bearing/component
represents the period of time prior to use or installation.
• The shelf life is a portion of the anticipated aggregate design
life. It is impossible to accurately predict design life due to
variations in lubricant bleed rates, oil migration, operating
conditions, installation conditions, temperature, humidity
and extended storage.
• Shelf life values, available from Timken, represent a
maximum limit and assume adherence to the storage
and handling guidelines suggested in this catalog or
by a Timken associate. Deviation from the Timken
storage and handling guidelines may reduce shelf
life. Any specification or operating practice that
defines a shorter shelf life should be used.
Timken cannot anticipate the performance of the grease
lubricant after the bearing or component is installed or
placed in service.
TIMKEN IS NOT RESPONSIBLE FOR THE SHELF LIFE
OF ANY BEARING/COMPONENT LUBRICATED BY
ANOTHER PARTY.
STORAGE
Timken suggests the following storage guidelines for our finished storage conditions, we strongly suggest following these
products (bearings, components and assemblies, referred to as guidelines. However, you may be required by circumstances or
“products”): applicable government requirements to adhere to stricter storage
• Unless directed otherwise by Timken, products should be requirements.
kept in their original packaging until they are ready to be Most bearing components typically ship protected with a
placed into service. corrosion-preventive compound that is not a lubricant. These
• Do not remove or alter any labels or stencil markings on the components may be used in oil-lubricated applications without
packaging. removal of the corrosion-preventive compound. When using
• Products should be stored in such a way that the packaging some specialized grease lubrications, we advise you to remove
the corrosion-preventive compound before packing the bearing
is not pierced, crushed or otherwise damaged.
components with suitable grease.
• After a product is removed from its packaging, it should be
placed into service as soon as possible. When you receive a bearing or mounted bearing shipment, do
not remove products from their packaging until they are ready
• When removing a product that is not individually packaged for mounting so they do not become corroded or contaminated.
from a bulk pack container, the container should be resealed
immediately after the product is removed. Store bearings and mounted bearings in an appropriate
• Do not use product that has exceeded its shelf life as atmosphere so they remain protected for the intended period.
defined in the Timken shelf life guidelines statement.
• The storage area temperature should be maintained
between 0º C (32º F) and 40º C (104º F); temperature
fluctuations should be minimized.
• The relative humidity should be maintained below 60 percent
and the surfaces should be dry.
• The storage area should be kept free from airborne
contaminants such as, but not limited to, dust, dirt, harmful
vapors, etc.
• The storage area should be isolated from undue vibration.
• Extreme conditions of any kind should be avoided.
Due to the fact that Timken is not familiar with your particular
WARNINGS
NOTE
WARNING Do not use excessive force when mounting
Failure to observe the following warnings could or dismounting the unit.
create a risk of death or serious injury. Follow all tolerance, fit, and torque recommendations.
Ensure proper alignment.
Proper maintenance and handling practices are critical. Never weld mounted bearings.
Always follow installation instructions and maintain
proper lubrication. Do not heat components with an open flame.
Overheated bearings can ignite explosive atmospheres. Do not operate at bearing temperatures above 121° C (250° F).
Special care must be taken to properly select, install, Never interchange components between completed
maintain, and lubricate mounted bearings that are used in bearing assemblies.
or near atmospheres that may contain explosive levels of
Never use a hammer and steel bar on a bearing for installation
combustible gases or accumulations of dust such as grain,
or removal. Use only a brass bar or a soft-headed mallet.
coal, or other combustible materials.
Consult your equipment designer or supplier for installation
Never spin a bearing with compressed air. and maintenance instructions.
The components may be forcefully expelled.
Never use steam or hot water when cleaning the bearings
because these methods can create rust or corrosion.
Never expose any surface of a bearing to the flame of a torch.
CAUTION
Do not heat bearing beyond 149˚ C (300˚ F).
Failure to follow these cautions may
result in property damage.
ENGINEERING
Support Cap
Housing
Outer Race
Clamp Rings
Inner Race
Cage Clip
Support Base
TECHNICAL FEATURES
Profiled Rollers
Quick-Fit
Design of Support
INDUSTRY APPLICATIONS
TABLE 2. APPLICATIONS
Target Markets
Application Forest
Bulk Cement & Construction Food & Grains Mining Power Pulp Refining & Water
Terminals Aggregate Materials Beverage Products Metals Marine Sugar
& Malts & Quarrying Generation & Paper Petrochem Treatment
& Timber
Ancillary Equipment
Crankshafts X X X
Fans & Blowers X X X X X X X X X X
Gearboxes &
Transmissions X X X X X X X X X X
Heat Exchangers X
Motors X X X X X
Pumps &
Pump Drives X X X X X
Mechanical Handling
Continuous Casters X
Conveyors X X X X X X X X X X X
Cooling Beds X
Elevators X X X X X
Line Shafting X X X
Lumber Tables
& Stackers X X
Overhead Cranes X X X
Screw Conveyors X X X X X X X
Bucket Wheels X X X X
Stacker Reclaimers X X X X
Process Equipment
Ball Mill Drives X X X X X
Ball Mill Trunnions X X X X X
Cane Knives &
Slicers X
Crushers X X X X X
Drum Drier Trunnions X X X
Dryer Rolls X
Kiln & Mill
Carrier Rollers X X X
Kiln & Mill Drives X X X
Mixer Drives X X X X X X
Press Rolls X X
Rotary Screens X X
Shredders X X X
Sugar Diffuser Drives X
Sugar Diffuser
Under Rolls X
Washers X X X X X
Other Applications
Hydro Electric
Turbines X
Rotary Biological
Contactors X
Mine Winders X
Marine Propulsion
Shafts X
Water Treatment
Screens X X
Water Treatment
Aerators X
NOMENCLATURE
In order to provide our customers with clear and concise labeling, situations however, as always, your local Timken engineer will
Timken has endeavored to keep things simple when creating be pleased to provide further assistance if required.
references. The following should cover the majority of ordering
Additional Suffixes
Bearing Size (Shaft Size)
Imperial sizes are given in To allow for the reference to
inches (in.) followed by 16ths. include further information,
additional suffix codes may be
Metric sizes are given in added. These can range from
millimeters (mm). designating seal type (when not
Example: standard felt seals, i.e. ATL seals)
2 7/16 in. – 207 to indicating bearing clearance
5 8/16 – 5 1/2 in. – 508 (C3, C5 etc). A list of common suf-
10 4/16 – 10 1/4 in. – 1004 fixes and some examples of their
use are given on the next page.
Fig. 3. Nomenclature.
For Triple Labyrinth (ATL) style housings and seals see pages 32-34.
Typical Examples
LSE108BXHATL LSE700BXHSAFQATL
Light series 11/2 in. bearing with Light series 7 in. bearing, housing and angled split support
housing and ATL seals. retained type with ATL seals .
LSE407BR MSE815BRHSKPS
Light series 4 7/16 in. bearing retained. Medium series 8 15/16 in. bearing, housing and support,
retained type with Kevlar ® seals.
MSE200BXHSATL
Medium series 2 in. expansion bearing with
LSE315BXHSATL
housing and with ATL seals. Light series 3 15/16 in. bearing, housing and support,
expansion type with ATL seals.
XSM Tubular strander series metric E0302 Specifications for marine applications
EC End cover
CCE Water cooled series imperial
ECTL End cover for triple labyrinth bore
CCM Water cooled series metric
ES Electrical specification
FC Full compliment of rollers
TABLE 4. UNIT TYPE REFERENCES GE Grease escape
HTPS High temperature packing seal
Unit Type References
LSR Laminar seal rings
BX Expansion bearing
OB Overbored with size e.g. OB160mm
BR Retained bearing OTL Overbored triple labyrinth seal
HX Expansion housing RSS Nitrile single lip seal
HR Retained housing S1, S2, S3 Designation for tempered bearings (ISO)
HG Hanger support SF0 Swivel fit, zero clearance
BXH Expansion bearing with housing SLO Single lipped outer
BRH Retained bearing with housing SLUB Spherical lubrication
BXHG Expansion bearing with hanger SNQ SN angled split
BXHS Expansion bearing with housing and support TE Temperature probe hole
BRHS Retained bearing with housing and support Single lip seal with garter spring and
WSRP
retaining plate
BXHF Expansion bearing with housing and flange
XAR Extended antirotation pin
BRHF Retained bearing with housing and flange
in. mm Support Flange Take Ups in. mm Support Flange Take Ups in. mm Support Flange
1 11/16 to 2 45 to 50 S02 F02 TT02 TP02 1 11/16 to 2 45 to 50 S03 F03 TT03 TP03 – – – –
2 3/16 to 2 1/2 60 to 65 S03 F03 TT03 TP03 2 3/16 to 2 1/2 60 to 65 S04 F04 TT04 TP04 – – – –
2 11/16 to 3 70 to 75 S04 F04 TT04 TP04 2 11/16 to 3 70 to 75 S05 F05 TT05 TP05 – – – –
3 3/16 to 3 1/2 80 to 90 S05 F05 TT05 TP05 3 3/16 to 3 1/2 80 to 90 S06 F06 TT06 TP06 – – – –
3 11/16 to 4 100 to 105 S06 F06 TT06 TP06 3 11/16 to 4 100 to 105 S07 F07 TT07 TP07 3 11/16 to 4 100 to 105 S54 F54
4 3/16 to 4 1/2 110 to 115 S07 F07 TT07 TP07 4 3/16 to 4 1/2 110 to 115 S08 F08 TT08 TP08 4 3/16 to 4 1/2 110 to 120 S55 F55
4 11/16 to 5 120 to 130 S08 F08 TT08 TP08 4 11/16 to 5 120 to 130 S10 F10 TT09 TP09 4 11/16 to 5 125 to 130 S56 F56
5 3/16 to 5 1/2 135 to 140 S09 F09 TT09 TP09 5 3/16 to 5 1/2 135 to 140 S30 F30 TT30 TP30 5 3/16 to 5 1/2 135 to 140 S57 F57
5 11/16 to 6 150 to 155 S10 F10 TT10 TP10 5 11/16 to 6 150 to 155 S31 F31 TT31 TP31 5 11/16 to 6 150 to 155 S58 F58
6 7/16 to 6 1/2 160 S11 F11 – – 6 7/16 to 6 1/2 160 to 170 S32 F32 – – 6 7/16 to 6 1/2 160 to 170 S59 F59
6 11/16 to 7 170 to 180 S12 F12 – – 6 11/16 to 7 180 S33 F33 – – 6 11/16 to 7 180 S60 F60
7 1/4 to 8 190 to 200 S13 F13 – – 7 1/4 to 8 190 to 200 S34 F34 – – 7 1/4 to 8 190 to 200 S61 F61
8 1/2 to 9 220 to 230 S14 F14 – – 8 1/2 to 9 220 to 230 S35 F35 – – 8 1/2 to 9 220 to 230 S62 F62
9 1/2 to 10 240 to 250 S15 F15 – – 9 1/2 to 10 240 to 260 S36 F36 – – 9 1/2 to 10 240 to 260 S63 F63
10 1/2 to 11 260 to 280 S16 F16 – – 10 1/2 to 11 280 S37 F37 – – 11 280 S83 F64
11 1/2 to 12 300 S17 – – – 11 1/2 to 12 300 S38 F38 – – 12 300 S65 F65
12 1/2 to 13 320 to 330 S18 – – – 12 1/2 to 13 320 to 330 S39 – – – 13 320 to 330 S66 –
BEARING TYPES
RETAINED-TYPE BEARINGS (BR) EXPANSION-TYPE BEARINGS (BX)
This bearing has integral flanges on the outer race to provide This bearing is designed for radial loads only. As in the retained
a surface for axial load. This axial load is accommodated on type bearing, the rollers are guided on the inner race by the
the inner race via the hardened clamp rings, which both align hardened shoulders of the clamping rings.
the inner race halves and provide roller guidance. In larger
bearings the inner race is manufactured with integral ribs for
roller guidance and axial load.
Fig. 4. Retained-type bearings (BR). During expansion or contraction of the shaft, rollers are free to
move across the outer race offering virtually no resistance to axial
movement. Limits for the amount of axial movement are given in
This type of bearing will locate the shaft axially as well as provide the assembly and maintenance section (pages 36-39).
a means for taking axial load. The retained outer race must be
fixed sideways against one of the housing groove shoulders using
the pins and screws provided. Only one retained unit should be
mounted on any particular shaft. Additional care should be taken
when mounting split cylindrical roller bearing unit on shafts using
other, non-split types of bearings (ball, cylindrical and spherical
roller, etc.) to ensure there are no other locating bearings used.
SUPPORT TYPES
Timken bearings and housings may be mounted in a variety HANGER UNITS
of support units according to the application and loading
constraints. A number of variants are available as standard types A compact unit commonly used for supporting screw conveyors
with other unit types available on request. Timken offers a design or similar equipment.
and manufacturing facility to produce custom units to cover more
specialized applications.
TAKE-UP UNITS
These sliding units can be used to effectively tension conveyor
and elevator systems. Both pull and push types are available.
FLANGE UNITS
In applications where bearings need to be mounted against
horizontal or vertical faces, Timken flange units provide a simple
means of achieving this goal. Again, the use of ASTM 48A Grade
35 cast iron ensures a durable unit.
SERIES COMPARISON
Timken offers a range of bearing series, providing solutions
for a wide range of operating conditions. Light Series,
Medium Series and Heavy Series offer an increasing ability to
accommodate higher loads. As the series increases the speed
capability reduces.
Light Series
The most commonly applied series offering good
load and speed capabilities with the smallest
section within the range.
Heavy Series
A more specialized series used in the most heavily loaded
applications, generally operating at relatively low speed.
Medium Series
An increased section offers additional load carrying capacity.
This series is typically used in difficult, heavily loaded applications
where shock load and vibration may be present.
BEARING SELECTION
DYNAMIC LOADING EQUIVALENT LOAD “P”
Selection of Timken split cylindrical roller bearings must take into As previously stated radial and axial loads must be considered
account the effects of both radial and axial loads. These loads separately for split cylindrical roller bearings. For the calculation
must be considered independently of each other. of theoretical life only radial loads are considered.
Fz = FACTOR
Substituting – (i)
Under the influence of the above conditions.
Lhna = a1 x a2 x a3 x L10h
a23 FACTOR
Where
Lhna = Adjusted life a23 = a2 + a3
L10h = Rating life in hours
The a23 factor can be taken from Fig. 11.
a1 = Life adjustment factor, failure
probability other than 10 percent
a23 Life Adjustment Factor
a2 = Life adjustment factor,
material properties 10
0.01
TABLE 11. 0.05 0.1 0.2 0.5 1 2 5 10
Values for V and V1 are obtained from the following graphs: STATIC LOADING
In situations where bearings rotate slowly (<10 RPM), oscillate
n(min-1)
slowly, are stationary for prolonged periods or subject to
high shock loads, it is important to check that no permanent
deformations occur between rolling elements and raceways at
peak load.
The basic static load rating is defined in ISO 76:1987 and refers to
V1
the contact stress at the centre of the most heavily loaded rolling
element/raceway contact area. For roller bearings this value is
mm
2
500
4000 Mpa. This will result in a permanent deformation of 0.0001
s 10 of the roller diameter.
15 00
20 00
300 00
500
0
0 The required static load rating can be determined from:
100
200 00 Co = Fs x Po
00
500
00
100
000
Co = Basic static load rating
Po = Equivalent static load
D (mm) + d(mm)
Fs = Static safety factor
2
Guidelines for the static safety factor Fs can be found in the
Fig. 12. V and V1 values.
table below:
Operating
Temperature
t
(º C)
BEARING RATINGS
TABLE 13. LIGHT SERIES TABLE 14. MEDIUM SERIES
Bearing Ratings Bearing Ratings
Shaft (d) Dynamic Static Axial Shaft (d) Dynamic Static Axial
Max Max
Cr Cor Ca Cr Cor Ca
kN kN kN kN kN kN
mm in. RPM mm in. RPM
lb. lb. lb. lb. lb. lb.
35 1 3/16 65 68 3.20 5400 – – – – – –
40 1 1/2 14613 15287 719.38
45 1 11/16 83 87 3.60 45 1 11/16 121 127 6.20
4630 4350
50 2 18659 19558 809.30 50 2 27202 28551 1394
55 2 3/16 103 115 5.40 55 2 3/16 168 190 8.80
3940 3680
65 2 1/2 23155 25853 1213.95 65 2 1/2 37768 42714 1978
70 2 11/16 138 161 7.60 70 2 11/16 258 300 10.60
3310 3080
75 3 31024 36194 1708.53 75 3 58001 67443 2383
80 3 3/16 187 231 12.40 80 3 3/16 297 353 17.80
2790 2520
90 3 1/2 42039 51931 2787.59 90 3 1/2 66768 79358 4002
100 3 11/16 288 366 16.00 100 3 11/16 388 491 25.00
2340 2130
105 4 64745 82280 3596.90 105 4 87226 110381 5620
110 4 3/16 316 427 18.60 110 4 3/16 454 592 31.20
1970 1820
115 4 1/2 71040 95993 4181.39 115 4 1/2 102063 133087 7014
120 4 11/16 363 496 22.20 120 4 11/16 525 700 38.20
1740 1600
130 5 81606 111505 4990.69 130 5 102063 133087 7014
135 5 3/16 422 585 25.80 135 5 3/16 600 817 45.40
1570 1450
140 5 1/2 94869 131513 5799.99 140 5 1/2 134885 183669 10206
150 5 11/16 459 664 29.40 150 5 11/16 730 1034 52.40
1450 1320
155 6 103187 149273 6609.30 155 6 164111 232453 11780
6 7/16 538 792 33.00 160 6 7/16 842 1175 61.40
160 1320 170 1200
6 1/2 120947 178049 7419 6 1/2 189289 264151 13803
170 6 11/16 524 828 36.40 6 11/16 927 1357 71.20
1220 180 1120
180 7 117800 186142 8183 7 208398 305066 16006
190 7 1/4 614 990 41.00 190 7 1/4 1013 1516 80.00
1070 960
200 8 138033 222561 9217 200 8 227732 340810 17985
220 8 1/2 708 1168 49.00 220 8 1/2 1138 1668 89.80
930 850
230 9 159165 262577 11016 230 9 255833 374981 20188
240 9 1/2 744 1289 57.80 240 9 1/2 1354 2117 98.80
820 750
250 10 167258 289779 12994 260 10 304391 475921 22211
260 10 1/2 848 1502 66.80 270 10 1/2 1476 2357 113.80
730 670
280 11 190638 337663 15017 280 11 331818 529875 25583
300 11 1/2 929 1665 78.20 300 11 1/2 1587 2644 129.00
650 610
305 12 208848 374307 17580 305 12 356772 594395 29000
320 12 1/2 920 1674 89.00 320 12 1/2 1723 2922 144.20
590 550
330 13 206824 376330 20008 330 13 387346 656892 32417
340 1022 1965 99.60 340 2029 3403 159.20
14 540 14 500
350 229755 441745 22391 360 456137 765025 35790
360 1224 2431 110.40 1931 3522 174.40
15 500 380 15 460
380 275166 546511 24819 434106 791777 39207
1107 2266 115.60 2105 3793 188.40
400 16 460 400 16 430
248864 509417 25988 473223 852701 42354
1146 2418 121.00 2324 4164 202.00
420 17 430 420 17 400
257631 543588 27202 522456 936105 45411
440 1185 2469 127.20 440 2215 4183 216.00
18 410 18 380
460 266399 555053 28596 460 497952 940376 48559
1348 2965 132.60 2445 4594 230.00
480 19 380 480 19 360
303042 666559 29810 549658 1032773 51706
1392 3139 137.80 2453 4923 244.00
500 20 360 500 20 340
312934 705675 30979 551456 1106734 54853
1431 3316 140.60 2702 5415 258.00
530 21 340 530 21 330
321702 745466 31608 607434 1217340 58001
1472 3490 142.40 2851 5740 272.00
560 22 330 560 22 310
330919 784583 32013 640930 1290403 61148
1616 3841 144.00 2982 6173 286.00
580 23 310 580 23 300
363291 863491 32372 670380 1387746 64295
1660 4033 146.80 2972 6185 300.00
600 24 300 600 24 290
373183 906654 33002 668132 1390443 67443
Axial load ratings (Ca) assume the use of EP additives or oil lubrication, otherwise use 50 percent of values.
Higher loads and speeds may be permissible. Please contact a Timken engineer for more information.
– – – – – –
– – – – – –
– – – – – –
– – – – – –
– – – – – –
100 3 11/16 653 783 31.20
1820
105 4 146800 176025 7014
110 4 3/16 656 801 39.10
1640
120 4 1/2 147475 180072 8790
125 4 11/16 753 974 49.00
1500
130 5 169281 218964 11016
135 5 3/16 928 1265 58.80
1340
140 5 1/2 208623 284383 13219
150 5 11/16 1037 1325 69.40
1220
155 6 233127 297872 15602
160 6 7/16 1196 1576 79.20
1110
170 6 1/2 268871 354299 17805
175 6 11/16 1330 1867 89.00
1030
180 7 298996 419718 20008
190 7 1/4 1597 2285 99.60
880
200 8 359020 513688 22391
220 8 1/2 1665 2455 109.40
760
230 9 374307 551906 24594
240 9 1/2 1896 2789 130.80
700
260 10 426238 626992 29405
2202 3507 153.00
280 11 620
495029 788405 34396
2337 3650 174.40
300 12 560
525379 820553 39207
2718 4093 198.80
320 13 500
611031 920143 44692
340 2935 4973 213.60
14 460
360 659814 1117975 48019
380 15 3195 5238 250.80
420
400 16 718265 1177550 56382
– – – – – –
420 3582 6377 275.80
17 360
440 805266 1433607 62002
3807 6611 302.40
460 18 340
855848 1486212 67982
– – – – – –
500 20 4660 8183 347.00
310
530 21 1047610 1839612 78009
– – – – – –
4795 9412 382.60
560 22 280
1077959 2115902 86012
580 23 4951 9451 400
270
600 24 1113029 2124669 89924
Axial load ratings (Ca) assume the use of EP additives or oil lubrication, otherwise use 50 percent of values.
Higher loads and speeds may be permissible. Please contact a Timken engineer for more information.
AXIAL CONSIDERATIONS
AXIAL LOAD AXIAL RATINGS Ca
Bearing selection, on an axial load basis, must be considered These ratings are for constant loads with oil or extra pressure
independently from the radial load. greases. If greases without extra pressure additives are applied
1. Calculate the axial loads acting on the bearing. then the catalog rating must be decreased by 50 percent. In
instances where bearings operate at over 50 percent of their
2. Multiply each load by the appropriate dynamic factor fz.
catalog speed rating and over 50 percent of their axial load ratings
3. Combine these loads to determine the effective axial (Cª) then recessed shafts should be considered. Please contact
load Pa.
a Timken engineer for assistance.
4. Select a bearing having a Ca value greater than the
product of Pa x fdn, d.n is the product of the shaft size
in millimeter and the speed in RPM. To determine fdn
use the velocity graph below.
12 12
11 11
10 10
9 9
8 8
7 7
6 6
5 5
4 4
fdn
3 3
2 2
1.5 1.5
1.0 1.0
0.9 0.9
100
150
200
300
400
15
20
30
35
40
50
60
80
10
1
2
3
6
8
d(mm) x n(RPM)
1000
VELOCITY
Applies only to axial loads on br retained bearings.
Bearing bore = d
Bearing RPM = n
TABLE 16.
420 17 18.156 15.844 7.319 0.466 420 17 12.195 9.805 4.548 0.446
440 440
18 19.165 16.835 7.694 0.468 18 14.257 11.743 5.122 0.452
460 460
480 19 19.166 16.834 7.684 0.468 480 19 14.273 11.727 5.057 0.451
500 20 20.177 17.823 8.038 0.469 500 20 15.265 12.735 5.489 0.455
530 21 21.175 18.825 8.479 0.471 530 21 15.249 12.751 5.559 0.455
560 22 22.184 19.816 8.841 0.472 560 22 15.241 12.759 5.597 0.456
580 23 23.254 20.746 8.744 0.472 580 23 16.277 13.723 5.831 0.457
600 24 23.208 20.792 9.078 0.473 600 24 16.252 13.748 5.951 0.458
The above figures are unitary values. For the appropriate frequency, multiply by application RPM.
– – – – – –
– – – – – –
– – – – – –
– – – – – –
– – – – – –
100 3 11/16
6.073 3.927 2.222 0.393
105 4
110 4 3/16
5.983 4.017 2.446 0.402
120 4 1/2
125 4 11/16
7.114 4.886 2.601 0.407
130 5
135 5 3/16
8.259 5.741 2.690 0.410
140 5 1/2
150 5 11/16
7.190 4.810 2.422 0.401
155 6
160 6 7/16
7.159 4.841 2.491 0.403
170 6 1/2
175 6 11/16
8.243 5.757 2.727 0.411
180 7
190 7 1/4
8.221 5.779 2.779 0.413
200 8
220 8 1/2
8.102 5.898 3.097 0.421
230 9
240 9 1/2
8.131 5.869 3.013 0.419
260 10
280 11 9.197 6.803 3.267 0.425
– – – – – –
500 20
10.172 7.828 3.773 0.435
530 21
560 22 12.174 9.826 4.630 0.447
580 23
12.240 9.760 4.378 0.444
600 24
The above figures are unitary values. For the appropriate frequency, multiply by application RPM.
SHAFT CONSIDERATIONS
It is essential that the shaft on to which the bearing is to be damage has taken place. The table below may be followed
mounted has been produced to the correct size and tolerance for both the manufacture of new shafts and the inspection of
for the operating conditions. If replacing a bearing in an existing existing shafts.
system, the shaft must be checked to establish if any wear or
RECESS MOUNTING
In applications where the resultant axial load exceeds 50 percent The dimensions for producing an appropriate recess or for
of the Ca rating for the bearing, the shaft design should include governing the position and size of the retaining rings if used are
either a recess for bearing seating or grooves to accommodate derived from table 21.
retaining rings. Such an arrangement should also be considered
if the unit is subjected to shock loads, fluctuations in temperature
over 100° C (212° F) or the shaft is vertical.
R
Journal Ød h7
SEALING ARRANGEMENTS
Any bearing, housing and support unit that is not suitably sealed Timken units have inherent advantages over traditional solid
against its surrounding environment is unlikely to achieve its bearing arrangements when considering sealing. The spherical
full potential, either in terms of performance or life span. The location between housing and support ensures that whichever
prevention of ingress of foreign materials and contaminants is type of seal is used, it will always remain concentric to the shaft.
paramount and should be considered as early in the selection
process as possible.
A wide variety of sealing solutions are available to users of Timken
products as off-the-shelf arrangements. This range will cover
the vast majority of operating environments found throughout
all industries. To cover those situations where a proprietary
arrangement is not suitable, Timken is able to work closely with
designers and end users to develop and manufacture custom
solutions tailored to specific applications.
Fig. 26. Single-Lip with Garter Spring and Retaining Plate. Fig. 28. Combination Seal.
LS10HRTLE0548 LS25HRTL
160A 6 160MMATL – 500 20 500MMATL 2000ATL
LS10HXTLE0548 LS25HXTL
6 11/16 611ATL
170 170MMATL
6 3/4 612ATL LS12HRTL LS27HRTL
175 175MMATL 560 22 560MMATL 2200ATL
6 15/16 615ATL LS12HXTL LS27HXTL
180 7 180MMATL
700ATL
7 1/4 704ATL
190 7 1/2 190MMATL 708ATL LS13HRTL LS28HRTL
7 15/16 580 23 580MMATL 2300ATL
200 200MMATL 715ATL LS13HXTL LS28HXTL
8 800ATL
8 1/2 808ATL
220 220MMATL LS14HRTL LS29HRTL
8 7/8 814ATL 600 24 600MMATL 2400ATL
230 9 230MMATL LS14HXTL LS29HXTL
900ATL
9 1/2 908ATL
MS36HRTL
– – – – – 240 9 3/4 240MMATL 912ATL
10 MS36HXTL
1000ATL
1 11/16 111ATL MS36HRTLE0548
260 10 1/2 260MMATL 1008ATL
45 1 3/4 45MMATL 112ATL MS3HRTL MS36HXTLE0548
1 15/16 270 10 3/4 270MMATL 1012ATL
50 50MMATL 115ATL MS3HXTL 11 MS37HRTL
2 280 280MMATL 1100ATL
200ATL MS37HXTL
2 3/16 203ATL
55 55MMATL
2 1/4 204ATL MS4HRTL 300 11 11/2 300MMATL 1108ATL MS38HRTL
60 60MMATL
2 7/16 207ATL MS4HXTL 305 12 305MMATL 1200ATL MS38HXTL
65 2 1/2 65MMATL
208ATL
2 11/16 211ATL
70 2 3/4 70MMATL 212ATL MS5HRTL 320 12 1/2 320MMATL 1208ATL MS39HRTL
75 2 15/16 75MMATL 215ATL MS5HXTL 330 13 330MMATL 1300ATL MS39HXTL
3 300ATL
3 3/16 303ATL
80 80MMATL
3 1/4 304ATL MS6HRTL 340 340MMATL MS40HRTL
85 85MMATL 14 1400ATL
3 7/16 307ATL MS6HXTL 360 360MMATLE0547 MS40HXTL
90 3 1/2 90MMATL
308ATL
3 11/16 311ATL
100 3 3/4 100MMATL 312ATL MS7HRTL MS41HRTL
3 15/16 380 15 380MMATL 1500ATL
105 105MMATL 315ATL MS7HXTL MS41HXTL
4 400ATL
4 3/16 403ATL
110 4 1/4 110MMATL 404ATL MS8HRTL MS42HRTL
4 7/16 400 16 400MMATL 1600ATL
115 115MMATL 407ATL MS8HXTL MS42HXTL
4 1/2 408ATL
4 11/16 411ATL
120 120MMATL
4 3/4 412ATL MS10HRTL MS43HRTL
125 125MMATL 420 17 420MMATL 1700ATL
4 15/16 415ATL MS10HXTL MS43HXTL
130 5 130MMATL
500ATL
5 3/16 503ATL
135 5 1/4 135MMATL 504ATL MS30HRTL 440 440MMATL MS44HRTL
5 7/16 18 1800ATL
140 140MMATL 507ATL MS30HXTL 460 460MMATL MS44HXTL
5 1/2 508ATL
511ATL
150 5 11/16 150MMATL 512ATL MS31HRTL MS45HRTL
5 3/4 480 19 480MMATL 1900ATL
155 5 15/16 155MMATL 515ATL MS31HXTL MS45HXTL
600ATL
MS31HRTLE0548 MS46HRTL
160A 6 160MMATL – 500 20 500MMATL 2000ATL
MS31HXTLE0548 MS46HXTL
6 7/16 607ATL
160 6 1/2 160MMATL 608ATL MS32HRTL MS47HRTL
6 11/16 530 21 530MMATL 2100ATL
170 170MMATLE0547 611ATLE0547 MS32HXTL MS47HXTL
6 3/4 612ATLE0547
7 1/4 704ATL
190 7 1/2 190MMATL 708ATL MS34HRTL MS49HRTL
7 15/16 580 23 580MMATL 2300ATL
200 200MMATL 715ATL MS34HXTL MS49HXTL
8 800ATL
8 1/2 808ATL
220 220MMATL MS35HRTL MS50HRTL
8 7/8 814ATL 600 24 600MMATL 2400ATL
230 9 230MMATL MS35HXTL MS50HXTL
900ATL
HS63HRTLE0548
– – – – – 260 – 260MMATL –
HS63HXTLE0548
10 1/2 1008ATL
270 270MMATL HS83HRTL
– – – – – 10 3/4 1012ATL
280 280MMATL HS83HXTL
11 1100ATL
HS66HRTL
– – – – – 320 13 320MMATL 1300ATL
HS66HXTL
3 11/16 311ATL
100 3 3/4 100MMATL 312ATL HS54HRTL 340 340MMATL HS86HRTL
14 1400ATL
105 3 15/16 105MMATL 315ATL HS54HXTL 360 360MMATLE0547 HS86HXTL
4 400ATL
4 3/16 403ATL
110 110MMATL
4 1/4 404ATL HS55HRTL HS68HRTL
115 115MMATL 380 15 380MMATL 1500ATL
4 7/16 407ATL HS55HXTL HS68HXTL
120 120MMATLE0547
4 1/2 408ATL
4 11/16 411ATL
125 4 3/4 125MMATL 412ATL HS56HRTL HS68HRTLE0548
400 – 400MMATL –
130 4 15/16 130MMATL 415ATL HS56HXTL HS68HXTLE0548
5 500ATL
5 3/16 503ATL
135 5 1/4 135MMATL 504ATL HS57HRTL 420 420MMATL HS89HRTL
17 1700ATL
140 5 7/16 140MMATL 507ATL HS57HXTL 440 440MMATLE0547 HS89HXTL
5 1/2 508ATL
5 11/16 511ATL
150 5 3/4 150MMATL 512ATL HS58HRTL HS90HRTL
460 18 460MMATL 1800ATL
155 5 15/16 155MMATL 515ATL HS58HXTL HS90HXTL
6 600ATL
HS58HRTLE0548 HS94HRTL
160A 6 160MMATL – 500 20 500MMATL 2000ATL
HS58HXTLE0548 HS94HXTL
6 7/16 607ATL
160 6 1/2 160MMATL 608ATL HS59HRTL HS94HRTLE0548
530 – 530MMATL –
170 6 11/16 170MMATLE0547 611ATLE0547 HS59HXTL HS94HXTLE0548
6 3/4 612ATLE0547
7 1/4 704ATL
190 7 1/2 190MMATL 708ATL HS61HRTL 580 580MMATL HS95HRTL
23 2300ATL
200 7 15/16 200MMATL 715ATL HS61HXTL 600 600MMATLE0547 HS95HXTL
8 800ATL
8 1/2 808ATL
220 220MMATL HS62HRTL
8 7/8 814ATL – – – – –
230 230MMATL HS62HXTL
9 900ATL
NOTE • Screws should only be finger tight so that the race can
Spring clips should always be retained on one cage half. be adjusted axially into its final position.
• Clean the shaft and lightly oil the bore of the inner race.
ASSEMBLY OF THE OUTER RACE Larger bearings (both retained and expansion) may require outer
race retaining screws. If these are required, please ensure that
INTO THE SEATING GROOVE IN the flat washers are not omitted. Once fitted, ensure that the end
THE HOUSING of the screw does not protrude
above the race track surface.
• The housing must be
cleaned thoroughly • Separate the housing
removing all preservatives. halves. These are now
If reusing an existing ready for final assembly.
housing it is essential that
the outer race seating • Fit the appropriate seals.
groove is clean and free The seal grooves in the
of any hardened grease standard housing are suitable
deposits or corrosion. for felt and synthetic rubber. If the bearing is inspected
or replaced on an existing installation and the housing
• Lightly oil the seating groove and the outside is re-used, we advise fitting new seals.
diameter of the outer race halves.
• Place the race halves of the expansion or retained type PRE-FITTING THE LOWER
into the seating groove and ensure that: HOUSING HALF
• The match marking numbers on the edge of each On existing installations it is often unnecessary to change the
race half coincide. support if a bearing, or bearing and housing, has to be replaced.
In such cases the support base bolts should not be touched to
• The lubrication hole in the outer race is in the ensure that the replacement
upper housing half. bearing and the old or new
housing will be in the same
• The outer race
joints should position as previously. In new
protrude equally installations the support base
above the should be positioned with the
housing joint bolts finger tight. This will
faces. allow additional freedom of
movement when aligning the
inner and outer races.
If a retained bearing is being fitted:
• Torque values for the various screw sizes are given in the
tables at the end of this section. If a screw is lost it must
be replaced using a high tensile socket head cap screw
grade, 12.9.
FINAL FITTING OF THE HOUSING • At this point, and only if it is safe to do so, the shaft should
be run at low speed and if possible, with low loading. This
• Charge the bottom and
will allow the spherical locating surfaces to correctly
upper housing halves
align. If running the shaft under power is not an option,
with the correct amount
the shaft should be rotated by hand to achieve this goal.
of grease. Refer to
page 35 for correct • Tighten the cap bolts fully using a torque wrench. At this
types and quantities of point the support base bolts should also be checked and
grease depending on the tightened as required. Torque values for support screws
application and the speed. are given in the tables on pages 40-42.
(C)
(B)
TABLE 26. LIGHT SERIES
Housing
Clamping Ring(1) Support
Shaft (d) Joint (A) Radial Retainer (B) (HR only) (C)
Torque Torque Torque Torque Torque
mm in. Screw Key Nm lb.ft Screw Key Nm lb.ft Screw Key Nm lb.ft Screw Key Nm lb.ft Screw Key Nm lb.ft
35 - 40 1 3/16 - 1 1/2 M4 3 4.5 3.3 M4 3 3.5 2.6 – – – – M4 2 2 1.5 M8 6 26 19.2
45 - 50 1 11/16 - 2 M4 3 4.5 3.3 M4 3 3.5 2.6 – – – – M4 2 2 1.5 M8 6 26 19.2
60 - 65 2 3/16 - 2 1/2 M4 3 4.5 3.3 M4 3 3.5 2.6 – – – – M4 2 2 1.5 M10 8 52.5 38.7
70 - 75 2 11/16 - 3 M4 3 4.5 3.3 M4 3 3.5 2.6 – – – – M4 2 2 1.5 M12 10 90 66.4
80 - 90 3 3/16 - 3 1/2 M5 4 8.5 6.3 M5 4 6.5 4.8 – – – – M4 2 2 1.5 M16 14 225 166.0
100 - 105 3 11/16 - 4 M6 5 15 11.1 M6 5 11 8.1 – – – – M4 2 2 1.5 M16 14 225 166.0
110 - 115 4 3/16 - 4 1/2 M6 5 15 11.1 M6 5 11 8.1 – – – – M6 3 7.8 5.8 M20 17 420 309.8
120 - 130 4 11/16 - 5 M6 5 15 11.1 M6 5 11 8.1 – – – – M6 3 7.8 5.8 M20 17 420 309.8
135 - 140 5 3/16 - 5 1/2 M8 6 35 25.8 M8 6 26 19.2 – – – – M6 3 7.8 5.8 M20 17 420 309.8
150 - 155 5 11/16 - 6 M8 6 35 25.8 M8 6 26 19.2 – – – – M6 3 7.8 5.8 M20 17 420 309.8
160 6 7/16 - 6 1/2 M8 6 35 25.8 M8 6 26 19.2 – – – – M6 3 7.8 5.8 M20 17 420 309.8
170 - 180 6 11/16 - 7 M8 6 35 25.8 M8 6 26 19.2 – – – – M6 3 7.8 5.8 M16 14 225 166.0
190 - 200 7 1/4 - 8 M8 6 35 25.8 M8 6 26 19.2 M10 8 35 25.8 M6 3 7.8 5.8 M16 14 225 166.0
220 - 230 8 1/2 - 9 M10 8 70 51.6 M10 8 52.5 38.7 M10 8 35 25.8 M6 3 7.8 5.8 M16 14 225 166.0
240 - 250 9 1/2 - 10 M10 8 70 51.6 M10 8 52.5 38.7 M10 8 35 25.8 M10 5 30 22.1 M20 17 420 309.8
260 - 280 10 1/2 - 11 M10 8 70 51.6 M10 8 52.5 38.7 M10 8 35 25.8 M10 5 30 22.1 M20 17 420 309.8
300 - 305 11 1/2 - 12 M10 8 70 51.6 M10 8 52.5 38.7 M10 8 35 25.8 M10 5 30 22.1 M20 17 420 309.8
320 - 330 12 1/2 - 13 M12 10 120 88.5 M12 10 90 66.4 M10 8 35 25.8 M10 5 30 22.1 M20 17 420 309.8
340 - 350 14 M12 10 120 88.5 M12 10 90 66.4 M10 8 35 25.8 M10 5 30 22.1 M20 17 420 309.8
360 - 380 15 M12 10 120 88.5 M12 10 90 66.4 M10 8 35 25.8 M10 5 30 22.1 M20 17 420 309.8
400 16 M12 10 120 88.5 M12 10 90 66.4 M10 8 35 25.8 M10 5 30 22.1 M20 17 420 309.8
420 17 M12 10 120 88.5 M12 10 90 66.4 M12 10 60 44.3 M10 5 30 22.1 M20 17 420 309.8
440 - 460 18 M12 10 120 88.5 M12 10 90 66.4 M12 10 60 44.3 M10 5 30 22.1 M20 17 420 309.8
480 19 M12 10 120 88.5 M12 10 90 66.4 M12 10 60 44.3 M10 5 30 22.1 M20 17 420 309.8
500 20 M16 14 300 221.3 M16 14 225 166.0 M12 10 60 44.3 M10 5 30 22.1 M20 17 420 309.8
530 21 M16 14 300 221.3 M16 14 225 166.0 M12 10 60 44.3 M10 5 30 22.1 M20 17 420 309.8
560 22 M16 14 300 221.3 M16 14 225 166.0 M12 10 60 44.3 M10 5 30 22.1 M20 17 420 309.8
580 23 M16 14 300 221.3 M16 14 225 166.0 M12 10 60 44.3 M10 5 30 22.1 M20 17 420 309.8
600 24 M16 14 300 221.3 M16 14 225 166.0 M12 10 60 44.3 M10 5 30 22.1 M20 17 420 309.8
(1)
May be increased by up to 20 percent for high axial load applications.
MEDIUM SERIES
(A)
(C)
(B)
TABLE 27. MEDIUM SERIES
Housing
Clamping Ring(1) Support
Joint (A) Radial Retainer (B) (HR only) (C)
Shaft (d)
Torque Torque Torque Torque Torque
mm in. Screw Key Nm lb.ft Screw Key Nm lb.ft Screw Key Nm lb.ft Screw Key Nm lb.ft Screw Key Nm lb.ft
(C)
(B)
mm in. Screw Key Nm lb.ft Screw Key Nm lb.ft Screw Key Nm lb.ft Screw Key Nm lb.ft Screw Key Nm lb.ft
100 - 105 3 11/16 - 4 M10 8 70 51.6 M10 8 52.5 38.7 M10 8 35 25.8 M6 3 7.8 5.8 M16 14 225 166.0
110 - 120 4 3/16 - 4 1/2 M10 8 70 51.6 M10 8 52.5 38.7 M10 8 35 25.8 M6 3 7.8 5.8 M16 14 225 166.0
125 - 130 4 15/16 - 5 M10 8 70 51.6 M10 8 52.5 38.7 M10 8 35 25.8 M10 5 30 22.1 M16 14 225 166.0
135 - 140 5 3/16 - 5 1/2 M10 8 70 51.6 M10 8 52.5 38.7 M10 8 35 25.8 M10 5 30 22.1 M20 17 420 309.8
150 - 155 5 11/16 - 6 M10 8 70 51.6 M10 8 52.5 38.7 M10 8 35 25.8 M10 5 30 22.1 M20 17 420 309.8
160 - 170 6 7/16 - 6 11/16 M12 10 120 88.5 M12 10 90 66.4 M12 10 60 44.3 M10 5 30 22.1 M20 17 420 309.8
175 - 180 6 3/4 - 7 M12 10 120 88.5 M12 10 90 66.4 M12 10 60 44.3 M10 5 30 22.1 M20 17 420 309.8
190 - 200 7 1/4 - 8 M12 10 120 88.5 M12 10 90 66.4 M12 10 60 44.3 M10 5 30 22.1 M24 19 712 525.1
220 - 230 8 1/2 - 9 M16 14 300 221.3 M16 14 225 166.0 M12 10 60 44.3 M10 5 30 22.1 M20 17 420 309.8
240 - 260 9 1/2 - 10 M16 14 300 221.3 M16 14 225 166.0 M12 10 60 44.3 M10 5 30 22.1 M20 17 420 309.8
280 11 M20 17 560 413.0 M20 17 420 309.8 M12 10 60 44.3 M10 5 30 22.1 M20 17 420 309.8
300 12 M20 17 560 413.0 M20 17 420 309.8 M12 10 60 44.3 M10 5 30 22.1 M20 17 420 309.8
320 - 330 13 M20 17 560 413.0 M20 17 420 309.8 M12 10 60 44.3 M10 5 30 22.1 M24 19 712 525.1
340 - 360 14 M24 19 950 700.7 M20 17 420 309.8 M12 10 60 44.3 M16 14 125 92.2 M24 19 712 525.1
380 - 400 15 - 16 M24 19 950 700.7 M20 17 420 309.8 M12 10 60 44.3 M10 5 30 22.1 M24 19 712 525.1
420 - 440 17 M24 19 950 700.7 M20 17 420 309.8 M12 10 60 44.3 M16 14 125 92.2 M24 19 712 525.1
460 18 M24 19 950 700.7 M20 17 420 309.8 M12 10 60 44.3 M16 14 125 92.2 M24 19 712 525.1
500 - 530 20 - 21 M24 19 950 700.7 M20 17 420 309.8 M16 14 60 44.3 M16 14 125 92.2 M24 19 712 525.1
560 22 M24 19 950 700.7 M20 17 420 309.8 M12 10 60 44.3 M16 14 125 92.2 M24 19 712 525.1
580 - 600 23 - 24 M24 19 950 700.7 M20 17 420 309.8 M12 10 60 44.3 M16 14 125 92.2 M24 19 712 525.1
(1)
May be increased by up to 20 percent for high axial load applications.
SHIPPING WEIGHTS
TABLE 29. LIGHT SERIES TABLE 30. MEDIUM SERIES TABLE 31. HEAVY SERIES
Option #2: Please fill out the following information to help us select the appropriate mounted split cylindrical bearing for your application.
Option #3: When converting to a different style of mounted bearings, use this worksheet to provide the application data specific to
your project needs. This information is critical to ensuring the appropriate split cylindrical bearing unit is selected.
Date: __________________________
___________________________________________________________________________________________________
Drive Details
Environment
Dust: YES NO
Submerged: YES NO
Duty
Intermittent: YES NO
Continuous: YES NO
___________________________________________________________________________________________________
LIGHT SERIES
B B L1 ATL Seals
L Other Seals
F
ØD ØD
Ød Ød ØG
C C
Expansion BX Retained BR
H2
H Bolts
H1
J M K
L M
Support
Shaft (d) H H1 H2 JxK LxM Bolts
Reference
mm mm mm mm mm
mm in. in. in. in. in. in.
1 3/16
35 1 1/4 60 22 138 180 228 x 60
S01 2 x M12
40 1 7/16 2.362 0.9 5.4 7.1 9 x 2.4
1 1/2
1 11/16
45 1 3/4 70 25 158 214 270 x 60
S02 2 x M16
50 1 15/16 2.756 1.0 6.2 8.4 10.6 x 2.4
2
2 3/16
55 2 1/4 80 32 180 234 280 x 70
60 S03 2 x M16
2 7/16 3.150 1.3 7.1 9.2 11 x 2.8
65 2 1/2
2 11/16
70 2 3/4 95 38 208 270 330 x 76
S04 2 x M20
75 2 15/16 3.740 1.5 8.2 10.6 13 x 3
3
3 3/16 112 44 242 320 380 x 90
80 2 x M24
3 1/4 S05 4.409 1.7 9.53 12.6 15 x 3.5
85 3 7/16 S05-4B 112 44 242 328 x 88.9 380 x 140
90 4 x M20
3 1/2 4.409 1.7 9.53 12.9 x 3.5 15 x 5.51
3 11/16 125 55 265 354 420 x 102 2 x M24
100 3 3/4 S06 4.921 2.17 10.43 13.9 16.5 x 4
105 3 15/16 S06-4B 125 55 265 368 x 102 426 x 152 4 x M20
4 4.921 2.17 10.43 14.5 x 4 16.8 x 6
4 3/16 143 60 303 392 466 x 120 2 x M24
110 4 1/4 S07 5.630 2.4 11.93 15.4 18.3 x 4.7
115 4 7/16 S07-4B 143 60 303 412 x 114.3 476 x 172 4 x M20
4 1/2 5.630 2.4 11.93 16.2 x 4.5 17.74 x 6.77
4 11/16
120 4 3/4 162 38 372 450 x 120 508 x 178
125 S08 4 x M24
4 15/16 6.378 1.5 14.6 17.7 x 4.7 20 x 7
130 5
5 3/16
135 5 1/4 181 40 405 482 x 120 558 x 178
S09 4 x M24
140 5 7/16 7.126 1.6 15.9 19 x 4.7 22 x 7
5 1/2
5 11/16
150 5 3/4 181 40 415 496 x 120 558 x 178
155 S10 4 x M24
5 15/16 7.126 1.6 16.3 19.5 x 4.7 22 x 7
160 6
B B L1 ATL Seals
L Other Seals
F
ØD ØD
Ød Ød ØG
C C
Expansion BX Retained BR
300 11 1/2 LSM300 LSE1108 929 1665 78.20 438.15 74.60 143.00 LSM300 LSE1108 489.00 98 216 248
650 LS17
305 12 LSM305 LSE1200 208848 374307 17580 17.250 2.937 5.630 LSM305 LSE1200 19.252 3.9 8.5 9.8
320 12 1/2 LSM320 LSE1208 920 1674 89.00 463.55 74.60 136.00 LSM320 LSE1208 520.70 95 260
590 LS18 –
330 13 LSM330 LSE1300 206824 376330 20008 18.250 2.937 5.354 LSM330 LSE1300 20.500 3.7 10.2
340 LSM340 1022 1965 99.60 488.95 74.60 136.00 LSM340 546.10 98 260
14 LSE1400 540 LS19 LSE1400 –
350 LSM350 229755 441745 22391 19.250 2.937 5.354 LSM350 21.500 3.9 10.2
H2
H
Bolts
H1
J K
L M
Support
Shaft (d) H H1 H2 JxK LxM Bolts
Reference
mm mm mm mm mm
mm in. in. in. in. in. in.
6 11/16
170 6 3/4 235 35 470 388 x 128 534 x 190
175 S12 4 x M24
6 15/16 9.252 1.4 18.5 15.3 x 5 21 x 7.5
180 7
7 1/4
190 7 1/2 248 38 495 422 x 140 572 x 204
S13 4 x M24
200 7 15/16 9.764 1.5 19.5 16.6 x 5.5 22.5 x 8
8
8 1/2
220 270 40 540 460 x 140 636 x 216
8 7/8 S14 4 x M30
230 10.630 1.6 21.3 18.1 x 5.5 25 x 8.5
9
9 1/2
240 292 44 585 502 x 140 686 x 228
9 3/4 S15 4 x M30
250 11.496 1.7 23.0 19.8 x 5.5 27 x 9
10
260 10 1/2
270 311 48 620 534 x 140 724 x 228
10 3/4 S16 4 x M30
12.244 1.9 24.4 21 x 5.5 28.5 x 9
280 11
B B L1 ATL Seals
L Other Seals
F
ØD ØD
Ød Ød ØG
C C
Expansion BX Retained BR
1107 2266 115.60 546.10 76.20 140.00 LSE1600 603.30 102 280
400 16 LSM400 LSE1600 460 LS21 LSM400 –
248864 509417 25988 21.500 3.000 5.512 23.752 4.0 11.0
1146 2418 121.00 571.50 76.20 140.00 LSE1700 628.70 102 292
420 17 LSM420 LSE1700 430 LS22 LSM420 –
257631 543588 27202 22.500 3.000 5.512 24.752 4.0 11.5
1348 2965 132.60 628.65 81.00 144.00 LSE1900 682.60 4.3 304
480 19 LSM480 LSE1900 380 LS24 LSM480 –
303042 666559 29810 24.750 3.189 5.669 26.874 108 12.0
1392 3139 137.80 654.05 80.20 168.00 LSE2000 717.60 114 304
500 20 LSM500 LSE2000 360 LS25 LSM500 –
312934 705675 30979 25.750 3.157 6.614 28.252 4.5 12.0
1431 3316 140.60 692.15 81.00 168.00 LSE2100 755.70 114 330
530 21 LSM530 LSE2100 340 LS26 LSM530 –
321702 745466 31608 27.250 3.189 6.614 29.752 4.5 13.0
1472 3490 142.40 717.55 81.00 168.00 LSE2200 781.10 114 336
560 22 LSM560 LSE2200 330 LS27 LSM560 –
330919 784583 32013 28.250 3.189 6.614 30.752 4.5 13.2
1616 3841 144.00 749.00 84.10 172.00 LSE2300 816.00 120 342
580 23 LSM580 LSE2300 310 LS28 LSM580 –
363291 863491 32372 29.488 3.311 6.772 32.126 4.7 13.5
1660 4033 146.80 774.70 84.10 172.00 LSE2400 841.40 120 342
600 24 LSM600 LSE2400 300 LS29 LSM600 –
373183 906654 33002 30.500 3.311 6.772 33.126 4.7 13.5
H2 H2
H H
Bolts
H1 H1
J J K
L L M
Support
Shaft (d) H H1 H2 JxK LxM Bolts
Reference
mm mm mm mm mm
mm in. in. in. in. in. in.
When faced with flat horizontal or vertical faces, flange units Bearing inspection is simply a matter of removing the top half of the
offer a simple mounting solution. As with pillow block supports, flange and housing. Bearing replacement may also be achieved in
flange units are produced with spherical location to accommodate the same manner if required.
standard bearing housings and provide easy initial alignment of When integrating flange units into new applications, it should
shaft and equipment. be noted that a maximum radial load equivalent to 0.26 Cor is
To facilitate positive location of the flange to the surface, the rear permissible. A maximum axial load of 0.25 Ca must also be taken
face is recessed (dimensions N and V). This allows for a spigot into account for applications with thrust loading. Units for vertically
(tolerance f8) to be located into the flange. oriented shafts may also need special consideration given to
sealing arrangements.
As always, Timken will be happy to advise on any application issues.
Shaft Flange
T Bolts R P H N V L
(d) Reference
mm mm mm mm mm mm mm
mm in. in. in. in. in. in. in. in.
1 3/16
35 1 1/4 204 164 13 51 119.06 3 94
F01 4 x M12
40 1 7/16 8.0 6.5 0.5 2.0 4.687 0.1 3.7
1 1/2
1 11/16
45 1 3/4 216 180 13 57 136.52 3 106
F02 4 x M12
50 1 15/16 8.5 7.1 0.5 2.2 5.375 0.1 4.2
2
2 3/16
55 2 1/4 260 218 16 67 166.96 3 120
60 F03 4 x M12
2 7/16 10.2 8.6 0.6 2.6 571 0.1 4.7
65 2 1/2
2 11/16
70 2 3/4 286 242 16 73 192.09 3 130
F04 4 x M12
75 2 15/16 11.3 9.5 0.6 2.9 7.563 0.1 5.1
3
3 3/16
80 3 1/4 330 274 19 79 215.98 3 148
85 F05 4 x M16
3 7/16 13.0 10.8 0.7 3.1 500 0.1 5.8
90 3 1/2
3 11/16
100 3 3/4 356 302 19 86 244.47 3 154
F06 4 x M16
105 3 15/16 14.0 11.9 0.7 3.4 9.625 0.1 6.1
4
4 3/16
110 4 1/4 382 334 22 92 276.22 3 164
F07 4 x M16
115 4 7/16 15.0 13.1 0.9 3.6 10.875 0.1 6.5
4 1/2
4 11/16
120 4 3/4 432 374 22 98 314.32 3 176
125 F08 4 x M24
4 15/16 17.0 14.7 0.9 3.9 12.375 0.1 6.9
130 5
For bearings and housings see pages 46-49. continued on next page
Shaft Flange
T Bolts R P H N V L
(d) Reference
mm mm mm mm mm mm mm
mm in. in. in. in. in. in. in. in.
5 3/16
135 5 1/4 444 384 25 98 317.51 3 182
140 5 7/16 F09 4 x M24
17.5 15.1 1.0 3.9 2.500 0.1 7.2
5 1/2
5 11/16
150 5 3/4 470 412 25 114 346.07 3 202
155 F10 4 x M24
5 15/16 18.5 16.2 1.0 4.5 13.625 0.1 8.0
160A 6
6 11/16
170 6 3/4 508 438 29 108 365.12 3 208
175 F12 4 x M24
6 15/16 20.0 17.2 1.1 4.3 14.375 0.1 8.2
180 7
7 1/4
190 7 1/2 534 474 32 108 400.05 3 208
F13 4 x M24
200 7 15/16 21.0 18.7 1.3 4.3 15.750 0.1 8.2
8
8 1/2
220 584 512 35 117 431.81 3 226
8 7/8 F14 4 x M30
230 23.0 20.2 1.4 4.6 7.000 0.1 8.9
9
9 1/2
240 610 542 35 117 463.55 3 228
9 3/4 F15 4 x M30
250 24.0 21.3 1.4 4.6 18.250 0.1 9.0
10
Support
Reference
Shaft (d) B N D V P H S A T X W R U Y
Tension- Push-
Type Type
mm mm mm mm mm mm mm mm mm mm mm mm mm mm
mm in. in. in. in. in. in. in. in. in. in. in. in. in. in. in.
1 3/16
35 1 1/4 102 172 153 76 14 29 25 32 216 20 25 24 5 13
TT01 TP01
40 1 7/16
1 1/2 4.0 6.8 6.0 3.0 0.6 1.1 1.0 1.3 8.5 0.8 1.0 0.9 0.2 0.5
1 11/16
45 1 3/4 114 204 178 88 16 29 29 128 242 24 25 25 5 13
TT02 TP02
50 1 15/16
2 4.5 8.0 7.0 3.5 0.6 1.1 1.1 5.0 9.5 0.9 1.0 1.0 0.2 0.5
2 3/16
55 2 1/4 128 235 203 102 20 32 38 146 280 24 30 29 6 16
60 TT03 TP03
2 7/16
65 5.0 9.3 8.0 4.0 0.8 1.3 1.5 5.7 11.0 0.9 1.2 1.1 0.2 0.6
2 1/2
2 11/16
70 2 3/4 152 266 229 114 22 40 41 158 305 24 30 32 6 16
TT04 TP04
75 2 15/16
3 6.0 10.5 9.0 4.5 0.9 1.6 1.6 6.2 12.0 0.9 1.2 1.3 0.2 0.5
3 3/16
80 3 1/4 190 318 280 140 22 40 51 190 368 30 38 35 6 16
85 TT05 TP05
3 7/16
90 7.5 12.5 11.0 5.5 0.9 1.6 2.0 7.5 14.5 1.2 1.5 1.4 0.2 0.5
3 1/2
For bearings and housings see pages 46-49. continued on next page
T
V V P H P H
V A
U
NDS
ND S Y
X
Pin
Dia. 3.0 3.0
B
1.5 1.5
R
3.0 3.0 W
B 1.5 1.5 R
Support
Reference
Shaft (d) B N D V P H S A T X W R U Y
Tension- Push-
Type Type
mm mm mm mm mm mm mm mm mm mm mm mm mm mm
mm in. in. in. in. in. in. in. in. in. in. in. in. in. in. in.
3 11/16
100 3 3/4 204 342 305 152 22 43 51 210 414 36 44 35 6 19
TT06 TP06
105 3 15/16
4 8.0 13.5 12.0 6.0 0.9 1.7 2.0 8.3 16.3 1.4 1.7 1.4 0.2 0.7
4 3/16
110 4 1/4 216 382 343 162 22 48 70 228 445 42 44 41 6 19
TT07 TP07
115 4 7/16
4 1/2 8.5 15.0 13.5 6.4 0.9 1.9 2.8 9.0 17.5 1.7 1.7 1.6 0.2 0.7
4 11/16
120 4 3/4 254 420 381 190 25 51 76 260 508 42 44 44 6 19
125 TT08 TP08
4 15/16
130 10.0 16.5 15.0 7.5 1.0 2.0 3.0 10.2 20.0 1.7 1.7 1.7 0.2 0.7
5
5 3/16
135 5 1/4 266 438 400 196 25 54 76 266 514 42 44 48 8 23
TT09 TP09
140 5 7/16
5 1/2 10.5 17.2 15.7 7.7 1.0 2.1 3.0 10.5 20.2 1.7 1.7 1.9 0.3 0.9
5 11/16 266 464 426 204 25 57 86 280 546 48 50 51
150 5 3/4 8 23
155 TT10 TP10
5 15/16 10.5 18.3 16.8 8.0 1.0 2.2 3.4 11.0 21.5 1.9 2.0 2.0
160 0.3 0.9
6
For bearings and housings see pages 46-49.
Support
Shaft (d) C G L H X(1) Y
Reference
mm mm mm mm mm mm
mm in. mm in. in. in. in. in. in. in.
1 3/16 LSE103HG
35 1 1/4 LSM35HG LSE104HG 55.0 106 108 66 M30 50
40 1 7/16 LSM40HG LSE107HG
2.165 4.2 4.3 2.6 1 - 8 UNC 2.0
1 1/2 LSE108HG
1 11/16 LSE111HG
45 1 3/4 LSM45HG LSE112HG 60.0 121 108 76 M30 50
50 1 15/16 LSM50HG LSE115HG 2.0
2.362 4.8 4.3 3.0 1 - 8 UNC
2 LSE200HG
2 3/16 LSE203HG
55 LSM55HG
2 1/4 LSE204HG 60.0 140 108 82 M30 50
60 LSM60HG
2 7/16 LSE207HG
65 LSM65HG 2.362 5.5 4.3 3.2 1 - 8 UNC 2.0
2 1/2 LSE208HG
2 11/16 LSE211HG
70 2 3/4 LSM70HG LSE212HG 65.0 162 130 92 M30 50
75 2 15/16 LSM75HG LSE215HG
2.559 6.4 5.1 3.6 1 - 8 UNC 2.0
3 LSE300HG
3 3/16 LSE303HG
80 LSM80HG
3 1/4 LSE304HG 75.0 187 146 114 M36 76
85 LSM85HG
3 7/16 LSE307HG
90 LSM90HG 2.953 7.4 5.7 4.5 1 1/2 - 6 UNC 3.0
3 1/2 LSE308HG
Hanger units with inch bore sizes have UNC mounting threads as standard. Hanger units with metric
(1)
continued on next page
bore sizes have metric mounting threads as standard
Y X
C
G
Support
Shaft (d) C G L H X(1) Y
Reference
mm mm mm mm mm mm
mm in.
in. in. in. in. in. in.
3 11/16 LSE311HG
100 3 3/4 LSM100HG LSE312HG 85.0 210 152 128 M36 76
105 3 15/16 LSM105HG LSE315HG
3.346 8.3 6.0 5.0 1 1/2 - 6 UNC 3.0
4 LSE400HG
4 3/16 LSE403HG
110 4 1/4 LSM110HG LSE404HG 90.0 232 156 140 M36 76
115 4 7/16 LSM115HG LSE407HG
3.543 9.1 6.1 5.5 1 1/2 - 6 UNC 3.0
4 1/2 LSE408HG
4 11/16 LSE411
120 LSM120
4 3/4 LSE412 95 276 162 156 M36 76
125 LSM125
4 15/16 LSE415
130 LSM130 3.740 10.866 6.378 6.142 1 1/2 - 6 UNC 2.992
5 LSE500
5 3/16 LSE503
135 5 1/4 LSM135 LSE504 98.4 280 158 160 M36 75
140 5 7/16 LSM140 LSE507
3.874 11.024 6.220 6.299 1 1/2 - 6 UNC 2.953
5 1/2 LSE508
(1)
Hanger units with inch bore sizes have UNC mounting threads as standard. Hanger units with metric
bore sizes have metric mounting threads as standard
MEDIUM SERIES
L Other Seals
ØD ØD
Ød Ød
ØG
C C
Expansion BX Retained BR
H2 H2
H H
Bolts
H1 H1
J J K
L L M
Support
Shaft (d) H H1 H2 JxK LxM Bolts
Reference
mm mm mm mm mm
mm in. in. in. in. in. in.
1 11/16
45 1 3/4 80 32 180 234 280 x 70
S03 2 x M16
50 1 15/16
2 3.150 1.3 7.1 9.2 11 x 2.8
2 3/16
55 2 1/4 95 38 208 270 330 x 76
60 S04 2 x M20
2 7/16
65 3.740 1.5 8.2 10.6 13 x 3
2 1/2
2 11/16 112 44 242 320 380 x 90 2 x M20
70 2 3/4 S05 4.409 1.7 9.53 12.6 15 x 3.5
75 2 15/16 S05-4B 112 44 242 328 x 88.9 380 x 140
3 4 x M20
4.409 1.7 9.53 12.9 x 3.5 15 x 5.51
3 3/16 125 55 265 354 420 x 102
80 2 x M24
3 1/4 S06 4.921 2.17 10.43 13.9 16.5 x 4
85 3 7/16 S06-4B 125 55 265 368 x 102 426 x 152
90 4 x M20
3 1/2 4.921 2.17 10.43 14.5 x 4 16.8 x 6
3 11/16 143 60 303 392 466 x 120
5.630 2 x M24
100 3 3/4 S07 2.4 11.93 15.4 18.3 x 4.7
105 3 15/16 S07-4B 143 60 303 412 x 114.3 476 x 172 4 x M20
4 5.630 2.4 11.93 16.2 x 4.5 17.74 x 6.77
4 3/16
110 4 1/4 162 38 372 450 x 120 508 x 178
S08 4 x M24
115 4 7/16
4 1/2 6.378 1.5 14.6 17.7 x 4.7 20 x 7
4 11/16
120 4 3/4 181 40 415 496 x 120 558 x 178
125 S10 4 x M24
4 15/16
130 7.126 1.6 16.3 19.5 x 4.7 22 x 7
5
5 3/16
135 5 1/4 203 50 460 546 x 120 610 x 178
S30 4 x M24
140 5 7/16
5 1/2 7.992 2.0 18.1 21.5 x 4.7 24 x 7
5 11/16
150 5 3/4 210 50 470 558 x 128 636 x 204
155 S31 4 x M24
5 15/16
160 8.268 2.0 18.5 22 x 5 25 x 8
6
ØD ØD
ØG
Ød Ød
C C
Expansion BX Retained BR
175 6 15/16 MSM175 MSE615 927 1357 71.20 330.20 83.30 140.00 MS33 MSM175 MSE615 381.00 95 222 242
1120
180 7 MSM180 MSE700 MSM180 MSE700
208398 305066 16006 13.000 3.280 5.512 15.000 3.7 8.7 9.5
7 1/4 MSE704 MSE704
190 7 1/2 MSM190 MSE708 1013 1516 80.00 368.30 90.50 156.00 MSM190 MSE708 425.50 105 235 258
960 MS34
200 7 15/16 MSM200 MSE715 MSM200 MSE715
8 MSE800 227732 340810 17985 14.500 3.563 6.142 MSE800 16.752 4.1 9.3 10.2
300 11 1/2 MSM300 MSE1108 1587 2644 129.00 495.30 103.20 193.00 MSM300 MSE1108 552.50 128 268 306
610 MS38
305 12 MSM305 MSE1200 MSM305 MSE1200
356772 594395 29000 19.500 4.063 7.598 21.752 5.0 10.6 12.0
320 12 1/2 MSM320 MSE1208 1723 2922 144.20 527.05 106.40 192.00 MSM320 MSE1208 587.40 128 298 –
550 MS39
330 13 MSM330 MSE1300 MSM330 MSE1300
387346 656892 32417 20.750 4.189 7.559 23.126 5.0 11.7
H2 H2
H H
Bolts
H1 H1
J J K
L L M
Support
Shaft (d) H H1 H2 JxK LxM Bolts
Reference
mm mm mm mm mm
mm in. in. in. in. in. in.
8 1/2
220 324 50 650 550 x 190 750 x 280
8 7/8 S35 4 x M30
230 9 12.756 2.0 25.6 21.7 x 7.5 29.5 x 11
240 9 1/2
250 9 3/4 S36 356 54 710 596 x 204 812 x 292 4 x M36
260 10 14.016 2.1 28.0 23.5 x 8 32 x 11.5
10 1/2
270 378 60 760 736 & 534 x 254 914 x 330
10 3/4 S37 8 x M30
280 11 14.882 2.4 29.9 29 & 21 x 10 36 x 13
300 11 1/2 394 60 790 768 & 566 x 254 958 x 330
S38 8 x M30
305 12
15.512 2.4 31.1 30.2 & 22.3 x 10 37.7 x 13
320 12 1/2 419 64 840 812 & 610 x 210 1016 x 292
S39 8 x M30
330 13
16.496 2.5 33.1 32 & 24 x 8.3 40 x 11.5
340
350 14 S40 451 67 900 864 & 660 x 280 1092 x 368 8 x M36
360 17.756 2.6 35.4 34 & 26 x 11 43 x 14.5
ØD ØD
ØG
Ød Ød
C C
Expansion BX Retained BR
1931 3522 174.40 584.20 111.10 200.00 MSM360 647.70 146 305
380 15 MSM380 MSE1500 460 MS41
MSM380
MSE1500 –
434106 791778 39207 23.000 4.374 7.874 25.500 5.7 12.0
400 16 MSM400 MSE1600 2105 3793 188.40 430 615.95 115.90 200.00 MS42 MSM400 MSE1600 685.80 146 324 –
473223 852701 42354 24.250 4.563 7.874 27.000 5.7 12.8
420 17 MSM420 MSE1700 2324 4164 202.00 400 647.70 119.10 200.00 MS43 MSM420 MSE1700 717.60 146 350 –
522456 936105 45411 25.500 4.689 7.874 28.252 5.7 13.8
440 MSM440 2215 4183 216.00 666.75 115.90 200.00 MSM440 733.40 146 350
460
18
MSM460
MSE1800 380 MS44
MSM460
MSE1800 –
497952 940376 48559 26.250 4.563 7.874 28.874 5.7 13.8
480 19 MSM480 MSE1900 2445 4594 230.00 360 698.50 119.10 223.00 MS45 MSM480 MSE1900 762.00 146 368 –
549658 1032773 51706 27.500 4.689 8.780 30.000 5.7 14.5
500 20 MSM500 MSE2000 2453 5054 244.00 340 717.55 115.90 226.00 MS46 MSM500 MSE2000 787.40 146 368 –
551456 1137229 54853 28.250 4.563 8.898 31.000 5.7 14.5
530 21 MSM530 MSE2100 2702 5467 258.00 330 762.00 119.10 229.00 MS47 MSM530 MSE2100 831.90 150 368 –
607434 1230020 58001 30.000 4.689 9.016 32.752 5.9 14.5
560 22 MSM560 MSE2200 2851 5794 272.00 310 793.75 122.20 233.00 MS48 MSM560 MSE2200 866.80 152 374 –
640930 1303567 61148 31.250 4.811 9.173 34.126 6.0 14.7
580 23 MSM580 MSE2300 2982 6231 286.00 300 812.80 119.10 232.00 MS49 MSM580 MSE2300 883.00 152 374 –
670380 1402056 64295 32.000 4.689 9.134 34.764 6.0 14.7
600 24 MSM600 MSE2400 2972 6243 300.00 290 838.20 119.10 214.00 MS50 MSM600 MSE2400 914.40 152 388 –
668132 1404650 67443 33.000 4.689 8.425 36.000 6.0 15.3
H2
H
Bolts
H1
J K
L M
Support
Shaft (d) H H1 H2 JxK LxM Bolts
Reference
mm mm mm mm mm
mm in. in. in. in. in. in.
380 15 S41 464 67 925 886 & 682 x 280 1092 x 368 8 x M36
18.268 2.6 36.4 34.9 & 26.9 x 11 43 x 14.5
400 16 S42 495 70 990 934 & 730 x 280 1168 x 368 8 x M36
19.488 2.8 39.0 36.8 & 28.7 x 11 46 x 14.5
420 17 S43 514 70 1030 972 & 768 x 280 1194 x 368 8 x M36
20.236 2.8 40.6 38.3 & 30.2 x 11 47 x 14.5
480 19 S45 552 76 1110 1042 & 812 x 280 1270 x 368 8 x M36
21.732 3.0 43.7 41 & 32 x 11 50 x 14.5
500 20 S46 572 80 1145 1074 & 844 x 280 1296 x 368 8 x M36
22.520 3.1 45.1 42.3 & 33.2 x 11 51 x 14.5
530 21 S47 594 83 1180 1118 & 890 x 280 1398 x 368 8 x M36
23.386 3.3 46.5 44 & 35 x 11 55 x 14.5
560 22 S48 616 86 1230 1158 & 930 x 280 1422 x 382 8 x M42
24.252 3.4 48.4 45.6 & 36.6 x 11 56 x 15
580 23 S49 635 89 1270 1187 & 959 x 280 1448 x 382 8 x M42
25.000 3.5 50.0 46.7 & 37.8 x 11 57 x 15
600 24 S50 673 92 1345 1238 & 1010 x 280 1524 x 382 8 x M42
26.496 3.6 53.0 48.7 & 39.8 x 11 60 x 15
Flange
Shaft (d) T Bolts R P H N V L
Reference
mm mm mm mm mm mm mm
mm in. in. in. in. in. in. in. in.
1 11/16
45 1 3/4 260 218 16 67 166.9 3 124
F03 4 x M12
50 1 15/16
2 10.2 8.6 0.6 2.6 6.571 0.1 4.9
2 3/16
55 2 1/4 286 242 16 73 192.09 3 136
60 F04 4 x M12
2 7/16
65 11.3 9.5 0.6 2.9 7.563 0.1 5.4
2 1/2
3 3/16
80 3 1/4 356 302 19 86 244.47 3 164
85 F06 4 x M16
3 7/16
90 14.0 11.9 0.7 3.4 9.625 0.1 6.5
3 1/2
3 11/16
100 3 3/4 382 334 22 92 276.22 3 166
F07 4 x M16
105 3 15/16
4 15.0 13.1 0.9 3.6 10.875 0.1 6.5
4 3/16 432
110 4 1/4 374 22 98 314.32 3 180
F08 4 x M24
115 4 7/16
4 1/2 17.0 14.7 0.9 3.9 12.375 0.1 7.1
4 11/16 470
120 4 3/4 412 25 114 346.07 3 206
125 F10 4 x M24
4 15/16
130 18.5 16.2 1.0 4.5 13.625 0.1 8.1
5
For bearings and housings see pages 60, 62 and 64. continued on next page
Flange
Shaft (d) T Bolts R P H N V L
Reference
mm mm mm mm mm mm mm
mm in. in. in. in. in. in. in. in.
5 11/16
150 5 3/4 534 466 25 124 393.70 3 226
155 F31 4 x M24
5 15/16 18.3 1.0 4.9 15.500 0.1 8.9
160A 21.0
6
6 11/16
175 6 3/4 596 524 32 130 444.50 5 252
F33 4 x M30
180 6 15/16 20.6 9.9
7 23.5 1.3 5.1 17.500 0.2
7 1/4
190 7 1/2 648 572 32 137 492.12 5 266
F34 4 x M30
200 7 15/16
8 25.5 22.5 1.3 5.4 19.375 0.2 10.5
8 1/2
220 712 620 35 146 527.05 5 284
8 7/8 F35 4 x M36
230 9 28.0 24.4 1.4 5.7 20.750 0.2 11.2
240 9 1/2
250 9 3/4 F36 736 4 x M36 660 38 149 568.32 5 290
260 10 29.0 26.0 1.5 5.9 22.375 0.2 11.4
10 1/2
270 762 682 38 159 603.25 5 310
10 3/4 F37 8 x M30
280 11 30.0 26.9 1.5 6.3 23.750 0.2 12.2
Support
Reference
Shaft (d) B N D V P H S A T X W R U Y
Tension- Push-
Type Type
mm mm mm mm mm mm mm mm mm mm mm mm mm mm
mm in. in. in. in. in. in. in. in. in. in. in. in. in. in. in.
1 11/16
45 1 3/4 128 235 203 102 20 32 38 146 280 24 30 29 6 16
TT03 TP03
50 1 15/16
2 5.0 9.3 8.0 4.0 0.8 1.3 1.5 5.7 11.0 0.9 1.2 1.1 0.2 0.6
2 3/16
55 2 1/4 152 266 229 114 22 40 41 158 305 24 30 32 6 16
60 TT04 TP04
2 7/16
65 6.0 10.5 9.0 4.5 0.9 1.6 1.6 6.2 12.0 0.9 1.2 1.3 0.2 0.6
2 1/2
2 11/16
70 2 3/4 190 318 280 140 22 40 51 190 368 30 38 35 6 16
TT05 TP05
75 2 15/16
3 7.5 12.5 11.0 5.5 0.9 1.6 2.0 7.5 14.5 1.2 1.5 1.4 0.2 0.6
3 3/16
80 3 1/4 204 342 305 152 22 43 51 210 414 36 44 35 6 19
85 TT06 TP06
3 7/16
90 8.0 13.5 12.0 6.0 0.9 1.7 2.0 8.3 16.3 1.4 1.7 1.4 0.2 0.7
3 1/2
3 11/16
100 3 3/4 216 382 343 162 22 48 70 228 445 42 44 41 6 19
TT07 TP07
105 3 15/16
4 8.5 15.0 13.5 6.4 0.9 1.9 2.8 9.0 17.5 1.7 1.7 1.6 0.2 0.7
For bearings and housings see pages 60, 62 and 64. continued on next page
T
V V P H P H
V A
U
NDS
ND S Y
X
Pin
Dia. 3.0 3.0
B
1.5 1.5
R
3.0 3.0 W
B 1.5 1.5 R
Support
Reference
Shaft (d) B N D V P H S A T X W R U Y
Tension- Push-
Type Type
mm mm mm mm mm mm mm mm mm mm mm mm mm mm
mm in. in. in. in. in. in. in. in. in. in. in. in. in. in. in.
4 3/16
110 4 1/4 254 420 381 190 25 51 76 260 508 42 44 44 6 19
TT08 TP08
115 4 7/16
4 1/2 10.0 16.5 15.0 7.5 1.0 2.0 3.0 10.2 20.0 1.7 1.7 1.7 0.2 0.7
4 11/16
120 4 3/4 266 464 426 204 25 57 86 280 546 48 50 51 8 23
125 TT10 TP10
4 15/16
130 10.5 18.3 16.8 8.0 1.0 2.2 3.4 11.0 21.5 1.9 2.0 2.0 0.3 0.9
5
5 3/16
135 5 1/4 280 502 464 222 25 60 92 298 584 48 50 54 8 23
TT30 TP30
140 5 7/16
5 1/2 11.0 19.8 18.3 8.7 1.0 2.4 3.6 11.7 23.0 1.9 2.0 2.1 0.3 0.9
5 11/16
150 5 3/4 305 528 489 235 25 64 92 312 616 48 50 57 10 26
155 TT31 TP31
5 15/16
160 12.0 20.8 19.3 9.3 1.0 2.5 3.6 12.3 24.3 1.9 2.0 2.2 0.4 1.0
6
HEAVY SERIES
ØD ØD
ØG
Ød Ød
C C
Expansion BX Retained BR
H2
H
Bolts
H1
J K
L M
Support
Shaft (d) H H1 H2 JxK LxM Bolts
Reference
mm mm mm mm mm
mm in. in. in. in. in. in.
3 11/16
100 3 3/4 191 38 405 438 x 82 514 x 152
S54 4 x M24
105 3 15/16 7.520 1.5 15.9 17.2 x 3.2 20.2 x 6
4
4 3/16
110 4 1/4 197 38 425 458 x 88 534 x 166
115 S55 4 x M24
4 7/16 7.756 1.5 16.7 18 x 3.5 21 x 6.5
120 4 1/2
5 3/16
135 5 1/4 229 54 485 514 x 102 622 x 178
S57 4 x M30
140 5 7/16 9.016 2.1 19.1 20.2 x 4 24.5 x 7
5 1/2
5 11/16
150 5 3/4 254 57 535 558 x 120 666 x 204
S58 4 x M30
155 5 15/16 10.000 2.2 21.1 22 x 4.7 26.2 x 8
6
6 7/16
160 267 60 570 628 x 140 736 x 228
6 1/2 S59 4 x M30
170 10.512 2.4 22.4 24.7 x 5.5 29 x 9
6 11/16
6 1/4
175 279 64 580 636 x 152 762 x 254
6 15/16 S60 4 x M30
180 10.984 2.5 22.8 25 x 6 30 x 10
7
7 1/4
190 7 1/2 311 67 655 636 x 172 838 x 266
S61 4 x M36
200 7 15/16 12.244 2.6 25.8 25 x 6.8 33 x 10.5
8
8 1/2
220 349 76 730 736 x 178 952 x 280
8 1/8 S62 4 x M42
230 9 13.740 3.0 28.7 29 x 7 37.5 x 11
9 1/2
240 394 76 790 670 x 304 914 x 406
9 1/4 S63 4 x M42
260 10 15.512 3.0 31.1 26.4 x 12 36 x 16
B B L Grease Grooves
F
ØD ØD
ØG
Ød Ød
C C
Expansion BX Retained BR
280 11 HSM280 HSE1100 2202 3507 153.00 620 495.30 139.70 244.00 HS83 HSM280 HSE1100 571.50 165 356 356
495029 788405 34396 19.500 5.500 9.606 22.500 6.5 14.0 14.0
300 12 HSM300 HSE1200 2337 3650 174.40 560 558.80 139.70 244.00 HS65 HSM300 HSE1200 641.40 165 346 370
525379 820553 39207 22.000 5.500 9.606 25.252 6.5 13.6 14.6
320 13 HSM320 HSE1300 2718 4093 198.80 500 622.30 160.40 272.00 HS66 HSM320 HSE1300 717.60 170 368 _
611031 920143 44692 24.500 6.315 10.709 28.252 6.7 14.5
380 15 HSM380 HSE1500 3195 5238 250.80 685.80 166.70 292.00 HS68 HSM380 HSE1500 774.70 202 400
420 _
400 16 HSM400 HSE1600 HS68E0548 HSM400 HSE1600
718265 1177550 56382 27.000 6.563 11.496 30.500 8.0 15.7
460 18 HSM460 HSE1800 3807 6611 302.40 340 740.00 170.00 294.00 HS90 HSM460 HSE1800 840.00 200 450 _
855848 1486212 67982 29.134 6.693 11.575 33.071 7.9 17.7
500 20 HSM500 HSE2000 4660 8183 347.00 850.90 187.40 300.00 HS94 HSM500 HSE2000 958.90 204 495
310 _
530 21 HSM530 HSE2100 HS94E0548 HSM530 HSE2100
1047610 1839612 78009 33.500 7.378 11.811 37.752 8.0 19.5
560 22 HSM560 HSE2200 4795 9412 382.60 280 863.60 196.90 310.00 HS94 HSM560 HSE2200 958.90 204 490 _
1077959 2115902 86012 34.000 7.752 12.205 37.752 8.0 19.3
580 23 HSM580 HSE2300 4951 9451 400 890.00 184.00 310.00 HSM580 HSE2300 990.00 204 490
270 HS95 _
600 24 HSM600 HSE2400 HSM600 HSE2400
1113029 2124669 89924 35.039 7.244 12.205 38.976 8.0 19.3
H2
H
Bolts
H1
J K
L M
Support
Shaft (d) H H1 H2 JxK LxM Bolts
Reference
mm mm mm mm mm
mm in. in. in. in. in. in.
280 11 S83 368 70 785 742 & 502 x 178 940 x 280 8 x M36
14.488 2.8 30.9 29.2 & 19.8 x 7 37 x 11
300 12 S65 457 76 915 876 & 674 x 330 1092 x 420 8 x M36
17.992 3.0 36.0 34.5 & 26.5 x 13 43 x 16.5
320 13 S66 518 80 1035 978 & 762 x 266 1194 x 356 8 x M36
20.394 3.1 40.7 38.5 & 30 x 10.5 47 x 14
460 18 S90 550 95 1165 1080 & 780 x 220 1370 x 380 8 x M48
21.654 3.7 45.9 42.5 & 30.7 x 8.7 53.9 x 15
500 20 622 102 1340 1270 & 940 x 242 1600 x 406
S94 8 x M56
530 21
24.488 4.0 52.8 50 & 37 x 9.5 63 x 16
560 22 S94 622 102 1340 1270 & 940 x 242 1600 x 406 8 x M56
24.488 4.0 52.8 50 & 37 x 9.5 63 x 16
580 23 622 102 1340 1270 & 940 x 242 1600 x 406
S95 8 x M56
600 24
24.488 4.0 52.8 50 & 37 x 9.5 63 x 16
HEAVY SERIES
FLANGE UNITS 125 MM TO 260 MM (4 15/16 IN. TO 10 IN.)
When faced with flat horizontal or vertical faces, flange Bearing inspection is simply a matter of removing the top half
units offer a simple mounting solution. As with pillow block of the flange and housing. Bearing replacement also may be
supports, flange units are produced with spherical location achieved in the same manner if required.
to accommodate standard bearing housings and provide When integrating flange units into new applications, it should
easy initial alignment of shaft and equipment. be noted that a maximum radial load equivalent to 0.26 Cor
To facilitate positive location of the flange to the surface, the rear is permissible. A maximum axial load of 0.25 Ca also must be
face is recessed (dimensions N and V). This allows for a spigot taken into account for applications with thrust loading. Units for
(tolerance f8) to be located into the flange. vertically oriented shafts may also need special consideration
given to sealing arrangements.
Flange
Shaft (d) T R P H N V L
Reference
mm mm mm mm mm mm mm
mm in. in. in. in. in. in. in. in.
5 11/16
150 5 3/4 648 574 44 137 495.35 7 264
F58
155 5 15/16
6 25.5 22.6 1.7 5.4 19.502 0.3 10.4
6 3/4
175 724 638 44 156 546.15 8 298
6 15/16 F60
180 7 28.5 25.1 1.7 6.1 21.502 0.3 11.7
240 9 1/2
250 9 3/4 F63 890 796 48 181 692.20 8 348
260 10 35.0 31.3 1.9 7.1 27.252 0.3 13.7
SAF/SN/SD BEARINGS
The new compact split plummer block bearing
from Timken is the first split cylindrical roller bearing
assembly to be interchangeable with standard SAF, SN and
SD series plummer blocks, bringing the benefits of a split design to
a much wider customer base.
The following topics are covered within this section:
B B L1 ATL Seals
L Other Seals
ØD ØD
Ød Ød ØG
C C
Expansion BX Retained BR
1 11/16 LSE111 LSM45 LSE112 83.1 87.3 4630 98.42 25.4 60 LS2HRTL LS2HXTL 117.48 25 96 98
18694 19643 3.875 1.000 2.362 4.625 0.984 3.780 3.858
LSE111
LSM45 83.1 87.3 98.42 25.4 60 117.48 25 96 98
1 15/16 LSE115 LSE112 4630 LS2HRTL LS2HXTL
LSM50 18695 19644 3.875 1.000 2.362 4.625 0.984 3.780 3.858
LSE200
LSM55 LSE204
2 3/16 LSE203 LSM60 LSE207 102.7 115 3940 114.3 27 60 LS3HRTL LS3HXTL 134.94 32 102 104
LSM65 LSE208 23118 25848 4.500 1.063 2.362 5.313 1.260 4.016 4.094
LSM55 LSE203
2 7/16 LSE207 LSM60 LSE204 102.7 114.9 3940 114.3 27 60 LS3HRTL LS3HXTL 134.94 32 102 104
23118 25848 4.500 1.063 2.362
LSM65 LSE208 5.313 1.260 4.016 4.094
LSM55 LSE203
2 7/16 LSE207 LSM60 LSE204 102.7 114.9 3940 114.3 27 60 LS3HRTL LS3HXTL 134.94 32 102 104
LSM65 LSE208 23118 25848 4.500 1.063 2.362 5.313 1.260 4.016 4.094
LSE212
LSM70 138 160.8 133.35 31.8 65 157.16 38 112 114
2 11/16 LSE211 LSE215 3310 LS4HRTL LS4HXTL
LSM75 31041 36179 5.250 1.252 2.559 6.187 1.496 4.409 4.488
LSE300
LSE212
LSM70 138 160.8 133.35 31.8 65 157.16 38 112 114
2 11/16 LSE211 LSE215 3310 LS4HRTL LS4HXTL
LSM75 31041 36179 5.250 1.252 2.559 6.187 1.496 4.409 4.488
LSE300
LSE211
LSM70 138 160.8 133.35 31.8 65 157.16 38 112 114
2 15/16 LSE215 LSE212 3310 LS4HRTL LS4HXTL
LSM75 31041 36179 5.250 1.252 2.559 6.187 1.496 4.409 4.488
LSE300
MSE211
2 15/16 MSE215 MSM70 MSE212 258 300.3 3080 149.22 46.1 82.6 MS5HRTL MS5HXTL 177.8 50 138 140
MSE300 58051 67566 5.875 1.815 3.252 7.000 1.969 5.433 5.512
H2
Bolts
H Bolts
J K M
L M
30 1 3/16
1 7/16 SAFQ01-2B SAF 509 2-BOLT 35 2 1/4 61/4 7 – 2 x 1/2 8 1/4 2 3/16 5.2
1 1/4
40
1 11/16 SAFQ02-2B SAF 510 2-BOLT 45 1 3/4 2 1/2 6 1/2 7 – 2 x 1/2 8 1/4 2 3/8 5.9
1 11/16
45
1 15/16 SAFQ02A-2B SAF 511 2-BOLT 1 3/4 2 3/4 7 3/8 8 1/4 – 2 x 5/8 9 5/8 2 3/4 6.15
50 2
55 2 1/4
2 3/16 SAFQ03-2B SAF 513 2-BOLT 60 2 7/16 3 8 1/4 9 1/2 – 2 x 5/8 11 3 1/4 6.95
65 2 1/2
55 2 3/16
2 7/16 SAFQ03A-2B SAF 515 2-BOLT 60 2 1/4 3 1/4 8 5/8 9 5/8 – 2 x 5/8 11 1/8 3 1/8 7.2
65 2 1/2
55 2 3/16
2 7/16 SAFQ03A-4B SAF 515 4-BOLT 60 2 1/4 3 1/4 8 5/8 9 5/8 1 7/8 4 x 1/2 11 1/8 3 1/8 7.2
65 2 1/2
2 3/4
70
2 11/16 SAFQ04A-2B SAF 516 2-BOLT 2 15/16 3 1/2 9 3/4 11 – 2 x 3/4 12 19/32 3 1/2 7.95
75 3
2 3/4
70
2 11/16 SAFQ04A-4B SAF 516 4-BOLT 2 15/16 3 1/2 9 5/8 11 2 1/8 4 x 5/8 12 19/32 3 1/2 7.95
75 3
2 11/16
70
2 15/16 SAFQ04-2B SAF 517 2-BOLT 2 3/4 3 3/4 9 7/8 11 – 2 x 3/4 12 19/32 3 1/2 8.2
75 3
80 2 11/16
2 15/16 SAFQ05A-4B SAF 517 4-BOLT 3 3/4 9 7/8 11 2 1/8 4 x 5/8 12 19/32 3 1/2 8.5
85 2 3/4
80
3 3/16 SAFQ05B-2B SAF 518 2-BOLT 3 1/4 4 10 1/4 11 3/4 – 2 x 3/4 13 5/8 3 7/8 8.95
85
80 3 3/16
3 7/16 SAFQ05-2B SAF 520 2-BOLT 85 3 1/4 4 1/2 11 5/8 13 1/8 – 2 x 7/8 15 23/64 4 11/32 9.6
90 3 1/2
B B L1 ATL Seals
L Other Seals
ØD ØD
Ød Ød ØG
C C
Expansion BX Retained BR
MSM80 MSE303
3 7/16 MSE307 MSE304 297 352.5 2520 169.86 48.4 89.7 MS6HRTL MS6HXTL 203.2 50 152 154
MSM85 MSE308 66830 79315 6.687 1.906 3.532 8.000 1.969 5.984 6.063
MSM95 MSE311
3 15/16 MSE315 MSE312 387.7 490.6 2130 193.68 51.6 92.1 MS7HRTL MS7HXTL 231.78 64 144 146
MSM100 MSE400 87235 110375 7.625 2.032 3.626 9.125 2.517 5.669 5.748
LSE404
LSM110 LSE406 316 426.9 203.2 46.9 84.9 231.78 64 140 142
4 3/16 LSE403 LSE407 1970 LS7HRTL LS7HXTL
LSM115 71105 96059 8.000 1.847 3.343 9.125 2.517 5.512 5.591
LSE408
MSE403
MSM110 MSE404 453.9 591.7 228.6 57.2 100 266.7 76 160 162
4 7/16 MSE407 MSE406 1820 MS8HRTL MS8HXTL
MSM115 102130 133135 9.000 2.252 3.937 10.500 2.992 6.299 6.378
MSE408
MSM120 MSE411 524.8 700.3 254 63.5 114.3 MS10HR- MS10HX- 287.98 82 182 184
4 15/16 MSE415 MSE412 1600
MSM125 118084 157566 10.000 2.189 3.874 TLE0509 TLE0509 11.625 3.228 6.772 6.850
LSM135 LSE504
5 3/16 LSE503 LSE507 422.5 585.2 1570 241.3 55.6 98.4 LS9HRTL LS9HXTL 279.4 76 166 168
LSM140 LSE508 95055 131675 9.500 2.189 3.874 11.000 2.992 6.535 6.614
MSM135 MSE503
5 7/16 MSE507 MSE504 600.4 816.6 1450 273.05 66.7 117.5 MS30HRTL MS30HXTL 323.85 90 186 188
MSM140 MSE508 135088 183729 10.750 2.626 4.626 12.750 3.543 7.323 7.402
MSE511
5 15/16 MSE515 MSM150 MSE512 730.2 1033.8 1320 292.1 68.3 123.8 MS31HRTL MS31HXTL 336.55 95 202 204
MSE514 164289 232600 11.500 2.689 4.874 13.250 3.740 7.953 8.031
6 7/16 MSE607 MSM160 MSE608 824.1 1143 1200 317.5 83.3 140 MS32HRTL MS32HXTL 368.3 95 206 232
185430 257168 12.500 3.280 5.512 14.500 3.740 8.110 9.134
LSM170 LSE611
6 15/16 LSE615 LSM175 LSE612 524.4 827.7 1220 285.75 55.5 109 LS12HRTL LS12HXTL 323.85 70 172 200
LSM180 LSE700 117993 186233 11.250 2.185 4.291 12.750 2.756 6.772 7.874
LSE704
LSM190 LSE708 607 989.7 311.15 60.3 109 258.78 86 172 200
7 3/16 LSE703 LSE715 1070 LS13HRTL LS13HXTL
LSM200 136576 222676 12.250 2.374 4.291 10.188 3.386 6.772 7.874
LSE800
MSE703
MSM190 MSE704 1012.9 1516.3 368.3 90.5 156 425.5 105 235 258
7 15/16 MSE715 MSE708 960 MS34HRTL MS34HXTL
MSM200 227893 341160 14.500 3.563 6.142 16.752 4.134 9.252 10.157
MSE800
continued on next page
H2
Bolts
H Bolts
J K M
L M
80 3 3/16
3 7/16 SAFQ06A SAF 520 4-BOLT 3 1/4 4 1/2 11 5/8 13 1/8 2 3/8 4 x 3/4 15 23/64 4 11/32 9.95
85 3 1/2
95 3 11/16
3 15/16 SAFQ07A SAF 522 3 3/4 4 15/16 12 9/16 14 1/2 2 3/4 4 x 3/4 16 1/2 4 3/4 11
100 4
4 1/4
110 4 3/8
4 3/16 SAFQ07B SAF 524 4 7/16 5 1/4 13 1/4 14 1/2 2 3/4 4 x 3/4 16 1/2 4 3/4 11.3
115
4 1/2
4 3/16
110 4 1/4
4 7/16 SAFQ08A SAF526 4 3/8 6 14 1/2 16 3 1/4 4 x 7/8 18 3/8 5 1/8 13.1
115
4 1/2
120 4 11/16
4 15/16 SAFQ10A SAF528 4 3/4 6 15 5/8 17 3/8 3 3/8 4x1 19 45/64 5 7/8 13.3
125 5
135 5 7/16
5 3/16 SAFQ09A SAF530 5 1/4 6 5/16 16 3/4 18 1/2 3 3/4 4x1 21 1/4 6 1/4 14.2
140 5 1/2
135 5 3/16
5 7/16 SAFQ30 SAF532 5 1/4 6 11/16 17 3/8 19 1/4 3 3/4 4x1 21 21/32 6 1/4 15.15
140 5 1/2
5 11/16
5 15/16 SAFQ31 SAF534 150 5 3/4 7 1/16 19 3/8 21 5/8 4 1/4 4x1 24 3/4 6 3/4 15.75
5 7/8
6
6 7/16 SAFQ32 SAF536 160 6 1/2 7 1/2 20 7/8 23 5/8 4 5/8 4x1 26 3/4 7 1/8 17.6
170 6 11/16
6 15/16 SAFQ12 SAF538 175 6 3/4 7 7/8 21 5/8 24 3/8 4 1/2 4 x 1 1/4 28 7 1/2 16.75
180 7
7 1/4
190 7 1/2
7 3/16 SAFQ13 SAF540 7 15/16 8 1/4 22 1/2 25 5 4 x 1 1/4 29 3/8 8 17.7
200
8
7 3/16
190 7 1/4
7 15/16 SAFQ34A SAF544 7 1/2 9 1/2 24 3/4 27 7/8 5 1/4 4 x 1 1/2 32 3/4 8 3/4 21.35
200
8
B B L1 ATL Seals
L Other Seals
ØD ØD
Ød Ød ØG
C C
Expansion BX Retained BR
H2
H
Bolts
J K
L M
Spherical Roller
Shaft SN/SD
Bearing H H2 JxK LxM Bolts
(d) Reference
Reference
mm in. mm mm mm mm
1 3/16
35 1 1/4 SN 508
SNQ01 60 135 170 205 x 60 2 x M12
40 1 7/16 SN 509
1 1/2
1 11/16
45 1 3/4 SNQ02 SN 511 70 155 210 255 x 70 2 x M16
50 11 5/16
2
2 3/16
55 2 1/4 SN 513
60 SNQ03 80 180 234 275 x 70 2 x M16
2 7/16 SN 515
65 2 1/2
2 11/16
70 2 3/4 SNQ04 SN 516 95 208 260 315 x 90 2 x M20
75 2 15/16 SN 517
3
3 3/16
80 SNQ05 SN 518 100 230 290 345 x 100 2 x M20
3 1/4
85 SNQ05A SN 519 112 242 290 345 x 100 2 x M20
3 7/16
90 SNQ05B SN 520 112 242 320 380 x 110 2 x M24
3 1/2
3 11/16
95 3 3/4
100 SNQ06 SN 522 125 265 350 410 x 120 2 x M24
3 15/16
105 4
4 3/16
110 4 1/4 SNQ07 SN 524 140 300 350 410 x 120 2 x M24
115 4 7/16 SNQ07A SN 526 150 310 380 445 x 130 2 x M24
4 1/2
4 11/16
120 4 3/4
125 SNQ08 SN 528 150 354 420 500 x 150 2 x M30
4 15/16
130 5
5 3/16
135 5 1/4 SNQ09 SN 530 160 369 450 530 x 160 2 x M30
140 5 7/16 SNQ09A SN 532 170 379 470 550 x 160 2 x M30
5 1/2
5 11/16
150 5 3/4
155 SDQ10 SD 3134 170 379 430 x 100 510 x 180 4 x M24
5 15/16
160 6
B B L1 ATL Seals
L Other Seals
ØD ØD
Ød Ød ØG
C C
Expansion BX Retained BR
300 11 1/2 LSM300 LSE1108 929 1665 78.20 438.15 74.60 143.00 LSM300 LSE1108 489.00 98 216 248
650 LS17
305 12 LSM305 LSE1200 LSM305 LSE1200
208848 374307 17580 17.250 2.937 5.630 19.252 3.9 8.5 9.8
H2
H
Bolts
J K
L M
Spherical Roller
Shaft SN/SD
Bearing H H2 JxK LxM Bolts
(d) Reference
Reference
mm in. mm mm mm mm
160 6 7/16 SDQ11 SD 3136 180 396 450 x 110 530 x 190 4 x M24
170 6 1/2
6 11/16
170 6 3/4 SDQ12 SD 3138 190 417 480 x 120 560 x 210 4 x M24
175 6 15/16 SDQ12A SD 3140 210 437 510 x 130 610 x 230 4 x M30
180 7
7 3/16
7 1/4
190 SDQ13 SD 3144 220 457 540 x 140 640 x 240 4 x M30
7 1/2
200 7 15/16
8
8 7/16
220 8 1/2 SDQ14 SD 3148 240 510 600 x 150 700 x 260 4 x M30
230 8 7/8
9
240 9 1/2
250 9 3/4 SDQ15 SD 3152 260 545 650 x 160 770 x 280 4 x M36
260 10
10 7/16
260 10 1/2 SDQ16 SD 3156 280 589 670 x 160 790 x 280 4 x M36
270 10 3/4 SDQ16A SD 3160 300 609 710 x 190 830 x 310 4 x M36
280 11
300 11 1/2 SDQ17 SD3164 320 662 750 x 200 880 x 330 4 x M36
305 12
B B L1 ATL Seals
L Other Seals
ØD ØD
Ød Ød
ØG
C C
Expansion BX Retained BR
H2
Bolts
H
M K
J M
L SN Type SD Type
Spherical Roller
Shaft SN/SD
Bearing H H2 JxK LxM Bolts
(d) Reference
Reference
mm in. mm mm mm mm
1 3/16
35 1 1/4 SN 508
SN01 60 135 170 205 x 60 2 x M12
40 1 7/16 SN 509
1 1/2
1 11/16
45 1 3/4 SN02 SN 511 70 155 210 255 x 70 2 x M16
50 11 5/16
2
2 3/16
55 2 1/4 SN 513
60 SN03 80 180 234 275 x 70 2 x M16
2 7/16 SN 515
65 2 1/2
2 11/16
70 2 3/4 SN 516
SN04 95 208 260 315 x 90 2 x M20
75 2 15/16 SN 517
3
3 3/16
80 SN05 SN 518 100 230 290 345 x 100 2 x M20
3 1/4
85 SN05A SN 519 112 242 290 345 x 100 2 x M20
3 7/16
90 SN05B SN 520 112 242 320 380 x 110 2 x M24
3 1/2
3 11/16
95 3 3/4
100 SN06 SN 522 125 265 350 410 x 120 2 x M24
3 15/16
105 4
4 3/16
110 4 1/4 SN07 SN 524 140 300 350 410 x 120 2 x M24
115 4 7/16 SN07A SN 526 150 310 380 445 x 130 2 x M24
4 1/2
4 11/16
120 4 3/4
125 SN08 SN 528 150 354 420 500 x 150 2 x M30
4 15/16
130 5
5 3/16
135 5 1/4 SN09 SN 530 160 369 450 530 x 160 2 x M30
140 5 7/16 SN09A SN 532 170 379 470 550 x 160 2 x M30
5 1/2
5 11/16
150 5 3/4
155 SD10 SD 3134 170 379 430 x 100 510 x 180 4 x M24
5 15/16
160 6
B B L1 ATL Seals
L Other Seals
ØD ØD
Ød Ød
ØG
C C
Expansion BX Retained BR
300 11 1/2 LSM300 LSE1108 929 1665 78.20 438.15 74.60 143.00 LSM300 LSE1108 489.00 98 216 248
650 LS17
305 12 LSM305 LSE1200 LSM305 LSE1200
208848 374307 17580 17.250 2.937 5.630 19.252 3.9 8.5 9.8
H2
Bolts
H
M K
J M
L SN Type SD Type
Spherical Roller
Shaft SN/SD
Bearing H H2 JxK LxM Bolts
(d) Reference
Reference
mm in. mm mm mm mm
6 11/16
170 6 3/4 SD12 SD 3138 190 417 480 x 120 560 x 210 4 x M24
175 6 15/16 SD12A SD 3140 210 437 510 x 130 610 x 230 4 x M30
180 7
7 3/16
7 1/4
190 220 457 540 x 140 640 x 240 4 x M30
7 1/2 SD13 SD 3144
200 7 15/16
8
8 7/16
220 8 1/2 240 510 600 x 150 700 x 260 4 x M30
SD14 SD 3148
230 8 7/8
9
240 9 1/2
250 9 3/4 SD15 SD 3152 260 545 650 x 160 770 x 280 4 x M36
260 10
10 7/16
260 10 1/2 SD16 SD 3156 280 589 670 x 160 790 x 280 4 x M36
270 10 3/4 SD16A SD 3160 300 609 710 x 190 830 x 310 4 x M36
280 11
300 11 1/2 SD17 SD 3164 320 662 750 x 200 880 x 330 4 x M36
305 12
ØD ØD
ØG
Ød Ød
C C
Expansion BX Retained BR
160 6 7/16 MSM160 MSE607 842 1175 61.40 MSM160 MSE607 368.30 95 206 232
170 6 1/2 1200 317.50 83.30 140.00 MS32
MSM170 MSE608 MSM170 MSE608
189289 264151 13803 12.500 3.280 5.512 14.500 3.74 8.11 9.134
190 77 1/4
MSE704 MSE704
1/2 MSM190 MSE708 1013 1516 80.00 368.30 90.50 156.00 MSM190 MSE708 425.5 105 235 258
200 7 15/16 MSE715 960 MS34 MSM200 MSE715
MSM200
8 MSE800 227731 340810 17985 14.500 3.563 6.417 MSE800 16.752 4.134 9.252 10.157
When ordering these bearings with ATL seals the housing must contain the E0548 suffix.
(1)
H2
Bolts
H
M K
J M
L SN Type SD Type
Spherical Roller
Shaft SN/SD
Bearing H H2 JxK LxM Bolts
(d) Reference
Reference
mm in. mm mm mm mm
5 3/16
135 5 1/4
SN30 SNL532 170 397 470 550 x 160 2 x M30
140 5 7/16 397
SD30 SD/SNL3134 170 430 x 100 510 x 180 4 x M24
150 5 1/2
6
5 11/16
150
5 3/4 SD31 SD3136
155 180 410 450 x 110 530 x 190 4 x M24
5 15/16 SNL3136
160
6
6 11/16
175 6 3/4 SD3140
SD33 210 482 510 x 130 610 x 230 4 x M30
180 6 15/16 SNL3140
7
7 1/4
190 7 1/2 SD3144
SD34 220 510 540 x 140 640 x 240 4 x M30
200 7 15/16 SNL3144
8
8 1/2
220
8 7/8 SD35 SD/SNL3148 240 566 600 x 150 700 x 260 4 x M30
230
9
240 9 1/2
SD36 SD/SNL3152 260 614 650 x 160 770 x 280 4 x M36
250 9 3/4 634
SD36A SD/SNL3156 280 670 x 160 790 x 280 4 x M36
260 10
ØD ØD
ØG
Ød Ød
C C
Expansion BX Retained BR
340 13 1/2 MSM340 MSE1308 565.15 115.90 200.00 MSM340 628.70 146 305
2029 3449 159.20 MS40 MSE1308
350 14 MSM350 MSE1400 500 MS40E0548 MSM350 MSE1400 –
360 MSM360(1) 22.250 4.563 7.874 MSM360
456137 775366 35790 24.752 5.748 12.008
When ordering these bearings with ATL seals the housing must contain the E0548 suffix.
(1)
H2
Bolts
H
M K
J M
L SN Type SD Type
Spherical Roller
Shaft SN/SD
Bearing H H2 JxK LxM Bolts
(d) Reference
Reference
mm in. mm mm mm mm
10 1/2
270 SD3160
10 3/4 SD37 300 682 710 x 190 830 x 310 4 x M36
280 SNL3160
11
320 12 1/2
SD39 SNL3168L 340 761 810 x 220 950 x 360 4 x M36
330 13
340
13 1/2 SD40 SNL3172L 350 799 840 x 220 1000 x 360 4 x M36
350 809 4 x M36
14 SD40A SNL3176L 360 870 x 220 1040 x 360
360
380 15 SD41 SNL3180L 380 841 950 x 240 1120 x 390 4 x M42
400 16 SD42 SNL3184L 410 902 1000 x 260 1170 x 420 4 x M42
The Timken team applies their know-how to improve the reliability and performance of machinery in diverse markets worldwide.
The company designs, makes and markets bearings, gear drives, automated lubrication systems, belts, brakes, clutches,
chain, couplings, linear motion products and related industrial motion rebuild and repair services.
www.timken.com