Proudly

serving to Defence

“Friction Free Revolution”

Voice of Chairman
On this momentous occasion of revision of catalogue, I extend my heart felt gratitude to my
organization and associates for working with us to overcome challenges with determination and
grit. Working together we have added many feathers of rare achievement in our cap and we have
emerged as a much better, more professional organization.

The stupendous growth achieved by Precision Bearings is rooted in a long list of sophisticated
techniques evolved by us which has added to our professionalism. And, all this is not at the cost of
environment. All our producers are green ecologically friendly. Our constant endeavors have earned
a huge list of clientele who have placed their full trust in us.

Precision Bearings had started its journey with a production capacity of 12,000 bearings per month
with 40 employees. Today, the company produces more than 4, 00,000 bearings per month with
300 employees and 3600 designs of quality bearings.

I welcome you all to join us in this dream run of success. All our achievements and accomplishments
were possible with help of the huge support and inspiration provided to us by our associates. Let’s
now head towards a new horizon and emerge as the market leader.

“Focus on a few key objectives … I only have three things to do. I have to choose the right people,
allocate the right number of dollars, and transmit ideas from one division to another with the speed
of light. So I’m really in the business of being the gatekeeper and the transmitter of ideas.” – JACK
WELCH

DANESH SHAH
Index
1. Principles of Bearing Selection and Application ............................................. 4

2. Different Types of Bearing ............................................................................... 11

3. Selection of Bearing Types ............................................................................... 21

Available Space ......................................................................................................... 22
Loads .................................................................................................................. 22
Misalignment ............................................................................................................ 22
Speed .................................................................................................................. 22
Axial Displacement.................................................................................................... 23
Mounting and Dismounting ...................................................................................... 23
4. Selection of Bearing Size .................................................................................. 25
Load Rating & Life..................................................................................................... 26
Dynamic Bearing Load .............................................................................................. 27
Static Load Carrying Capacity.................................................................................... 28
5. Speed and Vibration .......................................................................................... 29
Reference Speed ....................................................................................................... 30
Limiting Speed .......................................................................................................... 31
Vibration Generation in a Bearing ............................................................................. 32
Influence of the bearing on the Vibration behavior of the application........................ 32
6. Formulation of Bearing Number ...................................................................... 33
7. Bearing Data – General..................................................................................... 41
Dimensions ............................................................................................................... 42
Tolerances ................................................................................................................. 43
Bearing Internal Clearance ........................................................................................ 45
Material for Rolling Bearings ..................................................................................... 45
Cages .................................................................................................................. 47
8. Application of Bearings .................................................................................... 73
Bearing Arrangements .............................................................................................. 74
Radial Location of Bearings ....................................................................................... 75
Axial Location of Bearings ......................................................................................... 76
Bearing Preload......................................................................................................... 77
9. Lubrication......................................................................................................... 105
Grease Lubrication .................................................................................................... 106
Lubricating Grease .................................................................................................... 108
Oil Lubrication .......................................................................................................... 112
Index

10. Mounting and Dismounting............................................................................ 115

Bearing Handling ...................................................................................................... 116
Bearing Mounting ..................................................................................................... 116
Dismounting ............................................................................................................. 117
11. Reference Standards used for Bearings ......................................................... 121
12. Deep groove ball bearing............................................................................... 125
Deep groove ball bearing single row ......................................................................... 128
Sealed single row deep groove ball bearing ............................................................... 136
Deep groove ball bearing with filling slots and snap ring ........................................... 143
Deep groove ball bearing double row ....................................................................... 144
Miniature ball bearing ............................................................................................... 145
13. Angular contact ball bearing ......................................................................... 149
Angular contact ball bearing – Single row ................................................................. 151
ZNL spindle bearing .................................................................................................. 153
Angular contact ball bearing – Double row ............................................................... 157
Angular contact ball bearing – Sealed double row ................................................... 159
Angular contact ball bearing – Double row with shield ............................................. 160
14. Self aligning ball bearing ............................................................................... 161
15. Four point contact ball bearing ..................................................................... 167
16. Thrust ball bearing.......................................................................................... 171
17. Cylindrical roller bearing ................................................................................ 177
Cylindrical roller bearing ........................................................................................... 179
L Type loose rib ......................................................................................................... 187
18. Full compliment cylindrical roller bearing .................................................... 191
Full component cylindrical roller bearing – Single row semi locating .......................... 193
Full component cylindrical roller bearing – locating and non locating bearing ............ 196
Full component cylindrical roller bearing – Sealed double row ................................... 197
19. Taper roller bearing ........................................................................................ 201
Taper roller bearing – Single row – metric ................................................................. 203
Taper roller bearing – Single row – inch ..................................................................... 211
Taper roller bearing – Double outer race – inch ........................................................ 228
Taper roller bearing – Double inner race – inch .......................................................... 247
Taper roller bearing – Single row paired face-to-face ................................................. 251
Taper roller bearing – Single row paired back-to-back................................................ 254
Index
20. Spherical roller bearing .................................................................................. 257
Spherical roller bearing ............................................................................................. 260
Spherical roller bearing – E type ................................................................................ 272
Spherical roller bearing – sealed ................................................................................ 274
Spherical roller bearing – Single row sealed .............................................................. 276
Roller bearing units (insert bearing / collar mounted) ................................................. 277
Spherical roller bearing for vibratory applications ...................................................... 278
Plain spherical bearing .............................................................................................. 280
21. Spherical roller thrust bearing ....................................................................... 285
Spherical roller thrust bearing – Metal cage ............................................................... 287
Spherical roller thrust bearing – Steel cage ................................................................ 289
22. Needle roller bearing ...................................................................................... 291
Needle roller bearing – with flange – without inner ring ............................................ 293
Needle roller bearing – with flange – with inner ring ................................................. 298
Needle roller and cage assembly ............................................................................... 302
Drawn cup needle roller bearing ............................................................................... 306
23. Ball bearing units and insert bearing ............................................................ 313
Insert bearing............................................................................................................ 315
Pillow block .............................................................................................................. 317
Square flange units ................................................................................................... 320
Oval flange units ....................................................................................................... 323
Take up units ............................................................................................................ 326
Round flange units.................................................................................................... 329
24. Bearing Accessories ........................................................................................ 331
Adapter Sleeves ........................................................................................................ 332
Withdrawal Sleeves ................................................................................................... 335
Lock Nuts.................................................................................................................. 337
Cylindrical Roller ....................................................................................................... 339
Needle Roller ............................................................................................................ 340
Steel Ball .................................................................................................................. 341
25. Special Bearing ................................................................................................ 343
COMPANY

Precision Bearings Private Limited (ZNL) is one of With fully equipped Chemical & metallurgical
the leading manufacturers of ball bearings in India laboratory and standard room facilities, ZNL
covering more than 3000 different sizes in spherical, Bearings are designed as per BS/ISO DIN Standards
taper, cylindrical, taper thrust, angular contact to perform well in a variety of applications like
and other types of roller bearings. With the most construction, mining, material handling equipments,
advanced manufacturing technology and quality farm machinery, reduction gear boxes, mechanical
control systems, ZNL meets the ISO/TS – 16949 – 2009 power transmission equipments, crusher, oil field
and the ISO 9001:2008 quality control standards. equipment, wood working machinery, crane &
ZNL contributes to add new sizes to its existing hoist, rolling mill machinery, textile machinery,
portfolio based on customer demands. With a strong paper machinery, printing machinery, fan & blower,
application engineering team ZNL has succeeded in automatic axle, railways and a wide range of other
helping a lot of customers with hard to find bearings. industrial machinery.

ZNL also produces special bearings based on customer drawings and is also capable of reverse
engineering samples to manufacture the same.

4
COMPANY

We always study and analyze our customer’s need MANUFACTURING CAPABILITY

and their difficulties, and try to provide them the best
• Fully Automatic Grinding line for Taper Roller
suitable product on a cost effective and affordable
bearing and Ball bearing.
price.
• Fully Automatic Assembly line for Taper Roller
ZNL also produces special bearings based on customer
bearing and Ball bearing.
drawings and is also capable of doing Reverse
Engineering to manufacture the same. • CNC Machines for Internal & External Grindings.
TECHNICAL SUPPORT • Super finishing machines for Inner raceway ,
Even for special requirement, our response is Outer raceway & Roller OD.
immediate and our Application Engineer team
always be at customer’s doorsteps to understand • HAAS CNC & VMC machine for Tool preparation.
their needs. This facilitates to develop a strong
ZNL manufactures bearings according to standard
relationship bond between the two companies.
International Standard Organization (ISO) has set up Tolerances (P0 , P6 & P5) and on Normal Class
the international standards for the bearing industries. Clearance. For specific requirements, ZNL can
The standardization of boundary dimensions and produce C2, C3, or C4 Clearance bearings. In
tolerances allows the bearing manufacturer to utilize addition ZNL has the equipments for super finishing
the most modern production machinery and quality of track for the bearing rings as well as rollers. Each
control techniques in producing high quality bearings bearing component i.e. inner and outer Rings and
at an economical price level.
rollers have super finish which helps in achieving
maximum bearing life.

5
COMPANY

QUALITY
Quality is an integral part of our culture and every
effort is made to ensure that customer get value for
money. “Zero Defects” is our quality objective. We
are working towards this objective everyday. ZNL
follows “In process” quality control technique at each
stage of manufacturing to achieve high standards.
Our quality control room consists of the highest
industry standard instruments like life testing, noise
checking, vibration checking, Eddy current testing for
crack, crowning checking, roundness tester, surface
finish tester, profile projector and other calibrating
equipments for the standard room. ZNL also has
a full-fledged laboratory for micro-structure and
chemical analysis. 100% inspection of ID, OD, Width,
radial clearance, and noise is done for all bearings.

6
COMPANY

DESIGN R&D
Design is also an integral part of our culture and every We have Fully computerized three Endurance testing/
effort is made by Design team to ensure Design is Life testing machines for Ball bearing, TRB, SRB & CRB.
as per IS/ISO DIN Standard which also take cares of For New Development items, if customer requires Life
Specific requirement if any given by customers. To testing of Bearing then we can do for customer.
achieve this Design level, we are using integral Design
We have also fully equipped Metallurgical Lab which
software, Autocad & ProE and also doing Design
consists of Spectrometer, Microscope, Rockwell &
verification and Validation at initial stage.
Vicker Hardness tester for ensuring the metallurgical
part of Bearing.

7
COMPANY

APPLICATION ENGINEERING
ZNL has a strong team of application engineers willing to understand your application
needs and provide appropriate solutions by selecting the right bearing which fits your
needs. ZNL’s application engineering approach has helped gain a lot of customer’s
confidence about our practical knowledge of the field of bearings. Our design team
is capable of designing a customized solution for your needs and manufacturing it
in a cost effective way.

8
COMPANY

WORLDWIDE PRESENCE
With the help of wide distributor network in more than 40 countries ZNL can serve all
your needs. In addition to the distributor network ZNL has a Joint Venture in Brazil to
better serve its customers in the Latin American market. Apart from this ZNL also have
a sales office and a distribution center in California, USA to serve the North American
market as well. In its vision to grow the business further ZNL is aiming to have a local
presence in German and Italian market to better serve its customers.

With all the details about our capabilities we are bringing up a catalogue which has
more technical and product details by which we will be able to serve the customers to
their satisfaction. We hope you will like this catalogue. We believe the customer is god
and we also welcome the opinion of all our customers.

9
10
Different Types
of Bearing

11
Different Types of Bearing

12
13
14
15
16
17
Types of Bearing

18
19
20
 Selection of
Bearing Types
- Available Space
- Loads
- Misalignment
- Speed
- Axial Displacement
- Mounting and Dismounting

21
Selection of Bearing Types

Selection of Bearing Types

SBT

SELECTION OF BEARING TYPES Permissible Speed and Bearing Types

The maximum speed of rolling bearings varies
Allowable Bearing Space
depending, not only the type of bearing, but also its
The allowable space for a rolling bearing and its
size, type of cage, loads, lubricating method, heat
adjacent parts is generally limited so the type and size
dissipation, etc. Assuming the common oil bath
of the bearing must be selected within such limits.
lubrication method, the bearing types are roughly
In most cases, the shaft diameter is fixed first by
ranked from higher speed to lower
the machine design; therefore, the bearing is often
selected based on its bore size. For rolling bearings, Misalignment of Inner/Outer Rings
there are numerous standardized dimension series and Bearing Types
and types, and the selection of the optimum bearing Because of deflection of a shaft caused by applied
from among them is necessary. The dimension series loads, dimensional error of the shaft and housing,
of radial bearings and corresponding bearing types. and mounting errors, the inner and outer rings are
Load Capacity and Bearing Types slightly misaligned. The permissible misalignment
varies depending on the bearing type and operating
The axial load carrying capacity of a bearing is closely
conditions, but usually it is a small angle less than
related to the radial load capacity in a manner that
0.0012 radian (4’).
depends on the bearing design. This figure makes
it clear that when bearings of the same dimension When a large misalignment is expected, bearings
series are compared, roller bearings have a higher having a self-aligning capability, such as self-aligning
load capacity than ball bearings and are superior if ball bearings, spherical roller bearings, and certain
shock loads exist. bearing units should be selected.

22
Selection of Bearing Types

Selection of Bearing Types

SBT

Rigidity and Bearing Types Running Accuracy and Bearing Types

When loads are imposed on a rolling bearing, some For the main spindles of machine tools that require
elastic deformation occurs in the contact areas high running accuracy or high speed applications
between the rolling elements and raceways. The like superchargers, high precision bearings of Class
rigidity of the bearing is determined by the ratio of 5, 4 or 2 are usually used. The running accuracy of
bearing load to the amount of elastic deformation rolling bearings is specified in various ways, and the
of the inner and outer rings and rolling elements. For specified accuracy classes vary depending on the
the main spindles of machine tools, it is necessary bearing type. A comparison of the inner ring radial
to have high rigidity of the bearings together with runout for the highest running accuracy specified for
the rest of the spindle. Consequently, since roller each bearing type. For applications requiring high
bearings are deformed less by load, they are more running accuracy, deep groove ball bearings, angular
often selected than ball bearings. When extra high contact ball bearings, and cylindrical roller bearings
rigidity is required, bearings are given a preload, are most suitable.
which means that they have a negative clearance.
Angular contact ball bearings and tapered roller
Mounting and Dismounting of
bearings are often preloaded.
Various Bearing Types
Separable types of bearings like cylindrical roller
Noise and Torque of Various Bearing bearings, needle roller bearings and tapered
Types roller bearings are convenient for mounting and
Since rolling bearings are manufactured with very dismounting. For machines in which bearings are
high precision, noise and torque are minimal. For mounted and dismounted rather often for periodic
deep groove ball bearings and cylindrical roller inspection, these types of bearings are recommended.
bearings particularly, the noise level is sometimes Also, self-aligning ball bearings and spherical roller
specified depending on their purpose. For high bearings (small ones) with tapered bores can be
precision miniature ball bearings, the starting mounted and dismounted relatively easily using
torque is specified. Deep groove ball bearings are sleeves.
recommended for applications in which low noise and
torque are required, such as motors and instruments.

23
24
 Selection of
Bearing Size
- Load Rating & Life
- Dynamic Bearing Load
- Static Load Carrying Capacity

25
Selection of Bearing Size

Selection of Bearing Size

SBS

Selection of Bearing Size • Perform very slow oscillating movements

The bearing size to be used for an application can • be stationary under load for certain extended
be initially selected on the basis of its load ratings periods
in relation to the applied loads and the requirements
regarding service life and reliability. Selecting bearing size using the life
equations
Load ratings and Life
Basic rating life
Dynamic bearing loads and life.
The basic rating life of a bearing according to ISO
The basic dynamic load rating C is used for calculations 281:1990 is
involving dynamically stressed bearings. i.e. a bearing
If the speed is constant, it is often preferable to
that rotates under load. It expresses the bearing load
calculate the life expressed in operating hours, using
that will given an ISO:281:1990. It is assumed that
the equation.
the load is constant in magnitude and direction and
is radial for redial bearings and axial, centrically acting L10h = 106 L10
for thrust bearings. 60 n
The life of a rolling bearing is defined as where
• the number of revolutions or L10 = basic rating life (at 90% reliability)
• the number of operating hours at a given speed millions of revolutions

which the bearing is capable of enduring before the L10h = basic rating life (at 90% reliability)
first sign of metal fatigue (flaking. spalling) occurs on operating hours
one of its rings or rolling elements. C = basic dynamic load rating, kN
There are several other types of bearing life. One of P = equivalent dynamic bearing load, kN
these is “service life” which represents the actual
n = rotational speed, r/min.
life of a bearing in real operating conditions before
it fails. Note that individual bearing life can only be p = exponent of the life equation
predicted statistically. = 3 for ball bearings
Another “life” is the specification life”. This is the = 10/3 for roller bearings
life specified by an authority, for example, based on
hypothetical load and speed data supplied by the Life calculation with variable
same authority. It is generally a requisite L10 basic operating conditions
rating life and based on experience gained from In applications where bearing load varies over time
similar applications. both in magnitude and direction with changes of
speed, temperature, lubrication conditions and
Static bearing Loads
level of contamination, the bearing life cannot
This basic static load rating C0 is used in calculations be calculated directly without the need of the
when the bearings are to: intermediate calculation step of an equivalent load
• rotate at very slow speeds ( n < 10 r /min) related to the variable load conditions.

26
Selection of Bearing Size

Selection of Bearing Size

SBS

Influence of operating temperature load may be inserted directly in the life equations.
The dimensions of a bearing in operation change In all other cases it is first necessary to calculate the
as a result of structural transformations within the equivalent dynamic bearing load. This is defined as
material. Theses transformations are influenced by that hypothetical load, constant in magnitude and
temperature, time and stress. direction, acting redially on radial bearings or axially
In avoid inadmissible dimensional changes in and centrically on a thrust bearing which, if applied,
operation due to the structural transformation would have the same influence on bearing life as the
bearing materials are subjected to a special heat actual loads to which the bearing is subjected.
treatment (stabilization) process. If the resultant load is constant in magnitude and
Depending on the bearing type, standard bearings direction, the equivalent dynamic bearing load P can
made from through-hardening and induction be obtained from the general equation
hardening steels have a recommended maximum P = X Fr + Y Fa
operating temperature, between 20 and 200 0C.
where
These maximum operating temperature are directly
related to the heat treatment process. P = equivalent dynamic bearing load, kN

The satisfactory operation of bearing at leveled Fr = actual radial bearing load, kN

temperatures also depends on whether the chosen Fa = actual axial bearing load, kN
lubricant will retain its lubricating properties and
X = redial load factor for the bearing
whether the materials used for the seals, cages etc.
are suitable. Y = axial load factor for the bearing

Dynamic bearing loads An additional axial load only influences the equivalent
Calculation of dynamic bearing loads dynamic load P for a single raw radial bearing if
the ratio Fa / Fr exceeds a certain limiting factor e.
The loads acting on a bearing can be calculated
With double raw bearing even light axial loads are
according to the laws of mechanics if the external
generally significant.
forces (e.g. forces for power transmission work forces
or inertia forces) are known or can be calculated. The same general equation also applies to spherical
When calculating the load component for a single roller thrust bearings, which can accommodate both
bearing, the staff is considered as a beam restring axial and radial loads for thrust bearings which can
on rigid, moment free supports or the sake of accommodate only ;purely axial loads, e.g. thrust ball
simplification. bearings and cylindrical roller thrust bearings, the
equation can be simplified. Provided the load acts
Equivalent dynamic bearing load:
centrically to
If the calculated bearing load, F, obtained when
P = Fa
using the above information, is found to fulfil the
requirements for the basic dynamic load rating C Requisite minimum load
i.e. the load is constant in magnitude and direction The correlation between load and service life is less
and acts radially on a radial bearing or axially and evident at very light loads. Other failure mechanisms
centrically on a thrust bearing, then P = F and the than fatigue are determining.

27
Selection of Bearing Size

Selection of Bearing Size

SBS

In order to provide satisfactory operation, ball and placed on the bearing in a particular application. It
roller bearings must always be subjected to given is therefore necessary to make sure that permanent
minimum load. A general “rule of thumb” indicates deformations do not occur, or occur to a very limited
that minimum loads corresponding to 0,02 C should extent only by selecting a bearing with sufficiently
be imposed on roller bearings and minimum loads high static load carrying capacity. If one of the
corresponding to 0,01 C on ball bearings. The following demands has to be satisfied.
importance of applying a minimum load increases
• High reliability
where accelerations in the bearing are high.
• Quiet running (e.g. for electric motors)
Selecting bearing size using the static load
carrying capacity. • Vibration-free operation (e.g. for machine tools)

The bearing size should be selected on the basis of • Constant bearing frictional moment (e.g. for
static load ratings C0 instead of on bearing life when measuring apparatus and test equipment)
one of the following conditions exist. • Low starting friction under load (e.g. for cranes)
• The bearing is stationary and is subjected Equivalent static bearing load
to continuous or intermittent (shock) loads. Static loads comprising radial and axial components
• The bearing makes slow oscillating or alignment must be converted into an equivalent static bearing
movements under load load. This is defined as that hypothetical load (radial
for radial bearings and axial for thrust bearings)
• The bearing rotates under load at very slow speed
which, if applied, would cause the same maximum
(n < 10 r/min) and is only required to have a short
rolling element load in the bearing as the actual loads
life.
to which the bearing is subjected. It is obtained from
• The bearing rotates and, in addition to the normal the general equation.
operating loads, has to sustain heavy shock loads. P0 = X0 Fr + Y0 Fa
In all these cases, the permissible load for a bearing is Where
determined not by material fatigue but by the amount P0 = equivalent static bearing load, kN
of permanent deformation to the raceway caused by Fr = actual radial bearing load, kN
the load. Loads acting on a stationery bearing. or one Fa = actual axial bearing load, kN
which is slowly oscillating, as well as shock loads on a X0 = radial load factor for the bearing
rotating bearing, can produce flattened areas on the Y0 = axial load factor for the bearing
rolling elements and indentations in the raceways.
The indentations may be irregularly spaced around
the raceway, or may be evenly spaced at positions
corresponding to the spacing of the rolling elements.
Permanent deformations in the bearing can lead
to vibration in the bearing, noisy operation and
increased friction.
The extent to which these changes are detrimental
to bearing performance depends on the demands

28
 Speed and
Vibration
- Reference Speed
- Influence of load and oil viscosity on
reference speed/permissible speed
- Speeds above the reference speed
- Limiting Speed
- Vibration Generation in a Bearing
- Accuracy of Associated Components
- Local Damage
- Contaminants

29
 Speed and Vibration
Speed and Vibration

SV

Speed and Vibration Reference Speed

There is a limit to the speed at which rolling bearings The (thermal) reference speed listed in the product
can be operated. Generally, it is the operating tables represent a reference value that is to be used
temperature for the lubricant being used or the to determine the permissible operational speed of the
material of the bearing components that sets the limit bearing subjected to a certain load and running with
The speed at which limiting operating temperature a certain lubricant viscously.
is reached depends on the frictional heat generated The values of the reference speed listed are in
in the bearing (including any externally applied heat) according with ISO 15312, 2003 (where trust ball
and the amount of heat that can be transported bearings are excluded) This ISO standard has been
away from the bearing. established for oil lubrication, but is also valid for
grease lubrication.
Bearing type and size, internal design, load
lubrication and cooling conditions as well as cage The reference speed for a given bearing represents
design, accuracy and internal clearance all pay a part the speed, under specified operating conditions, at
in determining speed capability. which there is equilibrium between the heart that
is generated by the bearing and the heat that is
In the product tables generally two speeds are listed
dissipated from the bearing to the shaft, housing and
(thermal) reference speed and (kinematical) limiting
lubricant.
speed, the value of which depending on what criteria
are considered.

30
 Speed and Vibration
Speed and Vibration

SV

for oil lubricated bearings Any increase in speed above the reference speed
without taking any of these precautions could
• lubricant: mineral oil without EP additives
cause bearing temperatures to rise excessively. An
having a kinematic viscosity at 70 0C of
increase in bearing temperature means that lubricant
• Method of lubrication oil bath with the oil viscosity is lowered and firm formation is made
reaching up to the middle of the rolling more difficult, leading to even higher friction and
element in the lowest position. further temperature increase. If, at the same time,
for grease lubricated bearing the operational clearance in the bearing is reduced
because of increase inner ring temperature, the final
• Lubricant : regular grease with a lithium
consequence would be bearing seizure. Any increase
thickener and a mineral base oil having a
in speed above the reference speed generally means
viscosity of 100 to 200 mm2/s at 40 0C
that the temperature difference between inner and
(e.g. ISO VG 150)
outer rings is greater than normal.
• Grease quantity: approximately 30% of the
Usually, therefore, a bearing with a C3 internal
free space in the bearing.
clearance, which is greater than Normal, is required,
A temperature peak may occur during initial start-up and it may be necessary to look more closely at the
of a grease-lubricated bearing. Therefore the bearing temperature distribution in the bearing.
may have to be in operation for up to 10 to 20 hours
Limiting speeds
before it reaches normal operating temperature.
The limiting speed is determined by criteria that
Under these specific conditions the reference speed include the form stability or strength of the cage,
for a oil and grease - lubrication will be equal lubrication of cage guiding surfaces, centrifugal
It may be necessary to reduce the ratings in application and gyratory forces acting on the rolling elements,
where the outer ring rotates. precision and other speed-imiting factgors, such as
seals and lubricant for sealed bearings.
Influence of load and oil viscosity on
reference speed/ permissible speed. The limiting speeds shown in the bearing tables
are valid for the bearing design and standard cage
When load and viscosity values higher than the
execution shown.
reference values are applied, the frictional resistance
will increase so that a bearing cannot operate For grease lubrication additional aspects should be
at the suggested reference speed, unless higher considered such as lubrication of the cage guiding
temperatures can be permitted. Lower viscosity surfaces and the shear strength of the lubricant,
values may result in higher operational speeds. which are determined by the base oil and thickener.

Speed above the reference speed Some open ball bearings have very low friction and
It is possible to operate bearings at speeds above reference speeds listed might be higher than the
the reference speed if the friction within the bearing limiting speeds. Therefore, the permissible speed
can be reduced via a lubrication system that applies needs to be calculated and be compared the limiting
accurately measured small quantities of lubricant or speed.
by removing heat either by a circulating oil lubrication It should be remembered that if bearing are to
system, by cooling ribs on the housing, or by directing function satisfactorily, at high speeds, they must be
cooling air streams. subjected to a given minimum load.

31
 Speed and Vibration
Speed and Vibration

SV

Low speeds If form deviations are present, these may cause

At very low speeds it is impossible for an elasto- vibrations during operation. It is therefore important
hydrodynamic lubricant film to be built up in the to machine the shaft and housing seating to the
contacts between the rolling elements and raceways. required tolerances.
In these applications, lubricants containing EP Local Damage
addictives should generally be used.
Due to mishandling or incorrect mounting, small
Vibration generation in a bearing sections on the raceways and rolling elements can be
In general a rolling bearing does not generate noise damaged. During operation, overrolling a damaged
by itself. What is perceived as “bearing noise” is in bearing component generates a specific vibration
fact the audible effect of the vibrations generated frequency.
directly or indirectly by the bearing on the surrounding Contaminants
structure. This is the reason why most of the time
noise problems can be considered as vibration If operating in contaminated conditions, dirt particles
problems involving the complete bearing application. may enter the bearing and be overrolled by the rolling
elements. The generated vibration level is dependent
Accuracy of associated components on the amount, the size and the composition of
In cases where there is a tight fit between the bearing the overrolled contaminant particles. No typical
ring and the housing or the shaft, the bearing ring frequency pattern is generated. However, an audible
may take the shape of the adjacent component. and disturbing noise may be created.

32
Formulation of
Bearing Number

33
Formulation of Bearing Number

Formulation of Bearing Number

FBN

Formulation of Bearing Numbers

Bearing numbers are alphanumeric, combinations that indicate the bearing type, boundary dimensions, dimensional
and running accuracies, internet clearance and other related specifications. They consist of basic numbers and
supplementary symbols. The boundary dimensions of commonly used bearings mostly conform to the organizational
concept of ISO.
Bearing numbers consist of a basic number and supplementary symbols. The basic number indicates the bearing
series (type) and the width and diameter series.
Examples of bearing designations are shown here.

(Example 1)

(Example 2)

(Example 3)

34
Formulation of Bearing Number

Formulation of Bearing Number

FBN

Basic designations:
• The irst igure or the irst letter or combination of letters identiies the bearing type; the actual
bearing type can be seen from the presentation.
• The following two igures identify the ISO Dimension Series; the irst igure indicates the width or
Height series (dimensions B, T or H) and the second the Diameter Series (dimension D).
• The last two igures of the basic designation give the size code of the bearing; when multiplied by
5, the bore diameter in millimeters is obtained.
But there is no rule without some exceptions. The most important ones in the bearing designation
system are listed below.
1. In a few cases the igure for the bearing type and/or the irst igure of the Dimension Series,
identiication is omitted. These igures are given in brackets.
2. Bearing with bore diameters of 10, 12, 15, and 17 mm have the following size code identiications:
00 = 10mm
01 = 12mm
02 = 15mm
03 = 17mm
3. For some smaller bearings having bore diameter below 10mm, such as deep groove, self aligning
and angular contact ball bearings,. the bore diameter is also given in millimeters (uncoded) but is
not separated from the series designation by an oblique stroke.
4. Bore diameters that deviate from the standard bore diameter of a bearing have always been given
uncoded, in millimeters with up to three decimal places. This bore diameter identification is part
of the basic designation and is separated from the basic designation by an oblique stroke e.g.
6202/15.875 (d = 15,875mm = 5/8 in)

Series designations
The most common series designations are shown in diagram above the bearing sketches. The igures in
brackets are not included in the series designation.

Supplementary Designations:
Prefixes
Prefixes are used to identify components of a bearing and are usually then followed by the designation of
the complete bearing, or to avoid confusion with other bearing designations, for example they are used in
front of designations for taper roller bearings according to a system described in ANSI/ABMA standard 19 for
(predominantly) inch bearings.

GS Housing washer of a cylindrical roller thrust bearing

K Cylindrical roller and cage thrust assembly
K- Inner ring with roller and cage assembly (cone) or outer ring (cup) of inch taper roller bearing
belonging to an ABMA standard series
L Separate inner or outer ring of a separable bearing
R Inner or outer ring with roller (and cage) assembly of a separable bearing.

35
Formulation of Bearing Number

Formulation of Bearing Number

FBN

W Stainless steel deep groove ball bearing

WS Shaft washer of a cylindrical roller thrust bearing
ZE Bearing with Sensor Mount feature
Suffixes
Sufixes are used to identify designs or variants which differ in some way from the original design, or which
differ from the current standard design. The sufixes are divided into groups and when more than one special
feature is to be identiied; sufixes are provided in the order shown in the scheme.
The most commonly used sufixes are listed below. Note that not all variants are available.
A Deviating or modiied internal design with the same boundary dimensions. As a rule the signiicance
of the letter is bound to the particular bearing or bearing series. Examples 4210A: Double raw deep
groove ball bearing without illing slots. 3220A: Double row angular contact ball bearing without
filling slots
AC Single row angular contact ball bearing with a 25o contact angle
ADA Modiied snap ring grooves in the outer ring; a two piece inner ring held together by a retaining ring
B Deviating or modiied internal design with the same boundary dimensions. As a rule the signiicance
of the letter is bound to the particular bearing series. Examples: 7224 B: Single row angular contact
ball bearing with a 40o contact angle 32210 B: Step contact angle taper roller bearing
Bxx(x) B combined with a two or three-igure number identiies variants of the standard design that cannot
be identiied by generally applicable sufixes. Example: B20: Reduced width tolerance
C Deviating or modiied internal design with the same boundary dimensions As a rule the signiicance
of the letter is bound to the particular bearing series Example : 21306 C : Spherical roller bearing
with a flangeless inner ring. Symmetrical rollers. loose guide ring and a pressed window-type steel
cage.
CA (1) Spherical roller bearing of C design, but with retaining flanges on the inner ring and a machined
cage.
(2) Single row angular contact ball bearing for universal matching. Two bearings arranged back-to
back or face-to face will have an axial internal clearance smaller than Normal (CB) before mounting.
CAC Spherical roller bearing of the CA design but with enhanced roller guidance
CB (1) Single row angular contact ball bearing for universal matching. Two bearings arranged back-to-
back or face-to-face will have a Normal axial internal clearance before mounting.
(2) Controlled axial clearance of a double row angular contact ball bearing.
CC (1) Spherical roller bearing of C design but with enhanced roller guidance.
(2) Single row angular contact ball bearing for universal matching. Two bearings arranged back-to-
back or face-to-face will have an axial internal clearance larger than Normal (CB) before mounting.
CV Full complement cylindrical roller bearing with modified internal design.
CS Sheet steel reinforced contact seal of acrylonitrile-butadiene rubber (NBR) on one side of the bearing.
2CS CS contact seal on both sides of the bearing
CS2 Sheet steel reinforced contact seal of fluoro rubber (FKM) on one side of the bearing.
2CS2 CS2 contact seal on both sides of the bearing
CS5 Sheet steel reinforced contact seal of hydrogenated acrylonitrile- butadiene rubber (HNBR) on one
side of the bearing

36
Formulation of Bearing Number

Formulation of Bearing Number

FBN

2CS5 CS5 contact seal on both sides of the bearing

C1 Bearing internal clearance smaller than C2
C2 Bearing internal clearance smaller than Normal (CN)
C3 Bearing internal clearance greater than Normal (CN)
C4 Bearing internal clearance greater than C3
C5 Bearing internal clearance greater than C4
C02 Extra reduced tolerance for running accuracy of inner ring of assembled bearing
C04 Extra reduced tolerance for running accuracy of outer ring of assembled bearing
C08 C02 + C04
C083 C02e + C04e + C3
C10 Reduced tolerance for the bore and outside diameters
D Deviating or modiied internal design with the same boundary dimensions; as a rule the
significance of the letter is bound to the particular bearing series Example.
3310 D: Double row angular contact ball bearing with a two-piece inner ring
DA Modiied snap ring grooves in the outer ring ; two - piece inner ring held together by a retaining ring
DB Two single row deep groove ball bearings (1) single row angular contact ball bearings (2) or single
row taper roller bearings matched for mounting in a back-to back arrangement. The letter(s)
following the DB indicate the magnitude of the axial internal clearance or preload in the bearing
pair before mounting
A Light Preload (2)
B Moderate Preload (2)
C Heavy Preload (2)
CA Axial internal clearance smaller than Normal (CB) (1,2)
CB Normal axial internal clearance (1.2)
CC Axial internal clearance larger than Normal (CB) (1, 2)
C Special axial internal clearance in um
GA Light preload (1)
GB Moderate preload (1)
G Special preload in daN
For paired taper roller bearings the design and arrangement of the intermediate rings between
the inner and outer rings are identiied by a two igure number which is placed between DB and
the above mentioned letters.
DF Two single row deep groove ball bearings, single row angular contact ball bearings matched for
mounting in a face to face arrangement. The letter(s) following the DF are explained under DB
DT Two single row deep groove ball bearings, single row angular contact ball bearings or single row
taper roller bearing matched for mounting in a tandem arrangement; for paired taper roller
bearings the design and arrangement of the intermediate rings between the inner and/or outer
rings are identiied by a two igure number which follows immediately after DT.
E Deviating or modiied internal design with the same boundary dimensions; as a rule the
signiicance of the letter is bound to the particular bearing series; usually indicates reinforced
rolling element complement. Example
7212 BE: Single row angular contact ball bearing with a 400 contact angle and optimized internal

37
Formulation of Bearing Number

Formulation of Bearing Number

FBN

design.
EC Single row cylindrical roller bearing with an optimized internal design and with modified roller end/
flange contact.
ECA Spherical roller bearing of CA design but with reinforced rolling element complement.
ECAC Spherical roller bearing of CAC design but with reinforced rolling element complement
F Machined steel or special cast iron cage, rolling element centered; different designs or material
grads are identified by a figure following the F.e.g. F1
FA Machined steel or special cast iron cage, outer ring centered’
FB Machined steel or special cast iron cage; inner ring centred
G Single row angular contact ball bearing for universal matching. Two bearing arranged back to back
or face to face will have a certain axial clearance before mounting.
G Grease filling A second letter indicates the temperature range of the grease and a third letter
identiies the actual grease. The signiicance of the second letter is as follows:
E Extreme pressure grease
F Food compatible grease
H,J High temperature grease, e.g. -20 to + 130˚C
L Low temperature grease, e.g.- 50 to + 80˚C
M Medium temperature grease, e.g. -30 to +110˚C
W,X Low/high temperature grease, e.g. -40 to +140˚C
A igure following three-letter grease code indicates that the illing degree deviates from the
standard – Figure 1.2 and 3 indicate smaller than standard 4 up to 9 a larger ill. Examples:
GEA: Extreme pressure grease, Standard ill
GLB2 Low temperature grease, 15 to 25% fill
GA Single row angular contact ball bearing for universal matching. Two bearings arranged back to
back or face to face will have a light preload before mounting.
GB Single row angular contact ball bearing for universal matching. Two bearings arranged back to
back or face to face will have a moderate preload before mounting.
GC Single row angular contact ball bearing for universal matching. Two bearings arrange back to back
or face to face will have a heavy preload before mounting.
J Pressed steel cage, rolling element centred, unhardened; different designs are identiied by a igure
e.g. J1
JR Cage comprising of two lat washers of unhardened steel, riveted together
K Tapered bore, taper 1:12
LS Contact seal of acrylonitrile butadiene rubber (NBR) of polyurethane (AU) with or without sheet
steel reinforcement, on one side of the bearing.
2LS LS contact seal on both sides of the bearing
M Machined brass cage, rolling element centered; different designs or material grades are identiied
by a figure or a letter e.g. M2, MC
MA Machined brass cage, outer ring centered
MB Machined brass cage inner ring centered
ML Machined one piece window type brass cage inner or outer ring cetered
MP Machined one piece window type brass cage, with punched or reamed pockets inner or outer ring

38
Formulation of Bearing Number

Formulation of Bearing Number

FBN

centered.
MR Machined one piece window type brass cage, rolling element centered
MT Grease fill for medium temperatures (e.g. -30 to +110˚C) A two figure number following MT
identifies the actual grease. An additional letter or letter figure combination as mentioned under
“HT” identiies illing degrees other than standard Example; (MT33, MT37F9 or MT47
N Snap ring groove in the outer ring
NR Snap ring groove in the outer ring with appropriate snap ring
N1 One locating slot (notch) in one outer ring side face or housing washer
N2 Two locating slot (notch) 180o apart in one outer ring side face or housing washer
P Injection moulded cage of glass fibers reinforced polyamide 6, 6 rolling element centered
PH Injection moulded cage of polyetheretherketone (PEEK), rolling element centered.
PHA Injection moulded cage of polyetheretherketone (PEEK), outer ring centered.
PHAS Injection moulded cage of polyetheretherketone (PEEK), outer ring centred, lubrication grooves in
the guiding surfaces
P4 Dimensional and running accuracy to ISO tolerance class 4
P5 Dimensional and running accuracy to ISO tolerance class 5
P6 Dimensional and running accuracy to ISO tolerance class 6
P62 P6 + C2
P63 P6 + C3
Q Optimized internal geometry and surface finish (taper roller bearing)
R 1. Integral external outer ring flange
2. Crowned runner surface (tack runner bearing)
RS Contact seal of acrylonitrile-butadiene rubber (NBR) with or without sheet steel reinforcement on
one side of the bearing
2RS RS contact seal on both sides of the bearing
RS1 Sheet steel reinforced contact seal of acrylonitrile - butadiene rubber (NBR) on one side of the bearing
2RS1 RS1 contact seal on both sides of the bearing
RS1Z Sheet steel reinforced contact seal of acrylonitrile-butadiene rubber (NBR) on one side and one
shield on the other side of the bearing
RS2 Sheet steel reinforced contact seal of fluoro rubber (FKM) on one side of the bearing
2RS2 RS2 contact seal on both sides of the bearing.
RSH Sheet steel reinforced contact seal of acrylonitrile-butadiene rubber (NBR) on one side of the bearing.
2RSH RSH contact eal on both sides of the bearing.
RSL Sheet steel reinforced low-friction contract seal of acrylonitrile-butadiene rubber (NBR) on one side
of the bearing
2RSL RSL low friction contact seal on both sides of the bearing
RZ Sheet steel reinforced low-frictional seal of acrylonitrile-butadiene rubber (NBR) on one side of the
bearing
2RZ RZ low-friction seal on both sides of the bearing
S0 Bearing rings or washer dimensionally stabilized for use at operating temperature up to +150˚C
S1 Bearing rings or washer dimensionally stabilized for use at operating temperatures up to +200˚C
S2 Bearing rings or washers dimensionally stabilized for use at operating temperatures up to +250˚C

39
Formulation of Bearing Number

Formulation of Bearing Number

FBN

S3 Bearing rings or washers dimensionally stabilized for use at operating temperatures up to +300˚C
S4 Bearing rings or washers dimensionally stabilized for use at operating temperatures up to +350˚C
T Window-type cage of fabric reinforced phenolic resin, rolling element centred
TB Window-type cage of fabric reinforced phenolic resin, inner ring centred
TH Snap type cage of fabric reinforced phenolic resin, rolling element centered
TN Injection moulded cage of polyamide 6,6 rolling element centered
TNH Injection moulded cage of polyethetherketone (PEEK) rolling element centered.
TNHA Injection moulded cage of polyethetherketone (PEEK) outer ring centered.
TN9 Injection moulded cage of glass fiber reinforced polyamide 6, 6 rolling element centered.
U U combined with a one-figure number identifies a taper roller bearing, cone or cup, with reduced
width tolerance. Examples: U2 : width tolerance + 0.05/0 mm, U4 : width tolerance + 0.10/0 mm
V Full complement bearing (without cage)
VH Full complement cylindrical roller bearing with self-retaining roller set
W Without annular groove and lubrication holes in outer ring
WT Grease fill for low as well as high temperatures (e.g. -4- to +1600 C) WT or a two-figure number
following WT identifies the actual grease. An additional letter or letter/figure combination as
mentioned under “HT” identifies filling degrees other than standard. Examples WT or WTF1
W20 Three lubrication holes in the outer ring
W26 Six lubrication holes in the inner ring
W33 Annular groove and three lubrication holes in the outer ring
W33X Annular groove and six lubrication holes in the outer ring
W513 Six lubrication holes in the inner ring and annular groove and three lubrication holes in the outer ring.
W64 Solid oil filling
W77 Plugged W33 Lubrication holes
X 1. Boundary dimensions altered to conform to ISO standards
2. Cylindrical runner surface (track runner bearing)
Y Pressed brass cage, rolling element centered; different designs or material grades are identiied by a
figure following the Y.e.g. Y1
Z Shield of pressed sheet steel o one side of the bearing
2Z Z-shield both sides of the bearing.

B Modified internal construction

T Solid window cage made from hard fabric or high performance plastic
UA Universal designs for itting in pairs, bearings pair has small axial internal clearance in O and X
arrangement
UL Universal designs for itting in pairs, bearings pair has slight preload in O and X arrangement
UO Universal designs for itting in pairs, bearings pair is clearance-free in O and X arrangement
VA301 Bearing for traction motors
VA350 Bearing for railway axleboxes
VA405 Bearing for vibratory applications
VA 406 Bearing for vibratory applications with special PTFE bore coating

40
 Bearing Data
General
- Dimentions
- Tolerances
- Bearing Internal Clearance
- Material for Rolling Bearings
- Cages

41
 Bearing data - general
Bearing Data

BD

ISO General Plans Tolerances

The ISO General Plans for boundary Dimensions The dimensional and running accuracy of rolling
of radial bearings contains progressive series of bearings has been standardized internationally. In
standardized outside diameters for every standard additional to the Normal tolerances, the ISO standard
bore diameter arranged in diameter Series also cover closer tolerances, e.g.
7,8,9,0,1,2,3 and 4 (in order of increasing outside
• Tolerance class 6 which corresponds to tolerance
diameter).Within each Diameter Series different
class P6.
Width Series have also been established(Width Series
8,0,1,2,3,4,5,6 and 7 in order of increasing Width). • Tolerance class 5 which corresponds to tolerance
The Width Series for radial bearings corresponds to class P5
the Height Series for thrust bearings (Height Series For special applications, such as machine tool spindle,
7,9,1 and 2 in order of increasing Height)
also manufactures bearings with higher accuracy, e.g.
By combining a Width or Height Series with a to tolerance classes P4, P4A, PA9A, SP and UP.
Diameter Series, a Dimension Series, designated by
Tolerance information about each bearing type is
two figures, is arrived at. The first figure identifies the
contained in the introductory texts to the various
Width or Height Series and the second the Diameter
product table section under the heading “tolerance”
Series.
.Bearings with higher accuracy than Normal are
In the ISO General Plans for single row metric taper identified by a designation suffix for the tolerance
roller bearings, the boundary dimensions are grouped class
for certain ranges of the contact angle a known as the
Angle Series (Angle Series 2,3,4,5,6 and 7 in order of
increasing Angle).Based on the relationship between
the outside and bore diameters, and between
the total bearings Width and the cross-sectional
height. Diameter and Width Series have also been
established. Here, a Dimension Series is obtained by
combining the Angle Series with a Diameter and a
Width Series. These Dimension Series consist of one
figure for the Angle Series and two letters, where
the first letter identifies the Diameter Series and the
second the Width Series.

42
 Bearing data - general
Bearing Data

BD

Tolerance symbols
Tolerance Definition
Symbol
Bore diameter
d Nominal bore diameter
ds Single bore diameter
dmp 1. Mean bore diameter, arithmetical mean of the largest and smallest single bore diameters in one plane
2. Mean diameter at the small end of a tapered bore; arithmetical mean of the largest and smallest single
diameters
∆ds Deviation of a single bore diameter from the nominal (∆ds=ds-d)
∆dmp Deviation of the mean bore diameter from nominal (∆dmp=dmp-d)
Vdp Bore diameter variation; difference between the largest and the smallest single bore diameter in one plane
Vdmp Mean bore diameter variation; difference between largest and smallest mean bore diameter
d1 Nominal diameter at theoretical large end of tapered bore
d1mp Mean diameter at theoretical large end of tapered bore; arithmetical mean of the largest and smallest single
bore diameters
∆d1mp Deviation of the mean bore diameter at the theoretical large end of a tapered bore from the
nominal (∆d1mp=d1mp-d1)

Outside diameter
D Nominal outside diameter
Ds Single outside diameter
Dmp Mean outside diameter; arithmetical mean of the largest and smallest single outside diameters in one plane
∆Ds Deviation of a single outside diameter from the nominal (∆Ds=Ds-D)
∆Dmp Deviation of the mean outside diameter from the nominal (∆Dmp=Dmp-D)
VDp Outside diameter variation; difference between the largest and smallest single outside diameter in one plane
VDmp Mean outside diameter variation; difference between the largest and smallest mean outside diameter

Chamfer limits
rs Single chamfer dimension
rs min Smallest single chamfer dimension of rs,r1,r2,r3,r4……..
r1,r3 Radial direction chamfer dimension
r2,r4 Axial direction chamfer dimensions

43
 Bearing data - general
Bearing Data

BD

Tolerance symbols
Tolerance Definition
Symbol

Width or height
B,C Nominal width of inner ring and outer ring, respectively
Bs,Cs Single width of an inner ring and outer ring, respectively
B1s,C1s Single width of an inner ring and outer ring, respectively, of a bearing specifically manufactured for paired
mounting
∆Bs, ∆Cs Deviation of a single inner ring width or single outer ring width from the nominal
(∆Bs=Bs-B; ∆Cs=Cs-C; ∆B1s=B1s-B1; ∆C1s=C1s-C1)
VBs,VCs Ring with variation; difference between the largest and smallest single widths of an inner ring and outer ring,
respectively
T 1 Nominal width (abutment width) of a taper roller bearing; distance between an inner ring(cone) back face
and outer ring(cup)back face
2 Nominal height (H) of a single direction thrust bearing(except spherical thrust roller bearing T4)
T1 1 Nominal width of a taper roller bearing, cone assembled with a master cup
2 nominal height (H1) of a single direction thrust ball bearing seat washer
T2 1 nominal width of tapered roller bearing, cup assembled with master cone
2 Nominal height (H) of a double direction thrust bearing
T3 Nominal height (H1) of a double direction thrust ball bearing with a seating washers
T4 Nominal height (H) of a spherical roller thrust bearing
∆Ts 1 Deviation the effective single width of a tapered roller bearing from nominal
2 Deviation of the height of a single direction thrust bearing from the nominal
(except spherical roller thrust bearing see ∆T4s)
∆T1s 1 Deviation of an effective single with of a cone from the nominal
2 Deviation of the height of a single direction thrust ball bearing with a seat washer from the nominal
∆ T2s 1 Deviation of the single width of a cup from nominal
2 Deviation of the height of a double direction thrust bearing from the nominal
∆T3s Deviation of the height of the double direction thrust ball bearing with a seating washers from the nominal
∆T4s Deviation of the height of a spherical roller thrust bearing from the nominal
Running accuracy
Kia,Kea Radial run out of an inner ring and outer ring, respectively, of an assembled bearing
Sd Side face run-out with reference to the bore (of inner ring)
S0 Outside inclination variation; variation in inclination of the outside cylindrical surface to the outer
ring side face.
Sia,Sea Axial run-out of the inner ring and outer ring, respectively,of an assembled bearing
Si,Se Thickness variation, measured from the middle of the race way to the back(seating)face of a shaft
washer and of a housing Washer, respectively (axial run-out)

44
 Bearing data - general
Bearing Data

BD

Bearing internal clearance Table

Bearing internal clearance is defined as the total Supplementary designation for internal clearance
distance through which one bearing ring can be Suffix Internal clearance
moved relative to the other in the radial direction C1 Less than C2
(radial internal clearance) or in the axial direction(axial
C2 Less than Normal
internal clearance).
CN Normal, only used together with an
It is necessary to distinguish between initial additional letter that identifies a reduced or
displaced clearance range.
internal clearance in the bearing prior to mounting
C3 Greater than Normal
and operating internal clearance, which applies to
a bearing in operation that has reached a stable C4 Greater than C3
temperature. C5 Greater than C4

In almost all applications, the initial clearance

in a bearing is greater than its operating clearance.
Materials for rolling bearings
The difference can be attributed to the need for an The materials from which bearing components are
interference fit on the shaft and /or in the housing, made, determine, to a large extent, the performance
combined with thermal expansion of the bearing and reliability of the bearing. For the bearing ring
rings and associated components. and rolling element, typical considerations include
Sufficient internal clearance in a bearing during hardness for load carrying capacity, fatigue resistance
operation is extremely important if the bearing is to rolling under clean or contaminated lubrication
operate satisfactorily. conditions, and dimensional stability of the bearing
components .For the cage, considerations include
The initial internal clearance referred to as Normal
friction, strain, inertial forces, and in some cases,
implies that a suitable operating clearance can be
obtained if the recommended shaft and housing the chemical action of certain lubricant solvents,
fits are realized during mounting and operating coolants and refrigerants. The relatives importance
conditions are differ from normal, for example for these considerations can be affected by other
when interference fits are used for both bearings operational parameters including moisture, elevated
ring or considerable temperature differences prevail, temperatures, shock loads or combination of these
bearings with greater or smaller internal clearance and other conditions.
than Normal are required. Contact seals integrated in rolling bearings can also
Bearings having an internal clearance other than have a considerable impact on the performance and
Normal are identified by the suffixes C1 to C5 reliability of the bearings.
For paired single row angular contact ball bearings Materials for bearing rings and rolling
and tapered roller bearings, double row angular elements
contact ball bearings and four –point contact ball
Bearing steels for through-hardening
bearings, values for the axial internal clearance are
listed instead of radial clearance, as the axial clearance The most common steel for through-hardening ISO
is of greater importance for these bearing types. 683-17.Today, carbon chromium steel is one the
oldest and most intensively investigated steels due

45
 Bearing data - general
Bearing Data

BD

to the continuously increasing demands for extended Polymer cages

bearing service life. The composition if this rolling
Polyamide 6,6
bearing steel provides an optimum balance between
manufacturing and application performance. This
For the majority of injection moulded cages,
steel normally given a martensitic or bainitic heat
polyamide 6,6 is used. This material, with glass
treatment to obtained a hardness between 58 and
fibre reinforcement or without, is characterized by
65 HRC.
a favourable combination of strength and elasticity.
Within the last few years, process developments The mechanical properties like strength and elasticity
have enabled more stringent cleanliness specification of polymer materials are temperature depended and
to be realized, which has had a significant impact subject to ageing. The most important factors that
on the consistency and quality of bearing steel. The play a role in the ageing process are temperature,
reduction of the oxygen and harmful non-metallic time and the medium (lubricant) to which the
inclusions has led to significantly improved properties polymer is exposed. The relationship between these
of rolling bearing steel –the steels. factors for glass fibre reinforced PA6,6. It appears
Bearing steels for case-hardening that cage life decreases with increasing temperature
and the aggressiveness of the lubricant.
Chromium-nickel and manganese-chromium alloyed
steels according to ISO 683-17:1999 with a carbon Therefore, whether polyamide cages are suitable
content of approximately 0,15% are those case- for specific application depends on the operating
hardening steels most commonly used for rolling condition and life requirements.
bearings. Towards the low operating temperature side, also a
In applications where there are high tensile limit can be set since polyamide loses its elasticity,
interference fits and high shock loads, bearings which can result in cage failures Cages made of
with carburized rings and/or rolling elements are glass fibre reinforced Polyamide 6,6 should for this
recommended. reason not to be applied at continuous operating
temperature below-400C
Cage Material
Sheet steel cages

The majority of stamped sheet steel cages are made

of continuously hot rolled row carbon sheet steel in
accordance with EN 10111.These light weight cages
have relatively high strength and can be surface
treated to further reduce friction and wear.
Stamped cages normally used in stainless steel
bearings are made of stainless steel X5CrNi18-110,
according to EN 10088-1.

46
 Bearing data - general
Bearing Data

BD

Cages • Keeping the rolling elements evenly distributed

around the complete circumference to provide
Cages have an appreciable influence on the suitability
even load distribution and quiet and uniform
of rolling bearings. Their main purposes are
running
• Keeping the rolling elements at an appropriate
• Guiding the rolling elements in the unloaded zone,
distance from each other and to prevent direct
to improve the rolling conditions in the bearing
contact between neighbouring rolling elements,
and to prevent damaging sliding movements
in order to keep friction and thus heat generation
at a minimum • Retaining the rolling elements, where bearings
are of a separable design and one bearing ring is
removed during mounting or dismounting.

47
 Bearing data - general
Bearing Data

Diameter Series (radial bearings)

BD

Bearing type ISO Diameter Series

7, 8, 9 0,1 2,3,4

Deep groove ball bearings¹) 617,618,619 60 2, 3

627,628 160,161 42, 43

637,638,639 630 62, 63, 64, 622, 623

Angular contact ball bearings²) 32, 33

72, 73

QJ 2, QJ 3

Self-aligning ball bearings 139 10, 130 12, 13, 112

22, 23

Cylindrical roller bearings NU 10, 20 NU 2, 3, 4, 12, 22, 23

NJ 10 NJ 2, 3, 4, 22, 23

NUP 2, 3, 22, 23

N 2, 3

Full complement cylindrical NCF 18, 19, 28, 29 NCF 30 NCF 22

roller bearings NNC 48, 49 NNF 50 NJG 23

NNCF 48, 49 NNCF 50

NNCL 48, 49

Sperical roller bearings 238, 239 230, 231 222, 232

248, 249 240, 241 213, 223

48
 Bearing data - general
Bearing Data

Normal tolerance for radial bearings, except tapered roller bearings

BD

Inner ring
1)
d ∆dmp Vdp Vdmp ∆Bs ∆B1s VBs Kia

Diameter Series
7,8,9 0,1 2,3,4

Over Incl. high low max. max. max. max. high low high low max. max.

mm µm µm µm µm µm µm µm

- 2.5 0 -8 10 8 6 6 0 -40 - - 12 10

2.5 10 0 -8 10 8 6 6 0 -120 0 -250 15 10

10 18 0 -8 10 8 6 6 0 -120 0 -250 20 10

18 30 0 -10 13 10 8 8 0 -120 0 -250 20 13

30 50 0 -12 15 12 9 9 0 -120 0 -250 20 15

50 80 0 -15 19 19 11 11 0 -150 0 -380 25 20

80 120 0 -20 25 25 15 15 0 -200 0 -380 25 25

120 180 0 -25 31 31 19 19 0 -250 0 -500 30 30

180 250 0 -30 38 38 23 23 0 -300 0 -500 30 40

250 315 0 -35 44 44 26 26 0 -350 0 -500 35 50

315 400 0 -40 50 50 30 30 0 -400 0 -630 40 60

400 500 0 -45 56 56 34 34 0 -450 0 -630 50 65

500 630 0 -50 63 63 38 38 0 -500 0 -800 60 70

630 800 0 -75 - - - - 0 -750 - - 70 80

800 1000 0 -100 - - - - 0 -1000 - - 80 90

1000 1250 0 -125 - - - - 0 -1250 - - 100 100

1250 1600 0 -160 - - - - 0 -1600 - - 120 120

1600 2000 0 -200 - - - - 0 -2000 - - 140 140

49
 Bearing data - general
Bearing Data

BD

Outer ring

D ∆Dmp VDp1) VDmp1) ∆Cs, ∆C1s, VCs Kea

Diameter Series Sealed

7,8,9 0,1 2,3,4 bearings2)

Over Incl. high low max. max. max. max. max. max.

mm µm µm µm µm µm

2.5 18 0 -8 10 8 6 10 6 Values are iden- 15

tical to

18 30 0 -9 12 9 7 12 7 those for the inner 15

ring

30 50 0 -11 14 11 8 16 8 of the same 20

bearing

50 80 0 -13 16 13 10 20 10 25

80 120 0 -15 19 19 11 26 11 35

120 150 0 -18 23 23 14 30 14 40

150 180 0 -25 31 31 19 38 19 45

180 250 0 -30 38 38 23 - 23 50

250 315 0 -35 44 44 26 - 26 60

315 400 0 -40 50 50 30 - 30 70

400 500 0 -45 56 56 34 - 34 80

500 630 0 -50 63 63 38 - 38 100

630 800 0 -75 94 94 55 - 55 120

800 1000 0 -100 125 125 75 - 75 140

1000 1250 0 -125 - - - - - 160

1250 1600 0 -160 - - - - - 190

1600 2000 0 -200 - - - - - 220

2000 2500 0 -250 - - - - - 250

1) Applies before bearing is assembled and after removal of internal and/or external snap ring, if used.
2) Applies only to bearings of Diameter series 2, 3 and 4.

50
 Bearing data - general
Bearing Data

Class P6 tolerances for radial bearings, except tapered roller bearings

BD

Inner ring

d ∆dmp1) Vdp Vdmp ∆Bs ∆B1s VBs Kia

Diameter Series
7,8, 0,1 2,3,4

Over Incl. high low max. max. max. max. high low high low max. max.

mm µm µm µm µm µm µm µm

- 2.5 0 -7 9 7 5 5 0 -40 - - 12 5

2.5 10 0 -7 9 7 5 5 0 -120 0 -250 15 6

10 18 0 -7 9 7 5 5 0 -120 0 -250 20 7

18 30 0 -8 10 8 6 6 0 -120 0 -250 20 8

30 50 0 -10 13 10 8 8 0 -120 0 -250 20 10

50 80 0 -12 15 15 9 9 0 -150 0 -380 25 10

80 120 0 -15 19 19 11 11 0 -200 0 -380 25 13

120 180 0 -18 23 23 14 14 0 -250 0 -500 30 18

180 250 0 -22 28 28 17 17 0 -300 0 -500 30 20

250 315 0 -25 31 31 19 19 0 -350 0 -500 35 25

315 400 0 -30 38 38 23 23 0 -400 0 -630 40 30

400 500 0 -35 44 44 26 26 0 -450 0 -630 45 35

500 630 0 -40 50 50 30 30 0 -500 0 -800 50 40

630 800 0 -50 - - - - 0 -750 - - 55 45

800 1000 0 -60 - - - - 0 -1000 - - 60 50

1000 1250 0 -75 - - - - 0 -1250 - - 70 60

1250 1600 0 -90 - - - - 0 -1600 - - 70 70

1600 2000 0 -115 - - - - 0 -2000 - - 80 80

1)Tolerances for tapered bores

51
 Bearing data - general
Bearing Data

BD

Outer ring

D ∆Dmp VD VDmp1) ∆Cs, ∆C1s, VCs Kea

Diameter Series Sealed

7,8,9 0,1 2,3,4 bearings2)

Over Incl. high low max. max. max. max. max. max.

mm µm µm µm µm µm

2.5 18 0 -7 9 7 5 9 5 Values are identical to 8

18 30 0 -8 10 8 6 10 6 those for the inner ring 9

30 50 0 -9 11 9 7 13 7 of the same bearing 10

50 80 0 -11 14 11 8 16 8 13

80 120 0 -13 16 16 10 20 10 18

120 150 0 -15 19 19 11 25 11 20

150 180 0 -18 23 23 14 30 14 23

180 250 0 -20 25 25 15 - 15 25

250 315 0 -25 31 31 19 - 19 30

315 400 0 -28 35 35 21 - 21 35

400 500 0 -33 41 41 25 - 25 40

500 630 0 -38 48 48 29 - 29 50

630 800 0 -45 56 56 34 - 34 60

800 1000 0 -60 75 75 45 - 45 75

1000 1250 0 -75 - - - - - 85

1250 1600 0 -90 - - - - - 100

1600 2000 0 -115 - - - - - 100

2000 2500 0 -135 - - - - - 120

1) Applies before bearing is assembled and after removal of internal and/or external snap ring, if used.
2) Applies only to bearings of Diameter series 0, 1, 2, 3 and 4.

52
 Bearing data - general
Bearing Data

ClassP5 tolerances for radial bearings, except tapered roller bearings

BD

Inner ring

d ∆dmp Vdp Vdmp ∆Bs ∆B1s VBs Kia Sd Sia1)

Diameter Series
7,8,9 0, 1, 2, 3, 4

Over Incl. high low max. max. max. high low high low max. max. max. max.

mm µm µm µm µm µm µm µm µm um

- 2.5 0 -5 5 4 3 0 -40 0 -250 5 4 7 7

2.5 10 0 -5 5 4 3 0 -40 0 -250 5 4 7 7

10 18 0 -5 5 4 3 0 -80 0 -250 5 4 7 7

18 30 0 -6 6 5 3 0 -120 0 -250 5 4 8 8

30 50 0 -8 8 6 4 0 -120 0 -250 5 5 8 8

50 80 0 -9 9 7 5 0 -150 0 -250 6 5 8 8

80 120 0 -10 10 8 5 0 -200 0 -380 7 6 9 9

120 180 0 -13 13 10 7 0 -250 0 -380 8 8 10 10

180 250 0 -15 15 12 8 0 -300 0 -500 10 10 11 13

250 315 0 -18 18 14 9 0 -350 0 -500 13 13 13 15

315 400 0 -23 23 18 1 0 -400 0 -630 15 15 15 20

400 500 0 -28 28 21 1 0 -450 0 -630 18 17 18 23

500 630 0 -35 35 26 1 0 -500 0 -800 20 19 20 25

630 800 0 -45 - - - 0 -750 - - 26 22 26 30

800 1000 0 -60 - - - 0 -1000 - - 32 26 32 30

1000 1250 0 -75 - - - 0 -1250 - - 38 30 38 30

1250 1600 0 -90 - - - 0 -1600 - - 45 35 45 30

1600 2000 0 -115 - - - 0 -2000 - - 55 40 55 30

1) Applies only to deep groove and angular contact ball bearings

53
 Bearing data - general
Bearing Data

BD

Outer ring

D ∆Dmp VDp1) VDmp ∆Cs, ∆C1s, VCs Kea SD Sea2)

Diameter Series
7,8,9 0,1,2,3,4

Over Incl. high low max. max. max. max. max. max. max.

mm µm µm µm µm µm µm µm

6 18 0 -5 5 4 3 Values are identical to 5 5 8 8

those for the innering of
18 30 0 -6 6 5 3 the same bearing 5 6 8 8

30 50 0 -7 7 5 4 5 7 8 8

50 80 0 -9 9 7 5 6 8 8 10

80 120 0 -10 10 8 5 8 10 9 11

120 150 0 -11 11 8 6 8 11 10 13

150 180 0 -13 13 10 7 8 13 10 14

180 250 0 -15 15 11 8 10 15 11 15

250 315 0 -18 18 14 9 11 18 13 18

315 400 0 -20 20 15 10 13 20 13 20

400 500 0 -23 23 17 12 15 23 15 23

500 630 0 -28 28 21 14 18 25 18 25

630 800 0 -35 35 26 18 20 30 20 30

800 1000 0 -50 50 29 25 25 35 25 35

1000 1250 0 -63 - - - 30 40 30 45

1250 1600 0 -80 - - - 35 45 35 55

1600 2000 0 -100 - - - 38 55 40 55

2000 2500 0 -125 - - - 45 65 50 55

54
 Bearing data - general
Bearing Data

Normal and class CL7C tolerances for metric taper roller bearings
BD Inner ring, bearing width and ring widths

d ∆dmp Vdp Vdmp ∆Bs Kia ∆Ts ∆T1s ∆T2s

Tolerance
classes
Normal CL7C

Over incl. high low max max high low max max high low high low high low

mm µm µm µm µm µm um µm µm

10 18 0 -12 12 9 0 -120 15 7 200 0 100 0 100 0

18 30 0 -12 12 9 0 -120 18 8 200 0 100 0 100 0

30 50 0 -12 12 9 0 -120 20 10 200 0 100 0 100 0

50 80 0 -15 15 11 0 -150 25 10 200 0 100 0 100 0

80 120 0 -20 20 15 0 -200 30 13 200 -200 100 -100 100 -100

120 180 0 -25 25 19 0 -250 35 350 -250 150 -150 200 -100

180 250 0 -30 30 23 0 -300 50 350 -250 150 -150 200 -100

250 315 0 -35 35 26 0 -350 50 350 -250 150 -150 200 -100

315 400 0 -40 40 30 0 -400 75 400 -400 200 -200 200 -200

Outer ring
D ∆Dmp VDp VDmp ∆Cs Kea

Tolerance classes

Normal CL7C

over incl. high low max max max max

mm µm µm µm µm

18 30 0 -12 12 9 Values are 18 9

identical

30 50 0 -14 14 11 to those for 20 10

the

50 80 0 -16 16 12 inner ring of 25 13

the same
bearing

80 120 0 -18 18 14 35 18

120 150 0 -20 20 15 40 20

150 180 0 -25 25 19 45 23

180 250 0 -30 30 23 50 -

250 315 0 -35 35 26 60 -

315 400 0 -40 40 30 70 -

400 500 0 -45 45 34 80 -

500 630 0 -50 50 38 100 -

630 800 0 -75 75 55 120 -

55
 Bearing data - general
Bearing Data

Class CLN tolerances for metric tapered roller bearings

BD Inner ring, bearing width ring widths

d ∆dmp Vdp Vdmp ∆Bs ∆Cs Kia ∆Ts ∆T1s ∆T2s

over incl. high. low. max. max high low high low max high low high low high low

mm µm µm µm µm µm µm µm µm µm

10 18 0 -12 12 9 0 -50 0 -100 15 100 0 50 0 50 0

18 30 0 -12 12 9 0 -50 0 -100 18 100 0 50 0 50 0

30 50 0 -12 12 9 0 -50 0 -100 20 100 0 50 0 50 0

50 80 0 -15 15 11 0 -50 0 -100 25 100 0 50 0 50 0

80 120 0 -20 20 15 0 -50 0 -100 30 100 0 50 0 50 0

120 180 0 -25 25 19 0 -50 0 -100 35 150 0 50 0 100 0

180 250 0 -30 30 23 0 -50 0 -100 50 150 0 50 0 100 0

250 315 0 -35 35 26 0 -50 0 -100 60 200 0 100 0 100 0

315 400 0 -40 40 30 0 -50 0 -100 70 200 0 100 0 100 0

Outer ring
D ∆Dmp VDp VDmp Kea

over incl. high. low. max. max max

mm µm µm µm µm

18 30 0 -12 12 9 18

30 50 0 -14 14 11 20

50 80 0 -16 16 12 25

80 120 0 -18 18 14 35

120 150 0 -20 20 15 40

150 180 0 -25 25 19 45

180 250 0 -30 30 23 50

250 315 0 -35 35 26 60

315 400 0 -40 40 30 70

400 500 0 -45 45 34 80

500 630 0 -50 50 38 100

56
 Bearing data - general
Bearing Data

Class P5 toerances for metric taper roller bearings

BD Inner ring and bearing width

d ∆dmp Vdp Vdmp ∆Bs Kia Sd ∆Ts

over incl. high low max max high low max max high low

mm µm µm µm µm µm µm µm

10 18 0 -7 5 5 0 -200 5 7 200 -200

18 30 0 -8 6 5 0 -200 5 8 200 -200

30 50 0 -10 8 5 0 -240 6 8 200 -200

50 80 0 -12 9 6 0 -300 7 8 200 -200

80 120 0 -15 11 8 0 -400 8 9 200 -200

120 180 0 -18 14 9 0 -500 11 10 350 -250

180 250 0 -22 17 11 0 -600 13 11 350 -250

250 315 0 -25 19 13 0 -700 16 13 350 -250

315 400 0 -30 23 15 0 -800 19 15 400 -400

Outer ring
D ∆Dmp VDp VDmp ∆Cs Kea SD

over incl. high low max max max max

mm µm µm µm µm µm

18 30 0 -8 6 5 Values are identical 6 8

30 50 0 -9 7 5 to those for the 7 8

50 80 0 -11 8 6 inner ring of 8 8

the same bearing

80 120 0 -13 10 7 10 9

120 150 0 -15 11 8 11 10

150 180 0 -18 14 9 13 10

180 250 0 -20 15 10 15 11

250 315 0 -25 19 13 18 13

315 400 0 -28 22 14 20 13

400 500 0 -33 25 17 23 15

500 630 0 -38 29 19 25 18

57
 Bearing data - general
Bearing Data

Tolerances for inch taper roller bearings

BD Inner ring

∆ds
d Tolerance classes
Normal CL2 CL3 CL0

over incl. high low high low

mm µm µm

- 76.2 13 0 13 0

76.2 101.6 25 0 13 0

101.6 266.7 25 0 13 0

266.7 304.8 25 0 13 0

304.8 609.6 51 0 25 0

609.6 914.4 76 0 38 0

Outer ring
∆Ds Kia, Kea, Sia, Sea
D
Tolerance classes Tolerance classes
Normal CL2 CL3 CL0 Normal CL2 CL3 CL0

over incl high low high low max max max max

mm µm µm µm

- 304.8 25 0 13 0 51 38 8 4

304.8 609.6 51 0 25 0 51 38 18 9

609.6 914.4 76 0 38 0 76 51 51 26

914.4 1219.2 102 0 51 0 76 - 76 38

1219.2 - 127 0 76 0 76 - 76 -

Abutment width of single row bearing

d D ∆Ts
Tolerance classes
Normal CL2 CL3 CL0

over incl. over incl high low high low high low

mm mm µm µm µm

- 101.6 - - 203 0 203 0 203 -203

101.6 266.7 - - 356 -254 203 0 203 -203

266.7 304.8 - - 356 -254 203 0 203 -203

304.8 609.6 - 508 381 -381 381 -381 203 -203

304.8 609.6 508 - 381 -381 381 -381 381 -381

609.6 - - - 381 -381 - - 381 -381

58
 Bearing data - general
Bearing Data

Tolerances for thrust bearings

BD

Nominal Shaft washer Housing Washer

diame-
ter Tolerance classes Toleranceclasses Tolerances classes

d, D Normal, P6, P5 Normal P6 P5 Normal, P6, P5

∆dmp Vdp Si¹) Si¹) Si¹) ∆Dmp VDp Se

over incl. high low max max max max high low max max

mm µm µm µm µm µm µm µm

- 18 0 -8 6 10 5 3 0 -11 8 value are

18 30 0 -10 8 10 5 3 0 -13 10 identical to

30 50 0 -12 9 10 6 3 0 -16 12 those for shaft

washer of same

50 80 0 -15 11 10 7 4 0 -19 14 bearing.

80 120 0 -20 15 15 8 4 0 -22 17

120 180 0 -25 19 15 9 5 0 -25 19

180 250 0 -30 23 20 10 5 0 -30 23

250 315 0 -35 26 25 13 7 0 -35 26

315 400 0 -40 30 30 15 7 0 -40 30

400 500 0 -45 34 30 18 9 0 -45 34

500 630 0 -50 38 35 21 11 0 -50 38

630 800 0 -75 - 40 25 13 0 -75 55

800 1000 0 -100 - 45 30 15 0 -100 75

1000 1250 0 -125 - 50 35 18 0 -125 -

1250 1600 0 -160 - 60 40 21 0 -160 -

1600 2000 - - - - - - 0 -200 -

2000 2500 - - - - - - 0 -250 -

1) Does not apply to spherical roller thrust bearings.

59
 Bearing data - general
Bearing Data

Tolerances for thrust bearings

BD Bearing height

Tolerance classes normal P6, P5

D ∆Ts ∆T1s ∆T2s ∆T3s ∆T4s

ISO

over incl. high low high low high low high low high low high low high low

mm µm µm µm µm µm

- 30 20 -250 100 -250 150 -400 300 -400 - - - - - -

30 50 20 -250 100 -250 150 -400 300 -400 - - - - - -

50 80 20 -300 100 -300 150 -500 300 -500 20 -300 0 -125 0 -100

80 120 25 -300 150 -300 200 -500 400 -500 25 -300 0 -150 0 -100

120 180 25 -400 150 -400 200 -600 400 -600 25 -400 0 -175 0 -125

180 250 30 -400 150 -400 250 -600 500 -600 30 -400 0 -200 0 -125

250 315 40 -400 - - - - - - 40 -400 0 -225 0 -150

315 400 40 -500 - - - - - - 40 -500 0 -300 0 -200

400 500 50 -500 - - - - - - 50 -500 0 -420

500 630 60 -600 - - - - - - 60 -600 0 -500

630 800 70 -750 - - - - - - 70 -750 0 -630

800 1000 80 -1000 - - - - - - 80 -1000 0 -800

1000 1250 - - - - - - - - 100 -1400 0 -1000

1250 1600 - - - - - - - - 120 -1600 0 -1200

60
 Bearing data - general
Bearing Data

Normal,P6 and p5 class tolerances for tapered bores, taper 1:12

BD

Bore diameter Tolerance classes Normal, P6 Tolerance classes Normal, P5

d ∆dmp Vdp¹) ∆d1mp − ∆dmp ∆dmp Vdp¹) ∆d1mp − ∆dmp

over incl high low max high low high low max high low

mm µm µm µm µm µm µm µm

18 30 21 0 13 21 0 13 0 13 13 0

30 50 25 0 15 25 0 16 0 15 16 0

50 80 30 0 19 30 0 19 0 19 19 0

80 120 35 0 25 35 0 22 0 22 22 0

120 180 40 0 31 40 0 25 0 25 25 0

180 250 46 0 38 46 0 29 0 29 29 0

250 315 52 0 44 52 0 32 0 32 32 0

315 400 57 0 50 57 0 36 0 36 36 0

400 500 63 0 56 63 0 40 0 - 40 0

500 630 70 0 70 70 0 44 0 - 44 0

630 800 80 0 - 80 0 50 0 - 50 0

800 1000 90 0 - 90 0 56 0 - 56 0

1000 1250 105 0 - 105 0 66 0 - 66 0

1250 1600 125 0 - 125 0 78 0 - 78 0

1600 2000 150 0 - 150 0 92 0 - 92 0

1) Applies to any single radial plane of the bore

61
 Bearing data - general
Bearing Data

Normal tolerances for tapered bores,taper 1:30

BD

Bore diameter Normal tolerances

d ∆dmp Vdp¹) ∆d1mp − ∆dmp

over incl high low max high low

mm µm µm µm

- 80 15 0 19 30 0

80 120 20 0 22 35 0

120 180 25 0 40 40 0

180 250 30 0 46 46 0

250 315 35 0 52 52 0

315 400 40 0 57 57 0

400 500 45 0 63 63 0

500 630 50 0 70 70 0

630 800 75 0 - 100 0

800 1000 100 0 - 100 0

1000 1250 125 0 - 115 0

1250 1600 160 0 - 125 0

1600 2000 200 0 - 150 0

1) Applies to any single plane of the bore

62
 Bearing data - general
Bearing Data

Chamfer dimension limits for metric radial and thrust

BD bearings, except taper roller bearings

Minimum single Nominal bearing bore diameter Maximum chamfer dimensions

chamfer dimension

Radial bearings Thrust bearings

rs min d r1,3 r2,4 r1,2,3,4

over incl max. max. max.

mm mm mm

0,05 - - 0,1 0,2 0,1

0,08 - - 0,16 0,3 0,16

0,1 - - 0,2 0,4 0,2

0,15 - - 0,3 0,6 0,3

0,2 - - 0,5 0,8 0,5

0,3 - 40 0,6 1 0,8

40 - 0,8 1 0,8

0,6 - 40 1 2 1,5

40 - 1,3 2 1,5

1 - 50 1,5 3 2,2

50 - 1,9 3 2,2

1,1 - 120 2 3,5 2,7

120 - 2,5 4 2,7

1,5 - 120 2,3 4 3,5

120 - 3 5 3,5

2 - 80 3 4,5 4

80 220 3,5 5 4

220 - 3,8 6 4

2,1 - 280 4 6,5 4,5

280 - 4,5 7 4,5

2,5 - 100 3,8 6 -

100 280 4,5 6 -

280 - 5 7 -

3 - 280 5 8 5,5

280 - 5,5 8 5,5

4 - - 6,5 9 6,5

5 - - 8 10 8

6 - - 10 13 10

7,5 - - 12,5 17 12,5

9,5 - - 15 19 15

12 - - 18 24 18

63
 Bearing data - general
Bearing Data

Chamfer dimension limits for metric radial taper roller bearings

BD

Minimum single chamfer Nominal bearing bore/outside diameter Maximum chamfer dimensions
dimension

rs min d, D r1,3 r2,4

max.
over incl max.

mm mm mm

0,3 - 40 0,7 1,4

40 - 0,9 1,6

0,6 - 40 1,1 1,7

40 - 1,3 2

1 - 50 1,6 2,5

50 - 1,9 3

1,5 - 120 2,3 3

120 250 2,8 3,5

250 - 3,5 4

2 - 120 2,8 4

120 250 3,5 4,5

250 - 4 5

2,5 - 120 3,5 5

120 250 4 5,5

250 - 4,5 6

3 - 120 4 5,5

120 250 4,5 6,5

250 400 5 7

400 - 5,5 7,5

4 - 120 5 7

120 250 5,5 7,5

250 400 6 8

400 - 6,5 8,5

5 - 180 6,5 8

180 - 7,5 9

6 - 180 7,5 10

180 - 9 11

64
 Bearing data - general
Bearing Data

Diamensions of Snap Ring Grooves and Locationg Snap Rings - (1)

BD Bearing of Diameter Series 18 and 19

Applicable Bearings Snap Ring Groove

Snap Ring Groove Snap Ring Groove Position Snap Ring Groove Width Radius of
Diameter a b Bottom
d Corners
Bearing Dimension Series r0
D D1
Dimension Series 18 19

18 19 max min max min max min max min max

− 10 22 20.8 20.5 − − 1.05 0.9 1.05 0.8 0.2

− 12 24 22.8 22.5 − − 1.05 0.9 1.05 0.8 0.2

− 15 28 26.7 26.4 − − 1.3 1.15 1.2 0.95 0.25

− 17 30 28.7 28.4 − − 1.3 1.15 1.2 0.95 0.25

20 − 32 30.7 30.4 1.3 1.15 − − 1.2 0.95 0.25

22 − 34 32.7 32.4 1.3 1.15 − − 1.2 0.95 0.25

25 20 37 35.7 35.4 1.3 1.15 1.7 1.55 1.2 0.95 0.25

− 22 39 37.7 37.4 − − 1.7 1.55 1.2 0.95 0.25

28 − 40 38.7 38.4 1.3 1.15 − − 1.2 0.95 0.25

30 25 42 40.7 40.4 1.3 1.15 1.7 1.55 1.2 0.95 0.25

32 − 44 42.7 42.4 1.3 1.15 − − 1.2 0.95 0.25

− 28 45 43.7 43.4 − − 1.7 1.55 1.2 0.95 0.25

35 30 47 45.7 45.4 1.3 1.15 1.7 1.55 1.2 0.95 0.25

40 32 52 50.7 50.4 1.3 1.15 1.7 1.55 1.2 0.95 0.25

− 35 55 53.7 53.4 − − 1.7 1.55 1.2 0.95 0.25

45 − 58 56.7 56.4 1.3 1.15 − − 1.2 0.95 0.25

− 40 62 60.7 60.3 − − 1.7 1.55 1.2 0.95 0.25

50 − 65 63.7 63.3 1.3 1.15 − − 1.2 0.95 0.25

− 45 68 66.7 66.3 − − 1.7 1.55 1.2 0.95 0.25

55 50 72 70.7 70.3 1.7 1.55 1.7 1.55 1.2 0.95 0.25

60 − 78 76.2 75.8 1.7 1.55 − − 1.6 1.3 0.4

− 55 80 77.9 77.5 − − 2.1 1.9 1.6 1.3 0.4

65 60 85 82.9 82.5 1.7 1.55 2.1 1.9 1.6 1.3 0.4

70 65 90 87.9 87.5 1.7 1.55 2.1 1.9 1.6 1.3 0.4

75 − 95 92.9 92.5 1.7 1.55 − − 1.6 1.3 0.4

80 70 100 97.9 97.5 1.7 1.55 2.5 2.3 1.6 1.3 0.4

− 75 105 102.6 102.1 − − 2.5 2.3 1.6 1.3 0.4

85 80 110 107.6 107.1 2.1 1.9 2.5 2.3 1.6 1.3 0.4

90 − 115 112.6 112.1 2.1 1.9 − − 1.6 1.3 0.4

95 85 120 117.6 117.1 2.1 1.9 3.3 3.1 1.6 1.3 0.4

100 90 125 122.6 122.1 2.1 1.9 3.3 3.1 1.6 1.3 0.4

105 95 130 127.6 127.1 2.1 1.9 3.3 3.1 1.6 1.3 0.4

110 100 140 137.6 137.1 2.5 2.3 3.3 3.1 2.2 1.9 0.6

65
 Bearing data - general
Bearing Data

BD

Applicable Bearings Snap Ring Groove

Snap Ring Groove Snap Ring Groove Position Snap Ring Groove Width Radius of
Diameter a b Bottom
d Corners
Bearing Dimension Series r0
D1
Dimension Series 18 19
D
18 19 max min max min max min max min max

− 105 145 142.6 142.1 − − 3.3 3.1 2.2 1.9 0.6

120 110 150 147.6 147.1 2.5 2.3 3.3 3.1 2.2 1.9 0.6

130 120 165 161.8 161.3 3.3 3.1 3.7 3.5 2.2 1.9 0.6

140 − 175 171.8 171.3 3.3 3.1 − − 2.2 1.9 0.6

− 130 180 176.8 176.3 − − 3.7 3.5 2.2 1.9 0.6

150 140 190 186.8 186.3 3.3 3.1 3.7 3.5 2.2 1.9 0.6

160 − 200 196.8 196.3 3.3 3.1 − − 2.2 1.9 0.6

Remarks
The minimum permissible chamfer dimensions rN on the snap-ring-groove side of the outer rings are as follows:
Dimension series 18:For out side diameters of 78mm and less use 0.3mm chamfer.
For all others exceeding 78mm, use 0.5 mm chamfer.
Dimension series 19:For out side diameters of 24mm and less use 0.2mm chamfer.
For 47mm and less, use 0.3mm chamfer.
For all others exceeding 47mm, use 0.5mm chamfer.

66
 Bearing data - general
Bearing Data

BD

Locating Snap Ring Side Cover

Locating Snap Ring Cross Sectional Thickness Geometry of snap ring fitted in groove Stepped Bore
Number Height (Reference) Diameter
(Reference)
e f Slit Width Snap Ring Outside DX
g Diameter D2

max min max min approx max min

NR 1022 2.0 1.85 0.7 0.6 2 24.8 25.5

NR 1024 2.0 1.85 0.7 0.6 2 26.8 27.5

NR 1028 2.05 1.9 0.85 0.75 3 30.8 31.5

NR 1030 2.05 1.9 0.85 0.75 3 32.8 33.5

NR 1032 2.05 1.9 0.85 0.75 3 34.8 35.5

NR 1034 2.05 1.9 0.85 0.75 3 36.8 37.5

NR 1037 2.05 1.9 0.85 0.75 3 39.8 40.5

NR 1039 2.05 1.9 0.85 0.75 3 41.8 42.5

NR 1040 2.05 1.9 0.85 0.75 3 42.8 43.5

NR 1042 2.05 1.9 0.85 0.75 3 44.8 45.5

NR 1044 2.05 1.9 0.85 0.75 4 46.8 47.5

NR 1045 2.05 1.9 0.85 0.75 4 47.8 48.5

NR 1047 2.05 1.9 0.85 0.75 4 49.8 50.5

NR 1052 2.05 1.9 0.85 0.75 4 54.8 55.5

NR 1055 2.05 1.9 0.85 0.75 4 57.8 58.5

NR 1058 2.05 1.9 0.85 0.75 4 60.8 61.5

NR 1062 2.05 1.9 0.85 0.75 4 64.8 65.5

NR 1065 2.05 1.9 0.85 0.75 4 67.8 68.5

NR 1068 2.05 1.9 0.85 0.75 5 70.8 72

NR 1072 2.05 1.9 0.85 0.75 5 74.8 76

NR 1078 3.25 3.1 1.12 1.02 5 82.7 84

NR 1080 3.25 3.1 1.12 1.02 5 84.4 86

NR 1085 3.25 3.1 1.12 1.02 5 89.4 91

NR 1090 3.25 3.1 1.12 1.02 5 94.4 96

NR 1095 3.25 3.1 1.12 1.02 5 99.4 101

NR 1100 3.25 3.1 1.12 1.02 5 104.4 106

NR 1105 4.04 3.89 1.12 1.02 5 110.7 112

NR 1110 4.04 3.89 1.12 1.02 5 115.7 117

NR 1115 4.04 3.89 1.12 1.02 5 120.7 122

NR 1120 4.04 3.89 1.12 1.02 7 125.7 127

NR 1125 4.04 3.89 1.12 1.02 7 130.7 132

NR 1130 4.04 3.89 1.12 1.02 7 135.7 137

NR 1140 4.04 3.89 1.7 1.6 7 145.7 147

NR 1145 4.04 3.89 1.7 1.6 7 150.7 152

NR 1150 4.04 3.89 1.7 1.6 7 155.7 157

67
 Bearing data - general
Bearing Data

BD

Locating Snap Ring Side Cover

Locating Snap Ring Cross Sectional Thickness Geometry of snap ring fitted in groove Stepped Bore
Number Height (Reference) Diameter
(Reference)
e f Slit Width Snap Ring Outside DX
g Diameter D2

max min max min approx max min

NR 1165 4.85 4.85 1.7 1.6 7 171.5 173

NR 1175 4.85 4.85 1.7 1.6 10 181.5 183

NR 1180 4.85 4.85 1.7 1.6 10 186.5 188

NR 1190 4.85 4.85 1.7 1.6 10 196.5 198

NR 1200 4.85 4.85 1.7 1.6 10 206.5 208

68
 Bearing data - general
Bearing Data

Diamensions of Snap Ring Grooves and Locationg Snap Rings - (2)

BD Bearing of Diameter Series 0,2,3 and 4

Applicable Bearings Snap Ring Groove

Snap Ring Groove Snap Ring Groove Position Snap Ring Radius of
d Diameter a Groove Width Bottom
b Corners
D1 Bearing Dimension Series r0
D
Dimension Series 0 2, 3, 4

0 2 3 4 max min max min max min max min max

10 − − − 26 24.5 24.25 1.35 1.19 − − 1.17 0.87 0.2

12 − − − 28 26.5 26.25 1.35 1.19 − − 1.17 0.87 0.2

− 10 9 8 30 28.17 27.91 − − 2.06 1.9 1.65 1.35 0.4

15 12 − 9 32 30.15 29.9 2.06 1.9 2.06 1.9 1.65 1.35 0.4

17 15 10 − 35 33.17 32.92 2.06 1.9 2.06 1.9 1.65 1.35 0.4

− − 12 10 37 34.77 34.52 − − 2.06 1.9 1.65 1.35 0.4

− 17 − − 40 38.1 37.85 − − 2.06 1.9 1.65 1.35 0.4

20 − 15 12 42 39.75 39.5 2.06 1.9 2.06 1.9 1.65 1.35 0.4

22 − − − 44 41.75 41.5 2.06 1.9 − − 1.65 1.35 0.4

25 20 17 − 47 44.6 44.35 2.06 1.9 2.46 2.31 1.65 1.35 0.4

− 22 − − 50 47.6 47.35 − − 2.46 2.31 1.65 1.35 0.4

28 25 20 15 52 49.73 49.48 2.06 1.9 2.46 2.31 1.65 1.35 0.4

30 − − − 55 52.6 52.35 2.08 1.88 − − 1.65 1.35 0.4

− − 22 − 56 53.6 53.35 − − 2.46 2.31 1.65 1.35 0.4

32 28 − − 58 55.6 55.35 2.08 1.88 2.46 2.31 1.65 1.35 0.4

35 30 25 17 62 59.61 59.11 2.08 1.88 3.28 3.07 2.2 1.9 0.6

− 32 − − 65 62.6 62.1 − − 3.28 3.07 2.2 1.9 0.6

40 − 28 − 68 64.82 64.31 2.49 2.29 3.28 3.07 2.2 1.9 0.6

− 35 30 20 72 68.81 68.3 − − 3.28 3.07 2.2 1.9 0.6

45 − 32 − 75 71.83 71.32 2.49 2.29 3.28 3.07 2.2 1.9 0.6

50 40 35 25 80 76.81 76.3 2.49 2.29 3.28 3.07 2.2 1.9 0.6

− 45 − − 85 81.81 81.31 − − 3.28 3.07 2.2 1.9 0.6

55 50 40 30 90 86.79 86.28 2.87 2.67 3.28 3.07 3 2.7 0.6

60 − − − 95 91.82 91.31 2.87 2.67 − − 3 2.7 0.6

65 55 45 35 100 96.8 96.29 2.87 2.67 3.28 3.07 3 2.7 0.6

70 60 50 40 110 106.81 106.3 2.87 2.67 3.28 3.07 3 2.7 0.6

75 − − − 115 111.81 111.3 2.87 2.67 − − 3 2.7 0.6

− 65 55 45 120 115.21 114.71 − − 4.06 3.86 3.4 3.1 0.6

80 70 − − 125 120.22 119.71 2.87 2.67 4.06 3.86 3.4 3.1 0.6

85 75 60 50 130 125.22 124.71 2.87 2.67 4.06 3.86 3.4 3.1 0.6

90 80 65 55 140 135.23 134.72 3.71 3.45 4.9 4.65 3.4 3.1 0.6

95 − − − 145 140.23 139.73 3.71 3.45 − − 3.4 3.1 0.6

100 85 70 60 150 145.24 144.73 3.71 3.45 4.9 4.65 3.4 3.1 0.6

105 90 75 65 160 155.22 154.71 3.71 3.45 4.9 4.65 3.4 3.1 0.6

69
 Bearing data - general
Bearing Data

BD

Applicable Bearings Snap Ring Groove

Snap Ring Groove Snap Ring Groove Position Snap Ring Radius of
d Diameter a Groove Width Bottom
b Corners
D1 Bearing Dimension Series r0
D
Dimension Series 0 2, 3, 4

0 2 3 4 max min max min max min max min max

110 95 80 − 170 163.65 163.14 3.71 3.45 5.69 5.44 3.8 3.5 0.6

120 100 85 70 180 173.66 173.15 3.71 3.45 5.69 5.44 3.8 3.5 0.6

− 105 90 75 190 183.64 183.13 − − 5.69 5.44 3.8 3.5 0.6

130 110 95 80 200 193.65 193.14 5.69 5.44 5.69 5.44 3.8 3.5 0.6

Note (‘)
The location snap rings and snap ring grooves of these bearings are not specified by ISO.
1. The dimensions of these snap ring grooves are not applicable to bearings of diamension series 00, 82, and 83.
2. The minimum permissible chamfer dimension rN on the snap-ring side of outer rings is 0.5mm. However, for
bearings of diameter
series 0 having outside diameters 35mm and below, it is 0.3mm.

70
 Bearing data - general
Bearing Data

BD

Locating Snap Ring Side Cover

Locating Snap Ring Cross Sectional Thickness Geometry of snap ring fitted in groove Stepped Bore Diame-
Number Height (Reference) ter (Reference)
Dx
e f Slit Width Snap Ring Outside
g Diameter D2

max min max min approx max min

1
NR 26( ) 2.06 1.91 0.84 0.74 3 28.7 29.4

NR 28(1) 2.06 1.91 0.84 0.74 3 30.7 31.4

NR 30 3.25 3.1 1.12 1.02 3 34.7 35.5

NR 32 3.25 3.1 1.12 1.02 3 36.7 37.5

NR 35 3.25 3.1 1.12 1.02 3 39.7 40.5

NR 37 3.25 3.1 1.12 1.02 3 41.3 42

NR 40 3.25 3.1 1.12 1.02 3 44.6 45.5

NR 42 3.25 3.1 1.12 1.02 3 46.3 47

NR 44 3.25 3.1 1.12 1.02 3 48.3 49

NR 47 4.04 3.89 1.12 1.02 4 52.7 53.5

NR 50 4.04 3.89 1.12 1.02 4 55.7 56.5

NR 52 4.04 3.89 1.12 1.02 4 57.9 58.5

NR 55 4.04 3.89 1.12 1.02 4 60.7 61.5

NR 56 4.04 3.89 1.12 1.02 4 61.7 62.5

NR 58 4.04 3.89 1.12 1.02 4 63.7 64.5

NR 62 4.04 3.89 1.7 1.6 4 67.7 68.5

NR 65 4.04 3.89 1.7 1.6 4 70.7 71.5

NR 68 4.85 4.7 1.7 1.6 5 74.6 76

NR 72 4.85 4.7 1.7 1.6 5 78.6 80

NR 75 4.85 4.7 1.7 1.6 5 81.6 83

NR 80 4.85 4.7 1.7 1.6 5 86.6 88

NR 85 4.85 4.7 1.7 1.6 5 91.6 93

NR 90 4.85 4.7 2.46 2.36 5 96.5 98

NR 95 4.85 4.7 2.46 2.36 5 101.5 103

NR 100 4.85 4.7 2.46 2.36 5 106.5 108

NR 110 4.85 4.7 2.46 2.36 5 116.6 118

NR 115 4.85 4.7 2.46 2.36 5 121.6 123

NR 120 7.21 7.06 2.82 2.72 7 129.7 131.5

NR 125 7.21 7.06 2.82 2.72 7 134.7 136.5

NR 130 7.21 7.06 2.82 2.72 7 139.7 141.5

NR 140 7.21 7.06 2.82 2.72 7 149.7 152

NR 145 7.21 7.06 2.82 2.72 7 154.7 157

NR 150 7.21 7.06 2.82 2.72 7 159.7 162

NR 160 7.21 7.06 2.82 2.72 7 169.7 172

NR 170 9.6 9.45 3.1 3 10 182.9 185

71
 Bearing data - general
Bearing Data

Chamfer dimension limits for inch taper roller bearings

BD

Minimum Inner ring Maximum chamfer Outer ring Maximum chamfer

single Nominal bearing dimensions Nominal bearing dimensions
Chamfer bore diameter out side diameter
dimension

rs min d r1 r2 D r3 r4

over incl. over incl. max max over incl. max max

mm mm mm mm mm

0.6 1.4 - 101.6 r1min + 0.5 r2min + 1.3 - 168.3 r3min +0.6 r4min +1.2

101.6 254 r1min + 0.6 r2min +1.8 168.3 266.7 r3min +0.8 r4min +1.4

254 r1min + 0.6 r2min +2 266.7 355.6 r3min +1.7 r4min +1.7

355.6 - r3min +0.9 r4min +2.0

1.4 2.5 101.6 r1min +0.5 r2min +1.3 - 168.3 r3min +0.6 r4min +1.2

101.6 254 r1min + 0.6 r2min +1.8 168.3 266.7 r3min +0.8 r4min +1.4

254 r1min +2 r2min +3 266.7 355.6 r3min +1.7 r4min +1.7

355.6 - r3min +2 r4min +3.0

2.5 4.0 101.6 r1min +0.5 r2min +1.3 - 168.3 r3min +0.6 r4min +1.2

101.6 254 r1min +0.6 r2min +1.8 168.3 266.7 r3min +0.8 r4min +1.4

254 400 r1min+2 r2min +4 266.7 355.6 r3min +1.7 r4min +1.7

400 r1min+2.5 r2min +4.5 355.6 400 r3min +2 r4min +4.0

400 - r3min +2.5 r4min +4.5

4.0 5.0 101.6 r1min+0.5 r2min +1.3 - 168.3 r3min +0.6 r4min +1.2

101.6 254 r1min+0.6 r2min +1.8 168.3 266.7 r3min +0.8 r4min +1.4

254 r1min+2.5 r2min +4 266.7 355.6 r3min +1.7 r4min +1.7

355.6 - r3min +2.5 r4min +4.0

5.0 6.0 101.6 r1min+0.5 r2min +1.3 - 168.3 r3min +0.6 r4min +1.2

101.6 254 r1min+0.6 r2min +1.8 168.3 266.7 r3min +0.8 r4min +1.4

254 r1min+3 r2min +5 266.7 355.6 r3min +1.7 r4min +1.7

355.6 - r3min +3 r4min +5.0

6.0 7.5 101.6 r1min+0.5 r2min +1.3 - 168.3 r3min +0.6 r4min +1.2

101.6 254 r1min+0.6 r2min +1.8 168.3 266.7 r3min +0.8 r4min +1.4

254 r1min+4.5 r2min +6.5 266.7 355.6 r3min +1.7 r4min +1.7

355.6 - r3min +4.5 r4min +6.5

7.5 9.5 101.6 r1min+0.5 r2min +1.3 - 168.3 r3min +0.6 r4min +1.2

101.6 254 r1min+0.6 r2min +1.8 168.3 266.7 r3min +0.8 r4min +1.4

254 r1min+6.5 r2min +9.5 266.7 355.6 r3min +1.7 r4min +1.7

355.6 - r3min +6.5 r4min +9.5

9.5 12 101.6 r1min+0.5 r2min +1.3 - 168.3 r3min +0.6 r4min +1.2

101.6 254 r1min+0.6 r2min +1.8 168.3 266.7 r3min +0.8 r4min +1.4

254 r1min+8 r2min +11 266.7 355.6 r3min +1.7 r4min +1.7

355.6 r3min +8 r4min +11.0

72
 Application of
Bearing
- Bearing Arrangements
- Radial Location of Bearings
- Axial Location of Bearings
- Bearing Preload

73
Application of Bearing

Application of Bearing
AB

Bearing arrangements • Deep groove ball bearing/cylindrical roller bearing

The bearing arrangement of a rotating machine • Double row angular contact ball bearing/cylindrical
component, e.g. a shaft, generally requires two roller bearing
bearings to support and locate the component
radially and axially relative to the stationary part • Matched single row taper roller bearings/cylindrical
of machine, such as a housing. Depending on the roller bearing
application, load, requisite running accuracy and cost
• NUP design cylindrical roller bearing/NU design
considerations, the arrangement may consist of
cylindrical roller bearing
• Locating and non-locating bearing arrangements
• NU design cylindrical roller bearing and four point
• Adjusted bearing arrangements contact ball bearing/NU design cylindrical roller
bearing
• “floating” bearing arrangements.
For the above combinations, angular misalignment of
Bearing arrangements consisting of a single bearing the shaft must be kept to a minimum.
that can support radial, axial and moment loads.
Adjusted bearing arrangements
Locating and non-locating bearing
In adjusted bearing arrangements the shaft is axially
arrangements
located in one direction by the one bearing and in
The locating bearing at one end of the shaft provides the opposite direction by the other bearing. This
radial support and at the same time locates the shaft type of arrangement is referred to as cross located”
axially in both directions. It must, therefore, be fixed and is generally used for short shafts. Suitable
in position both on the shaft and in the housing. bearings include all types of radial bearings that can
Suitable bearings are radial bearings which can accommodate axial loads in at least one direction,
accommodate combined loads, e.g. deep groove ball including.
bearings, double row or paired single row angular
contact ball bearings, self-aligning ball bearings, • Angular contact ball bearings
spherical roller bearings or matched taper roller
• Taper roller bearings
bearings. Combinations of a radial bearing that can
accommodate purely radial load, e.g. a cylindrical “Floating” bearing arrangements
roller bearing having one ring without flanges, with Floating bearing arrangements are also cross located
a deep groove ball bearing, four point contact ball and are suitable where demands regarding axial
bearing or a double direction thrust bearing can also location are moderate or where other components
be used as the locating bearing. The second bearing on the shaft serve to locate it axially.
then provides axial location in both directions but
must be mounted with radial freedom in the housing. Suitable bearings for this type of arrangement are

The non-locating bearing at the other end of the shaft • Deep-groove ball bearings
provides radial support only. From the large number
• Self-aligning ball bearings
of locating/non-locating bearing combinations the
popular combinations are described in the following. • Spherical roller bearings.

74
Application of Bearing

Application of Bearing
AB

In these types of arrangements it is important that may begin to creep. The degree of interference must
one ring of each bearing should be able to move therefore be related to the magnitude of the load;
on or in its seating, preferably the outer ring in the the heavier the load, the greater the interference fit
housing. required. Shock loads and vibration also need to be
considered.
Radial location of bearings
If the load carrying ability of a bearing is to be fully Magnitude of load is defined as
utilized, its rings or washers must be fully supported
• P ≤0,05 C-light load
around their complete circumference and across the
entire width of the raceway. The support , which must • 0,05 C < P ≤ 0,1 C-normal load
be firm and even can be provided by a cylindrical or
• 0,1 C < P ≤ 0,15 C-heavy load
tapered seating or, for thrust bearing washers, by a
flat (plane) support surface. This means that bearing • P > 0,15 C-very heavy load.
seatings must be made with adequate accuracy and
that their surface should be uninterrupted by grooves, 3. Bearing Internal clearance
holes or other features. An interference fit of a bearing on a shaft or in a
Generally speaking, satisfactory radial location and housing means that the ring is elastically deformed
adequate support can only be obtained when the (expanded or compressed) and that the bearing
rings are mounted with an appropriate degree of internal clearance is reduced. A certain minimum
interference. When easy mounting and dismounting clearance should remain, how-ever. The initial
are desirable, or when axial displacement is required clearance and permissible reduction depend on
with a non-locating bearing, an interference fit the type and size of the bearing. The reduction in
cannot always be used. clearance due to the interference fit can be so
large that bearings with an initial clearance, which
Selection of fit is greater than Normal have to be used in order to
When selecting a fit, the factors discussed in this prevent the bearing from becoming preloaded.
section should be considered, together with the
4. Temperature conditions
general guidelines provided.
In many applications the outer ring has a lower
1. Condition of rotation
temperature in operation than the inner ring. This
Conditions of rotation refer to the bearing ring might lead to reduced internal clearance.
being considered in relation to the direction of the
In service, bearing rings normally reach a temperature
load. Essentially, there are three different conditions:
that is higher than that of the components to which
”rotating load”,”stationary load and direction of load
they are fitted. This can result in an easing of the
indeterminate”.
fit or the inner ring on its seating. White outer ring
2. Magnitude of the load expansion may prevent the desired axial displacement
of the ring in its housing.
The interference fit of a bearing inner ring on its seating
will be loosened with increasing load, as the ring will Temperature differentials and the direction of heat
deform. Under the influence of rotating load the ring flow in the bearing arrangement must therefore be
carefully considered.

75
Application of Bearing

Application of Bearing
AB

5. Running accuracy requirements Only a limited number of ISO tolerance grades need
be considered for rolling bearing applications. The
To reduce resilience and vibration, clearance fits
location of the most commonly used grades relative
should generally not be used for bearings where
to the bearing bore and outside diameter tolerances.
high demands are placed on running accuracy.
Bearing seatings on the shaft and in the housing Special precautions with respect to the reduction of
should be made to narrow dimensional tolerances, the internal clearance must be observed as mentioned
corresponding at least to grade 5 for the shaft and in the sections” Self-aligning ball bearings”.”CARB
at least to grade 6 for the housing. Tight tolerances roller bearings”.
should also be applied to the cylindricity.
Tables with recommendations for fits
6. Design and material of shaft and housing Recommendations for bearing fits for solid steel
shafts can be found in
The fit of a bearing ring on its seating must not lead
to uneven distortion of the ring (out-of-round) to Table 2: Radial bearings with cylindrical bore
provide adequate support for bearing rings mounted
in thin-walled housings, light alloy housings or on Table 3: Thrust bearings
hollow shafts, heavier interference fits than those
These recommendations for modern bearings are
normally recommended for thick-walled steel or cast
based on the general selection guidelines described
iron housings or for solid shafts should be uses.
above, developments in bearing design and years
7. Ease of mounting and dismounting of experience for a very wide range of bearing
arrangements and applications. Modern bearings
Bearings with clearance fits are usually easier to can carry substantially greater loads than previous
mount or dismount than those with interference fits. conventional bearings and recommendations reflect
Where operating conditions necessitate interference these more demanding conditions. The tables of
fits and it is essential that mounting and dismounting housing tolerance recommendations also provide
can be done easily, separable bearings, or bearings information as to whether the outer ring can be axially
with a tapered bore may be used. Bearings with a displaced in the housing bore. Using this information
tapered bore can be mounted either directly on a it is possible to check whether the chosen tolerance
tapered shaft seating or via adapter or withdrawal is suitable for non-separable bearings that are to
sleeves on smooth or stepped cylindrical shafts. be used in the non-locating position and cannot
Recommended fits accommodate axial displacement within the bearing.

The tolerances for the bore and outside diameters of Axial location of bearings
rolling bearings are internationally standardized. An interference fit alone is inadequate for the axial
location of a bearing ring. As a rule, therefore, some
To achieve an interference or a clearance fit for
suitable means of axially securing the ring is needed.
bearings with a cylindrical bore and cylindrical outside
diameter, suitable tolerance ranges for the seatings Both rings of a locating bearing should be axially
on the shaft and in the housing bore are selected secured on both sides.
from the ISO tolerance system.
For non-locating bearings that are of a non separable

76
Application of Bearing

Application of Bearing
AB

design, the ring having the thighter fit-usually the spindle bearings, pinion bearings in automotive axle
inner ring-should be axially secured; the other ring drives, bearing arrangements of small electric motors,
must be free to move axially with respect to its or bearing arrangements for oscillating movement,
seating. where a negative operational clearance, i.e. a preload
is needed to enhance the stiffness of the bearing
For non-locating bearings that are of a separable
arrangement or to increase running accuracy. The
design, e.g. cylindrical roller bearings, both the rings
application of a preload e.g. by springs, is also
are axially secured.
recommended where bearings are to operate without
Method of location load or under very light load and at high speeds. In
these cases, the preload serves to provide a minimum
Bearing with a cylindrical bore
load on the bearing and prevent bearing damage as
Bearing rings having an interference fit are generally a result of sliding movements of the rolling elements
mounted so that the ring abuts a shoulder on the
Types of preload
shaft or in the housing on one side. On the opposite
side, inner rings are normally secured using lock nuts. Depending on the type of bearing the preload may
Outer rings are usually retained by the housing end be either radial or axial. Cylindrical roller bearings,
cover or possibly, in special cases, by a threaded ring. for example, because of their design, can only be
preloaded radially, and thrust ball and cylindrical
Instead of integral shaft or housing shoulders, it is roller thrust bearings can only be preloaded axially.
frequently more convenient to use spacer sleeves Single row angular contact ball bearings and taper
or collars between the bearing rings or between a roller bearings, which are normally subjected to axial
bearing ring and an adjacent component. preload, are generally mounted together with a
second bearing of the same type in a back-to-back
The use of snap rings for the axial location of rolling
(a) or face-to-face (b) arrangement. Deep groove ball
bearings saves space, permits rapid mounting and
bearings are also generally preloaded axially, to do
dismounting, and simplifies the machining of shafts
so, the bearings should have a greater radial internal
and housing bores. If moderate or heavy axial loads
clearance than Normal so that, as with angular
have to be supported an abutment collar should be
contact ball bearings, a contact angle which is greater
inserted between the bearing ring and the snap ring,
than zero will be produced.
Bearings with a snap ring groove in the outer ring can
be secured in a very simple and space-saving manner For both taper roller and angular contact ball
using a snap ring. bearings, the distance L between the pressure centres
Bearing Preload is longer when the bearings are arranged back-to-
back and shorter when they are arranged face-to-
Depending on the application it may be necessary
face the distance I between the bearing centres.
to have either a positive or a negative operational This means that bearings arranged back-to-back can
clearance in the bearing arrangement. In the majority accommodate relatively large titing moments even if
of applications, the operational clearance should be the distance between the bearing centres is relatively
positive, i.e. when in operation, the bearing should short. The racial forces resulting from the moment
have a residual clearance load and the deformation caused by these in the
bearings are smaller than for bearings arranged face-
However, there are many cases, e.g. machine tool to-face.

77
Application of Bearing

Application of Bearing
AB

Effect of bearing preload distribution in the bearings and therefore on service

The main reasons to apply bearing preload are to life.

• Enhance stiffness Preloading by springs

By preloading bearings in small electric motors and
• Reduce running noise
similar applications it is possible to reduce operating
• Enhance the accuracy of shaft guidance noise. The bearing arrangement in this case comprises
a single row deep groove ball bearing at each end of
• Compensate for wear and setting(bedding down)
the shaft. The simplest method of applying preload
processes in operation
is by a spring or spring “package”. The spring acts
• Provide long service life on the outer ring of one the two bearings; this outer
ring must be able to be axially displaced. The preload
High stiffness force remains practically constant even when there
Bearing stiffness (in KN/µm) is defined as the ratio is axial displacement of the bearing as a result of
of the force acting on the bearing to the elastic thermal expansion. The requisite preload force can
deformation in the bearing. The elastic deformation be estimated from
caused by a load in preloaded bearings is smaller for F=kd
a given load range than in bearings which are not
preloaded. Where
F = preload force, kN
Quiet running
The smaller the operational clearance in a bearing, K = a factor
the better the guidance of the rolling elements in D = bearing bore diameter, mm
the unloaded zone and the quieter the bearing in
operation. Depending on the design of the electric motor, values
of between 0,005 and 0,01 are used for the factor
Accurate shaft guidance k. If preload is used primarily to protect the bearing
Preloaded bearings provide more accurate shaft from vibration damage when stationary, then greater
guidance because preload restricts the ability of the preload is required and k= 0,02 should be used.
shaft to deflect under load.
Spring loading is also a common method of applying
Compensating for wear and setting preload to angular contact ball bearing used in high-
Wear and setting processes in a bearing arrangement speed grinding spindles, The method is not suitable,
during operation increase the clearance but this can however, for bearing applications where a high
be compensated for by preload. degree of stiffness required, where the direction of
load changes or where undefined shock loads can
Long service life occur.
In certain applications preloaded bearing
arrangements can enhance operational reliability
and increase service life. A properly dimensioned
preload can have a favourable influence on the load

78
Application of Bearing

Application of Bearing
Fits for solid steel shafts
AB Radial bearings with cylindrical bore

Conditions1) Examples Shaft diameter, mm Tolerance

Ball bearings1) Cylindrical Taper roller Spherical

roller bear- bearings roller bear-
ings ings

Rotating inner ring load or direction of load indeterminate

Light and Conveyors, lightly ≤ 17 - - - js5(h5)2)

variable loads loaded gearbox (17) to 100 ≤ 25 ≤ 25 - j6(j5)2)

(P ≤ 0,05 C) bearings (100) to 140 (25) to 60 (25) to 60 - k6

- (60) to 140 (60) to 140 - m6

Normal to Bearing applica- ≤ 10 - - - js5

tions

heavy loads generally, (10) to 17 - - - js(js5)2)

(P > 0,05 C) electric motors, (17) to 100 - - <25 k53)

turbines,pumps - ≤ 30 ≤ 40 - k6

gearing, wood- (100) to 140 (30) to 50 25 to 40 m5

working ma- (140) to 200 - (40) to 65 - m6

chines,

wind mills - (50) to 65 - (40) to 60 n5(4)

(200) to 500 (65) to 100 (65) to 200 (60) to 100 n6(4)

>500 (100) to 280 (200) to 360 (100) to 200 p6(5)

- - - - p7(4)

- (280) to 500 (360) to 500 (200) to 500 r6(4)

>500 >500 >500 r7(4)

Heavy to very Axleboxes for - (50) to 65 - (50) to 70 n5(4)

heavy

heavy loads and railway vehicles, - (65) to 85 (50) to 110 - n6(4)

shock loads traction motors, - (85) to 140 (110) to 200 (70) to 140 p6(6)

with difficult rolling mills - (140) to 300 (200) to 500 (140) to 280 r6(7)

working conditions - (300) to 500 - (280) to 400 s6min+ IT6/26)8)

(P > 0,1 C) - >500 >500 >400 S7min+ IT7/26)8)

High demands on Machine tools 8 to 240 - - - js4

running accuraacy - 25 to 40 25 to 40 - js4(j5)9)

with light loads - (40) to 140 (40) to 140 - k4(k5)9)

(P ≤ 0,05 C) - (140) to 200 (140) to 200 - m5

- (200) to 500 (200) to 500 - n5

Stationary inner ring

load

Easy axial displace- Wheels on non- g6(10)

ment of inner ring rotating axles

on shaft desirable

Easy axial displace- Tension pulleys, h6

ment of inner ring rope sheaves

on shaft unnecessary

Axial loads only

79
Application of Bearing

Application of Bearing
AB

Conditions1) Examples Shaft diameter, mm Tolerance

1)
Ball bearings Cylindrical Taper roller Spherical
roller bear- bearings roller bear-
ings ings

Rotating inner ring load or direction of load indeterminate

Bearing applica- ≤ 250 - ≤ 250 ≤ 250 j6

tions

of all kinds >250 - >250 >250 js6

1 > For normally to heavily loaded ball bearings ( P > 0,05 C), radial clearance greater than Normal is often needed when the shaft tolerances in the table above are used, Sometimes

the working conditions require tighter fits to prevent ball bearing inner rings from turning ( creeping) on the shaft. If proper clearance, mostly larger than Normal clearance is selected,

the tolerances below can then be used

* k4 for shaft diameters 10 to 17 mm

* n6 for shaft diameters (140) to 300 mm

* k5 for shaft diameters (17) to 25 mm

* p6 for shaft diameters (300) to 500 mm

* m5 for shaft diameter (25) to 140 mm

For additional information please contact the application engineering service.

2 > The tolerance in brackets applies to stainless steel bearings

3 > For stainless steel bearings within the diameter range 17 to 30 mm , tolerance j5 applies.

4 > Bearings with radial internal clearance greater than Normal may be necessary

5 > Bearings with radial internal clearance greater than Normal are recommended for d ≤ 150 mm, For d > 150 mm bearings with radial internal clearance greater than Normal may be

necessary

6 > Bearings with radial internal clearance greater than Normal are recommended

7 > Bearings with radial internal clearance greater than Normal may be necessary. For cylindrical roller bearings radial internal clearance greater than Normal is recommended

> The tolerance in brackets apply to taper roller bearings. For lightly loaded taper roller bearings adjusted via the inner ring.

js5 or js6 should be

10 > Tolerance F6 can be protected for large bearings to provide easy displacement.

80
Application of Bearing

Application of Bearing
Fits for solid steel shafts
AB Thrust bearings

Conditions Shaft diameter, Tolerance

mm
Axial load only
Thrust ball bearings - h6
Cylindrical roller thrust bearings - h6 (h8)
Cylindrical roller and cage thrust assemblies - h8
Combined radial and axial loads acting on spherical roller thrust bearings.
Stationary load on shaft washer ≤ 250 j6
> 250 js6
Rotating load on shaft washer ≤ 200 k6
or direction of load indeterminate (200) to 400 m6
> 400 n6

Fits for cast iron and steel housings

Radial bearings-non-split housings
Condition1) Examples Tolerance1) Displacement of outer ring
Rotating outer ring load
Heavy loads on bearings Roller bearing wheel hubs, P7 Cannot be displaced
in thin-walled housings, heavy shock loads big-end bearings
(P > 0,1 C)
Normal to heavy loads Ball bearing wheel hubs, N7 Cannot be displaced
(P > 0,05 C) big-end bearings, crane
travelling wheels
Light and variable loads Conveyor rollers, rope sheaves, M7 Cannot be displaced
(P ≤ 0,05 C) belt tensioner pulleys
Direction of load indeterminate
Heavy shock loads Electric tranction motors M7 Cannot be displaced
Normal to heavy loads, Electric motors, pumps, K7 Cannot be displaced
(P > 0,05 C) axial displacement crankshaft bearings as a rule
of outer ring unncessary
Accurate or quiet running2)
Ball bearings Small electric motors J63) Cannot be displaced
Taper roller bearings When adjusted via the outer ring JS5 -
Axially located outer ring K5 -
Rotating outer ring load M5 -

1 > For ball bearings with D < 100 mm, tolerance grade IT6 is often preferable and is recommend for bearings with thin-walled rings, e.g. in the 7, 8
or 9 Diameter Series. For these series, cylindricity tolerances IT4 are also recommended
2 > For high-precision bearings to tolerance class PS or better, other recommendations apply
3 > When easy displacement is required use H6 instead of J6

81
Application of Bearing

Application of Bearing
Fits for cast iron and steel housings
AB Thrust bearings

Conditions Tolerance Remarks

Axial load only

Thrust ball bearings H8 For less accurate bearing arrangements there

can be a radial clearance of up to 0,001 D

Cylindrical roller thrust bearings H7 (H9)

Cylindrical roller and cage thrust H10

assemblies

Spherical roller thrust bearings - Housing washer must be fitted with adequate

where separate bearings provide radial clearance so that no radial load

radial location whatsoever can act on the thrust bearings

Combined radial and axial loads on

spherical roller thrust bearings.

Stationary load on housing washer H7 See also Design of associated components

in section "Spherical roller thrust bearings"

Rotating load on housing washer M7

82
Application of Bearing

Application of Bearing
Shaft tolerances and resultant fits
AB

Shafts Bearing Deviations of shaft diameter, resultant fits

Normal diameter Bore diameter Tolerances

tolerance

d ∆dmp e7 f5 f6 g5 g6

Deviations(shaft diameter)
over incl. low high Theortitical interference(+)/clearance(-)
Probable interference (+)Clearance(-)

mm µm µm

1 3 -8 0 -14 -24 -6 -10 -6 -12 -2 -6 -2 -8

-6 -24 2 -10 2 -12 6 -6 6 -8

-8 -22 1 -9 0 -10 5 -5 4 -6

3 6 -8 0 -20 -32 -10 -15 -10 -18 -4 -9 -4 -12

-12 -32 -2 -15 -2 -18 4 -9 4 -12

-14 -30 -3 -14 -4 -16 3 -8 2 -10

6 10 -8 0 -25 -40 -13 -19 -13 -22 -5 -11 -5 -14

-17 -40 -5 -19 -5 -22 3 -11 3 -14

-20 -37 -7 -17 -7 -20 1 -9 1 -12

10 18 -8 0 -32 -50 -16 -24 -16 -27 -6 -14 -6 -17

-24 -50 -8 -24 -8 -27 2 -14 2 -17

-27 -47 -10 -22 -10 -25 0 -12 0 -15

18 30 -10 0 -40 -61 -20 -29 -20 -33 -7 -16 -7 -20

-30 -61 -10 -29 -10 -33 3 -16 3 -20

-33 -58 -12 -27 -13 -30 1 -14 0 -17

30 50 -12 0 -50 -75 -25 -36 -25 -41 -9 -20 -9 -25

-38 -75 -13 -36 -13 -41 3 -20 3 -25

-42 -71 -16 -33 -17 -37 0 -17 -1 -21

50 80 -15 0 -60 -90 -30 -43 -30 -49 -10 -23 -10 -29

-45 -90 -15 -43 -15 -49 5 -23 5 -29

-50 -85 -19 -39 -19 -45 1 -19 1 -25

80 120 -20 0 -72 -107 -36 -51 -36 -58 -12 -27 -12 -34

-52 -107 -16 -51 -16 -58 8 -27 8 -34

-59 -100 -21 -46 -22 -52 3 -22 2 -28

120 180 -25 0 -85 -125 -43 -61 -43 -68 -14 -32 -14 -39

-60 -125 -18 -61 -18 -68 11 -32 11 -39

-68 -117 -24 -55 -25 -61 5 -26 4 -32

180 250 -30 0 -100 -146 -50 -70 -50 -79 -15 -35 -15 -44

-70 -146 -20 -70 -20 -79 15 -35 15 -44

-80 -136 -26 -64 -28 -71 9 -29 7 -36

250 315 -35 0 -110 -162 -56 -79 -56 -88 -17 -40 -17 -49

-75 -162 -21 -79 -21 -88 18 -40 18 -49

-87 -150 -29 -71 -30 -79 10 -32 9 -40

83
Application of Bearing

Application of Bearing
Shaft tolerances and resultant fits
AB

Shafts Bearing Deviations of shaft diameter, resultant fits

Normal diameter Bore diameter Tolerances

tolerance

d ∆dmp e7 f5 f6 g5 g6

Deviations(shaft diameter)
over incl. low high Theortitical interference(+)/clearance(-)
Probable interference (+)Clearance(-)

mm µm µm

315 400 -40 0 -125 -182 -62 -87 -62 -98 -18 -43 -18 -54

-85 -182 -22 -87 -22 -98 22 -43 22 -54

-98 -169 -30 -79 -33 -87 14 -35 11 -43

400 500 -45 0 -135 -198 -68 -95 -68 -108 -20 -47 -20 -60

-90 -198 -23 -95 -23 -108 25 -47 25 -60

-105 -183 -32 -86 -36 -96 16 -38 13 -48

500 630 -50 0 -145 -215 -76 -104 -76 -120 -22 -50 -22 -66

-95 -215 -26 -104 -26 -120 28 -50 28 -66

-111 -199 -36 -94 -39 -107 18 -40 15 -53

630 800 -75 0 -160 -240 -80 -112 -80 -130 -24 -56 -24 -74

-85 -240 -5 -112 -5 -130 51 -56 51 -74

-107 -218 -17 -100 -22 -113 39 -44 34 -57

800 1000 -100 0 -170 -260 -86 -122 -86 -142 -26 -62 -26 -82

-70 -260 14 -122 14 -142 74 -62 74 -82

-97 -233 0 -108 -6 -122 60 -48 54 -62

1000 1250 -125 0 -195 -300 -98 -140 -98 -164 -28 -70 -28 -94

-70 -300 27 -140 27 -164 97 -70 97 -94

-103 -267 10 -123 3 -140 80 -53 73 -70

1250 1600 -160 0 -220 -345 -110 -160 -110 -188 -30 -80 -30 -108

-60 -345 50 -160 50 -188 130 -80 130 -108

-100 -305 29 -139 20 -158 109 -59 100 -78

1600 2000 -200 0 -240 -390 -120 -180 -120 -212 -32 -92 -32 -124

-40 -390 80 -180 80 -212 168 -92 168 -124

-90 -340 55 -155 45 -177 143 -67 -133 -89

84
Application of Bearing

Application of Bearing
Shaft tolerances and resultant fits
AB

Shafts Bearing Deviations of shaft diameter, resultant fits

Nominal diameter Bore diameter Tolerances

tolerance

d ∆dmp h5 h6 h8 h9 j5

Deviations(shaft diameter)
over incl. low high Theortitical interference(+)/clearance(-)
Probable interference (+)Clearance(-)

mm µm µm

1 3 -8 0 0 -4 0 -6 0 -14 0 -25 2 -2

8 -4 8 -6 8 -14 8 -25 10 -2

7 -3 6 -4 6 -12 5 -22 -9 -1

3 6 -8 0 0 -5 0 -8 0 -18 0 -30 3 -2

8 -5 8 -8 8 -18 8 -30 11 -2

7 -4 6 -6 5 -15 5 -27 10 -1

6 10 -8 0 0 6 0 -9 0 -22 0 -36 4 -2

8 -6 8 -9 8 -22 8 -36 12 -2

6 -4 6 -7 5 -19 5 -33 10 0

10 18 -8 0 0 -8 0 -11 0 -27 0 -43 5 -3

8 -8 8 -11 8 -27 8 -43 13 -3

6 -6 6 -9 5 -24 5 -40 11 -1

18 30 -10 0 0 -9 0 -13 0 -33 0 -52 5 -4

10 -9 10 -13 10 -33 10 -52 15 -4

8 -7 7 -10 6 -29 6 -48 13 -2

30 50 -12 0 0 -11 0 -16 0 -39 0 -62 6 -5

12 -11 12 -16 12 -39 12 -62 18 -5

9 -8 8 -12 7 -34 7 -57 15 -2

50 80 -15 0 0 -13 0 -19 0 -46 0 -74 6 -7

15 -13 15 -19 15 -46 15 -74 21 -7

11 -9 11 -15 9 -40 9 -68 17 -3

80 120 -20 0 0 -15 0 -22 0 -54 0 -87 6 -9

20 -15 20 -22 20 -54 20 -87 26 -9

15 -10 14 -16 12 -46 12 -79 21 -4

120 180 -25 0 0 -18 0 -25 0 -63 0 -100 7 -11

25 -18 25 -25 25 -63 25 -100 32 -11

19 -12 18 -18 15 -53 15 -90 26 -5

180 250 -30 0 0 -20 0 -29 0 -72 0 -115 7 -13

30 -20 30 -29 30 -72 30 -115 37 -13

24 -14 22 -21 18 -60 17 -102 31 -7

250 315 -35 0 0 -23 0 -32 0 -81 0 -130 7 -16

35 -23 35 -32 35 -81 35 -130 42 -16

27 -15 26 -23 22 -68 20 -115 34 -8

85
Application of Bearing

Application of Bearing
Shaft tolerances and resultant fits
AB

Shafts Bearing Deviations of shaft diameter, resultant fits

Nominal diameter Bore diameter Tolerances

tolerance

d ∆dmp h5 h6 h8 h9 j5

Deviations(shaft diameter)
over incl. low high Theortitical interference(+)/clearance(-)
Probable interference (+)Clearance(-)

mm µm µm

315 400 -40 0 0 -25 0 -36 0 -89 0 -140 7 -18

40 -25 40 -36 40 -89 40 -140 47 -18

32 -17 29 -25 25 -74 23 -123 39 -10

400 500 -45 0 0 -27 0 -40 0 -97 0 -155 7 -20

45 -27 45 -40 45 -97 45 -155 52 -20

36 -18 33 -28 28 -80 26 -136 43 -11

500 630 -50 0 0 -28 0 -44 0 -110 0 -175 - -

50 -28 50 -44 50 -110 50 -175 - -

40 -18 37 -31 31 -91 29 -154 - -

630 800 -75 0 0 -32 0 -50 0 -125 0 -200 - -

75 -32 75 -50 75 -125 75 -200 - -

63 -20 58 -33 48 -98 45 -170 - -

800 1000 -100 0 0 -36 0 -56 0 -140 0 -230 - -

100 -36 100 -56 100 -140 100 -230 - -

86 -22 80 -36 67 -107 61 -191 - -

1000 1250 -125 0 0 -42 0 -66 0 -165 0 -260 - -

125 -42 125 -66 125 -165 125 -260 - -

108 -25 101 -42 84 -124 77 -212 - -

1250 1600 -160 0 0 -50 0 -78 0 -195 0 -310 - -

160 -50 160 -78 160 -195 160 -310 - -

139 -29 130 -48 109 -144 100 -250 - -

1600 2000 -200 0 0 -60 0 -92 0 -230 0 -370 - -

200 -60 200 -92 200 -230 200 -370 - -

175 -35 165 -57 138 168 126 -296 - -

86
Application of Bearing

Application of Bearing
Shaft tolerances and resultant fits
AB

Shafts Bearing Deviations of shaft diameter, resultant fits

Nominal diameter Bore diameter Tolerances

tolerance

d ∆dmp n6 p6 p7 r6 r7

Deviations(shaft diameter)
over incl. low high Theortitical interference(+)/clearance(-)
Probable interference (+)Clearance(-)

mm µm µm

80 100 -20 0 45 23 59 37 72 37 73 51 86 51

65 23 79 37 92 37 93 51 106 51

59 29 73 43 85 44 87 57 99 58

100 120 -20 0 45 23 59 37 72 37 76 54 89 54

65 23 79 37 92 37 96 54 109 54

59 29 73 43 85 44 90 60 102 61

120 140 -25 0 52 27 68 43 83 43 88 63 103 63

77 27 93 43 108 43 113 63 128 63

70 34 86 50 100 51 106 70 120 71

140 160 -25 0 52 27 68 43 83 43 90 65 105 65

77 27 93 43 108 43 115 65 130 65

70 34 86 50 100 51 108 72 122 73

160 180 -25 0 52 27 68 43 83 43 93 68 108 68

77 27 93 43 108 43 118 68 133 68

70 34 86 50 100 51 111 75 125 76

180 200 -30 0 60 31 79 50 96 50 106 77 123 77

90 31 109 50 126 50 136 77 153 77

82 39 101 58 116 60 128 85 143 87

200 225 -30 0 60 31 79 50 96 50 109 80 126 80

90 31 109 50 126 50 139 80 156 80

82 39 101 58 116 60 131 88 146 90

225 250 -30 0 60 31 79 50 96 50 113 84 130 84

90 31 109 50 126 50 143 84 160 84

82 39 101 58 116 60 135 92 150 94

250 280 -35 0 66 34 88 56 108 56 126 94 146 94

101 34 123 56 143 56 161 94 181 94

92 43 114 65 131 68 152 103 169 106

280 315 -35 0 66 34 88 56 108 56 130 98 150 98

101 34 123 56 143 56 165 98 185 98

92 43 114 65 131 68 156 107 173 110

315 355 -40 0 73 37 98 62 119 62 144 108 165 108

113 37 138 62 159 62 184 108 205 108

102 48 127 73 146 75 173 119 192 121

87
Application of Bearing

Application of Bearing
Shaft tolerances and resultant fits
AB

Shafts Bearing Deviations of shaft diameter, resultant fits

Nominal diameter Bore diameter Tolerances

tolerance

d ∆dmp n6 p6 p7 r6 r7

Deviations(shaft diameter)
over incl. low high Theortitical interference(+)/clearance(-)
Probable interference (+)Clearance(-)

mm µm µm

355 400 -40 0 73 37 98 62 119 62 150 114 171 114

113 37 138 62 159 62 190 114 211 114

102 48 127 73 146 75 179 125 198 127

400 450 -45 0 80 40 108 68 131 68 166 126 189 126

125 40 153 68 176 68 211 126 234 126

113 52 141 80 161 83 199 138 219 141

450 500 -45 0 80 40 108 68 131 68 172 132 195 132

125 40 153 68 176 68 217 132 240 132

113 52 141 80 161 83 205 144 225 147

500 560 -50 0 88 44 122 78 148 78 194 150 220 150

138 44 172 78 198 78 244 150 270 150

125 57 159 91 182 94 231 163 254 166

560 630 -50 0 88 44 122 78 148 78 199 155 225 155

138 44 172 78 198 78 249 155 275 155

125 57 159 91 182 94 236 168 259 171

630 710 -75 0 100 50 138 88 168 88 225 175 255 175

175 50 213 88 243 88 300 175 330 175

158 67 196 105 221 110 283 192 308 197

710 800 -75 0 100 50 138 88 168 88 235 185 265 185

175 50 213 88 243 88 310 185 340 185

158 67 196 105 221 110 293 202 318 207

800 900 -100 0 112 56 156 100 190 100 266 210 300 210

212 56 256 100 290 100 366 210 400 210

192 76 236 120 263 127 346 230 373 237

900 1000 -100 0 112 56 156 100 190 100 276 220 310 220

212 56 256 100 290 100 376 220 410 220

192 76 236 120 263 127 356 240 383 247

1000 1120 -125 0 132 66 186 120 225 120 316 250 355 250

257 66 311 120 350 120 441 250 480 250

233 90 287 144 317 153 417 274 447 283

1120 1250 -125 0 132 66 186 120 225 120 326 260 365 260

257 66 311 120 350 120 451 260 490 260

233 90 287 144 317 153 427 284 457 293

88
Application of Bearing

Application of Bearing
Shaft tolerance and resultant fits
AB

Shafts Bearing Deviations of shaft diameter, resultant fits

Nominal diameter Bore diameter Tolerances

tolerance

d ∆dmp n6 p6 p7 r6 r7

Deviations(shaft diameter)
over incl. low high Theortitical interference(+)/clearance(-)
Probable interference (+)Clearance(-)

mm µm µm

1250 1400 -160 0 156 78 218 140 265 140 378 300 425 300

316 78 378 140 425 140 538 300 585 300

286 108 348 170 385 180 508 330 545 340

1400 1600 -160 0 156 78 218 140 265 140 408 330 455 330

316 78 378 140 425 140 568 330 615 330

286 108 348 170 385 180 538 360 575 370

1600 1800 -200 0 184 92 262 170 320 170 462 370 520 370

384 92 462 170 520 170 662 370 720 370

349 127 427 205 470 220 627 405 670 420

1800 200 -200 0 184 92 262 170 320 170 492 400 550 400

384 92 462 170 520 170 692 400 750 400

349 127 427 205 470 220 657 435 700 450

89
Application of Bearing

Application of Bearing
Shaft tolerances and resultant fits
AB

Shafts Bearing Deviations of shaft diameter, resultant fits

Nominal diameter Bore diameter Tolerances

tolerance

d ∆dmp k5 k6 m5 m6 n5

Deviations(shaft diameter)
over incl. low high Theortitical interference(+)/clearance(-)
Probable interference (+)Clearance(-)

mm µm µm

1 3 -8 0 4 0 6 0 6 2 8 2 8 4

12 0 14 0 14 2 16 2 16 4

11 1 12 2 13 3 14 4 15 5

3 6 -8 0 6 1 9 1 9 4 12 4 13 8

14 1 17 1 17 4 20 4 21 8

13 2 15 3 16 5 18 6 20 9

6 10 -8 0 7 1 10 1 12 6 15 6 16 10

15 1 18 1 20 6 23 6 24 10

13 3 16 3 18 8 21 8 22 12

10 18 -8 0 9 1 12 1 15 7 18 7 20 12

17 1 20 1 23 7 26 7 28 12

15 3 18 3 21 9 24 9 26 14

18 30 -10 0 11 2 15 2 17 8 21 8 24 15

21 2 25 2 27 8 31 8 34 15

19 4 22 5 25 10 28 11 32 17

30 50 -12 0 13 2 18 2 20 9 25 9 28 17

25 2 30 2 32 9 37 9 40 17

22 5 26 6 29 12 33 13 37 20

50 80 -15 0 15 2 21 2 24 11 30 11 33 20

30 2 36 2 39 11 45 11 48 20

26 6 32 6 35 15 41 15 44 24

80 120 -20 0 18 3 25 3 28 13 35 13 38 23

38 3 45 3 48 13 55 13 58 23

33 8 39 9 43 18 49 19 53 28

120 180 -25 0 21 3 28 3 33 15 40 15 45 27

46 3 53 3 58 15 65 15 70 27

40 9 46 10 52 21 58 22 64 33

180 250 -30 0 24 4 33 4 37 17 46 17 51 31

54 4 63 4 67 17 76 17 81 31

48 10 55 12 61 23 68 25 75 37

250 315 -35 0 27 4 36 4 43 20 52 20 57 34

62 4 71 4 78 20 87 20 92 34

54 12 62 13 70 28 78 29 84 42

90
Application of Bearing

Application of Bearing
Shaft tolerances and resultant fits
AB

Shafts Bearing Deviations of shaft diameter, resultant fits

Nominal diameter Bore diameter Tolerances

tolerance

d ∆dmp k5 k6 m5 m6 n5

Deviations(shaft diameter)
over incl. low high Theortitical interference(+)/clearance(-)
Probable interference (+)Clearance(-)

mm µm µm

315 400 -40 0 29 4 40 4 46 21 57 21 62 37

69 4 80 4 86 21 97 21 102 37

61 12 69 15 78 29 86 32 94 45

400 500 -45 0 32 5 45 5 50 23 63 23 67 40

77 5 90 5 95 23 108 23 112 40

68 14 78 17 86 32 96 35 103 49

500 630 -50 0 29 0 44 0 55 26 70 26 73 44

78 0 94 0 104 26 120 26 122 44

68 10 81 13 94 36 107 39 112 54

630 800 -75 0 32 0 50 0 62 30 80 30 82 50

107 0 125 0 137 30 155 30 157 50

95 12 108 17 125 42 138 47 145 62

800 1000 -100 0 36 0 56 0 70 34 90 34 92 56

136 0 156 0 170 34 190 34 192 56

122 14 136 20 156 48 170 54 178 70

1000 1250 -125 0 42 0 66 0 82 40 106 40 108 66

167 0 191 0 207 40 231 40 233 66

150 17 167 24 190 57 207 64 216 83

1250 1600 -160 0 50 0 78 0 98 48 126 48 128 78

210 0 238 0 258 48 286 48 288 78

189 21 208 30 237 69 256 78 267 99

1600 2000 -200 0 60 0 92 0 118 58 150 58 152 92

260 0 292 0 318 58 350 58 352 92

235 25 57 35 293 83 315 93 327 117

91
Application of Bearing

Application of Bearing
Shaft tolerances and resultant fits
AB

Shafts Bearing Deviations of shaft diameter, resultant fits

Nominal diameter Bore diameter Tolerances

tolerance

d ∆dmp j6 js5 js6 js7 k4

Deviations(shaft diameter)
over incl. low high Theortitical interference(+)/clearance(-)
Probable interference (+)Clearance(-)

mm µm µm

1 3 -8 0 4 -2 2 -2 3 -3 5 -5 3 0

12 -2 10 -2 11 -3 13 -5 11 0

10 0 9 -1 9 -1 +11 -3 10 1

3 6 -8 0 6 -2 2.5 -2.5 4 -4 6 -6 5 1

14 -2 10.5 -2.5 12 -4 14 -6 13 1

12 0 9 -1 10 -2 12 -4 12 2

6 10 -8 0 7 -2 3 -3 4.5 -4.5 7.5 -7.5 5 1

15 -2 11 -3 12.5 -4.5 15.5 -7.5 13 1

13 0 9 -1 11 -3 13 -5 12 2

10 18 -8 0 8 -3 4 -4 5,5 -5.5 9 -9 6 1

16 -3 12 -4 13.5 -5.5 17 -9 14 1

14 -1 10 -2 11 -3 14 -5 13 2

18 30 -10 0 9 -4 4.5 -4.5 6.5 -6.5 10.5 -10.5 8 2

19 -4 14.5 -4.5 16.5 -6.5 20.5 -10.5 18 2

16 -1 12 -2 14 -4 17 -7 16 4

30 50 -12 0 11 -5 5.5 -5.5 8 -8 12.5 -12.5 9 2

23 -5 17.5 -5.5 20 -8 24.5 -12.5 21 2

19 -1 15 -3 16 -4 20 -8 19 4

50 80 -15 0 12 -7 6.5 -6.5 9.5 -9.5 15 -15 10 2

27 -7 21.5 -6.5 24.5 -9.5 30 -15 25 2

23 -3 18 -3 20 -5 25 -10 22 5

80 120 -20 0 13 -9 7.5 -7.5 11 -11 17.5 -17.5 13 3

33 -9 27.5 -7.5 31 -11 37.5 -17.5 33 3

27 -3 23 -3 25 -5 31 -11 30 6

120 180 -25 0 14 -11 9 -9 12.5 -12.5 20 -20 -15 3

39 -11 34 -9 37.5 -12.5 45 -20 -40 3

32 -4 28 -3 31 -6 37 -12 -36 7

180 250 -30 0 16 -13 10 -10 14,5 -14.5 23 -23 -18 4

46 -13 40 -10 44.5 -14.5 53 -23 -48 4

38 -5 34 -4 36 -6 43 -13 43 9

250 315 -35 0 16 -16 11.5 -11.5 16 -16 26 -26 20 4

51 -16 46.5 -11.5 51 -16 61 -26 55 4

42 -7 39 -4 42 -7 49 -14 49 10

92
Application of Bearing

Application of Bearing
Shaft tolerances and resultant fits
AB

Shafts Bearing Deviations of shaft diameter, resultant fits

Nominal diameter Bore diameter Tolerances

tolerance

d ∆dmp j6 js5 js6 js7 k4

Deviations(shaft diameter)
over incl. low high Theortitical interference(+)/clearance(-)
Probable interference (+)Clearance(-)

mm µm µm

315 400 -40 0 18 -18 12.5 -12.5 18 -18 28.5 -28.5 22 4

58 -18 52.5 -12.5 58 -18 68.5 -28.4 62 4

47 -7 44 -4 47 -7 55 -15 55 11

400 500 -45 0 20 -20 13.5 -13.5 20 -20 31.5 -31.5 25 5

65 -20 58.5 -13.5 65 -20 76.5 -31.5 70 5

53 -8 49 -4 53 -8 62 -17 63 -12

500 630 -50 0 22 -22 14 -14 22 -22 35 -35 - -

72 -22 64 -14 72 -22 85 -35 - -

59 -9 54 -4 59 -9 69 -19 - -

630 800 -75 0 25 -25 16 -16 25 -25 40 -40 - -

100 -25 91 -16 100 -25 115 -40 - -

83 -8 79 -4 83 -8 93 -18 - -

800 1000 -100 0 28 -28 18 -18 28 -28 45 -45 - -

128 -28 118 -18 128 -28 145 -45 - -

108 -8 104 -4 108 -8 118 -18 - -

1000 1250 -125 0 33 -33 21 -21 33 -33 52 -52 - -

158 -33 146 -21 158 -33 177 -52 - -

134 -9 129 -4 134 -9 145 -20 - -

1250 1600 -160 0 39 -39 25 -25 39 -39 62 -62 - -

199 -39 185 -25 199 -39 222 -62 - -

169 -9 164 -4 162 -9 182 -22 - -

1600 2000 -200 0 46 -46 30 -30 46 -46 75 -75 - -

246 -46 230 -30 246 -46 275 -75 - -

211 -11 205 -5 211 -11 225 -25 - -

93
Application of Bearing

Application of Bearing
Housing tolerances and resultant fits
AB

Housing Bearing Deviations of housing bore diameter, resultant fits

Nominal bore Outside diameter Tolerances

diameter tolerance

D ∆Dmp F7 G6 G7 H5 H6

over incl. high low Deviations(shaft diameter)

Theortitical interference(+)/clearance(-)
Probable interference (+)Clearance(-)

mm µm µm

6 10 0 -8 13 28 5 14 5 20 0 6 0 9

-13 -36 -5 -22 -5 -28 0 -14 0 -17

-16 -33 -7 -20 -8 -25 -2 -12 -2 -15

10 18 0 -8 16 34 6 17 6 24 0 8 0 11

-16 -42 -6 -25 -6 -32 0 -16 0 -19

-19 -39 -8 -23 -9 -29 -2 -14 -2 -17

18 30 0 -9 20 41 7 20 7 28 0 9 0 13

-20 -50 -7 -29 -7 -37 0 -18 0 -22

-23 -47 -10 -26 -10 -34 -2 -16 -3 -19

30 50 0 -11 25 50 9 25 9 34 0 11 0 16

-25 -61 -9 -36 -9 -45 0 -22 0 -27

-29 -57 -12 -33 -13 -41 -3 -19 -3 -24

50 80 0 -13 30 60 10 29 10 40 0 13 0 19

-30 -73 -10 -42 -10 -53 0 -26 0 -32

-35 -68 -14 -38 -15 -48 -3 -23 -4 -28

80 120 0 -15 36 71 12 34 12 47 0 15 0 22

-36 -86 -12 -49 -12 -62 0 -30 0 -37

-41 -81 -17 -44 -17 -57 -4 -26 -5 -32

120 150 0 -18 43 83 14 39 14 54 0 18 0 25

-43 -101 -14 -57 -14 -72 0 -36 0 -43

-50 -94 -20 -51 -21 -65 -5 -31 -6 -37

150 180 0 -25 43 83 14 39 14 54 0 18 0 25

-43 -108 -14 -64 -14 -79 0 -43 0 -50

-51 -100 -21 -57 -22 -71 -6 -37 -7 -43

180 250 0 -30 50 96 15 44 15 61 0 20 0 29

-50 -126 -15 -74 -15 -91 0 -50 0 -59

-60 -116 -23 -66 -25 -81 -6 -44 -8 -51

250 315 0 -35 56 108 17 49 17 69 0 23 0 32

-56 -143 -17 -84 -17 -104 0 -58 0 -67

-68 -131 -26 -75 -29 -92 -8 -50 -9 -58

94
Application of Bearing

Application of Bearing
Housing tolerances and resultant fits
AB

Housing Bearing Deviations of housing bore diameter, resultant fits

Nominal bore Outside diameter Tolerances

diameter tolerance

D ∆Dmp F7 G6 G7 H5 H6

over incl. high low Deviations(shaft diameter)

Theortitical interference(+)/clearance(-)
Probable interference (+)Clearance(-)

mm µm µm

315 400 0 -40 62 119 18 54 18 75 0 25 0 36

-62 -159 -18 -94 -18 -115 0 -65 0 -76

-75 -146 -29 -83 -31 -102 -8 -57 -11 -65

400 500 0 -45 68 131 20 60 20 83 0 27 0 40

-68 -176 -20 -105 -20 -128 0 -72 0 -85

-83 -161 -32 -93 -35 -113 -9 -63 -12 -73

500 630 0 -50 76 146 22 66 22 92 0 28 0 44

-76 -196 -22 -116 -22 -142 0 -78 0 -94

-92 -180 -35 -103 -38 -126 -10 -68 -13 -81

630 800 0 -75 80 160 24 74 24 104 0 32 0 50

-80 -235 -24 -149 -24 -179 0 -107 0 -125

-102 -213 -41 -132 -46 -157 -12 -95 -17 -108

800 1000 0 -100 86 176 26 82 26 116 0 36 0 56

-86 -276 -26 -182 -26 -216 0 -136 0 -156

-113 -249 -46 -162 -53 -189 -14 -122 -20 -136

1000 1250 0 -125 98 203 28 94 28 133 0 42 0 66

-98 -328 -28 -219 -28 -258 0 -167 0 -191

-131 -295 -52 -195 -61 -225 -17 -150 -24 -167

1250 1600 0 -160 110 235 30 108 30 155 0 50 0 78

-110 -395 -30 -268 -30 -315 0 -210 0 -238

-150 -355 -60 -238 -70 -275 -21 -189 -30 -208

1600 2000 0 -200 120 270 32 124 32 182 0 60 0 92

-120 -470 -32 -324 -32 -382 0 -260 0 -292

-170 -420 -67 -289 -82 -332 -25 -215 -35 -257

2000 2500 0 -250 130 305 34 144 34 209 0 70 0 110

-130 -555 -34 -394 -34 -459 0 -320 0 -360

-189 -496 -77 -351 -93 -400 -30 -290 -43 -317

95
Application of Bearing

Application of Bearing
Housing tolerances and resultant fits
AB

Housing Bearing Deviations of housing bore diameter, resultant fits

Nominal bore Outside diameter Tolerances

diameter tolerance

D ∆Dmp H7 H8 H9 H10 J6

Deviations(shaft diameter)
over incl. high low Theortitical interference(+)/clearance(-)
Probable interference (+)Clearance(-)

mm µm µm

6 10 0 -8 0 15 0 22 0 36 0 58 -4 5

0 -23 0 -30 0 -44 0 -66 4 -13

-3 -20 -3 -27 -3 -41 -3 -63 2 -11

10 18 0 -8 0 18 0 27 0 43 0 70 -5 6

0 -26 0 -35 0 -51 0 -78 5 -14

-3 -23 -3 -32 -3 -48 -3 -75 3 -12

18 30 0 -9 0 21 0 33 0 52 0 84 -5 8

0 -30 0 -42 0 -61 0 -93 5 -17

-3 -27 -3 -39 -4 -57 -4 -89 2 -14

30 50 0 -11 0 25 0 39 0 62 0 100 -6 10

0 -36 0 -50 0 -73 0 -111 6 -21

-4 -32 -4 -46 -5 -68 -5 -106 3 -18

50 80 0 -13 0 30 0 46 0 74 0 120 -6 13

0 -43 0 -59 0 -87 0 -133 6 -26

-5 -38 -5 -54 -5 -82 -6 -127 2 -22

80 120 0 -15 0 35 0 54 0 87 0 140 -6 16

0 -50 0 -69 0 -102 0 -155 6 -31

-5 -45 -6 -63 -6 -96 -7 -148 1 -26

120 150 0 -18 0 40 0 63 0 100 0 160 -7 18

0 -58 0 -81 0 -118 0 -178 7 -36

-7 -51 -7 -74 -8 -110 -8 -170 1 -30

150 180 0 -25 0 40 0 63 0 100 0 160 -7 18

0 -65 0 -88 0 -125 0 -185 7 -43

-8 -57 -10 -78 -10 -115 -11 -174 0 -36

180 250 0 -30 0 46 0 72 0 115 0 185 -7 22

0 -76 0 -102 0 -145 0 -215 7 -52

-10 -66 -12 -90 -13 -132 -13 -202 -1 -44

250 315 0 -35 0 52 0 81 0 130 0 210 -7 25

0 -87 0 -116 0 -165 0 -245 7 -60

-12 -75 -13 -103 -15 -150 -16 -229 -2 -51

315 400 0 -40 0 57 0 89 0 140 0 230 -7 29

0 -97 0 -129 0 -180 0 -270 7 -69

-13 -84 -15 -114 -17 -163 -18 -252 -4 -58

96
Application of Bearing

Application of Bearing
Housing tolerances and resultant fits
AB

Housing Bearing Deviations of housing bore diameter, resultant fits

Nominal bore Outside diameter Tolerances

diameter tolerance

D ∆Dmp H7 H8 H9 H10 J6

Deviations(shaft diameter)
over incl. high low Theortitical interference(+)/clearance(-)
Probable interference (+)Clearance(-)

mm µm µm

400 500 0 -45 0 63 0 97 0 155 0 250 -7 33

0 -108 0 -142 0 -200 0 -295 7 -78

-15 -93 -17 -125 -19 -181 -20 -275 -5 -66

500 630 0 -50 0 70 0 110 0 175 0 280 - -

0 -120 0 -160 0 -225 0 -330 - -

-16 -104 -19 -141 -21 -204 -22 -308 - -

630 800 0 -75 0 80 0 125 0 200 0 320 - -

0 -155 0 -200 0 -275 0 -395 - -

-22 -133 -27 -173 -30 -245 -33 -362 - -

800 1000 0 -100 0 90 0 140 0 230 0 360 - -

0 -190 0 -240 0 -330 0 -460 - -

-27 -163 -33 -207 -39 -291 -43 -417 - -

1000 1250 0 -125 0 105 0 165 0 260 0 420 - -

0 -230 0 -290 0 -385 0 -545 - -

-33 -197 -41 -249 -48 -337 -53 -492 - -

1250 1600 0 -160 0 125 0 195 0 310 0 500 - -

0 -285 0 -355 0 -470 0 -660 - -

-40 -245 -51 -304 -60 -410 -67 -593 - -

1600 2000 0 -200 0 150 0 230 0 370 0 600 - -

0 -350 0 -430 0 -570 0 -800 - -

-50 -300 -62 -368 -74 -496 -83 -717 - -

2000 2500 0 -250 0 175 0 280 0 440 0 700 - -

0 -425 0 -530 0 -690 0 -950 - -

-59 -366 -77 -453 -91 -599 -103 -847 - -

97
Application of Bearing

Application of Bearing
Housing tolerances and resultant fits
AB

Housing Bearing Deviations of shaft diameter, resultant fits

Nominal bore Outside diameter Tolerances

diameter tolerance

D ∆Dmp J7 JS5 JS6 JS7 K5

over incl. high low Deviations(shaft diameter)

Theortitical interference(+)/clearance(-)
Probable interference (+)Clearance(-)

mm µm µm

6 10 0 -8 -7 8 -3 3 -4.5 4.5 -7.5 7.5 -5 1

7 -16 3 -11 4.5 -12.5 7.5 -15.5 5 -9

4 -13 1 -9 3 -11 5 -13 3 -7

10 18 0 -8 -8 10 -4 4 -5.5 5.5 -9 9 -6 2

8 -18 4 -12 5.5 -13.5 9 -17 6 -10

5 -15 2 -10 3 -11 6 -14 4 -8

18 30 0 -9 -9 12 -4.5 4.5 -6.5 6.5 -10.5 10.5 -8 1

9 -21 4.5 -13.5 6.5 -15.5 10.5 -19.5 8 -10

6 -18 2 -11 4 -13 7 -16 6 -8

30 50 0 -11 -11 14 -5.5 5.5 -8 8 -12.5 12.5 -9 2

11 -25 5.5 -16.5 8 -19 12.5 -23.5 9 -13

7 -21 3 -14 5 -16 9 -20 6 -10

50 80 0 -13 -12 18 -6.5 6.5 -9.5 9.5 -15 15 -10 3

12 -31 6.5 -19.5 9.5 -22.5 15 -28 10 -16

7 -26 3 -16 6 -19 10 -23 7 -13

80 120 0 -15 -13 22 -7.5 7.5 -11 11 -17.5 17.5 -13 2

13 -37 7.5 -22.5 11 -26 17.5 -32.5 13 -17

8 -32 4 -19 6 -21 12 -27 9 -13

120 150 0 -18 -14 26 -9 9 -12.5 12.5 -20 20 -15 3

14 -44 9 -27 12.5 -30.5 20 -38 15 -21

7 -37 4 -22 7 -25 13 -31 10 -16

150 180 0 -25 -14 26 -9 9 -12.5 12.5 -20 20 -15 3

14 -51 9 -34 12.5 -37.5 20 -45 15 -28

6 -43 3 -28 6 -31 12 -37 9 -22

180 250 0 -30 -16 30 -10 10 -14.5 14.5 -23 23 -18 2

16 -60 10 -40 14.5 -44.5 23 -53 18 -32

6 -50 4 -34 6 -36 13 -43 12 -26

250 315 0 -35 -16 36 -11.5 11.5 -16 16 -26 26 -20 3

16 -71 11.5 -46.5 16 51 26 -61 20 -38

4 -59 4 -39 7 -42 14 -49 12 -30

315 400 0 -40 -18 39 -12.5 12.5 -18 18 -28.5 28.5 -22 3

18 -79 12.5 -52.5 18 -58 28.5 -68.5 22 -43

5 -66 4 -44 7 -47 15 -55 14 -35

98
Application of Bearing

Application of Bearing
Housing tolerances and resultant fits
AB

Housing Bearing Deviations of shaft diameter, resultant fits

Nominal bore Outside diameter Tolerances

diameter tolerance

D ∆Dmp J7 JS5 JS6 JS7 K5

over incl. high low Deviations(shaft diameter)

Theortitical interference(+)/clearance(-)
Probable interference (+)Clearance(-)

mm µm µm

400 500 0 -45 -20 43 -13.5 13.5 -20 20 -31.5 31.5 -25 2

20 -88 13.5 -58.5 20 -65 31.5 -76.5 25 -47

5 -73 4 -49 8 -53 17 -62 16 -38

500 630 0 -50 - - -14 14 -22 22 -35 35 - -

- - 14 -64 22 -72 35 -85 - -

- - 4 -54 8 -59 19 -69 - -

630 800 0 -75 - - -16 16 -25 25 -40 40 - -

- - 16 -91 25 -100 40 -115 - -

- - 4 -79 8 -83 18 -93 - -

800 1000 0 -100 - - -18 18 -28 28 -45 45 - -

- - 18 -118 28 -128 45 -145 - -

- - 4 -104 8 -108 18 -118 - -

1000 1250 0 -125 - - -21 21 -33 33 -52 52 - -

- - 21 -146 33 -158 52 -177 - -

- - 4 -129 9 -134 20 -145 - -

1250 1600 0 -160 - - -25 25 -39 39 -62 62 - -

- - 25 -185 39 -199 62 -222 - -

- - 4 -164 9 -169 22 -182 - -

1600 2000 0 -200 - - -30 30 -46 46 -75 75 - -

- - 30 -230 46 -246 75 -275 - -

- - 5 -205 11 -211 25 -225 - -

2000 2500 0 -250 - - -35 35 -55 55 -87 87 - -

- - 35 -285 55 -305 87 -337 - -

- - 5 -255 12 -262 28 -278 - -

99
Application of Bearing

Application of Bearing
Housing tolerances and resultant fits
AB

Housing Bearing Deviations of shaft diameter, resultant fits

Nominal bore Outside diameter Tolerances

diameter tolerance

D ∆Dmp K6 K7 M5 M6 M7

over incl. high low Deviations(shaft diameter)

Theortitical interference(+)/clearance(-)
Probable interference (+)Clearance(-)

mm µm µm

6 10 0 -8 -7 2 -10 5 -10 -4 -12 -3 -15 0

7 -10 10 -13 10 -4 12 -5 15 -8

5 -8 7 -10 8 -2 10 -3 12 -5

10 18 0 -8 -9 2 -12 6 -12 -4 -15 -4 -18 0

9 -10 12 -14 12 -4 15 -4 18 -8

7 -8 9 -11 10 -2 -13 -2 15 -5

18 30 0 -9 -11 2 -15 6 -14 -4 -17 -4 -21 0

11 -11 15 -15 14 -4 17 -5 21 -9

8 -8 12 -12 12 -2 14 -2 18 -6

30 50 0 -11 -13 3 -18 7 -16 -5 -20 -4 -25 0

13 -14 18 -18 16 -6 20 -7 25 -11

10 -11 14 -14 13 -3 17 -4 21 -7

50 80 0 -13 -15 4 -21 9 -19 -6 -24 -5 -30 0

15 -17 21 -22 19 -7 24 -8 30 -13

11 -13 16 -17 16 -4 20 -4 25 -8

80 120 0 -15 -18 4 -25 10 -23 -8 -28 -6 -35 0

18 -19 25 -25 23 -7 28 -9 35 -15

13 -14 20 -20 19 -3 23 -4 30 -10

120 150 0 -18 -21 4 -28 12 -27 -9 -33 -8 -40 0

21 -22 28 -30 27 -9 33 10 40 -18

15 -16 21 -23 22 -4 27 -4 33 -11

150 180 0 -25 -21 4 -28 12 -27 -9 -33 -8 -40 0

21 -29 28 -37 27 -16 33 -17 40 -25

14 -22 20 -29 21 -10 26 -10 32 -17

180 250 0 -30 -24 -5 -33 13 -31 -11 -37 -8 -46 0

24 -35 33 -43 31 -19 37 -22 46 -30

16 -27 23 -33 25 -13 29 -14 36 -20

250 315 0 -35 -27 5 -36 16 -36 -13 -41 -9 -52 0

27 -40 36 -51 36 -22 41 -26 52 -35

18 -31 24 -39 28 -14 32 -17 40 -23

315 400 0 -40 -29 7 -40 17 -39 -14 -46 -10 -57 0

29 -47 40 -57 39 -26 46 -30 57 -40

18 -36 27 -44 31 -18 35 -19 44 -27

100
Application of Bearing

Application of Bearing
Housing tolerances and resultant fits
AB

Housing Bearing Deviations of shaft diameter, resultant fits

Nominal bore Outside diameter Tolerances

diameter tolerance

D ∆Dmp K6 K7 M5 M6 M7

over incl. high low Deviations(shaft diameter)

Theortitical interference(+)/clearance(-)
Probable interference (+)Clearance(-)

mm µm µm

400 500 0 -45 -32 8 -45 18 -43 -16 -50 -10 -63 0

32 -53 45 -63 43 -29 50 -35 63 -45

20 -41 30 -48 34 -20 38 -23 48 -30

500 630 0 -50 -44 0 -70 0 - - -70 -26 -96 -26

44 -50 70 -50 - - 70 -24 96 -24

31 -37 54 -34 - - 57 -11 80 -8

630 800 0 -75 -50 0 -80 0 - - -80 -30 -110 -30

50 -75 80 -75 - - 80 -45 110 -45

33 -58 58 -53 - - 63 -28 88 -23

800 1000 0 -100 -56 0 -90 0 - - -90 -34 -124 -34

56 -100 90 -100 - - 90 -66 124 -66

36 -80 63 -73 - - 70 -46 97 -39

1000 1250 0 -125 -66 0 -105 0 - - -106 -40 -145 -40

66 -125 105 -125 - - 106 -85 145 -85

42 -101 72 -92 - - 82 -61 112 -52

1250 1600 0 -160 -78 0 -125 0 - - -126 -48 -173 -48

78 -160 125 -160 - - 126 -112 173 -112

48 -130 +85 -120 - - 96 -82 133 -72

1600 2000 0 -200 -92 0 -150 0 - - -158 -58 -208 -58

92 -200 150 -200 - - 150 -142 208 -142

57 -165 100 -150 - - 115 -107 158 -92

2000 2500 0 -250 -110 0 -175 0 - - -178 -68 -243 -68

110 -250 175 -250 - - 178 -182 243 -182

67 -207 116 -191 - - 135 -139 184 -123

101
Application of Bearing

Application of Bearing
Housing tolerances and resultant fits
AB

Housing Bearing Deviations of shaft diameter, resultant fits

Nominal bore Outside diameter Tolerances

diameter tolerance

D ∆Dmp N6 N7 P6 P7

over incl. high low Deviations(shaft diameter)

Theortitical interference(+)/clearance(-)
Probable interference (+)Clearance(-)

mm µm µm

6 10 0 -8 -16 -7 -19 -4 -21 -12 -24 -9

16 -1 19 -4 21 4 24 1

14 1 16 -1 19 6 21 4

10 18 0 -8 -20 -9 -23 -5 -26 -15 -29 -11

20 1 23 -3 26 7 29 3

18 3 20 0 24 9 26 6

18 30 0 -9 -24 -11 -28 -7 -31 -18 -35 -14

24 2 28 -2 31 9 35 5

21 5 25 1 28 12 32 8

30 50 0 -11 -28 -12 -33 -8 -37 -21 -42 -17

28 1 33 -3 37 10 42 6

25 4 29 1 34 13 38 10

50 80 0 -13 -33 -14 39 -9 -45 -26 -51 -21

33 1 39 -4 45 13 51 8

29 5 34 1 41 17 46 13

80 120 0 -15 -38 -16 -45 -10 -52 -30 -59 -24

38 1 45 -5 52 15 59 9

33 6 40 0 47 20 54 14

120 150 0 -18 -45 -20 -52 -12 -61 -36 -68 -28

45 2 52 -6 61 18 68 10

39 8 45 1 55 24 61 17

150 180 0 -25 -45 -20 -52 -12 -61 -36 -68 -28

45 -5 52 -13 61 11 68 3

38 2 44 -5 54 18 60 11

180 250 0 -30 -51 -22 -60 -14 -70 -41 -79 -33

51 -8 60 -16 70 11 79 3

43 0 50 -6 62 19 69 13

250 315 0 -35 -57 -25 -66 -14 -79 -47 -88 -36

57 -10 66 -21 79 12 88 1

48 -1 54 -9 70 21 76 13

315 400 0 -40 -62 -26 -73 -16 -87 -51 -98 -41

62 -14 73 -24 87 11 98 1

51 -3 60 -11 76 22 85 14

102
Application of Bearing

Application of Bearing
Housing tolerances and resultant fits
AB

Housing Bearing Deviations of shaft diameter, resultant fits

Nominal bore Outside diameter Tolerances

diameter tolerance

D ∆Dmp N6 N7 P6 P7

over incl. high low Deviations(shaft diameter)

Theortitical interference(+)/clearance(-)
Probable interference (+)Clearance(-)

mm µm µm

400 500 0 -45 -67 -27 -80 -17 -95 -55 -108 -45

67 -18 80 -28 95 10 108 0

55 -6 65 -13 83 22 93 15

500 630 0 -50 -88 -44 -114 -44 -122 -78 -148 -78

88 -6 114 -6 122 -28 148 28

75 7 98 10 100 41 132 44

630 800 0 -75 -100 -50 -130 -50 -138 -88 -168 -88

100 -25 130 -25 138 13 168 13

83 -8 108 -3 121 30 146 35

800 1000 0 -100 -112 -56 -146 -56 -156 -100 -190 -100

112 -44 146 -44 156 0 190 0

92 -24 119 -17 136 20 163 27

1000 1250 0 -125 -132 -66 -171 -66 -186 -120 -225 -120

132 -59 171 -59 186 -5 225 -5

108 -35 138 -26 162 19 192 28

1250 1600 0 -160 -156 -78 -203 -78 -218 -140 -265 -140

156 -82 203 -82 218 -20 265 -20

126 -52 163 -42 188 10 225 20

1600 2000 0 -200 -184 -92 -242 -92 -262 -170 -320 -170

184 -108 242 -108 262 -30 320 -30

149 -73 192 -58 227 5 270 20

2000 2500 0 -250 -220 -110 -285 -110 -305 -195 -370 -195

220 -140 285 -140 305 -55 370 -55

177 -97 226 -81 262 12 311 4

103
104
 Lubrication

- Grease Lubrication
- Oil Lubrication
- Lubricating Grease

105
 Lubrication
Lubrication

LC

Lubrication • no rinsing out of wear debris and other

particles.
Principles
Lubrication and maintenance are important for Grease lubrication
the reliable Operation and long operating life Grease can be used to lubricate rolling bearing
of rolling bearings. under normal operating conditions in the majority of
applications.
Functions of the lubricant
Grease has the advantage over oil that it is
The lubricant should,
more easily retained in the bearing arrangement,
• form a lubricant film on the contact surfaces particularly where shafts are inclined or vertical, and
that is sufficiently capable of supporting it also contributes to sealing the arrangement against
loads and thus preventing wear and contaminants, moisture of water.
premature fatigue
Excessive amounts of grease will cause the
• dissipates heat in the case of oil lubrication operating temperature within the bearing to rise
• give additional sealing of the bearing, in the rapidly, particularly when running at high speeds.
case of grease lubrication, against the However, where bearings are to operate at very low
entry of both solid and fluid contaminants speeds and good protection against contamination
• reduce the running noise and corrosion is required, it is advisable to fill the
housing completely with grease.
• protect the bearing against corrosion
Greases can be differentiated in terms of their
Selection of the type of lubrication thickeners and base oils.
It should be determined as early as possible in
the design process whether bearings should be Types of grease
lubricated using grease or oil. The characteristics of a grease are dependent on:

The following factors are decisive in determining • the base oil

the type of lubrication an quantity of lubricant: • the viscosity of the base oil
• the operating conditions • (this is important for the speed range)
• the type and size of the bearing • the thickener
• the adjacent construction • (the shear strength is significant for the
• the lubricant feed speed range)
• the additives.
Criteria for grease lubrication
In the case of grease lubrication, the following Selection of suitable grease
criteria must be considered ; Suitable greases should be selected in accordance
with the operating conditions of the bearing:
• sealing action
• temperature
• long operating life with little maintenance
work • compressive load

• no heat dissipation by the lubricant • speed

• the presence of water/moisture.

106
 Lubrication
Lubrication

LC

Operating temperature range A grease reservoir can extend the grease

The operating temperature range of the grease operating life. The grease in the reservoir must
be in constant contact with the grease on the
must correspond to the range of possible
raceway. The grease operating life does not
operating temperature In the rolling bearing. increase proportionally with the size of the
Grease manufactures indicate an operating grease reservoir.
temperature range for their rolling bearing The volume of the grease reservoir should
greases. correspond to the area in the bearing between
ZNL Group recommend s that greases should be the inner and outer ring( not taking account of
the cage and rolling elements),
use in accordance with the bearing temperature
normally occurring in the standard operating Evaporation of the base oil should be prevented
range in order to achieve a reliable lubricating by design measures, for example by sealing
shields,
action and an acceptable grease operating life,
Miscibility
Pressure properties Mixing of grease should be avoided if at all
The viscosity at operating temperature must be possible.
sufficiently high for the formation of a lubricant
If mixing of greases is unavoidable, the following
film capable of supporting loads. At high preconditions must be fulfilled:
loads, greases with EP characteristics- “extreme
• Same base oil
pressure”and high base oil viscosity should be
used • Compatible thickener types
• Similar base oil viscosities-
Speed
• differing by no more than one ISO VG class
Grease should be selected in accordance with
the speed • Same consistency- NLGI class.
• For rolling bearings running at high speeds Storage
or with a low starting Torque, greases with a Experience shows that the greases used can be
high speed parameter should be used. stored for up to 3 years The preconditions are:
• For bearings running at low speeds, greases • a closed room or store
with a low speed Parameter should be used. • temperatures between 0 oC and + 40 oC
Water/moisture • relative humidity no more than 65%
Water in the grease has a highly detrimental • no influence of chemical agents-vapours,
effect on the operating life of the bearing: gases, fluids the bearings are sealed.
• The static behavior of greases in the presence
of water is Assessed
• the anti-corrosion characteristics can be tested

Grease reservoir on both sides

The initial greasing quantity is between 30% and
100 % of the available volume in the bearing,
dependent on the bearing type and operating
conditions.

107
 Lubrication
Lubrication

LC

Greases-technical specification and characteristics

Part 1 : Technical Specification
Designation Description NLGl Thickener/ Base oil Temperature
class base oil viscosity at limits
40 0C 100 0C LTL¹) HTPL²)
0
- - - - mm²/s C
LGMT 2 All purpose industrial and 2 Lithium soap/ 110 11 -30 +120
automative mineral oil
LGMT 3 All purpose industrial and 3 Lithium soap/ 120 12 -30 +120
automative mineral oil
LGEP 2 Extreme pressure,heavy 2 Lithium soap/ 200 16 -20 +110
load
mineral oil
LGLT 2 Light load and low tem- 2 Lithium soap/ 15 3,7 -55 +100
perature,
high speed diester oil
LGHP 2 High performance and 2-3 Di-urea/ 96 10,5 -40 +150
high temperature mineral oil
LGFP 2 Food compatible 2 Aluminium com- 130 7.3 -20 +110
plex /
medical white oil
LGGB 2 Biodegradable and low 2 Lithium-calcium 110 13 -40 +120
toxicity soap/
ester oil
LGWA 2 Wide temperature range 2 Lithium complex 185 15 -30 +140
soap/
mineral oil peaks: +220
LGHB 2 High Viscosity and high 2 Calcium complex 450 26,5 -20 +150
temperature sulphonate/min- peaks: +200
eral oil
LGET 2 Extreme temperature 2 PTFE/synthetic 400 38 -40 +260
(fluorinated
polyether)
LGEM 2 High Viscosity with solid 2 Lithium soap/ 500 32 -20 +120
lubricants
mineral oil
LGEV 2 Extreme high viscosity with 2 Lithium-calcium 1000 58 -10 +120
soap/
solid lubricants mineral oil
LGWM 1 Extreme pressure, low 1 Lithium soap/ 200 16 -30 +110
temperature
mineral oil

108
 Lubrication
Lubrication

LC

Greases-technical specification and characteristics

Part 2 : Characteristics
Designation High Low Very Very Low Severe Heavy Rust Water
tempera- tempera- high low torque, vibra- loads inhibit- resist-
ture, ture speed speed low tions ing ance
above or oscil- friction proper-
120 0C lations ties
LGMT 2 0 - + + 0 + +
LGMT 3 0 - 0 + 0 0 +
LGEP 2 0 0 - + + + +
LGLT 2 + + - + - - 0 0
LGHP 2 + 0 + - 0 + 0 + +
LGFP 2 0 - 0 0 + +
LGGB 2 0 0 0 0 + + 0 +
LGWA 2 + 0 0 0 + + + +
LGHB 2 + 0 + - + + + +
LGET 2 Contact the application engineering service
LGEM 2 - + - + + + +
LGEV 2 - - + - + + + +
LGWM 1 + 0 0 0 - + + +

109
 Lubrication
Lubrication

LC

Types of Greases
The properties and structure of some of the greases are as follows
Thickening agent Basic oil Use for Remarks
temperature oC
Lithium soap Mineral oil -30/120(130) Multipurpose grease
Lithium soap Easter oil -60/130 For low temperature and high speed
Lithium soap Silicon oil -40/170 Low and higher temperature at medium
speeds and low loads
Bentonite Mineral oil /or ester oil -20/150 Gel grease for higher temperature at low

speed
Polyurea Mineral oil -20/150 For higher speeds, temperature and loads
Calcium soap Mineral oil -20/150 Water resistant
Calcium complex Mineral oil -30/150 Multipurpose grease for higher
temperature and loads.
soap
Calcium soap Mineral oil -20/60 Stable to churning
Sodium soap Mineral oil -30/80(100) Able to emulsify with water
Sodium complex Mineral oil -20/130 For higher temperature and higher loads

soap
Aluminum soap Mineral oil -20/70 Good sealing effect against water
Aluminum complex Mineral oil -40/150 For higher speeds, temperature and loads
soap
Barium complex Mineral oil -20/150 For higher speeds, temperature and loads

soap
Barium complex Ester oil -60/130 Vapor resistant, higher speeds and low
temperature
soap

110
 Lubrication
Lubrication

LC

Type of Greases (F) Sodium complex soap base

greases
These are used for temperature from -40 C up to 150
(A) Lithium base greases C(223 423) they do not harden on cooling down.
This combines the advantages of calcium and sodium
base greases and may be regarded as the most (G) Mixed soap base greases
frequently used soap base greases. Lithium base They contains two soaps, the combination Na/Ca, Na/
greases are water repellent within certain limits and Al, Li/Ca and Li/Na are most commonly used.
may also be used in the case of moisture if corrosion
inhibitors are added. Oxidation inhabiting additives For the re-lubrication of rolling bearings the following
prolong the life of the lubricant. For higher loads should be taken into consideration:
lithium base greases with extreme pressure additives • Calcium base greases and lithium bases greases
are available. On account of these advantages lithium can be mixed, all other greases with different
base greases are used in the sealed bearings. soap bases cannot be mixed.

(B) Non soap greases

This contains inorganic or organic non-soap thickners.
They are used for extremes applications (aggressive
chemicals, vacume and ionizing radiation).

(C) Calcium complex greases

At higher temperature they do not soften as easily
as is the case with the others greases, they have
been found to harden on abrupt cooling. They act
as corrosion inhibitors and are water resistant. If
possible, the bearing housing should be packed up
with grease.

(D) Calcium base greases

These are water resistant, stable to churning and are
characterized by favorable low temperature behavior.
In the case of moisture they do not prevent corrosion.
Load carrying capacity and thermal load capacity can
be increased by additives.

(E) Sodium base greases

They are able to emulsify with water and thrust
prevent corrosion .this however, result in the
formation of thin liquid grease, which may easily leak
out, from the bearing.

111
 Lubrication
Lubrication

LC

Oil Lubrication: Influence of Temperature on

Oil lubrication is necessary in applications where Viscosity
• Maximum permissible speed for grease increases. As the temperature Increases, the viscosity of the
oil decrease.
• High external or frictional heat develops within
the bearings. The oil must therefore be selected to be
sufficiently viscous that the Longest possible
Criteria for oil lubrication fatigue life is achieved while ensuring satisfactory
In the case of oil lubrication, the following Supply of oil to the bearings at all times.
criteria must be considered; Pressure properties of oil
• good lubricant distribution an supply to contact If the bearings are subjected to high loads or
areas the operating viscosity Is less than the reference
viscosity, oils with anti-wear additives (type P to
• dissipation of heat possible from the bearing DIN 51 502) should be used.
• rinsing out of wear debris These additives form boundary layers to reduce
the harmful effects of metallic contact occurring
• very low friction losses with minimal quantity
at various areas(wear).
lubrication
The suitability of these additives varies and is
Under extreme operating conditions (such as normally heavily dependent on temperature.
very high temperatures, vacuum,aggressive
media ), it may be possible to use
Miscibility
Mixing of different oils should be avoided
speciallubrication methods such as soli wherever possible. In particular, the presence
lubricants in consultation with the engineering of different additive packages may lead to
service. Undesirable interactions.
For the lubrication of rolling bearings, mineral In general, oils with a mineral oil base and the
oils and synthetic oils are essentially suitable. Oils same classification are miscible, for example two
with a mineral oil base are used most frequently. oils both of type HLP can be mixed.
Selection of suitable oil Cleanliness
The achievable lif and security against wear are The cleanliness of the oil influences the rating
higher with better Separation of the contact life of bearings, See section Expanded adjusted
surfaces by a lubricant film, and section Load rating life.
carrying capacity and life.
Recommendation:
Reference viscosity for mineral oils • An oil filter should be provided and
Reference viscosity is dependent on: attention should be paid to the filtration
• the mean bearing diameter dM and the speed rate(recommended filter mesh < 25 µm).
n.
Lubricating systems:
• the EHD theory on the formation of a lubricant The lubricating system depends on the environmental
film
and operating conditions. The most frequently used
• practical experience oil lubricating systems are:
• Oil bath lubrication

112
 Lubrication
Lubrication

LC

• Circulating oil lubrication a. Due to minimum amount of oil supply, this

• Oil mist lubrication method is suitable for high speeds
because less heat is generated
• Oil air lubrication
• Splash oil lubrication b. Due to less amount of continuously oil feeding,
the temperature remains stable.
• Total loss lubrication
c. There is no atmospheric pollution
Oil bath lubrication
d. Since compressed air is always feed to the bearing
It is widely used in case of low or medium speeds.
and internal pressure is high, so dust, cutting
The oil level should be maintained at the centre of the
fluid etc cannot enter.
lowest rolling element .for controlling the oil level it is
desirable to provide the sight gauge. The oil change Splash oil lubrication
intervals depend on the ageing of oil and the extent In this case the bearing is not submerging into the oil.
of impurities. The oil is splashed into the bearing by gears or simple
rotating disc. It is commonly used in automobile
Circulating oil Lubrication
transmission and final drive. Constructional
This is used for high-speed operation requiring bearing
cooling and for bearings used at high temperature. Measures must be applied to make sure that all
In this case oil pump have to be used. The out feed bearings get sufficient oil during the running in
lines and ducts must be large enough to avoid the oil period.
built-up.the oil built –up may inhibit or even prevent If rolling bearings are to operate reliably they must
the heat transfer and neutralize the seals. When large be adequately lubricated to prevent direct metal-
quantity of oil is used, the oil feeding into the bearing to-metal contact between the rolling elements,
must be checked; otherwise a considerable amount raceways and cages. The lubricant also inhibits wear
of additional friction may develop. and protects the bearing surfaces against corrosion.
Oil mist Lubrication The choice of a suitable lubricant and method of
Oil mist lubrication is also called as the fog lubrication. lubrication for each individual bearing application is
In this oil is sprayed into the bearing. It has the therefore important, as is correct maintenance.
following advantages. The most favourable operating temperatures will
1. Because of small quantity of oil required the oil be obtained when the minimum amount of lubricant
resistance is small and higher speed is possible. needed for reliable bearing lubrication is provided.

2. Contamination of the vicinity around the bearing Oil is generally used for rolling bearing lubrication
slight because the oil leakage is small. when high speeds or operating temperatures
preclude the use of grease, when frictional or applied
3. It is relatively easy to continuously supply fresh
heat has to be removed from the bearing position, or
oil; therefore, the bearing life is extended.
when adjacent components (gears etc.) are lubricated
Oil air lubrication with oil.
In this very small amount of oil is discharged
intermittently by the constant quantity piston into the
pipe carrying a constant flow of compressed air. The
major advantages are as follows:

113
“ •I••• • • • ••
have • • ••••
been • •• • • • • with
impressed •• ••• •••
the• •• •• • •• • ••
urgency of••• • ••• ••••••••••••••••••••••••••••••••••••••••••••••••••••
doing.
• •• • ••• •••
Knowing is •••
not••• •• • • • •••we
enough; • ••must
• • •••apply.
• • •• •••
• •Being
• ••••
• ••••willing
•••••••
• • • ••••
•is
••••
•not
• ••••
• enough;
•••• •• • • ••••• •we
••••
• •must
•••••••
• • •do.”
••••• • • • • • • • • • • • •

114
 Mounting and
Dismounting
- Bearing Arrangements
- Radial Location of Bearings
- Axial Location of Bearings
- Bearing Preload

115
Mounting and Dismounting

Mounting and Dismounting

MD

BEARING HANDLING following items:

Precautions for Proper Handing of Bearings 1) Cleaning the bearings and related parts.

Since rolling bearings are high precision machine 2) Checking the dimensions and finish of
parts, they must be handled accordingly. Even if high related parts.
quality bearings are used, their expected performance 3) Mounting.
cannot be achieved if they are not handled properly.
4) Inspection after mounting.
The main precautions to be observed are as follows:
5) Supply of lubricants.
1) Keep Bearings and Surrounding Area
Clean Bearings should not be unpacked until immediately
before mounting. When using ordinary grease
Dust and dirt, even if invisible to the naked eye, have
lubrication, the grease should be packed in the
harmful effects on bearings. It is necessary to prevent
bearings without first cleaning them. Even in the case
the entry of dust and dirt by keeping the bearings
of ordinary oil lubrication, cleaning the bearings is not
and their environment as clean as possible.
required. However, bearings for high speed operation
2) Careful Handling must first be cleaned with clean filtered oil in order to
Heavy shocks during handling may cause bearings to remove the anti-corrosion agent. After the bearings
be scratched or otherwise damaged possibly resulting are cleaned with filtered oil, they should be protected
in their failure. Excessively strong impacts may cause to prevent corrosion.
brinelling, breaking, or cracking. Prelubricated bearings must be used without cleaning.
3) Use Proper Tools Bearing mounting methods depend on the bearing
type and type of fit. As bearings are usually used on
Always use the proper equipment when handling
rotating shafts, the inner rings require a tight fit.
bearings and avoid general purpose tools.
Bearings with cylindrical bores are usually mounted
4) Prevent Corrosion
by pressing them on the shafts (press fit) or heating
Since perspiration on the hands and various other them to expand their diameter (shrink fit). Bearings
contaminants may cause corrosion, keep the hands with tapered bores can be mounted directly on
clean when handling bearings. Wear gloves if tapered shafts or cylindrical shafts using tapered
possible. Pay attention to rust of bearing caused by sleeves.
corrosive gasses.
Bearings are usually mounted in housings with a
Mounting loose fit. However, in cases where the outer ring has
The method of mounting rolling bearings strongly an interference fit, a press may be used.
affects their accuracy, life, and performance, so Mounting of Bearings with
their mounting deserves careful attention. It is
`Cylindrical Bores
recommended that the handling procedures for
bearings be fully investigated by the design engineers 1. Press Fits
and that standards be established with respect to the Fitting with a press is widely used for small bearings.
A mounting tool is placed on the inner ring as shown

116
Mounting and Dismounting

Mounting and Dismounting

MD

in Fig. 14.1 and the bearing is slowly pressed on the higher than the lowest temperature required for
shaft with a press until the side of the inner ring rests mounting without interference since the inner ring
against the shoulder of the shaft. The mounting will cool a little during mounting.
tool must not be placed on the outer ring for press d) After mounting, the bearings will shrink in the
mounting, since the bearing may be damaged. Before axial direction as well as the radial direction while
mounting, applying oil to the fitted shaft surface is cooling. Therefore, press the bearing firmly against
recommended for smooth insertion. the shaft shoulder using locating methods to avoid a
When both the inner and outer rings of non-separable clearance between the bearing and shoulder.
bearings, such as deep groove ball bearings, require In the case of relatively frequent mounting and
tight-fit, a mounting tool is placed on both rings and dismounting such as cylindrical roller bearings for roll
both rings are fitted at the same time using a screw or necks of rolling mills and for railway journal boxes,
hydraulic press. Since the outer ring of self-aligning induction heating should be used for mounting and
ball bearings may deflect a mounting tool should
dismounting inner rings.
always be used for mounting them.
In the case of separable bearings, such as cylindrical Mounting of Bearings with Tapered
roller bearings and tapered roller bearings, the inner Bores
and outer rings may be mounted separately. Assembly Bearings with tapered bores are mounted on tapered
of the inner and outer rings, which were previously shafts directly or on cylindrical shafts with adapters or
mounted separately, should be done carefully to align withdrawal sleeves. Large spherical rolling bearings
the inner and outer rings correctly. Careless or forced are often mounted using hydraulic pressure.
assembly may cause scratches on the rolling contact
When a large bearing is mounted on a shaft, the
surfaces.
outer ring may be deformed into an oval shape by
2. Shrink Fits its own weight. If the clearance is measured at the
Since press fitting large bearings requires a large lowest part of the deformed bearing, the measured
force, a shrink fit is widely used. The bearings are first value may be bigger than the true value.
heated in oil expand them before mounting. When a self-aligning ball bearing is mounted on
This method prevents an excessive force from being a shaft with an adapter, be sure that the residual
imposed on the bearings and allows mounting them clearance does not become too small. Sufficient
in a short time. clearance for easy alignment of the outer ring must
be allowed.
The precautions to follow when making shrink fits
are as follows: Dismounting
a) Do not heat bearings to more than 120˚C. A bearing may be removed for periodic inspection
or for other reasons. If the removed bearing is to
b) Put the bearings on a wire net or suspend
be used again or it is removed only for inspection,
them in an oil tank in order to prevent
it should be dismounted as carefully as when it was
them from touching the tank’s bottom
mounted. If the bearing has a tight fit, its removal
directly.
may be difficult.
c) Heat the bearings to a temperature 20˚C to 30˚C

117
Mounting and Dismounting

Mounting and Dismounting

MD

Dismounting Outer Rings power drive. The power drive is to be started without
load and examined carefully. Confirm that if there is
In order to remove an outer ring that is tightly fitted,
no abnormality such as vibrations, noise, temperature
first place bolts in the push-out holes in the housing
rise and contact of rotating parts etc. Once again
at several locations on its circumference and remove
the power drive is to be started without load and
the outer ring by uniformly tightening the bolts.
the machine operation should be observed carefully
These bolt holes should always be fitted with blank
until it is determined that no abnormality exists. Then
plugs when not being used for dismounting.
gradually increase the load and speed etc. and the
Dismounting of Bearings with machine is to be checked for abnormal noise and
Cylindrical Bores excessive rising of temperature, leakage of grease
or oil etc. If any abnormality found during checking,
If the mounting design allows space to press out the
the machine must be stopped immediately and
inner ring, this is an easy and fast method. In this
machine should be inspected. Generally, the bearing
case, the withdrawal force should be imposed only
temperature gradually rises to the steady state level.
on the inner ring. Withdrawal tools are often used.
If the bearing is mounted improperly, the bearing
The oil injection is usually used for the withdrawal temperature may increase rapidly and it becomes
of large bearings. The withdrawal is achieved easily abnormally high. The causes of rapidly increase in
by mean of oil pressure applied through holes in abnormal temperature and the countermeasures for
the shaft. In the case of extra wide bearings, the oil irregularities are listed in Table.
injection method is used together with a withdrawal
tool. Maintenance of Rolling Bearing
Induction heating is used to remove the inner rings If rolling bearings are operated under ideal condition
of NU and NJ types of cylindrical roller bearings. The it may fail earlier than the expected life due to material
inner rings are expanded by brief local heating and fatigue, improper handling and improper application.
then withdrawn. Induction heating is also used to It is therefore important to maintain the bearing so
that abnormal bearing failure may be prevented or at
mount several bearings of these types on a shaft.
least detected in its incoming stage. In order to keep
Running test of the Bearing bearing in ideal condition, it is necessary to overhaul
A running test is carried out after mounting has been as well as re-lubricate the bearing periodically.
completed and the free space in the bearing is filled 1. Cleaning
with lubricant. When the bearing is mounted in small
On removal of bearings, they are to be inspected for
machine, that may be operated manually, it is to be
appearance, record it and sent the lubricant sample
assured by rotating the bearing smoothly. The unit
for testing. The general precaution for cleaning of
where the bearing is installed is to be checked for
rolling bearing requires the following methodology:
rattling sound due to foreign matter and excessive
torque caused by an inadequate clearance, mounting • General light oil or kerosene without water
error or friction. It there is no abnormality observed in content may be used as cleaning agent.
the performance, the machine may be started. Sometimes, chlorinated solvents may be used for
cleaning.
If the bearing is used in a large machine, which
cannot be turned by hand, it can be started only by • Dismounting bearing should be roughly washed

118
Mounting and Dismounting

Mounting and Dismounting

MD

and rinsed separately. Each bath should be Hence the replacement is necessary.
provided with metal net to support the
• If any cracks developed in inner ring or outer ring,
bearing in the oil without touching the side
rolling elements or retainer.
or bottom of the tank. Do now rotate the
bearing initially because foreign matter will • When there is laking on the raceway or rolling
abrade the working surface of it while rotating. elements.

• The cleaning oil should always be kept clean by • When there is any signiicant smearing on
filtering and circulating it. raceway surface, ribs or rolling elements.

• If the rolling bearings are stored after cleaning, • When the cage is worn out or rivets are loose.
sufficient rust preventive oil should be applied • When there is rust on raceways.
to it. If the storage period is long, a high
• When there is signiicant impact on the raceway
quality preventive and packing paper should be
or rolling surfaces.
used. The rolling bearing should never be placed
on the floor. • When there is a signiicant creep on bearing bore
or on periphery of the outer ring.
2. Inspection
• When there is any discoloration of bearing
During inspection of cleaned bearings the following
component by heat.
points are to be considered.
• When any signiicant damage of seal or shield.
• It should be carefully inspected to check the
possibility of bearing for reuse. The inspection
should include dimensional and running accuracy,
internal clearance and visual checks for defects
on fitting surfaces, raceway surfaces, rolling
elements retainer and seals.
• The small size rolling, non-separable seal type ball
bearings hold the bearing horizontally in the
hand and then rotate the outer ring to
confirm that it rotates smoothly.
• The determination of reuse of bearing should be
left to the discretion of the person who is trained
and familiar with bearings.
• The criterion for determination of reuse is
dependent on the functions of machine and
importance of bearing in the machine, operating
conditions and the time until the next
maintenance.
If any of the following defects are found,
the reuse of the bearing is not advised.

119
Mounting and Dismounting

Mounting and Dismounting

MD

Possible causes and countermeasures of irregularities

Irregularities Possible Causes Countermeasures
Metallic sound Abnormal load Improve the fit, Internal clearance, Pre-load, position of
housing shoulder etc.
Incorrect mounting Improve the machining accuracy and alignment of shaft
and housing accuracy of mounting method.
Insufficient or improper Replace the lubricant or select another lubricant.
lubricant
Contact of rotating Modify the labyrinth
parts
Regular sound Corrosion or scratches Replace or clean the bearing, improve the seals and use
on raceways clean lubricant.
Brinelling Replace the bearing and take care when handling
Flaking on race ways Replace the bearing.
Irregular sound Excessive clearance Improve the fit, clearance and preload
Penetration of foreign Replace or clean the bearing, improve the seals, and use
particles clean lubricant.
Flaking on rolling Replace the bearing
element
Abnormal Excessive amount of Reduce the amount of lubricant. Select stiffer grease.
temperature rise lubricant Replenish lubricant or select the better one.
Insufficient or improper Improve the fit, internal clearance, preload, position of
lubricant housing shoulder.
Abnormal Load Improve the machining accuracy and alignment of
Incorrect mounting shaft and housing, accuracy of mounting, or mounting
method.
Creep on fitted surface, Correct the seal, replace the bearing, correct the fitting or
excessive seal friction mounting.
Vibration (Axial run Brinelling Replace the bearing and take care while holding the
out) Flaking bearing
Incorrect mounting Replace the bearing
Penetration of foreign Correct the squareness between the shaft and housing
particles. shoulder or side of spacer
Replace or clean the bearing, improve the seal.
Leakage or Too much lubricant, Reduce the amount of lubricant. Select stiffer grease.
discoloration of penetration by foreign Replace the bearing or lubricant. Clean the housing or
lubricant matter or abrasion adjacent parts.
chips

120
Reference Standards
Used by ZNL

121
 Reference Standard used by ZNL
Reference Standard

RS

Standard Number Standard Title

IS 2398 : 1967 Identification Code for Rolling Bearings

IS 2399 : 1988 Rolling bearings - Vocabulary

IS 2898 : 1976 Specification for Steel Balls for Rolling Bearings

IS 3090 : 1965 Code of practice for installation and maintenance of rolling bearings

IS 3823 : 1988 Rolling bearings - Static load ratings

IS 3824 : 2002 Rolling Bearings - Dynamic Load Ratings and Rating Life

IS 3824 : Part 1 : 1983 Methods of evaluating dynamic load ratings of rolling bearings Part 1 Radial ball bearings

IS 3824 : Part 2 : 1983 Methods of evaluating dynamic load ratings of rolling bearings Part 2 Radial roller bearings

IS 3824 : Part 3 : 1983 Methods of evaluating dynamic load ratings of rolling bearings Part 3 Thrust ball bearings

IS 3824 : Part 4 : 1983 Methods of evaluating dynamic load ratings of rolling bearings Part 4 Thrust roller bearings

IS 3980 : 1982 Specification for Porous Metal Powder Oil-Impregnated Bearings

IS 4025 : 1983 Gauging practice for rolling bearings

IS 4215 : 1983 Specification for Ring Type Needle Bearings

IS 4773 : 2002 Rolling Bearings -- Plummer Blocks Housings -- Boundary Dimensions

IS 4774 : Part II : 1982 Specification for Thin-walled Half Bearings - Part II : Flanged Bearing

IS 5669 : 1987 General plan of boundary dimensions for radial rolling bearings

IS 5692 : 1988 Tolerances for radial rolling bearings

IS 5932 : 1970 Boundary Dimensions for Thrust Ball Bearings with Flat Seats

IS 5933 : 2002 Rolling Bearings - Thrust Bearings - Tolerances

IS 5934 : 1999 Rolling Bearings - Chamfer Dimensions - Maximum Values - Specification

IS 5935 : 1992 Radial internal clearances in unloaded radial rolling bearings

IS 6453 : 1984 Technical supply conditions for rolling bearings

IS 6454 : 1972 Specification for Self-Aligning Roller Bearings

IS 6455 : 1972 Specification for Single Row Radial Ball Bearings

IS 6456 : 1972 Specification for Double Row Radial Ball Bearings

IS 6457 : 1972 Specification for Single Row Cylindrical Roller Bearings

IS 6458 : 1972 Specification for Double Row Cylindrical Roller Bearings

IS 6548 : 1992 Rolling bearings - Instrument precision bearings

IS 6731 : 1977 Specification for Locknuts, Narrow Series and Lockwashers with Straight Inner Tab for Rolling Bearings

IS 6751 : 1972 Specification for Aluminium Alloy Castings and Strips for Bearings

IS 6754 : 1972 Specification for Aluminium Alloy Ingots for Bearings

IS 7460 : 1988 Tolerances for tapered roller bearings

IS 7461 : Part 1 : 1993 General plan of boundary dimensions for tapered roller bearings Part 1 Single row bearings

IS 7461 : Part 2 : 1992 General plan of boundary dimensions for tapered roller bearings Part 2 Double row bearings

IS 7461 : Part 3 : 1992 General plan of boundary dimensions for tapered roller bearings Part 3 Flanged cups

IS 8656 : 1977 Specification for Tapered Adapter Sleeves for Rolling Bearings

IS 8657 : 1977 Specification for Tapered Withdrawal Sleeves for Rolling Bearings

IS 9619 : 1980 Identification code for shell type needle bearings (including sealed bearings)

Plain bearings - Washers for plain bearings and wrapped bushes - Specification Part 1 Ring type thrust
IS 9764 : Part 1 : 1992
washers

122
 Reference Standard used by ZNL
Reference Standard

RS

Standard Number Standard Title

IS 9764 : Part 2 : 1994 Plain bearings - Washers for plain bearings and wrapped bushes -Specification Part 2 Half thrust washers

IS 10203 : 1982 Technical supply conditions for thin walled plain bearings

IS 10260 : Part I : 1982 Terms, definitions and classification of plain bearings Part I Construction

IS 10260 : Part II : 1982 Terms, definitions and classification of plain bearings Part II Friction and wear

IS 10260 : Part III : 1982 Terms, definitions and classification of plain bearings Part III Lubrication

IS 10385 : 1982 Method for determination of radial crushing strength of sintered metal powder bearings

IS 10648 : 1983 Code for identification of ring type needle bearings (including sealed bearings)

IS 11027 : 1984 Definitions of tolerances for rolling bearings

IS 11145 : 2002 Plain Bearings -- Thin Walled Half-Bearings -- Checking of Peripheral Length

General classification of lubricants, industrial oils and related products (Part 3) Family F (Spindle bearings,
IS 11159 : Part 3 : 1989
bearings and associated clutches)

IS 11430 : 1985 Code of practice for the packaging of ball and roller bearings

IS 11904 : 1999 Rolling bearings with locating Radial bearings snap ring - Dimensions and tolerances - Specification

IS 12102 : 1987 Specification for Tapered Roller Bearings

IS 13405 : 1999 Rolling Bearings - Cylindrical Roller Bearings, Separate Thrust Collars - Boundary Dimensions - Specification

IS 13406 : 1992 Radial ball bearings with flanged outer ring - Flange dimensions

IS 13637 : Part 1 : 1993 Technical Drawings - Rolling Bearings - Part 1 : General Simplified Representation

IS 13637 : Part 2 : 1999 Technical Drawings - Rolling Bearings - Part 2 : Detailed Simplified Representation

IS 13962 : 1994 Rolling bearings - Metric tapered roller bearings - Designation system

Plain Bearings - Thick-walled dushes, Plain and Flange Type, Full Round (Without Any Joint or Slit) - Specifi-
IS 14478 : 1997
cation

IS 14691 : 1999 Rolling Bearings - Taper Rolling Bearings - Tapered Roller - Metric Series - Specification

IS 14802 : Part 1 : 2000 Plain Bearings - Hardness Testing of Bearing Metals - Part 1 : Compound Materials

IS 14802 : Part 2 : 2000 Plain Bearings - Hardness Testing of Bearing Metals - Part 2 : Solid Materials

IS 14803 : Part 1 : 2000 Plain Bearings - Part 1 : Fits

Plain Bearings - Part 2 : Tolerances on Form and Position and Surface Roughness for Shafts, Flanges and
IS 14803 : Part 2 : 2000
Thrust Collars

123
124
Deep Groove
Ball Bearings

125
Deep groove ball bearings

Deep groove ball bearings

DGBB

Deep Groove Ball Bearing Double row deep groove ball bearing are wider than
single row deep groove ball bearing for same bore
These types of bearing contains of inner ring. Outer ring, diameter and outer diameter, ball have higher load
ball and cage. Also available in rubber seals and steel shields, carrying capacity than
snap ring grooves with snap-rings and also in different types
single row deep groove ball bearing.
of cage.

These bearings are mainly Precautions for use of Deep

Single row deep groove ball bearings
Groove Ball Bearing
If the bearing load is too small during operation slippage
Double row deep groove ball bearings
occurs between the ball raceway. Which may result
in smearing in deep Groove ball bearing. The higher
Characteristic of deep groove ball the weight of ball and cage, the higher the foundry
bearing becomes, specially for large bearings. So if very Small
bearing load are expected than please contact ZNL for
Low, medium and very high speed rotation
selection of appropriate bearings
Require low maintenance
Able to accommodate axial load in both direction
Misalignment
For double row deep groove ball bearing misalignment
Able to accommodate radial load at high speed
of inner ring relative to outer ring can only
Unidirectional and bidirectional load carrying capacity accommodate by force, which results ball load and
Good running accuracy and low noise cage force and result in reduce bearing life. Any
misalignment in bearing ring will result increase noise
Use for low and medium load application during application.

Series available ZNL Offering

For Single Row All type of ball bearing
6800, 6900, 16000, 6000, 6200, 6300, 6400, 62000, With Z, 2Z shield and with Rubber seal RS, 2RS
62300, 63000, 61800, 61900,
With snap ring groove and snap ring
6200, 6300, - Also manufacture in EMQ [ Electric
Motor Quality ] For redial clearance C2, CN, C3, C4, C5

For Double Row As per ISO grade PO ABEC1 And as per ISO Grade P6
ABEC3
4200, 4300
Cage type riveted of steel and brass steel, machined
Double row deep groove ball brass cage, polyimide.

bearing has Dimension as per ISO standard, DIN standard and ISI
standard.
Deep interrupted raceways and high conformity between
ball and raceways. RLS, RMS, XLJ Available

Carry axial load in unidirectional and bidirectional, addition

to radial load. Suitable where load carrying capacity of
single row deep groove ball bearing is inadequate.

126
Deep groove ball bearings

Radial internal clearance of

DGBB Deep groove ball bearings

Bore Radial internal clearance

Diameter
C2 Normal C3 C4 C5
d Incl Max Max Max Max Max
min Min Min Min Min
over

mm Mincron

6 0 7 2 13 8 23 - - - -

6 10 0 7 2 13 8 23 14 29 20 37

10 18 0 9 3 18 11 25 18 33 25 45

18 24 0 10 5 20 13 28 20 36 28 48

24 30 1 11 5 20 13 28 23 41 30 53

30 40 1 11 6 20 15 33 28 46 40 64

40 50 1 11 6 23 18 36 30 51 45 73

50 65 1 15 8 28 23 43 38 61 55 90

65 80 1 15 10 30 25 51 46 71 65 105

80 100 1 18 12 36 30 58 53 84 75 120

100 120 2 20 15 41 36 66 61 97 90 140

120 140 2 23 18 48 41 81 71 114 105 160

140 160 2 23 18 53 46 91 81 130 120 180

160 180 2 25 20 61 53 102 91 147 135 200

180 200 2 30 25 71 63 117 107 163 150 230

200 225 4 32 28 82 73 132 120 187 175 255

225 250 4 36 31 92 87 152 140 217 205 290

250 280 4 39 36 97 97 162 152 237 255 320

127
Deep groove ball bearings

Deep groove ball bearings

Single row
DGBB d10 -25mm

Basic Load Ratings Speed Ratings Lubrication

Principal Dimensions
Dynamic Static Grease Oil Mass Designation

d D B C C0

mm kN RPM kg

10 19 5 1.38 0.58 36000 43000 0.0055 61800

22 6 1.95 0.75 34000 40000 0.010 61900

26 8 4.62 1.96 30000 36000 0.019 6000

28 8 4.62 1.96 28000 34000 0.022 16100

30 9 5.07 2.36 24000 30000 0.032 6200

35 11 8.06 5.40 20000 26000 0.053 6300

12 21 5 1.43 0.67 32000 38000 0.0063 61801

24 6 2.25 0.98 30000 36000 0.011 61901

28 8 5.07 2.36 26000 32000 0.022 6001

30 8 5.07 2.36 26000 32000 0.023 16101

32 10 6.89 3.10 22000 28000 0.037 6201

37 12 9.75 4.15 19000 24000 0.060 6301

15 24 5 1.56 0.8 28000 34000 0.0074 61802

28 7 4.03 2.04 24000 30000 0.016 61902

32 8 5.59 2.85 22000 28000 0.025 16002

32 9 5.59 2.85 22000 28000 0.030 6002

35 11 7.80 3.75 19000 24000 0.045 6202

42 13 11.40 5.40 17000 20000 0.052 6302

17 26 5 1.68 0.93 24000 30000 0.0082 61803

30 7 4.36 2.32 22000 28000 0.018 61903

35 10 6.05 3.25 19000 24000 0.039 6003

40 12 9.56 4.75 17000 20000 0.065 6203

47 14 13.50 6.55 16000 19000 0.12 6303

62 17 22.90 10.80 12000 15000 0.27 6403

20 32 7 2.70 1.50 19000 24000 0.018 61804

37 9 6.37 3.65 18000 22000 0.038 61904

42 8 6.89 4.05 17000 20000 0.050 16004

42 12 9.36 5.00 17000 20000 0.069 6004

47 14 12.70 6.55 15000 18000 0.11 6204

52 15 15.90 7.80 13000 16000 0.14 6304

72 19 30.70 15.0 10000 13000 0.40 6404

25 37 7 4.36 2.60 17000 20000 0.022 61805

42 9 6.63 4.00 16000 19000 0.045 61905

47 8 7.61 4.75 14000 17000 0.06 16005

47 12 11.20 6.55 15000 18000 0.08 6005

52 15 14.00 7.80 12000 15000 0.13 6205

128
Deep groove ball bearings

Deep groove ball bearings

Single row
DGBB d25 - 50mm

Basic Load Ratings Speed Ratings Lubrication

Principal Dimensions
Dynamic Static Grease Oil Mass Designation

d D B C C0

mm kN RPM kg

25 62 17 22.50 11.60 11000 14000 0.23 6305

80 21 35.80 19.30 9000 11000 0.53 6405

30 42 7 4.49 2.90 15000 18000 0.027 61806

47 9 7.28 4.55 14000 17000 0.051 61906

55 9 11.20 7.35 12000 15000 0.085 16006

62 16 19.50 11.20 10000 13000 0.20 6206

72 19 28.10 16.00 9000 11000 0.35 6306

90 23 43.60 23.6 8500 10000 0.74 6406

35 47 7 4.75 3.20 13000 16000 0.030 61807

55 10 9.56 6.20 11000 14000 0.080 61907

55 13 13.30 8.30 12000 15000 0.12 6006

62 9 12.40 8.15 11000 13000 0.11 16007

62 14 15.90 10.20 10000 13000 0.16 6007

72 17 25.50 15.30 9000 11000 0.29 6207

80 21 33.20 19.00 8500 10000 0.46 6307

100 25 55.30 31.00 7000 8500 0.95 6407

40 52 7 4.94 3.45 11000 14000 0.034 61808

62 12 13.80 9.30 10000 13000 0.12 61908

68 9 13.30 9.15 9500 12000 0.13 16008

68 15 16.80 11.60 9500 12000 0.19 6008

80 18 30.70 19.00 8500 10000 0.37 6208

90 23 41.00 24.00 7500 9000 0.63 6308

110 27 63.70 36.50 6700 8000 1.25 6408

45 58 7 6.05 4.3 9500 12000 0.040 61809

68 12 14.0 10.8 9000 11000 0.14 61909

75 10 15.6 10.8 9000 11000 0.17 16009

75 16 20.8 14.6 9000 11000 0.25 6009

85 19 33.2 21.6 7500 9000 0.41 6209

100 25 52.7 31.5 6700 8000 0.83 6309

120 29 76.1 45.0 6000 7000 1.55 6409

50 65 7 6.24 4.75 9000 11000 0.052 61810

72 12 14.6 10.4 8500 10000 0.140 61910

80 10 16.3 11.4 8500 10000 0.18 16010

80 16 21.6 16.0 8500 10000 0.26 6010

90 20 35.1 23.2 7000 8500 0.46 6210

110 27 61.8 38.0 6300 7500 1.05 6310

129
Deep groove ball bearings

Deep groove ball bearings

Single row
DGBB d50 - 75mm

Basic Load Ratings Speed Ratings Lubrication

Principal Dimensions
Dynamic Static Grease Oil Mass Designation

d D B C C0

mm kN RPM kg

50 130 31 87.1 52.0 5300 6300 1.90 6410

55 72 9 8.84 6.8 8500 10000 0.083 61811

80 13 15.9 11.4 8000 9500 0.19 61911

90 11 19.5 14.0 7500 9000 0.26 16011

90 18 28.1 21.2 7500 9000 0.39 6011

100 21 43.6 29.0 6300 7500 0.61 6211

120 29 43.6 29.0 6300 7500 0.61 6311

140 33 99.5 62.0 5000 6000 2.3 6411

60 78 10 8.71 6.70 7500 9000 0.11 61812

85 13 16.5 12.00 7500 9000 0.20 61912

95 11 19.9 15.00 6700 8000 0.28 16012

95 18 29.6 23.2 6700 8000 0.42 6012

110 22 52.7 36.00 6000 7000 0.78 6212

130 31 81.9 52.00 5000 6000 1.70 6312

150 35 10.8 69.50 4800 5600 2.75 6412

65 85 10 11.9 9.65 7000 8500 0.13 61813

90 13 17.4 13.40 6700 8000 0.22 61913

100 11 21.2 16.6 6300 7500 0.30 16013

100 18 21.2 16.6 6300 7500 0.30 6013

120 23 55.9 40.5 5300 6300 0.99 6213

140 33 92.3 60.0 4800 5600 2.10 6313

160 37 119.0 78.0 4500 5300 3.30 6413

70 90 10 12.1 10.0 6700 8000 0.14 61814

100 16 23.8 18.3 6300 7500 0.35 61914

110 13 28.1 25 6000 7000 0.43 16014

110 20 37.7 31.0 6000 7000 0.60 6014

125 24 60.5 45 5000 6000 1.05 6214

150 35 104.0 68.0 4500 5300 2.50 6314

180 42 143.0 104.0 3800 4500 4.85 6414

75 95 10 12.50 10.80 6300 7500 0.15 61815

105 16 24.20 19.30 6000 7000 0.370 61915

115 13 28.60 27 5600 6700 0.46 16015

115 20 39.70 33.5 5600 6700 0.64 6015

130 25 66.30 49.00 4800 5600 1.2 6215

160 37 114.00 76.50 4300 5000 3 6315

190 45 153.00 114.00 3600 4300 6.8 6415

130
Deep groove ball bearings

Deep groove ball bearings

Single row
DGBB d80 - 100mm

Basic Load Ratings Speed Ratings Lubrication

Principal Dimensions
Dynamic Static Grease Oil Mass Designation

d D B C C0

mm kN RPM kg

80 100 10 12.70 11.20 6000 7000 0.15 61816

110 16 25.10 20.4 5600 6700 0.40 61916

125 14 33.20 31.5 5300 6300 0.60 16016

125 22 47.50 40.00 5300 6300 0.85 6016

140 26 70.20 55.00 4500 5300 1.40 6216

170 39 124.00 86.5 3800 4500 3.60 6316

200 48 163.00 125 3400 4000 8.00 6416

85 110 13 19.50 16.60 5300 6300 0.27 61817

120 18 31.90 30.00 5300 6300 0.55 61917

130 14 33.80 33.50 5000 6000 0.63 16017

130 22 49.40 43 5000 6000 0.89 6017

150 28 83.20 64.00 4300 5000 1.80 6217

180 41 133.00 96.50 3600 4300 4.25 6317

210 52 174.00 137.00 3200 3800 9.5 6417

90 115 13 19.50 17 5300 6300 0.28 61818

125 18 33.20 31.50 5000 6000 0.59 61918

140 16 41.60 39 4800 5600 0.85 16018

140 24 58.50 50.00 4800 5600 1.15 6018

160 30 95.60 73.50 3800 4500 2.15 6218

190 43 143.00 108.00 3400 4000 4.90 6318

225 54 186.00 15.00 3000 3600 11.5 6418

95 120 13 19.90 17.6 5000 6000 0.30 61819

130 18 33.8 33.5 4800 5600 0.61 61919

145 16 42.3 41.5 4500 5300 0.89 16019

145 24 60.5 5.4 4500 5300 1.20 6019

170 32 108.0 81.5 3600 4300 2.60 6219

200 45 153.0 118.0 3200 3800 5.65 6319

100 125 13 19.90 18.3 4800 5600 0.310 61820

140 20 42.3 41.5 4500 5300 0.83 61920

150 16 44.2 44 4300 5000 0.91 16020

150 24 60.5 54.0 4300 5000 1.25 6020

180 34 124.0 93 3400 4000 3.158 6220

215 47 174.0 140.0 3000 3600 7.00 6320

131
Deep groove ball bearings

Deep groove ball bearings

Single row
DGBB d105 - 150mm

Basic Load Ratings Speed Ratings Lubrication

Principal Dimensions
Dynamic Static Grease Oil Mass Designation

d D B C C0

mm kN RPM kg

105 130 13 20.80 19.60 4500 5300 0.32 61821

145 20 44.20 44.00 4300 5000 0.87 61921

160 18 52.00 51 4000 4800 1.20 16021

160 26 72.80 65.5 4000 4800 1.60 6021

190 36 133.00 104.00 3200 3800 3.70 6221

225 49 182.00 153.00 2800 3400 8.25 6321

110 140 16 28.10 26.00 4300 5000 0.60 61822

150 20 43.60 45 4000 4800 0.90 61922

170 19 57.20 57 3800 4500 1.45 16022

170 28 81.90 73.50 3800 4500 1.95 6022

200 38 143.00 118.00 3000 3600 4.35 6222

240 50 203.00 180 2600 3200 9.55 6322

120 150 16 29.10 28.00 3800 4500 0.65 61824

165 22 55.30 57.00 3600 4300 1.20 61924

180 19 60.50 64.00 3400 4000 1.60 16024

180 28 85.20 80 3400 4000 2.05 6024

215 40 146.00 118.00 2800 3400 5.15 6224

260 55 208.00 186.00 2400 3000 14.5 6324 M

130 165 18 37.70 43 3600 4300 0.93 61826

180 24 65.00 670.00 3400 4000 1.60 61926

200 22 79.30 81.5 3200 3800 2.35 16026

200 33 106.0 100.00 3200 3800 3.15 6026

230 40 156.0 132.00 2600 3200 5.80 6226

280 58 229.0 216.00 2200 2800 18.0 6326 M

140 175 18 39.00 46.5 3400 4000 0.99 61828

190 24 66.3 72.0 3200 3800 1.70 61928

210 22 80.6 86.5 3000 3600 2.50 16028

210 33 111.0 108.0 3000 3600 3.35 6028

250 42 165.0 150 2400 3000 7.45 6228

300 62 251.0 245.0 2000 2600 22.0 6328 M

150 190 20 48.800 61.0 3000 3600 1.40 61830

210 28 88.400 93.0 2800 3400 3.05 61930

225 24 92.300 98 2600 3200 3.15 16030

225 35 125.000 125.0 2600 3200 4.80 6030

270 45 174.000 166 2000 2600 9.40 6230

320 65 276.000 285.0 1900 2400 26.0 6330 M

132
Deep groove ball bearings

Deep groove ball bearings

Single row
DGBB d160 - 220mm

Basic Load Ratings Speed Ratings Lubrication

Principal Dimensions
Dynamic Static Grease Oil Mass Designation

d D B C C0

mm kN RPM kg

160 200 20 49.400 64.00 2800 3400 1.45 61832

220 28 92.300 98.00 2600 3200 3.25 61932

240 25 99.500 108 2400 3000 3.7 16032

240 38 143.000 143 2400 3000 5.9 6032

290 48 186.000 186.00 1900 2400 14.5 6232

340 68 276.000 28.50 1800 2200 29 6332 M

170 215 22 61.800 78.00 2600 3200 1.9 61834

230 28 93.600 106 2400 3000 3.4 61934

260 28 119.000 129 2200 2800 5 16034

260 42 168.000 173.00 2200 2800 7.90 6034 M

310 52 212.000 224.00 1900 2400 17.5 6234 M

360 72 312.000 340 1700 2000 34.5 6334 M

180 225 22 62.400 81.50 2400 3000 2.00 61836

250 33 119.000 134.00 2200 2800 5.050 61936

280 31 138.000 146.00 2000 2600 6.6 16036

280 46 190.000 200 2000 2600 10.50 6036 M

320 52 229.000 24.00 1800 2200 18.5 6236 M

380 75 351.000 405.00 1700 2000 42.5 6336 M

190 240 24 76.1 98 2200 2800 2.60 61838

260 33 117.0 134.00 2200 2800 5.25 61938

290 31 148.0 16 2000 2600 7.90 16038

290 46 195.0 216.00 2000 2600 11.0 6038 M

340 55 255.0 280.00 1700 2000 23.0 6238 M

400 78 371.0 430.00 1600 1900 49.0 6338 M

200 250 24 76.1 102.0 2200 2800 2.70 61840 M

280 38 148.0 166.0 2000 2600 7.40 61940 M

310 34 168.0 190 1900 2400 8.85 16040 M

310 51 216.0 245.0 1900 2400 14.0 6040 M

360 58 270.0 310 1700 2000 28.0 6240 M

420 80 377.0 465.0 1500 1800 55.5 6340 M

220 270 24 78.00 110.0 1900 2400 3.00 61844 M

300 38 151.0 180.0 1900 2400 8.00 61944 M

340 37 174.0 204.0 1800 2200 11.5 16044 M

340 56 247.0 290.0 1800 2200 18.5 6044 M

400 65 296.0 365.0 1500 1800 37.0 6244 M

460 88 410.0 520.0 1300 1600 72.5 6344 M

133
Deep groove ball bearings

Deep groove ball bearings

Single row
DGBB d240 - 380mm

Basic Load Ratings Speed Ratings Lubrication

Principal Dimensions
Dynamic Static Grease Oil Mass Designation

d D B C C0

mm kN RPM kg

240 300 28 108.0 150.0 1800 2200 4.50 61848 M

320 38 159.0 200.0 1800 2200 8.60 61048 M

360 37 178.0 220.0 1700 2000 14.5 16048 M

360 56 255.0 315.0 1700 2000 19.5 6048 M

440 72 358.0 475.0 1300 1600 51.0 6048 M

260 320 28 111.0 163.0 1700 2000 4.80 61852 M

360 46 212.0 270.0 1600 1900 14.5 61952 M

400 44 238.0 310.0 1500 1800 21.5 16052 M

400 65 291.0 375.0 1500 1800 29.5 6052 M

480 80 390.0 530.0 1100 1400 65.5 6252 M

280 350 33 138.000 200.0 1600 1900 7.40 61856 M

380 46 216.0 285.0 1500 1800 15.5 61956 M

420 44 242.0 335.0 1400 1700 23.0 16056 M

420 65 302.0 405.0 1400 1700 31.0 6056 M

500 80 423.0 600.0 1100 1400 71.0 6256 M

300 380 38 172 245 2600 3200 10.5 61860 MA

420 56 270 375 2400 3000 24.5 61960 MA

460 50 286 405 2400 2800 32.0 16060 MA

460 74 358 500 2400 2800 44.0 6060 M

540 85 462 670 2000 2400 88.5 6260 M

320 400 38 172 255 2400 3000 11.0 61864 MA

440 56 276 400 2400 2800 25.5 61964 MA

480 50 281 405 2200 2600 34.0 16064 MA

480 74 371 540 2200 2600 46.0 6064 M

340 420 38 178 275 2400 2800 11.5 61868 MA

460 56 281 425 2200 2600 26.5 61968 MA

520 57 345 520 2000 2400 45.0 16068 MA

520 82 423 640 2000 2400 62.0 6068 M

360 440 38 182 285 2200 2600 12.0 61872 MA

480 56 291 450 2000 2600 28.0 61972 MA

540 57 351 550 1900 2400 49.0 16072 MA

540 82 462 735 1900 2400 64.5 6072 M

380 480 46 242 390 2000 2400 20.0 61876 MA

520 65 338 540 1900 2400 40.0 61976 MA

560 57 377 620 1800 2200 51.0 16076 MA

560 82 462 750 1800 2200 67.5 6076 M

134
Deep groove ball bearings

Deep groove ball bearings

Single row
DGBB d400 - 500mm

Basic Load Ratings Speed Ratings Lubrication

Principal Dimensions
Dynamic Static Grease Oil Mass Designation

d D B C C0

mm kN RPM kg

400 500 46 247 405 1900 2400 20.5 61880 MA

540 65 345 570 1800 2200 41.5 61980 MA

600 90 520 865 1700 2000 87.5 6080 M

420 520 46 251 425 1800 2200 21.5 61884 MA

560 65 351 600 1800 2200 43.0 61984 MA

620 90 507 880 1600 2000 91.5 6084 M

440 540 46 255 440 1800 2200 22,5 61888 MA

600 74 410 720 1600 2000 60,5 61988 MA

650 94 553 965 1500 1900 105 6088 M

460 580 56 319 570 1600 2000 35,0 61892 MA

620 72 423 750 1600 1900 62,5 61992 MA

680 100 582 1060 1500 1800 120 6092 MB

480 600 56 325 600 1600 1900 36,5 61896 MA

650 78 449 815 1500 1800 74,0 61996 MA

700 100 618 1140 1400 1700 125 6096 MB

500 620 56 332 620 1500 1800 40,5 618/500 MA

670 78 462 865 1400 1700 77,0 619/500 MA

720 100 605 1140 1300 1600 135 60/500 N1MAS

135
Deep groove ball bearings

Sealed Single Row Deep groove

DGBB ball bearings
d10 - 15mm

Speed Ratings
Basic Load ratings
Principal Dimensions Lubrication Mass Designation
Dynamic Static Grease

d D B C C0

mm kN RPM kg

10 19 5 1.38 0.59 32000 0.0055 61800-2Z

19 5 1.38 0.59 32000 0.0055 61800-2RS

22 6 2.08 0.85 30000 0.010 61900-2Z

22 6 2.08 0.85 30000 0.010 61900-2RS

26 8 4.75 1.96 27000 0.019 6000-2Z

26 8 4.75 1.96 27000 0.019 6000-2RS

26 12 4.62 1.96 27000 0.025 63000-2RS

30 9 5.40 2.36 22000 0.032 6200-2Z

30 9 5.40 2.36 22000 0.032 6200-2RS

30 14 5.07 2.36 22000 0.04 62200-2RS

35 11 8.52 3.4 20000 0.053 6300-2Z

35 11 8.52 3.4 20000 0.053 6300-2RS

35 17 8.06 3.4 20000 0.06 62300-2RS

12 21 5 1.43 0.67 28000 0.0063 61801-2Z

21 5 1.43 0.67 28000 0.0063 61801-2RS

24 6 2.25 0.98 27000 0.011 61901-2Z

24 6 2.25 0.98 27000 0.011 61901-2RS

28 8 5.4 2.36 24000 0.022 6001-2Z

28 8 5.4 2.36 24000 0.022 6001-2RS

28 12 5.07 2.36 24000 0.029 63001-2RS

32 10 7.28 3.1 20000 0.037 6201-2Z

32 10 7.28 3.1 20000 0.037 6201-2RS

32 14 6.89 3.1 20000 0.045 62201-2RS

37 12 10.1 4.15 18000 0.060 6301-2Z

37 12 10.1 4.15 18000 0.060 6301-2RS

37 17 9.75 4.15 18000 0.070 62301-2RS

15 24 5 1.56 0.8 24000 0.0074 61802-2Z

24 5 1.56 0.8 24000 0.0074 61802-2RS

28 7 4.36 2.24 22000 0.016 61902-2Z

28 7 4.36 2.24 22000 0.016 61902-2RS

32 8 5.85 2.85 20000 0.025 16002-2Z

32 9 5.85 2.85 20000 0.030 6002-2Z

32 9 5.85 2.85 20000 0.030 6002-2RS

32 13 5.59 2.85 20000 0.039 63002-2RS

35 11 8.06 3.75 17000 0.045 6202-2Z

136
Deep groove ball bearings

Sealed Single Row Deep groove

DGBB ball bearings
d15 -25mm

Speed Ratings
Basic Load ratings
Principal Dimensions Lubrication Mass Designation
Dynamic Static Grease

d D B C C0

mm kN RPM kg

15 35 11 8.06 3.75 17000 0.045 6202-2RS

35 14 7.8 3.75 17000 0.054 62202-2RS

42 13 11.9 5.4 15000 0.082 6302-2Z

42 13 11.9 5.4 15000 0.082 6302-2RS

42 17 11.4 5.40 15000 0.11 62302-2RS

17 26 5 1.68 0.93 22000 0.0082 61803-2Z

26 5 1.68 0.93 22000 0.0082 61803-2RS

30 7 4.62 2.55 20000 0.018 61903-2Z

30 7 4.62 2.55 20000 0.018 61903-2RS

35 8 6.37 3.25 18000 0.032 16003-2Z

35 10 6.37 3.25 18000 0.039 6003-2Z

35 10 6.37 3.25 18000 0.039 6003-2RS

35 14 6.05 3.25 18000 0.052 63003-2RS

40 12 9.95 4.75 15000 0.065 6203-2Z

40 12 9.95 4.75 15000 0.065 6203-2RS

40 16 9.56 4.75 15000 0.083 62203-2RS

47 14 14.3 6.55 13600 0.12 6303-2Z

47 14 14.3 6.55 13600 0.12 6303-2RS

47 19 13.5 6.55 13600 0.15 62303-2RS

20 32 7 4.03 2.32 18000 0.018 61804-2RS

37 9 6.37 3.65 17000 0.038 61904-2RS

42 12 9.95 5 15000 0.069 6004-2Z

42 12 9.95 5 15000 0.069 6004-2RS

42 16 9.36 5 15000 0.086 63004-2RS

47 14 13.5 6.55 13000 0.11 6204-2Z

47 14 13.5 6.55 13000 0.11 6204-2RS

47 18 12.7 6.55 13000 0.13 62204-2RS

52 15 16.8 7.8 12000 0.14 6304-2Z

52 15 16.8 7.8 12000 0.14 6304-2RS

52 21 15.9 7.8 12000 0.20 62304-2RS

25 37 7 4.36 2.6 15000 0.022 61805-2RS

42 9 7.02 4.3 14000 0.045 61905-2RS

47 12 11.9 6.55 13000 0.08 6005-2Z

47 12 11.9 6.55 13000 0.08 6005-2RS

47 16 11.2 6.55 13000 0.10 63005-2RS

137
Deep groove ball bearings

Sealed Single Row Deep groove

DGBB ball bearings
d25 - 45mm

Speed Ratings
Basic Load ratings
Principal Dimensions Lubrication Mass Designation
Dynamic Static Grease

d D B C C0

mm kN RPM kg

25 52 15 14.8 7.80 11000 0.13 6205-2Z

52 15 14.8 7.80 11000 0.13 6205-2RS

52 18 14.0 7.80 11000 0.15 62205-2RS

62 17 23.4 11.60 9000 0.23 6305-2Z

62 17 23.4 11.60 9000 0.23 6305-2RS

62 24 22.5 11.6 9000 0.32 62305-2RS

30 42 7 4.49 2.9 13000 0.027 61806-2Z

47 9 7.28 4.55 12000 0.051 60906-2RS

55 13 13.8 8.3 11000 0.12 6006-2Z

55 13 13.8 8.3 11000 0.12 6006-2RS

55 19 13.3 8.3 11000 0.16 63006-2RS

62 16 20.3 11.2 9000 0.20 6206-2Z

62 16 20.3 11.2 9000 0.20 6206-2RS

62 20 19.5 11.2 9000 0.24 62206-2RS

72 19 29.6 16 8000 0.35 6306-2Z

72 19 29.6 16 8000 0.35 6306-2RS

72 27 28.1 16 8000 0.48 62306-2RS

35 47 7 4.75 3.2 11000 0.03 61807-2RS

55 10 9.56 6.8 10000 0.08 61907-2RS

62 14 16.8 10.2 9000 0.16 6007-2Z

62 14 16.8 10.2 9000 0.16 6007-2RS

62 20 15.9 10.2 9000 0.21 63007-2RS

72 17 27 15.3 8000 0.29 6207-2Z

72 17 27 15.3 8000 0.29 6207-2RS

72 23 25.5 15.3 8000 0.37 62207-2RS

80 21 35.1 19 7000 0.46 6307-2Z

80 21 35.1 19 7000 0.46 6307-2RS

80 31 33.2 19 7000 0.66 62307-2RS

40 52 7 4.94 3.45 10000 0.034 61808-2RS

62 12 13.8 10 9000 0.12 61908-2RS

68 15 17.8 11.6 8000 0.19 6008-2Z

68 15 17.8 11.6 8000 0.19 6008-2RS

68 21 16.8 11.6 8000 0.26 63008-2RS

80 18 32.5 19 7000 0.37 6208-2Z

80 18 32.5 19 7000 0.37 6208-2RS

138
Deep groove ball bearings

Sealed Single Row Deep groove

DGBB ball bearings
d40 - 55mm

Speed Ratings
Basic Load ratings
Principal Dimensions Lubrication Mass Designation
Dynamic Static Grease

d D B C C0

mm kN RPM kg

40 80 23 30.7 19 7000 0.44 62208-2RS

90 23 42.3 24 6000 0.63 6308-2Z

90 23 42.3 24 6000 0.63 6308-2RS

90 33 41 24 6000 0.89 62308-2RS

45 58 7 6.63 6.1 8000 0.04 61809-2RS

68 12 14 10.8 8000 0.14 61909-2RS

75 16 22.1 14.6 8000 0.25 6009-2Z

75 16 22.1 14.6 8000 0.25 6009-2RS

75 23 20.8 14.6 8000 0.34 63009-2RS

85 19 35.1 21.6 6000 0.41 6209-2Z

85 19 35.1 21.6 6000 0.41 6209-2RS

85 23 33.2 21.6 6000 0.48 62209-2RS

100 25 55.3 31.5 5000 0.83 6309-2Z

100 25 55.3 31.5 5000 0.83 6309-2RS

100 36 52.7 31.5 5000 1.15 62309-2RS

50 65 7 6.76 6.8 8000 0.052 61810-2RS

72 12 14.60 11.8 8000 0.14 61910-2RS

80 16 22.9 16 7000 0.26 6010-2Z

80 16 22.9 16 7000 0.26 6010-2RS

80 23 21.6 16 7000 0.37 63010-2RS

90 20 37.1 23.2 5000 0.46 6210-2Z

90 20 37.1 23.2 5000 0.46 6210-2RS

90 23 35.1 23.2 5000 0.52 62210-2RS

110 27 65 38 4500 1.05 6310-2Z

110 27 65 38 4500 1.05 6310-2RS

110 40 61.8 38 4500 1.55 62310-2RS

55 72 9 9.04 8.8 8000 0.083 61811-2RS

80 13 16.5 14 6000 0.19 61911-2RS

90 18 26.6 21.2 6000 0.39 6011-2Z

90 18 29.6 21.2 6000 0.39 6011-2RS

100 21 46.2 29 5000 0.61 6211-2Z

100 21 46.2 29 5000 0.61 6211-2RS

100 25 43.6 29 5000 0.70 62211-2RS

120 29 74.1 45 4000 1.35 6311-2Z

120 29 74.1 45 4000 1.35 6311-2RS

139
Deep groove ball bearings

Sealed Single Row Deep groove

DGBB ball bearings
d55 - 75mm

Speed Ratings
Basic Load ratings
Principal Dimensions Lubrication Mass Designation
Dynamic Static Grease

d D B C C0

mm kN RPM kg

55 120 43 71.5 45 4000 1.95 62311-2RS

60 78 10 11.9 11.4 6000 0.11 61812-2RS

85 13 16.5 14.3 6000 0.20 61912-2RS

95 18 30.7 23.2 5000 0.42 6012-2Z

95 18 30.7 23.2 5000 0.42 6012-2RS

110 22 55.3 36 5000 0.78 6212-2Z

110 22 55.3 36 4500 0.78 6212-2RS

110 28 52.7 36 4500 0.97 62212-2RS

130 31 85.2 52 4000 1.70 6312-2Z

130 31 85.2 52 4000 1.70 6312-2RS

130 46 81.9 52 4000 2.50 62312-2RS

65 85 10 12.4 12.7 6000 0.13 61813-2RS

90 13 17.4 16 6000 0.22 61913-2RS

100 18 31.9 25 5000 0.44 6013-2Z

100 18 31.9 25 5000 0.44 6013-2RS

120 23 58.5 40.5 4000 0.99 6213-2Z

120 23 58.5 40.5 4000 0.99 6213-2RS

120 31 55.9 40.5 4000 1.25 62213-2RS

140 33 97.5 60 3500 2.10 6313-2Z

140 33 97.5 60 3500 2.10 6313-2RS

140 48 92.3 60 3500 3.00 62313-2RS

70 90 10 12.4 132 6000 0.14 61814-2RS

100 16 23.8 21.2 5000 0.35 61914-2RS

110 20 39.7 31 4000 0.60 6014-2Z

110 20 39.7 31 4000 0.60 6014-2RS

125 24 63.7 45 3500 1.10 6214-2Z

125 24 63.7 45 3500 1.10 6214-2RS

125 31 60.5 45 3500 1.30 62214-2RS

150 35 111 68 3000 2.50 6314-2Z

150 35 111 68 3000 2.50 6314-2RS

150 51 104 68 3000 3.55 62314-2RS

75 95 10 12.7 14.3 5000 0.15 61815-2RS

105 16 24.2 19.3 4000 0.37 61915-2RS

115 20 41.6 33.5 3500 0.64 6015-2Z

115 20 41.6 33.5 3500 0.64 6015-2RS

140
Deep groove ball bearings

Sealed Single Row Deep groove

DGBB ball bearings
d75 - 100mm

Speed Ratings
Basic Load ratings
Principal Dimensions Lubrication Mass Designation
Dynamic Static Grease

d D B C C0

mm kN RPM kg

75 130 25 68.9 49 3000 1.20 6215-2Z

130 25 68.9 49 3000 1.20 6215-2RS

160 37 119.0 76.9 2700 3.00 6315-2Z

160 37 119.0 76.5 2700 3.00 6315-2RS

80 100 10 13 15 4000 0.15 61816-2RS

110 16 25.1 20.4 3500 0.40 61916-2RS

125 22 49.4 40 3000 0.85 6016-2Z

125 22 49.4 40 3000 0.85 6016-2RS

80 140 26 72.8 55 2800 1.40 6216-2Z

140 26 42.8 55 2800 1.40 6216-2RS

170 39 130.0 86.5 2500 3.60 6316-2Z

170 39 130.0 86.5 2500 3.60 6316-2RS

85 110 13 19.5 20.8 4000 0.27 61817-2RS

130 22 52.0 43 3000 0.89 6017-2Z

130 22 52.0 43 3000 0.89 6017-2RS

150 28 87.1 64 2700 1.80 6217-2Z

180 41 140.0 96.5 2400 4.25 6317-2Z

180 41 140.0 96.5 2400 4.25 6317-2RS

90 115 13 19.5 22 3500 0.28 61818-2RS

140 24 60.5 50 3000 1.15 6018-2Z

140 24 60.5 50 3000 1.15 6018-2RS

160 30 101 73.5 2500 2.15 6218-2Z

160 30 101 73.5 2500 2.15 6218-2RS

190 43 151 108 2200 4.90 6318-2Z

190 43 151 108 2200 4.90 6318-2RS

95 120 13 19.9 22.8 3000 0.30 61819-2RS

130 18 33.8 33.5 3000 0.61 61919-2RS

145 24 63.7 54 2800 1.20 6019-2Z

145 24 63.7 54 2800 1.20 6019-2RS

170 32 114 81.5 2400 2.60 6219-2Z

170 32 114 81.5 2400 2.60 6219-2RS

200 45 159 118 2100 5.65 6319-2Z

200 45 159 118 2100 5.65 6319-2RS

100 125 13 19.9 24 3000 0.31 61820-2RS

150 24 63.7 54 2800 1.25 6020-2Z

141
Deep groove ball bearings

Sealed Single Row Deep groove

DGBB ball bearings
d100 - 160mm

Speed Ratings
Basic Load ratings
Principal Dimensions Lubrication Mass Designation
Dynamic Static Grease

d D B C C0

mm kN RPM kg

100 150 24 63.7 54 2800 1.25 6020-2RS

180 34 127 93 2200 3.15 6220-2Z

180 34 127 93 2200 3.15 6220-2RS

215 47 174 140 2000 7.00 6320-2Z

105 130 13 20.8 19.6 2800 0.32 61821-2RS

160 26 76.1 65.5 2500 1.60 6021-2Z

160 26 76.1 65.5 2500 1.60 6021-2RS

190 36 140 104 2100 3.70 6221-2Z

190 36 140 104 2100 3.70 6221-2RS

225 49 182 153 1800 8.25 6321-2Z

110 140 16 28.1 26 2800 0.60 61822-2RS

170 28 85.2 73.5 2500 1.95 6022-2Z

170 28 85.2 73.5 2500 1.95 6022-2RS

200 38 151 118 2000 4.35 6222-2Z

120 150 16 29.1 28 2500 0.65 61824-2RS

150 16 29.1 28 2500 0.65 61824-2RS

180 28 88.4 80 2200 2.05 6024-2Z

180 28 88.4 80 2200 2.05 6024-2RS

215 40 146 118 1800 5.15 6224-2Z

130 165 18 37.7 43 2300 0.93 61826-2RS

200 33 112 100 2000 3.15 6026-2Z

200 33 112 100 2000 3.15 6026-2RS

230 40 156 132 1600 5.80 6226-2Z

140 175 18 37.7 43 2200 0.99 61828-2RS

210 33 111 108 2000 3.35 6028-2Z

210 33 111 108 2000 3.35 6028-2RS

150 225 35 125 125 1800 4.80 6030-2Z

225 35 125 125 1800 4.80 6030-2RS

160 240 38 143 143 1600 5.90 6032-2Z

240 38 143 143 1600 5.90 6032-2RS

142
Deep groove ball bearings

Deep groove ball bearings with

DGBB filling slots and snap ring
d25-100mm

Fatigue
Speed Ratings
Basic Load Ratings Load Designation Shield &
Limit Shield Snap
Principal Dimensions Mass Bearing Snap
Type Ring
Ref Limiting Open Ring
Dynamic Static
Speed Speed

d D B C C0 Pu

mm kN kN RPM Kg

25 52 15 20.0 14.0 0.60 22000 14000 0.18 205 ZZ NR ZZNR

62 17 22.9 15.6 0.67 20000 13000 0.24 305 ZZ NR ZZNR

30 62 16 22.9 17.3 0.735 20000 12000 0.21 206 ZZ NR ZZNR

72 19 29.2 20.8 0.88 18000 11000 0.37 306 ZZ NR ZZNR

35 72 17 29.7 22.8 0.965 17000 11000 0.31 207 ZZ NR ZZNR

80 21 39.1 28.5 1.20 16000 10000 0.48 307 ZZ NR ZZNR

40 80 18 33.6 26.5 1.12 15000 9500 0.39 208 ZZ NR ZZNR

90 23 46.8 36 1.53 14000 9000 0.64 308 ZZ NR ZZNR

45 85 19 39.6 32.5 1.37 14000 9000 0.44 209 ZZ NR ZZNR

100 25 59.4 46.5 1.96 13000 8000 0.88 309 ZZ NR ZZNR

50 90 20 39.1 34.5 1.46 13000 8000 0.5 210 ZZ NR ZZNR

110 27 64.4 52 2.02 11000 7000 1.15 310 ZZ NR ZZNR

55 100 21 48.4 44 1.86 12000 7500 0.66 211 ZZ NR ZZNR

120 29 79.2 67 2.85 10000 6700 1.5 311 ZZ NR ZZNR

60 110 22 56.1 50 2.12 11000 6700 0.85 212 ZZ NR ZZNR

130 31 91.3 78 3.35 9500 6000 1.85 312 ZZ NR ZZNR

65 120 23 60.5 58.5 2.5 10000 6000 1.05 213 ZZ NR ZZNR

140 33 102 90 3.75 9000 5600 2.3 313 ZZ NR ZZNR

70 125 24 66 65.5 2.75 9500 6000 1.15 214 ZZ NR ZZNR

150 35 114 102 4.15 8000 5000 2.75 314 ZZ NR ZZNR

75 130 25 72.1 72 3 9000 5600 1.25 215 ZZ NR ZZNR

160 37 125 116 4.55 7500 4800 3.25 315 ZZ NR ZZNR

80 140 26 88 85 3.45 8500 5300 1.55 216 ZZ NR ZZNR

170 39 138 129 4.9 7000 4500 3.95 316 ZZ NR ZZNR

85 150 28 96.8 100 3.9 7500 4800 1.95 217 ZZ NR ZZNR

180 41 147 146 5.3 6700 4300 4.60 317 ZZ NR ZZNR

90 160 30 112 114 4.3 7000 4500 2.35 218 ZZ NR ZZNR

190 43 157 160 5.7 6300 4000 5.4 318 ZZ NR ZZNR

95 170 32 121 122 4.5 6700 4300 2.70 219 ZZ NR ZZNR

100 180 34 134 140 5 6300 4000 3.45 220 ZZ NR ZZNR

143
Deep groove ball bearings

Double Row Deep groove ball bearings

d10-100mm
DGBB

Fatigue
Basic Load Ratings Speed Rating
Load Limit
Principal Dimensions Mass
Limiting Ref
Dynamic Static Designation
Speed Speed

d D B C C0 Pu Grease Oil

mm kN kN RPM RPM kg

10 30 14 9.23 5.2 0.224 11000 20000 0.049 4200 ATN9

12 32 14 10.6 6.2 0.26 10000 18000 0.053 4201 ATN9

37 17 13 7.8 0.325 9000 17000 0.092 4301 ATN9

15 35 14 11.9 7.5 0.32 8500 16000 0.059 4202 ATN9

42 17 14.8 9.5 0.405 7500 14000 0.120 4302 ATN9

17 40 16 14.8 9.5 0.405 7500 14000 0.090 4203 ATN9

47 19 19.5 13.2 0.56 6500 12000 0.16 4303 ATN9

20 47 18 17.8 12.5 0.53 6500 12000 0.14 4204 ATN9

52 21 23.4 16 0.68 6000 11000 0.21 4304 ATN9

25 52 18 19 14.6 0.62 5500 10000 0.16 4205 ATN9

62 24 31.9 22.4 0.95 5000 9000 0.34 4305 ATN9

30 62 20 26 20.8 0.88 4750 8500 0.26 4206 ATN9

72 27 41 30 1.27 4250 8000 0.50 4306 ATN9

35 72 23 35.1 28.5 1.2 4000 7500 0.40 4207 ATN9

80 31 50.7 38 1.63 3750 7000 0.69 4307 ATN9

40 80 23 37.1 32.5 1.37 3500 6500 0.50 4208 ATN9

90 33 55.9 45 1.9 3350 6000 0.95 4308 ATN9

45 85 23 39 36 1.53 3350 6000 0.54 4209 ATN9

100 36 68.9 56 2.4 3000 5500 1.25 4309 ATN9

50 90 23 41 40 1.7 3000 5500 0.58 4210 ATN9

110 40 81.9 69.5 2.9 2650 5000 1.70 4310 ATN9

55 100 25 44.9 44 1.9 2800 5000 0.80 4211 ATN9

120 43 97.5 83 3.45 2500 4500 2.15 4311 ATN9

60 110 28 57.2 55 2.36 2650 4750 1.10 4212 ATN9

130 46 112 98 4.15 2750 4250 2.65 4312 ATN9

65 120 31 67.6 67 2.8 2400 4250 1.45 4213 ATN9

140 48 121 106 4.5 2150 4000 3.25 4313 ATN9

70 125 31 70.2 73.5 3.1 2150 4000 1.50 4214 ATN9

150 51 138 125 5 1900 3500 3.95 4314 ATN9

75 130 31 72.8 80 3.35 2000 3750 1.60 4215 ATN9

160 55 156 143 5.5 1800 3350 4.80 4315 ATN9

80 140 33 80.6 90 3.6 1900 3500 2.00 4216 ATN9

85 150 36 93.6 102 4 1800 3500 2.55 4217 ATN9

90 160 40 112 122 .65 1700 3150 3.20 4218 ATN9

100 180 46 140 156 5.6 1500 2800 4.70 4220 ATN9

144
Miniature Ball Bearings

Miniature Ball Bearings

Inch series
MBB d1.5 - 4mm

Basic Load Ratings

Limiting Speeds Bearing Numbers Weight

with g Unsealed
with flanged type
Boundary Dimensions unsealed
dou- or with
Dynamic Static Grease Oil Open type flange
ble and open
kN with flange
shield double
shield

d D B B1 Cr C or

1.5 4 1.2 2 0.10 0.03 44000 50000 68/1.5 ZZ FL68/1.5 ZZ 0.07 0.09

5 2 2.6 0.17 0.05 39500 46500 69/1.5A ZZ FL69/1.5A ZZ 0.18 0.24

6 2.5 3 0.27 0.09 35500 42000 60/1.5 ZZ FL60/1.5 ZZ 0.35 0.42

4 1.2 2 0.10 0.04 41500 49000 672 - - - 0.06 -

5 1.5 2.3 0.17 0.05 37000 43500 682 ZZ FL682 ZZ 0.13 0.17

5 2 2.5 0.17 0.05 37000 43500 BC2-5 ZZ - - 0.16 -

2 6 2.3 3 0.28 0.09 33500 39500 692 ZZ FL692 ZZ 0.31 0.38

6 2.5 - 0.28 0.09 33500 39500 BC2-6 - FLBC2-6 - 0.32 0.38

7 2.5 - 0.39 0.01 29500 35000 BC2-7A - - - 0.44 -

7 2.8 3.5 0.38 0.01 31000 36500 602 ZZ FL602 ZZ 0.54 0.64

5 1.5 2.3 0.15 0.06 35000 41000 67/2.5 ZZ - - 0.11 -

6 1.8 2.6 0.21 0.07 32500 38000 68/2.5 ZZ FL68/2.5 ZZ 0.22 0.26

7 3 3 0.28 0.10 29500 35000 - ZZ - ZZ 0.6 0.67

2.5 7 2.5 3.5 0.28 0.10 29500 35000 69/2.5 ZZ FL69/2.5 ZZ 0.43 0.53

8 2.5 2.8 0.43 0.15 28000 33000 BC2.5-8 ZZ FLBC2.5-8 - 0.57 0.65

8 2.8 4 0.55 0.17 28000 33000 60/2.5 ZZ FL60/2.5 ZZ 0.72 0.83

6 2 2.5 0.24 0.09 30000 35500 673 ZZ FL673 ZZ 0.2 0.26

7 2 3 0.39 0.13 29000 34000 683 ZZ FL683 ZZ 0.33 0.38

8 2.5 - 0.56 0.18 27000 31500 BC3-8 - FLBC3-8 - 0.52 0.6

3 8 3 4 0.56 0.18 27000 31500 693 ZZ FL693 ZZ 0.61 0.72

9 2.5 4 0.64 0.22 25000 29500 BC3-9 ZZ FLBC3-9 ZZ 0.71 0.79

9 3 5 0.64 0.22 25000 29500 603 ZZ FL603 ZZ 0.92 1

10 4 4 0.64 0.22 25000 29000 623 ZZ FL623 ZZ 1.6 1.8

7 2 2.5 0.22 0.09 27000 31500 674A ZZ FL674A ZZ 0.28 0.35

8 2 3 0.40 0.14 26000 30500 BC4-8 ZZ FLBC4-8 ZZ 0.38 0.46

9 2.5 4 0.64 0.22 24500 28500 684AX50 ZZ FL684AX50 ZZ 0.67 0.76

10 3 4 0.65 0.24 23000 27500 BC4-10 ZZ FLBC4-10 ZZ 1 1.1

4 11 4 4 0.71 0.28 22500 26000 694 ZZ FL694 ZZ 1.8 2

12 4 4 0.97 0.36 21500 25500 604 ZZ FL604 ZZ 2.1 2.3

13 5 5 1.3 0.49 21000 24500 624 ZZ FL624 ZZ 3.2 3.5

16 5 5 1.8 0.68 18500 22000 634 ZZ - - 5.1 -

8 2 2.5 0.22 0.09 24500 28500 675 ZZ FL675 ZZ 0.32 0.4

145
Miniature Ball Bearings

Miniature Ball Bearings

Inch series
MBB d5 - 9mm

Basic Load Ratings

Limiting Speeds Bearing Numbers Weight

with g Unsealed
with flanged type
Boundary Dimensions unsealed
dou- or with
Dynamic Static Grease Oil Open type flange
ble and open
kN with flange
shield double
shield

d D B B1 Cr C or

5 9 2.5 3 0.50 0.21 23000 27500 BC5-9 ZZ FLBC5-9 ZZ 0.55 0.63

10 3 4 0.72 0.28 22500 26000 BC5-10 ZZ FLBC5-10 ZZ 0.88 0.97

11 4 4 0.71 0.28 21500 25500 - ZZ - ZZ 1.8 2

11 3 5 0.71 0.28 21500 25500 685 ZZ FL685 ZZ 1.1 1.3

13 4 4 1.08 0.43 20000 23500 695 ZZ FL695 ZZ 2.4 2.7

13 5 5 1.08 0.43 20000 23500 - ZZ - ZZ 3.4 3.7

14 5 5 1.33 0.50 19500 23000 605 ZZ FL605 ZZ 3.5 3.9

16 5 5 1.76 0.68 18500 22000 625 ZZ FL625 ZZ 4.8 5.2

19 6 6 2.34 0.88 17000 20000 635 ZZ - - 8 -

10 2.5 3 0.46 0.20 21500 25500 676A ZZ FL676A ZZ 0.65 0.74

12 3 4 0.83 0.36 20000 23500 BC6-12 ZZ FLBC6-12 ZZ 1.3 1.4

13 3.5 5 1.08 0.44 19500 23000 686 ZZ FL686 ZZ 1.9 2.2

6 15 5 5 1.35 0.53 18500 22000 696 ZZ FL696 ZZ 3.8 4.3

16 6 6 1.77 0.69 18000 21000 BC6-16A ZZ - - 5.2 -

17 6 6 2.19 0.86 17500 21000 606 ZZ FL606 ZZ 6 6.5

19 6 6 2.34 0.88 17000 20000 626 ZZ FL626 ZZ 8.1 9.2

11 2.5 3 0.55 0.27 20000 23500 677 ZZ FL677 ZZ 0.67 0.77

13 3 4 0.82 0.38 19000 22500 BC7-13 ZZ FLBC7-13 ZZ 1.4 1.5

14 3.5 5 1.17 0.50 18500 22000 687A ZZ FL687A ZZ 2.1 2.4

7 17 5 5 1.61 0.71 17500 20500 697 ZZ FL697 - 5.2 5.7

19 6 6 2.24 0.91 17000 20000 607 ZZ - - 8 -

22 7 7 3.35 1.40 16000 18500 627 ZZ - - 13 -

12 2.5 3.5 0.51 0.25 19000 22500 678A ZZ FL678A ZZ 0.75 0.86

14 3.5 4 0.82 0.38 18000 21500 BC8-14 ZZ FLBCB-14 ZZ 1.8 1.9

8 16 4 5 1.61 0.71 17500 20500 688A ZZ FL688A ZZ 3.1 3.5

19 6 6 1.99 0.86 16500 19500 698 ZZ FL698 ZZ 7.3 8.4

22 7 7 3.35 1.40 16000 18500 608 ZZ FL608 ZZ 12 13

24 8 8 4.00 1.59 15500 18000 628 ZZ - - 17 -

14 3 4.5 0.92 0.46 18000 21000 679 ZZ - - 1.4 -

17 4 5 1.72 0.82 16500 19500 689 ZZ FL689 ZZ 3.2 3.6

9 20 6 6 2.48 1.09 16000 19000 699 ZZ - - 8.2 -

24 7 7 3.40 1.45 15500 18000 609 ZZ - - 14 -

26 8 8 4.55 1.96 15500 17500 629X50 ZZ - - 20 -

146
 Miniature Ball Bearings
Miniature ball bearings

Inch series
MBB 1.984 - 9.525mm

Basic Load Ratings

Limiting Speeds Bearing Numbers Weight
Unsealed
with unsealed with g type
Boundary Dimensions
dou- type flanged or with
Dynamic Static Grease Oil Open flange
ble with and double open
kN
shield flange shield

d D B B1 Cr C or

1.984 6.35 2.38 3.571 0.28 0.09 33500 39500 R1-4 ZZ FLR1-4 ZZ 0.35 0.41

2.38 4.762 1.588 2.38 0.12 0.04 36500 42500 R133 ZZ FLR133 ZZ 0.12 0.16

7.938 2.779 3.571 0.43 0.15 28000 33000 R1-5 ZZ FLR1-5 ZZ 0.69 0.76

6.35 2.38 2.779 0.28 0.10 29500 35000 R144 ZZ FLR144 ZZ 0.27 0.33

7.938 2.779 3.571 0.56 0.18 27000 31500 R2-5 ZZ FLR2-5 ZZ 0.61 0.68

3.175 9.525 2.779 3.571 0.64 0.22 24500 29000 R2-6 ZZ FLR2-6 ZZ 0.88 0.96

9.525 3.967 3.967 0.64 0.22 24500 29000 R2 ZZ FLR2 ZZ 1.3 1.5

12.7 4.366 4.366 1.15 0.39 21500 25500 RA2 ZZ - - 2.5 -

3.967 7.938 2.779 3.175 0.33 0.13 25500 30000 R156 ZZ FLR155 ZZ 0.54 0.61

7.938 2.779 3.175 0.40 0.14 24500 29000 R156 ZZ FLR156 ZZ 0.44 0.51

4.762 9.525 3.175 3.175 0.71 0.27 23000 27500 R166 ZZ FLR166 ZZ 0.8 0.89

12.7 3.967 - 1.31 0.49 20500 24000 R3 - - - 2.2 -

12.7 4.978 4.978 1.31 0.49 20500 24000 RA3 ZZ FLRA3 ZZ 2.4 2.7

9.525 3.175 3.175 0.21 0.09 21500 25500 R168A ZZ - ZZ 0.6 0.69

6.35 12.7 3.175 4.762 0.83 0.37 19500 23000 R188 ZZ FLR188 ZZ 1.6 1.7

15.875 4.978 4.978 1.48 0.61 18000 21500 R4 ZZ FLR4 ZZ 4.4 4.8

19.05 - 7.142 2.34 0.88 17000 20000 - ZZ - - 11 -

9.525 22.225 - 7.142 3.30 1.40 15500 18500 - ZZ - ZZ 14 15

147
148
Angular Contact
Ball Bearings

149
Angular Contact ball bearings

Angular Contact Ball Bearing

ACBB

Angular Contact Ball Bearing Single Row Angular Contact Ball Bearing:-
These bearing have a contact angle so they can
In angular contact ball bearing inner and outer
sustain significant axial loads in one direction
rings are displaced with respect to each other in
together with radial loads. Because of their design,
direction of bearings axis. They are designed for
when radial load is applied component produce an
commendation of combined load, acting radial
axial force. Because of these two opposed bearings
and axial. An axial load carrying capacity of angular
or a combination of more than two must be used.
contact ball bearing increase as increase contact
As the rigidity of single row angular contact ball
angle.
bearing can be increased by preloading. They are
often used in the main spindles machine tools with
Type
which running accuracy is require.
Single row angular contact ball bearing
Double row angular contact ball bearing
Four point contact ball bearing
Double Row Angular Contact Ball Bearing:-
This is basically a back to back mounting of two
single angular contact ball bearings, but their inner
Series available
and outer rings are each integrated into one. This
Single row
type of bearings can be sustained axial load in both
7000, 7200, 7300, 7400
directions this type is used as fixed end bearings.
Double row
3200, 3300, 5200, 5300
Four point contact
Precaution for use of angular contact ball
QJ 200 & QJ 300
bearings:-
Operating conditions; where vibration and moment
load are heavy, lubrication is marginal, the speed
Single Row Angular Contact Ball Bearing
and temperature are closed to their limit, this
(Available in Steel, Brass & Polymide Cages)
bearing may not be suitable and if the load on
Can accommodate axial load carrying in
angular contact ball bearings become too small or
unidirectional only. Have only limited ability to
the ratio of the axial and radial loads for matched
accommodate misalignment.
bearings exceed during operation, slippage occurs
More Series Available ALS, AMS
between the ball and raceways, which may result
in smearing, especially in large bearing where the
Double Row Angular Contact Ball Bearing
weight of ball and cage is high.
It is designed to correspond, two single row angular
contact ball bearing, which takes less axial space.
Can accommodate high radial and axial load acting
in bidirectional.

150
Angular Contact ball bearings

Angular Contact Ball Bearing

Single row
ACBB d10 - 85mm

Basic Load Ratings Speed Ratings Lubrication

Principal Dimensions Mass
Dynamic Static Grease Oil Designation

d D B C C0 RPM

mm kN Kg

10 30 9 7.02 3.35 19000 28000 0.030 7200 B

12 32 10 7.61 3.80 18000 26000 0.036 7201 B

37 12 10.6 5.00 17000 24000 0.060 7301 B

15 35 11 8.84 4.80 17000 24000 0.045 7202 B

42 13 13.00 6.70 15000 20000 0.080 7302 B

17 40 12 10.4 5.5 15000 20000 0.065 7203 B

47 14 15.90 8.30 13000 18000 0.11 7303 B

20 47 14 14.00 8.30 12000 17000 0.11 7204 B

52 15 19.00 10.40 11000 16000 0.14 7304 B

25 52 15 15.60 10.20 10000 15000 0.13 7205 B

62 17 26.00 15.60 9000 13000 0.23 7305 B

30 62 16 23.80 15.60 8500 12000 0.20 7206 B

72 19 34.50 21.20 8000 11000 0.34 7306 B

35 72 17 30.70 20.80 8000 11000 0.28 7207 B

80 21 39.00 24.50 7500 10000 0.45 7307 B

40 80 18 34.60 26.00 7000 9500 0.37 7208 B

90 23 49.40 33.50 6700 9000 0.63 7308 B

45 85 19 37.70 28.00 6700 9000 0.42 7209 B

100 25 60.50 41.50 6000 8000 0.85 7309 B

50 90 20 39.00 30.50 6000 8000 0.47 7210 B

110 27 74.10 51.00 5300 7000 1.10 7310 B

55 100 21 48.80 38.00 5600 7500 0.62 7211 B

120 29 85.20 60.00 4800 6300 1.40 7311 B

60 110 22 57.20 45.50 5000 6700 0.80 7212 B

130 31 95.600 69.50 4500 6000 1.75 7312 B

65 120 23 66.3 54.00 4500 6000 1.00 7213 B

140 33 108.00 80.00 4300 5600 2.15 7313 B

70 125 24 71.50 60.00 4300 5600 1.10 7214 B

150 35 119.0 90.00 3800 5000 2.65 7314 B

75 130 25 72.80 64.00 4300 5600 1.20 7215 B

160 37 133.00 106.00 3600 4800 3.20 7315 B

80 140 26 83.20 73.50 3800 5000 1.45 7216 B

170 39 143.00 118.00 3400 4500 3.80 7316 B

85 150 28 95.60 83.00 3600 4800 1.85 7217 B

180 41 153.00 132.00 3200 4300 4.45 7317 B

151
Angular Contact ball bearings

Angular Contact Ball Bearing

Single row
ACBB d90 - 240mm

Speed Ratings Lubri-

Basic Load Ratings
Principal Dimensions cation
Mass
Designation
Dynamic Static Grease Oil

d D B C C0 RPM

mm kN Kg

90 160 30 108.00 96.00 3400 4500 2.30 7218 B

190 43 165.00 146.00 3000 4000 5.20 7318 B

95 170 32 124.00 148.00 3200 4300 2.70 7219 B

200 45 178.00 163.00 2800 3800 6.05 7319 B

100 180 34 135.00 122.00 3000 4000 3.30 7220 B

215 47 203.00 19.00 2600 3600 7.50 7320 B

105 190 36 148.00 137.00 2800 3800 3.95 7221 B

225 49 212.00 208.00 2400 3400 8.55 7321 B

110 200 38 163.00 153.00 2600 3600 4.60 7222 B

240 50 225.00 224.00 2200 3200 10.00 7322 B

120 215 40 165.00 163.00 2200 3200 6.10 7224 B

260 55 238.00 250.00 1900 2800 14.50 7324 B

130 230 40 186.00 193.00 1900 2800 6.95 7226 B

280 58 251.00 270.00 1800 2600 17.50 7326 B

140 250 42 182.00 196.00 1800 2600 8.85 7228 B

300 62 276.00 310.00 1700 2400 21.50 7328 B

150 270 45 195 224 1700 2400 11.5 7230 B

320 65 302 265 1600 2200 26.0 7330 B

160 290 48 199 236 1600 2200 14.0 7232 B

170 310 52 221 270 1600 2200 17.5 7234 B

360 72 358 455 1400 1900 36.0 7334 B

180 320 52 251 320 1500 2000 18.0 7236 B

380 75 371 490 1300 1800 42.0 7336 B

190 340 55 276 355 1400 1900 22.0 7238 B

400 78 410 560 1200 1700 48.5 7338 B

220 400 65 319 465 1100 1600 37.0 7244 B

240 440 72 364 540 1000 1500 49.0 7248 B

152
Angular Contact Ball Bearings
a a

ZNL Spindle Bearings

ԃ ԃ
ACBB
d D d D

B B
C E
Contact angle ԃ 15° Contact angle ԃ 25°

Weight
Dimension Load Rating Limiting Speed1) Number
≈
Shaft Dynamic
Static Grease Oil
d D B a C Bearing
C0 min-1 mist
mm ≈ kN kg

15 15 28 7 6 4.75 2.28 43000 56000 0.016 B71902C.TPA.P4

15 32 9 8 6.2 2.9 40000 53000 0.03 B7002C.TPA.P4

15 32 9 8 6.2 2.9 40000 53000 0.03 B7002C.TPA.P4.UL

15 35 11 9 7.65 3.55 38000 50000 0.046 B7202C.TPA.P4

15 35 11 9 7.65 3.55 38000 50000 0.046 B7202C.TPA.P4.UL

17 17 30 7 7 5 2.55 40000 53000 0.017 B71903C.TPA.P4.UL

17 35 10 9 7.2 3.6 36000 48000 0.039 B7003C.TPA.P4

17 35 10 9 7.2 3.6 36000 48000 0.039 B7003C.TPA.P4.UL

17 40 12 10 9.5 4.65 34000 45000 0.068 B7203C.TPA.P4

17 40 12 10 9.5 4.65 34000 45000 0.068 B7203C.TPA.P4.UL

20 20 37 9 8 8.8 4.4 34000 45000 0.034 B71904C.TPA.P4.UL

20 42 12 10 10 5.2 30000 40000 0.069 B7004C.TPA.P4

20 42 12 10 10 5.2 30000 40000 0.069 B7004C.TPA.P4.UL

20 47 14 12 12.9 6.55 28000 38000 0.108 B7204C.TPA.P4

20 47 14 12 12.9 6.55 28000 38000 0.108 B7204C.TPA.P4.UL

25 25 42 9 9 9.15 5 28000 38000 0.04 B71905C.TPA.P4.UL

25 42 9 12 8.65 4.8 24000 34000 0.04 B71905E.TPA.P4.UL

25 47 12 11 11 6.3 26000 36000 0.084 B7005C.TPA.P4

25 47 12 11 11 6.3 26000 36000 0.084 B7005C.TPA.P4.UL

25 52 15 13 14.6 8 24000 34000 0.133 B7205C.TPA.P4

25 52 15 13 14.6 8 24000 34000 0.133 B7205C.TPA.P4.UL

25 52 15 17 13.7 7.65 22000 32000 0.133 B7205E.TPA.P4.UL

30 30 47 9 10 10 6 24000 34000 0.046 B71906C.TPA.P4.UL

30 47 9 14 9.5 5.7 22000 32000 0.046 B71906E.TPA.P4.UL

30 55 13 12 14.3 8.65 22000 32000 0.117 B7006C.TPA.P4

30 55 13 12 14.3 8.65 22000 32000 0.117 B7006C.TPA.P4.UL

30 62 16 14 20.8 12 20000 30000 0.204 B7206C.TPA.P4

30 62 16 14 20.8 12 20000 30000 0.204 B7206C.TPA.P4.UL

30 62 16 19 20 11.4 18000 26000 0.204 B7206E.TPA.P4.UL

35 35 55 10 11 11 7.5 22000 32000 0.076 B71907C.TPA.P4.UL

35 55 10 16 10.4 7.1 18000 26000 0.076 B71907E.TPA.P4.UL

35 62 14 14 16.3 10.6 19000 28000 0.157 B7007C.TPA.P4

35 62 14 14 16.3 10.6 19000 28000 0.157 B7007C.TPA.P4.UL

35 62 14 18 15.6 10 17000 24000 0.157 B7007E.TPA.P4.UL

35 72 17 16 25.5 15.6 18000 26000 0.296 B7207C.TPA.P4

35 72 17 16 25.5 15.6 18000 26000 0.296 B7207C.TPA.P4.UL

35 72 17 21 24.5 15 16000 22000 0.296 B7207E.TPA.P4.UL

153
Angular Contact ball bearings
a a

ZNL Spindle Bearings

ԃ ԃ
ACBB
d D d D

B B
C E
Contact angle ԃ 15° Contact angle ԃ 25°

Weight
Dimension Load Rating Limiting speed¹) Number
≈
Shaft Dynamic
Static Grease Oil
c D B a C kg Bearing
C0 min-1 mist
mm ≈ kN

40 40 62 12 13 16.3 10.6 19000 28000 0.105 B71908C.TPA.P4.UL

40 62 12 18 15.3 10.2 16000 22000 0.105 B71908E.TPA.P4.UL

40 68 15 15 17.3 12.2 18000 26000 0.196 B7008C.TPA.P4

40 68 15 15 17.3 12.2 18000 26000 0.196 B7008C.TPA.P4.UL

40 68 15 20 16.6 11.6 15000 20000 0.196 B7008E.TPA.P4.UL

40 80 18 17 34.5 20 16000 22000 0.364 B7208C.TPA.P4

40 80 18 17 34.5 20 16000 22000 0.364 B7208C.TPA.P4.UL

40 80 18 23 32.5 19.3 14000 19000 0.364 B7208E.TPA.P4

45 45 68 12 14 17.3 12.2 17000 24000 0.126 B71909C.TPA.P4.UL

45 68 12 19 16.3 11.6 15000 20000 0.126 B71909E.TPA.P4.UL

45 75 16 16 23.2 16 16000 22000 0.236 B7009C.TPA.P4

45 75 16 16 23.2 16 16000 22000 0.236 B7009C.TPA.P4.UL

45 75 16 22 22 15.3 14000 19000 0.236 B7009E.TPA.P4.UL

45 85 19 18 40.5 25 15000 20000 0.408 B7209C.TPA.P4

45 85 19 25 39 24 13000 18000 0.408 B7209E.TPA.P4.UL

50 50 72 12 14 19 14.6 15000 20000 0.129 B71910C.TPA.P4.UL

50 72 12 20 18 13.7 14000 19000 0.129 B71910E.TPA.P4.UL

50 80 16 17 24.5 18.3 15000 20000 0.262 B7010C.TPA.P4

50 80 16 17 24.5 18.3 15000 20000 0.262 B7010C.TPA.P4.UL

50 80 16 23 23.2 17.3 13000 18000 0.262 B7010E.TPA.P4

50 90 20 19 45 28.5 14000 19000 0.459 B7210C.TPA.P4

50 90 20 19 45 28.5 14000 19000 0.459 B7210C.TPA.P4.UL

50 90 20 26 42.5 27.5 12000 17000 0.459 B7210E.TPA.P4.UL

55 55 80 13 16 22 17 14000 19000 0.176 B71911C.TPA.P4.UL

55 80 13 22 20.8 16.3 12000 17000 0.176 B71911E.TPA.P4.UL

55 90 18 19 34 25 13000 18000 0.383 B7011C.TPA.P4

55 90 18 19 34 25 13000 18000 0.383 B7011C.TPA.P4.UL

55 90 18 26 32.5 23.6 11000 16000 0.383 B7011E.TPA.HG.UL

55 100 21 21 53 34.5 12000 17000 0.608 B7211C.TPA.P4

55 100 21 21 53 34.5 12000 17000 0.608 B7211C.TPA.P4.UL

55 100 21 29 50 33.5 11000 16000 0.608 B7211E.TPA.P4.UL

60 60 85 13 16 23.2 19 13000 18000 0.19 B71912C.TPA.P4.UL

60 85 13 23 22 18 11000 16000 0.19 B71912E.TPA.P4.UL

60 95 18 19 35.5 26.5 12000 17000 0.41 B7012C.TPA.P4

60 95 18 19 35.5 26.5 12000 17000 0.41 B7012C.TPA.P4.UL

60 95 18 27 33.5 25.5 11000 16000 0.41 B7012E.TPA.P4.UL

154
Angular Contact ball bearings
a a

ZNL Spindle Bearings

ԃ ԃ
ACBB
d D d D

B B
C E
Contact angle ԃ 15° Contact angle ԃ 25°

Weight
Dimension Load Rating Limiting speed¹) Number
≈
Shaft Dynamic
Static Grease Oil
d D B a C Bearing
C0 min-1 mist
mm ≈ kN kg

60 60 110 22 23 64 42.5 11000 16000 0.782 B7212C.TPA.P4

60 110 22 23 64 42.5 11000 16000 0.782 B7212C.TPA.P4.UL

60 110 22 31 61 40.5 9500 14000 0.782 B7212E.TPA.P4.UL

65 65 90 13 17 23.6 20 12000 17000 0.202 B71913C.TPA.P4.UL

65 90 13 25 22.4 19 11000 16000 0.202 B71913E.TPA.P4.UL

65 100 18 20 36 28.5 11000 16000 0.435 B7013C.TPA.P4

65 100 18 20 36 28.5 11000 16000 0.435 B7013C.TPA.P4.UL

65 100 18 28 34 27 10000 15000 0.435 B7013E.TPA.P4.UL

65 120 23 24 72 49 10000 15000 0.997 B7213C.TPA.P4

65 120 23 24 72 49 10000 15000 0.997 B7213C.TPA.P4.UL

65 120 23 33 69.5 46.5 9000 13000 0.997 B7213E.TPA.P4.UL

70 70 100 16 19 32.5 27.5 11000 16000 0.331 B71914C.TPA.P4.UL

70 100 16 28 30.5 26 10000 15000 0.331 B71914E.TPA.P4.UL

70 110 20 22 45.5 36 11000 16000 0.606 B7014C.TPA.P4

70 110 20 22 45.5 36 11000 16000 0.606 B7014C.TPA.P4.UL

70 110 20 31 44 34.5 9000 13000 0.606 B7014E.TPA.P4.UL

70 125 24 25 76.5 52 9500 14000 1.08 B7214C.TPA.P4

70 125 24 25 76.5 52 9500 14000 1.08 B7214C.TPA.P4.UL

70 125 24 35 72 50 8500 12000 1.08 B7214E.TPA.P4.UL

75 75 105 16 20 33.5 28.5 11000 16000 0.351 B71915C.TPA.P4.UL

75 105 16 29 31 27 9000 13000 0.351 B71915E.TPA.P4.UL

75 115 20 23 47.5 39 10000 15000 0.642 B7015C.TPA.P4

75 115 20 23 47.5 39 10000 15000 0.642 B7015C.TPA.P4.UL

75 115 20 32 45 36.5 8500 12000 0.642 B7015E.TPA.P4.UL

75 130 25 26 80 57 9000 13000 1.18 B7215C.TPA.P4

75 130 25 36 75 54 8000 11000 1.18 B7215E.TPA.P4.UL

80 80 110 16 21 33.5 30 10000 15000 0.37 B71916C.TPA.P4.UL

80 110 16 30 32 28.5 8500 12000 0.37 B71916E.TPA.P4.UL

80 125 22 25 58.5 48 9000 13000 0.857 B7016C.TPA.P4

80 125 22 25 58.5 48 9000 13000 0.857 B7016C.TPA.P4.UL

80 125 22 35 56 45.5 8000 11000 0.857 B7016E.TPA.P4.UL

80 140 26 28 93 67 8500 12000 1.45 B7216C.TPA.P4

80 140 26 28 93 67 8500 12000 1.45 B7216C.TPA.P4.UL

80 140 26 29 88 64 7500 10000 1.45 B7216E.TPA.P4.UL

85 85 120 18 23 44 39 9000 13000 0.536 B71917C.TPA.P4.UL

85 120 18 33 41.5 36.5 8000 11000 0.536 B71917E.TPA.P4.UL

155
Angular Contact ball bearings
a a

ZNL Spindle Bearings

ԃ ԃ
ACBB
d D d D

B B
C E
Contact angle ԃ 15° Contact angle ԃ 25°

Weight
Dimension Load Rating Limiting speed¹) Number
≈
Shaft Dynamic
Static Grease Oil
d D B a C Bearing
C0 min-1 mist
mm ≈ kN kg

85 85 130 22 25 60 51 8500 12000 0.903 B7017C.TPA.P4

85 130 22 25 60 51 8500 12000 0.903 B7017C.TPA.P4.UL

85 130 22 36 57 49 7500 10000 0.903 B7017E.TPA.P4.UL

85 150 28 30 104 78 8000 11000 1.85 B7217C.TPA.P4

85 150 28 30 104 78 8000 11000 1.85 B7217C.TPA.P4.UL

85 150 28 41 98 75 6700 9000 1.85 B7217E.TPA.P4.UL

90 90 125 18 23 45 40.5 8500 12000 0.565 B71918C.TPA.P4.UL

90 125 18 34 42.5 39 7500 10000 0.565 B71918E.TPA.P4.UL

90 140 24 27 72 60 8000 11000 1.18 B7018C.TPA.P4

90 140 24 27 72 60 8000 11000 1.18 B7018C.TPA.P4.UL

90 140 24 39 68 57 7000 9500 1.18 B7018E.TPA.P4.UL

90 160 30 32 120 91.5 7000 9500 2.25 B7218C.TPA.P4

90 160 30 32 120 91.5 7000 9500 2.25 B7218C.TPA.P4.UL

90 160 30 44 114 88 6300 8500 2.25 B7218E.TPA.P4.UL

95 95 130 18 24 45.9 43 8000 11000 0.578 B71919C.TPA.P4.UL

95 130 18 35 43 40.5 7000 9500 0.578 B71919E.TPA.P4.UL

100 100 140 20 26 47.5 46.5 7500 10000 0.882 B71920C.TPA.P4.UL

100 140 20 38 44 44 6700 9000 0.882 B71920E.TPA.P4.UL

100 150 24 29 75 68 7000 9500 1.28 B7020C.TPA.P4

100 150 24 29 75 68 7000 9500 1.28 B7020C.TPA.P4.UL

100 150 24 41 71 64 6300 8500 1.28 B7020E.TPA.P4.UL

100 180 34 36 156 118 6300 8500 3.24 B7220C.TPA.P4

100 180 34 36 156 118 6300 8500 3.24 B7220C.TPA.P4.UL

100 180 34 50 150 112 5600 7500 3.24 B7220E.TPA.P4.UL

110 110 150 20 27 60 58.5 7000 9500 0.845 B71922C.TPA.P4.UL

110 150 20 40 57 55 6000 8000 0.845 B71922E.TPA.P4.UL

110 170 28 33 102 90 6300 8500 1.98 B7022C.TPA.P4

110 170 28 33 102 90 6300 8500 1.98 B7022C.TPA.P4.UL

110 170 28 47 96.5 86.5 5600 7500 1.98 B7022E.TPA.P4.UL

110 200 38 55 166 132 5000 6700 4.47 B7222E.TPA.P4.UL

120 120 165 22 30 73.5 73.5 6300 8500 1.16 B71924C.TPA.P4.UL

120 165 22 44 69.5 69.5 5300 7000 1.16 B71924E.TPA.P4.UL

120 180 28 34 104 96.5 6000 8000 2.12 B7024C.TPA.P4

120 180 28 34 104 96.5 6000 8000 2.12 B7024C.TPA.P4.UL

120 180 28 49 98 91.5 5000 6700 2.12 B7024E.TPA.P4.UL

120 215 40 59 173 146 4500 6000 5.52 B7224E.TPA.P4.UL

156
Angular Contact ball bearings

Angular Contact Ball Bearings

Double row
ACBB d10 - 95mm

Principal Dimensions Basic Load Ratings Speed Ratings Lubrication Mass

Dynamic Grease Designation

Static
d D B C Oil
C0
mm kN RPM kg

10 30 14 7.61 4.3 22000 24000 0.051 3200

12 32 15.9 10.1 5.6 20000 22000 0.058 3201

15 35 15.9 11.2 6.8 17000 18000 0.066 3202

42 19 15.1 9.3 15000 16000 0.13 3302

17 40 17.5 14.3 8.8 15000 16000 0.096 3203

47 22.2 21.6 12.7 14000 14000 0.18 3303

20 47 20.6 20 12 14000 14000 0.16 3204

52 22.2 23.6 14.6 13000 13000 0.22 3304

25 52 20.6 21.6 14.3 12000 12000 0.18 3205

62 25.4 32 20.4 11000 11000 0.35 3305

30 62 23.8 30 20.4 10000 10000 0.29 3206

72 30.2 41.5 27.5 9000 9000 0.53 3306

35 72 27 40 28 9000 9000 0.44 3207

80 34.9 52 35.5 8500 8500 0.71 3307

40 80 30.2 47.5 34 8000 8000 0.58 3208

90 36.5 64 44 7500 7500 1.05 3308

45 85 30.2 51 39 7500 7500 0.63 3209

100 39.7 75 53 6700 6700 1.40 3309

50 90 30.2 51 39 7000 7000 0.66 3210

110 44.4 90 64 6000 6000 1.95 3310

55 100 33.36 60 47.5 6300 6300 1.05 3211

120 49.2 112 81.5 5300 5300 2.55 3311

60 110 36.5 73.5 58.5 5600 5600 1.4 3212

130 54 127 95 5000 5000 3.25 3312

65 120 38.1 80.6 73.5 4500 4800 1.75 3213

140 58.7 146 110 4500 4500 4.10 3313

70 125 39.7 88.4 80 4300 4500 1.90 3214

150 63.5 153 125 4000 4000 5.05 3314M

75 130 41.3 95.6 88 4300 4500 2.10 3215

160 68.3 176 140 4000 4000 5.55 3315M

80 140 44.4 106 95 4000 4300 2.65 3216

170 68.3 182 156 3400 3600 6.80 3316M

85 150 49.2 124 110 3600 3800 3.40 3217

180 73 195 176 3200 3400 8.30 3317M

90 160 52.4 130 120 3400 3600 4.15 3218M

190 73 195 180 3000 3200 9.25 3318M

157
Angular Contact ball bearings

Angular Contact Ball Bearing

Double row
ACBB d100 - 110mm

Principal Dimensions Basic Load Ratings Speed Ratings Lubrication Mass

Dynamic Grease Designation

Static
d D B C Oil
C0
mm kN RPM kg

95 170 55.6 159 146 3200 3400 5.00 3219M

200 77.8 225 216 2800 3000 11.0 3319M

100 180 60.3 178 166 3000 3200 6.10 3220M

215 82.6 255 255 2600 2800 11.0 3320M

110 200 69.8 212 212 2800 2800 8.80 3222M

240 92.1 291 305 2400 2600 19.0 3322M

158
Angular Contact ball bearings

Angular Contact Ball Bearings

Sealed double row
ACBB d10 - 75mm

Principal Dimensions Basic Load Ratings Limiting speeds Mass Designation¹)

Bearing with Bearing with

d D B Dynamic Static Shields Seals Shields Seals

C CO

mm kN r/min kg

10 30 14 7.61 4.3 24000 17000 0.051 3200-2Z 3200-2RS

12 32 15.9 10.1 5.6 22000 15000 0.058 3201-2Z 3201-2RS

15 35 15.9 11.2 6.8 18000 14000 0.066 3202-2Z 3202-2RS

42 19 15.1 9.3 16000 12000 0.13 3302-2Z 3302-2RS

17 40 17.5 14.3 8.8 16000 12000 0.10 3203-2Z 3203-2RS

47 22.2 21.6 12.7 14000 11000 0.18 3303-2Z 3303-2RS

20 47 20.6 20 12 14000 10000 0.16 3204-2Z 3204-2RS

52 22.2 23.6 14.6 13000 9000 0.22 3304-2Z 3304-2RS

25 52 20.6 21.6 14.3 12000 8500 0.18 3205-2Z 3205-2RS

62 25.4 32 20.4 11000 7500 0.35 3305-2Z 3305-2RS

30 62 23.8 30 20.4 10000 7500 0.29 3206-2Z 3206-2RS

72 30.2 41.5 27.5 9000 6300 0.52 3306-2Z 3306-2RS

35 72 27 40 28 9000 6300 0.44 3207-2Z 3207-2RS

80 34.9 52 35.5 8500 6000 0.73 3307-2Z 3307-2RS

40 80 30.2 47.5 34 8000 5600 0.57 3208-2Z 3208-2RS

90 36.5 64 44 7500 5000 0.93 3308-2Z 3308-2RS

45 85 30.2 51 39 7500 5300 0.63 3209-2Z 3209-2RS

100 39.7 75 53 6700 4800 1.25 3309-2Z 3309-2RS

50 90 30.2 51 39 7000 4800 0.65 3210-2Z 3210-2RS

110 44.4 90 64 6000 4300 1.70 3310-2Z 3310-2RS

55 100 33.3 60 47.5 6300 4500 0.91 3211-2Z 3211-2RS

120 49.2 112 81.5 5300 3800 2.65 3311-2Z 3311-2RS

60 110 36.5 73.5 58.5 5600 4000 1.20 3212-2Z 3212-2RS

130 54 127 95 5000 3500 2.80 3312-2Z 3312-2RS

65 120 38.1 80.6 73.5 4800 3600 1.75 3213-2Z 3213-2RS

140 58.7 146 110 4500 3200 4.10 3313-2Z 3313-2RS

70 125 39.7 88.4 80 4500 3000 1.90 3214-2Z 3214-2RS

150 63.5 153 125 4000 2600 5.05 3314-2Z 3314-2RS

75 130 41.3 95.6 88 4500 3000 2.10 3215-2Z 3215-2RS

160 68.3 176 140 4000 2600 5.60 3315-2Z 3315-2RS

159
Angular Contact ball bearings

Angular Contact Ball Bearings

Double row with Shield
ACBB d10 - 70mm

Principal Dimensions Basic Load Ratings Speed Ratings Lubrication Mass Designation

Dynamic
Static Grease
d D B C Oil kg Rubber Shield Rubber Shield
CO r/min
mm kN

10 30 14 7150 3900 16000 22000 0.045 5200 ZZTN 5200 2RS TN

12 32 15.90 10600 5850 15000 20000 0.050 5201 ZZTN 5201 2RS TN

15 35 15.90 11700 6950 12000 17000 0.068 5202 ZZTN 5202 2RS TN

17 40 17.50 14800 9000 10000 15000 0.090 5203 ZZTN 5203 2RS TN

20 47 20.60 19500 12200 9000 13000 0.14 5204 ZZTN 5204 2RS TN

52 22.20 22500 14600 8500 12000 0.20 5304 ZZTN 5304 2RS TN

25 52 20.60 21200 14600 8000 11000 0.16 5205 ZZTN 5205 2RS TN

62 25.40 30700 20400 7500 10000 0.32 5305 ZZTN 5305 2RS TN

30 62 23.80 29600 21200 7000 9500 0.26 5206 ZZTN 5206 2RS TN

72 30.20 41600 29000 6300 8500 0.48 5306 ZZTN 5306 2RS TN

35 72 27 37700 27500 6000 8000 0.40 5207 ZZTN 5207 2RS TN

80 34.90 49400 34500 5600 7500 0.66 5307 ZZTN 5307 2RS TN

40 80 30.20 44900 34000 5600 7500 0.53 5208 ZZTN 5208 2RS TN

90 36.50 60500 43000 5000 6700 0.86 5308 ZZTN 5308 2RS TN

45 85 30.20 48.80 39.00 5000 6700 0.57 5209 ZZTN 5209 2RS TN

100 39.70 72.80 53.00 4500 6000 1.15 5309 ZZTN 5309 2RS TN

50 90 30.20 48.80 39.00 4800 6300 0.59 5210 ZZTN 5210 2RS TN

110 44.40 85.20 64.00 4000 5300 1.55 5310 ZZTN 5310 2RS TN

55 100 33.3 57.20 47.50 4300 5600 0.83 5211 ZZTN 5211 2RS TN

120 49.2 106.00 81.50 3800 5000 2.00 5311 ZZTN 5311 2RS TN

60 110 36.5 70.20 58.50 3800 5000 1.10 5212 ZZTN 5212 2RS TN

130 54.0 121.00 95.00 3400 4500 2.60 5312 ZZTN 5312 2RS TN

65 120 38.1 80.60 73.50 3600 4800 1.58 5213 ZZTN 5213 2RS TN

140 58.7 138.00 108.00 3200 4300 3.30 5313 ZZTN 5313 2RS TN

70 125 39.7 88.40 80.00 3200 4300 1.50 5214 ZZTN 5214 2RS TN

150 63.5 153.00 125.00 2800 3800 4.05 5314 ZZTN 5314 2RS TN

160
Self Aligning
Ball Bearings

161
Self Aligning ball bearings

Self Aligning Ball Bearing

SABB

SELF ALIGNING BALL BEARING

This type is recommended when the alignment of the shaft and housing is difficult. Since the contact angle is small
the axial load capacity is low.
Self alignment ball bearing contains two rows of ball and common sphere race ways in outer ring.

• These bearings are useful in application where small delection of shaft may our relative to housing.
• Self aligning ball bearing has lowest friction of all rolling bearing. So it allows running cooler even at
high speed.
• Can carry radial load, but not suitable for axial loads.
• Usable for low or medium speed application.
• Available with cylindrical bore or In certain size with tapered bore.
• Self aligning ball bearings with tapered bore are available with adapter sleeve.
• These bearings are provided with an annular groove and lubrication holes in outer and Inner ring.
• These type are recommended when the alignment of the shaft and housing is dificult. Since the
contact angle is small, the axial load capacity is low.

Misalignment
Self alignment ball bearing is designed in such a way that angular misalignment between inner and outer
ring can be accommodate without effecting on bearing performance.

Permissible Misalignment
This permissible misalignment of self-aligning ball bearing is approximately 0.07 to 0.12 radian (40o to
70o) under normal loads. However, depending on the surrounding structure, such an angle may not be
possible.

Series available:
Double row
1200, 1300, 1400, 2200, 2300

ZNL Offering:-

Bore Diameter Radial Internal Clearance

d
C2 Normal C3 C4

over Incl. Min Max Min Max Min Max Min Max

mm Micron

Bearing with cylindrical bore

2.5 6 1 8 5 15 10 20 15 25

6 10 2 9 6 17 12 25 19 33

10 14 2 10 6 19 13 26 21 35

14 18 3 12 8 21 15 28 23 37

18 24 4 14 10 23 17 30 25 39

24 30 5 16 11 24 19 35 29 46

30 40 6 18 13 29 23 40 34 53

40 50 6 19 14 31 25 44 37 57

50 65 7 21 16 36 30 50 45 69

162
Self Aligning ball bearings

Self Aligning ball bearings

d5 - 25mm
SABB

Load Ratings Speed Rating Mass

Principal Dimensions
Dynamic Static Grease Oil
Designati
d C C0 kg
D B kN RPM
mm

5 19 6 2.6 0.5 30000 36000 0.01 135

6 19 6 2.6 4.75 39500 36000 0.01 126

7 22 7 2.75 0.56 36500 36000 0.014 127

8 22 7 2.75 0.56 30000 36000 0.014 108

9 26 8 3.95 0.8 31500 32000 0.02 129

10 30 9 5.70 1.18 28500 30000 0.03 1200

30 14 8.80 1.73 27500 28000 0.05 2200

12 32 10 5.70 1.26 27500 30000 0.04 1201

32 14 9.40 1.92 24600 26000 0.05 2201

32 14 5.70 1.26 16000 17000 0.058 2201.2RS

15 35 11 7.70 1.73 24800 26000 0.05 1202

35 14 9.60 2.08 21100 24000 0.06 2202

35 14 7.70 1.73 15000 -- 0.06 2202.2RS

42 17 17.00 3.7 18200 18000 0.11 2302

17 40 12 8.00 2 22300 22000 0.073 1203

40 16 11.80 2.75 19600 19000 0.054 2203

40 16 8.10 2 11000 14000 0.098 2203.2RS

47 14 12.90 3.15 17900 18000 0.065 1303

47 19 13.90 3.15 16900 17000 0.155 2303

47 19 12.90 3.15 11000 -- 0.18 2303.2RS

20 47 14 10.00 2.6 20200 18000 0.118 1204

47 14 10.00 2.6 20200 18000 0.12 1204K

47 18 14.70 3.5 17300 17000 0.134 2204

47 18 10.00 2.6 11000 -- 0.151 2204.2RS

52 15 12.70 3.3 16200 16000 0.163 1304

52 21 17.60 4.25 16000 15600 0.206 2304

52 21 12.70 3.30 10000 -- 0.23 2304.2RS

25 52 15 12.30 3.25 17800 16000 0.14 1205

52 15 12.30 3.25 17800 16000 0.14 1205K

52 18 17.30 4.4 14600 15000 0.16 2205

52 18 17.30 4.4 14600 15000 0.16 2205K

52 18 12.30 3.25 9500 -- 0.16 2205.2RS

52 18 12.20 3.35 9500 -- 0.16 2205.2RS

62 17 18.30 4.95 13900 14000 0.258 1305

62 17 18.30 4.95 13900 14000 0.254 1305K

62 24 25.00 6.5 13500 13000 0.335 2305

163
Self Aligning ball bearings

Self Aligning ball bearings

d25 - 50mm
SABB

Load Ratings Speed Rating Mass

Principal Dimensions
Dynamic Static Grease Oil
Designation
d C C0 kg
D B kN RPM
mm

25 62 24 25.00 6.5 13500 13000 0.37 2305K

62 24 18.30 4.95 8000 -- 0.37 2305.2RS

30 62 16 15.90 4.6 14900 14000 0.22 1206

62 16 15.90 4.6 14900 14000 0.22 1206K

62 20 26.00 6.9 12600 12000 0.25 2206

62 20 26.00 6.9 12600 12000 0.25 2206K

62 20 15.90 4.6 8000 -- 0.268 2206K.2RS

62 20 15.90 4.6 8000 -- 0.274 2206.2RS

72 19 21.70 6.3 12300 11000 0.384 1306

72 19 21.70 6.3 12300 11000 0.379 1306K

72 27 32.50 8.7 11900 10000 0.48 2306

72 27 32.50 8.7 11900 10000 0.476 2306K

72 27 21.70 6.3 6700 -- 0.55 2306.2RS

35 72 17 16.00 5.1 12900 12000 0.33 1207

72 17 16.00 5.1 12900 12000 0.33 1207K

72 23 33.00 8.9 11400 9500 0.4 2207

72 23 33.00 8.9 11400 9500 0.4 2207K

72 23 16.00 5.2 7000 -- 0.432 2207.2RS

72 23 16.00 5.2 7000 -- 0.4 2207.2RS

80 21 25.50 7.8 11300 9500 0.507 1307

80 21 25.50 7.8 11300 9500 0.5 1307K

80 31 40.50 11.2 11200 9000 0.975 2307

80 31 40.50 11.2 11200 9000 0.96 2307K

80 31 25.50 7.8 6000 -- 0.74 2307.2RS

40 80 18 19.30 6.5 11600 10000 0.42 1208

80 18 19.30 6.5 11600 10000 0.42 1208K

80 23 32.50 9.4 9900 9000 0.476 2208

80 23 32.50 9.4 9900 9000 0.465 2208K

80 23 19.40 6.5 6300 -- 0.517 2208K.2RS

80 23 19.40 6.5 6300 -- 0.528 2208.2RS

90 23 30.00 9.6 10300 8500 0.708 1308

90 23 30.00 9.6 10300 8500 0.698 1308K

45 85 23 22.00 7.3 5600 -- 0.53 2209K.2RS

85 23 22.00 7.35 5600 -- 0.548 2209.2RS

50 110 27 42.00 14.1 8800 6700 1.54 1310

110 27 42.00 14.1 8800 6700 1.52 1310K

164
Self Aligning ball bearings

Self Aligning ball bearings

d50 - 65mm
SABB

Load Ratings Speed Rating Mass

Principal Dimensions
Dynamic Static Grease Oil
Designation
d C C0 kg
D B kN RPM
mm

50 110 40 66.00 19.9 8800 6300 1.64 2310

110 40 42.00 14.1 4300 * 1.82 2310.2RS

90 20 22.80 8.15 10300 8500 0.53 1210

90 20 22.80 8.15 10300 8500 0.53 1210K

90 23 28.50 9.5 8300 8000 0.55 2210

90 23 28.50 9.5 8300 8000 0.54 2210K

90 23 22.80 8.15 5300 * 0.6 2210K.2RS

90 23 22.80 8.15 5300 * 0.6 2210.2RS

55 100 21 27.00 10 9400 7500 0.69 1211

100 21 27.00 10 9400 7500 0.682 1211K

100 25 39.00 12.5 7700 6700 0.75 2211

100 25 39.00 12.5 7700 6700 0.73 2211K

100 25 27.00 10 4800 * 0.8 2211K.2RS

100 25 27.00 10 4800 * 0.8 2211.2RS

120 29 52.00 17.7 8300 6000 1.57 1311

120 29 52.00 17.7 8300 6000 1.55 1311K

120 43 77.00 23.8 8200 5600 2.07 2311

120 43 77.00 23.8 8200 5600 2.3 2311K

60 110 22 30.50 11.6 8600 6700 0.89 1212

110 22 30.50 11.6 8600 6700 0.88 1212K

110 28 48.00 16.3 7400 6300 1.06 2212

110 28 48.00 16.3 7400 6300 1.03 2212K

110 28 30.50 11.6 * 4300 1.13 2212K.2RS

110 28 30.50 11.6 * 4300 1.13 2212.2RS

130 31 58.00 20.8 7800 5300 1.97 1312

130 31 58.00 20.8 7800 5300 1.94 1312K

130 46 89.00 28 7800 5000 2.58 2312

130 46 89.00 28 7800 5000 2.52 2312K

65 120 23 31.00 12.5 8000 6300 1.14 1213

120 23 31.00 12.5 8000 6300 1.13 1213K

120 31 58.00 19 7100 5300 1.36 2213

120 31 58.00 19 7100 5300 1.33 2213K

140 33 63.00 22.8 7400 5000 2.44 1313

140 33 63.00 22.8 7400 5000 2.41 1313K

140 48 98.00 32 7300 4800 3.23 2313

165
Self Aligning ball bearings

Self Aligning ball bearings

d70 - 85mm
SABB

Load Ratings Speed Rating Mass

Principal Dimensions
Dynamic Static Grease Oil
Designation
d C C0 kg
D B kN RPM
mm

70 125 24 35.00 13.7 7700 6000 1.25 1214

125 24 35.00 13.7 7700 6000 1.23 1214K

125 31 44.00 16.9 6600 8500 1.69 2214

150 35 75.00 27.5 7000 7000 3.22 1314

150 35 75.00 27.5 4000 4800 3.1 1314K

150 51 112.00 37.0 6900 6300 4.38 2314

150 51 110.00 37.5 3600 4300 4.2 2314K

75 130 25 39.00 15.6 7500 5600 1.34 1215

130 25 39.00 15.6 7500 5600 1.4 1215K

130 31 44.50 17.6 6300 5300 1.6 2215

130 31 44.50 17.6 6300 5300 1.6 2215K

160 37 80.00 29.5 6700 6300 3.86 1315

160 37 80.00 29.5 6700 6300 3.81 1315K

160 55 124.00 42.0 6700 6000 5.33 2315

160 55 124.00 42.0 6700 6000 5.2 2315K

80 140 26 40.00 16.8 7000 5000 1.65 1216

140 26 40.00 16.8 7000 5000 1.62 1216K

140 33 49.50 19.8 6000 5000 2.01 2216

140 33 49.50 19.8 6000 5000 1.97 2216K

85 150 28 49.50 20.6 6800 4800 2.03 1217K

150 36 59.00 23.5 5800 7000 2.79 2217

150 36 59.00 23.5 5800 7000 2.6 2217K

166
Four Point Contact
Ball Bearings

167
 Four Point Contact Ball Bearing

Four Point Contact Ball Bearings

These bearings contains solid outer ring, split Inner ring and ball & cage assembly. Two plece Inner rings allow large
complement of ball to accommodate.

Inner ring halves are matched to particular bearing and not be Interchanged with other bearing of same size.

The outer ring with ball & cage assembly can be Interchangeable. These bearings can carry high axial load in both
direction, and also with small radial load. With or without retaining slots: quick and safety location, larger four
point contact ball bearings have two retaining slots at 180. These bearings have sufix N2.

The Inner ring is splits radially into two pieces and this can sustain signiicant axial load in either direction the
contact angle is 35 so axial load capacity is high this bearings is suitable for carrying pure axial load or combined
load, where the axial load is high.

These bearings are not suitable for angular miss-alignment in housing or shaft delection. These bearings are not
sealed Series Available

QJ2XX, QJ3XX
Bore Diameter Axial Internal Clearance

C2
d Normal C3 C4

over Incl. Min Max Min Max Min Max Min Max

mm Micron

10 17 15 55 45 85 75 125 115 165

17 40 26 66 56 106 96 146 136 186

40 60 36 86 76 126 116 166 156 206

60 80 46 96 86 136 126 176 166 226

80 100 56 106 96 156 136 196 186 246

100 140 66 126 116 176 156 216 206 266

140 180 76 156 136 196 176 246 226 296

180 220 96 176 156 226 206 276 256 326

168
Four Point Contact ball bearings

Four Point Contact ball bearings

d15 - 100mm
FPCBB

Fatigue Speed Ratings

Basic Load Ratings Mass
Principal Dimensions Load Limit Lubrication
Designation Bear-
Dynamic Static Grease Oil ing with Locating
Shield
d C CO PU kg
D B RPM
mm kN kN

15 35 11 12.7 8.3 0.36 22000 36000 0.062 QJ 202

17 40 12 15.9 10.6 0.45 19000 30000 0.082 QJ 203

47 14 23.4 15 0.64 17000 28000 0.14 QJ 303

20 52 15 29.6 20 0.85 15000 24000 0.18 QJ 304

25 52 15 25.1 20 0.83 14000 22000 0.16 QJ 205

62 17 39 28 1.18 12000 20000 0.29 QJ 305

30 62 16 35.1 28.5 1.2 12000 19000 0.24 QJ 206

72 19 49.4 38 1.63 10000 17000 0.42 QJ 306

35 72 17 46.2 39 1.63 10000 17000 0.36 QJ 207

80 21 59.20 46.5 1.96 9500 15000 0.57 QJ 307

40 80 18 52.7 45 1.9 9000 15000 0.45 QJ 208

90 23 71.5 58.5 2.45 8500 14000 0.78 QJ 308

45 85 19 58.5 51 2.16 8500 14000 0.52 QJ 209

100 25 93.6 76.5 3.25 7500 12000 1.05 QJ 309

50 90 20 61.8 56 2.4 7500 13000 0.59 QJ 210

110 27 111 91.5 3.9 6700 11000 1.35 QJ 310

55 100 21 79.30 76.5 3.2 7000 11000 0.77 QJ 211

120 29 127 108 4.55 6000 10000 1.75 QJ 311

60 110 22 92.3 86.5 3.65 6300 10000 0.99 QJ 212

130 31 146 125 5.3 5600 9000 2.15 QJ 312

65 120 23 104 104 4.4 5600 9000 1.20 QJ 213

140 33 165 146 6.1 5300 8500 2.70 QJ 313

70 125 24 114 114 4.8 5600 9000 1.32 QJ 214

150 35 186 166 6.7 4800 8000 3.15 QJ 314

75 130 25 117 122 5.2 5300 8500 1.45 QJ 215

160 37 199 186 7.35 4500 7500 3.90 QJ 315

80 140 26 138 146 5.85 4800 8000 1.85 QJ 216

170 39 216 208 8 4300 7000 4.60 QJ 316

85 150 28 148 160 6.2 4500 7500 2.25 QJ 217

180 41 234 236 8.65 4000 6700 5.45 QJ 317

90 160 30 174 186 6.95 4300 7000 2.75 QJ 218

190 43 265 285 10.2 3800 6300 6.45 QJ 318

95 170 32 199 212 7.8 4000 6700 3.35 QJ 219

200 45 286 315 11 3600 6000 7.45 QJ 319

100 180 34 225 240 8.65 3800 6300 4.05 QJ 220

215 47 307 340 11.6 3400 5600 9.30 QJ 320

169
Four Point Contact ball bearings

Four Point Contact ball bearings

d110 - 200mm
FPCBB

Fatigue Speed Ratings

Basic Load Ratings Mass
Principal Dimensions Load Limit Lubrication
Designation Bear-
Dynamic Static Grease Oil ing with Locating
Shield
d C CO PU kg
D B RPM
mm kN kN

110 200 38 265 305 10.4 3400 5600 5.60 QJ 222

240 50 390 475 15 3000 4800 12.5 QJ 322

120 215 40 286 340 11.2 3200 5000 6.95 QJ 224

260 55 390 490 15 2800 4500 16.0 QJ 324

130 230 40 296 365 11.6 2800 4800 7.75 QJ 226

280 58 423 560 16.6 2600 4000 19.5 QJ 326

140 250 42 325 440 13.2 2600 4300 9.85 QJ 228

300 62 468 640 18.6 2400 3800 24.0 QJ 328

150 270 45 377 530 15.3 2400 4000 12.5 QJ 230

320 65 494 710 19.6 2200 3600 29.0 QJ 330

160 290 48 423 620 17.6 2200 3800 15.5 QJ 232

340 68 540 815 21.6 2000 3400 34.5 QJ 332

170 310 52 436 670 18.3 2200 3400 19.5 QJ 234

360 72 618 965 25 1900 3200 41.5 QJ 334

180 320 52 449 710 19 2000 3400 20.5 QJ 236

380 75 637 1020 26 1800 3000 47.5 QJ 336

190 400 78 702 1160 28.5 1700 2800 49.0 QJ 338

200 360 58 540 915 23.2 1800 3000 28.5 QJ 240

170
Thrust
Ball Bearings

171
 Thrust Ball Bearing
Thrust Ball Bearings

TBB

Thrust Ball Bearing Series Available

Thrust ball bearings are classiied into lat seats or aligning 522XX,523XX,524XX
seats depending on the shape of the outer ring seat (Housing
Washer). They can sustain axial load but no radical load.
CYLINDRICAL ROLLER THRUST
Single Direction Thrust Ball Bearing BEARINGS
These bearings contain cylindrical roller and cage assembly,
These bearings contain a shaft washer, a housing washer
shaft washer and housing washer.
and a ball and cage thrust assembly and simple in mounting.
These bearings are suitably for heavy axial load shock load
and are require less axial space.
These bearings can carry axial load in one direction and
Single direction bearings can carry axial load in one direction.
hence locate shaft axially on one direction, & not suitable
Double direction bearings can carry axial load in both
for any radial load.
direction.

Series available Series Available

511XX, 512XX, 513XX, 514XX etc
811XX, 812XX
-Brass Cage Available
-Inch Tape Thrust Tape Ball Bearing Available.
Double direction thrust ball bearing
These bearing consist of one shaft washer; two housing
washer and two balls and cage assembly.
These bearings are also mounting separable as per single
direction thrust ball bearing.
These bearings can carry axial acting in both direction, and
hence shaft in both direction, & not suitable for any radial
load.

172
 Thrust Ball Bearings
Thrust Ball Bearings

d10 - 65mm
TBB

Fatigue Load Minimum Speed Ratings Lubri-

Basic Load Ratings Mass
Principal Dimensions Limit Load Factor cation

Dynamic Static Grease Oil Designation

d C C0 PU kg
D B A RPM
mm kN kN

10 24 9 9.95 11.2 0.56 1.2 7900 10600 0.02 51100

12 26 9 10.4 12.3 0.62 1.4 7500 10000 0.022 51101

15 28 9 10.36 13.3 0.56 1.2 7100 9400 0.023 51102

32 12 15.8 19.6 1 3.8 6000 7900 0.046 51202

17 30 9 11.4 15.5 0.62 1.4 7100 9400 0.025 51103

35 12 16.2 21.1 1.1 4.7 5600 7500 0.053 51203

20 35 10 15 21.1 0.85 2.7 6300 8400 0.038 51104

40 14 22.5 29.9 1.53 8.5 5000 6700 0.08 51204

25 42 11 18.1 28.2 1.16 5.2 5300 7100 0.058 51105

47 15 27.6 39.8 2.04 15 4500 6600 0.11 51205

52 18 35.5 49.2 2.24 18 3800 5000 0.17 51305

60 24 55.3 70.8 3.6 48 3200 4200 0.34 51405

30 47 11 18.8 31.6 1.34 6.7 5000 6700 0.068 51106

52 16 29.3 46.4 1.9 13 4000 5300 0.13 51206

60 21 43 63.1 2.65 26 3300 4500 0.26 51306

70 28 72.2 100 5.1 97 2700 3500 0.52 51406

35 52 12 20 36.9 1.53 8.5 4700 6300 0.08 51107

62 18 39.1 61.9 2.7 28 3500 4700 0.22 51207

68 24 55.2 84.1 3.55 48 2800 3800 0.38 51307

80 32 87.4 123 6.2 150 2200 3000 0.79 51407

40 60 13 27.1 50.1 2.04 15 4200 5600 0.12 51108

68 19 43.8 73.6 4 58 3200 4200 0.28 51208

78 26 69.4 108 4.5 77 2700 3500 0.53 51308

90 36 112 162 8.3 260 2000 2700 1.14 51408

45 65 14 27.6 55.2 2.28 19 4000 5300 0.14 51109

73 20 46.4 82.5 3.2 38 3000 4000 0.3 51209

85 28 79.4 131 5.6 120 2400 3200 0.66 51309

100 39 131 192 9.8 370 1900 2500 1.4 51409

50 70 14 28.7 59.5 2.55 24 3800 5000 0.16 51110

78 22 47.3 87.4 4.30 69 2800 3800 0.37 51210

55 78 16 34.8 73.6 3.10 37 3300 4500 0.23 51111

90 25 69.4 126 5.4 110 2500 3300 0.59 51211

120 48 207 316 14.3 790 1600 2100 2.64 51411

60 85 17 41.4 89.1 3.8 54 3200 4200 0.29 51112

65 100 27 75 150 6 140 2400 3200 0.78 51213

115 36 128 228 8.8 300 1800 2400 1.6 51313

173
 Thrust Ball Bearings
Thrust Ball Bearings

d70 - 200mm
TBB

Fatigue Load Minimum Speed Ratings Lubri-

Basic Load Ratings Mass
Principal Dimensions Limit Load Factor cation

Dynamic Static Grease Oil Designation

d C C0 PU kg
D B A RPM
mm kN kN

70 95 18 43 100 4.15 65 2800 3800 0.35 51114

105 27 76.4 158 6.4 160 2200 3000 0.79 51214

125 40 147 271 11.8 530 1700 2200 2 51314

150 60 251 438 19.3 1600 1200 1600 5.48 51414

75 100 19 43.8 108 5.5 110 2700 3500 0.4 51115

110 27 77.9 165 6.8 170 2200 3000 0.83 51215

135 44 185 341 14 790 1600 2100 2.6 51315

80 105 19 44.9 112 5.7 120 2700 3500 0.42 51116

115 28 79.4 174 7.65 220 1300 2700 0.91 51216

170 68 316 596 22.4 2300 890 1200 7.95 51416

85 110 19 45.9 119 6 140 2700 3500 0.44 51117

150 49 224 414 16 1100 1300 1800 3.55 51317

90 120 22 59.2 150 7.5 220 2200 3000 0.67 51118

155 50 233 447 16.6 1300 1100 1500 3.8 51318

190 77 383 779 25.5 3500 790 1060 11.2 51418

100 135 25 85.2 215 10 440 2000 2700 0.97 51120

110 145 25 87.1 228 10.2 520 1900 2500 1.05 51122

190 63 304 643 24 3200 890 1200 7.85 51322

230 95 492 1120 34.5 7700 670 890 20 51422

120 155 25 89.1 228 10.6 580 1600 2100 1.15 51124

170 39 140 440 13.4 1000 1100 1600 2.65 51224

210 70 348 779 28.5 5000 790 1060 11 51324

250 102 531 1260 36 9100 630 840 25.5 51424

130 170 30 119 322 12.9 940 1400 1900 1.85 51126

140 240 80 414 1000 35.5 9100 710 940 15.5 51328

150 190 31 123 355 12.5 1000 1300 1800 2.2 51130

160 200 31 126 376 12.9 1100 1300 1800 2.35 51132

225 51 276 694 22.8 3800 890 1200 6.55 51232

170 215 34 158 464 14.3 1500 1200 1600 3.3 51134

240 55 282 708 26 5400 840 1100 8.15 51234

180 225 34 165 54 15 1700 1100 1500 3.5 51136

250 56 304 825 27.5 6100 840 1100 8.6 51236

190 240 37 185 573 18 2600 1060 1400 4.05 51138

270 62 355 981 31 8400 750 1000 12.0 51238

200 250 37 188 584 17.6 2600 1060 1400 4.25 51140

280 62 365 981 31.5 9100 750 1000 12.0 51240

174
 Thrust Ball Bearings
Thrust Ball Bearings

d220 - 240mm
TBB

Fatigue Load Minimum Speed Ratings Lubri-

Basic Load Ratings Mass
Principal Dimensions Limit Load Factor cation

Dynamic Static Grease Oil Designation

d C C0 PU kg
D B A RPM
mm kN kN

220 270 37 192 643 19 3300 1000 1300 4.6 51144

240 300 45 261 825 23.6 5600 840 1100 7.55 51148

175
 PAPER PLANT

176
Cylindrical
Roller Bearings

177
Cylindrical Roller Bearings

Cylindrical Roller Bearings

CRB

Cylindrical Roller Bearings NU & N types are suitable as free – end bearings.
NJ type can sustain limited axial load in one direction.
It contains cylindrical roller as rolling element. NUP can be used as fixed – end bearing.
It contains solid inner and outer rings, cylindrical roller and
cage assembly. MORE SERIES AVAILABILITY : CRL, CRM, CFL,CFM
The outer rings have rib on both side or no ribs. Available lin Steal, Brass and Polymide Cage.
The cylindrical roller bearings have high radical load carrying Precautions for use of Cylindrical Roller Bearings.
capacity, higher speed compared to full complement It the load on cylindrical roller bearings becomes two small
designed, Because of cage bearing with suffix E have during operation then slippage between the rollers and
higher load carrying capacity. raceway occurs. Which may result in smearing, espe cially
These bearings are separable in design. with large bearing science the weight of roller and cage is
Cylindrical roller bearing can accommodate heavy radical high.
load at high speed.
For cylindrical roller bearing axial load carrying capacity is In case of vibration or strong shock loads, pressed steel
limited cages are sometime inadequate.
Depending on the existence of ribs on their rings. Cylindrical Permissible Mis alignment.
roller Bearings are classified into the following types.
NU Design - Outer ring has two integral flanges, while The permissible misalignment of cylindrical roller bearing
inner ring had no flange. varies depending on the type and internal specifications
N Design - lnner ring has two integral flanges while outer but under normal loads. Permissible misalignment is below
ring has no flange. Cylindrical Rollar Bearing of width series 0 or 1…..0.0012
NJ Design - Outer ring has two integral flanges and inner radian (4’)
ring has no integral flange. Cylindrical Rollar Bearing of width series 2….0.006radian
NUP Design - Outer ring has two integral flanges and (2’). For Double Row cylindrical roller bearings,
inner ring had one integral flange & loose flange ring for mis alignment is not allowed.
both side axial locations.
Series Available
N2XX NF2XX NJ2XX NJ22XX NU2XX NU10XX NUP2XX NUP22XX
N3XX NF3XX NJ3XX NJ23XX NU3XX NU22XX NUP3XX NUP23XX
N4XX NF4XX NJ4XX NU4XX NU23XX NUP4XX
Radial internal clearance To DIN 620-4
Bore Diameter Radial internal clearance

d CN C3 C4

over incl. Min Max Min Mix Min Mix

mm Micron

24 20 45 35 60 50 75

24 30 20 45 35 60 50 75

30 40 25 50 45 70 60 85

40 50 30 60 50 80 70 100

50 65 40 70 60 90 80 110

65 80 40 75 65 100 90 125

80 100 50 85 75 110 105 140

100 120 50 90 85 125 125 165

120 140 60 105 100 145 145 190

140 160 70 120 115 165 165 215

160 180 75 125 123 170 170 220

180 200 90 145 140 195 195 250

200 225 105 165 160 220 220 280

225 250 110 175 170 235 235 300

250 280 125 195 190 260 260 330

178
Cylindrical Roller Bearings

Cylindrical Roller Bearings

d15 - 40mm
CRB

Mass
Boundry Dimension Basic Load Ratings Limiting Speeds1) Bearing Numbers2)
kg

Dynamic Static
mm min-¹ Type Type Type Type Type
kN

NU
d D B Cr Cor Grease Oil NU NJ NUP N
(approx.)

15 35 11 12 10 18000 20000 NU202E NJ NUP - 0.048

40 12 17 14 16000 19000 NU203E NJ NUP - 0.070

17 40 16 23 21 16000 19000 NU2203E NJ NUP - 0.095

47 14 24 20 14000 17000 NU303E NJ NUP - 0.120

47 14 25.7 22.6 15000 18000 NU204E NJ NUP - 0.122

47 18 30.5 28.3 14000 16000 NU2204E NJ NUP - 0.158

20
52 15 31.5 26.9 13000 15000 NU304E NJ NUP - 0.176

52 21 42 39 12000 14000 NU2304E NJ NUP - 0.242

47 12 15.1 14.1 16000 19000 NU1005 NJ NUP N 0.092

52 15 29.3 27.7 13000 15000 NU205E NJ NUP - 0.151

52 18 35 34.5 11000 13000 NU2205E NJ NUP - 0.186

25
62 17 41.5 37.5 11000 15000 NU305E NJ NUP - 0.275

62 24 57 56 9700 11000 NU2305E NJ NUP - 0.386

80 21 46.5 40 8500 10000 NU405 NJ NUP N 0.55

55 13 19.7 19.6 14000 16000 NU1006 NJ NUP N 0.13

62 16 39 37.5 11000 13000 NU206E NJ NUP - 0.226

62 20 49 50 9700 11000 NU2206E NJ NUP - 0.297

30
72 19 53 50 9300 11000 NU306E NJ NUP - 0.398

72 27 74.5 77.5 8300 9700 NU2306E NJ NUP - 0.58

90 23 62.5 55 7300 8500 NU406 NJ NUP N 0.751

62 14 22.6 23.2 12000 15000 NU1007 NJ NUP N 0.179

72 17 50.5 50 9500 11000 NU207E NJ NUP - 0.327

72 23 61.5 65.5 8500 10000 NU2207E NJ NUP - 0.455

35
80 21 71 71 8100 9600 NU307E NJ NUP - 0.545

80 31 99 109 7200 8500 NU2307E NJ NUP - 0.78

100 25 75.5 69 6400 7500 NU407 NJ NUP N 0.99

68 15 27.3 29 11000 13000 NU1008 NJ NUP N 0.22

80 18 43.5 43 9400 11000 NU208 NJ NUP N 0.378

80 18 55.5 55.5 8500 10000 NU208E NJ NUP - 0.426

80 23 58 62 8500 10000 NU2208 NJ NUP N 0.49

80 23 72.5 77.5 7600 8900 NU2208E NJ NUP - 0.552

40
90 23 58.5 57 8000 9400 NU308 NJ NUP N 0.658

90 23 83 81.5 7200 8500 NU308E NJ NUP - 0.754

90 33 82.5 88 7000 8200 NU2308 NJ NUP N 0.951

90 33 114 122 6400 7500 NU2308E NJ NUP - 1.06

110 27 95.5 89 5700 6700 NU408 NJ NUP N 1.3

179
Cylindrical Roller Bearings

Cylindrical Roller Bearings

d45 - 60mm
CRB

Mass
Boundry dimension Basic Load Ratings Limiting Speeds1) Bearing Numbers2)
kg

Dynamic Static
mm min-¹ Type Type Type Type Type Type
kN

NU
d D B Cr Cor Grease Oil NU NJ NUP N NF
(approx.)

75 16 31 34.0 9 900 12 000 NU1009 NJ NUP N - 0.28

85 19 46 47.0 8 400 9 900 NU209 NJ NUP N NF 0.432

85 19 63 66.5 7 600 9 000 NU209E NJ NUP - - 0.495

85 23 61.5 68.0 7 600 9 000 NU2209 NJ NUP N - 0.53

85 23 76 84.5 6 800 8 000 NU2209E NJ NUP - - 0.6

45
100 25 74 71.0 7 200 8 400 NU309 NJ NUP N NF 0.877

100 25 97.5 98.5 6 500 7 600 NU309E NJ NUP - - 0.996

100 36 99 104 6 300 7 400 NU2309 NJ NUP N - 1.27

100 36 137 153 5 700 6 800 NU2309E NJ NUP - - 1.41

120 29 107 102 5 100 6 000 NU409 NJ NUP N NF 1.62

80 16 32 36.0 8 900 11 000 NU1010 NJ NUP N - 0.295

90 20 48 51.0 7 600 9 000 NU210 NJ NUP N NF 0.47

90 20 66 72.0 6 900 8 100 NU210E NJ NUP - - 0.54

90 23 64 73.5 6 900 8 100 NU2210 NJ NUP N - 0.571

90 23 79.5 91.5 6 200 7 300 NU2210E NJ NUP - - 0.652

50
110 27 87 86.0 6 500 7 700 NU310 NJ NUP N NF 1.14

110 27 110 113 5 900 6 900 NU310E NJ NUP - - 1.3

110 40 121 131 5 700 6 700 NU2310 NJ NUP N - 1.7

110 40 163 187 5 200 6 100 NU2310E NJ NUP - - 1.9

130 31 129 124 4 700 5 500 NU410 NJ NUP N NF 2.02

90 18 37.5 44.0 8 200 9 700 NU1011 NJ NUP N - 0.442

100 21 58 62.5 6 900 8 200 NU211 NJ NUP N NF 0.638

100 21 82.5 93.0 6 300 7 400 NU211E NJ NUP - - 0.718

100 25 75.5 87.0 6 300 7 400 NU2211 NJ NUP N - 0.773

100 25 97 114 5 600 6 600 NU2211E NJ NUP - - 0.968

55
120 29 111 111 5 900 7 000 NU311 NJ NUP N NF 1.45

120 29 137 143 5 300 6 300 NU311E NJ NUP - - 1.65

120 43 148 162 5 200 6 100 NU2311 NJ NUP N - 2.17

120 43 201 233 4 700 5 600 NU2311E NJ NUP - - 2.37

140 33 139 138 4 300 5 000 NU411 NJ NUP N NF 2.48

95 18 40.0 48.5 7 500 8 800 NU1012 NJ NUP N - 0.474

110 22 68.5 75.0 6 400 7 600 NU212 NJ NUP N NF 0.818

60
110 22 97.5 107 5 800 6 800 NU212E NJ NUP - - 0.923

110 28 96 116 5 800 6 800 NU2212 NJ NUP N - 1.06

180
Cylindrical Roller Bearings

Cylindrical Roller Bearings

d60 - 75mm
CRB

Mass
Boundry dimension Basic Load Ratings Limiting Speeds1) Bearing Numbers2)
kg

Dynamic Static
mm min-¹ Type Type Type Type Type Type
kN

NU
d D B Cr Cor Grease Oil NU NJ NUP N NF
(approx.)

110 28 131 157 5 200 6 100 NU2212E NJ NUP - - 1.21

130 31 124 126 5 500 6 500 NU312 NJ NUP N NF 1.8

130 31 150 157 4 900 5 800 NU312E NJ NUP - - 2.05

60
130 46 169 188 4 800 5 700 NU2312 NJ NUP N - 2.71

130 46 222 262 4 400 5 200 NU2312E NJ NUP - - 2.96

150 35 167 168 3 900 4 600 NU412 NJ NUP N NF 3

100 18 41 51 7 000 8 200 NU1013 NJ NUP N - 0.485

120 23 84 94.5 5 900 7 000 NU213 NJ NUP N NF 1.02

120 23 108 119 5 400 6 300 NU213E NJ NUP - - 1.21

120 31 120 149 5 400 6 300 NU2213 NJ NUP N - 1.4

120 31 149 181 4 800 5 600 NU2213E NJ NUP - - 1.6

65
140 33 135 139 5 100 6 000 NU313 NJ NUP N NF 2.23

140 33 181 191 4 600 5 400 NU313E NJ NUP - - 2.54

140 48 188 212 4 400 5 200 NU2313 NJ NUP N - 3.27

140 48 248 287 4 100 4 800 NU2313E NJ NUP - - 3.48

160 37 182 186 3 600 4 300 NU413 NJ NUP N NF 3.6

110 20 58.5 70.5 6 500 7 600 NU1014 NJ NUP N - 0.699

125 24 83.5 95 5 500 6 500 NU214 NJ NUP N NF 1.12

125 24 119 137 5 000 5 900 NU214E NJ NUP - - 1.3

125 31 119 151 5 000 5 900 NU2214 NJ NUP N - 1.47

125 31 156 194 4 500 5 200 NU2214E NJ NUP - - 1.7

70
150 35 158 168 4 700 5 500 NU314 NJ NUP N NF 2.71

150 35 205 222 4 200 5 000 NU314E NJ NUP - - 3.1

150 51 223 262 4 100 4 800 NU2314 NJ NUP N - 3.98

150 51 274 325 3 800 4 400 NU2314E NJ NUP - - 4.25

180 42 228 236 3 400 4 000 NU414 NJ NUP N NF 5.24

115 22 60 74.5 6 100 7 100 NU1015 NJ NUP N - 0.738

130 25 96.5 111 5 100 6 000 NU215 NJ NUP N NF 1.23

130 25 130 156 4 700 6 500 NU215E NJ NUP - - 1.41

130 31 130 162 4 700 5 500 NU2215 NJ NUP N - 1.55

75
130 31 162 207 4 200 4 900 NU2215E NJ NUP - - 1.79

160 37 190 205 4 400 5 200 NU315 NJ NUP N NF 3.28

160 37 240 263 4 000 4 700 NU315E NJ NUP - - 3.74

160 55 258 300 3 800 4 500 NU2315 NJ NUP N - 4.87

181
Cylindrical Roller Bearings

Cylindrical Roller Bearings

d75 - 95mm
CRB

Mass
Boundry dimension Basic Load Ratings Limiting Speeds1) Bearing Numbers2)
kg

Dynamic Static
mm min-¹ Type Type Type Type Type Type
kN

NU
d D B Cr Cor Grease Oil NU NJ NUP N NF
(approx.)

160 55 330 395 3 500 4 100 NU2315E NJ NUP - - 5.25

75
190 45 262 274 3 200 3 700 NU415 NJ NUP N NF 6.22

125 22 72.5 90.5 5 700 6 700 NU1016 NJ NUP - - 0.98

140 26 106 122 4 800 5 700 NU216 NJ NUP N NF 1.5

140 26 139 167 4 400 5 100 NU216E NJ NUP - - 1.67

140 33 147 186 4 400 5 100 NU2216 NJ NUP N - 1.93

140 33 186 243 3 900 4 600 NU2216E NJ NUP - - 2.12

80
170 39 190 207 4 100 4 800 NU316 NJ NUP N NF 3.86

170 39 256 282 3 700 4 400 NU316E NJ NUP - 4.22

170 58 274 330 3 600 4 200 NU2316 NJ NUP N NF 5.79

170 58 355 430 3 300 3 900 NU2316E NJ NUP - - 6.25

200 48 299 315 3 000 3 500 NU416 NJ NUP N NF 7.32

130 22 74.5 95.5 5 400 6 300 NU1017 NJ NUP N - 1.03

150 28 120 140 4 500 6 300 NU217 NJ NUP N NF 1.87

150 28 167 199 4 100 4 800 NU217E NJ NUP - - 2.11

150 36 170 218 4 100 4 800 NU2217 NJ NUP N - 2.44

85 150 36 217 279 3 700 4 300 NU2217E NJ NUP - - 2.68

180 41 212 228 3 900 4 600 NU317 NJ NUP N NF 4.54

180 41 291 330 3 500 4 100 NU317E NJ NUP - - 4.81

180 60 315 380 3 400 4 000 NU2317 NJ NUP N - 6.7

180 60 395 485 3 100 3 700 NU2317E NJ NUP - - 7.16

140 24 88 114 5 100 5 900 NU1018 NJ NUP N - 1.33

160 30 152 178 4 300 5 000 NU218 NJ NUP N NF 2.3

160 30 182 217 3 900 4 600 NU218E NJ NUP - - 2.44

160 40 197 248 3 900 4 600 NU2218 NJ NUP N - 3.1

90 160 40 242 315 3 500 4 100 NU2218E NJ NUP - - 3.33

190 43 240 265 3 700 4 300 NU318 NJ NUP N NF 5.3

190 43 315 355 3 300 3 900 NU318E NJ NUP - - 5.72

190 64 325 395 3 200 3 800 NU2318 NJ NUP N - 7.95

190 64 435 535 2 900 3 400 NU2318E NJ NUP - - 8.56

145 24 90.5 120 4 800 5 600 NU1019 NJ NUP N - 1.4

95 170 32 166 195 4 000 4 700 NU219 NJ NUP N NF 2.78

170 32 220 265 3 600 4 300 NU219E NJ NUP - - 3.02

182
Cylindrical Roller Bearings

Cylindrical Roller Bearings

d95 - 120mm
CRB

Mass
Boundry dimension Basic Load Ratings Limiting Speeds1) Bearing Numbers2)
kg

Dynamic Static
mm min-¹ Type Type Type Type Type Type
kN

NU
d D B Cr Cor Grease Oil NU NJ NUP N NF
(approx.)

170 43 230 298 3 600 4 300 NU2219 NJ NUP - - 3.79

170 43 286 370 3 300 3 800 NU2219E NJ NUP N NF 4.14

200 45 259 285 3 400 4 000 NU319 NJ NUP - - 6.13

95
200 45 335 385 3 100 3 600 NU319E NJ NUP N NF 6.62

200 67 370 460 3 000 3 500 NU2319 NJ NUP - - 9.2

200 67 460 585 2 700 3 200 NU2319E NJ NUP N NF 9.8

150 24 93 126 4 600 5 400 NU1020 NJ NUP - - 1.45

180 34 183 217 3 800 4 500 NU220 NJ NUP N NF 3.33

180 34 249 305 3 500 4 100 NU220E NJ NUP - - 3.66

180 46 258 340 3 500 4 100 NU2220 NJ NUP N - 4.57

100 180 46 335 445 3 100 3 600 NU2220E NJ NUP - - 5.01

215 47 299 335 3 300 3 800 NU320 NJ NUP N NF 7.49

215 47 380 425 2 900 3 500 NU320E NJ NUP - 8.57

215 73 410 505 2 900 3 400 NU2320 NJ NUP N NF 11.7

215 73 570 715 2 600 3 100 NU2320E NJ NUP - - 12.8

160 26 105 142 4 300 5 100 NU1021 NJ NUP N - 1.84

105 190 36 201 241 3 600 4 300 NU221 NJ NUP N NF 3.95

225 49 320 360 3 100 3 700 NU321 NJ NUP - - 8.53

170 28 131 174 4 100 4 800 NU1022 NJ NUP - - 2.33

200 38 240 290 3 400 4 000 NU222 NJ NUP N NF 4.63

200 38 293 365 3 100 3 700 NU222E NJ NUP - - 4.27

200 53 320 415 3 100 3 700 NU2222 NJ NUP N - 6.56

110 200 53 385 515 2 800 3 300 NU2222E NJ NUP - - 7.4

240 50 360 400 3 000 3 500 NU322 10

240 50 450 525 2 700 3 100 NU322E NJ NUP N - 11.1

240 80 605 790 2 600 3 100 NU2322 NJ NUP N NF 17.1

240 80 675 880 2 400 2 800 NU2322E NJ NUP - - 19.4

180 28 139 191 3 800 4 400 NU1024 NJ NUP - - 2.44

215 40 260 320 3 200 3 700 NU224 NJ NUP N NF 5.57

215 40 335 420 2 900 3 400 NU224E NJ NUP - - 5.97

120
215 58 350 460 2 900 3 400 NU2224 NJ NUP N - 8.19

215 58 450 620 2 600 3 000 NU2224E NJ NUP - - 9.18

260 55 450 510 2 700 3 200 NU324 NJ NUP N NF 12.8

183
Cylindrical Roller Bearings

Cylindrical Roller Bearings

d120 - 160mm
CRB

Mass
Boundry dimension Basic Load Ratings Limiting Speeds1) Bearing Numbers2)
kg

Dynamic Static
mm min-¹ Type Type Type Type Type Type
kN

NU
d D B Cr Cor Grease Oil NU NJ NUP N NF
(approx.)

260 55 530 600 2 400 2 800 NU324E NJ NUP - - 13.9

120 260 86 710 900 2 400 2 800 NU2324 NJ NUP N NF 21.5

260 86 795 1230 2 200 2 500 NU2324E NJ NUP - - 26.1

200 33 172 238 3 400 4 000 NU1026 NJ NUP - - 3.69

230 40 270 340 2 900 3 400 NU226 NJ NUP N NF 6.3

230 40 365 455 2 600 3 100 NU226E NJ NUP - - 6.9

230 64 380 530 2 600 3 100 NU2226 NJ NUP N NF 10.2

130 230 64 530 735 2 300 2 700 NU2226E NJ NUP - - 11.8

280 58 560 655 2 500 2 900 NU326 NJ NUP N NF 17.4

280 58 615 735 2 200 2 600 NU326E NJ NUP - - 19.4

280 93 840 1230 2 200 2 600 NU2326 NJ NUP N NF 26.9

280 93 920 1230 2 000 2 300 NU2326E NJ NUP - - 30.9

210 33 176 260 3 200 3 600 NU1028 NJ NUP - - 4.05

250 42 310 400 2 700 3 100 NU228 NJ NUP N NF 7.88

250 42 395 515 2 400 2 800 NU228E NJ NUP - - 8.73

250 68 445 535 2 400 2 800 NU228 NJ NUP N - 12.9

140 250 68 575 535 2 100 2 500 NU2228E NJ NUP - - 15.8

300 62 615 745 2 300 2 700 NU328 NJ NUP N NF 21.2

300 62 665 795 2 100 2 400 NU328E NJ NUP - 23.2

300 102 920 1250 2 000 2 300 NU2328 NJ NUP N NF 33.8

300 102 1020 1380 1 800 2 100 NU2328E NJ NUP - - 38.7

225 35 202 294 3 000 3 500 NU1030 NJ NUP - - 4.77

270 45 345 435 2 500 2 900 NU230 NJ NUP N NF 9.92

270 45 450 596 2 200 2 600 NU230E NJ NUP - - 11

270 73 500 710 2 200 2 600 NU2230 NJ NUP N - 16.3

150 270 73 660 960 2 000 2 400 NU2230E NJ NUP - - 19.7

320 65 665 806 2 100 2 500 NU330 25.3

320 65 760 890 1 900 2 300 NU330E NJ NUP N - 28.4

320 108 1020 1400 1 900 2 200 NU2330 NJ NUP N NF 40.6

320 108 1160 1600 1 700 2 000 NU2330E NJ NUP - - 47.2

240 38 238 340 2 800 3 300 NU1032 NJ NUP - - 5.9

160 290 48 430 570 2 300 2 700 NU232 NJ NUP N NF 13.7

290 48 500 665 2 100 2 400 NU232E NJ NUP - - 15.6

184
Cylindrical Roller Bearings

Cylindrical Roller Bearings

d160 - 200mm
CRB

Mass
Boundry dimension Basic Load Ratings Limiting Speeds1) Bearing Numbers2)
kg

Dynamic Static
mm min-¹ Type Type Type Type Type Type
kN

NU
d D B Cr Cor Grease Oil NU NJ NUP N NF
(approx.)

290 80 630 940 2 100 2 400 NU2232 NJ NUP N - 22

290 80 810 1190 1 900 2 200 NU2232E NJ NUP - - 25.1

340 68 700 875 2 000 2 300 NU332 NJ NUP N NF 31.3

160
340 68 860 1 050 1 800 2 100 NU332E NJ NUP - - 34

340 114 1070 1 520 1 700 2 000 NU2332 NJ NUP N - 50.5

340 114 1310 1 820 1 600 1 900 NU2332E NJ NUP - - 56

260 42 278 400 2 600 3 000 NU1034 NJ NUP N - 7.88

310 52 475 635 2 200 2 500 NU234 NJ NUP N NF 17

310 52 605 800 2 000 2 300 NU234E NJ NUP - - 19.6

170 310 86 715 1 080 2 000 2 300 NU2234 NJ NUP N - 27.2

310 86 965 1 410 1 800 2 100 NU2234E NJ NUP - - 31

360 72 795 1 010 1 800 2 200 NU334 NJ NUP N NF 37

360 120 1220 1 750 1 600 1 900 NU2334 NJ NUP N - 59.5

280 46 340 485 2 400 2 900 NU1036 NJ NUP N - 10.3

320 52 495 675 2 000 2 400 NU236 NJ NUP N NF 17.7

320 52 625 850 1 800 2 200 NU236E NJ NUP - - 20.4

180 320 86 745 1 140 1 800 2 200 NU2236 NJ NUP N - 28.4

320 86 1010 1 510 1 600 1 900 NU2236E NJ NUP - - 31.9

380 75 905 1 150 1 700 2 000 NU336 NJ NUP N NF 44.2

380 126 1380 1 990 1 500 1 800 NU2336 NJ NUP N - 69.5

290 46 350 510 2 300 2 700 NU1038 NJ NUP N - 10.7

340 55 555 770 1 900 2 200 NU238 NJ NUP N NF 21.3

340 55 695 955 1 700 2000 NU238E NJ NUP - - 24.2

190 340 92 830 1 290 1 700 2000 NU2238 NJ NUP N - 34.4

340 92 1100 1 670 1 500 1 800 NU2238E NJ NUP - - 39.5

400 78 975 1 260 1 600 1 900 NU338 NJ NUP N NF 49.4

400 132 1520 2 220 1 400 1 700 NU2338 NJ NUP N - 80.5

310 51 390 580 2 200 2 600 NU1040 NJ NUP N - 13.9

360 58 620 865 1 800 2 100 NU240 NJ NUP N NF 25.3

360 58 765 1 060 1 600 1 900 NU240E NJ NUP - - 28.1

200
360 98 925 1 440 1 600 1 900 NU2240 NJ NUP N - 41.3

360 98 1220 1 870 1 500 1 700 NU2240E NJ NUP - - 47.8

420 80 975 1 270 1 500 1 800 NU340 NJ NUP N NF 55.8

420 138 1 510 2 240 1 400 1 600 NU2340 NJ NUP N - 92.6

185
Cylindrical Roller Bearings

Cylindrical Roller Bearings

d220 - 500mm
CRB

Mass
Boundry dimension Basic Load Ratings Limiting Speeds1) Bearing Numbers2)
kg

Dynamic Static
mm min-¹ Type Type Type Type Type Type
kN

NU
d D B Cr Cor Grease Oil NU NJ NUP N NF
(approx.)

340 56 500 750 2 000 2 300 NU1044 NJ NUP N - 18.2

400 65 760 1080 1 600 1 900 NU244 NJ NUP - - 37.7

220 400 108 1 140 1 810 1 500 1 700 NU2244 NJ NUP N NF 59

460 88 1 190 1 570 1 400 1 600 NU344 NJ NUP - - 73.4

460 145 1 780 2 620 1 200 1 400 NU2344 NJ NUP N - 116

360 56 530 820 1 800 2 100 NU1048 NJ NUP N - 19.6

440 72 935 1 340 1 500 1 700 NU248 NJ NUP N NF 50.2

240 440 120 1 440 2 320 1 300 1 600 NU2248 NJ NUP - - 80

500 95 1 430 1 950 1 300 1 500 NU348 NJ NUP N - 93.4

500 155 2 100 3 200 1 100 1 300 NU2348 NJ NUP - - 147

400 65 645 1 000 1 600 1 900 NU1052 NJ NUP N - 29.1

480 80 1 150 1 660 1 300 1 600 NU252 NJ NUP N NF 66.9

260 480 130 1 780 2 930 1 200 1 400 NU2252 NJ NUP - - 104

540 102 1 620 2 230 1 200 1 400 NU352 NJ NUP N - 117

540 165 2 340 3 600 1 000 1 200 NU2352 NJ NUP - - 182

420 65 660 1 050 1 500 1 800 NU1056 NJ NUP N - 30.9

500 80 1 190 1 760 1 200 1 400 NU256 NJ NUP N NF 70.8

280 500 130 1 840 3 100 1 100 1 300 NU2256 NJ NUP - - 109

580 108 1 820 2 540 1 100 1 200 NU356 NJ NUP N - 142

580 175 2 700 4 250 920 1 100 NU2356 NJ NUP - - 222

460 74 855 1 340 1 400 1 600 NU1060 NJ NUP N - 43.6

300 540 85 1 400 2 070 1 100 1 300 NU260 NJ NUP N NF 88.2

540 140 2 180 3 650 1 000 1 200 NU2260 NJ NUP - - 138

480 74 875 1 410 1 300 1 600 NU1064 NJ NUP N - 46

320 580 92 1 600 2 390 1 000 1 200 NU264 NJ NUP N NF 111

580 150 2 550 4 350 950 1 100 NU2264 NJ NUP - - 172

340 520 82 1 050 1 670 1 200 2 400 NU1068 NJ NUP N - 61.8

360 540 82 1 080 1 750 1 100 2 300 NU1072 NJ NUP N - 64.7

380 560 82 1 100 1 840 1 100 1 200 NU1076 NJ NUP N - 67.5

400 600 90 1 320 2 190 990 1 200 NU1080 NJ NUP N - 87.6

420 620 90 1 350 2 290 950 1 100 NU1084 NJ NUP N - 91

440 650 94 1 430 2 430 900 1 100 NU1088 NJ NUP N - 105

460 680 100 1 540 2 630 850 1 000 NU1092 NJ NUP N - 122

480 700 100 1 580 2 750 810 960 NU1096 NJ NUP N - 126

500 720 100 1 610 2 870 770 910 NU10/500 NJ NUP N - 130

186
 B2
B2

L Type Loose Rib

L Type Loose Rib

B1 B1

L type collar ring

LTLR

Ød1
Ød1
d 20 - 55mm

Ød
Ød
NH=NJ+HJ NUJ=NU+HJ

Dimensions Bearing Mass Dimensions Bearing Mass

numbers numbers
mm kg mm kg

d d1 B1 B2 (approx.) d d1 B1 B2 (approx.)

29.9 3 6.75 HJ204 0.012 54.2 5 9 HJ208 0.046

29.5 3 5.5 HJ204E 0.009 53.9 5 8.5 HJ208E 0.042

29.9 3 7.5 HJ2204 0.013 54.2 5 9.5 HJ2208 0.047

20 29.5 3 6.5 HJ2204E 0.01 53.9 5 9 HJ2208E 0.045

31.8 4 7.5 HJ304 0.017 40 58.4 7 12.5 HJ308 0.083

31.1 4 6.5 HJ304E 0.014 57.6 7 11 HJ308E 0.07

31.8 4 8.5 HJ2304 0.018 58.4 7 14.5 HJ2308 0.09

31.1 4 7.5 HJ2304E 0.015 57.6 7 12.5 HJ2308E 0.08

64.8 8 13 HJ408 0.14

34.8 3 7.25 HJ205 0.015 59 5 9.5 *HJ209 0.053

34.5 3 6 HJ205E 0.012 58.9 5 8.5 HJ209E 0.047

34.8 3 7.5 HJ2205 0.015 58.9 5 9 HJ2209E 0.05

34.5 3 6.5 HJ2205E 0.013 64 7 12.5 HJ309 0.099

25 39 4 8 HJ305 0.025 45 64.5 7 11.5 HJ309E 0.093

38 4 - HJ305E 0.021 64 7 15 HJ2309 0.109

39 4 9 HJ2305 0.027 64.5 7 13 HJ2309E 0.103

38 4 8 HJ2305E 0.024 71.8 8 13.5 HJ409 0.175

43.6 6 10.5 HJ405 0.057

41.7 4 8.25 HJ206 0.025 64.6 5 10 HJ210 0.063

41.1 4 7 HJ206E 0.017 63.9 5 9 *HJ210E 0.055

41.7 4 8.5 HJ2206 0.025 64.6 5 9.5 HJ2210 0.061

41.1 4 7.5 HJ2206E 0.02 71 8 14 HJ310 0.142

30 45.9 5 9.5 HJ306 0.039 50 71.4 8 13 HJ310E 0.134

44.9 5 8.5 HJ306E 0.035 71 8 17 HJ2310 0.157

45.9 5 11.5 HJ2306 0.043 71.4 8 14.5 HJ2310E 0.15

44.9 5 9.5 HJ2306E 0.035 78.8 9 14.5 HJ410 0.23

50.5 7 11.5 HJ406 0.08

47.6 4 8 HJ207 0.03 70.8 6 11 *HJ211 0.084

48 4 7 HJ207E 0.027 70.8 6 9.5 HJ211E 0.072

47.6 4 8.5 HJ2207 0.031 70.8 6 10 HJ2211E 0.076

48 4 8.5 HJ2207E 0.031 77.2 9 15 HJ311 0.182

35 50.8 6 11 HJ307 0.056 55 77.7 9 14 HJ311E 0.168

51 6 9.5 HJ307E 0.048 77.2 9 18.5 HJ2311 0.203

50.8 6 14 HJ2307 0.064 77.7 9 15.5 HJ2311E 0.185

51 6 11 HJ2307E 0.055 85.2 10 16.5 HJ411 0.29

59 8 13 HJ407 0.12

187
 B2
B2

L Type Loose Rib

L Type Loose Rib

B1 B1

L type collar ring

LTLR

Ød1
Ød1
d 60 - 95mm

Ød
Ød
NH=NJ+HJ NUJ=NU+HJ

Dimensions Bearing Mass Dimensions Bearing Mass

numbers numbers
mm kg mm kg

d d1 B1 B2 (approx.) d d1 B1 B2 (approx.)

78.4 6 11 * HJ212 0.108 101.2 8 13.5 *HJ216 0.207

77.6 6 10 * HJ212E 0.094 101.7 8 12.5 *H216E 0.193

84.2 9 15.5 HJ312 0.22 111.8 11 19.5 HJ316 0.47

60 84.6 9 14.5 HJ312E 0.205 80 111 11 17 HJ316E 0.405

84.2 9 19 HJ2312 0.245 111.8 11 23 HJ2316 0.511

84.6 9 16 HJ2312E 0.23 111 11 20 HJ2316E 0.45

91.8 10 16.5 HJ412 0.34 122 13 22 HJ416 0.78

84.8 6 11 HJ213 0.123 108.2 8 14 *HJ217 0.25

84.5 6 10 HJ213E 0.111 107.7 8 12.5 HJ217E 0.21

84.8 6 11.5 HJ2213 0.126 107.7 8 13 HJ2217E 0.216

84.5 6 10.5 HJ2213E 0.118 85 117.5 12 20.5 HJ317 0.56

65 91 10 17 HJ313 0.28 118.4 12 18.5 HJ317E 0.505

91 10 15.5 HJ313E 0.25 117.5 12 24 HJ2317 0.606

91 10 20 HJ2313 0.304 118.4 12 22 HJ2317E 0.55

91 10 18 HJ2313E 0.29

98.5 11 18 HJ413 0.42 114.2 9 15 HJ218 0.305

114.6 9 14 HJ218E 0.272

89.6 7 12.5 *HJ214 0.15 114.2 9 16 HJ2218 0.315

89.5 7 11 HJ214E 0.13 114.6 9 15 HJ2218E 0.308

89.5 7 11.5 HJ2214E 0.138 90 125 12 21 HJ318 0.63

98 10 17.5 HJ314 0.33 124.7 12 18.5 HJ318E 0.548

70 98 10 15.5 HJ314E 0.293 125 12 26 HJ2318 0.704

98 10 20.5 HJ2314 0.358 124.7 12 22 HJ2318E 0.69

98 10 18.5 HJ2314E 0.35

110.5 12 20 HJ414 0.605 121 9 15.5 HJ219 0.352

121 9 14 HJ219E 0.304

94 7 12.5 *HJ215 0.156 121 9 16.5 HJ2219 0.363

94.5 7 11 HJ215E 0.141 121 9 15.5 HJ2219E 0.335

94.5 7 11.5 HJ2215 0.164 95 132 13 22.5 HJ319 0.76

104.2 11 18.5 HJ315 0.4 132.7 13 20.5 HJ319E 0.7

75 104.6 11 16.5 HJ315E 0.35 132 13 26.5 HJ2319 0.826

104.2 11 21.5 HJ2315 0.432 132.7 13 24.5 HJ2319E 0.8

104.6 11 19.5 HJ2315E 0.41

116 13 21.5 HJ415 0.71

188
 B2
B2

L Type Loose Rib

L Type Loose Rib

B1 B1

L type collar ring

LTLR

Ød1
Ød1
d 100 - 180mm

Ød
Ød
NH=NJ+HJ NUJ=NU+HJ

Dimensions Bearing Mass Dimensions Bearing Mass

numbers numbers
mm kg mm kg

d d1 B1 B2 (approx.) d d1 B1 B2 (approx.)

128 10 17 HJ220 0.444 179.5 11 19 HJ228 1

128 10 15 HJ220E 0.38 180.2 11 18 HJ228E 0.929

128 10 18 HJ2220 0.456 179.5 11 25 HJ2228 1.14

128 10 16 HJ2220E 0.385 180.2 11 23 HJ2228E 1.11

100 140.5 13 22.5 HJ320 0.895 140 196 15 26 HJ328 1.93

140.3 13 20.5 HJ320E 0.8 196.8 15 25 HJ328E 1.91

140.5 13 27.5 HJ2320 0.986 196 15 33.5 HJ2328 2.21

140.3 13 23.5 HJ2320E 0.92 196.8 15 31 HJ2328E 2.3

105 135.0 10 17.5 HJ221 0.505 193 12 20.5 HJ230 1.24

147 13 22.5 HJ321 0.97 194 12 19.5 HJ230E 1.18

193 12 26.5 HJ2230 1.39

141.5 11 18.5 HJ222 0.615 150 194 12 24.5 HJ2230E 1.42

142.1 11 17 HJ222E 0.553 210 15 26.5 HJ330 2.37

141.5 11 20.5 HJ2222 0.645 211 15 25 HJ330E 2.25

110 142.1 11 19.5 HJ2222E 0.605 210 15 34 HJ2330 2.69

155.5 14 23 HJ322 1.17 211 15 31.5 HJ2330E 2.6

156.6 14 22 HJ322E 1.09 207 12 21 HJ232 1.48

155.5 14 28 HJ2322 1.28 207.8 12 20 HJ232E 1.34

156.6 14 26.5 HJ2322E 1.25 207 12 28 HJ2232 1.69

206.6 12 24.5 HJ2232E 1.61

153 11 19 HJ224 0.715 160 225 15 28 HJ332 2.75

153.9 11 17 HJ224E 0.634 223.2 15 25 HJ332E 2.4

153 11 22 HJ2224 0.767 225 15 37 HJ2332 3.16

153.9 11 20 HJ2224E 0.705 223.2 15 32 HJ2332E 2.85

168.5 14 23.5 HJ324 1.4 220.5 12 22 HJ234 1.7

120 169.2 14 22.5 HJ324E 1.28 221.4 12 20 HJ234E 1.51

168.5 14 28 HJ2324 1.53 220.5 12 29 HJ2234 1.93

169.2 14 26 HJ2324E 1.42 220.2 12 24 HJ2234E 1.82

170 238 16 29.5 HJ334 3.25

165.5 11 19 HJ226 0.84 238 16 38.5 HJ2334 3.71

164.7 11 17 HJ226E 0.684 230.5 12 22 HJ236 1.8

165.5 11 25 HJ2226 0.953 231.4 12 20 HJ236E 1.7

164.7 11 21 HJ2226E 0.831 230.5 12 29 HJ2236 2.04

130 182 14 24 HJ326 1.62 230.2 12 24 HJ2236E 1.91

183 14 23 HJ326E 1.53 180 252 17 30.5 HJ336 3.85

182 14 29.5 HJ2326 1.8 252 17 40 HJ336E 4.42

183 14 28 HJ2326E 1.75

189
 B2
B2

L Type Loose Rib

L Type Loose Rib

B1 B1

L type collar ring

LTLR d 190 - 320mm

Ød1
Ød1

Ød
Ød
NH=NJ+HJ NUJ=NU+HJ

Dimensions Bearing Mass

numbers
mm kg

d d1 B1 B2 (approx.)
244.5 13 23.5 HJ238 2.2

245.2 13 21.5 HJ238E 1.94

244.5 13 31.5 HJ2238 2.52

190 244 13 26.5 HJ2238E 2.38

265 18 32 HJ338 4.45

265 18 41.5 HJ2338 5.05

258 14 25 HJ240 2.6

259 14 23 HJ240 2.35

200 258 14 34 HJ2240 2.99

257.8 14 28 HJ2240E 2.86

280 18 33 HJ340 5

280 18 44.5 HJ2340 5.76

220 286 15 27.5 HJ244 3.55

307 20 36 HJ344 7.05

240 313 16 29.5 HJ248 4.65

335 22 39.5 HJ348 8.2

260 340 18 33 HJ252 6.2

362 24 43 HJ352 11.4

280 360 18 33 HJ256 7.39

390 26 46 HJ356 13.9

300 387 20 34.5 HJ260 9.14

320 415 21 37 HJ264 11.3

190
Full Compliment
Cylindrical
Roller Bearings

191
Cylindrical Roller Bearings

Cylindrical Roller Bearings Full Complement

CRB

Full Compliment Cylindrical Roller Bearing

Full compliment bearings are suitable for heavy radial load.
This bearing contains solid outer and inner rings and rib guided cylindrical rollers.
These bearings have extremely high radial load carrying capacity.
These bearings available as locating, semi-locating and non-locating as well as single and double row design.
Compared to single row, double row cylindrical roller bearings are applicable for higher speed and greater
accuracy. (In special application)
The outer ring without rib can be axially displaced in both directions relative to inner ring.
These bearings have lubrication groove and lubricating holes in outer ring.
These bearings can carry axial load in uni and bi-direction in addition to radial load.

With Snap Ring Grooves

These bearing contains solid outer and inner ring with ribs, rib guided cylindrical roller and sealing rings.
The outer rings have grooves for retaining rings. Inner rings are Axial split,1 mm wider than outer ring and
held together by rolled in steel strip.
These bearings can carry axial load in both direction as well as radial load.

192
Cylindrical Roller Bearings

Cylindrical Roller Bearings Full Complement,

CRB Single Row Semi-Locating Bearings
d20 - 75mm

Fatigue Limiting
Principle Dimensions Basic Load Ratings Mass
Load Limit Speed

Dynamic Static Designation

d PU
D B C C0 RPM kg
mm kN
kN

20 42 16 30.5 26.5 4.45 10500 0.11 SL183004

47 18 45.5 37.5 6.1 9700 0.16 SL182204

25 47 16 35 32.5 5.5 9000 0.12 SL183005

52 18 51 45 7.4 8400 0.18 SL182205

62 24 73 60 9.4 7400 0.37 SL192305

30 55 19 45 43 7.5 7600 0.2 SL183006

62 20 70 65 10.2 7000 0.3 SL182206

72 27 100 88 14.5 6400 0.56 SL192306

35 62 20 55 55 9.4 6700 0.26 SL183007

72 23 88 79 12.7 6100 0.44 SL182207

80 31 126 112 19 5600 0.74 SL192307

40 68 21 66 68 11.2 6000 0.31 SL183008

80 23 97 93 14.9 5400 0.55 SL182208

90 33 170 156 27 5000 1.01 SL192308

45 75 23 70 76 12.5 5400 0.4 SL183009

85 23 101 99 16 5000 0.59 SL182209

100 36 181 169 30 4450 0.37 SL192309

50 80 23 70 76 12.5 5400 0.43 SL183010

90 23 109 113 18.1 4650 0.64 SL182210

110 40 232 219 38.5 4050 1.81 SL192310

55 90 26 120 136 22.6 4450 0.64 SL183011

100 25 140 150 25 4200 0.87 SL182211

120 43 270 255 45.5 3700 2.28 SL192311

60 85 16 63 78 13.7 4450 0.29 SL182912

95 26 123 145 23.7 4200 0.69 SL183012

110 28 169 180 31 1800 1.18 SL182212

130 46 285 280 50 3400 2.88 SL192312

90 16 67 86 15.1 4200 0.31 SL182913

100 26 130 159 26 3950 0.73 SL183013

65 120 31 198 214 37 3500 0.157 SL182213

140 48 350 355 63 3150 3.52 SL192313

70 100 19 88 114 18.8 3800 0.49 SL182914

110 30 153 176 29.5 3600 1.02 SL183014

125 31 184 227 32 3300 1.66 SL182214

150 51 385 390 69 2950 4.33 SL192314

193
Cylindrical Roller Bearings

Cylindrical Roller Bearings Full Complement,

CRB Single Row Semi-Locating Bearings
d75 - 150mm

Fatigue Limiting
Principle Dimensions Basic Load Ratings Mass Designation
Load Limit Speed

Dynamic Static
d PU
D B C C0 RPM kg
mm kN
kN

75 105 19 91 121 20.1 3600 0.52 SL182915

115 30 162 194 32.5 3400 1.06 SL183015

80 110 19 94 129 21.4 3400 0.55 SL182916

125 34 173 225 31 3150 1.43 SL183016

140 33 226 285 38.5 2950 2.15 SL182216

170 58 540 560 96 2600 6.32 SL192316

85 120 22 118 162 25.5 3150 0.81 SL182917

130 34 178 237 3.2 3000 1.51 SL183017

150 36 255 325 44.5 2750 2.74 SL182217

180 60 570 620 103 2450 7.34 SL192317

90 125 22 122 172 26.5 3000 0.84 SL182918

140 37 208 280 38 2800 1.97 SL183018

160 40 290 370 51 2600 3.48 SL182218

190 64 620 660 112 2310 8.83 SL192318

95 130 22 132 179 27.5 2900 0.86 SL182919

170 43 340 435 58 2450 4.17 SL182219

200 67 650 720 120 2200 10.2 SL192319

100 140 24 152 206 31.5 2700 1.14 SL182920

150 37 219 31 40.5 2600 2.15 SL183020

180 46 395 520 70 2310 5.13 SL182220

215 73 790 86 143 2060 13 SL192320

110 150 24 155 220 34 2490 1.23 SL182922

170 45 285 395 52 2310 3.5 SL183022

200 53 455 590 78 2090 7.24 SL182222

240 80 950 980 156 1850 17 SL192322

120 165 27 199 295 45.5 2270 1.73 SL182924

180 46 30 435 56 2160 3.8 SL183024

215 58 540 730 95 1930 9.08 SL182224

260 86 1130 1240 195 1710 22.3 SL192324

130 180 30 238 355 54 2090 2.33 SL182926

200 52 435 620 79 1960 5.65 SL183026

230 64 630 860 110 1800 11.25 SL182226

140 190 30 260 385 57 1960 2.42 SL182928

210 53 455 680 85 1850 6.04 SL183028

250 68 720 1020 127 1660 14.47 SL182228

150 210 36 340 490 73 1800 3.77 SL182930

225 56 480 710 88 1730 7.33 SL183030

194
Cylindrical Roller Bearings

Cylindrical Roller Bearings Full Complement,

CRB Single Row Semi-Locating Bearings
d150 - 280mm

Fatigue Limiting
Principle Dimensions Basic Load Ratings Mass Designation
Load Limit Speed

Dynamic Static
d PU
D B C C0 RPM kg
mm kN
kN

150 270 73 830 1180 146 1540 18.43 SL182230

220 36 350 520 77 1710 4 SL182932

160 240 60 550 820 99 1620 8.8 SL183032

290 80 1030 1490 178 1440 23 SL182232

130 31 190 241 33.5 3150 1.75 SL182215

160 55 460 465 83 2750 5.3 SL192315

170 230 36 365 560 80 1620 4.3 SL182934

260 67 710 1070 129 1510 12.2 SL183034

310 86 1150 1680 199 1350 28.65 SL182234

180 250 42 455 690 100 1510 6.2 SL182936

280 74 820 1260 149 1410 16.1 SL183036

320 86 1190 1780 204 1300 29.8 SL182236

190 260 42 510 790 112 1440 6.5 SL182938

290 75 840 1320 155 1350 17 SL183038

340 92 1310 1920 223 1220 35.65 SL182238

200 250 24 183 330 33.5 1440 2.57 SL181840

280 48 610 960 134 1350 9.1 SL182940

310 82 960 1530 178 1270 21.8 SL183040

360 98 1420 2040 235 1160 43.12 SL182240

220 270 24 192 365 36 1320 2.8 SL181844

300 48 650 1050 144 1250 9.9 SL182944

340 90 1160 1840 209 1160 28.4 SL183044

240 300 28 265 490 51 1200 4.29 SL181848

320 48 610 1140 124 1160 10.6 SL182948

360 92 1220 2010 224 1080 30.9 SL183048

260 320 26 275 530 54 1120 4.61 SL181852

360 60 790 1470 160 1050 18.5 SL182952

400 104 1620 2550 280 980 44.5 SL183052

280 350 33 355 670 69 1030 6.89 SL181856

380 60 920 1740 184 980 19.7 SL182956

420 106 1670 2700 290 930 48 SL183056

195
Cylindrical Roller Bearings

Cylindrical Roller Bearing Full Complement,

CRB Locating & Non - Locating Bearing
Double Row
d60 - 340mm

Approx Basic Load Rating Limiting Referance Locating

Dimensions Non
Weight Dynamic Static Speed Speed Bearing
Locating Bearings
d D B kg kN kN

60 85 25 0.48 71 125 4200 3000 SL014912 SL024912

70 100 30 0.75 108 189 3500 2600 SL014914 SL024914

80 110 30 0.85 115 211 3200 2200 SL014916 SL024916

90 125 35 1.3 155 295 2700 2000 SL014918 SL024918

100 140 40 1.9 196 380 2500 1800 SL014920 SL024920

110 150 40 2.1 204 410 2200 1600 SL014922 SL024922

120 165 45 2.85 228 455 2000 1500 SL014924 SL024924

130 180 50 3.8 265 530 1800 1400 SL014926 SL024926

140 190 50 4.1 275 570 1700 1300 SL014928 SL024928

150 210 60 6.5 415 840 1600 1200 SL014930 SL024930

150 190 40 2.8 237 550 1700 1200 SL014830 SL024830

160 200 40 3.1 243 580 1700 1100 SL014832 SL024832

160 220 60 6.9 435 900 1500 1000 SL014932 SL024932

170 215 45 4 265 620 1500 1000 SL014834 SL024834

170 230 60 7.2 445 950 1400 900 SL014934 SL024934

180 225 45 4.25 275 660 1400 1000 SL014836 SL024836

180 250 69 10.6 580 1230 1300 850 SL014936 SL024936

190 240 50 5.5 315 750 1300 1000 SL014838 SL024838

190 260 69 11 590 1290 1200 800 SL014938 SL024938

200 250 50 5.8 325 790 1200 900 SL014840 SL024840

200 280 80 15.5 690 1480 1100 750 SL014940 SL024940

220 270 50 6.3 340 870 1100 750 SL014844 SL024844

220 300 80 17 720 1590 1000 650 SL014944 SL024944

240 300 60 10 520 1290 1000 650 SL014848 SL024848

240 320 80 18 750 1740 950 600 SL014948 SL024948

260 320 60 10.8 540 1400 900 600 SL014852 SL024852

260 360 100 31.5 1120 2500 800 500 SL014952 SL024952

280 350 69 16 710 1860 850 500 SL014856 SL024856

280 380 100 33.5 1170 2700 800 500 SL014956 SL024956

300 380 80 22.5 830 2120 800 450 SL014860 SL024860

300 420 118 52.5 1650 3800 800 400 SL014960 SL024960

320 400 80 24 860 2280 800 400 SL014864 SL024864

320 440 118 55.5 1720 4100 750 350 SL014964 SL024964

340 420 80 25 880 2390 750 400 SL014968 SL024868

340 460 118 58 1770 4300 700 350 SL014968 SL024968

196
Cylindrical Roller Bearings

Cylindrical Roller Bearing Full Complement,

CRB Sealed
Double Row
d20 - 220mm

Basic Load Ratings Fatigue Limiting

Principle Dimensions Mass
Dynamic Static Load Limit Speed
Designation
d C
D B C0 PU RPM Kg
mm kN

20 42 30 40.5 49 6.9 4000 0.2 SL045004-PP

25 47 30 44.5 58 8.1 3600 0.24 SL045005-PP

30 55 34 50 67 9.5 3000 0.37 SL045006-PP

35 62 36 63 88 12.4 2600 0.48 SL045007-PP

40 68 38 76 103 16.0 2400 0.56 SL045008-PP

45 75 40 92 130 19.9 2200 0.7 SL045009-PP

50 80 40 97 142 21.7 2000 0.76 SL045010-PP

55 90 46 115 175 25.5 1800 1.18 SL045011-PP

60 95 46 120 189 27.5 1700 1.26 SL045012-PP

65 100 46 125 203 29.5 1600 1.33 SL045013-PP

70 110 54 168 265 36.0 1400 1.87 SL045014-PP

75 115 54 194 300 42.0 1400 1.96 SL045015-PP

80 125 60 203 325 45.0 1300 2.71 SL045016-PP

85 130 60 211 350 47.5 1200 2.83 SL045017-PP

90 140 67 305 510 69.0 1100 3.71 SL045018-PP

95 145 67 315 530 71.0 1100 3.88 SL045019-PP

100 150 67 330 550 73.0 1000 3.95 SL045020-PP

110 170 80 395 680 89.0 900 6.57 SL045022-PP

120 180 80 410 740 94.0 900 7.04 SL045024-PP

130 200 95 540 960 122.0 800 10.5 SL045026-PP

130 190 80 430 790 99.0 800 7.5 SL04130-PP

140 210 95 610 1100 139.0 750 11.1 SL045028-PP

140 200 80 445 840 104.0 750 8 SL04140-PP

150 225 100 710 1260 156.0 700 13.3 SL045030-PP

150 210 80 465 920 111.0 700 8.4 SL04150-PP

160 240 109 740 1360 165.0 650 16.6 SL045032-PP

160 220 80 480 970 116.0 700 88 SL04160-PP

170 260 122 960 1750 212.0 600 22.6 SL045034-PP

170 230 80 490 1030 120.0 650 9.3 SL04170-PP

180 280 136 1140 2130 255.0 550 30.1 SL045036-PP

180 240 80 500 1080 125.0 600 9.8 SL04180-PP

190 290 136 1160 2210 260.0 550 31.5 SL045038-PP

190 260 80 520 1130 131.0 550 12.7 SL04190-PP

200 310 150 1350 2600 300.0 500 40.8 SL045040-PP

200 270 80 540 1210 136.0 550 13.2 SL04200-PP

220 340 160 1570 3050 350.0 480 52.5 SL045044-PP

197
Cylindrical Roller Bearings

Cylindrical Roller Bearing Full Complement,

CRB Sealed
Double Row
d220 - 300mm

Basic Load Ratings Fatigue Limiting

Principle Dimensions Mass
Dynamic Static Load Limit Speed
Designation
d C
D B C0 PU RPN Kg
mm kN

220 300 95 700 1550 174.0 480 19.5 SL04220-PP

240 360 160 1630 3300 370.0 440 56 SL045048-PP

240 320 95 740 1700 186.0 480 21 SL04240-PP

260 400 190 2380 4700 520.0 400 84.5 SL045052-PP

260 340 95 840 1990 215.0 440 22.5 SL04260-PP

280 420 190 2600 5200 570.0 380 90 SL045056-PP

300 460 218 3000 5800 620.0 340 126 SL045060-PP

300 380 95 900 2250 234.0 380 25.5 SL04300-PP

198
Cylindrical Roller Bearings

Cylindrical Roller Bearing

NU 52XX Series
CRB

Load Rating
Bore OD Width
kN Designation
d D W Dynamic Static

20 47 20.638 33 34.5 NU 5204

25 52 20.638 38.5 43.5 NU 5205

30 62 23.9875 55.5 63 NU 5206

35 72 26.1625 87 79.5 NU 5207

40 80 30.1625 87 106 NU 5208

45 85 30.1625 64.5 122 NU 5209

50 90 30.1625 94 125 NU 5210

55 100 33.3375 114 155 NU 5211

60 110 36.5125 148 196 NU 5212

65 120 38.1 153 211 NU 5213

70 125 39.6875 170 235 NU 5214

75 130 41.275 191 178 NU 5215

80 140 44.45 207 294 NU 5216

85 150 49.2125 246 350 NU 5217

90 160 52.3875 290 420 NU 5218

95 170 55.5625 320 460 NU 5219

100 180 60.325 370 540 NU 5220

105 190 65.0875 480 580 NU 5221

110 200 69.85 420 620 NU 5222

120 215 76.2 570 905 NU 5224

130 230 79.375 515 775 NU 5226

140 250 82.55 700 900 NU 5228

150 270 88.9 825 1300 NU 5230

199
200
Taper
Roller Bearings

201
 Taper Roller Bearing
Taper Roller bearings

TRB

Taper Roller Bearing H, HL, HM, T4CB, JM, JL, LM, HH

Taper roller bearings contain tapered inner and outer ring and various.
raceways, between there tapered roller are assembled.
Projection lines of all tapered surface get connect at For metric size steep angle and medium angle tapered roller
common point on axis of bearing. bearings, the respective contact angle symbol is added After
Tapper roller bearings are suitable, where cobined radial and the bore number. For normal angle tapered roller bearings
axial loads are acting. no contact angle symbol is used. Medium angle tapered
roller
Axial load carrying capacity of bearing depends on contact
angle a, as angle increase, axial load carrying capacity also The cages of tapered roller bearing are usually steel cage
increase. Taper roller bearing are separable type i.e. cone
(inner ring with roller and cage assembly ) and cup (outer Permissible Mis alignment.
ring ).
i) Single row taper roller bearings and also with seal on one The permissible misalignment angle for tapered roller
side. bearings is approximately 0.0009a radian (3’)
ii) Paired single row taper roller bearings. (double row and
four row bearing ) Precautions for use of Taper Roller bearings.
iii) Also, inch size and metric size of bearings. if the load on tapered roller bearings become too small or
the ratio of the radial & axial loads for matched bearings
Series Available exceeds during during operation, slippage between the
roller and race ways occurs, which may result in smearing
302xx 303xx 313xx 329xx especially in large bearings where the weight of roller and
320xx 322xx 331xx cage is high.
323xx 330xx 332xx
- At the time of adoption as he series. Please confirm the
ALSO IN COMPLETE INCH SERIES “abutment and filler dimensions”,
- Bearings Feature : Both inner and outer ring and roller have
Tapered surface whose apexes converge at a common
point on the bearing axis.
Designed to support large radial and direction thrust load,
well suited for heavy duty machinery subjected to impact
loads.
Separable inner and outer rings simply mounting and
dismounting.
Usually two bearings are arranged back to back or face
to face on one shaft.They may also be used in pairs with
clearance.

202
 Taper Roller Bearing (Metric)
Taper Roller bearings

Single row
TRB d15 - 40mm

Principal Dimension Basic Load Rating Speed Rating

Reference Mass Designation

Dynamic Static Limiting
d D T B C Speed
C C0 Speed Oil
Grease

mm kN RPM kg

15 42 14.25 13 11 22.4 20 9100 12600 0.095 30302

17 40 13.25 12 11 19 18.6 9100 12600 0.075 30203

47 15.25 14 12 28.1 25 8500 11200 0.13 30303

47 20.25 19 16 40 33.5 8500 11200 0.17 32303

20 42 15 15 12 28 27 9100 11200 0.097 32004X

47 15.25 14 12 32 28 8500 10500 0.12 30204

52 16.25 15 13 39 32.5 8500 9800 0.17 30304

52 22.25 21 18 51 45.5 8500 9800 0.23 32304

22 44 15 15 11.5 25.1 29 7700 10500 0.10 320/22X

25 47 15 15 11.5 31 32.5 8500 9800 0.11 32005X

52 16.25 15 13 35.5 33.5 7700 9100 0.15 30205

52 19.25 18 15 41.5 44 7000 9100 0.19 32205

52 22 22 18 54 56 7000 9100 0.23 33205

62 18.25 17 15 44.6 43 6300 8500 0.26 30305

62 18.25 17 13 38 40 5300 7700 0.26 31305

62 25.25 24 20 60.5 63 5600 8500 0.36 32305

28 52 16 16 12 36.5 38 7000 9100 0.15 320/28X

30 55 17 17 13 40.5 44 6300 7700 0.17 32006X

62 17.25 16 14 46.5 44 6300 7700 0.23 30206

62 21.25 20 17 58.5 57 6300 7700 0.28 32206

32 53 14.5 15 11.5 27 35.5 6300 8500 0.11 JL26749F/710

35 62 18 18 14 49 54 6000 7700 0.22 32007

72 18.25 17 15 58.5 56 5600 6700 0.32 30207

72 24.25 23 19 76.5 78 5600 6700 0.43 32207

72 28 28 22 96.5 106 5000 6700 0.56 33207

80 22.75 21 18 83 73.5 5300 6300 0.52 30307

80 22.75 21 15 71 67 4410 6000 0.52 31307

80 32.75 31 25 95.2 106 4410 6000 0.73 32307

38 63 17 17 13.5 42.5 52 6000 7700 0.20 JL69349A/310

63 17 17 13.5 42.5 52 6000 7700 0.20 JL69349X/310

68 19 19 14.5 60 71 5300 7000 0.27 32008/38X

40 68 19 19 14.5 60 71 5300 6300 0.27 32008X

75 26 26 20.5 91.5 104 5000 6300 0.51 33108

80 19.75 18 16 71 68 5000 6000 0.42 30208

80 24.75 23 19 85 86.5 5000 6000 0.53 32208

80 32 32 25 120 132 4410 6000 0.77 33208

203
 Taper Roller Bearing (Metric)
Taper Roller bearings

Single row
TRB d40 - 55mm

Principal Dimension Basic Load Rating Speed Rating

Reference Mass Designation

Dynamic Static Limiting
d D T B C Speed
C C0 Speed Oil
Grease

mm kN RPM kg

40 85 33 32.5 28 121 150 4200 6300 0.90 T2EE040

90 25.25 23 20 100 95 4410 5600 0.72 30308

90 25.25 23 17 85 81.5 3800 5300 0.72 31308

90 35.25 33 27 117 140 3800 5300 1.00 32308

45 75 20 20 15.5 67 80 5000 6000 0.34 32009X

80 26 26 20.5 96.5 114 4700 5600 0.56 33109

85 20.75 19 16 76.5 76.5 4500 5600 0.48 30209

85 24.75 23 19 91.5 98 4500 5600 0.58 32209

85 32 32 25 108 143 3800 5300 0.82 33209

95 29 26.5 20 104 112 3800 5000 0.92 T7FC 045

95 36 35 30 106 146 3800 5000 1.20 T2ED 045

100 27.25 25 22 125 120 3950 5000 0.97 30309

100 27.25 25 18 106 102 3500 4700 0.95 31309

100 38.25 36 30 140 170 3500 4700 1.35 32309

46 75 18 18 14 58.5 71 5000 6700 0.30 LM 503349/310

50 80 20 20 15.5 69.5 88 4500 5600 0.37 32010X

80 24 24 19 80 102 4500 5600 0.45 33010

82 21.5 21.5 17 83 100 4500 6000 0.43 JLM 104948

85 26 26 20 100 122 4200 5300 0.59 33110

90 21.75 20 17 86.5 91.5 4200 5300 0.54 30210

90 24.75 23 19 95 100 4200 5300 0.61 32210

90 28 28 23 122 140 4200 5600 0.75 JM 2015149/110

90 32 32 24.5 114 160 3500 5300 0.90 33210

100 36 35 30 154 200 3500 5300 1.30 T2ED 050

105 32 29 22 125 137 3400 4500 1.20 T7FC 050

110 29.25 27 23 143 140 3750 4500 1.25 30310

110 29.25 27 19 122 120 3200 4200 1.20 31310

110 42.25 40 33 172 212 3200 4200 1.80 32310

55 90 23 23 17.5 93 116 3950 5000 0.55 32011

90 27 27 21 104 137 3950 5000 0.67 33011

95 30 30 23 110 156 3500 4700 0.86 33111

100 22.75 21 18 104 106 3750 4700 0.70 30211

100 26.75 25 21 106 129 3500 4700 0.83 32211

100 35 35 27 138 190 3200 4500 1.20 33211

110 39 39 32 179 232 3200 4700 1.70 T2ED 055

115 34 31 23.5 146 163 3050 4000 1.60 T7FC 055

204
 Taper Roller Bearing (Metric)
Taper Roller bearings

Single row
TRB d55 - 70mm

Principal Dimension Basic Load Rating Speed Rating

Reference Mass Designation

Dynamic Static Limiting
d D T B C Speed
C C0 Speed Oil
Grease

mm kN RPM kg

55 120 31.5 29 25 166 163 3400 3950 1.55 30311

120 31.5 29 21 140 137 3050 4000 1.55 31311

120 45.5 43 35 198 250 2800 3950 2.30 32311

60 95 23 23 17.5 95 122 3750 4700 0.59 32012X

95 24 24 19 96.5 132 3750 5000 0.63 JLM 508748/710

95 27 27 21 106 143 3750 4700 0.71 33012

100 30 30 23 134 170 3750 4450 0.92 33112

110 23.75 22 19 112 114 3500 4200 0.88 30212

110 29.75 28 24 146 160 3500 4200 1.15 32212

110 38 38 29 168 236 2800 4200 1.60 33212

115 40 39 33 194 260 3050 4450 1.85 T2EE 060

125 37 33.5 26 176 204 2800 3750 2.05 T7FC060

130 33.5 31 26 168 196 2800 3750 1.95 30312

130 33.5 31 22 166 166 2700 3750 1.90 31312

130 48.5 46 37 229 290 2330 3750 2.85 32312

65 100 23 23 17.5 96.5 127 3300 4200 0.63 32013X

100 27 27 21 110 153 3500 4500 0.78 33013

110 28 28 22.5 143 283 3400 4500 1.05 JM 511946/910

110 31 31 25 138 193 3050 4500 1.15 T2DD 065

110 34 34 26.5 142 208 3050 4000 1.30 33113

120 24.75 23 20 132 134 3200 4000 1.15 30213

120 32.75 31 27 151 193 2800 4000 1.50 32213

120 41 41 32 194 270 2700 3750 2.05 33213

130 37 33.5 26 180 216 2700 3500 2.20 T7FC 065

140 36 33 28 194 228 2500 3400 2.40 30313

140 36 33 23 190 193 2500 3400 2.35 31313

140 51 48 39 264 335 2400 3400 3.45 32313

70 110 25 25 19 116 153 3200 3950 0.84 32014 X

110 31 31 25.5 130 196 3050 3400 1.10 33014

120 37 37 29 172 250 2800 3750 1.70 33114

125 26.25 24 21 125 156 2800 3750 1.25 30214

125 33.25 31 27 157 208 2700 3750 1.60 32214

125 41 41 32 201 285 2550 3500 2.10 33214

130 43 42 35 233 325 2700 4000 2.45 T2ED 070

140 39 35.5 27 204 240 2400 3200 2.65 T7FC 070

150 38 35 30 220 260 2400 3200 2.90 30314

205
 Taper Roller Bearing (Metric)
Taper Roller bearings

Single row
TRB d70 - 90mm

Principal Dimension Basic Load Rating Speed Rating

Reference Mass Designation

Dynamic Static Limiting
d D T B C Speed
C C0 Speed Oil
Grease

mm kN RPM kg

70 150 38 35 25 216 220 2400 3200 2.95 31314

150 54 51 42 297 380 2300 3200 4.30 32314

75 105 20 20 16 81.5 116 3400 4450 0.52 32915

115 25 25 19 122 163 3100 3750 0.90 32015

115 31 31 25.5 134 228 2800 3750 1.15 33015

120 31 29.5 25 160 216 3050 3400 1.30 JM714249/210

125 37 37 29 176 265 2700 3600 1.80 33115

130 27.25 25 22 140 176 2700 3500 1.40 30215

130 33.25 31 27 161 212 2600 3500 1.70 32215

130 41 41 31 209 300 2400 3400 2.25 33215

150 42 38 29 232 280 2250 3050 3.25 T7FC 075

160 40 37 31 246 290 2250 3050 3.45 30315

160 40 37 26 240 245 2250 3050 3.50 31315

160 58 55 45 336 440 2150 2800 5.20 32315

80 125 29 29 22 138 216 2550 3500 1.30 32016X

125 36 36 29.5 168 285 2550 3500 1.65 33016

130 35 38 31.5 176 275 2550 3750 1.70 JM 515649/610

130 37 37 29 179 280 2550 3400 1.90 33116

140 28.25 26 22 151 183 2400 3400 1.60 30216

140 35.25 33 28 187 245 2400 3200 2.05 32216

140 46 46 35 251 375 2250 3200 2.90 33216

160 45 41 31 260 315 2100 2800 3.95 T7FC 080

170 42.5 39 33 270 320 2100 3050 4.10 30316

170 42.5 39 27 260 265 2100 2800 4.05 31316

170 61.5 58 48 380 500 2100 3050 6.20 32316

85 130 29 29 22 140 224 2400 3400 1.35 32017

130 36 36 29.5 183 310 2550 3400 1.75 33017

140 41 41 32 220 340 2400 3200 2.45 33117

150 30.5 28 24 176 220 2250 3050 2.05 30217

150 38.5 36 30 212 285 2250 3050 2.60 32217

150 49 49 37 286 430 2100 3050 3.70 33217

180 44.5 41 34 303 365 2000 2800 4.85 30317

180 44.5 41 28 242 285 1850 2700 4.60 31317

180 63.5 60 49 402 530 2000 2800 6.85 32317

90 140 32 32 24 168 270 2250 3050 1.75 32018

140 39 39 32.5 216 355 2250 3200 2.20 33018

206
 Taper Roller Bearing (Metric)
Taper Roller bearings

Single row
TRB d90 - 110mm

Principal Dimension Basic Load Rating Speed Rating

Reference Mass Designation

Dynamic Static Limiting
d D T B C Speed
C C0 Speed Oil
Grease

mm kN RPM kg

90 145 35 34 27 201 305 2250 3400 2.10 JM 718149 A/110

150 45 45 35 251 390 2100 3050 3.10 33118

150 45 45 35 251 390 2100 3050 3.10 33118

160 32.5 30 26 194 245 2100 2800 2.55 30218

160 42.5 40 34 251 340 2100 2800 3.35 32218

190 46.5 43 36 330 400 1850 2800 5.65 30318

190 46.5 43 30 264 315 1700 2400 5.90 31318

190 67.5 64 53 457 610 1850 2800 8.40 32318

95 145 32 32 24 168 270 2250 3050 1.80 32019

145 39 39 32.5 220 375 2250 3050 2.30 33019

170 34.5 32 27 216 275 2000 2700 3.00 30219

170 45.5 43 37 281 390 2000 2700 4.05 32219

170 58 58 44 374 560 1850 2700 5.50 33219

200 49.5 45 38 330 390 1850 2400 6.70 30319

200 49.5 45 32 292 355 1700 2400 6.95 31319

200 71.5 67 55 501 670 1700 2400 1.10 32319

100 140 25 25 20 119 204 2250 3400 1.15 32920

145 24 22.5 17.5 125 190 2250 3200 1.15 T4CB 100

150 32 32 24 172 280 2100 2800 1.90 32020X

150 39 39 32.5 224 390 2100 2800 2.40 33020

157 42 42 34 246 400 2100 3050 2.90 HM 220149/110

165 47 46 39 314 480 2000 3050 3.90 JHM720249/210

165 47 46 39 314 480 2000 3050 3.90 T2EE 100

180 37 34 29 246 320 2000 2550 3.65 30220

180 49 46 39 319 440 1850 2550 4.90 32220

180 63 63 48 429 655 1700 2550 6.95 33220

215 51.5 47 39 402 490 1700 2250 8.05 30320

215 56.5 51 35 430 465 1700 2100 8.60 31320

215 77.5 73 60 572 780 1550 2100 1.25 32320

105 160 35 35 26 201 335 2000 2700 2.40 32021X

160 43 43 34 246 430 2000 2700 3.05 33021

190 39 36 30 270 355 1850 2400 4.25 30221

190 53 50 43 358 510 1850 2400 6.00 32221

225 81.5 77 63 605 815 1400 2100 14.5 32321

110 150 25 25 20 125 224 2100 3050 1.25 32922

170 38 38 29 233 390 1850 2550 3.05 32022X

207
 Taper Roller Bearing (Metric)
Taper Roller bearings

Single row
TRB d110 - 160mm

Principal Dimension Basic Load Rating Speed Rating

Reference Mass Designation

Dynamic Static Limiting
d D T B C Speed
C C0 Speed Oil
Grease

mm kN RPM kg

110 170 47 47 37 281 500 1850 2550 3.85 33022

180 56 56 43 369 630 1850 2400 5.55 33122

200 41 38 32 308 405 1700 2250 5.10 30222

200 56 53 46 402 570 1700 2250 7.10 32222

240 54.5 50 42 473 585 1550 2000 11.0 30322

240 63 57 38 457 585 1350 2000 12.2 31322X

240 84.5 80 65 627 830 1350 2000 17.0 32322

120 165 29 29 23 165 305 1850 2700 1.60 32924

170 27 25 19.5 157 250 1850 2700 1.70 T4CB 120

180 38 38 29 242 415 1700 2400 3.25 32024X

180 48 48 38 292 540 1850 2400 4.20 33024

215 43.5 40 34 341 465 1550 2100 6.15 30224

215 61.5 58 50 468 695 1550 2100 9.15 32224

260 59.5 55 46 561 710 1400 1850 1.40 30324

260 68 62 42 539 695 1200 1700 1.55 31324

260 90.5 86 69 792 1120 1300 1850 2.15 32324

130 180 32 32 25 198 365 1700 2550 2.40 32926

200 45 45 34 314 540 1550 2100 4.95 32026X

230 43.75 40 34 369 490 1400 2000 7.60 30226

230 67.75 64 54 550 830 1400 2000 1.15 32226

280 63.75 58 49 627 800 1300 1700 1.70 30326

280 72 66 44 605 780 1150 1700 1.85 31326X

140 190 32 32 25 205 390 1600 2400 2.55 32928

195 29 27 21 194 325 1600 2250 2.40 T4CB 140

210 45 45 34 330 585 1600 2000 5.25 32028X

250 45.75 42 36 418 570 1350 1850 8.65 30228

250 71.75 68 58 644 1000 1350 1850 1.45 32228

300 77 70 47 693 900 1050 1550 2.45 31328X

150 225 48 48 36 369 655 1400 1850 6.35 32030X

225 59 59 46 457 865 1400 1850 8.15 33030

270 49 45 38 429 560 1300 1700 1.10 30230

270 77 73 60 737 1140 1200 1700 17.5 32230

320 82 75 50 781 1020 1000 1400 29.5 31330X

160 240 51 51 38 429 780 1300 1700 7.75 32032X

290 52 48 40 528 735 1150 1600 1.30 30232

290 84 80 67 880 1400 1150 1600 2.55 32232

208
 Taper Roller Bearing (Metric)
Taper Roller bearings

Single row
TRB d160 - 300mm

Principal Dimension Basic Load Rating Speed Rating

Reference Mass Designation

Dynamic Static Limiting
d D T B C Speed
C C0 Speed Oil
Grease

mm kN RPM kg

160 340 75 68 58 913 1180 1050 1400 2.90 30332

170 230 32 30 23 251 440 1350 2000 3.45 T4DB 170

230 38 38 30 286 585 1350 2000 4.50 32934

260 57 57 43 512 915 1200 1550 10.5 32034X

310 57 52 43 616 865 1050 1400 19.0 30234

180 240 32 30 23 251 450 1300 1850 3.6 T4DB 180

250 45 45 34 352 735 1200 1850 6.65 32936

280 64 64 48 644 1160 1150 1600 14.5 32036X

320 57 52 43 583 815 1050 1400 20.0 30236

320 91 86 71 1010 1630 1000 1350 29.5 32236

190 260 45 45 34 358 765 1150 1700 7.0 32938

260 46 44 36.5 380 800 1150 1700 6.7 JM 738249/210

290 64 64 48 660 1200 1050 1400 15.0 32038X

340 60 55 46 721 1000 1000 1300 24.0 30238

200 270 37 34 27 330 600 1150 1700 5.45 T4DB 200

280 51 51 39 473 950 1050 1550 9.5 32940

310 70 70 53 748 1370 1000 1350 19.5 32040X

360 64 58 48 792 1120 950 1200 25.0 30240

360 104 98 82 1210 2000 950 1200 42.5 32240

220 285 41 40 33 396 830 1050 1550 6.45 T2DC 220

300 51 51 39 484 1000 1000 1400 10.0 32944

340 76 76 57 897 1660 950 1200 25.5 32044X

400 72 65 54 990 1400 850 1150 40.0 30244

400 114 108 90 1610 2700 800 1050 60.0 32244

240 320 42 39 30 429 815 950 1350 84.5 T4EB 240

320 51 51 39 512 1080 950 1350 11.0 32948

360 76 76 57 935 1800 850 1150 27.5 32048X

440 127 120 100 1790 3350 700 1000 83.5 32248

260 400 87 87 65 1170 2200 800 1000 40.0 32052X

480 137 130 106 2200 3650 650 850 105 32252

540 113 102 85 2120 3050 600 850 110 30352

280 380 63.5 63.5 48 765 1660 800 1150 20.0 32956

420 87 87 65 1210 2360 700 950 40.5 32056X

300 420 76 76 57 1050 2240 700 1000 32.0 32960

460 100 100 74 1540 3000 650 850 58.0 32060X

540 149 140 115 2750 4750 600 800 140 32260

209
 Taper Roller Bearing (Metric)
Taper Roller bearings

Single row
TRB d320 - 360mm

Principal Dimension Basic Load Rating Speed Rating

Reference Mass Designation

Dynamic Static Limiting
d D T B C Speed
C C0 Speed Oil
Grease

mm kN RPM kg

320 440 76 76 57 1080 2360 650 950 33.5 32964

480 100 100 74 1540 3100 600 800 64.0 32064X

340 460 76 76 57 1080 2400 600 950 35.0 32968

360 480 76 76 57 1120 2550 600 850 37.0 32972

210
 Taper Roller Bearing(Inch)
Taper Roller bearings

d12.700 - 25.159mm
TRB

Boundary Dimensions Basic Load Rating Limiting Speeds

Dynamic Static WT
Grease Oil Bearing Number
d D T B C C C0
mm kN RPM kg

12.700 34.988 10.998 10.988 8.730 12.3 11.6 12000 16000 0.053 A4050/A4138

14.989 34.988 10.998 10.988 8.730 12.3 11.6 12000 16000 0.049 A4059/A4138

15.875 41.275 14.288 14.681 11.112 20.3 18.7 10000 13000 0.092 03062/03162

42.862 14.288 14.288 9.525 17.6 17.5 8700 12000 0.103 11590/11520

42.862 16.670 16.670 13.495 26.7 26.0 9800 13000 0.122 17580/17520

47.000 14.381 14.381 11.112 24.0 24.2 8600 11000 0.131 05062/05185

49.225 19.845 21.539 14.288 38.5 39.0 8500 11000 0.203 09062/09195

16.993 47.000 14.381 14.381 11.112 24.0 24.2 8600 11000 0.127 05066/05185

17.462 39.878 13.843 14.605 10.668 23.8 24.2 10000 13000 0.084 LM11749/LM11710

19.050 39.992 12.014 11.153 9.525 12.8 12.8 10000 13000 0.065 A6075/A6157

45.237 15.494 16.637 12.065 28.3 28.6 8900 12000 0.122 LM11949/LM11910

47.000 14.381 14.381 11.112 24.0 24.2 8600 11000 0.121 05075/05185

49.225 18.034 19.050 14.288 38.5 39.0 8500 11000 0.179 09067/09195

49.225 19.845 21.539 14.288 38.5 39.0 8500 11000 0.188 09078/09195

49.225 21.209 19.050 17.462 38.5 39.0 8500 11000 0.198 09067/09196

53.975 22.225 21.839 15.875 40.0 39.0 8000 11000 0.248 21075/21212

56.896 19.368 19.837 15.875 42.5 46.5 7200 9600 0.272 1775/1729

19.987 47.000 14.381 14.381 11.112 24.0 24.2 8600 11000 0.177 05079/05185

20.000 50.005 13.495 14.260 9.525 26.0 27.9 7500 10000 0.138 07079/07196

20.625 49.225 19.845 21.539 14.288 38.5 39.0 8500 11000 0.179 09081/09195

20.638 49.225 19.845 19.845 15.875 37.5 39.0 8200 11000 0.182 12580/12520

21.430 50.005 17.526 18.288 13.970 38.0 39.0 8000 11000 0.169 M12649/M12610

21.986 45.974 15.494 16.637 12.065 29.6 34.0 8400 11000 0.123 LM12749/LM12711

22.225 50.005 13.495 14..260 9.525 26.0 27.9 7500 10000 0.13 07087/07196

50.005 17.526 18.288 13.970 38.0 39.0 8000 11000 0.165 M12648/M12610

52.388 19.368 20.168 14.288 40.5 43.0 7600 10000 0.2 1380/1328

53.975 19.368 20.168 14.288 40.5 43.0 7600 10000 0.215 1380/1329

58.896 19.368 19.837 15.875 42.5 46.5 7200 9600 0.256 1755/1729

57.150 22.225 22.225 17.462 47.0 49.5 7100 9500 0.286 1280/1220

22.606 47.000 15.500 15.500 12.000 27.5 32.5 8200 11000 0.125 LM72849/LM72810

23.812 50.005 13.495 14.260 9.525 26.0 27.9 7500 10000 0.123 07093/07196

50.292 14.224 17.732 10.668 28.8 34.0 7400 9900 0.137 L44640/L44610

56.896 19.368 19.837 15.875 42.5 46.5 7200 9600 0.247 1779/1729

24.981 50.005 13.495 14.260 9.525 26.0 27.9 7500 10000 0.118 07098/07196

25.000 50.005 13.495 14.260 9.525 26.0 27.9 7500 10000 0.118 07097/07196

25.159 50.005 13.495 14.260 9.525 26.0 27.9 7500 10000 0.117 07096/07196

211
 Taper Roller Bearing(Inch)
Taper Roller bearings

d25.400 - 30.000mm
TRB

Boundary Dimensions Basic Load Rating Limiting Speeds

Dynamic Static WT
Grease Oil Bearing Number
d D T B C C C0
mm kN RPM kg

25.400 50.005 13.495 14.260 9.525 26.0 27.9 7500 10000 0.117 07100/07196

50.005 13.495 14.260 9.525 26.0 27.9 7500 10000 0.166 07100S/07196

50.292 14.224 14.732 10.668 28.8 34.0 7400 9900 0.13 L44643/L/44610

51.994 15.011 14.260 12.700 26.0 27.9 7500 10000 0.144 07100/07204

56.896 19.368 19.837 15.875 42.5 46.5 7200 9600 0.238 1780/1729

57.150 19.431 19.431 14.732 42.0 48.5 6900 9200 0.241 M84548/M84510

61.912 19.050 20.638 14.288 46.5 54.0 6100 8200 0.3 15101/15243

62.000 19.050 20.638 14.288 46.5 54.0 6100 8200 0.299 15101/15245

62.000 19.050 20.638 14.288 46.5 54.0 6100 8200 0.301 15102/15245

64.292 21.433 21.433 16.670 51.5 64.5 6100 8100 0.371 M86643/M86610

65.088 22.225 21.463 15.875 47.0 50.5 5700 7600 0.36 23100/23256

66.421 23.812 25.433 19.050 64.5 72.5 6200 8200 0.442 2687/2631

26.157 62.000 19.050 20.638 14.288 46.5 54.0 6100 8200 0.296 15103/15245

26.162 66.421 23.812 25.433 19.050 64.5 72.5 6200 8200 0.436 2682/2631

26.988 50.292 14.224 14.732 10.668 28.8 34.0 7400 9900 0.12 L44649/L44610

60.325 19.842 17.462 15.875 39.5 45.5 6700 8900 0.26 15580/15523

62.000 19.050 20.638 14.288 46.5 54.0 6100 8200 0.291 15106/15245

66.421 23.812 25.433 19.050 64.5 72.5 6200 8200 0.429 2688/2631

28.575 56.896 19.845 19.355 15.875 40.5 44.5 6700 8900 0.217 1985/1930

57.150 17.462 17.462 13.495 39.5 45.5 6700 8900 0.196 15590/15520

58.738 19.050 19.355 15.080 40.5 44.5 6700 8900 0.23 1985/1932

60.325 19.842 17.462 15.875 39.5 45.5 6700 8900 0.25 15590/15523

60.325 19.845 19.355 15.875 40.5 44.5 6700 8900 0.255 1985/1931

62.000 19.050 20.638 14.288 46.5 54.0 6100 8200 0.277 15112/15245

64.292 21.433 21.433 16.670 51.5 64.5 6100 8100 0.348 M86647/M86610

66.421 23.812 25.433 19.050 64.5 72.5 6200 8200 0.416 2689/2631

68.262 22.225 22.225 17.462 57.0 67.0 5800 7700 0.409 02474/02420

68.262 22.225 23.812 17.462 57.5 65.5 5700 7700 0.41 2474/2420

69.850 23.812 25.357 19.050 69.0 81.5 5700 7600 0.483 2578/2523

72.626 24.608 24.257 17.462 58.0 55.5 5800 7700 0.477 41125/41286

73.025 22.225 22.225 17.462 56.5 68.0 5300 7000 0.48 02872/02820

29.000 50.292 14.224 14.732 10.668 28.0 35.5 7200 9600 0.113 L45449/L45410

29.367 66.421 23.812 25.433 19.050 64.5 72.5 6200 8200 0.406 2690/2631

62.000 16.002 16.566 14.288 39.0 42.0 6300 8400 0.228 17118/17244

29.987 62.000 19.050 20.638 14.288 46.5 54.0 6100 8200 0.269 15117/15245

30.000 69.012 19.845 19.583 15.875 48.5 58.0 5600 7400 0.369 14117A/14276

72.000 29.370 27.783 23.020 72.0 97.0 5400 7100 0.619 JHM88540/JHM88513

212
 Taper Roller Bearing(Inch)
Taper Roller bearings

d30.112 - 33.338mm
TRB

Boundary Dimensions Basic Load Rating Limiting Speeds

Dynamic Static WT
Grease Oil Bearing Number
d D T B C C C0
mm kN RPM kg

30.112 62.000 19.050 20.638 14.288 46.5 54.0 6100 8200 0.268 15116/15245

30.162 62.000 16.002 16.566 14.288 39.0 42.0 6300 8400 0.226 17119/17244

64.292 21.433 21.433 16.670 51.5 64.5 6100 8100 0.336 M86649/M86610

69.850 23.812 25.357 19.050 69.0 81.5 5700 7600 0.468 2558/2523

72.626 30.162 29.997 23.812 84.5 98.0 5500 7300 0.621 3187/3120

30.213 62.000 19.050 20.638 14.288 46.5 54.0 6100 8200 0.265 15118/15245

62.000 19.050 20.638 14.288 46.5 54.0 6100 8200 0.267 15119/15245

62.000 19.050 20.638 14.288 46.5 54.0 6100 8200 0.267 15120/15245

30.226 69.012 19.845 19.583 15.875 48.5 58.0 5600 7400 0.366 14116/14274

69.012 19.845 19.583 15.875 48.5 58.0 5600 7400 0.37 14116/14276

31.750 59.131 15.875 16.764 11.811 34.5 41.0 6300 8400 0.182 LM67048/LM67010

62.000 18.161 19.050 14.288 46.5 54.0 6100 8200 0.244 15123/15245

62.000 19.050 20.638 14.288 46.5 54.0 6100 8200 0.253 15125/15245

62.000 19.050 20.638 14.288 46.5 54.0 6100 8200 0.255 15126/15245

66.421 25.400 25.357 20.638 69.0 81.5 5700 7600 0.409 2580/2520

68.262 22.225 22.225 17.462 57.0 67.0 5800 7700 0.38 02475/02420

68.262 22.225 22.225 17.462 57.0 67.0 5800 7700 0.383 02476/02420

69.012 19.845 19.583 15.875 48.5 58.0 5600 7400 0.359 14124/14276

69.012 19.845 19.583 15.875 48.5 58.0 5600 7400 0.356 14125A/14276

69.850 23.812 25.357 19.050 69.0 81.5 5700 7600 0.454 2580/2523

69.850 23.812 25.357 19.050 69.0 81.5 5700 7600 0.451 4T/2582/2523

72.626 30.162 29.997 23.812 84.5 98.0 5500 7300 0.603 3188/3120

72.626 30.162 29.997 23.812 84.5 98.0 5500 7300 0.601 3193/3120

73.025 22.225 22.225 17.462 56.5 68.0 5300 7000 0.451 02875/02820

73.025 22.225 23.812 17.462 62.5 75.5 5200 7000 0.465 2879/2820

73.025 29.370 27.783 23.020 72.0 97.0 5400 7100 0.622 HM88542/HM88510

73.812 29.370 27.783 23.020 72.0 97.0 5400 7100 0.638 HM88542/HM88512

76.200 29.370 28.575 23.020 78.0 105 5100 6800 0.686 HM89440/HM89410

79.375 29.370 29.771 23.812 93.0 114 4900 6600 0.767 3476/3420

33.338 68.262 22.225 22.225 17.462 56.5 71.0 5700 7500 0.378 M88048/M88010

69.012 19.845 19.583 15.875 48.5 58.0 5600 7400 0.344 14131/14276

69.850 23.812 25.357 19.050 69.0 81.5 5700 7600 0.435 2585/2523

72.626 30.162 29.997 23.812 84.5 98.0 5500 7300 0.581 3196/3120

73.025 29.370 27.783 23.020 72.0 97.0 5400 7100 0.604 HM88547/HM88510

76.200 23.812 25.654 19.050 73.0 90.5 5100 6800 0.551 2785/2720

76.200 29.370 28.575 23.020 78.0 105 5100 6800 0.668 HM89443/HM89410

213
 Taper Roller Bearing(Inch)
Taper Roller bearings

d33.338 - 36.512mm
TRB

Boundary Dimensions Basic Load Rating Limiting Speeds

Dynamic Static WT
Grease Oil Bearing Number
d D T B C C C0
mm kN RPM kg

33.338 76.200 29.370 28.575 23.020 78.0 105 5100 6800 0.665 HM89444/HM89410

79.375 25.400 24.074 17.462 65.5 67.0 5200 6900 0.568 43131/43312

34.925 65.088 18.034 18.288 13.970 46.5 56.0 5700 7600 0.249 LM48548/LM48510

65.088 18.034 18.288 13.970 46.5 56.0 5700 7600 0.252 LM48548A/LM48510

69.012 19.845 19.583 15.875 48.5 58.0 5600 7400 0.333 14137A/14276

72.233 25.400 25.400 19.842 65.0 84.5 5400 7200 0.489 HM88649/HM88610

72.238 20.638 20.638 15.875 48.0 58.5 5300 7000 0.385 16137/16284

73.025 22.225 22.225 17.462 56.5 68.0 5300 7000 0.422 02877/02820

73.025 22.225 22.225 17.462 56.5 68.0 5300 7000 0.425 02878/02820

73.025 22.225 23.812 17.462 62.5 75.5 5200 7000 0.434 2878/2820

73.025 23.812 24.608 19.050 71.0 85.0 5300 7100 0.471 25877/25820

73.025 23.812 24.608 19.050 71.0 85.0 5300 7100 0.474 25877/25821

73.025 23.812 25.654 19.050 73.0 90.5 5100 6800 0.485 2793/2735X

76.200 23.812 25.654 19.050 73.0 90.5 5100 6800 0.536 2793/2720

76.200 23.812 25.654 19.050 73.0 90.5 5100 6800 0.541 2793/2729

76.200 29.370 28.574 23.020 78.0 105.0 5100 6800 0.464 HM89446/HM89410

76.200 29.370 28.575 23.812 80.5 97.0 5100 6800 0.625 31593/31520

76.200 29.370 28.575 23.812 80.5 97.0 5100 6800 0.627 31594/31520

79.375 29.370 29.771 23.812 93.0 114.0 4900 6600 0.725 3478/3420

80.167 29.370 30.391 23.812 95.0 112.0 4800 6400 0.732 3379/3320

85.725 30.162 30.162 23.812 105.0 132.0 4500 6000 0.897 3872/3820

34.976 69.012 19.845 19.583 15.875 48.5 58.0 5600 7400 0.333 14139/14276

34.988 59.974 15.875 16.764 11.938 35.5 47.5 6100 8100 0.179 L68149/L68111

61.973 16.700 17.000 13.600 37.0 48.0 5900 7900 0.209 LM78349A/LM78310A

61.973 18.000 17.000 15.000 37.0 48.0 5900 7900 0.218 LM78349/LM78310C

35.000 70.000 24.00 23.500 19.000 62.0 78.0 5500 7300 0.42 JS0549AJS5310

79.375 23.812 25.400 19.050 76.5 97.5 4800 6400 0.61 26883/26822

88.000 21.000 22.403 17.826 68.0 75.0 4700 6300 0.534 339/332

35.717 72.233 25.400 25.400 19.842 65.0 84.5 5400 7200 0.478 HM88648/HM88610

72.626 25.400 25.400 19.842 65.0 84.5 5400 7200 0.482 HM88648/HM88611AS

36.487 73.025 23.812 24.608 19.050 71.0 85.0 5300 7100 0.457 25880/25820

76.200 23.812 25.654 19.050 73.0 90.5 5100 6800 0.518 2780/2720

36.512 76.200 29.370 28.575 23.020 78.0 105.0 5100 6800 0.629 HM89448/HM89410

76.200 29.370 28.575 23.020 78.0 105.0 5100 6800 0.631 HM89449/HM89410

76.200 29.370 28.575 23.812 80.5 97.0 5100 6800 0.605 31597/31520

79.375 29.370 28.829 22.664 86.5 104.0 5000 6600 0.686 HM89249/HM89210

214
 Taper Roller Bearing(Inch)
Taper Roller bearings

d36.512 - 41.275mm
TRB

Boundary Dimensions Basic Load Rating Limiting Speeds

Dynamic Static WT
Grease Oil Bearing Number
d D T B C C C0
mm kN RPM kg

36.512 79.375 29.370 29.771 23.812 93.0 114.0 4900 6600 0.707 3490/3420

88.500 25.400 23.698 17.462 70.5 78.0 4000 5300 0.729 44143/44348

38.000 63.00 17.00 17.000 13.500 38.5 52.5 5700 7600 JL69349/JL69310

38.100 63.500 12.700 11.908 9.525 25.9 33.5 5500 7300 0.147 13889/13830

65.088 18.034 18.288 13.970 43.5 57.0 5500 7400 0.233 LM29748/LM29710

69.012 19.050 19.050 15.083 47.5 59.5 5300 7100 0.293 13685/13621

69.012 19.050 19.050 15.083 47.5 59.5 5300 7100 0.296 13687/13621

73.438 15.875 16.520 11.908 43.5 51.0 5400 7200 0.273 19150/19281

72.000 19.000 20.638 14.237 48.0 58.5 5300 7000 0.331 16150/16282

76.200 20.638 20.940 15.507 55.5 63.0 5000 6700 0.405 28150/28300

76.200 23.812 25.654 19.050 73.0 90.5 5100 6800 0.495 2776/2720

76.200 23.812 25.654 19.050 73.0 90.5 5100 6800 0.497 2788/2720

79.375 23.812 25.400 19.050 76.5 97.5 4800 6400 0.574 26878/26822

79.375 29.370 29.771 23.812 93.0 114 4900 6600 0.683 3490/3420

80.000 21.006 20.940 15.875 55.5 63.0 5000 6700 0.467 28150/28315

80.035 24.608 23.698 18.512 67.0 82.5 4800 6400 0.562 27880/27820

82.550 29.370 28.575 23.020 87.0 117 4700 6200 0.767 HM801346/HM801310

82.931 23.812 25.400 19.050 76.0 98.0 4500 6000 0.645 25572/25520

85.725 30.162 30.162 23.812 105 132 4500 6000 0.857 3875/3820

87.312 30.162 30.886 23.812 94.0 117 4400 5900 0.881 3580/3525

88.500 25.400 23.698 17.462 70.5 78.0 4000 5300 0.711 44150/44348

88.500 26.988 29.083 22.225 95.5 107 4600 6100 0.840 418/414

39.688 76.200 23.812 25.654 19.050 73.0 90.5 5100 6800 0.477 2789/2720

77.534 29.370 30.391 23.812 95.0 112 4800 6400 0.669 3382/3321

79.375 23.812 25.400 19.050 76.5 97.5 4800 6400 0.554 26880/26822

80.035 29.370 30.391 23.812 95.0 112 4800 6400 0.666 3382/3339

80.167 29.370 30.391 23.812 95.0 112 4800 6400 0.668 3386/3320

88.500 25.400 23.698 17.462 70.0 78.0 4000 5300 0.691 44158/44348

40.000 76.200 20.638 20.940 15.507 55.5 63.0 5000 6700 0.386 28158/28300

80.000 21.000 22.403 17.826 68.0 75.0 4700 6300 0.479 344/332

85.000 20.638 21.692 17.462 69.5 79.5 4400 5800 0.562 350A/354A

88.500 26.988 29.083 22.225 95.5 107 4600 6100 0.813 420/414

107.950 36.512 36.957 28.575 141 177 3600 4800 1.770 543/532

40.483 82.550 29.370 28.575 23.020 87.0 117 4700 6200 0.731 HM801349/HM801310

40.988 67.975 17.500 18.000 13.500 46.0 62.5 5300 7000 0.239 LM300849/LM300811

41.275 73.025 16.667 17.462 12.700 46.0 55.5 5000 6600 0.281 18590/18520

215
 Taper Roller Bearing(Inch)
Taper Roller bearings

d41.275 - 44.450mm
TRB

Boundary Dimensions Basic Load Rating Limiting Speeds

Dynamic Static WT
Grease Oil Bearing Number
d D T B C C C0
mm kN RPM kg

41.275 73.431 19.558 19.812 14.732 56.0 69.5 5000 6600 0.335 LM501349/LM501310

73.431 21.430 19.812 16.604 56.0 69.5 5000 6600 0.355 LM501349/LM501314

76.200 18.009 17.384 14.288 42.5 51.5 4900 6500 0.337 11162/11300

76.200 22.225 23.020 17.462 65.0 80.5 4900 6500 0.432 24780/24720

76.200 25.400 25.400 20.638 76.5 97.5 4800 6400 0.488 26882/26823

79.375 23.812 25.400 19.050 76.5 97.5 4800 6400 0.535 26885/26822

80.000 18.009 17.384 14.288 42.5 51.5 4900 6500 0.389 11162/11315

80.000 21.000 22.403 17.826 68.0 75.0 4700 6300 0.468 336/332

80.000 23.812 25.400 19.050 76.5 97.5 4800 6400 0.542 26882/26824

82.550 26.543 25.654 20.193 80.5 104 4600 6100 0.642 M802048/M802011

85.725 30.162 30.162 23.812 105 132 4500 6000 0.81 3880/3820

87.312 30.162 30.886 23.812 94.0 117 4400 5900 0.834 3576/3525

88.900 30.162 29.370 23.02 93.5 125 4300 5800 0.901 HM803145/HM803110

90.488 39.688 40.386 33.338 136 175 4300 5800 1.25 4388/4335

92.075 26.195 23.812 16.67 72.5 81.5 3800 5000 0.758 M903345/M903310

93.662 31.75 31.750 26.195 104 131 4100 5500 1.09 46162/46368

95.250 30.162 29.370 23.02 109 147 4000 5300 1.08 HM804840/HM804810

95.250 30.958 28.300 20.638 82.5 92.0 3700 5000 0.975 53162/53375

95.250 30.958 28.575 22.225 96.0 116 3700 4900 1.05 HM903245/HM903210

42.070 90.488 39.688 40.386 33.338 136 175 4300 5800 1.24 4395/4335

42.862 82.550 26.195 26.988 20.638 75.5 97.0 4600 6100 0.617 22780/22720

82.931 23.812 25.400 19.05 76.0 98.0 4500 6000 0.584 25578/25520

87.312 30.162 30.886 23.812 94.0 117 4400 5900 0.805 3579/3525

42.875 79.375 23.812 25.400 19.05 76.5 97.5 4800 6400 0.51 26884/26822

82.931 23.812 25.400 19.05 76.0 98.0 4500 6000 0.581 25577/525520

44.450 76.992 17.462 17.145 11.908 44.0 54.0 4700 6300 0.308 12175/12303

79.375 17.462 17.462 13.495 45.5 56.0 4600 6200 0.345 18685/18620

82.931 23.812 25.400 19.05 76.0 98.0 4500 6000 0.56 25580/25520

82.931 23.812 25.400 19.05 76.0 98.0 4500 6000 0.556 25582/25520

84.138 30.162 30.886 23.812 94.0 117 4400 5900 0.699 3578/3520

85.000 20.638 21.692 17.462 69.5 79.5 4400 5800 0.511 355/354A

87.312 30.162 30.886 23.812 94.0 117 4400 5900 0.779 3578/3525

88.900 30.162 29.370 23.020 93.5 125 4300 5800 0.849 HM803149/HM803110

93.264 30.162 30.302 23.812 102 134 4000 5300 0.961 3782/3720

93.662 31.75 31.750 26.195 103 131 4100 5500 1.04 46175/46368

95.250 27.783 28.575 22.225 107 139 3900 5200 0.987 33885/33821

95.250 27.783 29.900 22.225 108 129 4200 5600 0.953 438/432

216
 Taper Roller Bearing(Inch)
Taper Roller bearings

d44.450 - 47.625mm
TRB

Boundary Dimensions Basic Load Rating Limiting Speeds

Dynamic Static WT
Grease Oil Bearing Number
d D T B C C C0
mm kN RPM kg

44.450 95.250 30.162 29.337 23.02 109 147 4000 5300 1.04 HM804882/HM804810

95.250 30.958 28.300 20.638 82.5 92.0 3700 5000 0.925 53177/53375

95.250 30.958 28.575 22.225 96.0 116 3700 4900 1 HM903249/HM903210

101.600 34.925 36.068 26.88 135 162 3800 5000 1.37 527/522

104.775 30.162 29.317 24.605 115 148 3500 4700 1.29 460/453

104.775 30.162 30.958 23.812 130 169 3500 4700 1.35 45280/45220

104.775 36.512 36.512 28.575 138 189 3600 4800 1.62 HM807040/HM807010

111.125 30.162 26.909 20.638 104 136 3200 4200 1.45 55175C/55437

111.125 30.162 26.909 20.638 104 136 3200 4200 1.09 55176C/55437

127.000 50.8 52.388 41.275 250 320 3200 4300 3.58 6277/6220

44.983 82.931 23.812 25.400 19.05 76.0 98.0 4500 6000 0.555 25584/25520

93.264 30.162 30.302 23.812 102 134 4000 5300 0.952 3776/3720

45.000 85.000 20.638 21.692 17.462 69.5 79.5 4400 5800 0.505 358/354A

88.900 20.638 22.225 16.513 76.5 90.5 4100 5500 0.595 367/362A

45.237 87.313 30.162 30.886 23.812 94.0 117 4400 5900 0.765 3586/3525

45.242 73.431 19.558 19.812 15.748 54.0 76.0 4800 6400 0.307 LM102949/LM102910

77.788 19.842 19.842 15.08 57.5 73.5 4600 6200 0.372 LM603049/LM603011

45.618 82.55 23.812 25.400 19.05 76.0 98.0 4500 6000 0.534 25590/25519

82.931 23.812 25.400 19.05 76.0 98.0 4500 6000 0.543 25590/25520

83.058 23.876 25.400 19.114 76.0 98.0 4500 6000 0.545 25590/25522

85.000 23.812 25.400 19.05 76.0 98.0 4500 6000 0.581 25590/25526

45.987 74.976 18.00 18.000 14.00 51.0 71.0 4700 6300 0.296 LM5033491A/

LM503310

46.038 79.375 17.462 17.462 13.495 45.5 56.0 4600 6200 0.329 18690/18620

82.931 23.812 25.400 19.05 76.0 98.0 4500 6000 0.538 25592/25520

85.000 20.638 21.692 17.463 69.5 79.5 4400 5800 0.489 359A/354A

85.000 25.400 28.608 20.638 79.0 104 4400 5800 0.615 2984/2924

90.119 23.000 21.692 21.808 69.5 79.5 4400 5800 0.651 359S/352

93.264 30.162 30.302 23.812 102 134 4000 5300 0.934 3777/3720

95.250 27.783 29.900 22.225 108 129 4200 5600 0.927 436/432

88.900 20.638 22.225 16.513 76.5 90.5 4100 5500 0.559 369A/362A

88.900 25.4 25.400 19.050 82.0 101 4200 5600 0.662 M804048/M804010

93.264 30.162 30.302 23.812 102 134 4000 5300 0.898 3778/3720

95.250 30.162 29.370 23.020 109 147 4000 5300 0.978 HM804846/HM804810

47.625 96.838 21.000 21.946 15.875 78.0 96.5 3700 5000 0.72 386A/382A

101.600 34.925 36.068 26.988 135 165 3800 5000 1.3 528/522

104.775 30.162 29.317 24.605 115 148 3500 4700 1.24 463/453

217
 Taper Roller Bearing(Inch)
Taper Roller bearings

d47.625 - 50.800mm
TRB

Boundary Dimensions Basic Load Rating Limiting Speeds

Dynamic Static WT
Grease Oil Bearing Number
d D T B C C C0
mm kN RPM kg

47.625 104.775 30.162 30.958 23.812 130 169 3500 4700 1.29 45282/45220

111.125 30.162 26.909 20.638 104 136 3200 4200 1.4 55187C/55437

123.825 36.512 32.791 25.400 154 188 2900 3900 2.16 72188C/72487

48.412 95.250 30.162 29.370 23.020 109 147 4000 5300 0.967 HM804848/HM804810

95.250 30.162 29.370 23.020 109 147 4000 5300 0.964 HM804849/HM804810

49.212 93.264 30.162 30.302 23.812 102 134 4000 5300 0.877 3781/3720

103.188 43.658 44.475 36.512 174 232 3800 5000 1.75 5395/5335

104.775 36.512 36.512 28.575 138 189 3600 4800 1.52 HM807044/HM807010

114.300 44.450 44.450 34.925 186 225 3600 4800 2.23 65390/65320

114.300 44.450 44.450 36.068 203 261 3500 4700 2.33 HH506348/HH506310

49.987 82.550 21.590 22.225 16.510 69.5 94.0 4300 5700 0.434 LM104947A/LM104911

92.075 24.608 25.400 19.845 83.5 116 4000 5300 0.718 28579/28521

114.300 44.450 44.450 36.068 203.0 261 3500 4700 2.27 HH506349/HH506310

50.000 82.000 21.500 21.500 17.000 69.5 94.0 4300 5700 0.42 JLM104948/JLM104910

84.000 22.000 22.000 17.500 69.5 94.5 4300 5700 0.466 JLM704649/JLM704610

88.900 20.638 22.225 16.513 76.5 90.5 4100 5500 0.53 365/362A

88.900 20.638 22.225 16.513 76.5 90.5 4100 5500 0.529 366/362A

90.000 28.000 28.000 23.000 106 141 4100 5400 0.752 JM205149/JM205110

105.000 37.000 36.000 29.000 138 189 3600 4800 1.52 JHM807045/JHM807012

110.000 22.000 21.996 18.824 89.5 120 3200 4300 1.06 396/394A

50.800 82.550 21.590 22.225 16.510 69.5 94.0 4300 5700 0.419 LM104949/LM104911

85.000 17.462 17.462 13.495 49.5 65.0 4200 5600 0.374 18790/18720

88.900 17.462 17.462 13.495 49.5 65.0 4200 5600 0.431 18790/18724

88.900 20.638 22.225 16.513 76.5 90.5 4100 5500 0.519 368/362A

88.900 20.638 22.225 16.513 76.5 90.5 4100 5500 0.511 370A/362A

90.000 20.000 22.225 20.000 76.5 90.5 4100 5500 0.525 368A/362X

92.075 24.608 25.400 19.845 83.5 116 4000 5300 0.703 28580/28521

93.264 30.162 30.302 23.812 102 134 4000 5300 0.852 3775/3720

93.264 30.162 30.302 23.812 102.0 134 4000 5300 0.848 3780/3720

95.250 27.783 28.575 22.225 107 139 3900 5200 0.876 33889/33821

95.250 30.162 30.302 23.812 102 134 4000 5300 0.903 3780/3726

96.838 21.000 21.946 15.875 78.0 96.5 3700 5000 0.676 385A/382A

97.630 24.608 24.608 19.446 88.5 128 3700 4900 0.852 28678/28622

98.425 30.162 30.302 23.812 102 134 4000 5300 0.993 3780/3732

101.600 31.750 31.750 25.400 110 136 3700 5000 1.13 49585/49520

101.600 34.925 36.068 26.988 135 165 3800 5000 1.24 529/522

218
 Taper Roller Bearing(Inch)
Taper Roller bearings

d50.800 - 57.150mm
TRB

Boundary Dimensions Basic Load Rating Limiting Speeds

Dynamic Static WT
Grease Oil Bearing Number
d D T B C C C0
mm kN RPM kg

50.800 104.775 30.162 29.317 24.605 115 148 3500 4700 1.19 455/453

104.775 30.162 30.958 23.812 130 169 3500 4700 1.22 45284/45220

104.775 36.512 36.512 28.575 138 189 3600 4800 1.49 HM807046/HM807010

104.775 36.512 36.512 28.575 143 178 3700 4900 1.44 59200/59412

107.950 36.512 36.957 28.575 141 177 3600 4800 1.55 537/532

111.125 30.162 28.575 20.638 104 136 3200 4200 1.36 HM907643/HM907614

112.712 30.162 26.909 20.638 104 136 3200 4200 1.34 55200C/55443

112.712 30.162 30.048 23.812 119 174 3200 4300 1.53 3975/3920

112.712 30.162 30.162 23.812 138 195 3200 4200 1.54 39575/39520

117.475 33.338 31.750 23.812 130 153 3300 4400 1.67 66200/66462

120.650 41.275 41.275 31.75 172 213 3300 4400 2.3 619/612

123.825 36.512 32.791 25.400 154 188 2900 3900 2.1 72200C/72487

123.825 38.100 36.678 30.162 158 216 3000 4100 2.34 555/552A

51.592 88.900 20.638 22.225 16.513 76.5 90.5 4100 5500 0.507 368S/362A

52.388 92.075 24.608 25.400 19.845 83.5 116 4000 5300 0.677 28584/28521

93.264 30.162 30.302 23.812 102 134 4000 5300 0.819 3767/3720

95.250 27.783 28.575 22.225 107 139 3900 5200 0.851 33890/33821

53.975 88.900 19.050 19.050 13.492 61.0 82.5 4000 5300 0.437 LM806649/LM806610

95.250 27.783 28.575 22.225 107 139 3900 5200 0.824 33895/33822

96.838 21.000 21.946 15.875 78.0 96.5 3700 5000 0.633 389A/382A

104.775 30.162 30.958 23.812 130 169 3500 4700 1.17 45287/45220

104.775 36.512 36.512 28.575 138 189 3600 4800 1.41 HM807049/HM807010

107.950 36.512 36.957 28.575 141 177 3600 4800 1.47 539/532

120.650 41.275 41.275 31.750 172 213.0 3300 4400 2.21 621/612

122.238 33.338 31.750 23.812 134 163 3100 4200 1.79 66584/66520

122.238 43.658 43.764 36.512 194 283 3100 4100 2.64 5578/5535

123.825 36.512 32.791 25.400 154 188 2900 3900 2.03 72212C/72487

123.825 38.100 36.678 30.162 158 216 3000 4100 2.26 557S/552A

130.175 36.512 33.338 23.812 156 186 2700 3600 2.27 HM911242/HM911210

140.030 36.512 33.236 23.52 171 212 2600 3400 2.77 78214C/78551

54.488 104.775 36.512 36.512 28.575 138 189 3600 4800 1.4 HM807048/HM807010

55.000 90.000 23.000 23.000 18.500 77.5 109 3900 5300 0.558 JLM506849/JLM506810

95.000 29.000 29.000 23.500 107 144 3800 5100 0.82 JM207049/JM207010

96.838 21.000 21.946 15.875 78.0 96.5 3700 5000 0.616 385/382A

110.000 39.000 39.000 32.000 173 219 3500 4600 1.71 JH307749/JH307710

55.562 97.630 24.608 24.608 19.446 88.5 128 3700 4900 0.774 28680/28622

219
 Taper Roller Bearing(Inch)
Taper Roller bearings

d55.562 - 68.262mm
TRB

Boundary Dimensions Basic Load Rating Limiting Speeds

Dynamic Static WT
Grease Oil Bearing Number
d D T B C C C0
mm kN RPM kg

55.562 123.825 36.512 32.791 25.400 154 188 2900 3900 1.99 72218C/72487

127.000 36.512 36.512 26.988 163 228 2900 3800 2.34 HM813840/HM813810

55.575 96.838 21.000 21.946 15.875 78 96.5 3700 5000 0.608 389/382A

57.150 96.838 21.000 21.946 15.875 78 96.5 3700 5000 0.583 387/382A

96.838 21.000 21.946 15.875 78 96.5 3700 5000 0.581 387A/382A

96.838 21.000 21.946 15.875 78 96.5 3700 5000 0.576 387A/382A

96.838 21.000 21.946 15.875 78 96.5 3700 5000 585 387A/382

97.630 24.608 24.608 19.446 88.5 128 3700 4900 0.747 28682/28622

104.775 30.162 29.317 24.605 115 148 3500 4700 1.06 462/453

104.775 30.162 29.317 24.605 115 148 3500 4700 1.06 469/453

104.775 30.162 30.958 23.812 130 169 3500 4700 1.1 45289/45220

107.950 27.783 29.317 22.225 115 148 3500 4700 1.11 469/453A

110.000 22.000 21.996 18.824 89.5 120 3200 4300 0.954 390/394A

110.000 27.795 29.317 27.000 115 148 3500 4700 1.24 469/454

112.712 30.162 30.048 23.812 119 174 3200 4300 1.4 3979/3920

112.712 30.162 30.162 23.812 138 195 3200 4200 1.41 39580/39520

112.712 30.162 30.162 23.812 138 195 3200 4200 1.4 39581/39520

117.475 30.162 30.162 23.812 117 175 3000 4000 1.58 33225/33462

117.475 33.338 31.750 23.812 130 153 3300 4400 1.54 66225/66462

120.650 41.275 41.275 31.75 172 213 3300 4400 2.12 623/612

123.825 36.512 32.791 25.400 154 188 2900 3900 1.96 72225C/72487

123.825 38.100 36.678 30.162 158 216 3000 4100 2.18 555S/552A

140.030 36.512 33.236 23.520 171 212 2600 3400 2.69 78225/78551

57.531 96.838 21.000 21.946 15.875 78.0 96.5 3700 5000 0.575 388A/382A

59.972 122.238 33.338 31.750 23.812 134 163 3100 4200 1.66 66589/66520

59.987 146.050 41.275 39.688 25.400 199 234 2400 3200 3.22 H913840/H913810

60.000 95.000 24.000 24.000 19.000 83.0 122 3700 4900 0.606 JLM508748/JLM508710

107.950 25.400 25.400 19.050 91.5 140 3200 4300 0.992 29580/29520

110.000 22.000 21.996 18.824 89.5 120 3200 4300 0.91 397/394A

130.000 34.100 30.924 22.650 156.0 186 2700 3600 2.01 JHM911244/JHM911211

66.675 130.175 41.275 41.275 31.750 194 262 2800 3800 2.41 641/633

135.755 53.975 56.007 44.450 278 380 2900 3800 3.64 6386/6320

136.525 41.275 41.275 31.750 194 262 2800 3800 2.74 641/632

136.525 41.275 41.275 31.750 226 293 2700 3700 2.75 H414242/H414210

68.262 110.000 22.000 21.996 18.824 89.5 120 3200 4300 0.764 399A/394A

120.000 29.794 29.007 24.237 128 177 3000 4000 1.37 480/472

220
 Taper Roller Bearing(Inch)
Taper Roller bearings

d68.262 - 75.000mm
TRB

Boundary Dimensions Basic Load Rating Limiting Speeds

Dynamic Static WT
Grease Oil Bearing Number
d D T B C C C0
mm kN RPM kg

68.262 123.825 38.100 36.678 30.162 158 216 3000 4100 1.87 560S/552A

136.525 41.275 41.275 31.750 226 293 2700 3700 2.7 H414245/H414210

136.525 46.038 46.038 36.512 224 355 2600 3500 3.24 H715343/H715311

69.850 112.712 25.400 25.400 19.050 95.5 151 3100 4100 0.949 29675/29620

117.475 30.162 30.162 23.812 117 175 3000 4000 1.28 33275/33462

120.000 29.795 29.007 24.237 128 177 3000 4000 1.33 482/472

120.000 32.545 32.545 26.195 147 214 3000 4000 1.47 47487/47420

120.650 25.400 25.400 19.050 95.5 151 3100 4100 1.17 29675/29630

127.000 36.512 36.170 28.575 163 229 2900 3800 1.92 566/563

136.525 41.275 41.275 31.750 194 262 2800 3800 2.63 643/632

146.050 41.275 41.275 31.750 206 295 2500 3300 3.28 655/653

150.089 44.450 46.672 36.512 261 360 2400 3200 3.92 745A/742

168.275 53.975 56.363 41.275 340 460 2200 3000 6.13 835/832

69.952 121.442 24.608 23.012 17.462 91.0 127 2900 3800 1.11 34274/34478

70.000 110.000 26.000 25.000 20.500 97.0 150 3200 4200 0.889 JLM813049/JLM813010

115.000 29.000 29.000 23.000 124 171 3100 4100 1.13 JM612949/JM612910

120.000 29.794 29.007 24.237 128 177 3000 4000 1.33 484/472

150.000 41.275 39.688 25.400 199 234 2400 3200 3.08 JH913848/JH913811

71.438 117.475 30.162 30.162 23.812 117 175 3000 4000 1.24 33281/33462

120.000 32.545 32.545 26.195 147 214 3000 4000 1.42 47490/47420

127.000 36.512 36.170 28.575 163 229 2900 3800 1.87 567A/563

136.525 41.275 41.275 31.750 194 262 2800 3800 2.57 644/632

136.525 41.275 41.275 31.750 226 293 2700 3700 2.58 H414249/H414210

136.525 46.038 46.038 36.512 224 355 2600 3500 3.11 H715345/H715311

73.025 112.712 25.400 25.400 19.050 95.5 151 3100 4100 0.873 29685/29620

117.475 30.162 30.162 23.812 117 175 3000 4000 1.19 33287/33462

127.000 36.512 36.170 28.575 163 229 2900 3800 1.82 567/563

139.992 36.512 36.098 28.575 178 265 2600 3400 2.53 576/572

149.225 53.975 54.229 44.450 287 410 2500 3400 4.42 6460/6420

150.089 44.450 46.672 36.512 261 360 2400 3200 3.79 744/742

73.817 112.712 25.400 25.400 19.050 95.5 151 3100 4100 0.86 29688/29620

127.000 36.512 36.170 28.575 163 229 2900 3800 1.8 568/563

74.612 139.992 36.512 36.098 28.575 178 265 2600 3400 2.48 577/572

75.000 115.000 25.000 25.000 19.000 94.5 143 3000 4000 0.875 JLM714149/JLM714110

120.000 31.000 29.500 25.500 131 197 2900 3900 1.29 JLM714249/JM714210

145.000 51.000 51.000 42.000 287 410 2500 3400 3.81 JH415647/JH415610

221
 Taper Roller Bearing(Inch)
Taper Roller bearings

d76.200 - 82.550mm
TRB

Boundary Dimensions Basic Load Rating Limiting Speeds

Dynamic Static WT
Grease Oil Bearing Number
d D T B C C C0
mm kN RPM kg

76.200 109.538 19.050 19.050 15.083 63.0 115 3100 4100 0.579 L814749/L814710

121.442 24.608 23.012 17.462 91.0 127 2900 3800 0.982 34300/34478

121.442 24.608 23.012 17.462 91.0 127 2900 3800 0.977 34301/34478

127.000 30.162 31.000 22.225 135 194 2800 3700 1.46 42687/42620

133.350 33.338 33.338 26.195 153 235 2600 3500 1.92 47678/47620

133.350 39.688 39.688 32.545 177 305 2600 3500 2.43 HM516442/HM516410

135.733 44.450 46.100 34.925 211 330 2700 3500 2.75 5760/5735

136.525 30.162 29.796 22.225 129 189 2600 3500 1.83 495A/493

139.992 36.512 36.098 28.575 178 265 2600 3400 2.43 575/572

139.992 36.512 36.098 28.575 178 265 2600 3400 2.41 575S/572

146.050 41.275 41.275 31.750 206 295 2500 3300 3.04 659/653

149.225 53.975 54.229 44.450 287 410 2500 3400 4.23 6461A/6420

150.089 44.450 46.672 36.512 261 360 2400 3200 3.66 748S/742

149.225 53.975 54.229 44.450 287 410 2500 3400 4.26 6461/6420

161.925 53.975 55.100 42.862 310 460 2300 3000 5.44 6576/6535

180.975 53.975 53.183 35.720 325 415 1900 2600 6.57 H917840/H977810

190.500 57.150 57.531 46.038 445 610 1900 2600 8.69 HH221430/HH221410

77.788 117.475 25.400 25.400 19.050 99.5 162 2900 3900 0.932 LM814849/LM814810

121.442 24.608 23.012 17.462 91 127 2900 3800 0.943 34306/34478

127.000 30.162 31.000 22.225 135 194 2800 3700 1.41 42690/42620

136.525 30.162 29.769 22.225 129 189 2600 3500 1.78 495AS/493

136.525 46.038 46.038 36.512 224 355 2600 3500 2.84 H715348/H715311

79.375 146.050 41.275 41.275 31.750 206 295 2500 3300 2.91 661/653

161.925 47.625 48.260 38.100 270 385 2300 3100 4.55 756A/752

190.500 57.150 57.531 46.038 445 610 1900 2600 8.52 HH221431/HH221410

80.000 130.000 35.000 34.000 28.500 166 249 2700 3600 1.73 JM515649/JM515610

80.962 133.350 33.338 33.338 26.195 153 235 2600 3500 1.78 47681/47620

136.525 30.162 29.769 22.225 129 189 2600 3500 1.69 496/493

139.992 36.512 36.098 28.575 178 265 2600 3400 2.26 581/572

150.089 44.450 46.672 36.512 261 360 2400 3200 3.43 740/742

82.550 125.412 25.400 25.400 19.845 102 163 2700 3600 1.07 27687/27620

133.350 33.338 33.338 26.195 153 235 2600 3500 1.72 47686/47620

133.350 39.688 39.688 32.545 177 305 2600 3500 2.16 HM516448/HM516410

136.525 30.162 29.769 22.225 129 189 2600 3500 1.64 495/493

139.992 36.512 36.098 28.575 178 265 2600 3400 2.2 580/572

139.992 36.512 36.098 28.575 178 265 2600 3400 2.19 582/572

146.050 41.275 41.275 31.750 206 295 2500 3300 2.78 663/653

222
 Taper Roller Bearing(Inch)
Taper Roller bearings

d82.550 - 95.000mm
TRB

Boundary Dimensions Basic Load Rating Limiting Speeds

Dynamic Static WT
Grease Oil Bearing Number
d D T B C C C0
mm kN RPM kg

82.550 150.089 44.450 46.672 36.512 261 360 2400 3200 3.37 749A/742

152.400 39.688 36.322 30.162 180 279 2300 3100 3.02 595/592A

152.400 41.275 41.275 31.750 206 295 2500 3300 3.15 663/652

161.925 47.625 48.260 38.100 270 385 2300 3100 4.42 757/752

161.925 53.975 55.100 42.862 310 460 2300 3000 5.09 6559C/6535

168.275 53.975 56.363 41.275 340 460 2200 3000 5.46 842/832

83.345 125.412 25.400 25.400 19.845 102 163 2700 3600 1.06 27689/27620

125.412 25.400 25.400 19.845 102 163 2700 3600 1.05 27690/27620

125.412 25.400 25.400 19.845 102 163 2700 3600 1.04 27691/27620

84.138 136.525 30.162 29.769 22.225 129 189 2600 3500 1.6 498/493

85.000 130.000 30.000 29.000 24.000 135 214 2600 3500 1.37 JM716648/JM716610

140.000 39.000 38.000 31.500 197 297 2500 3400 2.3 JHM516849/JHM516810

85.026 150.089 44.450 46.672 36.512 261 360 2400 3200 3.25 749/742

85.725 133.350 30.162 29.769 22.225 129 189 2600 3500 1.43 497/492A

142.138 42.862 42.862 34.133 216 350 2500 3300 2.69 HM617049/HM617010

146.050 41.275 41.275 31.750 206 295 2500 3300 2.65 665/653

152.400 39.688 36.222 30.162 180 279 2300 3100 2.9 596/592A

161.925 47.625 48.260 38.100 270 385 2300 3100 4.26 758/752

87.960 148.430 28.575 28.971 21.433 138 215 2300 3100 1.99 42346/42584

88.900 121.442 15.088 15.083 11.112 56.5 88 2700 3600 0.452 LL21784S/LL217810

123.825 20.638 20.638 16.670 80.0 141 2700 3500 0.737 L217849/L217310

148.430 28.575 28.971 21.433 138 215 2300 3100 1.96 42350/42584

152.400 39.688 36.322 30.162 180 279 2300 3100 2.78 593/592A

161.925 47.625 48.260 38.100 270 385 2300 3100 4.09 759/752

161.925 53.975 55.100 42.862 310 460 2300 3000 4.73 6580/6535

168.275 53.975 56.363 41.275 340 460 2200 3000 5.08 850/832

89.974 146.975 40.000 40.000 32.500 227 340 2400 3200 2.55 HM218248/HM218210

90.000 145.000 35.000 34.000 27.000 189 279 2400 3200 2.14 JM718149/JM718110

155.000 44.000 44.000 35.500 270 385 2300 3100 3.32 JHM318448/JHM318410

190.000 50.800 46.038 31.750 281 365 1800 2400 6.32 J90354/J90748

90.488 161.925 47.625 48.260 38.100 270 385 2300 3100 4.01 760/752

92.075 146.050 33.338 34.925 26.195 163 266 2400 3100 2.08 47890/47820

152.400 39.688 36.322 30.162 180 279 2300 3100 2.63 598A/592A

168.275 41.275 41.275 30.162 222 340 2100 2800 3.87 681/672

93.662 148.430 28.575 28.971 21.433 138 215 2300 3100 1.8 42368/42584

95.000 150.000 35.000 34.000 27.000 180 279 2300 3100 2.19 JM719149/JM719113

223
 Taper Roller Bearing(Inch)
Taper Roller bearings

d95.250 - 114.300mm
TRB

Boundary Dimensions Basic Load Rating Limiting Speeds

Dynamic Static WT
Grease Oil Bearing Number
d D T B C C C0
mm kN RPM kg

95.250 130.175 20.638 21.433 16.670 81.0 147 2500 3300 0.789 L319249/L319210

146.050 33.338 34.925 26.195 163 266 2400 3100 1.95 47896/47820

152.400 39.688 36.322 30.162 180 279 2300 3100 2.09 594A/592

148.430 28.575 28.971 21.433 138 215 2300 3100 1.75 42375/42584

152.400 39.688 36.322 30.162 180 279 2300 3100 2.51 594/592A

157.162 36.512 36.116 26.195 188 305 2200 2900 2.76 52375/52618

168.275 41.275 41.275 30.162 222 340 2100 2800 3.72 683/672

190.500 57.150 57.531 46.038 445 610 1900 2600 7.5 HH221440/HH221410

96.838 148.430 28.575 28.971 21.433 138 215 2300 3100 1.69 42381/42584

188.912 50.800 46.038 31.750 281 365 1800 2400 5.67 90381/90744

98.425 157.162 36.512 36.116 26.195 188 305 2200 2900 2.62 52387/52618

168.275 41.275 41.275 30.162 222 340 2100 2800 3.56 685/672

99.974 212.725 66.675 66.675 53.975 575 810 1700 2300 11.5 HH224334/HH224310

100.00 155.000 36.000 35.000 28.000 192 310 2200 2900 2.4 JM720249/JM720210

101.012 157.162 36.512 36.116 26.195 188 305 2200 2900 2.55 52393/52618

101.600 157.162 36.512 36.116 26.195 188 305 2200 2900 2.48 52400/52618

168.275 41.275 41.275 30.162 222 340 2100 2800 3.4 687/672

180.975 47.625 48.006 38.100 285 430 2000 2700 5.11 780/772

190.500 57.150 57.531 44.450 380 555 2000 2600 7 861/854

190.500 57.150 57.531 46.038 445 610 1900 2600 7.06 HH221449/HH221410

190.500 57.150 57.531 46.038 445 610 1900 2600 7.06 HH221449A/HH221410

212.725 66.675 66.675 53.975 475 695 1800 2300 11.2 941/932

212.725 66.675 66.675 53.975 575 810 1700 2300 11.3 HH224335/HH224310

158.750 23.020 21.438 15.875 102 166 2100 2800 1.37 37425/37625

107.950 159.987 34.925 34.925 26.988 167 320 2100 2800 2.37 LM522546/LM522510

165.100 36.512 36.512 26.988 191 315 2100 2700 2.69 56425/56650

212.725 66.675 66.675 53.975 475 695 1800 2300 10.7 936/932

109.538 158.750 23.020 21.438 15.875 102 166 2100 2800 1.33 37431/37625

109.987 159.987 34.925 34.925 26.988 167 320 2100 2800 2.24 LM522548/LM522510

109.992 177.800 41.275 41.275 30.162 232 375 1900 2600 3.77 64433/64700

110.000 165.000 35.000 35.000 26.500 191 315 2100 2700 2.52 JM822049/JM822010

180.000 47.000 46.000 38.000 305 480 1900 2600 4.61 JHM522649/JHM522610

111.125 214.312 55.562 52.388 39.688 405 560 1500 2000 8.18 H924045/H924010

114.300 177.800 41.275 41.275 30.162 232 375 1900 2600 3.52 64450/64700

180.975 34.925 31.750 25.400 169 245 1900 2500 2.93 68450/68712

212.725 66.675 66.675 53.975 475 695 1800 2300 10.1 938/932

224
 Taper Roller Bearing(Inch)
Taper Roller bearings

d114.300 - 158.750mm
TRB

Boundary Dimensions Basic Load Rating Limiting Speeds

Dynamic Static WT
Grease Oil Bearing Number
d D T B C C C0
mm kN RPM kg

114.300 212.725 66.675 66.675 53.975 575 810 1700 2300 10.2 HH224346/HH224310

228.600 53.975 49.428 38.100 430 620 1400 1900 9.76 HM926740/HM926710

115.087 190.500 47.625 49.212 34.925 300 475 1800 2500 5.11 71453/71750

117.475 180.975 34.925 31.750 25.400 169 245 1900 2500 2.78 68462/68712

120.000 170.000 25.400 25.400 19.050 127 210 2000 2600 1.67 JL724348/JL724314

120.650 234.950 63.500 63.500 49.212 525 825 1500 2400 12.6 95475/95925

123.825 182.562 39.688 38.100 33.338 224 435 1800 2400 3.52 48286/48220

127.000 182.562 39.688 38.100 33.338 224 435 1800 2400 3.33 48290/48220

196.850 46.038 46.038 38.100 310 550 1700 2200 5.1 67388/67322

215.900 47.625 47.625 34.925 320 540 1600 2100 7.05 74500/74850

228.600 53.975 49.428 38.100 320 445 1400 1900 8.43 97500/97900

228.600 53.975 49.428 38.100 430 620 1400 1900 8.83 HM926747/HM926710

230.000 63.500 63.500 49.212 525 825 1500 2000 12.9 95500/95905

254.000 77.788 82.550 61.912 740 1070 1400 1900 19.5 HH228349/HH228310

128.588 206.375 47.625 47.625 34.925 315 520 1700 2200 5.77 799/792

196.850 46.038 46.038 38.100 310 550 1700 2200 4.87 67389/67322

130.175 206.375 47.625 47.625 34.925 315 520 1700 2200 5.65 799A/792

133.350 177.008 25.400 26.195 20.638 126 259 1800 2400 1.7 L327249/L327210

190.500 39.688 39.688 33.338 236 475 1700 2300 3.64 48385/48320

196.850 46.038 46.038 38.100 310 550 1700 2200 4.63 67390/67322

196.850 46.038 46.038 38.100 310 550 1700 2200 4.59 67391/67322

215.900 47.625 47.625 34.925 320 540 1600 2100 6.56 74525/74850

234.950 63.500 63.500 49.212 525 825 1500 2000 11.3 95525/95925

136.525 190.500 39.688 39.688 33.338 236 475 1700 2000 3.43 48393/48320

228.600 57.150 57.150 44.450 445 735 1500 2000 9.07 896/892

139.700 215.900 47.625 47.625 34.925 320 540 1600 2100 6.05 74550/74850

228.600 57.150 57.150 44.450 445 735 1500 2000 8.76 898/892

254.000 66.675 66.675 47.625 550 910 1400 1800 14.3 99550/99100

142.875 200.025 41.275 39.688 34.130 239 490 1600 2100 3.85 48684/48620

200.025 41.275 39.688 34.130 239 490 1600 2100 3.89 48685/48620

146.050 193.675 28.575 28.575 23.020 165 340 1600 2200 2.27 36690/36620

254.000 66.675 66.675 47.625 550 910 1400 1800 13.5 99575/99100

152.400 192.088 25.000 24.000 19.000 130 261 1600 2100 1.53 L630349/L630310

222.250 46.830 46.830 34.925 315 585 1500 2000 5.72 M231649/M231610

158.750 205.583 23.812 23.812 18.258 126 247 1500 2000 1.89 L432349/L432310

225.425 41.275 39.688 33.338 254 555 1400 1900 5.2 46780/46720

225
 Taper Roller Bearing(Inch)
Taper Roller bearings

d165.100 - 343.154mm
TRB

Boundary Dimensions Basic Load Rating Limiting Speeds

Dynamic Static WT
Grease Oil Bearing Number
d D T B C C C0
mm kN RPM kg

165.100 225.425 41.275 39.688 33.338 254 555 1400 1900 4.69 46790/46720

170.000 230.000 39.000 38.000 31.000 282 520 1400 1800 4.37 JMH534149/JHM534110

177.800 227.012 30.162 30.162 23.020 181 415 1300 1800 2.92 36990/36920

247.650 47.625 47.625 38.100 340 690 1300 1700 6.57 67790/67720

180.000 250.000 47.000 45.000 37.000 370 710 1300 1700 6.76 JM736149/JM736110

190.000 260.000 46.000 44.000 36.500 365 720 1200 1600 6.85 JM738249/JM738210

190.475 279.400 52.388 57.150 41.275 523 980 1600 2200 9.5 M239449/410

190.500 282.575 50.800 47.625 36.512 402 695 1600 2200 9.6 87750/87111

191.237 279.400 52.388 58.738 41.275 523 980 1600 2200 9.2 M239448A/410

196.850 241.300 23.812 23.017 17.462 154 315 1700 2600 2 LL639249/210

241.300 23.812 23.017 17.462 154 315 1700 2600 2 LL639249/2/210/4

257.175 39.688 39.688 30.162 275 655 1600 2400 5.3 LM739749/710/VE174

200.025 276.225 42.862 46.038 34.133 450 780 1700 2200 7.7 LM241147/110/QVQ051

203.987 276.225 42.862 46.038 34.133 450 780 1700 2200 7.25 LM241148/110/VQ051

206.375 282.575 46.038 46.038 36.512 380 830 1500 2200 8.6 67985/67920/HA3VQ117

215.900 285.750 46.038 46.038 34.924 380 850 1500 2200 7.9 LM742749/710/VE174

216.408 285.750 46.038 49.212 34.924 380 850 1500 2200 7.85 LM742747/710

210.713 285.750 46.038 49.212 34.924 380 850 1500 2200 7.85 LM742747A/710

230.188 317.500 47.625 52.388 36.512 523 980 1300 2000 1.05 LM245846/810

231.775 300.038 33.338 31.750 23.812 216 425 1400 2000 5.3 544091/2B/54418A/213

317.500 47.625 52.388 36.512 523 980 1300 2000 10.5 LM245848/810

255.600 342.900 57.150 63.500 44.450 594 1220 1200 1800 14 M349547/510

257.175 342.900 57.150 57.150 44.450 594 1220 1200 1800 14 M349549/510VE174

358.775 71.438 57.150 44.450 842 1760 1200 1700 20.5 M249747/710

263.525 325.438 28.575 28.575 25.400 220 550 1300 1800 53 38880/38820

292.100 374.650 47.625 47.625 34.925 501 1140 1100 1600 1.2012.0 L555249/210

374.650 47.625 47.625 34.925 501 1140 1100 1600 1.2012.0 L555249/210/VE174

304.800 393.700 50.800 50.800 38.100 528 1220 1000 1500 1405 L357049/010/VE174

343.154 450.850 66.675 66.675 52.388 935 2200 900 1300 28 LM361649A/610

226
 TDO - Double Outer Race
Taper Roller bearings

TRB

TDO consists of a single piece double outer race and TDO bearings are usually supplied complete with an
two single inner races. Configuration offers a wide inner race spacer as a Pre-set assembly.
effective bearing spread to support loads created by To suit the application duty, the built-in
Overturning moments. setting value needs to be established by ZNL
Bearings can be used at fixed positions or allowed representative before an order is placed. The
to float in the housing bore to Compensate for shaft tables list part numbers of plain-ring spacers.
expansion. If a spacer with provision for lubricant passage
D CD suffix now replaces the D suffix listed is required, consult ZNL representative.
for part numbers in previous publications. To place an order or obtain a price quotation, specify
the bearing and spacer part number.
A groove with oil holes is provided for
lubrication in suffix outer race. Example: inner race outer race

CD Outer races can be pinned to prevent A 2047 - A 2120D

circumferential precession in the housing at R800003 spacer
floating positions (see the following tables Double outer race can be used with any single race
for details). from the same series. The tables list regularly specified
This suffix in current part numbers now inner race part numbers.
replaces the D and DC suffixes listed for
part numbers in previous publications.
A groove with oil holes is provided for
lubrication in suffix outer races.
DC Can be pinned to prevent circumferential
precession in the housing at floating
Positions (see the following tables for
details).
Outer races have one lubricant hole.
Normally, these are used at floating
positions With a fixing pin.

227
 Taper Roller Bearing(Inch)
Taper Roller bearings

d11.987 - 30.000mm
TRB TDO - Double Outer Race

Load Ratings,
Dimensions, mm Part Number Weight
kN

Dynamic
d D T B Inner Outer Kg
C

11.987 30.480 25.400 21.260 18.500 A2047 A2120D 0.08

14.987 34.987 25.174 20.638 21.200 A4059 A4138D 0.12

16.993 47.000 31.750 25.212 43.100 5066 05185D 0.28

19.050 47.000 31.750 25.212 43.100 05075 05185D 0.26

57.150 49.212 36.512 74.900 21075 21226D 0.65

19.987 45.984 31.750 25.212 43.100 5079 05180D 0.26

47.000 31.750 25.212 43.100 5079 05185D 0.26

20.000 50.005 33.340 25.400 46.900 7079 07196D 0.32

23.812 71.438 42.862 36.512 94.700 26093 26282D 0.88

71.975 42.761 36.512 94.700 26093 26284D 0.9

24.384 80.962 55.562 39.688 125.000 43096 43319D 1.43

24.981 50.005 33.340 25.400 46.900 7098 07196D 0.28

62.000 39.688 36.258 69.700 17098 17245D 0.6

25.000 50.005 33.340 25.400 46.900 7097 07196D 0.28

62.000 39.688 36.258 69.700 17098X 17245D 0.6

25.400 50.005 33.400 25.400 46.900 07100-S 07196D 0.27

50.005 33.400 25.400 46.900 07100-SA 07196D 0.27

63.500 46.038 36.512 81.400 15100 15251D 0.69

63.500 46.038 36.512 81.400 15100-S 15251D 0.72

63.500 46.038 36.512 81.400 15101 15251D 0.72

71.438 42.862 36.512 94.700 26100 26282D 0.87

71.975 42.761 36.512 94.700 26100 26284D 0.88

28.575 63.500 46.038 36.512 81.400 15112 15251D 0.66

66.421 44.453 38.100 90.100 24112 24262D 0.7

69.850 66.675 57.150 135.000 2578 2524YD 1.19

71.438 42.862 36.512 94.700 26112 26282D 0.83

71.975 42.761 36.512 94.700 26112 26284D 0.84

76.200 47.625 38.100 106.000 02872 02823D 1.13

80.962 55.562 39.688 125.000 43112 43319D 1.37

29.987 62.000 39.688 36.258 69.700 17118 17245D 0.54

63.500 46.038 36.512 81.400 15117 15251D 0.65

71.438 42.862 36.512 94.700 26118 26282D 0.81

71.975 42.761 36.512 94.700 26118 26284D 0.84

80.962 55.562 39.688 125.000 43117 43319D 1.31

30.000 69.012 46.040 38.100 88.000 14117A 14276D 0.79

69.012 46.040 38.100 88.000 14118 14276D 0.79

228
 Taper Roller Bearing(Inch)
Taper Roller bearings

d30.162 - 34.925mm
TRB TDO - Double Outer Race

Load Ratings,
Dimensions, mm Part Number Weight
kN

Dynamic
d D T B Inner Outer Kg
C

30.162 58.738 32.542 24.608 51.100 8118 08231D 0.37

62.000 39.688 36.258 69.700 17119 17245D 0.53

66.421 44.453 38.100 90.100 24118 24262D 0.59

69.850 66.675 57..15 135.000 2558 2524YD 1.16

80.035 46.040 34.925 102.000 28118 28318D 1.1

80.962 55.562 39.688 125.000 43118 43319D 1.33

30.213 63.500 46.038 36.512 81.400 15118 15251D 0.62

63.500 46.038 36.512 81.400 15119 15251D 0.65

31.750 58.738 32.542 24.608 51.100 8125 08231d 0.36

63.500 44.259 36.512 81.400 15123 15251D 0.59

63.500 46.038 36.512 81.400 15125 15251D 0.61

63.500 46.038 36.512 81.400 15126 15251D 0.62

69.012 46.040 38.100 88.000 14125A 14276D 0.76

69.850 66.675 57.150 135.000 2580 2524YD 1.18

69.850 66.675 57.150 135.000 2582 2524YD 1.13

76.200 47.625 38.100 106.000 2875 02823D 1.05

76.200 47.625 38.100 106.000 2876 02823D 1.06

80.962 55.562 39.688 125.000 43125 43319D 1.31

82.550 66.678 55.562 169.000 3476 3423D 1.84

32.004 71.438 42.862 36.512 94.700 26126 26282D 0.78

71.975 42.761 36.512 94.700 26126 26284D 0.79

33.338 69.012 46.040 38.100 88.000 14131 14276D 0.74

69.850 66.675 57.150 135.000 2581 2523D 1.1

69.850 66.675 57.150 135.000 2581 2524YD 1.1

69.850 66.675 57.150 135.000 2585 2523D 1.13

69.850 66.675 57.150 135.000 2585 2524YD 1.09

71.438 42.862 36.512 94.700 26131 26282D 0.76

71.438 42.862 36.512 94.700 26132 26282D 0.76

71.975 42.761 36.512 94.700 26131 26284D 0.78

71.975 42.761 36.512 94.700 26132 26284D 0.77

73.025 42.862 35.522 85.700 25132 25289D 0.87

80.962 55.562 39.688 125.000 43131 43319D 1.26

80.962 55.562 39.688 125.000 43132 43319D 1.27

34.925 69.012 46.040 38.100 88.000 14137A 14276D 0.71

69.012 46.040 38.100 88.000 14138A 14276D 0.71

76.200 47.625 38.100 106.000 2877 02823D 1

76.200 47.625 38.100 106.000 2878 02823D 1.02

229
 Taper Roller Bearing(Inch)
Taper Roller bearings

d34.925 - 40.000mm
TRB TDO - Double Outer Race

Load Ratings,
Dimensions, mm Part Number Weight
kN

Dynamic
d D T B Inner Outer Kg
C

34.925 80.035 46.040 34.925 102.000 28137 28318D 1.05

80.035 57.150 44.958 126.000 27875 27820D 1.3

95.250 61.915 50.800 205.000 449 432D 2.28

34.975 69.012 46.040 38.100 88.000 14139 14276D 0.71

80.035 46.040 34.925 102.000 28138 28318D 1.02

35.000 95.250 61.915 50.800 205.000 441 432D 2.26

36.512 69.012 46.035 38.100 91.400 13682 13621D 0.66

69.012 46.035 38.100 91.400 13682 13621DC 0.71

82.550 66.678 55.562 169.000 3479 3423D 1.71

82.931 57.150 47.625 146.000 25570 25520D 1.53

92.075 55.562 39.688 136.000 44143 44363D 1.72

38.100 63.500 38.100 31.750 43.800 13889 1385D 0.42

69.012 46.035 38.100 91.400 13685 13621DC 0.68

69.012 46.035 38.100 91.400 13685 13621D 0.65

69.012 46.035 38.100 91.400 13687 13621D 0.66

80.335 46.040 34.925 102.000 28150 28318D 0.98

80.035 46.040 34.925 102.000 23151 28318D 0.95

80.035 57.150 44.958 126.000 27880 278200 1.22

80.035 57.150 44.958 126.000 27881 278200 1.21

82.550 66.678 55.562 169.000 3490 3423D 1.65

82.931 57.150 47.625 146.000 25572 25520D 1.48

92.075 55.562 39.688 136.000 44150 44363D 1.67

95.250 61.915 50.800 205.000 440 432D 2.19

95.250 61.915 50.800 205.000 444 432D 2.18

95.250 63.500 52.385 209.000 33880 33821D 2.25

92.250 65.088 44.450 16.100 53150 53376D 2.11

111.125 79.375 63.500 277.000 542 533D 3.98

38.481 63.500 38.100 31.750 43.800 13890 13835D 0.41

39.688 92.075 55.562 39.688 136.000 44156 44363D 1.6

92.075 55.562 39.688 136.000 44158 44363D 1.59

39.980 80.035 43.459 34.925 102.000 28156 28318D 0.9

80.035 46.040 34.925 102.000 28159 28318D 0.94

40.000 80.035 46.040 34.925 102.000 28158 28318d 0.95

90.119 50.795 44.450 132.000 350 353d 1.46

90.119 50.795 44.450 132.000 350 353DC 1.52

90.119 50.795 44.450 132.000 350A 353D 1.54

90.119 50.795 44.450 132.000 357 353D 1.53

230
 Taper Roller Bearing(Inch)
Taper Roller bearings

d40.000 - 45.000mm
TRB TDO - Double Outer Race

Load Ratings,
Dimensions, mm Part Number Weight
kN

Dynamic
d D T B Inner Outer Kg
C

40.000 92.075 55.562 39.688 136.000 44157 44363D 1.59

95.250 61.915 50.800 205.000 442-S 432D 2.12

41.275 76.200 49.212 39.688 122.000 24780 24720D 0.93

76.200 49.212 39.688 122.000 24780 24720XD 0.93

90.000 50.010 42.070 138.000 365A 363D 1.41

92.075 55.562 39.688 136.000 44162 44363D 1.59

95.250 61.915 50.800 205.000 447 432D 2.11

95.250 65.088 44.450 161.000 53162 53376D 1.96

107.950 65.090 53.975 219.000 464 452D 3.08

111.125 79.375 63.500 277.000 541 533D 3.86

42.850 107.950 65.090 53.975 219.000 461 452D 2.97

42.862 82.550 44.450 34.925 105.000 22168 22325D 1.01

82.931 57.150 47.625 146.000 25578 25520D 1.33

44.450 79.375 41.272 33.338 83.800 18685 18620D 0.78

82.931 57.150 47.625 146.000 25580 25520DC 1.31

82.931 57.150 47.625 146.000 25580 25520D 1.31

82.931 57.150 47.625 146.000 25581 25520D 1.32

90.119 50.795 44.450 132.000 365 353D 1.41

90.119 50.795 44.450 132.000 355A 353D 1.41

90.119 50.795 44.450 132.000 355X 353D 1.37

90.119 50.795 44.450 132.000 355X 353DC 1.37

93.264 65.068 52.388 197.000 3782 3729D 2.05

95.250 61.915 50.800 205.000 435 432D 2

95.250 61.915 50.800 205.000 438 432D 1.98

95.250 63.500 52.385 209.000 33885 33821D 2.12

95.250 65.088 44.450 161.000 53176 53376D 1.5

95.250 65.088 44.450 161.000 53177 53376D 1.88

95.250 65.088 44.450 161.000 53177 53376D 1.88

95.250 65.088 44.450 161.000 53178 53376D 1.89

107.950 65.090 53.975 219.000 460 452D 2.91

111.125 79.375 63.500 277.000 535 533D 3.74

112.712 65.088 46.038 172.000 55175 55444D 3.03

44.983 82.931 57.150 47.625 146.000 25584 25520D 1.3

93.264 65.088 52.388 197.000 3776 3729D 2.03

45.000 90.000 50.100 42.070 138.000 367 363D 1.34

90.119 50.795 44.450 132.000 358 353D 1.4

90.119 50.795 44.450 132.000 358A 353D 1.39

231
 Taper Roller Bearing(Inch)
Taper Roller bearings

d45.000 - 50.800mm
TRB TDO - Double Outer Race

Load Ratings,
Dimensions, mm Part Number Weight
kN

Dynamic
d D T B Inner Outer Kg
C

45.000 100.000 50.800 39.690 142.000 376X 372D 1.76

45.618 82.931 57.150 47.625 146.000 25590 25520D 1.27

46.038 79.375 41.272 33.338 83.800 18690 18620DC 0.74

79.375 41.272 33.338 83.000 18690 18620D 0.74

90.119 50.795 44.450 132.000 359A 353D 1.33

90.119 50.795 44.450 132.000 359S 353D 1.36

95.250 61.915 50.800 205.000 436 432D 1.95

47.625 90.000 50.010 42.070 138.000 369A 363D 1.26

90.000 50.010 42.070 138.000 369S 363D 1.27

93.264 65.088 52.388 197.000 3778 3729D 1.88

93.264 65.088 52.388 197.000 3779 3729D 1.94

100.000 49.200 39.675 147.000 386A 384ED 1.75

100.000 52.388 42.862 147.000 386A 384D 1.84

107.950 65.090 53.975 219.000 463 452D 2.79

107.950 65.090 53.975 219.000 467 452D 2.89

109.982 63.500 42.865 172.000 55187 55433D 2.77

111.125 79.375 63.500 277.000 536 533D 3.6

112.712 65.088 46.038 172.000 55187 55444D 2.91

117.475 73.025 53.975 240.000 66187 66462D 3.77

123.825 77.788 55.562 266.000 72187 72488D 4.36

49.212 93.264 65.088 52.388 197.000 3781 3729D 1.88

111.125 79.375 63.500 277.000 545 533D 3.53

49.975 109.982 63.500 42.865 172.000 55197 55433D 2.69

112.712 65.088 46.038 172.000 55197 55444D 2.83

49.982 111.125 79.375 63.500 277.000 546 533D 3.5

50.000 90.000 50.010 42.070 138.000 365 365D 1.2

90.000 50.010 42.070 138.000 365 363DC 1.24

90.000 50.010 42.070 138.000 366 363D 1.2

110.000 52.388 46.038 159.000 396 394D 2.31

50.800 80.962 42.865 34.925 98.000 L305649 L305610D 0.78

89.985 50.400 49.949 138.000 368A 362XD 1.27

90.000 50.010 42.070 138.000 368 363D 1.18

90.000 50.010 42.070 138.000 368A 363DC 1.21

90.000 50.010 42.070 138.000 368A 363D 1.17

93.264 65.088 52.388 197.000 3775 3729DC 1.81

93.264 65.088 52.388 197.000 3775 3729D 1.84

93.264 65.088 52.388 197.000 3780 3729DC 1.82

232
 Taper Roller Bearing(Inch)
Taper Roller bearings

d50.800 - 55.000mm
TRB TDO - Double Outer Race

Load Ratings,
Dimensions, mm Part Number Weight
kN

Dynamic
d D T B Inner Outer Kg
C

50.800 93.264 65.088 52.388 197.000 3780 3729D 1.82

93.264 65.088 52.388 197.000 3784 3729D 1.78

95.250 63.500 52.385 209.000 33889 33821DC 1.85

95.250 63.500 52.385 209.000 33889 33821D 1.85

100.000 49.200 39.675 147.090 385A 384EDC 1.62

100.000 49.200 39.675 147.000 385A 384ED 1.62

100.000 52.388 42.862 147.000 385A 384D 1.76

107.950 65.090 53.975 219.000 455 452D 2.77

107.950 65.090 53.975 219.000 455-S 452D 2.75

109.982 63.500 42.865 172.000 55200 55433D 2.68

109.982 63.500 42.865 206.000 55200C 55443D 2.85

110.000 52.388 46.038 159.000 398 394D 2.29

112.712 65.088 46.038 172.000 55200 55444D 2.79

117.475 73.025 53.975 240.000 66200 66462D 3.65

123.825 77.785 55.562 291.000 72200C 72488D 4.34

123.825 79.375 63.500 307.000 555 552D 4.77

51.592 90.000 50.010 42.010 138.000 368-S 363D 1.15

52.388 93.264 65.088 52.388 197.000 3767 3729D 1.77

95.250 63.500 52.385 209.000 33890 33821D 1.82

95.250 63.500 52.385 209.000 33891 33821D 1.8

107.950 65.090 53.975 219.000 468 452D 2.64

109.982 63.500 42.865 172.000 55206 55433D 2.6

111.125 79.375 63.500 277.000 540 533D 3.39

112.712 65.088 46.038 172.000 55206 55444D 2.71

53.975 95.250 63.500 52.385 209.000 33895 33821D 1.74

100.000 49.200 39.675 147.000 389A 384ED 1.55

100.000 52.388 42.862 147.000 389A 384D 1.66

107.950 65.090 53.975 219.000 456 452DC 2.57

107.950 65.090 53.975 219.000 456 452D 2.61

111.125 79.375 63.500 277.000 539 533D 3.35

117.475 73.025 53.975 24.000 66212 66462D 3.57

123.825 79.375 63.500 307.000 557-S 552D 4.64

136.525 95.250 76.200 376.000 636 632D 6.71

139.700 77.790 51.803 322.000 78215C 78549D 5.84

54.987 107.950 65.090 53.975 219.000 466 452D 2.58

55.000 100.000 49.200 39.675 147.000 385 384EDC 1.5

100.000 49.200 39.675 147.000 385 384ED 1.5

233
 Taper Roller Bearing(Inch)
Taper Roller bearings

d55.000 - 60.000mm
TRB TDO - Double Outer Race

Load Ratings,
Dimensions, mm Part Number Weight
kN

Dynamic
d D T B Inner Outer Kg
C

55.000 100.000 49.200 39.675 147.000 385X 384ED 1.49

100.000 52.388 42.862 147.000 385 384D 1.61

100.000 52.388 42.862 147.000 385X 384D 1.6

120.000 65.090 53.975 231.000 475 472DC 3.65

120.000 65.090 53.975 231.000 475 472D 3.65

55.562 107.950 65.090 53.975 219.000 466-S 452DC 2.52

107.950 65.090 53.975 219.000 466-S 452D 2.56

55.575 100.000 49.200 39.675 147.000 389 384ED 1.49

57.150 92.075 42.070 34.130 101.000 L507949 L507914D 1.08

100.000 49.200 39.675 147.000 387 384ED 1.44

100.000 49.200 39.675 147.000 387A 384EDC 1.43

100.000 49.200 39.675 147.000 387A 384ED 1.43

100.000 49.200 39.675 147.000 387AS 384ED 1.41

100.000 49.200 39.675 147.000 387-S 384ED 1.45

100.000 52.388 42.862 147.000 387 384D 1.54

100.000 52.388 42.862 147.000 387A 384D 1.53

100.000 52.388 42.862 147.000 387AS 384D 1.51

100.000 52.388 42.862 147.000 387-S 384DC 1.55

100.000 52.388 42.862 147.000 387-S 384D 1.55

100.000 105.131 95.606 147.000 387A 384XD 2.9

107.950 65.090 53.975 219.000 462 452DC 2.51

107.950 65.090 53.975 219.000 462 452D 2.51

107.950 65.090 53.975 219.000 469 452D 2.5

110.000 52.388 46.038 159.000 390 394D 2.12

114.287 58.738 46.038 178.000 29665 29622D 2.71

117.475 73.025 53.975 240.000 66225 66462D 3.34

123.825 77.785 55.562 291.000 72225C 72488D 4.15

123.825 79.375 63.500 307.000 555-S 552D 4.47

136.525 95.250 76.200 376.000 635 632D 6.77

139.700 77.788 51.803 276.000 78225 78549D 5.41

57.531 100.000 49.200 39.675 147.000 388A 384ED 1.46

100.000 52.388 42.862 147.000 388A 384D 1.51

59.972 129.982 69.850 47.625 249.000 66589 66522D 3.94

59.977 100.000 55.560 44.450 171.000 28980 289210D 1.66

59.987 123.825 79.375 63.500 307.000 558-S 552D 4.31

60.000 110.000 52.388 46.038 159.000 397 394DC 2.01

110.000 52.388 46.038 159.000 397 394D 2.01

234
 Taper Roller Bearing(Inch)
Taper Roller bearings

d60.000 - 66.675mm
TRB TDO - Double Outer Race

Load Ratings,
Dimensions, mm Part Number Weight
kN

Dynamic
d D T B Inner Outer Kg
C

60.000 120.000 65.090 53.975 231.000 476 472D 3.42

129.982 69.850 47.625 249.000 66585 66522D 3.92

60.325 100.000 55.560 44.450 171.000 28985 28921DC 1.65

100.000 55.560 44.450 171.000 28985 28921D 1.65

123.825 79.375 63.500 307.000 558 552DC 4.31

123.825 79.375 63.500 307.000 558 552D 4.31

123.825 79.375 63.500 307.000 558A 552D 4.29

136.525 95.250 76.200 376.000 637 632D 6.55

61.912 110.000 52.388 46.038 159.000 392 394D 1.97

123.825 79.975 63.500 307.000 554 552D 4.17

61.976 100.000 53.975 44.450 171.000 28990 28921D 1.58

62.738 100.000 55.560 44.450 171.000 28995 28921DC 1.55

100.000 55.560 44.450 171.000 28995 28921D 1.55

63.500 94.458 42.860 34.925 108.000 L610549 L610510D 0.97

110.000 52.388 46.038 159.000 390A 394DC 1.9

110.000 52.388 46.038 159.000 390A 394D 1.9

110.000 52.388 46.038 159.000 395 394DC 1.88

110.000 52.388 46.038 159.000 395 394D 1.88

112.712 55.562 42.862 178.000 79586 29526D 2.19

117.475 66.675 53.975 223.000 33251 33462D 3.18

120.000 65.090 53.975 231.000 477 472D 3.28

120.000 65.090 53.975 231.000 483 472DC 3.26

120.000 65.090 53.975 231.000 483 472D 3.26

123.825 79.375 63.500 307.000 559 552DC 4.25

123.825 79.375 63.500 307.000 559 552D 4.25

127.000 80.962 65.088 317.000 565 563D 4.53

136.525 95.250 76.200 376.000 639 632D 6.31

139.700 77.788 51.803 276.000 78250 78549D 5.1

155.575 101.600 85.725 512.000 745-S 742D 9.86

64.960 152.400 95.250 76.200 398.000 656 654DC 8.33

155.575 101.600 85.725 512.000 747-S 742D 9.72

64.963 127.000 80.962 65.088 317.000 569 563D 4.44

64.987 139.700 77.788 51.803 276.000 78255X 78549D 4.99

65.000 120.000 65.090 53.975 231.000 478 472D 3.18

66.675 110.000 52.388 46.038 159.000 395A 394D 1.76

110.000 52.388 46.038 159.000 395-S 394DC 1.76

110.000 52.388 46.038 159.000 395-S 394D 1.76

235
 Taper Roller Bearing(Inch)
Taper Roller bearings

d66.675 - 71.438mm
TRB TDO - Double Outer Race

Load Ratings,
Dimensions, mm Part Number Weight
kN

Dynamic
d D T B Inner Outer Kg
C

66.675 117.475 66.675 53.975 223.000 33262 33462D 2.96

120.000 65.090 53.975 231.000 479 472D 3.1

123.825 79.375 63.500 307.000 560 552DC 3.9

123.825 79.375 63.500 307.000 560 552D 3.9

136.525 95.250 76.200 376.000 641 632D 6.08

68.262 110.000 52.388 46.038 159.000 399A 394D 1.69

110.000 52.388 46.038 159.000 399AS 394DC 1.65

110.000 52.388 46.038 159.000 399AS 394D 1.65

120.000 65.090 53.975 231.000 480 472D 3

123.825 79.375 63.500 307.000 560-S 5520DC 3.79

123.825 79.375 63.500 307.000 560-S 552D 3.79

127.000 80.962 65.088 317.000 570 563D 4.23

136.525 95.260 76.200 376.000 642 632D 5.93

161.925 105.562 70.637 480.000 9278 9220D 9.41

69.850 114.287 58.738 46.038 178.000 29675 29622DC 2.25

114.287 58.738 46.038 178.000 29675 29622D 2.25

117.475 66.675 53.975 223.000 33275 33462DC 2.8

117.475 66.675 53.975 223.000 33275 33462D 2.8

120.000 65.090 53.975 231.000 482 472D 2.92

120.000 71.438 58.738 288.000 47487 47420D 3.12

127.000 80.962 65.088 317.000 566 563D 4.16

136.525 95.250 76.200 376.000 643 632D 5.82

152.400 95.250 76.200 393.000 655 654D 8.08

155.575 101.600 85.725 512.000 744A 742D 9.31

155.575 101.600 85.725 512.000 745A 742D 9.15

171.450 125.412 100.012 659.000 835 834D 14.37

69.914 177.800 109.538 74.612 494.000 9382 9320D 12.79

69.952 121.442 52.390 38.100 165.000 34274 34478D 2.26

70.000 120.000 65.090 53.975 231.000 484 472DC 2.92

120.000 65.090 53.975 231.000 484 472D 2.92

70.637 114.287 58.738 46.038 178.000 29680 29622DC 2.2

114.287 58.738 46.038 178.000 29680 29622D 2.2

71.438 117.475 66.675 53.975 223.000 33281 33462D 2.72

120.000 71.438 58.738 288.000 47490 47420D 3.02

127.000 80.962 65.088 317.000 567A 563D 4.02

127.000 80.962 65.088 317.000 567-S 563D 3.97

136.525 69.850 53.975 249.000 495-S 493D 4.4

236
 Taper Roller Bearing(Inch)
Taper Roller bearings

d71.438 - 77.788mm
TRB TDO - Double Outer Race

Load Ratings,
Dimensions, mm Part Number Weight
kN

Dynamic
d D T B Inner Outer Kg
C

71.438 136.525 95.250 76.200 376.000 644 632D 5.72

136.525 95.250 76.200 376.000 645 632D 5.65

73.025 114.287 58.738 46.038 178.000 29685 29622DC 2.09

114.287 58.738 46.038 178.000 29685 29622D 2.09

73.025 117.475 66.675 53.975 223 33287 33462D 2.62

120.000 79.908 67.285 223 33287 33472DC 3.32

127.000 80.962 65.088 317 567 563D 3.92

127.000 80.962 65.088 317 567X 563D 3.93

139.992 82.550 66.675 333 576 572D 5.47

152.400 95.250 76.200 398 657 654D 7.81

155.575 101.600 85.725 512 744 742D 9.05

73.817 114.287 58.738 46.038 178 29688 29622D 2.05

127.000 80.962 65.088 317 568 563D 3.89

74.612 139 992 82.550 66.675 333 577 572D 5.4

74.976 121.442 52.390 38.100 165 34294 34478D 2.03

76.200 109.538 42.860 34.925 112 L814749 L814710D 1.26

121.442 52.390 38.100 165 34300 34478D 1.98

121.442 52.390 38.100 165 34301 34478D 1.96

136.525 69.850 53.975 249 495A 493DC 4.07

136.525 69.850 53.975 249 495A 493D 4.07

139.992 82.550 66.675 333 575 572DC 5.27

139.992 82.550 66.675 333 575 572D 5.27

152.400 82.550 63.500 348 590A 592D 6.81

152.400 95.250 76.200 398 659 654DC 7.53

152.400 95.250 76.200 398 659 654D 7.53

155.575 101.600 85.725 512 748-S 742DC 8.75

155.575 101.600 85.725 512 748-S 742D 8.75

161.925 104.775 85.725 528 755 752D 10.1

161.925 105.562 70.637 480 9285 9220D 8.66

171.450 125.412 100.012 659 837 834D 13.52

171.450 125.412 100.012 659 843 834D 13.48

177.800 109.538 74.612 494 9380 9320D 12.15

76.200 177.800 115.888 74.612 494 9378 9320D 12.69

190.500 127.000 104.775 860 HH221430 HH221410D 18.92

77.788 121.442 52.390 38.100 165 34306 34478D 1.87

136.525 69.850 53.975 249 495AS 493DC 3.99

237
 Taper Roller Bearing(Inch)
Taper Roller bearings

d77.788 - 85.725mm
TRB TDO - Double Outer Race

Load Ratings,
Dimensions, mm Part Number Weight
kN

Dynamic
d D T B Inner Outer Kg
C

77.788 136.525 69.850 53.975 249 495AS 493D 3.99

79.375 152.400 82.550 63.500 348 595A 592D 6.54

152.400 95.250 76.200 398 661 654D 7.07

152.400 95.250 76.200 398 661 654DC 7.24

155.575 101.600 85.725 512 750 742D 8.33

79.985 139.992 82.550 66.675 333 578 572D 4.96

152.400 82.550 63.500 348 590 592D 6.53

80.000 155.575 101.600 85.725 512 748 742D 8.36

200.025 115.888 80.216 655 98316 98789D 17.29

80 962 136.525 69.850 53.975 249 496 493D 3.76

139.992 82.550 66.675 333 581 572D 4.88

152.400 88.900 76.200 398 662 654D 6.77

155.575 101.600 85.725 512 740 742D 8.16

82.550 115.888 47.625 39.690 145 L116149 L116110DC 1.43

115.888 47.625 39.690 145 L116149 L116110D 1.43

136.525 69.850 53.975 249 495 493DC 3.65

136.525 69.850 53.975 249 495 493D 3.65

139.992 82.550 66.675 333 580 572D 4.76

139.992 82.550 66.675 333 582 572D 4.68

152.400 82.550 63.500 348 595 592DC 6.42

152.400 82.550 63.500 348 595 592D 6.42

152.400 95.250 76.200 398 663 654D 6.94

155.575 101.600 85.725 512 749A 742D 8.12

161.925 104.775 85.725 528 757 752D 9.43

171.450 125.412 100.012 659 842 834D 12.90

83.345 125.412 55.560 44.450 189 27690 27620DA 2.30

84.138 136.525 69.850 53.975 249 498 493D 3.53

152.400 95.250 76.200 398 664 654D 6.80

177.800 109.538 74.612 494 9386H 9320D 11.28

85.000 200.025 115.888 80.216 655 98335 98789D 16.86

85.026 155.575 101.600 85.725 512 749 742DC 7.90

155.575 101.600 85.725 512 749 742D 7.90

85.725 136.525 69.850 53.975 249 497 493DC 3.43

136.525 69.850 53.975 249 497 493D 3.43

152.400 82 550 63.500 348 596 592DC 6.10

152.400 82.550 63.500 348 596 592D 6.10

152.400 95.250 76.200 398 665 654D 6.68

238
 Taper Roller Bearing(Inch)
Taper Roller bearings

d85.725 - 93.662mm
TRB TDO - Double Outer Race

Load Ratings,
Dimensions, mm Part Number Weight
kN

Dynamic
d D T B Inner Outer Kg
C

85.725 161.925 104.775 85.725 528 758 752D 9.06

168.275 92.075 69.850 427 677 672D 9.18

171.450 125.412 100.012 659 841 834D 12.58

87.312 123.825 50.797 42.862 149 L217847 L217810D 1.78

152.400 82.550 63.500 348 596-S 592D 5.99

190.500 127.000 104.775 860 HH221432 HH221410DC 17.58

190.500 127.000 104.775 860 HH221432 HH221410D 17.58

87.960 149.225 66.672 52.388 263 42346 42587D 4.57

88.900 123.825 50.797 42.862 149 L217849 L217810DC 1.69

123.825 50.797 42.862 149 L217849 L217810D 1.69

149.225 66.672 52.388 263 42350 42587D 4.50

152.400 82.550 63.500 348 593 592DC 5.84

152.400 82.550 63.500 348 593 592D 5.84

152.400 82.550 63.500 348 593A 592D 5.78

161.925 104.775 85.725 528 759 752D 8.71

161.925 104.775 85.725 528 766 752D 8.52

168.275 92.075 69.850 427 679 672DC 8.86

168.275 92.075 69.850 427 679 672D 8.86

171.450 125.412 100.012 659 850 834D 12.21

180.975 104.775 85.725 558 775 774D 12.13

190.500 127.000 104.775 860 HH221434 HH221410D 17.36

200.025 115.888 80.216 655 98350 98789D 16.33

89.891 171.450 125.412 100.012 659 850A 834D 12.08

89.916 189.967 85.852 54.102 462 HM921343 HM921310D 10.44

89.980 161.900 69.850 44.450 327 M919048 M919010D 5.40

90.488 161.925 104.775 85.725 528 760 752D 8.56

92.075 149.225 66.672 52.388 263 42362 42587DC 4.28

149.225 66.672 52.388 263 42362 42587D 4.28

152.400 82.550 63.500 348 598 592DC 5.55

152.400 82.550 63.500 348 598 592D 5.55

152.400 82.550 63.500 348 598X 592DC 5.54

92.075 152.400 82.550 63.500 348 598X 592D 5.54

168.275 92.075 69.850 427 681 672D 8.53

180.975 104.775 85.725 558 778 774D 11.73

93.662 149.225 66.672 52.388 263 42368 42587D 4.17

152.400 82.550 63.500 348 597 592D 5.41

239
 Taper Roller Bearing(Inch)
Taper Roller bearings

d95.250 - 101.600mm
TRB TDO - Double Outer Race

Load Ratings,
Dimensions, mm Part Number Weight
kN

Dynamic
d D T B Inner Outer Kg
C

95.250 130.175 47.622 39.688 154 L319249 L319210D 1.75

136.525 68.260 57.150 225 LM119348 LM119311D 2.98

149.225 66.672 52.388 263 42375 42587D 4.05

149.225 66.672 52.388 263 42376 42587DC 3.94

149.225 66.672 52.388 263 42376 42587D 4.02

152.400 82.550 63.500 348 594 592DC 5.26

152.400 82.550 63.500 348 594 592D 5.26

152.400 82.550 63.500 348 594A 592D 5.23

161.925 82.547 61.912 360 52375 52637D 6.50

168.275 92.075 69.850 427 683 672DC 8.19

168.275 92.075 69.850 427 683 672D 8.19

180.975 104.775 85.725 558 776 774D 11.37

180.975 104.775 85.725 558 777 774D 10.97

190.500 127.000 104.775 860 HH221440 HH221410D 16.44

96.838 149.225 66.672 52.388 263 42381 42587DC 3.91

149.225 66.672 52.388 263 42381 42587D 3.91

98.425 161.925 82.547 61.912 360 52387 52637D 6.18

168.275 92.075 69.850 427 685 672DC 7.90

168.275 92.075 69.850 427 685 672D 7.90

180.000 104.775 85.725 558 779 773D 10.86

180.975 104.775 85.725 558 779 774D 10.98

190.500 127.000 104.775 860 HH221442 HH221410D 16.09

212.725 142.875 117.475 1100 HH224332 HH224310CD 23.31

99.975 212.725 142.875 117.475 1100 HH224334 HH224310CD 23.13

99.980 196.850 103.378 74.422 608 HM821547 HM821511D 12.48

99.982 190.500 127.000 104.775 860 HH221447 HH221410D 15.77

100.000 180.000 104.775 85.725 558 783 773D 10.68

180.975 104.775 85.725 553 783 774D 10.78

190.500 127.000 101.600 738 863X 854DC 15.05

200.025 115.888 80.216 655 98394X 98789D 14.94

100.012 161.925 82.547 61.912 360 52393 52637D 6.02

101.600 146.050 49.210 38.895 219 LM520349 LM520310D 2.43

146.050 49.212 39.688 155 L521945 L521910D 2.54

161.925 82.547 61.912 360 52400 52637DC 5.89

161.925 82.547 61.912 360 52400 52637D 5.89

161.925 82.547 61.912 360 52401 52637D 5.89

168.275 92.075 69.850 427 687 672DC 7.64

240
 Taper Roller Bearing(Inch)
Taper Roller bearings

d101.600 - 110.000mm
TRB TDO - Double Outer Race

Load Ratings,
Dimensions, mm Part Number Weight
kN

Dynamic
d D T B Inner Outer Kg
C

101.600 168.275 92.075 69.850 427 687 672D 7.64

180.000 104.775 85.725 558 780 773DC 10.69

180.000 104.775 85.725 558 780 773D 10.69

180.975 104.775 85.725 558 780 774D 10.63

190.500 127.000 101.600 738 861 854DC 14.75

190.500 127.000 104.775 860 HH221449 HH221410DC 15.47

190.500 127.000 104.775 860 HH221449 HH221410D 15.47

200.025 115.888 80.216 655 98400 98789DC 14.67

200.025 115.888 80.216 655 98400 98789D 14.67

212.725 142.875 117.475 922 941 932CD 22.54

212.725 142.875 117.475 1100 HH224335 HH224310CD 22.75

214.312 115.888 84.138 758 H924033 H924010D 19.23

104.775 180.000 104.775 85.725 558 782 773D 10.26

180.000 104.775 85.725 558 786 773D 10.02

180.000 104.775 85.725 558 787 773D 10.16

180.975 104.775 85.725 558 782 774DC 10.51

180.975 104.775 85.725 558 782 774D 10.20

180.975 104.775 85.725 558 786 774DC 10.44

190.500 106.362 80.962 586 71412 71751D 12.40

106.362 165.100 82.550 63.500 365 56418 56650D 5.95

107.950 146.050 49.212 39.688 155 L521949 L521910DC 2.20

146.050 49.212 39.688 155 L521949 L521910D 2.20

158.750 53.978 39.688 186 37425 37626D 3.21

159.987 74.612 58.738 310 LM522546 LM522510D 5.07

165.100 82.550 63.500 365 56425 56650D 5.80

190.500 106.362 80.962 586 71425 71751DC 11.87

190.500 106.362 80.962 586 71425 71751D 11.87

212.725 142.875 117.475 922 936 932CD 21.49

212.725 142.875 117.475 1100 HH224340 HH224310CD 21.55

109.538 158.750 53.978 39.688 186 37431 37626DC 3.13

158.750 53.978 39.688 186 37431 37626D 3.13

109.952 190.500 106.362 80.962 586 71432 71751D 12.02

110.000 214.312 115.888 84.138 758 H924043 H924010D 17.81

109.987 159.987 74.612 58.738 316 LM522548 LM522510D 4.72

159.987 74.612 58.738 316 LM522549 LM522510D 4.87

109.992 177.800 92.075 69.850 443 64433 64700DC 8.31

110.000 212.725 142.875 117.475 922 942 932CD 21.09

241
 Taper Roller Bearing(Inch)
Taper Roller bearings

d111.125 - 127.000mm
TRB TDO - Double Outer Race

Load Ratings,
Dimensions, mm Part Number Weight
kN

Dynamic
d D T B Inner Outer Kg
C

111.125 190.500 106.362 80.962 586 71437 71751D 11.50

214.312 115.888 84.138 758 H924045 H924010D 17.78

241.300 158.750 107.950 1080 HH924349 HH924310D 30.71

114.300 152.400 47.625 38.100 161 L623149 L623110D 2.16

177.800 92.075 69.850 443 64450 64700D 7.82

177.800 92.075 69.850 443 64450 64700D 7.81

190.500 106.362 80.962 586 71450 71751DC 11.08

190.500 106.362 80.962 586 71450 71751D 11.08

212.725 142.875 117.475 922 938 932CD 20.24

212.725 142.875 117.475 1100 HH224346 HH224310CD 20.38

228.600 115.888 84.138 798 HM926740 HM926710D 20.75

114.975 177.800 92.075 69.850 443 64452A 64700D 7.54

212.725 142.875 117.475 1100 HH224349 HH224310CD 20.26

115.087 190.500 106.362 80.962 586 71453 71751D 10.91

119.062 194.873 125.255 131.351 662 HM124646 HM124616XD 14.54

195.262 136.779 142.875 662 HM124646 HM124618XD 15.17

119.957 194.873 125.255 131.351 662 HM124649 HM124616XD 14.14

195.262 136.779 142.875 662 HM124649 HM124618XD 15.00

119.964 215.900 106.362 80.962 616 74472 74851CD 15.93

119.975 174.625 77.788 61.912 394 M224748 M224710DC 5.72

174.625 77.788 61.912 394 M224748 M224710D 5.72

120.650 161.925 63.500 53.975 170 L624549 L624514D 3.22

169.975 58.738 49.212 230 L225842 L225812D 3.92

174.625 77.788 61.912 394 M224749 M224710D 5.64

182.562 85.728 73.025 432 48282 48220DC 7.88

182.562 85.728 73.025 432 48282 48220D 7.88

206.375 107.950 82.550 610 795 792CD 13.68

234.950 142.875 114.300 1010 95475 95927CD 26.72

123.825 182.562 85.728 73.025 432 48286 48220DC 7.59

182.562 85.728 73.025 432 48286 48220D 7.59

124.943 234.950 142.875 114.300 1010 95491 95927CD 25.64

125.298 228.600 115.888 84.138 798 HM926745 HM926710D 18.84

126.987 207.962 146.304 152.400 717 HM1247440 HM127415XD 17.67

127.000 169.975 58.738 49.212 230 L225849 L225812D 3.46

182.562 85.728 73.025 432 48290 48220DC 7.12

182.562 85.728 73.025 432 48290 48220D 7.12

196.850 101.600 85.725 593 67388 67322DC 10.65

242
 Taper Roller Bearing(Inch)
Taper Roller bearings

d127.000 - 139.700mm
TRB TDO - Double Outer Race

Load Ratings,
Dimensions, mm Part Number Weight
kN

Dynamic
d D T B Inner Outer Kg
C

127.000 196.850 101.600 85.725 593 67388 67322D 10.65

200.025 101.600 85.725 593 67388 67325D 11.72

215.900 106.362 80.962 616 74500 74851CD 14.89

228.600 115.888 84.138 606 97500 97901D 17.45

228.600 115.888 84.138 798 HM926747 HM926710DC 18.59

228.600 115.888 84.138 798 HM926747 HM926710D 18.59

234.950 142.875 114.300 1010 95900 95927CD 25.49

127.792 228.600 115.888 84.138 798 HM926749 HM926710D 18.47

128.588 206.375 107.950 82.550 610 799 792CD 12.42

129.967 229.873 150.002 160.000 816 H127747 H127715D 26.62

229.873 150.043 160.000 914 H127746 H127715AD 26.51

229.873 150.043 160.000 816 H127747 H127715AD 26.02

129.975 234.950 142.875 114.300 1010 95512 95927CD 24.71

130.000 206.375 107.950 82.550 610 797 792CD 12.12

130.175 196.850 101.600 85.725 593 67389 67322DC 10.16

196.850 101.600 85.725 593 67389 67322D 10.16

200.025 101.600 85 725 593 67389 67325D 11.23

206.375 107.950 82.550 610 799A 792CD 12.15

131.750 207.962 146.304 152.400 717 HM127446 HM127415XD 16.80

133.350 177.008 57.150 47.625 237 L327249 L327210D 3.66

190.500 85.725 73.025 456 48385 48320DC 7.46

190.500 85.725 73.025 456 48385 48320D 7.46

196.850 101.600 85.725 593 67390 67322DC 9.66

196.850 101.600 85.725 593 67390 67322D 9.66

196.850 101.600 85.725 593 67391 67322D 9.63

200.025 101.600 85 725 593 67390 67325D 10.72

215.900 106.362 80.962 616 74525 74851CD 13.91

234.950 142.875 114.300 1010 95525 95927CD 23.61

234.950 142.875 114.300 1010 95528 955927CD 23.85

136.525 190.500 85.725 73.025 456 48393 48320DC 7.01

190.500 85.725 73.025 456 48393 48320D 7.01

215.900 106.362 80.962 616 74537 74851CD 13.28

228.600 123.825 98.425 839 896 892CD 18.81

254.000 149.225 111.125 1060 99537 99102CD 30.70

254.000 152.400 114.300 1060 99537 99101D 32.18

139.700 215.900 106.362 80.962 616 74550 74851CD 12.81

215.900 106.362 80.962 616 74550A 74851CD 12.79

243
 Taper Roller Bearing(Inch)
Taper Roller bearings

d139.700 - 152.400mm
TRB TDO - Double Outer Race

Load Ratings,
Dimensions, mm Part Number Weight
kN

Dynamic
d D T B Inner Outer Kg
C

139.700 222.250 75.700 53.975 398 73551 73876CD 9.36

228.600 123.825 98.425 839 898 892CD 18.09

228.600 123.825 98.425 839 898A 892CD 17.99

236.538 131.762 106.362 962 HM231132 HM231111CD 21.68

241.300 131.762 106.362 962 HM231132 HM231116D 22.53

254.000 149.225 111.125 1060 99550 99102CD 30.10

254.000 152.400 114.300 1060 99550 99101D 31.24

307.975 200.025 155.575 1970 HH234031 HH234011CD 65.45

307.975 200.025 155.575 1970 HH234032 HH234011CD 62.85

142.875 193.675 65.085 53.975 317 36686 36620D 5.27

200.025 87.315 73.025 462 48684 48620D 7.76

200.025 87.315 73.025 462 48685 48620DC 7.94

200.025 87.315 73.025 462 48685 48620D 7.94

222.250 75.700 53.975 398 73562 73876CD 8.95

241.300 131.762 106.362 962 HM231136 HM231116D 22.53

144.450 220.662 155.839 163.510 751 HM129848 HM129814XD 19.07

146.050 193.675 65.085 53.975 317 36690 36620DC 4.94

193.675 65.085 53.975 317 36690 36620D 4.93

236.538 131.762 106.362 962 HM231140 HM231111CD 20.26

241.300 131.762 106.362 830 82576 82963CD 21.82

241.300 131.762 106.362 962 HM231140 HM2311116D 21.83

244.475 107.950 79.375 648 81575 81963CD 17.51

254.000 149.225 111.125 1060 99575 99102CD 28.51

254.000 152.400 114.300 1060 99575 99101D 29.64

268.288 160.338 125.412 1260 EE107057 107105CD 36.36

304.800 135.733 97.633 1250 EE750576 751204D 38.56

149.225 236.538 131.762 106.362 962 HM231148 HM231111CD 19.50

236.538 131.762 106.362 962 HM231149 HM231111CD 19.61

241.300 131.762 106.362 962 HM231149 HM231116D 21.17

254.000 149.225 111.125 1060 99587 99102CD 27.83

254.000 152.400 114.300 1060 99587 99101D 28.18

149.967 249.872 153.764 160.000 1020 HM133436 HM133413XD 30.05

150.000 244.475 107.950 79.375 648 81590 81963CD 16.87

150.812 244.475 107.950 79.375 648 81593 81963CD 16.69

152.400 203.200 92.075 79.375 457 LM330448 LM330410D 7.60

244.475 107.950 79.375 648 81600 81963CD 16.88

254.000 149.225 111.125 1060 99600 99102CD 26.93

244
 Taper Roller Bearing(Inch)
Taper Roller bearings

d152.400 - 187.325mm
TRB TDO - Double Outer Race

Load Ratings,
Dimensions, mm Part Number Weight
kN

Dynamic
d D T B Inner Outer Kg
C

152.400 254.000 152.400 114.300 1060 99600 99101D 28.13

268.288 160.338 125.412 1260 EE107060 107105CD 34.63

307.975 200.025 146.050 1700 EE450601 451215CD 59.88

307.975 200.025 155.575 1970 HH234048 HH234011CD 60.93

307.975 200.025 155.575 1970 HH234049 HH234011CD 58.33

158.750 225.425 85.725 69.850 489 46780 46720CD 10.71

159.951 244.475 107.950 79.375 648 81629 81963CD 14.91

244.475 107.950 79.375 648 81630 81963CD 15.09

160.325 288.925 142.875 111.125 1330 HM237532 HM237510CD 36.92

165.087 276.225 181.023 185.725 1180 HM136940 HM136916XD 40.98

165.100 215.900 58.740 47.625 288 L433749 L433710D 5.11

225.425 85.725 69.850 489 46790 46720CD 9.69

247.650 103.188 84.138 653 67780 67720CD 17.18

288.925 142.875 111.125 1060 94649 94114CD 36.66

288.925 142.875 111.125 1330 HM237535 HM237510CD 35.86

288.925 142.875 111.125 1330 HM237536 HM237510CD 35.83

298.450 142.875 111.125 1060 94649 94118D 41.10

166.687 225.425 85.725 69.850 489 46792 46720CD 9.39

168.275 247.650 103.188 84.138 653 67782 67720CD 16.39

170.000 254.000 101.600 76.200 763 M235149 M235113CD 15.37

174.625 247.650 103.188 84.138 653 67786 67720CD 14.89

247.650 103.188 84.138 653 67787 67720CD 15.11

288.925 142.875 111.125 1060 94687 94114CD 34.02

288.925 142.875 111.125 1330 HM237542 HM237510CD 33.15

177.787 276.225 181.023 185.725 1180 HM136948 HM136916XD 36.99

177.800 227.012 66.672 52.388 337 36990 36920CD 6.14

177.800 247.650 103.188 84.138 653 67790 67720CD 14.41

288.925 142.875 111.125 1060 94700 94114CD 32.98

288.925 142.875 111.125 1330 HM237545 HM237510CD 32.16

298.450 142.875 111.125 1060 94700 94118D 36.71

320.675 185.738 138.112 1790 H239640 H239612CD 56.99

179.975 317.500 146.050 111.125 1180 93708 93127CD 47.28

184.150 266.700 103.188 84.138 671 67883 67820CD 18.17

187.325 266.700 103.188 84.138 671 67884 67820CD 17.45

269.875 119.062 93.663 884 M238849 M238810CD 20.36

282.575 107.950 79.375 692 87737 87112D 20.89

320.675 185.738 138.112 1790 H239649 H239612CD 52.92

245
 Taper Roller Bearing(Inch)
Taper Roller bearings

d190.500 - 225.425mm
TRB TDO - Double Outer Race

Load Ratings,
Dimensions, mm Part Number Weight
kN

Dynamic
d D T B Inner Outer Kg
C

190.500 266.700 103.188 84.138 671 67885 67820CD 16.69

282.575 107.950 79.375 692 87750 87112DC 20.68

282.575 107.950 79.375 692 87750 87112D 20.16

317.500 146.050 111.125 1180 93750 93127CD 43.76

368.300 193.675 136.525 1880 EE420751 421451CD 84.09

192.088 266.700 103.188 84.138 671 67887 67820CD 15.89

193.675 282.575 107.950 79.375 692 87762 87112DC 19.88

282.575 107.950 79.375 692 87762 87112D 19.36

196.850 254.000 61.910 47.625 340 L540049 L540010D 7.12

257.175 85.725 66.675 513 LM739749 LM739710CD 11.08

317.500 146.050 111.125 1180 93775 93127CD 41.54

200.025 292.100 125.415 101.600 1020 M241543 M241510CD 26.09

317.500 146.050 111.125 1180 93787 93127CD 40.58

384.175 238.125 193.675 2860 H247535 H247510CD 123.53

203.200 276.225 90.485 73.025 707 LM241149 LM241110D 14.52

282.575 101.600 82.550 684 67983 67920CD 18.66

292.100 109.538 84.138 914 M541349 M541310CD 21.43

203.200 292.100 125.415 101.600 1020 M241547 M241510CD 25.12

301.625 125.453 140.005 1020 M241547C M241513D 31.06

301.625 125.453 140.005 1020 M241547 M241513XD 31.73

317.500 127.000 88.900 901 EE132083 132126D 34.36

317.500 146.050 111.125 1180 93800 93127CD 39.58

368.300 193.675 136.525 1880 EE420801 421451CD 78.57

204.788 292.100 125.415 101.600 1020 M241549 M241510CD 24.60

206.375 282.575 101.600 82.550 684 67985 67920CD 17.87

317.500 127.000 83.900 901 EE132084 132126D 33.32

336.550 211.138 169.862 2180 H242649 H242610CD 68.90

209.550 282.575 101.600 82.550 684 67989 67920CD 17.21

317.500 146.050 111.125 1180 93825 93127CD 37.26

317.500 146.050 111.125 1180 93825A 93127CD 36.49

355.600 152.400 111.125 1220 96825 96140CD 57.19

212.725 285.750 98.425 76.200 693 LM42745 LM742710CD 16.55

215.900 285.750 98.425 76.200 646 LM742748 LM742710CD 15.50

285.750 98.425 76.200 693 LM742749 LM742710CD 15.74

406.400 195.262 147.638 2510 EE820085 820161CD 102.16

220.663 314.325 131.762 106.362 1190 M244249 M244210CD 31.22

225.425 400.050 187.325 136.525 1920 EE430888 431576CD 90.91

246
 Taper Roller Bearing(Inch)
Taper Roller bearings

d31.750 - 136.525mm
TRB TDI - Double Inner Race

Dimensions, Load Ratings Part Number Bearing

mm kN Weight
kg

d D T B Dynamic(1) Inner Outer

C1

31.750 69.012 39.705 39.182 951 14126D 14276 0.71

42.862 80.962 34.925 31.750 885 13169D 13318 0.77

44.450 80.962 34.925 31.750 885 13176D 13318 0.74

46.037 80.962 34.925 31.750 885 13182D 13318 0.73

50.800 93.264 50.013 53.188 153 375D 374 1.40

50.800 96.838 53.188 53.188 153 375D 372A 1.61

55.562 96.838 51.298 53.188 158 389DE 382A 2.05

63.500 112.712 60.325 60.325 291 39585D 39520 2.59

63.500 136.525 66.091 65.989 298 78251D 78537 4.59

63.500 140.030 66.090 65.989 298 78251D 78551 4.83

64.987 136.525 66.091 65.989 298 78255D 78537 4.55

64.987 140.030 66.091 65.989 298 78255D 78551 4.91

80.962 133.350 60.325 59.538 269 496D 492A 3.25

80.962 136.525 60.325 59.538 269 496D 493 3.53

80.962 139.992 80.962 80.134 360 581D 572 5.31

85.725 123.825 41.278 44.450 161 L217845D L217810 1.74

85.725 127.000 41.278 44.450 161 L217845D L217813 1.93

88.900 161.925 101.549 107.950 570 767D 752 8.77

92.075 148.430 57.150 57.942 284 42362D 42584 3.87

95.250 136.525 57.150 57.150 243 LM119348D LM119311 2.68

98.425 180.975 101.600 102.362 603 779D 772 11.33

101.600 157.162 80.167 79.375 389 52400D 52618 5.29

101.600 161.925 86.518 79.375 389 52400D 52638 6.28

104.775 180.975 101.600 102.362 603 782D 772 10.68

107.950 212.725 142.875 152.400 996 946D 932 22.94

114.300 190.500 98.425 101.600 633 71450D 71750 11.01

114.300 212.725 142.875 152.400 1180 HH224346DD HH224310 22.01

120.650 174.625 66.678 68.262 426 M224749D M224710 5.82

127.000 196.850 92.075 92.075 640 67388D 67322 10.66

127.000 228.600 160.338 151.244 655 97500D 97900 24.49

127.000 234.950 139.700 152.400 1090 95499D 95925 25.95

130.005 215.900 123.825 123.825 665 74510D 74850 17.45

130.175 215.900 101.600 101.600 665 74512D 74850 14.97

133.350 196.850 92.075 92.075 640 67390D 67322 9.73

136.525 225.425 120.650 120.650 1130 H228649D H228610 19.97

247
 Taper Roller Bearing(Inch)
Taper Roller bearings

d139.700 - 228.600mm
TRB TDI - Double Inner Race

Dimensions, Load Ratings Part Number Bearing

mm kN Weight
kg

d D T B Dynamic(1) Inner Outer

C1

139.700 200.025 77.788 75.408 499 48680D 48620 8.13

149.225 236.538 106.362 105.346 897 82587D 82931 17.47

149.225 241.300 106.362 105.346 897 82587D 82950 19.08

149.225 254.000 120.650 120.650 1150 99587D 99100 25.95

152.400 244.475 87.312 92.075 699 81601D 81962 14.96

155.575 247.650 122.238 122.238 1100 H432549D H432510 23.18

165.100 225.425 79.375 76.200 528 46790D 46720 9.45

174.625 288.925 123.825 123.825 1430 HM237542D HM237510 31.85

177.800 247.650 90.488 90.488 705 67790D 67720 13.30

177.800 279.400 112.710 112.712 930 82680D 82620 25.80

177.800 288.925 123.825 123.825 1150 94706D 94113 32.59

177.800 288.925 123.825 123.825 1430 HM237546D HM237510 31.80

177.800 304.800 109.438 114.300 1050 EE280700D 281200 31.90

187.325 319.964 168.275 161.925 1830 H239649D H239610 52.73

187.325 320.675 168.275 161.925 1830 H239649D H239612 53.29

190.500 317.500 133.350 133.350 1270 93751D 93125 41.89

190.500 368.300 158.750 152.400 1920 EE420750D 421450 76.87

199.975 317.500 133.350 133.350 1270 93788D 93125 40.08

203.200 317.500 123.825 123.825 1270 93800D 93125 42.54

203.200 317.500 133.350 133.350 1270 93801D 93125 37.25

203.200 317.500 142.875 133.350 1270 93801D 93126 38.99

203.200 365.049 158.750 152.400 1920 EE420800D 421437 70.53

203.275 368.300 158.750 152.400 1920 EE420804D 421450 71.12

206.375 282.575 87.313 87.312 738 67985D 67920 16.43

206.375 336.550 180.975 184.150 2360 H242649D H242610 65.06

215.900 285.750 85.725 85.725 748 LM742749D LM742710 15.15

215.900 288.925 85.725 85.725 748 LM742749D LM742714 15.88

215.900 355.600 120.650 120.650 1390 EE130850D 131400 46.68

215.900 355.600 127.000 130.175 1320 96851D 96140 51.05

219.075 358.775 196.850 200.025 2520 H244849D H244810 81.11

220.662 314.325 115.888 115.888 1210 M244249D M244210 29.07

225.425 355.600 120.650 120.650 1390 EE130887D 131400 43.70

225.425 355.600 165.100 165.100 1390 EE130888D 131400 52.19

228.600 355.600 120.650 120.650 1390 EE130900D 131400 43.45

228.600 355.600 165.100 165.100 1390 EE130903D 131400 50.40

248
 Taper Roller Bearing(Inch)
Taper Roller bearings

d228.600 - 276.225mm
TRB TDI - Double Inner Race

Dimensions, Load Ratings Part Number Bearing

mm kN Weight
kg

d D T B Dynamic(1) Inner Outer

C1

228.600 400.050 158.750 161.925 1960 EE430901D 431575 81.54

228.600 425.450 177.800 165.100 2700 EE700090D 700167 106.49

228.600 431.800 158.749 158.750 2220 EE113090D 113170 102.14

234.950 327.025 93.662 93.662 918 8576D 8520 24.86

234.950 384.175 209.550 209.550 3090 H247549D H247510 98.04

241.225 355.498 107.950 107.950 1150 EE127094D 127138 36.78

241.300 419.100 177.800 174.625 2650 EE821096D 821165 101.84

241.478 349.148 107.950 107.950 1150 EE127097D 127135 33.77

241.478 355.498 107.950 107.950 1150 EE127097D 127138 35.08

241.478 355.600 107.950 107.950 1150 EE127097D 127140 35.12

244.475 327.025 92.075 92.075 987 LM247748D LM247710 21.53

247.650 406.400 215.900 219.075 3420 HH249949D HH249910 120.05

254.000 355.600 92.710 92.862 976 EE171000D 171400 27.99

254.000 358.775 130.175 130.175 1590 M249748D M249710 42.34

254.000 360.000 136.225 130.175 1590 M249748D JM249712 44.36

254.000 365.049 92.710 92.862 976 EE171000D 171436 30.85

254.000 368.300 92.710 92.862 976 EE171000D 171450 32.05

254.000 422.275 152.400 139.700 2610 HM252343D HM252310 81.05

254.000 431.724 145.258 139.700 2610 HM252343D HM252315 82.79

254.000 438.150 165.100 165.100 2470 EE738101D 738172 105.97

254.000 444.500 133.350 133.350 2050 EE822101D 822175 84.48

260.350 365.125 107.950 107.950 1180 EE134102D 134143 33.76

260.350 406.400 155.575 152.400 2040 EE324103D 324160 121.01

260.350 419.100 158.750 155.575 1960 EE435103D 435165 80.70

260.350 422.275 152.400 139.700 2610 HM252347D HM252310 76.62

260.350 431.724 145.258 139.700 2610 HM252347D HM252315 79.98

260.350 431.724 148.433 152.400 2610 HM252348D HM252315 81.35

260.350 444.500 196.850 196.850 2810 EE823103D 823175 119.46

266.700 355.600 107.950 109.538 1400 LM451349D LM451310 30.19

266.700 393.700 130.175 130.175 1540 EE275106D 275155 49.03

266.700 403.225 122.240 130.175 1540 EE275106D 275158 51.81

266.700 406.400 122.240 130.175 1540 EE275106D 275160 53.51

266.700 488.950 228.600 238.125 4220 EE295106D 295193 184.42

269.875 381.000 136.525 136.525 2000 M252349D M252310 49.93

276.225 381.000 95.250 88.900 806 89108D 89148 29.21

249
 Taper Roller Bearing(Inch)
Taper Roller bearings

d276.2250 - 317.500mm
TRB TDI - Double Inner Race

Dimensions, Load Ratings Part Number Bearing

mm kN Weight
kg

d D T B Dynamic(1) Inner Outer

C1

276.225 381.000 111.125 88.900 806 89108D 89150 32.47

276.225 393.700 130.175 130.175 1540 EE275109D 275155 49.79

276.225 403.225 122.240 130.175 1540 EE275109D 275158 51.43

279.400 457.200 244.475 244.475 4560 HH255149D HH255110 169.04

279.400 469.900 169.862 166.688 2810 EE722111D 722185 114.93

279.578 380.898 117.475 117.475 1260 LM654644D LM654610 40.56

279.578 381.000 95.250 88.900 806 89111D 89148 28.21

279.578 381.000 111.125 88.900 806 89111D 89150 31.47

280.000 409.981 206.375 206.375 1610 EE128114D 128161 83.02

288.925 406.400 144.462 144.462 2070 M255449D M255410 60.77

292.100 422.275 130.175 130.175 1890 EE330116D 330166 61.13

292.100 469.900 138.928 142.875 2630 EE921150D 921850 88.34

292.100 476.250 138.928 142.875 2630 EE921150D 921875 92.56

298.450 438.048 131.762 131.762 1880 EE329118D 329172 64.02

298.450 444.500 111.125 107.950 1540 EE291176D 291750 54.57

299.975 439.948 133.350 134.938 1560 EE129119D 129174 67.14

300.000 460.000 160.000 160.000 2920 NP741064 NP034947 104.21

300.038 422.275 150.812 150.812 2260 HM256849DA HM256810 67.50

300.038 422.275 150.812 150.812 2260 HM256849D HM256810 69.57

303.212 495.300 263.525 263.525 5000 HH258249D HH258210 213.93

304.648 438.048 131.762 131.762 1920 EE329117D 329172 64.30

304.648 438.048 133.350 134.938 1560 EE129121D 129172 60.89

304.648 438.048 138.112 128.588 1910 M757447D M757410 64.10

304.800 419.100 130.175 130.175 2080 M257149D M257110 52.61

304.800 444.500 111.125 107.950 1540 EE291200D 291750 52.03

304.800 444.500 111.125 107.950 1540 EE291200D 291749 55.22

304.800 495.300 171.450 165.100 2940 EE724121D 724195 125.31

304.800 501.650 161.925 161.925 3120 HM258949D HM258910 130.56

304.800 558.800 285.750 285.750 5390 EE790119D 790221 296.99

304.902 412.648 128.588 128.588 1940 M257248D M257210 50.79

304.902 438.048 196.850 212.725 1560 EE129124D 129172 87.48

305.000 438.048 133.350 134.938 1560 EE129123D 129172 60.71

305.000 559.867 170.434 169.977 2690 HM959649D HM959618 181.92

305.054 499.948 200.000 200.000 3360 HM858548D HM858511 152.93

250
 Single row taper roller bearings
Taper Roller bearings

TRB paired face-to-face

d25 - 90mm

Principal dimensions Basic load ratings Speed ratings

Dynamic Static Reference Limiting Mass

d D T Designation
C C0 speed speed

mm kN r/min kg

25 62 36.5 64.4 80 4200 7700 0.55 31305

30 72 41.5 93 100 3920 6650 0.85 31306

35 80 45.5 120 134 3500 5950 1.10 31307

40 90 50.5 146 163 3150 5250 1.50 31308

45 100 54.5 180 204 2800 4690 2.00 31309

50 90 43.5 150 183 3360 5250 1.10 30210

110 58.5 208 240 2520 4200 2.60 31310

55 90 54 180 270 3150 4900 1.35 33011

120 63 240 275 2380 3920 3.30 31311

60 95 35 163 245 3010 4690 1.90 32012

110 48 250 320 2800 4200 2.40 32212

130 67 285 335 2100 3710 4.10 31312

65 120 49.5 228 270 2520 3920 1.20 30213

140 72 325 380 1960 3360 5.05 31313

70 110 38 200 305 2660 3920 1.80 32014

110 51 220 400 2380 3920 2.40 33014

150 76 365 440 1820 3150 6.15 31314

75 115 62 233 455 2240 3710 2.40 33015

125 74 303 530 2100 3500 3.80 33115

130 54.5 238 355 2100 3500 2.85 30215

130 66.5 275 425 2100 3500 3.40 32215

160 80 405 490 1680 3010 7.25 31315

80 125 58 233 430 2100 3500 2.65 32016

140 70.5 319 490 1960 3150 4.25 32216

170 85 440 530 1680 2800 8.75 31316

85 130 58 238 450 1960 3360 2.80 32017

130 72 308 620 1960 3360 3.55 33017

150 61 303 440 1820 3010 4.30 30217

150 77 369 570 1820 3010 5.45 32217

150 98 495 850 1680 3010 7.35 33217

180 89 413 570 1400 2660 10.00 31317

90 140 64 292 540 1820 3010 3.65 32018

140 78 369 710 1820 3150 4.50 33018

160 65 336 490 1680 2800 5.15 30218

160 85 429 680 1680 2800 6.90 32218

190 93 457 630 1330 2380 11.50 31318

251
 Single row taper roller bearings
Taper Roller bearings

TRB paired face-to-face

d95 - 160mm

Principal dimensions Basic load ratings Speed ratings

Dynamic Static Reference Limiting Mass

d D T Designation
C C0 speed speed

mm kN r/min kg

95 145 78 380 735 1820 3010 5.00 33019

170 91 484 780 1540 2660 8.45 32219

200 99 501 710 1260 2380 13.0 31319

100 150 64 292 560 1680 2800 3.95 32020

180 74 418 640 1540 2520 7.60 30220

180 98 539 880 1540 2520 10.00 32220

215 103 693 980 1330 2240 16.50 30320

215 113 644 930 1190 2100 18.00 31320

105 160 70 347 670 1540 2660 5.00 32021

110 170 76 402 780 1540 2520 6.30 32022

180 112 627 1250 1400 2380 11.50 33122

200 82 523 800 1400 2380 10.50 30222

200 112 682 1140 1330 2240 14.50 32222

240 126 781 1160 1050 1960 26.00 31322

120 180 76 418 830 1400 2380 6.75 32024

180 96 495 1080 1400 2380 8.65 33024

215 87 583 915 1260 2100 13.00 30224

215 123 792 1400 1260 2100 18.50 32224

260 119 968 1400 1120 1820 29.50 30324

260 136 935 1400 980 1680 33.50 31324

130 180 64 341 735 1400 2520 4.95 32926

200 90 539 1080 1260 2100 10.0 32026

230 87.5 627 980 1190 1960 14.5 30226

230 135.5 952 1660 1120 1960 23.0 32226

280 144 1050 1560 910 1680 40.0 31326

140 210 90 561 1160 1190 1960 11.0 32028

250 91.5 721 1140 1050 1820 18.0 30228

250 143.5 1100 2000 1050 1820 29.5 32228

300 154 1190 1800 840 1540 52.5 31328

150 225 96 644 1320 1120 1820 13.5 32030

270 98 737 1120 980 1680 22.5 30230

270 154 1250 2280 980 1680 37.5 32230

320 164 1340 2040 770 1400 58.5 31330

160 240 102 737 1560 1050 1680 16.0 32032

290 104 913 1460 910 1540 27.5 30232

290 168 1510 2800 910 1540 48.0 32232

252
 Single row taper roller bearings
Taper Roller bearings

TRB paired face-to-face

d170 - 220mm

Principal dimensions Basic load ratings Speed ratings

Dynamic Static Reference Limiting Mass

d D T Designation
C C0 speed speed

mm kN r/min kg

170 230 76 484 1160 1050 1960 9.2 32934

260 114 880 1830 980 1540 22.0 32034

310 182 1720 3250 840 1400 59.0 32234

180 250 90 605 1460 980 1820 14.0 32936

280 128 1100 2320 910 1400 29.5 32036

320 114 1010 1630 840 1400 42.0 30236

320 182 1720 3250 770 1330 61.0 32236

190 260 90 616 1530 910 1680 14.5 32938

290 128 1120 2400 840 1400 30.5 32038

340 120 1230 2000 770 1260 50.0 30238

200 310 140 1280 2750 770 1330 39.0 32040

360 128 1340 2240 700 1190 52.0 30240

360 208 2090 4000 700 1190 88.0 32240

220 300 102 842 2000 770 1400 21.0 32944

340 152 1540 3350 700 1190 51.0 32044

253
 Single row taper roller bearings
Taper Roller bearings

TRB paired back-to-back

d40 - 220mm

Principal dimensions Basic load ratings Speed ratings

Dynamic Static Reference Limiting Mass

d D T Designation
C C0 speed speed

mm kN r/min kg

40 90 72 170 190 3710 5600 1.90 30308T72

75 130 70 238 355 2100 3500 3.25 30215T70

130 80 275 425 2100 3500 6.80 32215T80

80 140 78 319 490 1960 3150 4.45 32216T78

85 130 66 238 450 1960 3360 2.70 32017T66

130 70 308 620 1960 3360 3.50 33017T70

150 71 303 440 1820 3010 4.10 30217T71

90 190 103 457 630 1330 2380 12.50 31318T103

100 180 108 539 880 1540 2520 10.50 32220T108

180 140 539 880 1540 2520 12.50 32220T140

110 170 84 402 780 1540 2520 6.50 32022T84

120 180 84 418 830 1400 2380 7.00 32024T84

215 146 792 1400 1260 2100 21.00 32224T146

260 146 935 1400 980 1680 35.0 31324T146

130 230 97.5 627 980 1190 1960 15.00 30226T975

280 142 1080 1600 980 1680 36.50 30326T142

140 210 130 561 1160 1190 1960 12.70 32028T130

250 106 721 1140 1050 1820 19.50 30228T106

250 158 1100 2000 1050 1820 31.00 32228T158

150 270 168 1250 2280 980 1680 38.00 32230T168

270 248 1250 2280 980 1680 39.50 32230T248

320 179 1340 2040 770 1400 58.50 31330T179

160 290 179 1510 2800 910 1540 52.50 32232T179

170 260 162 880 1830 980 1540 30.50 32034T162

180 250 135 605 1460 980 1820 14.5 32936T135

280 150 1100 2320 910 1540 29.5 32036T150

280 150 1100 2320 910 1540 29.5 32036T150

320 196 1720 3250 770 1330 61.5 32236T196

190 260 102 616 1530 910 1680 15 32938T102

260 122 616 1530 910 1680 15.5 32938T122

290 146 1120 2400 840 1400 31.5 32038T146

290 146 1120 2400 840 1400 31.5 32038T146

290 183 1120 2400 840 1400 32.5 32038T183

200 310 154.5 1280 2750 770 1330 39.5 32040T154.5

220 340 165 1540 3550 700 1190 52 32044T165

340 165 1540 3550 700 1190 52 32044T165

254
 Single row taper roller bearings
Taper Roller bearings

TRB paired back-to-back

d220 - 260mm

Principal dimensions Basic load ratings Speed ratings

Dynamic Static Reference Limiting Mass

d D T Designation
C C0 speed speed

mm kN r/min kg

220 340 165 1540 3550 700 1190 52 32044T165

340 168 1540 3550 700 1190 52 32044T168

240 360 172 1570 3550 665 1120 56 32048T172

440 284 3300 6550 560 980 180 32248T284

260 400 189 1980 4400 595 980 80.5 32052T189

400 194 1980 4400 595 980 80.5 32052T194

255
256
Spherical
Roller Bearings

257
 Spherical Roller Bearing
Spherical Roller Bearing

SRB

Spherical Roller Bearing

Spherical Roller Bearings consist of two rows of roller with common sphere raceway in outer ring and two inner ring race
way inclined at an angle of bearing axis. Most spherical roller bearings has circumferential groove and three lubrication
holes in outer ring. These bearings carry high radial load, high axial load acting in both direction.

These bearings are made in cylindrical and taper bore. [K Bore] K Taper1:12 K30 = Taper 1:30 240XX and 241 XX Series
have a taper of 1:30, other series have a taper of 1:12
Sleeve : spherical roller bearings with tapered bore can be mounted on smooth or stepped shaft by using adapter sleeve &
withdrawal sleeve.

Misalignment
As these bearings are self aligning angular misalignment between inner and outer ring can be accommodate without any
effect on bearing performance. The permissible misalignment of spherical roller bearing varies depending on the size and
load but It Is Approximately 0.018 to 0.045 radian (1° to 2.5°) with normal load. The Limiting speed Is adjusted depending
on the bearing load Conditions. Also higher speeds are adjustable by making changes in the lubrication method. Cage
Design etc.

Series Available

For Single Row 202XX , 203XX

Spherical Roller Bearings have two rows and roller with a common sphered raceway In the outer ring and two Inner ring
raceway inclined at an angle to the bearing axis. They are self aligning and consequently insensitive to misalignment of the
shaft with respect to housing and to shaft bonding.

These bearings are designed for high radical load, also accommodate high axial loads acting in both directions. An oil
groove and holes are provided in the outer ring to supply lubricant, to use bearings with oil grooves and holes, it is essen-
tial to provide an oil groove in the housing bore, since the depth of the groove in the bearing is limited.

Another Feather in ZNL’s Research and Development Centers cap, by completely redesigning the Spherical Roller Bearings
with the help of advance computer aided design and unique methods of calculations. Tests are carried out on the ZNL test
rigs and in the field have confirmed the improved reliability and performance of the design.

ALL W33 Series bearings are manufactured with an oil groove and lubrication holes in the outer rings. Improved features
such as cage design, surface finish, stress distribution across the rollers and elimination of the rubbing surfaces lead to:
Doubling of expectancy and in some cases trebling for the same space envelope, due to the use of more reliable materials.

This allows smaller bearings to be used when machines are being redesigned. Doubling of static capacity allowing the
bearing to perform well In low speed applications under a very heavy load. Higher operating speeds that allow a wider
range of application. Better performance under shock loading and vibration is a valuable characteristic in difficult applica-
tions.

258
Spherical Roller Bearing

Spherical Roller Bearing

SRB

Radial Internal Clearance of Spherical Roller Bearings with Cylindrical Bore

259
 Spherical Roller Bearing
Spherical Roller Bearing

d20 - 85mm
SRB

Principal Dimension Basic Load Rating Speed Rating Mass Designation

Lubrication

Dynamic Static Grease Oil Tapered Bore Bearing With

d D B C C0 Cylindrical Bore
mm kN RPM Kg

20 52 15 30.5 30.5 8000 10000 0.16 21304CCKW33 21304CCW33

25 52 18 35.7 35.7 8500 11000 0.18 22205CCKW33 22205CCW33

62 17 41.4 41.5 6700 8500 0.25 21305CCKW33 21305CCW33

30 62 20 48.9 52 7500 9500 0.28 22205CCKW33 22205CCW33

72 19 55.2 61 6000 7500 0.38 21306CCKW33 21306CCW33

35 72 23 67.3 73.5 6300 8000 0.43 22205CCKW33 22205CCW33

80 21 65.6 72 5300 6700 0.51 21307CCKW33 21307CCW33

40 80 23 73.6 81.5 6000 7500 0.52 22208CCKW33 22208CCW33

90 23 82.8 98 4500 5600 0.71 21308CCKW33 21308CCW33

90 33 115 122 4500 5600 1.00 22308CCKW33 22308CCW33

45 85 23 77.1 88 5300 6700 0.56 22209CCKW33 22209CCW33

100 25 101 114 4300 5300 0.95 21308CCKW33 21308CCW33

100 36 134 170 4000 5200 1.55 22309CCKW33 22309CCW33

50 90 23 84.5 100 5000 6300 0.60 22210CCKW33 22210CCW33

110 27 120 140 3600 4800 1.20 21310CCKW33 21310CCW33

110 40 176 200 3400 4300 1.85 22310CCKW33 22310CCW33

55 100 25 99.5 118 4500 5600 0.82 22211CCKW33 22211CCW33

120 29 138 163 3400 4300 1.60 21311CCKW33 21311CCW33

120 43 199 232 3200 4000 2.35 22311CCKW33 22311CCW33

60 110 28 122 146 4000 5000 1.10 22212CCKW33 22212CCW33

130 31 161 200 3000 3800 1.95 21312CCKW33 21312CCW33

130 46 235 280 3000 3800 2.95 22312CCKW33 22312CCW33

65 120 31 148 183 3800 4800 1.45 22213CCKW33 22213CCW33

140 31 184 240 2800 3600 2.45 21313CCKW33 21313CCW33

140 48 253 300 2600 3400 3.55 22313CCKW33 22313CCW33

70 125 31 148 186 3600 4500 1.55 22214CCKW33 22214CCW33

150 35 207 260 2600 3400 3.00 21314CCKW33 21314CCW33

150 51 311 380 2400 3200 4.30 22314CCKW33 22314CCW33

75 130 31 158 208 3400 4300 1.65 22215CCKW33 22215CCW33

160 37 235 300 2400 3200 3.55 21315CCKW33 21315CCW33

160 55 345 430 2200 3000 5.25 22315CCKW33 22315CCW33

80 140 33 176 228 3200 4000 2.05 22216CCKW33 22216CCW33

170 39 258 335 2200 3000 4.20 21316CCKW33 21316CCW33

170 58 374 455 2000 2800 6.20 22316CCKW33 22316CCW33

85 150 36 210 270 3000 3800 2.55 22217CCKW33 22217CCW33

180 41 293 375 2000 2800 5.00 21317CCKW33 21317CCW33

180 60 420 520 1900 2600 7.25 22317CCKW33 22317CCW33

260
 Spherical Roller Bearing
Spherical Roller Bearing

d90 - 130mm
SRB

Principal Dimension Basic Load Rating Speed Rating Mass Designation

Lubrication

Dynamic Static Grease Oil Tapered Bore Bearing With

d D B C C0 Cylindrical Bore
mm kN RPM Kg

90 160 40 253 340 2600 3400 3.40 22218CCKE33 22218CCE33

160 52.4 311 440 1900 2600 4.60 23218CCKW33 23218CCW33

190 43 322 425 1900 2600 5.80 21318CCKW33 21318CCW33

190 64 477 610 1800 2400 8.60 22318CCKW33 22318CCW33

95 170 43 282 375 2400 3200 4.00 22219CCKE33 22219CCE33

200 45 351 480 1800 2400 7.15 21319CCKW33 21319CCW33

200 67 518 670 1800 2400 10.0 22319CCKW33 22319CCW33

100 165 52 322 490 2000 2800 4.40 23120CCKE33 23120CCE33

180 46 311 415 2200 3000 4.85 22220CCKW33 22220CCW33

180 60.3 414 600 1700 2200 6.70 23220CCKW33 23220CCW33

215 47 385 530 1700 2200 8.80 21320CCKW33 21320CCW33

215 73 610 800 1700 2200 13.0 22320CCKW33 22320CCW33

110 170 45 267 440 2200 3000 3.75 23022CCKE33 23022CCE33

180 56 374 585 1900 2600 5.55 23122CCKW33 23122CCW33

180 69 460 750 1600 2000 6.85 24122CCKW33 24122CCW33

200 53 408 560 2000 2800 7.00 22222CCKW33 22222CCW33

200 69.8 518 765 1600 2000 9.70 23222CCKW33 23222CCW33

240 50 460 630 1600 2000 12.0 21322CCKW33 21322CCW33

240 80 725 965 1600 2000 18.0 23222CCKW33 23222CCW33

120 180 46 355 510 2240 2800 4.20 23024 CCK/W33 23024 CC/W33

180 60 430 670 1400 2380 5.45 24024 CCK/W33 24024 CC/W33

200 62 510 695 1680 2380 8.00 23124 CCK/W33 23124 CC/W33

200 80 655 950 1330 1820 10.3 24124 CCK/W33 24124 CC/W33

215 58 630 765 1960 2660 8.70 22224 EK 22224 E

215 76 695 930 1400 1960 12.0 23224 CCK/W33 23224 CC/W33

260 86 965 1120 1400 1820 23.0 22324 CCK/W33 22324 CC/W33

130 200 52 430 610 1960 2520 6.00 23026 CCK/W33 23026 CC/W33

200 69 540 815 1330 2100 8.05 24026 CCK/W33 24026 CC/W33

210 64 560 780 1680 2240 8.80 23126 CCK/W33 23126 CC/W33

210 80 680 1000 1260 1680 11.0 24126 CCK/W33 24126 CC/W33

230 64 735 930 1820 1820 11.0 22226 EK 22226 E

230 80 780 1060 1330 1330 14.5 23226 CCK/W33 23226 CC/W33

280 93 1120 1320 1190 1190 29.0 22326 CCK/W33 22326 CC/W33

140 210 53 468 680 1820 2380 6.55 23028 CCK/W33 23028 CC/W33

210 69 570 900 1260 1960 8.55 24028 CCK30/W33 24028 CC/W33

225 68 630 900 1540 1960 10.5 23128 CCK/W33 23128 CC/W33

261
 Spherical Roller Bearing
Spherical Roller Bearing

d140 - 180mm
SRB

Principal Dimension Basic Load Rating Speed Rating Mass Designation

Lubrication

Dynamic Static Grease Oil Tapered Bore Bearing With

d D B C C0 Cylindrical Bore
mm kN RPM Kg

140 225 85 673 1160 1050 1680 13.5 24128 CCK30/W33 24128 CC/W33

250 68 710 900 1680 2240 14.0 22228 CCK/W33 22228 CC/W33

250 88 915 1250 1120 1680 19.0 23228 CCK30/W33 22328 CC/W33

300 102 1290 1560 1190 1540 36.5 22328 CCK/W33 22328 CC/W33

150 225 56 510 750 1680 2240 7.95 23030 CCK/W33 23030 CC/W33

225 75 655 1040 1190 1820 10.5 24030 CCK30/W33 24030 CC/W33

250 80 830 1200 1400 1820 16.0 23130 CCK/W33 23130 CC/W33

250 100 1020 1530 980 1540 20.0 24130 CCK30/W33 24130 CC/W33

270 73 850 1080 1540 210 18.0 22230 CCK/W33 22230 CC/W33

270 96 1080 1460 1050 1540 24.5 23230 CCK/W33 22330 CC/W33

320 108 1460 1760 1120 1400 43.5 22330 CCK/W33 22330 CC/W33

160 240 60 585 880 1680 2100 9.70 23032 CCK/W33 23032 CC/W33

240 80 750 1200 1190 1680 13.0 24032 CCK30/W33 24032 CC/W33

270 86 980 1370 1190 1680 20.5 23132 CCK/W33 23132 CC/W33

270 109 1180 1760 980 1330 25.0 24132 CCK30/W33 24132 CC/W33

290 80 1000 1290 1400 1960 22.5 22232 CCK/W33 22232 CC/W33

290 104 1220 1660 1050 1540 31.0 23232 CCK/W33 22332 CC/W33

340 114 1600 1960 1050 1330 52.0 22332 CCK/W33 22332 CC/W33

170 260 67 710 1060 1540 1960 13.0 23034 CCK/W33 23034 CC/W33

260 90 930 1460 980 1680 17.5 24034 CCK30/W33 24034 CC/W33

280 88 1040 1500 1260 1680 22.0 23134 CCK/W33 23134 CC/W33

280 109 1220 1860 910 1330 27.5 24134 CCK30/W33 24134 CC/W33

310 86 1120 1460 1330 1820 28.5 22234 CCK/W33 22234 CC/W33

310 110 1400 1930 980 1400 37.5 23234 CCK/W33 22334 CC/W33

360 120 1760 2160 980 1260 61.0 22334 CCK/W33 22334 CC/W33

180 250 52 431 830 1680 1960 7.90 23936 CCK/W33 23936 CC/W33

280 74 830 1250 1400 1820 17.0 23036 CCK/W33 23036 CC/W33

280 100 1080 1730 1050 1540 23.0 24036 CCK30/W33 24036 CC/W33

300 96 1200 1760 1050 1540 28.0 23136 CCK/W33 23136 CC/W33

300 118 1400 2160 910 1190 34.5 24136 CCK30/W33 24136 CC/W33

320 86 1180 1560 1260 1820 29.5 22236 CCK/W33 22236 CC/W33

320 112 1800 2120 910 1330 39.5 23236 CCK/W33 22336 CC/W33

380 126 2000 2450 910 1190 71.5 22336 CCK/W33 22336 CC/W33

190 260 52 414 800 1540 1820 8.30 23938 CCK/W33 23938 CC/W33

290 75 865 1340 1330 1680 18.0 23038 CCK/W33 23038 CC/W33

290 100 1120 1800 980 1400 24.5 24038 CCK30/W33 24038 CC/W33

262
 Spherical Roller Bearing
Spherical Roller Bearing

d190 - 260mm
SRB

Principal Dimension Basic Load Rating Speed Rating Mass Designation

Lubrication

Dynamic Static Grease Oil Tapered Bore Bearing With

d D B C C0 Cylindrical Bore
mm kN RPM Kg

190 320 104 1370 2080 1050 1400 35.0 23138 CCK/W33 23138 CC/W33

320 128 1600 2500 840 1120 43.5 24138 CCK30/W33 24138 CC/W33

340 92 1270 1700 1190 1680 36.5 22238 CCK/W33 22238 CC/W33

340 120 1660 2400 910 1260 48.0 23238 CCK/W33 22338 CC/W33

400 132 2120 2650 840 1260 82.5 22338 CCK/W33 22338 CC/W33

200 280 60 546 1040 1400 1680 11.5 23940 CCK/W33 23940 CC/W33

310 82 1000 1530 1260 1540 23.3 23040 CCK/W33 23040 CC/W33

310 109 1290 2120 910 1330 31.0 24040 CCK30/W33 24040 CC/W33

340 112 1600 2360 1050 1330 43.0 23140 CCK/W33 23140 CC/W33

340 140 1800 2800 770 1050 53.5 24140 CCK30/W33 24140 CC/W33

360 98 1460 1930 1120 1540 43.5 22240 CCK/W33 22240 CC/W33

360 128 1860 2700 840 1190 58.0 23240 CCK/W33 22340 CC/W33

420 138 2320 2900 840 1050 95.0 22340 CCK/W33 22340 CC/W33

220 300 60 546 1080 1330 1540 12.5 23944 CCK/W33 23944 CC/W33

340 90 1220 1860 1120 1400 30.5 23044 CCK/W33 23044 CC/W33

340 118 1500 2600 840 1190 40.0 24044 CCK30/W33 24044 CC/W33

370 120 1800 2750 910 1190 53.5 23144 CCK/W33 23144 CC/W33

370 150 2120 3350 700 980 67.0 24144 CCK30/W33 24144 CC/W33

400 108 1760 2360 1190 1400 60.5 22244 CCK/W33 22244 CC/W33

400 144 2360 3450 770 1050 81.5 23244 CCK/W33 22344 CC/W33

460 145 2700 3450 700 980 120 22344 CCK/W33 22344 CC/W33

240 320 60 564 1160 1190 1400 13.5 23948 CCK/W33 23948 CC/W33

360 92 1290 2080 1050 1330 33.5 23048 CCK/W33 23048 CC/W33

360 118 1600 2700 770 1120 43.0 24048 CCK30/W33 24048 CC/W33

400 128 2080 3200 840 1120 66.5 23148 CCK/W33 23148 CC/W33

400 160 2400 3900 630 910 83.0 24148 CCK30/W33 24148 CC/W33

440 120 2000 3000 910 1260 83.0 22248 CCK/W33 22248 CC/W33

440 160 2900 4300 665 910 110 23248 CCK/W33 22348 CC/W33

500 155 3100 4000 665 910 155 22348 CCK/W33 22348 CC/W33

260 360 75 880 1800 1050 1330 23.5 23952 CCK/W33 23952 CC/W33

400 104 1600 2550 910 1190 48.5 23052 CCK/W33 23052 CC/W33

400 140 2040 3450 700 980 65.5 24052 CCK30/W33 24052 CC/W33

440 144 2550 3900 770 980 90.5 23152 CCK/W33 23152 CC/W33

440 180 3000 4800 595 840 110 24152 CCK30/W33 24152 CC/W33

480 130 2650 3550 840 1120 100 22252 CCK/W33 22252 CC/W33

480 174 3250 4750 595 840 140 23252 CCK/W33 22352 CC/W33

540 165 3550 4550 595 770 190 22352 CCK/W33 22352 CC/W33

263
 Spherical Roller Bearing
Spherical Roller Bearing

d280 - 340mm
SRB

Principal Dimension Basic Load Rating Speed Rating Mass Designation

Lubrication

Dynamic Static Grease Oil Tapered Bore Bearing With

d D B C C0 Cylindrical Bore
mm kN RPM Kg

280 380 75 845 1760 980 1190 25.0 23956 CCK/W33 23956 CC/W33

420 106 1750 2850 910 1120 52.5 23056 CCK/W33 23056 CC/W33

420 140 2160 3800 665 980 69.5 24056 CCK30/W33 24056 CC/W33

460 146 2650 4250 700 910 97.0 23156 CCK/W33 23156 CC/W33

460 180 3100 5100 560 770 120 24156 CCK30/W33 24156 CC/W33

500 130 2700 3750 770 1050 115 22256 CCK/W33 22256 CC/W33

500 176 3250 4900 560 770 150 23256 CCK/W33 22356 CC/W33

580 175 4000 5200 560 770 235 22356 CCK/W33 22336 CC/W33

300 380 60 656 1600 630 1260 16.5 23860 CAMA 23860 CAMA

420 90 1200 2500 910 1120 39.5 23960 CCK/W33 23960 CC/W33

460 118 2120 3450 840 1050 71.5 23060 CCK/W33 23060 CC/W33

460 160 2700 4750 595 840 97.0 24060 CCK30/W33 24060 CC/W33

500 160 3200 5100 665 840 125 23160 CCK/W33 23160 CC/W33

500 200 3750 6300 490 700 160 24160 CCK30/W33 24160 CC/W33

540 140 3150 4250 700 980 145 22260 CCK/W33 22260 CC/W33

540 192 3900 5850 525 700 190 23260 CCK/W33 23260 CC/W33

320 440 90 1430 2700 980 1050 42.0 23964 CCK/W33 23964 CC/W33

480 121 2240 3800 770 980 78.0 23064 CCK/W33 23064 CC/W33

480 160 2850 5100 560 840 100 24064 CCK30/W33 24064 CC/W33

540 176 3750 6000 595 770 165 23164 CCK/W33 23164 CC/W33

540 218 4250 7100 469 630 210 24164 CCK30/W33 24164 CC/W33

580 150 3600 4900 665 910 175 22264 CCK/W33 22264 CC/W33

580 208 4400 6700 490 665 240 23264 CCK/W33 23264 CC/W33

340 460 90 1460 2800 910 980 45.5 23968 CCK/W33 23968 CC/W33

520 133 2700 4550 700 910 105 23068 CCK/W33 23068 CC/W33

520 180 3450 6200 525 770 140 24068 CCK30/W33 24068 CC/W33

580 190 4250 6800 560 700 210 23168 CCK/W33 23168 CC/W33

580 243 5300 8650 420 595 280 24168 ECCK30J/W33 24168 ECCJ/
W33

620 224 5100 7800 392 560 295 23268 CCK/W33 23268 CC/W33

264
Spherical Roller Bearing

Spherical Roller Bearing-Brass Cage

d25 - 85mm
SRTB

Principal Dimension Basic Load Rating Speed Rating Mass Designation

Lubrication

Dynamic Static Grease Oil Tapered Bore Bearing With

d D B C C0 Cylindrical Bore
mm kN RPM Kg

25 52 18 35.6 38 7500 10000 0.184 22205 MBKW33 22205 MBW33

25 62 17 45 48 6000 8000 0.270 21305 MBKW33 21305 MBW33

30 62 20 48.5 58 6000 9000 0.295 22206 MBKW33 22206 MBW33

30 72 19 60 66 5800 7200 0.540 21306 MBKW33 21306 MBW33

35 72 23 68.5 82 5000 8000 0.450 22207 MBKW33 22207 MBW33

35 80 21 72 85 4800 6200 0.450 22307 MBKW33 22307 MBW33

40 80 23 71.5 93 4500 7500 0.570 22208 MBKW33 22208 MBW33

40 90 33 106 136 4200 5600 0.930 22308 MBKW33 22308 MBW33

40 90 23 90 108 4000 5200 0.750 21308 MBKW33 21308 MBW33

45 85 23 80.5 95 5300 6700 0.630 22209 MBKW33 22209 MBW33

45 100 36 98.5 121 3800 4800 1.360 22309 MBKW33 22309 MBW33

45 100 25 110 124 4000 5100 0.990 21309 MBKW33 21309 MBW33

50 90 23 78.5 108 5000 6300 0.690 22210 MBKW33 22210 MBW33

50 110 40 162 221 3400 4300 1.810 22310 MBKW33 22310 MBW33

50 110 27 135 155 3300 4500 1.260 21310 MBKW33 21310 MBW33

55 100 25 96 131 4500 5600 0.900 22211 MBKW33 22211 MBW33

55 120 43 189 260 3200 4000 2.41 22311 MBKW33 22311 MBW33

55 120 29 150 172 3000 4000 1.660 21311 MBKW33 21311 MBW33

60 110 28 113 158 4000 5000 1.21 22212 MBKW33 22212 MBW33

60 130 46 212 310 3000 3800 3.00 22312 MBKW33 22312 MBW33

60 130 31 172 215 2700 3500 2.00 21312 MBKW33 21312 MBW33

65 120 31 135 196 3800 4800 1.63 22213 MBKW33 22213 MBW33

65 140 48 243 340 2600 3400 3.98 22313 MBKW33 22313 MBW33

65 140 33 196 260 2600 3400 2.50 21313 MBKW33 21313 MBW33

70 125 31 154 230 3600 4500 1.54 22214 MBKW33 22214 MBW33

70 150 51 300 380 2400 3200 4.50 22314 MBKW33 22314 MBW33

70 150 35 214 276 2400 3260 3.07 21314 MBKW33 21314 MBW33

75 130 31 153 235 3400 4300 1.80 22215 MBKW33 22215 MBW33

75 160 55 325 455 2200 3000 5.45 22315 MBKW33 22315 MBW33

75 160 37 250 325 2200 2900 3.60 21315 MBKW33 21315 MBW33

75 115 40 165 278 1850 2400 1.56 24015 MBKW33 24015 MBW33

80 140 33 171 264 3200 4000 2.30 22216 MBKW33 22216 MBW33

80 170 58 375 550 2000 2800 6.60 22316 MBKW33 22316 MBW33

80 170 39 270 360 2000 2700 4.30 21316 MBKW33 21316 MBW33

85 150 36 202 310 3000 3800 2.93 22217 MBKW33 22217 MBW33

85 180 60 385 555 1900 2600 7.41 22317 MBKW33 22317 MBW33

265
Spherical Roller Bearing

Spherical Roller Bearing-Brass Cage

d85 - 140mm
SRTB

Principal Dimension Basic Load Rating Speed Rating Mass Designation

Lubrication

Dynamic Static Grease Oil Tapered Bore Bearing With

d D B C C0 Cylindrical Bore
mm kN RPM Kg

85 180 41 320 410 1800 2500 5.20 21317 MBKW33 21317 MBW33

90 160 40 269 375 2600 3400 3.55 22218 MBKW33 22218 MBW33

90 190 64 450 680 1800 2400 8.92 22318 MBKW33 22318 MBW33

90 190 43 350 460 1700 2300 5.95 21318 MBKW33 21318 MBW33

90 160 52.4 300 500 1900 2600 4.66 23218 MBKW33 23218 MBW33

95 170 43 265 410 2400 3200 4.26 22219 MBKW33 22219 MBW33

95 200 67 480 720 1800 2400 10.30 22319 MBKW33 22319 MBW33

100 180 60 410 615 1700 2200 6.95 23220 MBKW33 23220 MBW33

100 180 46 310 485 2200 3000 5.20 22220 MBKW33 22220 MBW33

100 215 73 575 880 1700 2200 13.60 22320 MBKW33 22320 MBW33

100 180 60.3 310 555 2000 2800 4.450 23220 MBKW33 23220 MBW33

100 150 50 267 345 1700 2100 3.07 24020 MBKW33 24020 MBW33

100 165 65 345 640 1100 1600 5.70 24120 MBKW33 24120 MBW33

110 170 45 265 490 2200 3000 3.76 23022 MBKW33 23022 MBW33

110 180 56 355 650 1900 2600 5.80 23122 MBKW33 23122 MBW33

110 200 53 420 685 2000 2800 7.40 22222 MBKW33 22222 MBW33

110 200 69.8 525 810 1600 2000 10.10 23222 MBKW33 23222 MBW33

110 290 80 655 975 1600 2000 18.5 22322 MBKW33 22322 MBW33

110 170 60 365 650 1500 2050 5.11 24022 MBKW33 24022 MBW33

110 180 69 252 790 1000 1400 7.17 24122 MBKW33 24122 MBW33

120 180 46 286 555 2000 2800 4.25 23024 MBKW33 23024 MBW33

120 200 62 430 780 1800 2400 7.78 23124 MBKW33 23124 MBW33

120 215 58 455 750 1900 2600 10.40 22224 MBKW33 22224 MBW33

120 260 86 760 1170 1400 1800 21.60 22324 MBKW33 22324 MBW33

130 200 52 345 640 1900 2600 6.10 23026 MBKW33 23026 MBW33

130 210 64 450 845 1700 2200 9.76 23126 MBKW33 23126 MBW33

130 230 64 510 855 1800 2400 11.5 22226 MBKW33 22226 MBW33

130 200 69 477 815 1300 1800 7.95 24026 MBKW33 24026 MBW33

130 210 80 587 1000 900 1200 11.00 24126 MBKW33 24126 MBW33

130 230 80 690 1060 1400 1800 14.00 23226 MBKW33 23226 MBW33

130 280 93 978 1320 1300 1700 28.50 22326 MBKW33 22326 MBW33

140 210 53 365 715 1800 2400 6.61 23028 MBKW33 23028 MBW33

140 225 68 530 980 1600 2000 10.5 23128 MBKW33 23128 MBW33

140 250 68 595 1010 1700 2200 15.6 22228 MBKW33 22228 MBW33

140 210 69 495 900 1200 1700 8.45 24028 MBKW33 24028 MBW33

140 225 85 673 1160 800 1100 10.50 24128 MBKW33 24128 MBW33

266
Spherical Roller Bearing

Spherical Roller Bearing-Brass Cage

d140 - 190mm
SRTB

Principal Dimension Basic Load Rating Speed Rating Mass Designation

Lubrication

Dynamic Static Grease Oil Tapered Bore Bearing With

d D B C C0 Cylindrical Bore
mm kN RPM Kg

140 250 88 800 1250 1200 1600 18.50 23228 MBKW33 23228 MBW33

140 300 102 1130 1560 1100 1500 34.50 22328 MBKW33 22328 MBW33

150 225 56 435 855 1700 2200 8.10 23030 MBKW33 23030 MBW33

150 270 73 700 1190 1600 2000 18.9 22230 MBKW33 22230 MBW33

150 225 75 564 1040 1100 1600 10.50 24030 MBKW33 24030 MBW33

150 250 80 725 1200 1400 1800 16.00 23130 MBKW33 23130 MBW33

150 250 100 900 1530 700 1000 19.80 24130 MBKW33 24130 MBW33

150 270 96 937 1460 1100 1500 24.00 23230 MBKW33 23230 MBW33

150 320 108 1270 1760 1000 1400 41.50 22330 MBKW33 22330 MBW33

160 240 60 506 880 1700 2200 9.70 23032 MBKW33 23032 MBW33

160 240 80 656 1200 1100 1500 13.0 24032 MBKW33 24032 MBW33

160 270 86 845 1370 1300 1700 20.5 23132 MBKW33 23132 MBW33

160 270 109 1040 1760 950 1300 28.0 24132 MBKW33 24132 MBW33

160 290 80 863 1290 1500 1900 22.5 22232 MBKW33 22232 MBW33

160 290 104 1070 1660 1000 1400 30.0 23232 MBKW33 23232 MBW33

160 340 114 1380 1960 950 1300 50.0 22332 MBKW33 22332 MBW33

170 260 67 621 1060 1600 2000 13.0 23034 MBKW33 23034 MBW33

170 260 90 799 1460 1000 1400 17.5 24034 MBKW33 24034 MBW33

170 280 88 897 1500 1200 1600 21.5 23134 MBKW33 23134 MBW33

170 280 109 1070 1880 900 1200 26.5 24134 MBKW33 24134 MBW33

170 310 86 978 1460 1300 1700 28.5 22234 MBKW33 22234 MBW33

170 310 110 1220 1930 950 1300 30.5 23234 MBKW33 23234 MBW33

170 360 120 1540 2160 950 1300 58.5 22334 MBKW33 22334 MBW33

180 250 52 431 830 1700 2200 8.20 23936 MBKW33 23936 MBW33

180 280 74 725 1250 1400 1800 17.0 23036 MBKW33 23036 MBW33

180 280 100 937 1730 950 1300 23.0 24036 MBKW33 24036 MBW33

180 300 96 1050 1760 1100 1500 27.5 23136 MBKW33 23136 MBW33

180 300 118 1220 2160 900 1200 33.5 24136 MBKW33 24136 MBW33

180 320 86 1010 1560 1300 1700 29.5 22236 MBKW33 22236 MBW33

180 320 112 1290 2120 900 1200 39.0 23236 MBKW33 23236 MBW33

180 380 126 1730 2450 900 1200 60.0 22336 MBKW33 22336 MBW33

190 260 52 414 800 1700 2200 8.40 23938 MBKW33 23938 MBW33

190 290 75 753 1340 1300 1700 18.0 23038 MBKW33 23038 MBW33

190 290 100 978 1800 950 1300 24.0 24038 MBKW33 24038 MBW33

190 320 104 1200 2080 1000 1400 34.5 23138 MBKW33 23138 MBW33

190 320 128 1400 2500 850 1100 42.0 24138 MBKW33 24138 MBW33

267
Spherical Roller Bearing

Spherical Roller Bearing

d190 - 260mm
SRTB

Principal Dimension Basic Load Rating Speed Rating Mass Designation

Lubrication

Dynamic Static Grease Oil Tapered Bore Bearing With

d D B C C0 Cylindrical Bore
mm kN RPM Kg

190 340 92 1110 1700 1200 1800 36.5 22238 MBKW33 22238 MBW33

190 340 120 1460 2400 850 1100 47.5 23238 MBKW33 23238 MBW33

190 400 132 1870 2650 850 1100 80.0 22338 MBKW33 22338 MBW33

200 280 60 546 1040 1600 2000 11.5 23940 MBKW33 23940 MBW33

200 310 82 880 1530 1200 1600 23.0 23040 MBKW33 23040 MBW33

200 310 109 1130 2120 900 1200 30.5 24040 MBKW33 24040 MBW33

200 340 112 1380 2360 950 1300 42.5 23140 MBKW33 23140 MBW33

200 340 140 1580 2800 800 1000 52.0 24140 MBKW33 24140 MBW33

200 360 98 1270 1930 1100 1500 43.5 22240 MBKW33 22240 MBW33

200 360 128 1610 2700 850 1100 57.0 23240 MBKW33 23240 MBW33

200 420 138 2020 2900 850 1100 92.5 22340 MBKW33 22340 MBW33

220 300 60 546 1080 1500 1900 13.0 23944 MBKW33 23944 MBW33

220 340 90 1050 1860 100 1500 30.5 23044 MBKW33 23044 MBW33

220 340 118 1360 2600 850 1100 53.0 24044 MBKW33 24044 MBW33

220 370 120 1880 2750 900 1200 63.0 23144 MBKW33 23144 MBW33

220 370 150 1840 3350 750 950 69.0 24144 MBKW33 24144 MBW33

220 400 108 1520 2360 950 1300 60.5 22244 MBKW33 22244 MBW33

220 400 144 2070 3450 750 950 79.5 23244 MBKW33 23244 MBW33

220 460 145 2350 3450 750 950 120 22344 MBKW33 22344 MBW33

240 320 60 564 1160 1300 1700 14.0 23948 MBKW33 23948 MBW33

240 360 92 1130 2080 1000 1400 33.5 23048 MBKW33 23048 MBW33

240 360 118 1380 2700 800 1000 42.5 24048 MBKW33 24048 MBW33

240 400 128 1790 3200 850 1100 65.5 23148 MBKW33 23148 MBW33

240 400 160 2100 3900 670 850 80.5 24148 MBKW33 24148 MBW33

240 440 120 1910 3000 900 1200 83.0 22248 MBKW33 22248 MBW33

240 440 160 2530 4300 670 850 110 23248 MBKW33 23248 MBW33

240 500 155 2670 4000 670 850 155 22348 MBKW33 22348 MBW33

260 360 75 880 1800 1100 1500 24.0 23952 MBKW33 23952 MBW33

260 400 104 1400 2550 900 1200 48.5 23052 MBKW33 23052 MBW33

260 400 140 1760 3450 800 900 64.5 24052 MBKW33 24052 MBW33

260 440 180 2220 3900 700 1000 90.5 23152 MBKW33 23152 MBW33

260 440 180 2620 4800 600 750 110 24152 MBKW33 24152 MBW33

260 480 130 2300 3550 850 1100 110 22252 MBKW33 22252 MBW33

260 480 174 2820 4780 630 800 140 23252 MBKW33 23252 MBW33

260 540 165 3050 4550 630 800 190 22352 MBKW33 22352 MBW33

268
Spherical Roller Bearing

Spherical Roller Bearing

d280 - 360mm
SRTB

Principal Dimension Basic Load Rating Speed Rating Mass Designation

Lubrication

Dynamic Static Grease Oil Tapered Bore Bearing With

d D B C C0 Cylindrical Bore
mm kN RPM Kg

280 380 75 845 1760 1000 1400 26.0 23956 MBKW33 23956 MBW33

280 420 106 1520 2850 850 1100 52.5 23056 MBKW33 23056 MBW33

280 420 140 1870 3800 670 850 68.5 24056 MBKW33 24056 MBW33

280 460 146 1870 3800 670 850 68.5 23156 MBKW33 23156 MBW33

280 460 146 2300 4250 750 950 97.0 23156 MBKW33 23156 MBW33

280 460 180 2670 5100 560 700 120 24156 MBKW33 24156 MBW33

280 500 130 2350 3750 800 1000 115 22256 MBKW33 22256 MBW33

280 500 176 2820 4900 600 750 150 23256 MBKW33 23256 MBW33

280 580 175 3450 5200 600 750 235 22356 MBKW33 22356 MBW33

300 420 90 1200 2500 950 1300 40.5 23960 MBKW33 23960 MBW33

300 420 118 1840 3450 800 1000 71.5 23060 MBKW33 23060 MBW33

300 460 160 2350 4750 600 750 97.0 24060 MBKW33 24060 MBW33

300 500 160 2820 5100 670 850 125 23160 MBKW33 23160 MBW33

300 500 200 3280 6300 530 670 160 24160 MBKW33 24160 MBW33

300 540 140 2760 4250 750 950 145 22260 MBKW33 22260 MBW33

300 540 192 3340 5850 530 670 190 23260 MBKW33 23260 MBW33

320 440 90 1240 2700 900 1200 42.0 23964 MBKW33 23964 MBW33

320 480 121 1960 3800 800 1000 78.0 23064 MBKW33 23064 MBW33

320 480 160 2480 5100 560 700 100 24064 MBKW33 24064 MBW33

320 540 176 3280 6000 630 800 165 23164 MBKW33 23164 MBW33

320 540 218 3740 7100 480 600 210 24164 MBKW33 24164 MBW33

320 580 150 3160 4900 670 850 175 22264 MBKW33 22264 MBW33

320 580 208 3850 6700 500 630 240 23264 MBKW33 23264 MBW33

340 460 90 1460 2800 1300 1400 45.5 23968 MBKW33 23968 MBW33

340 520 133 2700 4500 100 1300 105 23068 MBKW33 23068 MBW33

340 520 180 3450 6200 750 1100 140 24068 MBKW33 24068 MBW33

340 580 190 4250 6800 800 1000 210 23168 MBKW33 23168 MBW33

340 580 243 5300 8650 600 850 380 24168 MBKW33 24168 MBW33

340 620 224 5100 7800 560 800 295 23268 MBKW33 23268 MBW33

360 480 90 1400 2750 1200 1300 43.0 23972 MBKW33 23972 MBW33

360 540 134 2750 4800 950 1200 110 23072 MBKW33 23072 MBW33

360 540 180 2550 6550 700 1000 145 24072 MBKW33 24072 MBW33

360 600 192 4300 6950 750 2000 220 23172 MBKW33 23172 MBW33

360 600 243 5600 9300 560 800 270 24172 MBKW33 24172 MBW33

360 650 170 4300 6200 630 850 255 22272 MBKW33 22272 MBW33

269
Spherical Roller Bearing

Spherical Roller Bearing

d360 - 480mm
SRTB

Principal Dimension Basic Load Rating Speed Rating Mass Designation

Lubrication

Dynamic Static Grease Oil Tapered Bore Bearing With

d D B C C0 Cylindrical Bore
mm kN RPM Kg

360 650 232 5400 8300 530 750 335 23272 MBKW33 23272 MBW33

380 520 106 1960 3800 1100 1200 69.0 23976 MBKW33 23976 MBW33

380 560 135 2900 5000 900 1200 115 23076 MBKW33 23076 MBW33

380 560 180 3600 6800 670 950 150 24076 MBKW33 24076 MBW33

380 620 194 4400 7100 500 1000 230 23176 MBKW33 23176 MBW33

380 620 243 5700 9800 580 850 300 24176 MBKW33 24176 MBW33

380 680 240 5850 9150 500 750 375 23276 MBKW33 23276 MBW33

400 540 106 2000 3900 1100 1200 71.0 23980 MBKW33 23980 MBW33

400 600 148 3250 8700 850 1500 150 23080 MBKW33 23080 MBW33

400 600 200 4300 8100 630 900 205 24080 MBKW33 24080 MBW33

400 650 200 4650 7650 530 950 265 23180 MBKW33 23180 MBW33

400 650 250 6200 10600 430 800 340 24180 MBKW33 24180 MBW33

400 720 256 6550 10400 480 670 450 23280 MBKW33 23280 MBW33

400 820 243 7500 10400 430 750 650 22380 MBKW33 22380 MBW33

420 560 106 2040 4150 1000 1100 74.5 23984 MBKW33 23984 MBW33

420 620 150 3400 6000 600 1100 155 23084 MBKW33 23084 MBW33

420 620 200 4400 8300 530 480 210 24084 MBKW33 24084 MBW33

420 700 224 5600 9300 480 900 350 23184 MBKW33 23184 MBW33

420 700 280 7350 12600 400 750 445 24184 MBKW33 24184 MBW33

420 760 272 7350 1600 450 630 535 23284 MBKW33 23284 MBW33

440 600 118 2450 4900 950 1100 99.5 23988 MBKW33 23988 MBW33

440 650 157 3650 6850 560 1000 180 23088 MBKW33 23088 MBW33

440 650 212 4800 9150 500 850 245 24088 MBKW33 24088 MBW33

440 720 226 6000 10000 450 850 360 23188 MBKW33 23188 MBW33

440 720 280 7500 13200 400 700 460 24188 MBKW33 24188 MBW33

440 790 280 7800 12500 430 600 590 23288 MBKW33 23288 MBW33

460 620 118 1790 4900 560 1100 75.5 23992 MBKW33 23992 MBW33

460 680 163 2500 6000 600 1000 105 23092 MBKW33 23092 MBW33

460 680 218 3900 6950 560 950 205 24092 MBKW33 24092 MBW33

460 680 240 5200 10000 480 800 275 23192 MBKW33 23192 MBW33

460 760 300 6400 101800 430 800 440 24192 MBKW33 24192 MBW33

460 830 296 8300 14800 360 670 560 23292 MBKW33 23292 MBW33

480 600 90 1440 3750 530 1100 61 23896 MBKW33 23896 MBW33

480 650 128 2900 5700 560 1000 125 23096 MBKW33 23096 MBW33

480 700 218 3900 6800 530 950 215 24096 MBKW33 24096 MBW33

270
Spherical Roller Bearing

Spherical Roller Bearing

d480 - 500mm
SRTB

Principal Dimension Basic Load Rating Speed Rating Mass Designation

Lubrication

Dynamic Static Grease Oil Tapered Bore Bearing With

d D B C C0 Cylindrical Bore
mm kN RPM Kg

480 700 248 5300 10400 450 750 285 23196 MBKW33 23196 MBW33

480 790 308 6750 12000 400 750 485 24196 MBKW33 24196 MBW33

480 790 310 9000 15600 300 630 605 23296 MBKW33 23296 MBW33

500 620 90 1480 4000 530 1000 62 238/500 MBKW33 238/500

MBW33

500 670 128 2900 6000 530 950 130 239/500 MBKW33 239/500
MBW33

500 720 167 4150 7800 500 900 225 230/500 MBKW33 230/500
MBW33

500 720 218 5500 11000 430 700 296 240/500 MBKW33 240/500
MBW33

500 830 264 7650 12900 380 700 580 231/500 MBKW33 231/500
MBW33

500 830 325 9800 17000 320 600 745 241/500 MBKW33 241/500
MBW33

500 920 336 10600 173000 360 500 985 232/500 MBKW33 232/500
MBW33

271
Spherical Roller Bearing

Spherical Roller Bearing

SRTB with E-Type Cage
d20 - 85mm

Fatigue Load Speed

Basic Load Ratings
Principal Dimension Limit Rating
Mass Designation
Dynamic Static

d D B C CO Pu Grease

mm kN kN kN RPM Kg

20 52 15 40.5 33.5 3.7 10500 0.16 21304-EW33

25 52 18 48 42.5 4.8 11900 0.18 22205-EW33

62 17 52 43 4.75 9100 0.245 21305-EW33

30 62 20 64 57 6.9 9100 0.275 22206-EW33

72 19 72 63 7 7700 0.386 21306-EW33

35 72 23 88 81.5 9.4 7700 0.434 22207-EW33

80 21 83 73.5 8.1 6650 0.503 21307-EW33

40 80 23 102 90 11.8 7000 0.528 22208-EW33

90 23 108 106 14.3 6650 0.701 21308-EW33

90 33 156 150 13.1 5250 1.05 22308-EW33

45 85 23 104 98 12.7 7000 0.589 22209-EW33

100 25 129 129 17.3 5950 0.845 21309-EW33

100 36 186 183 16.1 4690 1.39 22309-EW33

50 90 23 108 106 14.3 6650 0.622 22210-EW33

110 27 129 129 17.3 5950 1.28 21310-EW33

110 40 228 224 20.3 4200 1.9 22310-EW33

55 100 25 129 129 17.3 5950 0.851 22211-EW33

120 43 265 260 23.9 3920 2.27 22311-EW33

60 110 28 170 166 21.2 5250 1.12 22212-EW33

130 31 212 228 28 4410 1.78 21312-EW33

130 46 310 310 28 4060 2.89 22312-EW33

65 120 31 200 208 25.5 4690 1.55 22213-EW33

140 33 250 270 34 3500 2.42 21313-EW33

140 48 355 365 32.5 3360 3.57 22313-EW33

70 125 31 212 228 28 4410 1.65 22214-EW33

150 35 250 270 34 3500 3 21314-EW33

150 51 390 390 36.5 3150 4.21 22314-EW33

75 130 31 216 236 29.5 4410 1.72 22215-EW33

160 37 305 325 38.5 3360 2.86 21315-EW33

160 55 440 450 40.5 3010 5.18 22315-EW33

80 140 33 250 270 34 3920 2.13 22216-EW33

170 39 305 325 38.5 3360 2.65 21316-EW33

170 58 500 510 45 3010 6.27 22316-EW33

85 150 36 305 325 38.5 3710 2.63 22217-EW33

180 60 540 560 50 2800 7.06 22317-EW33

272
Spherical Roller Bearing

Spherical Roller Bearing

SRTB with E-Type Cage
d90 - 110mm

Fatigue Load Speed

Basic Load Ratings
Principal Dimension Limit Rating
Mass Designation
Dynamic Static

d D B C CO Pu Grease

mm kN kN kN RPM Kg

90 160 40 345 375 42.5 3360 3.43 22218-EW33

160 52.4 440 520 48.5 3010 4.27 23218-EW33

190 64 610 630 55 2520 8.51 22318-EW33

95 170 43 380 415 47 3150 4.13 22219-EW33

200 67 670 695 60 2590 9.69 22319-EW33

100 165 52 450 570 52 3010 4.22 23120-EW33

180 46 430 475 52 3010 4.96 22220-EW33

180 60.3 550 655 60 2450 6.32 23220-EW33

215 47 490 530 61 2520 8.19 21320-EW33

215 73 815 915 75 2660 13.1 22320-EW33

110 170 45 400 530 52 3010 3.55 23022-EW33

180 56 530 680 61 2800 5.31 23122-EW33

200 53 550 600 62 2940 6.99 22222-EW33

200 69.8 710 865 72 2660 9.18 23222-EW33

240 80 950 1060 91 2520 17.7 22322-EW33

273
Spherical Roller Bearing

Spherical Roller Bearing-Sealed

d30 - 110mm
SRTB

Basic Load Ratings Fatigue Load Limiting

Principal Dimension
Dynamic Static Limit speed Mass Designation

d D B C CO Pu

mm kN kN r/min kg

30 62 25 64 60 6.4 2800 0.34 * BS2-2206-2CS

35 72 28 86.5 85 9.3 2400 0.52 * BS2-2207-2CS

40 80 28 96.5 90 9.8 2200 0.57 * BS2-2208-2CS

45 85 28 102 98 10.8 2000 0.66 * BS2-2209-2CS

50 90 28 104 108 11.8 1900 0.7 * BS2-2210-2CS

55 100 31 125 127 13.7 1700 1 * BS2-2211-2CS

60 110 34 156 166 18.6 1600 1.30 * BS2-2212-2CS

65 120 38 193 216 24 1500 1.60 * BS2-2213-2CS

70 125 38 208 228 25.5 1400 1.80 * BS2-2214-2CS

75 130 38 212 240 26.5 1300 2.10 * BS2-2215-2CS

80 140 40 236 270 29 1200 2.40 * BS2-2216-2CS

85 150 44 285 325 34.5 1100 3.00 * BS2-2217-2CS

90 160 48 325 375 39 1000 3.70 * BS2-2218-2CS

100 150 50 285 415 45.5 800 3.15 * 24020-2CS2/VT143

165 52 365 490 53 850 4.55 * 23120-2CS2/VT143

180 55 425 490 49 900 5.50 * BS2-2220-2CS

180 60.3 475 600 63 700 6.85 * 23220-2CS

110 170 45 310 440 46.5 900 3.80 * 23022-2CS

180 56 430 585 61 800 5.75 * 23122-2CS2/VT143

180 69 520 750 78 630 7.10 * 24122-2CS2/VT143

200 63 560 640 63 800 7.60 * BS2-2222-2CSS/VT143

274
Spherical Roller Bearing

Spherical Roller Bearing-Sealed

d120 - 200mm
SRTB

Basic Load Rating Limiting

Principal Dimensions Mass
Speed Designation
Dynamic Static

d D B C C0

mm kN r/min kg

120 180 46 355 510 850 4.20 * 23024-2CS2/VT143

180 60 430 670 670 5.45 * 24024-2CS2/VT143

200 80 655 950 560 10.5 * 24124-2CS2/VT143

215 69 630 765 750 9.75 * BS2-2224-2CS

130 200 52 430 610 800 6.00 * 23026-2CS2/VT143

200 69 540 815 600 8.05 * 24026-2CS2/VT143

210 80 680 1000 530 11.0 * 24126-2CS2/VT143

140 210 69 570 900 560 8.55 * 24028-2CS2/VT143

225 85 673 1160 450 13.5 * 24128-2CS2/VT143

150 225 75 655 1040 530 10.5 * 24030-2CS2/VT143

250 100 1020 1530 400 20.0 * 24130-2CS2/VT143

160 240 80 750 1200 450 13.0 * 24032-2CS2/VT143

270 86 980 1370 530 20.5 * 24132-2CS2/VT143

170 260 90 930 1460 400 17.5 * 24034-2CS2/VT143

280 109 1220 1860 360 27.5 * 24134-2CS2/VT143

180 280 100 1080 1730 380 23.0 * 24036-2CS2/VT143

190 320 128 1600 2500 340 43.0 * 24138-2CS2/VT143

200 340 140 1800 2800 320 53.5 * 24140-2CS

360 128 1860 2700 430 58.0 * 23240-2CS2/VT143

275
Spherical Roller Bearing

Single Row Spherical Roller Bearing

SRTB Sealed

ØD

Ød
B

Limiting Speed Basic Dynamic

d D B Mass
Grease Rating Designation
mm mm mm Kg
RPM KN

25 52 18 9000 36 0.181 SSR-22205-2RS

30 62 20 8100 51 0.290 SSR-22206-2RS

35 72 23 6800 67 0.431 SSR-22207-2RS

40 80 23 6000 75 0.544 SSR-22208-2RS

45 85 23 5600 79 0.590 SSR-22209-2RS

50 90 23 5250 83 0.635 SSR-22210-2RS

55 100 25 4650 102 0.862 SSR-22211-2RS

60 110 28 4200 130 1.179 SSR-22212-2RS

65 120 31 3800 158 1.542 SSR-22213-2RS

70 125 31 3650 160 1.633 SSR-22214-2RS

75 130 31 3500 167 1.769 SSR-22215-2RS

80 140 33 3250 189 2.087 SSR-22216-2RS

85 150 36 3000 226 2.676 SSR-22217-2RS

90 160 40 2800 263 3.402 SSR-22218-2RS

95 170 43 2650 315 4.173 SSR-22219-2RS

100 180 46 2500 346 5.035 SSR-22220-2RS

110 200 53 2200 445 7.212 SSR-22222-2RS

120 215 58 2050 534 8.981 SSR-22224-2RS

130 230 64 1900 589 11.249 SSR-22226-2RS

140 250 68 1750 708 14.198 SSR-22228-2RS

150 270 73 1600 753 17.917 SSR-22230-2RS

Limiting Speed Basic Dynamic

d D B Mass
Grease Rating Designation
mm mm mm Kg
RPM kN

40 90 33 5250 114 1.043 SSR-22308-2RS

45 100 36 4650 134 1.406 SSR-22309-2RS

50 110 40 4200 166 1.860 SSR-22310-2RS

55 120 43 3800 184 2.404 SSR-22311-2RS

60 130 46 3500 243 2.994 SSR-22312-2RS

65 140 48 3250 266 3.538 SSR-22313-2RS

70 150 51 3000 304 4.309 SSR-22314-2RS

75 160 55 2800 333 5.398 SSR-22315-2RS

80 170 58 2650 345 6.305 SSR-22316-2RS

85 180 60 2500 423 7.348 SSR-22317-2RS

90 190 64 2350 438 8.709 SSR-22318-2RS

95 200 67 2200 487 10.297 SSR-22319-2RS

100 215 73 2050 573 12.882 SSR-22320-2RS

276
Spherical Roller Bearing

Roller Bearing Units

Insert Bearing/ Collar Mounted
SRTB
4762XX series

Shaft mm Basic Set screw (in) Brg Wt Designation

Load Ratings(kN)

dia.in. d D B L Dynamic Static Kg

1 7/16 36.5125 476208B-107

1 1/2 38.1 80 23 60.85 75.4 85.9 3/8-24X1/2 1.134 476208B-108

40 40 476208B-040

1 11/16 42.86 476209B-111

1 3/4 44.45 85 23 73.03 80.8 92.7 3/8-24X1/2 1.247 476209B-112

45 45 476209B-045

1 15/16 49.213 476210B-115

50 50 90 23 73.03 86.2 102 3/8-24X1/2 1.315 476210B-050

2 50.8 476210B-200

55 55 100 25 79.38 106 126 3/8-24X1/2 1.769 476211B-055

2 3/16 55.56 476211B-203

60 60 476213B-0.60

2 7/16 61.913 120 31 85.73 151 193 1/2-20X3/4 3.062 476213B-212

2 1/2 63.5 476213B-208

2 11/16 68.2625 476215B-211

2 3/4 69.85 476215B-212

70 70 130 31 92.08 161 204 1/2-20X7/8 4.241 476215B-070

2 15/16 74.61 476215B-215

75 75 476215B-075

3 76.2 476215B-300

85 85 160 40 102.39 248 344 1/2-20X7/8 6.124 476218B-085

3 7/16 87.31 476218B-307

100 100 476220B-100

3 15/16 100.01 180 46 116.69 324 449 5/8-18X1 8.845 476220B-315

4 101.6 476220B-400

110 110 476222B-110VSB

4 7/16 112.713 476222B-407VSB

4 1/2 114.3 200 53 155.58 411 588 5/8-20X7/8 13.381 476222B-408VSB

4 11/16 119.063 476222B-411VSB

4 15/16 125.413 230 64 168.28 550 810 5/8-20X7/8 21.092 476226B-415VSB

5 127 476226B-500VSB

277
Spherical Roller Bearing

Spherical Roller Bearing for

SRTB vibratory applications
d40 - 180mm

Basic Load Ratings Speed Ratings Designations

Principal Dimen-
Reference Limiting Mass Bearings with Tapered Bore
sions Dynamic Static
speed speed Cylindrical Bore

d D B C C0

mm kN r/min kg -

40 90 33 150 140 4800 6400 1,10 * 22308 E/VA405 -

45 100 36 183 183 4240 5600 1,40 * 22309 E/VA405 -

50 110 40 220 224 3840 5040 1,90 * 22310 E/VA405 -

55 120 43 270 280 3440 4480 2,45 * 22311 E/VA405 * 22311 EK/VA405

60 130 46 310 335 3200 4240 3,10 * 22312 E/VA405 * 22312 EK/VA405

65 140 48 340 360 3040 4000 3,75 * 22313 E/VA405 * 22313 EK/VA405

70 150 51 400 430 2720 3600 4,55 * 22314 E/VA405 * 22314 EK/VA405

75 160 55 440 475 2560 3440 5,55 * 22315 EJA/VA405 * 22315 EKJA/VA405

80 170 58 490 540 2400 3200 6,60 * 22316 EJA/VA405 * 22316 EKJA/VA405

85 180 60 550 620 2240 3040 7,65 * 22317 EJA/VA405 * 22317 EKJA/VA405

180 60 550 620 2240 3040 7,65 * 22317 EJA/VA405 -

90 190 64 610 695 2080 2880 9,05 * 22318 EJA/VA405 * 22318 EKJA/VA405

95 200 67 670 765 2080 2720 10,5 * 22319 EJA/VA405 * 22319 EKJA/VA405

100 215 73 815 950 1920 2720 13,5 * 22320 EJA/VA405 * 22320 EKJA/VA405

215 73 815 950 1920 2720 13,5 * 22320 EJA/VA405 -

110 240 80 950 1120 1600 2240 18,4 * 22322 EJA/VA405 * 22322 EKJA/VA405

240 80 950 1120 1600 2240 18,4 * 22322 EJA/VA405 -

* 22324 CCKJA/
120 260 86 965 1120 1600 2080 23,0 * 22324 EJA/VA405
W33VA405

260 86 965 1120 1600 2080 23,0 * 22324 EJA/VA405 -

* 22326 CCKJA/
130 280 93 1120 1320 1360 1920 29,0 * 22326 EJA/VA405
W33VA405

280 93 1120 1320 1360 1920 29,0 * 22326 EJA/VA405 -

* 22328 CCKJA/
140 300 102 1290 1560 1360 1760 36,5 * 22328 EJA/VA405
W33VA405

300 102 1290 1560 1360 1760 36,5 * 22328 EJA/VA405 -

* 22330 CCKJA/
150 320 108 1460 1760 1280 1600 43,5 * 22330 CCJA/W33VA405
W33VA405

320 108 1460 1760 1280 1600 43,5 * 22330 CCJA/W33VA405 -

* 22332 CCKJA/
160 340 114 1600 1960 1200 1520 52,0 * 22332 CCJA/W33VA405
W33VA405

340 114 1600 1960 1200 1520 52,0 * 22332 CCJA/W33VA405 -

* 22334 CCKJA/
170 360 120 1760 2160 1120 1440 61,0 * 22334 CCJA/W33VA405
W33VA405

360 120 1760 2160 1120 1440 61,0 * 22334 CCJA/W33VA405 -

* 22336 CCKJA/
180 380 126 2000 2450 1040 1360 71,5 * 22336 CCJA/W33VA405
W33VA405

380 126 2000 2450 1040 1360 71,5 * 22336 CCJA/W33VA405 -

278
Spherical Roller Bearing

Spherical Roller Bearing for

SRTB vibratory applications
d190 - 240mm

Basic Load Ratings Speed Ratings Designations

Principal Dimen- Bearings with
Reference Limiting Mass Tapered Bore
sions Dynamic Static Cylindrical
speed speed Bore

d D B C C0

mm kN r/min kg -

* 22338 CCKJA/
190 400 132 2120 2650 960 1280 82,5 * 22338 CCJA/W33VA405
W33VA405

400 132 2120 2650 960 1280 82,5 * 22338 CCJA/W33VA405 -

* 22340 CCKJA/
200 420 138 2320 2900 960 1200 95,0 * 22340 CCJA/W33VA405
W33VA405

420 138 2320 2900 960 1200 95,0 * 22340 CCJA/W33VA405 -

* 22344 CCKJA/
220 460 145 2700 3450 800 1120 120 * 22344 CCJA/W33VA405
W33VA405

* 22348 CCKJA/
240 500 155 3100 4000 760 1040 155 * 22348 CCJA/W33VA405
W33VA405

279
Spherical Roller Bearing

Plain Spherical Bearing

d4 - 40mm
SRB

Principle Angle of Basic Mass Designations2)

dimen- tilt¹) load
sions ratings
dynamic static without seals suffix for
with standards heavy-duty
seals seals
d D B C a C Co
mm degrees kN kg
4 12 5 3 16 2.04 10.2 0.003 GE 4 E –
5 14 6 4 13 3.4 17 0.004 GE 5 E –
6 14 6 4 13 3.4 17 0.004 GE 6 E –
8 16 8 5 15 5.5 27.5 0.008 GE 8 E –
10 19 9 6 12 8.15 40.5 0.012 GE 10 E –
12 22 10 7 10 10.8 54 0.017 GE 12 E –
15 26 12 9 8 17 85 0.032 GE 15 ES –
26 12 9 8 17 85 0.032 GE 15 ES-2RS –
17 30 14 10 10 21.2 106 0.05 GE 17 ES –
30 14 10 10 21.2 106 0.05 GE 17 ES-2RS –
20 35 16 12 9 30 146 0.065 GE 20 ES –
35 16 12 9 30 146 0.065 GE 20 ES-2RS -2LS
42 25 16 17 48 240 0.16 GEH 20 ES-2RS -2LS
25 42 20 16 7 48 240 0.12 GE 25 ES –
42 20 16 7 48 240 0.12 GE 25 ES-2RS -2LS
47 28 18 17 62 310 0.2 GEH 25 ES-2RS -2LS
30 47 22 18 6 62 310 0.16 GE 30 ES –
47 22 18 6 62 310 0.16 GE 30 ES-2RS -2LS
55 32 20 17 80 400 0.35 GEH 30 ES-2RS -2LS
35 55 25 20 6 80 400 0.23 GE 35 ES –
55 25 20 6 80 400 0.23 GE 35 ES-2RS -2LS
62 35 22 15 100 500 0.47 GEH 35 ES-2RS -2LS
40 62 28 22 7 100 500 0.32 GE 40 ES –
62 28 22 6 100 500 0.32 GE 40 ES-2RS -2LS
68 40 25 17 127 640 0.61 GEH 40 ES-2RS -2LS

280
Spherical Roller Bearing

Plain Spherical Bearing

SRB

Dimensions Abutment
and fillet
dimensions
d dk b b1 M r1 r2 da da Da Da ra rb
min min min max min max max max
mm mm
4 8 – – – 0.3 0.3 5.5 6.2 7.6 10.7 0.3 0.3
5 10 – – – 0.3 0.3 6.6 8 9.5 12.6 0.3 0.3
6 10 – – – 0.3 0.3 7.5 8 9.5 12.6 0.3 0.3
8 13 – – – 0.3 0.3 9.6 10.2 12.3 14.5 0.3 0.3
10 16 – – – 0.3 0.3 11.7 13.2 17.5 15.2 0.3 0.3
12 18 – – – 0.3 0.3 13.8 15 17.1 20.4 0.3 0.3
15 22 2.3 2.3 1.5 0.3 0.3 16.9 18.4 20.9 24.3 0.3 0.3
22 2.3 2.3 1.5 0.3 0.3 16.9 18.4 22.8 24.3 0.3 0.3
17 25 2.3 2.3 1.5 0.3 0.3 19 20.7 23.7 28.3 0.3 0.3
25 2.3 2.3 1.5 0.3 0.3 19 20.7 26 28.3 0.3 0.3
20 29 3.1 3.1 2 0.3 0.3 22.1 24.2 27.6 33.2 0.3 0.3
29 3.1 3.1 2 0.3 0.3 22.1 24.2 30.9 33.2 0.3 0.3
35.5 3.1 3.1 2 0.3 0.6 22.7 25.2 36.9 39.2 0.3 0.6
25 35.5 3.1 3.1 2 0.6 0.6 28.2 29.3 33.7 39.2 0.6 0.6
35.5 3.1 3.1 2 0.6 0.6 28.2 29.3 36.9 39.2 0.6 0.6
40.7 3.1 3.1 2 0.6 0.6 28.6 29.5 41.3 44 0.6 0.6
30 40.7 3.1 3.1 2 0.6 0.6 33.3 34.2 38.7 44 0.6 0.6
40.7 3.1 3.1 2 0.6 0.6 33.3 34.2 41.3 44 0.6 0.6
47 3.9 3.9 2.5 0.6 1 33.7 34.4 48.5 50.9 0.6 1
35 47 3.9 3.9 2.5 0.6 1 38.5 39.8 44.6 50.9 0.6 1
47 3.9 3.9 2.5 0.6 1 38.5 39.8 48.5 50.9 0.6 1
53 3.9 3.9 2.5 0.6 1 38.8 39.8 54.5 57.8 0.6 1
40 53 3.9 3.9 2.5 0.6 1 43.6 45 50.3 57.8 0.6 1
53 3.9 3.9 2.5 0.6 1 43.6 45 54.5 57.8 0.6 1
60 4.6 4.6 3 0.6 1 44.1 44.7 61 63.6 0.6 1

281
Spherical Roller Bearing

Plain Spherical Bearing

d45 - 120mm
SRB

Prin- Angle of Basic Mass Designations2)

ciple tilt¹) load
dimen- ratings
sions
dynamic static without seals with suffix for
standards seals heavy-duty seals
d D B C a C Co
mm degrees kN kg
45 68 32 25 7 127 640 0.46 GE 45 ES –
68 32 25 7 127 640 0.46 GE 45 ES-2RS -2LS
75 43 28 14 156 780 0.80 GEH 45ES-2RS -2LS

50 75 35 28 6 156 780 0.56 GE 50 ES –

75 35 28 6 156 780 0.56 GE 50 ES-2RS -2LS
90 56 36 17 245 1220 1.60 GEH 50 ES-2RS -2LS
60 90 44 36 6 245 1220 1.10 GE 60 ES –
90 44 36 6 245 1220 1.10 GE 60 ES-2RS -2LS
105 63 40 17 315 1560 2.40 GEH 60 ES-2RS -2LS
70 105 49 40 6 315 1560 1.55 GE 70 ES –
105 49 40 6 315 1560 1.55 GE 70 ES-2RS -2LS
120 70 45 16 400 2000 3.40 GEH 70 ES-2RS -2LS
80 120 55 45 6 400 2000 2.30 GE 80 ES –
120 55 45 5 400 2000 2.30 GE 80 ES-2RS -2LS
130 75 50 14 490 2450 4.10 GEH 80 ES-2RS -2LS
90 130 60 50 5 490 2450 2.75 GE 90 ES –
130 60 50 5 490 2450 2.75 GE 90 ES-2RS -2LS
150 85 55 15 610 3050 6.30 GEH 90 ES-2RS -2LS
100 150 70 55 7 610 3050 4.40 GE 100 ES –
150 70 55 6 610 3050 4.40 GE 100 ES-2RS -2LS
160 85 55 13 655 3250 6.80 GEH 100 ES-2RS -2LS
110 160 70 55 6 655 3250 4.80 GE 110 ES –
160 70 55 6 655 3250 4.80 GE 110 ES-2RS -2LS
180 100 70 12 950 4750 11.0 GEH 110 ES-2RS -2LS
120 180 85 70 6 950 4750 8.25 GE 120 ES –
180 85 70 6 950 4750 8.25 GE 120 ES-2RS -2LS
210 115 70 16 1080 5400 15.0 GEH 120 ES-2RS -2LS

282
Spherical Roller Bearing

Plain Spherical Bearing

SRB

Dimensions Abutment
and fillet
dimensions
d dk b b1 M r1 r2 da da Da Da ra rb
min min min max min max max max
mm mm
45 60 4.6 4.6 3 0.6 1 49.4 50.8 57 63.6 0.6 1
60 4.6 4.6 3 0.6 1 49.4 50.8 61 63.6 0.6 1
66 4.6 4.6 3 0.6 1 49.8 50.1 66.2 70.5 0.6 1
50 66 4.6 4.6 3 0.6 1 54.6 56 62.7 70.5 0.6 1
66 4.6 4.6 3 0.6 1 54.6 56 66.2 70.5 0.6 1
80 6.2 6.2 4 0.6 1 55.8 57.1 79.7 84.2 0.6 1
60 80 6.2 6.2 4 1 1 66.4 66.8 76 84.2 1 1
80 6.2 6.2 4 1 1 66.4 66.8 79.7 84.2 1 1
92 7.7 7.7 4 1 1 67 67 92 99 1 1
70 92 7.7 7.7 4 1 1 76.7 77.9 87.4 99 1 1
92 7.7 7.7 4 1 1 76.7 77.9 92 99 1 1
105 7.7 7.7 4 1 1 77.5 78.3 104.4 113.8 1 1
80 105 7.7 7.7 4 1 1 87.1 89.4 99.7 113.8 1 1
105 7.7 7.7 4 1 1 87.1 89.4 104.4 113.8 1 1
115 9.5 9.5 5 1 1 87.2 87.2 112.9 123.5 1 1
90 115 9.5 9.5 5 1 1 97.4 98.1 109.3 123.5 1 1
115 9.5 9.5 5 1 1 97.4 98.1 112.9 123.5 1 1
130 11.3 11.3 5 1 1 98.2 98.4 131 143.2 1 1
100 130 11.3 11.3 5 1 1 107.8 109.5 123.5 143.2 1 1
130 11.3 11.3 5 1 1 107.8 109.5 131 143.2 1 1
140 11.5 11.5 5 1 1 108.1 111.2 141.5 153.3 1 1
110 140 11.5 11.5 5 1 1 118 121 133 153 1 1
140 11.5 11.5 5 1 1 118 121 141.5 153 1 1
160 13.5 13.5 6 1 1 119.5 124.5 157.5 172 1 1
120 160 13.5 13.5 6 1 1 129.5 135.5 152 172 1 1
160 13.5 13.5 6 1 1 129.5 135.5 157.5 172 1 1
180 13.5 13.5 6 1 1 130 138.5 180 202.5 1 1

283
AUTOMOBILE INDUSTRIES

284
Spherical
Roller Thrust Bearings

285
Spherical Roller Thrust Bearing

Spherical Roller Thrust Bearing

SRTB

Spherical Roller Thrust Bearing

In spherical roller thrust bearings the load is transmitted
from one raceway to other at angel to the bearing axis.
The bearings are therefore suitable for the accommo-
dation of radial loads. Another important characteristic
of spherical roller thrust bearings is their self aligning
capability. This makes the bearings insensitive to shaft
deflection and misalignment of the shaft relative to the
housing

Mis Alignment
Spherical roller bearings are self aligning, i. e. they tol-
erate misalignment of the shaft relative to the housing
and shaft deflections during operation.

The permissible misalignment is reduced as the load

increases. The values indicated ca be permitted provid-
ed there is constant misalignment and a rotating shaft
washer. In applications where there are shaft deftections
or where the housing washer rotates, it is advisable to
contact the ZNL application engineering service.

Whether the permissible misalignment can be fully ex-

ploited depends on the design of the bearing arrange-
ment, the type of seal etc. when designing bearing
arrangements where the housing washer is to rotate, or
where the shaft washer will wobble. It is also advisable
to contact the ZNL application engineering service.

Permissible Angular Misalignment

Permissible Misalignment when bearing lond P0
Bearing Series
< 0.05 Co > 0.05 Co > 0.3 Co
degree
292j 2 1.5 1
293j 2.5 1.5 0.3
294j 3 1.5 0.3

286
Spherical Roller Thrust Bearing

Spherical Roller Thrust Bearing

d60 - 220mm
SRTB

Limiting Speed
Principle Dimension Basic Load Rating Mass Designation
Lubrication Oil

Dynamic Static
d
D H C C0 RPM Kg
mm
kN

60 130 42 280 815 2400 2.60 29412 M

65 140 45 330 965 2200 3.30 29413 M

70 150 48 360 1060 2000 4 29414 M

75 160 51 415 1250 2000 4.87 29415 M

80 170 54 450 1370 1900 5.80 29416 M

85 180 58 510 1560 1800 6.90 29417 M

90 190 60 570 1760 1700 8.10 29418 M

100 210 67 680 2160 1500 11.8 29420 M

110 190 48 425 1430 1600 5.5 29322 M

230 73 800 2550 1400 14.5 29422 M

120 210 54 530 1860 1400 7.58 29324 M

250 78 900 2950 1300 18.1 29424 M

130 225 58 600 2120 1300 9.30 29326 M

270 85 1060 3450 1200 22.5 29426 M

140 240 60 655 2320 1300 11 29328 M

280 85 1100 3650 1200 24.2 29428 M

150 215 39 340 1340 1800 4.3 29230M

250 60 670 2450 1200 11.5 29330 M

300 90 1250 4250 1100 29.4 29430 M

160 225 39 360 1460 1700 29232 M

270 67 780 2850 1100 15.2 29332 M

320 95 1400 4800 1000 35.5 29432 M

170 240 42 427 1770 29234 M

280 67 800 2950 1100 16 29334 M

340 103 1560 5400 940 43.7 29434 M

180 250 42 450 1920 1600 29236 M

300 73 950 3550 1000 20.3 29336 M

360 109 1730 6100 890 52 29436 M

190 270 48 530 2230 1400 29238 M

320 78 1080 4050 940 24.8 29338 M

380 115 1900 6700 840 60 29438 M

200 280 48 535 2300 1400 9.3 29240 M

340 85 1250 4800 890 30.8 29340 M

400 122 2120 7500 790 69 29440 M

220 300 48 550 2400 1300 10 29244 M

360 85 1290 5000 840 32.8 29344 M

420 122 2200 8000 750 74 29444 M

287
Spherical Roller Thrust Bearing

Spherical Roller Thrust Bearing

d240 - 400mm
SRTB

Limiting Speed
Principle Dimension Basic Load Rating Mass Designation
Lubrication Oil

Dynamic Static
d
D H C C0 RPM Kg
mm
kN

240 340 60 750 3450 890 16.7 29248 M

380 85 1320 5200 790 35.5 29348 M

440 122 2240 8300 750 79 29448 M

260 360 60 780 3650 890 18.5 29252 M

420 95 1320 6800 750 49 29352 M

480 132 2600 9800 670 105 29452 M

280 380 60 815 3900 840 19.5 29256 M

440 95 1730 7100 710 53 29356 M

520 145 3100 11800 630 132 29456 M

300 420 73 1000 4650 750 30.5 29260 M

480 109 2080 8500 630 74 29360 M

540 145 3100 11800 600 140 29460 M

320 440 73 1020 4900 710 33 29264 M

500 109 2120 8800 630 77 29364 M

580 155 3750 14600 560 175 29464 M

340 460 73 1130 5400 480 33.5 29268 M

540 122 2550 10600 560 103 29368 M

620 170 4150 16300 500 218 29468 M

360 500 85 1340 6550 630 52 29272 M

560 122 2600 11000 560 107 29372 M

640 170 4400 17000 490 29472 M

380 520 85 1500 7500 600 53 29276 M

670 175 4550 18300 470 254 29476 M

600 132 3200 13000 800 29376 M

400 540 85 1610 8000 695 55.5 29280 M

620 132 3450 14600 1200 150 29380 M

710 185 6560 26500 1960 310 29480 M

288
Spherical Roller Thrust Bearing

Spherical Roller Thrust Bearing -

SRTB Steel Type Cage
d60 - 240mm

Fatigue Minimum
Principle Dimension Basic Load Rating Load Load Speed Rating Mass Designation
Limit Factor

Reference Limiting
Dynamic Static
Speed Speed

d Pu
D H C C0 A RPM Kg.
mm kN

60 130 42 390 915 114 0.080 2800 5000 2.60 29412J

65 140 45 455 1080 137 0.11 2600 4800 3.20 29413J

70 150 48 520 1250 153 0.15 2400 4300 3.90 29414J

75 160 51 600 1430 173 0.19 2400 4000 4.70 29415J

80 170 54 670 1630 193 0.25 2200 3800 5.60 29416J

85 150 39 380 1060 129 0.11 2400 4000 2.75 29317J

180 58 735 1800 212 0.31 2000 3600 6.75 29417J

90 155 39 400 1080 132 0.11 2400 4000 2.85 29318J

190 60 815 2000 232 0.38 1900 3400 7.75 29418J

100 170 42 465 1290 156 0.16 2200 3600 3.65 29320J

210 67 980 2500 275 0.59 1700 3000 10.5 29420J

110 190 48 610 1730 204 0.28 1900 3200 5.30 29322J

230 73 1180 3000 325 0.86 1600 2800 13.5 29422J

120 210 54 765 2120 245 0.43 1700 2800 7.35 29324J

250 78 1370 3450 375 1.1 1500 2600 17.5 29424J

130 225 58 865 2500 280 0.59 1600 2600 9 29326J

270 85 1560 4150 430 1.65 1300 2400 23 29426J

140 240 60 980 2850 315 0.77 1500 2800 10.5 29328J

280 85 1630 4400 450 1.8 1300 2400 23 29428J

150 250 60 1000 2850 315 0.77 1500 2400 11 29330J

300 90 1860 5100 520 2.5 1200 2200 28 29430J

160 270 67 1180 3450 365 1.1 1300 2200 14.5 29332J

320 95 2080 5000 570 3 1100 2000 33.5 29432J

170 280 67 1260 3550 365 1.2 1300 2200 15 29334J

340 103 2360 3550 340 4.1 1100 1900 44.5 29434J

180 300 73 1430 4300 440 1.8 1200 2000 19.5 29336J

360 109 2600 7350 710 5.1 1000 1800 52.5 29436J

190 320 78 1630 4750 500 2.1 1100 1900 23.5 29338J

380 115 2850 8150 765 6.1 950 1700 60.5 29438J

200 340 85 1860 5500 550 2.9 1000 1700 29.5 29340J

400 122 3200 9000 850 7.7 850 1600 72 29440J

220 360 85 2000 6300 610 3.8 1000 1700 33.5 29344J

420 122 3350 9650 900 8.8 850 1500 75 29444J

240 380 85 2040 6550 630 4.1 1000 1600 35.5 29348J

440 122 3400 10200 930 9.9 850 1500 80.5 29448J

289
Spherical Roller Thrust Bearing

Spherical Roller Thrust Bearing -

SRTB Steel Type Cage
d260 - 300mm

Fatigue Minimum
Principle Dimension Basic Load Rating Load Load Speed Rating Mass Designation
Limit Factor

Reference Limiting
Dynamic Static
Speed Speed

d Pu
D H C C0 A RPM Kg.
mm kN

260 420 95 2550 8300 780 6.5 850 1400 49 29352J

480 132 4050 12500 1140 16 750 1300 105 29452J

280 440 95 2550 8650 815 7.1 850 1400 53 29356J

520 145 4900 15300 1320 22 670 1200 135 29456J

300 480 109 3100 10400 950 11 750 1200 75 29360J

540 145 4310 16600 1340 26 600 1200 140 29460J

290
Needle
Roller Bearings

291
Needle Roller Bearings

Needle Roller Bearing

NRB

Needle Roller Bearing

In these bearings rolling element are cylindrical roller
whose length is minimum 3 times larger than diameter,
so it is used where limited space between shaft and
housing. Needle roller bearings carry high load. Needle
roller bearings suitable for low and medium speed.

Type of Needle Bearings

Cage and Needle roller
Drawn cup needle roller bearings
Solid needle roller bearings
Thrust needle roller bearings
Roller followers

Series Available
NKI , NA48 , NA49 , NA69
Needle Roller Bearings without inner ring
NK, RNA 48 RNA 49 RNA 69
Needle Roller and cage assembly
NEEDLE ROLLER BEARING WITHOUT INNER RING.

292
Needle Roller Bearings

Needle Roller Bearing With

NRB Flange Without Inner Ring
d8 - 24mm

Principal Dimension Basic Load Rating Speed Rating Lubrication Mass

Dynamic Designation
Fw Static Grease
D C C Oil Kg.
mm C0 RPM
kN

8 15 12 3.8 4.25 28000 40000 0.009 NK 8/12

15 16 5.01 5.85 28000 40000 0.012 NK 8/16

9 16 12 4.4 5.2 24000 36000 0.01 NK 9/12

16 16 5.01 5.85 28000 40000 0.012 NK 9/16

10 17 12 4.57 5.7 22000 34000 0.012 NK 10/12

17 16 5.94 8 22000 34000 0.013 NK 10/16

12 19 12 6.71 8.15 19000 30000 0.014 NK 12/12

19 16 9.13 12 19000 30000 0.016 NK12/16

14 22 13 8.8 10.4 17000 26000 0.018 RNA 4900

22 16 10.2 12.5 17000 26000 0.021 NK 14/16

22 20 12.8 16.6 17000 26000 0.026 NK 14/20

15 23 16 11 14 16000 24000 0.022 NK 15/16

23 20 13.8 18.3 16000 24000 0.027 NK 15/20

16 24 13 9.9 12.2 16000 24000 0.02 RNA 4901

24 16 11.7 15.3 16000 24000 0.022 NK 16/16

24 20 14.5 20 16000 24000 0.032 NK 16/20

24 22 16.1 23.2 16000 24000 0.032 RNA 6901

17 25 16 12.1 16.6 15000 22000 0.029 NK 17/16

25 20 15.1 22 15000 22000 0.03 NK 17/20

18 26 16 12.8 17.6 15000 22000 0.025 NK 18/16

26 20 16.1 23.6 15000 22000 0.032 NK 18/20

19 27 16 13.4 19 14000 20000 0.026 NK 19/16

27 20 16.5 25.5 14000 20000 0.032 NK 19/20

20 28 13 11.2 15.3 13000 19000 0.022 RNA 4902

28 16 13.2 19.3 13000 19000 0.027 NK 20/16

28 20 16.5 2.55 13000 19000 0.034 NK 20/20

28 23 17.2 27 13000 19000 0.04 RNA 6902

21 29 16 13.8 20 13000 19000 0.028 NK 21/16

29 20 17.2 27 13000 19000 0.035 NK 21/20

22 30 13 11.4 16.3 12000 18000 0.022 RNA 4903

30 16 14.2 21.6 12000 18000 0.03 NK 22/16

30 20 17.9 29 12000 18000 0.037 NK 22/20

30 23 18.7 30.5 12000 18000 0.042 RNA 6903

24 32 16 15.4 24.5 10000 16000 0.032 NK 24/16

32 20 19 32.5 10000 16000 0.04 NK 24/20

37 20 26 33.5 9500 15000 0.065 NKS 24

293
Needle Roller Bearings

Needle Roller Bearing With

NRB Flange Without Inner Ring
d25 - 40mm

Principal Dimension Basic Load Rating Speed Rating Lubrication Mass

Dynamic Designation
Fw Static Grease
D C C Oil Kg.
mm C0 RPM
kN

25 33 16 15.1 24.5 10000 16000 0.033 NK 25/16

33 20 19 32.5 10000 16000 0.042 NK 25/20

37 17 21.6 28 9500 15000 0.052 RNA 4904

37 30 35.2 53 9500 15000 0.100 RNA 6904

38 20 27.5 36 9500 15000 0.068 NKS 25

26 34 16 15.7 26 9500 15000 0.034 NK 26/16

34 20 19.4 34.5 9500 15000 0.042 NK 26/20

28 37 20 22 36.5 9000 14000 0.052 NK 28/20

37 30 31.9 60 9000 14000 0.082 NK 28/30

39 17 23.3 32 9000 14000 0.050 RNA 49/22

28 39 30 36.9 57 9000 14000 0.098 RNA 69/22

42 20 28.6 39 8500 13000 0.084 NKS 28

29 38 20 22 36.5 9000 14000 0.054 NK 29/20

38 30 31.9 60 9000 14000 0.084 NK 29/30

30 40 20 22.9 38 8500 13000 0.065 NK 30/20

40 30 33 63 8500 13000 0.098 NK 30/30

42 17 24.2 34.5 8500 13000 0.061 RNA 4905

42 30 38 62 8500 13000 0.11 RNA 6905

45 22 31.9 43 8000 12000 0.10 NKS 30

32 42 20 23.3 40.5 8000 12000 0.068 NK 32/20

42 30 34.1 65.5 8000 12000 0.10 NK 32/30

45 17 25.1 36.5 8000 12000 0.073 NK 49/28

45 30 39.6 65.5 8000 12000 0.14 RNA 69/28

47 22 34.1 46.5 8000 12000 0.11 NKS 32

35 45 20 24.6 45 7500 11000 0.074 NK 35/20

45 30 35.8 72 7500 11000 0.11 NK 35/30

47 17 25.5 39 7500 11000 0.070 RNA 4906

47 30 42.9 75 7500 11000 0.13 RNA 6906

50 22 35.2 50 7500 11000 0.12 NKS 35

37 47 20 25.1 46.5 7500 11000 0.077 NK 37/20

47 30 36.9 76.5 7500 11000 0.11 NK 37/30

52 22 36.9 54 7000 10000 0.12 NKS 37

38 48 20 25.5 49 7500 11000 0.080 NK 38/20

48 30 37.4 80 7500 11000 0.12 NK 38/30

40 50 20 26.4 51 7000 10000 0.083 NK 40/20

50 30 38 83 7000 10000 0.13 NK 40/30

52 20 30.8 51 7000 10000 0.090 RNA 49/32

294
Needle Roller Bearings

Needle Roller Bearing With

NRB Flange Without Inner Ring
d43 - 72mm

Principal Dimension Basic Load Rating Speed Rating Lubrication Mass

Dynamic Designation
Fw Static Grease
D C C Oil Kg.
mm C0 RPM
kN

43 53 20 27.5 55 6700 9500 0.086 NK 43/20

53 30 40.2 90 6700 9500 0.13 NK 43/30

58 22 39.1 61 6300 9000 0.14 NKS 43

45 55 20 27.5 57 6300 9000 0.092 NK 45/20

55 30 40.2 93 6300 9000 0.14 NK 45/30

60 22 40.2 64 6000 8500 0.15 NKS 45

47 57 20 29.2 61 6000 8500 0.095 NK 47/20

57 30 41.8 98 6000 8500 0.14 NK 47/30

48 62 22 42.9 71 5600 8000 0.14 RNA 4908

62 40 67.1 125 5600 8000 0.26 RNA 6908

50 62 25 38 78 5600 8000 0.16 NK 50/25

62 35 49.5 110 5600 8000 0.22 NK 50/35

65 22 42.9 72 5600 8000 0.16 NKS 50

52 68 22 45.7 78 5300 7500 0.18 RNA 4909

68 40 70.4 137 5300 7500 0.34 RNA 6909

55 68 25 40.2 88 5300 7500 0.18 NK 55/25

68 35 52.3 122 5300 7500 0.25 NK 55/35

72 22 44.6 78 5000 7000 0.22 NKS 55

58 72 22 47.3 85 5000 7000 0.16 RNA 4910

72 40 73.7 150 5000 7000 0.31 RNA 6910

60 72 25 41.8 96.5 4800 6700 0.19 NK 60/25

72 35 55 134 4800 6700 0.26 NK 60/35

80 28 62.7 104 4500 6300 0.34 NKS 60

63 80 25 57.2 106 4500 6300 0.26 RNA 4911

80 45 89.7 190 4500 6300 0.47 RNA 6911

65 78 25 44 104 4500 6300 0.22 NK 65/25

78 35 58.3 146 4500 6300 0.31 NK 65/35

85 28 66 114 4300 6000 0.36 NKS 65

68 82 25 44 95 4300 6000 0.24 NK 68/25

82 35 60.5 146 4300 6000 0.34 NK 68/35

85 25 60.5 114 4300 6000 0.28 RNA 4912

85 45 93.5 204 4300 6000 0.49 RNA6912

70 85 25 44.6 98 4300 6000 0.26 NK 70/25

85 35 61.6 150 4300 6000 0.37 NK 70/35

90 28 68.2 120 4000 5600 0.38 NKS 70

72 90 25 61.6 120 4000 5600 0.31 RNA 4913

90 45 95.2 212 4000 5600 0.58 RNA 6913

295
Needle Roller Bearings

Needle Roller Bearing With

NRB Flange Without Inner Ring
d73 - 130mm

Principal Dimension Basic Load Rating Speed Rating Lubrication Mass

Dynamic Designation
Fw Static Grease
D C C Oil Kg.
mm C0 RPM
kN

73 90 25 52.8 106 4000 5600 0.30 NK 73/25

90 35 73.7 163 4000 5600 0.42 NK 73/35

75 92 25 53.9 110 3800 5300 0.32 NK 75/25

92 35 74.8 170 3800 5300 0.45 NK 75/35

95 28 70.4 132 3800 5300 0.40 NKS 75

80 95 25 56.1 127 3600 5000 0.30 NK 80/25

95 35 76.5 190 3600 5000 0.43 NK 80/35

100 28 74.8 140 3600 5000 0.41 NKS 80

100 30 84.2 163 3600 5000 0.46 RNA 4914

100 54 128 285 3600 5000 0.86 RNA 6914

85 105 25 69.3 132 3400 4800 0.43 NK 85/25

105 30 84.2 170 3400 4800 0.60 RNA 4915

105 35 96.8 200 3400 4800 0.49 NK 85/35

105 54 130 290 3400 4800 0.94 RNA 6915

90 110 25 72.1 140 3200 4500 0.45 NK 90/25

110 30 88 183 3200 4500 0.52 RNA 4916

110 35 101 216 3200 4500 0.63 NK 90/35

110 54 134 315 3200 4500 1.00 RNA 6916

95 115 26 73.7 146 3000 4300 0.49 NK 95/26

115 36 105 232 3000 4300 0.68 NK 95/36

100 120 26 76.5 156 2800 4000 0.52 NK 100/26

120 35 108 250 2800 4000 0.66 RNA 4917

120 36 108 250 2800 4000 0.72 NK 100/36

120 63 165 425 2800 4000 1.20 RNA 6917

105 125 26 78.1 166 2600 3800 0.54 NK 105/26

125 35 112 265 2600 3800 0.75 RNA 4918

125 36 112 265 2600 3800 0.80 NK 105/36

125 63 172 450 2600 3800 1.35 RNA 6918

110 130 30 96.8 220 2400 3600 0.65 NK 110/30

130 35 114 270 2400 3600 0.72 RNA 4919

130 40 123 305 2400 3600 0.83 NK 110/40

130 63 172 465 2400 3600 1.45 RNA 6919

115 135 32 91.3 220 2400 3600 0.70 NKS 115

140 40 125 280 2200 3400 1.20 RNA 4920

120 140 30 93.5 232 2200 3400 0.67 RNA 4822

125 150 40 130 300 2000 3200 1.25 RNA 4922

130 150 30 99 255 2000 3200 0.73 RNA 4824

296
Needle Roller Bearings

Needle Roller Bearing With

NRB Flange Without Inner Ring
d135 - 285mm

Principal Dimension Basic Load Rating Speed Rating Lubrication Mass

Dynamic Designation
Fw Static Grease
D C C Oil Kg.
mm C0 RPM
kN
135 165 45 176 405 1900 3000 1.85 RNA 4924

145 165 35 119 325 1800 2800 1.00 RNA 4826

150 180 50 198 480 1700 2600 2.20 RNA 4926

155 175 35 121 345 1700 2600 1.05 RNA 4828

160 190 50 205 510 1600 2400 2.35 RNA 4928

165 190 40 147 415 1600 2400 1.60 RNA 4830

175 200 40 157 450 1500 2200 1.70 RNA 4832

185 215 45 179 520 1500 2200 2.55 RNA 4834

195 225 45 190 570 1400 2000 2.70 RNA 4836

210 240 50 220 710 1300 1900 3.20 RNA 4838

220 250 50 224 735 1200 1800 3.35 RNA 4840

240 270 50 238 815 1100 1700 3.60 RNA 4844

265 300 60 347 1120 950 1500 5.40 RNA 4848

285 320 60 358 1200 900 1400 5.80 RNA 4852

297
Needle Roller Bearings

Needle Roller Bearing With

NRB Flange With Inner Ring
d9 - 38mm

Principal Dimension Basic Load Rating Speed Rating Lubrication Mass

Dynamic Grease Designation

Static
Fw D B C Oil
C0
mm kN RPM Kg.

9 19 16 9.13 12 19000 30000 0.022 NKI 9/16

10 22 16 10.2 12.5 17000 26000 0.029 NKI 10/16

22 20 12.8 16.6 17000 26000 0.037 NKI 10/20

12 24 16 11.7 15.3 16000 24000 0.033 NKI 12/16

24 20 14.5 20 16000 24000 0.042 NKI 12/20

24 22 16.1 23.2 16000 24000 0.046 NA 6901

15 27 20 16.5 25.5 14000 20000 0.049 NKI 15/20

28 13 11.2 15.3 13000 19000 0.034 NA 4902

28 23 17.2 27 13000 19000 0.064 NA 6902

17 29 20 17.2 27 13000 19000 0.054 NKI 17/20

30 13 11.4 16.3 12000 18000 0.037 NA 4903

30 23 18.7 30.5 12000 18000 0.072 NA 6903

20 32 20 19 32.5 10000 16000 0.061 NKI 20/20

37 17 21.6 28.000 9500 15000 0.075 NA 4904

37 30 35.2 53.000 9500 15000 0.14 NA 6904

42 20 28.6 39.000 8500 13000 0.13 NKIS 20

22 34 20 19.4 34.500 9500 15000 0.065 NKI 22/20

39 17 23.3 32.000 9000 14000 0.080 NA 49/22

39 30 36.9 57.000 9000 14000 0.15 NA 69/22

25 38 30 31.9 60.000 9000 14000 0.12 NKI 25/30

42 17 24.2 34.500 8500 13000 0.088 NA 4905

42 30 38 62.000 8500 13000 0.16 NA 6905

47 22 34.1 46.500 8000 12000 0.16 NKIS 25

28 42 30 34.1 65.500 8000 12000 0.15 NKI 28/30

45 17 25.1 36.500 8000 12000 0.098 NA 49/28

45 30 39.6 65.500 8000 12000 0.18 NA 69/28

30 45 30 35.8 72.000 7500 11000 0.17 NKI 30/30

47 17 25.5 39.000 7500 11000 0.10 NA 4906

47 30 42.9 75.000 7500 11000 0.19 NA 6906

35 50 20 26.4 51 7000 10000 0.13 NKI 35/20

50 30 38 83 7000 10000 0.19 NKI 35/30

55 20 31.9 54 6700 9500 0.17 NA 4907

55 36 48.4 93 6700 9500 0.31 NA 6907

58 22 39.1 61 6300 9000 0.22 NKIS 35

38 53 20 27.5 55 6700 9500 0.14 NKI 38/20

53 30 40.2 90 6700 9500 0.21 NKI 38/30

298
Needle Roller Bearings

Needle Roller Bearing With

NRB Flange With Inner Ring
d40 - 70mm

Principal Dimension Basic Load Rating Speed Rating Lubrication Mass

Dynamic Grease Designation

Static
Fw D B C Oil
C0
mm kN RPM Kg.

40 55 20 27.5 57 6300 9000 0.14 NKI 40/20

55 30 40.2 93 6300 9000 0.22 NKI 40/30

62 22 42.9 71 5600 8000 0.23 NA 4908

62 40 67.1 125 5600 8000 0.43 NA 6908

65 22 42.9 72 5600 8000 0.28 NKIS 40

42 57 20 29.2 61 6000 8500 0.15 NKI 42/20

57 30 41.8 98 6000 8500 0.22 NKI 42/30

45 62 25 38 78 5600 8000 0.23 NKI 45/25

62 35 49.5 110 5600 8000 0.32 NKI 45/35

68 22 45.7 78 5300 7500 0.27 NA 4909

68 40 70.4 137 5300 7500 0.50 NA 6909

72 22 44.6 78 5000 7000 0.34 NKIS 45

50 68 25 40.2 88 5300 7500 0.27 NKI 50/25

68 35 52.3 122 5300 7500 0.38 NKI 50/35

72 22 47.3 85 5000 7000 0.27 NA 4910

72 40 73.7 150 5000 7000 0.52 NA 6910

80 28 62.7 104 4500 6300 0.52 NKIS 50

55 72 25 41.8 96.5 4800 6700 0.27 NKI 55/25

72 35 55 134 4800 6700 0.38 NKI 55/35

80 25 57.2 106 4500 6300 0.40 NA 4911

80 45 89.7 190 4500 6300 0.78 NA 6911

85 28 66 114 4300 6000 0.56 NKIS 55

60 82 25 44 95 4300 6000 0.40 NKI 60/25

82 35 60.5 146 4300 6000 0.55 NKI 60/35

85 25 60.5 114 4300 6000 0.43 NA 4912

85 45 93.5 204 4300 6000 0.81 NA 6912

90 28 68.2 120 4000 5600 0.56 NKIS 60

65 90 25 61.6 120 4000 5600 0.46 NA 4913

90 25 52.8 106 4000 5600 0.47 NKI 65/25

90 35 73.7 163 4000 5600 0.66 NKI 65/35

90 45 95.2 212 4000 5600 0.83 NA 6913

95 28 70.4 132 3800 5300 0.64 NKIS 65

70 95 25 56.1 127 3600 5000 0.52 NKI 70/25

95 35 76.5 190 3600 5000 0.74 NKI 70/35

100 28 74.8 140 3600 5000 0.68 NKIS 70

100 30 84.2 163 3600 5000 0.73 NA 4914

100 54 128 285 3600 5000 1.35 NA 6914

299
Needle Roller Bearings

Needle Roller Bearing With

NRB Flange With Inner Ring
d75 - 190mm

Principal Dimension Basic Load Rating Speed Rating Lubrication Mass

Dynamic Grease Designation

Static
Fw D B C Oil
C0
mm kN RPM Kg.

75 105 25 69.3 132 3400 4800 0.64 NKI 75/25

105 30 84.2 170 3400 4800 0.78 NA 4915

105 35 96.8 200 3400 4800 0.91 NKI 75/35

105 54 130 290 3400 4800 1.45 NA 6915

80 110 25 72.1 140 3200 4500 0.68 NKI 80/25

110 30 88 183 3200 4500 0.88 NA 4916

110 35 101 216 3200 4500 0.96 NKI 80/35

110 54 134 315 3200 4500 1.50 NA 6916

85 115 26 73.7 146 3000 4300 0.75 NKI 85/26

115 36 105 232 3000 4300 1.05 NKI 85/36

120 35 108 250 2800 4000 1.25 NA 4917

120 63 165 425 2800 4000 2.20 NA 6917

90 120 26 76.5 156 2800 4000 0.78 NKI 90/26

120 36 108 250 2800 4000 1.10 NKI 90/36

125 35 112 265 2600 3800 1.30 NA 4918

125 63 172 450 2600 3800 2.30 NA 6918

95 125 26 78.1 166 2600 3800 0.82 NKI 95/26

125 36 112 265 2600 3800 1.15 NKI 95/36

130 35 114 270 2440 3600 1.40 NA 4919

130 63 172 465 2400 3600 2.50 NA 6919

100 130 30 96.8 220 2400 3600 1.00 NKI 100/30

130 40 123 305 2400 3600 1.35 NKI 100/40

135 32 91.3 220 2400 3600 1.35 NKIS 100

140 40 125 280 2200 3400 1.90 NA 4920

110 140 30 93.5 232 2200 3400 1.10 NA 4822

150 40 130 300 2000 3200 2.10 NA 4922

120 150 30 99 255 2000 3200 1.15 NA 4824

165 45 176 405 1900 3000 2.85 NA 4924

130 165 35 119 325 1800 2800 1.80 NA 4826

180 50 198 480 1700 2600 3.90 NA 4926

140 175 35 121 345 1700 2600 1.95 NA 4828

190 50 205 510 1600 2400 4.15 NA 4928

150 190 40 147 415 1600 2400 2.70 NA 4830

160 200 40 157 450 1500 2200 2.90 NA 4832

170 215 45 179 520 1500 2200 4.00 NA 4834

180 225 45 190 570 1400 2000 4.20 NA 4836

190 240 50 220 710 1300 1900 5.60 NA 4838

300
Needle Roller Bearings

Needle Roller Bearing With

NRB Flange With Inner Ring
d220 - 300mm

Principal Dimension Basic Load Rating Speed Rating Lubrication Mass

Dynamic Grease Designation

Static
Fw D B C Oil
C0
mm kN RPM Kg.

200 250 50 224 735 1200 1800 5.85 NA 4840

220 270 50 238 815 1100 1700 6.40 NA 4844

240 300 60 347 1120 950 1500 10.0 NA 4848

260 320 60 358 1200 900 1400 10.5 NA 4852

280 350 69 429 1320 850 1300 15.5 NA 4856

300 380 80 594 1800 750 1100 22.0 NA 4860

301
Needle Roller Bearings

Needle Roller and Cage Assemblies

d8 - 15mm
NRB

Boundary Dimension Basic Load Rating Speed Rating Lubrication Mass

Dynamic Designation
F Static Grease
D B C Oil Kg.
mm C0 RPM
kN

8 11 8 3.1 3.2 19000 32000 0.002 K8*11*8

11 10 3.8 4.25 19000 32000 0.002 K8*11*10

11 13 5 5.85 19000 32000 0.003 K8*11*13

12 13 5.85 6 19000 32000 0.005 K8*12*13

9 12 10 4.05 4.75 18000 30000 0.003 K9*12*10

12 13 5.3 6.55 18000 30000 0.004 K9*12*3

10 13 9 4.6 5.7 17000 28000 0.002 K10*13*9

13 10 5.2 6.55 17000 28000 0.002 K10*13*10

13 13 5.6 7.35 17000 28000 0.004 K10*13*13

13 16 7.1 9.8 17000 28000 0.004 K10*13*16

14 10 5.85 6.4 18000 30000 0.004 K10*14*10

14 13 7.5 8.8 18000 30000 0.005 K10*14*13

11 14 10 4.55 5.7 17000 28000 0.003 K11*14*10

12 15 9 4.55 5.85 16000 26000 0.002 K12*15*9

15 10 5.6 7.65 16000 26000 0.003 K12*15*10

15 13 6.4 9.15 16000 26000 0.004 K12*15*13

15 15 6.7 9.65 16000 26000 0.005 K12*15*15

16 10 6.55 7.8 16000 26000 0.005 K12*16*10

16 13 7.1 8.65 16000 26000 0.007 K12*16*13

17 13 8.5 9.5 17000 28000 0.008 K12*17*13

17 14 9.8 11.4 17000 28000 0.009 K12*17*14

18 12 9.5 9.8 17000 28000 0.009 K12*18*12

13 17 10 6.8 8.5 16000 26000 0.005 K13*17*10

18 15 1.04 12.2 16000 26000 0.011 K13*18*15

14 18 8 5.1 6 16000 26000 0.005 K14*18*8

18 10 6.8 8.5 16000 26000 0.005 K14*18*10

18 13 9.15 12.5 16000 26000 0.007 K14*18*13

18 15 1.0 1.4 16000 26000 0.007 K14*18*15

18 16 9.5 12.9 16000 26000 0.007 K14*18*16

18 17 11.8 17.9 16000 26000 0.008 K14*18*17

19 13 9.8 11.6 16000 26000 0.007 K14*19*13

19 18 12.5 16.3 16000 26000 0.014 K14*19*18

20 12 1.0 10.8 16000 26000 0.010 K14*20*12

15 18 14 7.8 12.5 15000 24000 0.005 K15*18*14

18 16 8 12.9 15000 24000 0.007 K15*18*16

18 17 8.3 13.7 15000 24000 0.005 K15*18*17

19 10 7.5 9.8 15000 24000 0.005 K15*19*10

302
Needle Roller Bearings

Needle Roller and Cage Assemblies

d15 - 20mm
NRB

Boundary Dimension Basic Load Rating Speed Rating Lubrication Mass

Dynamic Designation
F Static Grease
D B C Oil Kg.
mm C0 RPM
kN

15 19 13 9.15 12.7 15000 24000 0.007 K15*19*13

19 14 10.2 14.6 15000 24000 0.007 K15*19*14

20 13 9.5 11.6 16000 26000 0.011 K15*20*13

21 15 12.7 15 16000 26000 0.014 K15*21*15

21 21 16.8 20.8 16000 26000 0.018 K/15*21*21

16 20 8 6.1 7.65 15000 24000 0.005 K16*20*8

20 10 7.35 9.8 15000 24000 0.006 K16*20*10

20 13 9.5 13.7 15000 24000 0.007 K16*20*13

20 14 10.2 15 15000 24000 0.008 K16*20*14

20 17 11.2 17 15000 24000 0.008 K16*20*17

20 20 12.7 19.6 15000 24000 0.010 K16*20*20

22 12 11 12.5 16000 26000 0.012 K16*22*12

22 20 17.6 23.2 16000 26000 0.021 K16*22*20

24 20 19.3 21.6 16000 26000 0.031 K16*24*20

17 20 10 5.7 8.8 15000 24000 0.005 K17*20*10

21 10 7.65 10.6 15000 24000 0.005 K17*21*10

21 13 10 14.6 15000 24000 0.008 K17*21*13

21 15 10.8 16.3 15000 24000 0.009 K17*21*15

21 17 11.2 17 15000 24000 0.012 K17*21*17

22 20 16.3 23.6 15000 24000 0.018 K17*22*20

23 15 13.4 16.6 15000 24000 0.017 K17*23*15

18 22 10 8 11.2 15000 24000 0.006 K18*22*10

22 13 10.2 15.6 15000 24000 0.008 K18*22*13

22 14 11 17 15000 24000 0.009 K18*22*14

22 17 12.5 20 15000 24000 0.010 K18*22*17

22 20 14.3 23.6 15000 24000 0.014 K18*22*20

23 20 17 25.5 15000 24000 0.019 K18*23*20

24 12 11.2 13.4 15000 24000 0.013 K18*24*12

24 13 11.6 13.7 15000 24000 0.016 K18*24*13

24 20 18.3 25 15000 24000 0.020 K18*24*20

25 22 22 29 15000 24000 0.028 K18*25*22

26 20 20.8 24.5 15000 24000 0.034 K18*26*20

19 23 13 10.2 15.6 14000 22000 0.008 K19*23*13

23 17 12.7 20.8 14000 22000 0.013 K19*23*17

20 24 8 6.95 98 13000 20000 0.006 K20*24*8

24 10 8.5 12.7 13000 20000 0.007 K20*24*10

24 12 10.2 16 13000 20000 0.008 K20*24*12

303
Needle Roller Bearings

Needle Roller and Cage Assemblies

d20 - 25mm
NRB

Boundary Dimension Basic Load Rating Speed Rating Lubrication Mass

Dynamic Designation
F Static Grease
D B C Oil Kg.
mm C0 RPM
kN

20 24 13 11 17.3 13000 20000 0.009 K20*24*13

24 14 11.8 19 13000 20000 0.009 K20*24*14

24 17 14 24 13000 20000 0.011 K20*24*17

26 12 12.5 15.6 13000 20000 0.014 K20*26*12

26 13 12.7 16 13000 20000 0.015 K20*26*13

26 17 18.6 26.5 13000 20000 0.019 K20*26*17

26 20 19.3 27.5 13000 20000 0.022 K20*26*20

28 20 23.2 29 13000 20000 0.032 K20*28*20

28 20 23.2 29 13000 20000 0.032 K20*28*20

19 17 11.6 17.3 15000 24000 0.009 K15*19*17

28 25 28 37.5 13000 20000 0.039 K20*28*25

30 30 34.5 42.5 13000 20000 0.059 K20*30*30

21 25 17 13.7 23.2 13000 20000 0.014 K21*25*17

22 26 10 86.5 13.4 12000 19000 0.006 K22*26*10

26 13 11.2 18.6 12000 19000 0.010 K22*26*13

26 14 12.5 21.2 12000 19000 0.010 K22*26*14

26 17 14.6 26.5 12000 19000 0.012 K22*26*17

26 18 14.6 25.5 12000 19000 0.013 K22*26*18

27 17 15.6 24 12000 19000 0.016 K22*27*17

28 13 14 18.6 12000 19000 0.017 K22*28*13

28 17 17.3 24.5 12000 19000 0.021 K22*28*17

30 15 18.6 22.8 12000 19000 0.027 K22*30*15

32 28 37.5 48 12000 19000 0.072 K22*32*28

32 30 39 51 12000 19000 0.064 K22*32*30

23 28 24 21.2 36.5 11000 18000 0.028 K23*28*24

24 28 10 88 14 10000 17000 0.008 K24*28*10

28 13 11.8 20.4 10000 17000 0.010 K24*28*13

28 16 12 20.4 10000 17000 0.015 K24*28*16

28 17 14.6 26.5 10000 17000 0.012 K24*28*17

30 17 18.6 28 10000 17000 0.023 K24*30*17

30 22 22 34.5 10000 17000 0.030 K24*30*22

25 29 10 91.5 15 10000 17000 0.008 K25*29*10

29 13 10 18.6 10000 17000 0.014 K25*29*13

29 17 14.3 26.5 10000 17000 0.017 K25*29*17

30 13 14 22 10000 17000 0.014 K25*30*13

30 17 18 30.5 10000 17000 0.019 K25*30*17

30 18 19.6 34 10000 17000 0.020 K25*30*18

304
Needle Roller Bearings

Needle Roller and Cage Assemblies

d25 - 30mm
NRB

Boundary Dimension Basic Load Rating Speed Rating Lubrication Mass

Dynamic Designation
F Static Grease
D B C Oil Kg.
mm C0 RPM
kN

25 30 20 20 34.5 10000 17000 0.022 K25*30*20

30 24 23.6 43 10000 17000 0.025 K25*30*24

31 14 16 23.2 10000 17000 0.019 K25*31*14

31 17 18.6 28 10000 17000 0.023 K25*31*17

31 21 23.6 38 10000 17000 0.029 K25*31*21

31 24 24 39 10000 17000 0.038 K25*31*24

32 15 18.3 25 10000 17000 0.028 K25*32*15

32 16 19 26 10000 17000 0.027 K25*32*16

33 20 275 38 10000 17000 0.039 K25*33*20

33 25 31 45 10000 17000 0.046 K25*33*25

35 25 35.5 46.5 10000 17000 0.059 K25*35*25

35 30 42.5 57 10000 17000 0.070 K25*35*30

26 30 13 11.6 20.4 9500 16000 0.013 K26*30*13

30 17 14.3 26.5 9500 16000 0.017 K26*30*17

31 20 19 32.5 9500 16000 0.026 K26*31*20

27 34 17 19.3 27 9000 15000 0.035 K27*34*17

28 32 21 17.6 36 9000 15000 0.022 K28*32*21

33 17 19 33.5 9000 15000 0.020 K28*33*17

33 27 27.5 54 9000 15000 0.031 K28*33*27

34 17 20 32 9000 15000 0.026 K28*34*17

34 20 23.2 38 9000 15000 0.024 K28*34*20

35 16 20 28.5 9000 15000 0.034 K28*35*16

35 17 20 28.5 9000 15000 0.036 K28*35*17

35 18 23.2 34.5 9000 15000 0.033 K28*35*18

35 27 33.5 55 9000 15000 0.047 K28*35*27

36 20 26.5 37.5 9000 15000 0.049 K28*36*20

40 30 51 68 9000 15000 0.097 K28*40*30

29 34 27 27.5 55 8500 14000 0.039 K29*34*27

30 35 13 15 25.5 8500 14000 0.017 K30*35*13

35 17 19.3 35.5 8500 14000 0.022 K30*35*17

35 18 20.4 37.5 8500 14000 0.023 K30*35*18

35 20 21.6 43 8500 14000 0.025 K30*35*20

35 23 24.5 47.5 8500 14000 0.034 K30*35*23

35 24 26 52 8500 14000 0.030 K30*35*24

35 27 29 60 8500 14000 0.033 K30*35*27

36 14 17 26.5 8500 14000 0.023 K30*36*14

37 18 23.2 35.5 8500 14000 0.040 K30*37*18

305
Needle Roller Bearings

Needle Roller and Cage Assemblies

d30 - 38mm
NRB

Boundary Dimension Basic Load Rating Speed Rating Lubrication Mass

Dynamic Designation
F Static Grease
D B C Oil Kg.
mm C0 RPM
kN
30 40 30 44 64 8500 14000 0.081 K30*40*30

42 30 51 68 8500 14000 0.096 K30*42*30

32 36 15 11 20.4 8000 13000 0.019 K32*36*15

37 13 14.6 25 8000 13000 0.021 K32*37*13

37 17 19 35.5 8000 13000 0.022 K32*37*17

37 27 28 57 8000 13000 0.042 K32*37*27

38 20 26 48.5 8000 13000 0.039 K32*38*20

38 26 31.5 58.8 8000 13000 0.043 K32*38*26

39 14 20 30 8000 13000 0.033 K32*39*14

39 16 21.2 32.5 8000 13000 0.038 K32*39*16

39 18 24.5 39 8000 13000 0.037 K32*39*18

40 25 36 57 8000 13000 0.057 K32*40*25

40 36 49 86.5 8000 13000 0.080 K32*40*36

42 42 65.5 10.8 8000 13000 0.119 K32*42*42

34 44 26 40.5 58.5 7500 12000 0.085 K32*42*26

35 40 13 15.6 28 7500 12000 0.019 K35*40*13

40 17 20 39 7500 12000 0.026 K35*40*17

40 19 22 44 7500 12000 0.032 K35*40*19

40 25 27 57 7500 12000 0.034 K35*40*25

40 27 28.5 60 7500 12000 0.036 K35*40*27

40 31 32 69.5 7500 12000 0.041 K35*40*31

42 16 23.6 37.5 7500 12000 0.036 K35*42*16

42 18 26 43 7500 12000 0.040 K35*42*18

42 30 38 71 7500 12000 0.062 K35*42*30

45 20 35.5 50 7500 12000 0.077 K35*45*20

45 41 67 11.4 7500 12000 0.13 K35*45*41

45 49 78 13.7 7500 12000 0.147 K35*45*49

36 40 29 20.4 47.5 7500 12000 0.02 K36*40*29

42 16 21.6 38 7500 12000 0.03 K36*42*16

37 42 13 16.3 30 7000 11000 0.02 K37*42*13

42 17 20.8 41.5 7000 11000 0.026 K37*42*17

42 27 30.5 68 7000 11000 0.048 K37*42*27

44 19 28.5 49 7000 11000 0.044 K37*42*19

38 43 17 20.8 41.5 7000 11000 0.032 K38*43*17

43 27 30.5 68 7000 11000 0.05 K38*43*27

46 20 31.5 52 7000 11000 0.056 K38*46*20

46 32 52 98 7000 11000 0.09 K38*46*32

50 33 64 98 7000 11000 0.132 K38*50*33

306
Needle Roller Bearings

Needle Roller and Cage Assemblies

d39 - 47mm
NRB

Boundary Dimension Basic Load Rating Speed Rating Lubrication Mass

Dynamic Designation
F Static Grease
D B C Oil Kg.
mm C0 RPM
kN

39 44 24 29 64 7000 11000 0.037 K39*44*24

40 45 17 22.8 48 6700 10000 0.024 K40*45*17

45 18 24 51 6700 10000 0.03 K40*45*18

45 21 22 45.5 6700 10000 0.031 K40*45*21

45 27 31 71 6700 10000 0.041 K40*45*27

46 17 24 45 6700 10000 0.035 K40*46*17

47 18 27 46.5 6700 10000 0.047 K40*47*18

48 20 31 51 6700 10000 0.06 K40*48*20

50 27 50 81.5 6700 10000 0.094 K40*50*27

55 45 96.5 146 6700 10000 0.237 K40*55*45

42 47 13 18 35.5 6700 10000 0.023 K42*47*13

47 17 21.6 45.5 6700 10000 0.035 K42*47*17

47 27 32 75 6700 10000 0.054 K42*47*27

50 13 21.2 30 6700 10000 0.041 K42*50*13

50 18 30 50 6700 10000 0.053 K42*50*18

50 20 32 54 6700 10000 0.062 K42*50*20

43 48 17 21.6 46.5 6300 9500 0.036 K43*48*17

48 27 32 75 6300 9500 0.045 K43*48*27

44 50 22 30 61 6300 9500 0.046 K44*50*22

45 50 13 17.6 36 6300 9500 0.024 K45*50*13

50 17 23.6 53 6300 9500 0.032 K45*50*17

50 21 23.2 51 6300 9500 0.034 K45*50*21

50 27 32.5 78 6300 9500 0.058 K45*50*27

52 18 29 53 6300 9500 0.052 K45*52*18

52 21 33.5 64 6300 9500 0.067 K45*52*21

53 20 34 60 6300 9500 0.065 K45*53*20

53 21 37.5 67 6300 9500 0.069 K45*53*21

53 25 40.5 75 6300 9500 0.094 K45*53*25

53 28 46.5 90 6300 9500 0.088 K45*53*28

55 20 40 62 6300 9500 0.077 K45*55*20

59 18 46.5 56 6300 9500 0.079 K45*59*18TN

59 36 78 118 6300 9500 0.0186 K45*59*36

60 40 88 134 6300 9500 0.305 K45*60*40

60 45 98 153 6300 9500 0.342 K45*60*45

47 52 17 23.2 51 6000 9000 0.034 K47*52*17

52 27 33.5 83 6000 9000 0.049 K47*52*27

55 26 43 83 6000 9000 0.101 K47*55*26

307
Needle Roller Bearings

Needle Roller and Cage Assemblies

d47 - 65mm
NRB

Boundary Dimension Basic Load Rating Speed Rating Lubrication Mass

Dynamic Designation
F Static Grease
D B C Oil Kg.
mm C0 RPM
kN

47 55 28 46.5 90 6000 9000 0.092 K47*55*28

48 53 17 24.5 56 5600 8500 0.033 K48*53*17

54 19 29 62 5600 8500 0.047 K48*54*19

49 65 38 93 140 5600 8500 0.249 K49*55*36

50 55 17 24 56 5600 8500 0.034 K50*55*17

55 20 28.5 69.5 5600 8500 0.04 K50*55*20

55 30 36 93 5600 8500 0.071 K50*55*30

56 23 33.5 75 5600 8500 0.056 K50*56*23

58 20 36.5 68 5600 8500 0.072 K50*58*20

58 25 44 86.5 5600 8500 0.087 K50*58*25

58 35 61 132 5600 8500 0.105 K50*58*35

60 32 58.5 106 5600 8500 0.172 K50*60*32

52 57 12 15.6 31.5 5300 8000 0.03 K52*57*12

57 14 20.4 45 5300 8000 0.043 K52*57*17

60 24 45 90 5300 8000 0.088 K52*60*24

55 60 17 24.5 60 5000 7500 0.045 K55*60*17

60 20 29 73.5 5000 7500 0.043 K55*60*20

60 27 38 102 5000 7500 0.062 K55*60*27

60 30 38 104 5000 7500 0.078 K55*60*30

63 15 29 52 5000 7500 0.068 K55*63*15

63 20 38 75 5000 7500 0.078 K55*63*20

63 25 47.5 98 5000 7500 0.095 K55*63*25

63 32 57 125 5000 7500 0.143 K55*63*32

65 36 75 150 5000 7500 0.206 K55*65*36

58 63 17 26 64 4800 7000 0.048 K58*63*17

65 18 32.5 68 4800 7000 0.065 K58*65*18

60 65 20 30.5 80 4800 7000 0.046 K60*65*20

65 30 40.5 116 4800 7000 0.085 K60*65*30

68 20 40 80 4800 7000 0.084 K60*68*20

68 23 46.5 98 4800 7000 0.112 K60*68*23

68 25 49 104 4800 7000 0.123 K60*68*25

75 42 11.2 196 4800 7000 0.408 K60*75*42

63 71 20 39 80 4500 6700 0.09 K63*71*20

64 70 16 25 56 4500 6700 0.061 K64*70*16

65 70 20 27 69.5 4300 6300 0.054 K65*70*20

70 30 42.5 125 4300 6300 0.092 K65*70*30

73 30 57 129 4300 6300 0.0131 K65*73*30

308
Needle Roller Bearings

Needle Roller and Cage Assemblies

d68 - 165mm
NRB

Boundary Dimension Basic Load Rating Speed Rating Lubrication Mass

Dynamic Designation
F Static Grease
D B C Oil Kg.
mm C0 RPM
kN

68 74 28 42.5 110 4000 6000 0.081 K68*74*28

74 30 45 120 4000 6000 0.098 K68*74*30

70 76 20 34 85 4000 6000 0.082 K70*76*20

76 30 49 134 4000 6000 0.121 K70*76*30

78 20 41.5 90 4000 6000 0.099 K70*78*20

78 23 47.5 106 4000 6000 0.0128 K70*78*23

78 30 58.5 140 4000 6000 0.14 K70*78*30

72 80 20 42.5 91.5 4000 6000 0.101 K73*80*20

73 79 20 35.5 90 3800 5600 0.086 K73*79*20

75 83 23 50 116 3800 5600 0.12 K75*83*23

83 30 57 140 3800 5600 0.181 K75*83*20

80 86 20 36.5 98 3600 5300 0.094 K80*86*20

88 25 51 122 3600 5300 0.161 K80*88*25

88 30 64 163 3600 5300 0.16 K80*88*30

85 92 20 38 93 3400 5000 0.096 K85*92*20

93 25 53 129 3400 5000 0.17 K85*93*20

93 30 65.5 173 3400 5000 0.169 K85*93*30

90 97 20 42 116 3000 4500 0.107 K90*97*20

98 25 52 129 3000 4500 0.179 K90*98*25

98 30 60 156 3000 4500 0.215 K90*98*30

95 103 20 46.5 116 2800 4300 0.152 K95*103*20

100 108 30 68 193 2800 4300 0.239 K100*108*30

105 113 27 64 180 2600 4000 0.225 K105*113*27

110 118 24 61 170 2400 3800 0.208 K110*118*24

118 30 71 208 2400 3800 0.262 K110*118*30

120 128 25 63 183 2000 3400 0.237 K120*128*25

130 137 24 61 200 1900 3200 0.211 K130*137*24

140 45 127 400 1900 3200 0.586 K130*140*45

135 145 38 116 355 1800 3000 0.511 K135*145*38

140 150 43 132 430 1800 3000 0.596 K140*150*43

150 160 43 137 455 1700 2800 0.639 K150*160*43

160 168 22 62 200 1600 2600 0.281 K160*168*22

165 173 26 75 255 1600 2600 0.338 K165*173*26

309
 Drawn Cup Needle Roller Bearings
Needle Roller Bearings

With Open Ends

NRB Series HK
Drawn Cup Needle Roller Bearings
With Closed Ends
Series BK

Dimensions Basic load ratings Limiting Reference

speed speed
Drawn cup needle rolller Drawn cup needle rolller
bearings bearings
dynamic static nG nB
with open ends with closed ends
-1
Fw D C C C0 min min -1

Mass Mass
-0.3 kN kN
Designation = Designation =
g g

(+) HK 0306 TN 1 (+) BK 0306 TN2) 1 3 6.5 6 1.23 0.84 32200 45500

(+) HK 0408 2 (+) BK 0408 2.1 4 8 8 1.78 1.31 28700 35000

(+) HK 0509 2 (+) BK 0509 2.1 5 9 9 2.4 1.99 26600 29400

(+) HK 0608 2.1 - - 6 10 8 2.03 1.65 24500 25200

HK 0609 2.5 BK 0609 2.6 6 10 9 2.85 2.6 24500 24500

HK 0709 2.6 BK 0709 2.9 7 11 9 3.1 2.95 21700 21700

HK 0808 2.7 BK 0808 3 8 12 8 2.75 2.6 19600 18900

HK 0810 3 BK 0810 3.4 8 12 10 3.8 3.95 19600 18900

HK 0908 3 - - 9 13 8 3.55 3.75 17500 16100

HK 0910 4 BK 0910 4.3 9 13 10 4.25 4.65 17500 16800

HK 0912 4.6 BK 0912 4.9 9 13 12 5.3 6.3 17500 16100

HK 1010 4.1 BK 1010 4.3 10 14 10 4.4 5.1 16100 15400

HK 1012 4.8 BK 1012 5 10 14 12 5.5 6.8 16100 14700

HK 1015 6 BK 1015 6.2 10 14 15 6.8 8.8 14000 14700

HK 1210 4.6 BK 1210 5.2 12 16 10 4.95 6.2 13300 12600

HK 1212 9 BK 1212 10 12 18 12 6.5 7.3 12600 12600

HK 1312 10 BK 1312 11 13 19 12 6.8 7.9 11200 11900

HK 1412 10.5 BK 1412 12 14 20 12 7.1 8.5 11200 11200

HK 1512 11 BK 1512 13 15 21 12 7.9 9.4 11200 9800

HK 1516 15 BK 1516 17 15 21 16 10.5 14.4 11200 9800

(o)HK 1522 20 - - 15 21 22 13.4 19.5 11200 9800

HK 1612 12 BK 1612 14 16 22 12 7.6 9.7 10500 9800

HK 1616 16 BK 1616 18 16 22 16 10.9 15.3 10500 9100

(o)HK 1622 22 BK 1622 24 16 22 22 13.1 19.4 10500 9800

HK 1712 12 - - 17 23 12 7.9 10.3 9800 9100

HK 1812 13 BK 1812 15 18 24 12 8.1 10.9 9100 8400

HK 1816 18 BK 1816 20 18 24 16 11.6 17.3 9100 8400

HK 2010 12 - - 20 26 10 6.4 8.2 8400 8400

HK 2012 14 - - 20 26 12 8.6 12.1 8400 7700

HK 2016 19 BK 2016 22 20 26 16 12.7 20.1 8400 7700

HK 2020 24 BK 2020 27 20 26 20 15.7 26 8400 7700

(o)HK 2030 35 - - 20 26 30 21.8 40 8400 7700

HK 2210 13 - - 22 28 10 7.5 10.5 7700 7000

HK 2212 15 BK 2212 18 22 28 12 9.1 13.4 7700 7000

310
 Drawn Cup Needle Roller Bearings
Needle Roller Bearings

With Open Ends

NRB Series HK
Drawn Cup Needle Roller Bearings
With Closed Ends
Series BK

Dimensions Basic load ratings Limiting Reference

speed speed
Drawn cup needle rolller Drawn cup needle rolller
bearings bearings
dynamic static nG nB
with open ends with closed ends
-1
Fw D C C C0 min min -1

Mass Mass
-0.3 kN kN
Designation = Designation =
g g

HK 2216 21 BK 2216 24 22 28 16 13.4 22.1 7700 7000

HK 2220 26 - - 22 28 20 16.5 29 7700 7000

TN = Plastic cage, permissible operating temperature : + 120 ˚C ( Continuous operation).

(+) Not available with lubrication hole.
(o) Double row version with lubrication hole.
1 ) For other inner rings see
2 ) BK 0306 TN with smooth base

311
 Drawn Cup Needle Roller Bearings
Needle Roller Bearings

With Open Ends

NRB Series HK
Drawn Cup Needle Roller Bearings
With Closed Ends
Series BK

Drawn cup needle rolller Drawn cup needle rolller Dimensions Basic load ratings Limiting Reference
bearings bearings speed speed
with open ends with closed ends dynamic static

Mass Mass Fw D C C C0 nG nB
Designation = Designation =
g g -0.3 kN kN min -1 min -1

HK 2512 20 - - 25 32 12 11 15.2 7000 6300

HK 2516 27 - - 25 32 16 15.6 24 7000 6300

HK 2520 33 BK 2520 38 25 32 20 19.9 33 7000 5950

HK 2526 44 BK 2526 48 25 32 26 25.5 45 7000 5950

(o) HK 2538 64 (o) BK 2538 68 25 32 38 34 66 7000 5950

HK 2816 29 - - 28 35 16 16.4 26.5 6300 5600

HK 2820 36 - - 28 35 20 20.9 36 6300 5600

HK 3012 23 BK 3012 28 30 37 12 12.1 18.2 5950 5250

HK 3016 31 BK 3016 38 30 37 16 17.2 29 5950 5250

HK 3020 39 BK 3020 47 30 37 20 22 39.5 5950 5250

HK 3026 51 BK 3026 58 30 37 26 28 54 5950 5250

(o) HK 3038 76 (o) BK 3038 84 30 37 38 37.5 79 5950 5250

HK 3512 27 - - 35 42 12 13.1 21.3 5250 4550

HK 3516 36 - - 35 42 16 18.7 33.5 5250 4550

HK 3520 44 BK 3520 53 35 42 20 23.8 46 5250 4550

HK 4012 30 - - 40 47 12 14 24.3 4550 4200

HK 4016 39 - - 40 47 16 20 38.5 4550 4200

HK 4020 54 BK 4020 62 40 47 20 25.5 52 4550 3850

HK 4512 33 - - 45 52 12 14.9 27.5 4200 3850

HK 4516 46 - - 45 52 16 21.3 43 4200 3850

HK 4520 56 BK 4520 72 45 52 20 27 59 4200 3500

HK 5020 70 - - 50 58 20 31 63 3500 3290

HK 5025 90 - - 50 58 25 38.5 84 3500 3290

HK 5520 74 - - 55 63 20 31.5 67 3290 3080

HK 5528 105 - - 55 63 28 44 103 3290 3010

HK 6012 49 - - 60 68 12 17.4 32 3080 3010

HK 6020 81 - - 60 68 20 33.5 75 3080 2870

HK 6032 136 - - 60 68 32 53 135 3080 2800

TN = Plastic cage, permissible operating temperature : + 120 oC ( Continuous operation).

(0) Double row version with lubrication hole.

312
Pillow Block
Bearings

313
UC

UC

UC Series Depending on the type, the following method of fitting to

These bearings are combination of radial ball bearing, the shaft are employed.
seal and housing of high grade cast iron which comes (A) The inner ring is the fastened onto the shaft in two
in various shapes. The OD of the bearing and the internal places by set screws.
surface of housing arespherical, because of this the unit (B) The inner ring has a tapered bore and is fitted to the
is self aligning. shaft by means of an adopter.
(C) In the eccentric locking collar system the inner ring is
The internal construction of ball bearing for the unit is such fastened to the shaft by means of
that 62XX and 63XX series of deep groove ball bearing steel eccentric grooves provided at the side of the inner ring and
ball and retainer’s are used and capable of accommodating on the collar.
axial load as well as radial load or composite load.The radial
load carrying capacity of this bearing is higher than that ZNL maintenance true bearing unit contain a high grade
of the corresponding self aligning ball bearing used for lithium based groove,good the use over a long period,
standard plummer blocks. Any misalignment of axis that which is ideally suites to sealed type bearing. Alsosealed
aries from poor workmanship on the shaft or error in fitting type bearing prevent any leakage of groove or penetration
will be properly adjusted. of dust and water from outside.

Set screws type flanged units cost

housing.
-UCP2
-UCFC2
-UCFC2

314
UC

UC

UC 2XX

Dimensions in mm Basic Load Ratings

Dynamic Wt. (Kg)

Bearing No. d D B C Static
N

UC201 12.000 47.000 31.000 17.000 9880 6200 0.200

UC202 15.000 40.000 27.400 14.000 9550 4780 0.120

UC203 17.000 40.000 27.400 14.000 9550 4780 0.110

UC204 20.000 47.000 31.000 16.000 12800 6650 0.180

UC205 25.000 52.000 34.000 17.000 14000 7880 0.210

UC206 30.000 62.000 38.100 19.000 19500 11200 0.340

UC207 35.000 72.000 42.900 20.000 25700 15200 0.530

UC208 40.000 80.000 49.200 21.000 29600 18200 0.640

UC209 45.000 85.000 49.200 22.000 31850 20800 0.680

UC210 50.000 90.000 51.600 23.000 35100 23200 0.800

UC211 55.000 100.000 55.600 25.000 43550 29200 1.110

UC212 60.000 110.000 65.100 27.000 47800 32800 1.530

UC213 65.000 120.000 65.100 28.000 57200 40000 1.860

UC214 70.000 125.000 74.600 30.000 60800 45000 2.050

UC215 75.000 130.000 77.800 30.000 66000 49500 2.210

UC216 80.000 140.000 82.600 33.000 71500 54200 2.790

UC217 85.000 150.000 85.700 34.000 83200 63800 3.380

UC218 90.000 160.000 96.000 37.000 95900 71500 4.450

315
UC

UC

UC 3XX

Dimensions in mm Basic Load Ratings

Dynamic Wt. (Kg)

Bearing No. d D B C Static
N

UC305 25.000 62.000 38.000 21.000 22360 11500 0.350

UC306 30.000 72.000 43.000 24.000 27000 15200 0.560

UC307 35.000 80.000 48.000 25.000 33500 19200 0.710

UC308 40.000 90.000 52.000 28.000 40560 24000 0.960

UC309 45.000 100.000 57.000 30.000 53000 31800 1.280

UC310 50.000 110.000 61.000 32.000 61750 37800 1.650

UC311 55.000 120.000 66.000 34.000 71500 44800 1.900

UC312 60.000 130.000 71.000 36.000 81600 51800 2.600

UC313 65.000 140.000 75.000 38.000 93860 60500 3.250

UC314 70.000 150.000 78.000 40.000 104260 68000 3.960

UC315 75.000 160.000 82.000 42.000 113360 76800 4.330

UC316 80.000 170.000 86.000 44.000 122850 86500 5.570

UC317 85.000 180.000 96.000 46.000 132600 96500 6.840

UC318 90.000 190.000 96.000 48.000 14300 10800 7.870

UC319 95.000 200.000 103.000 50.000 156000 122000 8.880

316
UCP

UCP

UCP 2XX

Bolt
Shaft Dia. Dimension Weight
Size
Unit No.
d
mm H L J A N N1 H1 H0 B S mm Kg.
(In)

UCP201 12 30.2 127 95 38 13 19 14 60.7 31 12.7 M10 0.76

UCP201-8 1/2

UCP202-9 9/16 30.2 125 96 32 12 16 13 57 27.4 11.5 M10 0.6

UCP202-9 15

UCP202-10 5/8

UCP203 17 30.2 125 96 32 12 16 13 57 27.4 11.5 M10 0.6

UCP203-11 11/16

UCP204-12 33.3 127 96 37 13 19 14 63.8 31 12.7 M10 0.65

UCP204 20

UCP205-14 7/8

UCP205-15 15/16 36.5 140 105 38 13 19 15 69.5 34 14.3 M10 0.72

UCP205 25

UCP205-16 1

UCP206-17 1-11/16 42.9 160 121 44 14 19 16 82 38.1 15.9 M12 1.15

UCP206-18 1-1/8

UCP206 30

UCP206-19 1-3/16

UCP206-20 1-1/4

UCP207-20 1-1/4 47.6 167 126 48 15 19 17 92 42.9 17.5 M12 1.53

UCP207-21 1-5/16

UCP207-22 1-3/8

UCP207 35

UCP207-23 1-7/16

UCP208-24 1-1/2 49.2 180 136 52 15 21 18 98 49.2 19 M12 1.88

UCP208-25 1-9/16

UCP208 40

UCP209-26 1-5/8 54 189 146 54 15 21 20 105.5 49.2 19 M12 2.1

UCP209-27 1-11/16

UCP209-28 1-3/4

UCP209 45

317
UCP

UCP

UCP 2XX

Bolt
Shaft Dia. Dimension Weight
Size
Unit No.
d
mm H L J A N N1 H1 H0 B S mm Kg.
(In)

UCP210-30 1-7/8 57.2 204 159 57 19 22 21 112.2 51.6 19 M16 2.50

UCP210-31 1-15/16

UCP210 50

UCP210-32 2

UCP211-32 2 63.5 217 172 60 19 22 22 124.5 55.6 22.2 M16 3.30

UCP211-34 2-1/8

UCP211 55

UCP211-35 2-3/16

UCP212-36 2-1/4 69.9 238 186 66 19 25 24 137 65.1 25.4 M16 5.50

UCP212 60

UCP212-38 2-3/8

UCP212-39 2-7/16

UCP213-40 2-1/2 76.2 262 203 70 23 29 26 149 65.1 25.4 M20 5.60

UCP213 65

UCP214-44 2-3/4 79.4 266 210 72 23 29 27 155 74.6 30.2 M20 6.60

UCP214 70

UCP215-47 2-15/16 82.6 274 217 74 25 29 28 161.6 77.8 33.3 M20 7.30

UCP215 75

UCP215-48 3

UCP216 80 88.9 292 332 78 25 30 30 174 82.6 33.3 M20 8.30

UCP217-52 3-1/4 95.2 310 247 83 25 30 32 186 85.7 34.1 M20 10.80

UCP217 85

UCP218-56 3-1/2 101.6 326 262 88 27 30 33 198 96 39.7 M22 13.00

UCP218 90

UCP220 100 115 380 305 95 30 36 40 225 108 42 M20 16.00

318
UCP

UCP

UCP 3XX

Shaft Dimension Bolt Size Weight

Unit No. d
H L J A N N1 H1 H0 B S mm Kg.
mm

UCP305 25 45 173 132 45 17 20 15 85 38 15 M14 1.40

UCP306 30 50 180 140 50 17 20 15 95 43 17 M14 1.80

UCP307 35 56 210 160 56 17 25 19 106 48 19 M14 2.80

UCP308 40 60 218 170 62 18 25 19 116 52 19 M14 3.00

UCP309 45 67 244 190 66 20 26 23 129 57 22 M16 4.10

UCP310 50 75 271 212 74 20 30 26 143 61 22 M16 5.80

UCP311 55 80 300 236 80 20 32 29 154 66 25 M16 7.40

UCP312 60 85 325 250 85 23 35 31 164 71 26 M20 9.40

UCP313 65 90 335 260 90 25 38 33 176 75 30 M20 10.00

UCP314 70 95 360 280 93 27 40 34 187 78 31 M22 12.00

UCP315 75 100 380 290 100 27 40 35 198 82 32 M22 14.00

UCP316 80 106 400 300 105 27 40 37 210 86 34 M22 18.00

UCP317 85 112 420 320 110 33 45 40 220 96 40 M27 20.00

UCP318 90 118 430 330 110 33 45 40 234 96 40 M27 24.00

UCP319 95 125 470 360 120 36 50 46 248 103 41 M30 29.00

UCP320 100 140 490 380 120 36 50 50 275 108 42 M30 35.00

UCP321 105 140 490 380 120 36 50 50 280 112 44 M30 36.60

UCP322 110 150 520 400 140 40 55 55 300 117 46 M33 42.50

UCP323 120 160 570 450 140 40 55 65 320 126 51 M33 53.50

UCP324 130 180 600 480 140 40 55 75 355 135 54 M33 72.10

UCP328 140 200 620 500 140 40 55 75 390 145 59 M33 89.10

NOTE: All inch Sizes Available.

319
UCF

UCF

UCF 2XX

Shaft Dia. Dimension Bolt Size Weight

Unit No. d
mm L J A2 A1 A N E S mm Kg.
(In)

UCF201 12 86 64 15 12 25.5 12 31 12.7 M10 0.61

UCF201-8 1/2

UCF202-9 9/16 76 54 15 11 24.5 11.5 30.9 11.5 M10 0.57

UCF202 15

UCF202-10 5/8

UCF203 17 76 54 15 11 24.5 11.5 30.9 11.5 M10 0.5

UCF203-11 11/16

UCF204-12 3/4 86 64 15 11 25.5 11.5 33.3 12.7 M10 0.61

UCF204 20

UCF205-14 7/8 95 70 16 13 27 11.5 35.7 14.3 M10 0.80

UCF205-15 15/16

UCF205 25

UCF205-16 1

UCF206-17 1-11/16 108 83 18 13 31 11.5 40.2 15.9 M10 1.07

UCF206-18 1-1/8

UCF206 30

UCF206-19 1-3/16

UCF206-20 1-1/4

UCF207-20 1-1/4 117 92 19 15 34 14 44.4 17.5 M12 1.40

UCF207-21 1-5/16

UCF207-22 1-3/8

UCF207 35

UCF207-23 1-7/16

UCF208-24 1-1/2 130 102 21 15 36 14 51.2 19 M12 1.80

UCF208-25 1-9/16

UCF208 40

UCF209-26 1-5/8 137 105 22 16 38 16 52.2 19 M14 2.20

UCF209-27 1-11/16

UCF209-28 1-3/4

UCF209 45

320
UCF

UCF

UCF 2XX

Shaft Dia. Dimension Bolt Size Weight

Unit No. d
mm L J A2 A1 A N E S mm Kg.
(In)

UCF210-30 1-7/8 143 111 22 16 40 18 54.6 19 M16 2.40

UCF210-31 1-15/16

UCF210 50

UCF210-32 2

UCF211-32 2 162 130 25 18 43 18 58.4 22.2 M16 3.50

UCF211-34 2-1/8

UCF211 55

UCF211-35 2-3/16

UCF212-36 2-1/4 175 143 29 18 48 18 68.7 25.4 M16 4.20

UCF212 60

UCF212-38 2-3/8

UCF212-39 2-7/16

UCF213-40 2-1/2 187 149 30 22 50 18 69.7 25.4 M16 5.30

UCF213 65

UCF214-44 2-3/4 193 152 31 22 54 18 75.4 30.2 M16 5.90

UCF214 70

UCF215-47 2-15/16 200 159 34 22 56 18 78.5 33.3 M16 6.30

UCF215 75

UCF215-48 3

UCF216 80 208 165 34 22 57 22 83.3 33.3 M20 7.30

UCF217-52 3-1/4 220 175 36 24 63 23 87.6 34.1 M20 8.90

UCF217 85

UCF218-56 3-1/2 235 187 40 25 68 23 96.3 39.7 M20 11.60

UCF218 90

321
UCF

UCF

UCF 3XX

Shaft Dia. Dimension Bolt Size Weight

Unit No. d
L J A2 A1 A N E S mm Kg.
mm

UCF305 25 108 80 16 13 29 16 39 15 M14 1.20

UCF306 30 125 95 18 15 32 16 44 17 M14 1.80

UCF307 35 135 100 20 16 36 19 49 19 M16 2.20

UCF308 40 150 112 23 17 40 19 56 19 M16 2.90

UCF309 45 160 125 25 18 44 19 60 22 M16 3.50

UCF310 50 175 132 28 20 48 23 67 22 M20 4.80

UCF311 55 185 140 30 20 52 23 71 25 M20 5.60

UCF312 60 193 150 33 22 56 23 78 26 M20 6.70

UCF313 65 208 166 33 22 58 23 78 30 M20 7.80

UCF314 70 226 178 36 25 61 25 81 31 M22 10.10

UCF315 75 236 184 39 25 66 25 89 32 M22 11.10

UCF316 80 250 196 38 27 68 31 90 34 M27 12.80

UCF317 85 260 204 44 27 74 31 100 40 M27 15.40

UCF318 90 280 216 44 30 76 35 100 40 M30 19.00

UCF319 95 290 228 59 30 94 35 121 41 M30 20.6

UCF320 100 310 242 59 32 94 38 125 42 M33 25.7

UCF321 105 310 242 59 32 94 38 112 44 M33 25.50

UCF322 110 340 266 60 35 96 41 117 46 M36 38

UCF324 120 370 290 65 40 110 41 126 51 M36 50

UCF326 130 410 320 65 45 115 41 135 54 M36 66

UCF328 140 450 350 75 55 125 41 145 59 M36 90

NOTE: All inch Sizes Available.

322
UCFL

UCFL

UCFL 2XX

Shaft Dia. Dimension Bolt Size Weight

Unit No. d
mm H J A2 A1 A N L E S mm Kg.
(In)

UCFL201 12 113 90 15 11 25.5 12 60 31 12.7 M10 0.51

UCFL201-8 1/2

UCFL202-9 9/16 99 76.5 15 11 24.5 11.5 57 30.9 11.5 M10 0.45

UCFL202 15

UCFL202-10 5/8

UCFL203 17 99 76.5 15 11 24.5 11.5 57 30.9 11.5 M10 0.45

UCFL203-11 11/16

UCFL204-12 3/4 113 90 15 11 25.5 11.5 60 33.3 12.7 M10 0.48

UCFL204 20

UCFL205-14 7/8 130 99 16 13 27 11.5 68 35.7 14.3 M10 0.6

UCFL205-15 15/16

UCFL205 25

UCFL205-16 1

UCFL206-17 1-11/16 148 117 18 13 31 11.5 80 40.2 15.9 M10 0.9

UCFL206-18 1-1/8

UCFL206 30

UCFL206-19 1-3/16

UCFL206-20 1-1/4

UCFL207-20 1-1/4 161 130 19 14 34 14 90 44.4 17.5 M12 1.2

UCFL207-21 1-5/16

UCFL207-22 1-3/8

UCFL207 35

UCFL207-23 1-7/16

UCFL208-24 1-1/2 175 144 21 14 36 14 100 51.2 19 M12 1.5

UCFL208-25 1-9/16

UCFL208 40

UCFL209-26 1-5/8 188 148 22 16 38 18 108 52.2 19 M16 1.9

UCFL209-27 1-11/16

UCFL209-28 1-3/4

UCFL209 45

323
UCFL

UCFL

UCFL 2XX

Shaft Dia. Dimension Bolt Size Weight

Unit No. d
mm H J A2 A1 A N L E S mm Kg.
(In)

UCFL210-30 1-7/8 197 157 22 16 40 18 115 54.6 19 M16 2.2

UCFL210-31 1-15/16

UCFL210 50

UCFL210-32 2

UCFL211-32 2 224 184 25 18 43 18 130 58.4 22.2 M16 3.1

UCFL211-34 2-1/8

UCFL211 55

UCFL211-35 2-3/16

UCFL212-36 2-1/4 250 202 29 18 48 18 140 68.7 25.4 M20 4.0

UCFL212 60

UCFL212-38 2-3/8

UCFL212-39 2-7/16

UCFL213-40 2-1/2 258 210 30 20 50 23 155 69.7 25.4 M20 5.0

UCFL213 65

UCFL214-44 2-3/4 265 216 31 20 54 23 160 75.4 30.2 M20 5.6

UCFL214 70

UCFL215-47 2-15/16 275 225 34 22 55 23 164 78.5 33.3 M20 6.2

UCFL215 75

UCFL215-48 3

UCFL216 80 290 233 34 22 58 25 180 83.3 33.3 M22 7.3

UCFL217-52 3-1/4 305 248 36 22 63 25 190 87.6 34.1 M22 9.8

UCFL217 85

UCFL218-56 3-1/2 320 265 40 23 68 25 205 90.3 39.7 M22 12.4

UCFL218 90

324
UCFL

UCFL

UCFL 3XX

Bolt
Shaft Dia. Dimension Weight
Size
Bearing No.
"d
H J A2 A1 A N L E S mm Kg.
mm"

UCFL305 25 150 113 16 13 29 19 80 39 15 M16 1.10

UCFL306 30 180 134 18 15 32 23 90 44 17 M20 1.50

UCFL307 35 185 141 20 16 36 23 100 49 19 M20 1.80

UCFL308 40 200 158 23 17 40 23 112 56 19 M20 2.50

UCFL309 45 230 177 25 18 44 25 125 60 22 M22 3.40

UCFL310 50 240 187 28 19 48 25 140 67 22 M22 4.40

UCFL311 55 250 198 30 20 52 25 150 71 25 M22 5.10

UCFL312 60 270 212 33 22 56 31 160 78 26 M27 6.10

UCFL313 65 295 240 33 25 58 31 175 78 30 M27 7.80

UCFL314 70 315 250 36 28 61 35 185 83 31 M30 9.08

UCFL315 75 320 260 39 30 66 35 195 89 32 M30 11.30

UCFL316 80 355 285 38 32 68 38 210 90 34 M33 14.30

UCFL317 85 370 300 44 32 74 38 220 100 40 M33 16.00

UCFL318 90 385 315 44 36 76 38 235 100 40 M33 19.10

UCFL319 95 405 330 59 40 94 41 250 121 41 M36 24.60

UCFL320 100 440 360 59 40 94 44 270 125 42 M39 30.80

UCFL321 105 440 360 59 40 94 44 270 112 44 M39 28.20

UCFL322 110 470 390 60 42 96 44 300 117 46 M39 33.10

UCFL324 120 520 430 65 48 110 47 330 128 51 M42 45.70

UCFL326 130 550 460 65 50 115 47 360 135 54 M42 57.50

UCFL328 140 600 500 75 60 125 51 400 145 59 M45 79.70

NOTE: All inch Sizes Available.

325
UCT

UCT

UCT 2XX

Shaft
Dimension Weight
Dia.
Unit No.
d
mm N1 L2 H2 N2 N L3 A1 H1 H L A A2 L1 B S Kg.
In

UCT201 12 16 10 51 32 19 51 12 76 89 94 32 21 61 31 12.7 0.80

UCT201-B 1/2

UCT202-9 9/16 16 10 51 32 19 51 12 76 89 94 32 21 61 31 12.7 0.79

UCT202 15

UCT202-10 5/8

UCT203 17 16 10 51 32 19 51 12 76 89 94 32 21 61 31 12.7 0.78

UCT203-11 11/16

UCT204-12 3/4 16 10 51 32 19 51 12 76 89 94 32 21 61 31 12.7 0.72

UCT204 20

UCT205-14 7/8 16 10 51 32 19 51 12 76 89 97 32 24 62 34 14.3 0.88

UCT205-15 15/16

UCT205 25

UCT205-16 1

UCT206-17 1-11/16 16 10 56 37 22 57 12 89 102 113 37 28 70 38.1 15.9 1.26

UCT206-18 1-1/8

UCT206 30

UCT206-19 1-3/16

UCT206-20 1-1/4

UCT207-20 1-1/4 16 13 64 37 22 64 12 89 102 129 37 30 78 42.9 17.5 1.70

UCT207-21 1-5/16

UCT207-22 1-3/8

UCT207 35

UCT207-23 1-7/16

UCT208-24 1-1/2 19 16 83 49 29 83 16 102 114 144 49 33 88 49.2 19 2.50

UCT208-25 1-9/16

UCT208 40

UCT209-26 1-5/8 19 16 83 49 29 83 16 102 117 144 49 35 87 49.2 19 2.50

UCT209-27 1-11/16

UCT209-28 1-3/4

UCT209 45

326
UCT

UCT

UCT 2XX

Shaft
Dimension Weight
Dia.
Unit No.
d
mm N1 L2 H2 N2 N L3 A1 H1 H L A A2 L1 B S Kg.
In

UCT210-30 1-7/8 19 16 83 49 29 86 16 102 117 149 49 37 90 51.6 19 2.60

UCT210-31 1-15/16

UCT210 50

UCT210-32 2

UCT211-32 2 25 19 102 64 35 95 22 130 146 171 64 38 106 55.6 22.2 4.00

UCT211-34 2-1/8

UCT211 55

UCT211-35 2-3/16

UCT212-36 2-1/4 32 19 102 64 35 102 22 130 146 194 64 42 119 65.1 25.4 4.9

UCT212 60

UCT212-38 2-3/8

UCT212-39 2-7/16

UCT213-40 2-1/2 35 21 111 70 41 121 26 151 167 224 70 44 137 65.1 25.4 7.00

UCT213 65

UCT214-44 2-3/4 32 21 111 70 41 121 26 151 167 224 70 46 137 74.6 30.2 7.10

UCT214 70

UCT215-47 2-15/16 32 21 111 70 41 121 26 151 167 232 70 48 140 77.8 33.3 7.50

UCT215 75

UCT215-48 3

UCT216 80 32 21 111 70 41 121 26 165 184 235 70 51 140 82.6 33.3 8.20

UCT217-52 3-1/4 38 29 124 73 48 157 30 173 198 260 73 54 162 85.7 34.1 11

UCT217-52 85

327
UCT

UCT

UCT 3XX

Shaft
Dimension Weight
Bearing Dia.
No. d
N1 L2 H2 N2 N L3 A1 H1 H L A A2 L1 B S Kg.
mm

UCT305 25 16 12 62 36 26 65 12 80 89 122 36 26 76 38 15 1.41

UCT306 30 18 14 70 41 28 74 16 90 100 137 41 28 85 43 17 1.85

UCT307 35 20 15 75 45 30 80 16 100 111 150 45 32 94 48 19 2.45

UCT308 40 22 17 83 50 32 89 18 112 124 162 50 34 100 52 19 3.09

UCT309 45 24 18 90 55 34 97 18 125 138 178 55 38 110 57 22 4.08

UCT310 50 27 20 98 61 37 106 20 140 151 191 61 40 117 61 22 5.25

UCT311 55 29 21 105 66 39 115 22 150 163 207 66 44 127 66 25 6.41

UCT312 60 31 23 113 71 41 123 22 160 178 220 71 46 135 71 26 7.61

UCT313 65 32 25 116 70 43 134 26 170 190 238 80 50 146 75 30 9.22

UCT314 70 36 25 130 85 46 140 26 180 202 252 90 52 155 78 33 11.4

UCT315 75 36 25 132 85 46 150 26 192 216 262 90 55 160 82 32 12.9

UCT316 80 42 28 150 98 53 160 30 204 230 280 102 60 174 86 34 15.65

UCT317 85 42 30 152 98 53 170 32 214 240 298 102 64 183 96 40 19.34

UCT318 90 46 30 160 106 57 175 32 228 255 312 110 66 192 96 40 21.25

UCT319 95 46 31 165 106 57 180 35 240 270 322 110 72 197 103 41 24.4

UCT320 100 48 32 175 115 59 200 35 260 290 345 120 75 210 108 42 30.6

UCT321 105 48 32 175 115 59 200 35 260 290 345 120 75 210 112 44 30.2

UCT322 110 52 38 185 125 65 215 38 285 320 385 130 80 235 117 45 38.8

UCT324 120 60 42 210 140 70 230 45 320 355 432 140 90 267 126 51 54.6

UCT326 130 65 45 220 150 75 240 50 350 385 465 150 100 285 135 54 68.4

UCT328 140 70 50 230 160 80 255 50 280 415 515 155 100 315 145 59 83.2

NOTE: All inch Sizes Available.

328
UCFC

UCFC

UCFC 2XX

Shaft Bolt
Dimension Weight
Dia Size
Unit No.
d
mm L P J A2 N J K A1 f A E S mm Kg.
In

UCFC201 12 90 70 49.5 10 10 4 5 19 55 28.3 27.4 11.5 M8 0.54

UCFC201-8 1/2

UCFC202-9 9/16 90 70 49.5 10 10 4 5 19 55 23 25.9 11.5 M8 0.56

UCFC202 15

UCFC202-10 5/8

UCFC203 17 90 70 49.5 10 10 4 5 19 55 23 25.9 11.5 M8 0.54

UCFC203-11 11/16

UCFC204-12 3/4 100 78 55.1 10 11.5 5 6 20.5 62 25.5 28.3 12.7 M10 0.76

UCFC204 20

UCFC205-14 7/8 115 90 63.6 10 12 6 7 21 70 27 29.7 14.3 M10 0.96

UCFC205-15 15/16

UCFC205 25

UCFC205-16 1

UCFC206 1-11/16 125 100 70.7 10 12 8 8 23 80 31 32.2 15.9 M10 1.37

UCFC206 1-1/4

UCFC206 30

UCFC206-19 1-3/16

UCFC206-20 1-1/4

UCFC207-20 1-1/4 135 110 77.8 11 14 8 9 26 90 34 36.4 17.5 M12 1.70

UCFC207-21 1-5/16

UCFC207-22 1-3/8

UCFC207 35

UCFC207-23 1-7/16

UCFC208-24 1-1/2 145 120 84.8 11 14 10 9 26 100 36 41.2 19 M12 2.00

UCFC208-25 1-9/16

UCFC208 40

UCFC209-26 1-5/8 160 132 93.3 10 16 12 10 26 105 38 40.2 19 M14 2.70

UCFC209-27 1-11/16

UCFC209-28 1-3/4

UCFC209 45

329
UCFC

UCFC

UCFC 2XX

Shaft Dia. Dimension Bolt Size Weight

Unit No. d
mm L P J A2 N J K A1 f A E S mm Kg.
In

UCFC210-30 1-7/8 165 138 97.6 10 16 12 14 28 110 40 42.6 19 M14 2.90

UCFC210-31 1-15/16

UCFC210 50

UCFC210-32 2

UCFC211-32 2 185 150 106.1 13 19 12 13 30 125 42 46.4 22.2 M16 4.20

UCFC211-34 2-1/8

UCFC211 55

UCFC211-35 2-3/16

UCFC212-36 2-1/4 195 160 113.1 17 19 12 15 36 135 48 56.7 25.4 M16 4.94

UCFC212 60

UCFC212-38 2-3/8

UCFC212-39 2-7/16

UCFC213-40 2-1/2 205 170 120.2 16 19 14 15 35 145 49 55.7 25.4 M16 5.70

UCFC213 65

UCFC214-44 2-3/4 215 177 125.1 17 19 14 16 38 150 52 61.4 30.2 M16 6.80

UCFC214 70

UCFC215-47 2-15/16 220 184 130.1 18 19 16 17 39 160 55 62.5 33.3 M16 7.20

UCFC215 75

UCFC215-48 3

UCFC216 80 240 200 141.4 18 23 16 18 42 170 58 67.3 33.3 M20 8.70

UCFC217-52 3-1/4

UCFC217 85 250 208 147.1 18 23 18 20 45 180 63 69.6 34.1 M20 10.30

UCFC218-56 3-1/2

UCFC218 90 265 220 155.5 22 23 18 20 50 190 68 78.3 39.7 M20 13.50

330
BEARING ACCESSORIES

BA

BEARING
ACCESSORIES

331
 Adapter Sleeves L1
L2
L1
Adapter Sleeves

AS

d
d

d1

d2
d1

d2
L L

Shaft (mm) Boundary Dimension (mm) Desingation Weight (Kg)

Adapter Sleeve.
Complete
d1 d d2 L
17 20 32 34 H204 0.04
32 28 H304 0.04
32 31 H2304 0.05
20 25 38 26 H205 0.06
38 29 H305 0.07
38 35 H2305 0.09
25 30 45 27 H206 0.09
45 21 H306 0.1
45 38 H2306 0.11
30 35 52 29 H207 0.12
52 35 H307 0.14
52 43 H2307 0.15
35 40 58 31 H208 0.16
58 36 H308 0.18
58 46 H2308 0.22
40 45 65 33 H209 0.21
65 39 H309 0.23
65 50 H2309 0.27
45 50 70 35 H210 0.24
70 42 H310 0.27
70 55 H2310 0.34
50 55 75 37 H211 0.28
75 45 H311 0.32
75 59 H2311 0.39
55 60 80 38 H212 0.31
80 47 H312 0.35
80 62 H2312 0.45
60 65 85 40 H213 0.36
65 85 50 H313 0.42
65 85 65 H2313 0.52
70 92 52 H314 0.68
70 92 68 H2314 0.88
65 75 98 43 H215 0.66
98 55 H315 0.78

332
 Adapter Sleeves L1
L2
L1
Adapter Sleeves

AS

d
d

d1

d2
d1

d2
L L

Shaft (mm) Boundary Dimension (mm) Desingation Weight (Kg)

Adapter Sleeve.
Complete
d1 d d2 L
98 73 H2315 1.10
70 80 105 46 H216 0.81
105 59 H316 0.95
105 78 H2316 1.20
75 85 110 50 H217 0.94
110 63 H317 1.10
110 82 H2317 1.35
80 90 120 52 H218 1.10
120 65 H318 1.30
120 86 H2318 1.60
85 95 125 55 H219 1.25
125 68 H319 1.40
125 90 H2319 1.80
90 100 130 58 H220 1.40
130 71 H320 1.60
130 97 H2320 2.00
130 76 H3120 1.80
95 105 140 60 H221 1.60
140 74 H321 1.85
100 110 145 63 H222 1.80
145 77 H322 2.05
145 105 H2322 2.75
145 81 H3122 2.10
110 120 155 112 H2324 3.00
145 72 H3024 1.80
155 88 H3124 2.50
115 130 165 212 H2326 4.45
155 80 H3026 2.80
165 92 H3126 3.45
125 140 180 131 H2328 5.40
165 82 H3028 3.05
180 97 H3128 4.10
135 150 195 139 H2330 6.40
180 87 H3030 3.75

333
 Adapter Sleeves L1
L2
L1
Adapter Sleeves

AS

d
d

d1

d2
d1

d2
L L

Shaft (mm) Boundary Dimension (mm) Desingation Weight (Kg)

Adapter Sleeve.
Complete
d1 d d2 L
195 111 H3130 5.25
140 160 210 147 H2332 8.80
210 147 OH2332H 8.80
190 93 H3032 5.10
160 190 93 OH3032H 5.10
210 119 H3132 7.25
210 119 OH3132H 7.25
150 170 220 154 H2334 9.90
220 154 OH2334H 9.90
200 101 H3034 5.80
200 101 OH3034H 5.80
220 101 H3134 8.10
220 122 OH3134H 8.10
160 180 230 161 H2336 11.00
230 161 OH2336H 11.00
210 109 H3036 6.70

334
 Withdrawal Sleeves L2 L2
Withdrawal Sleeves

G1
G1

WS

d1
G

d1
G

d
L1
L1

Shaft Boundary Dimensions Mass Desingation Shaft Boundary Mass Desingation

(mm) (mm) (mm) Dimensions (mm)
d1 d G d1 d G

35 40 M45*1.5 0.09 AH308 125 M145*2 2.00 AH*2326

M45*1.5 0.13 AH2308 M135*2 0.88 AH*24026
40 45 M50*1.5 0.12 AH309 M140*2 1.15 AH*24126
M50*1.5 0.16 AH2309 135 140 M150*2 1.00 AH3028
45 50 M55*2 0.13 AH* 310 M150*2 1.30 AH*3128
M55*2 0.19 AH* 2310 M155*3 1.85 AH*3228
50 55 M60*2 0.16 AH* 311 M155*3 2.35 AH*2328
M60*2 0.26 AH* 2311 M145*2 0.95 AH*2408
55 60 M65*2 0.19 AH* 312 M150*2 1.30 AH*24128
M65*2 0.30 AH* 2312 145 150 M160*3 1.15 AH*3030
60 65 M70*2 0.22 AH313G M165*3 1.80 AH*3130
M75*2 0.39 AH2313 M165*3 2.20 AH*3230
65 70 M75*2 0.24 AH314G M165*3 2.80 AH2330
M80*2 0.45 AH*2314 M155*3 1.05 AH*24030
70 75 M80*2 0.29 AH315G M160*3 1.55 AH*24130
75 M80*2 0.53 AH*2315 150 160 M170*3 2.05 AH3032
75 80 M90*2 0.37 AH316 M180*3 3.20 AH3132
M90*2 0.57 AH* 2316 M180*3 4.00 AH3232
80 85 M95*2 0.43 AH* 317 M180*3 4.65 AH2332
M95*2 0.65 AH* 2317 M170*3 2.30 AH24032
85 90 M100*2 0.46 AH* 318 M170*3 3.05 AH24132
M100*2 0.57 AH* 2318 160 170 M180*3 2.40 AH3034
M100*2 0.76 AH* 2318 M190*3 3.45 AH3134
90 95 M105*2 0.54 AH* 319 M190*3 4.80 AH3234
M105*2 0.90 AH* 2319 M190*3 5.25 AH2334
95 100 M110*2 0.58 AH* 320 M180*3 2.70 AH24034
M110*2 0.66 AH* 3120 M180*3 3.25 AH24132
M110*2 0.76 AH* 3220 170 180 M190*3 2.80 AH3036
M110*2 1.00 AH* 2320 M200*3 3.75 AH2236
105 110 M120*2 0.76 AH* 3122 M200*3 4.25 AH3136
M125*2 1.05 AH* 3222 M200*3 5.25 AH3236
M125*2 1.35 AH* 2322 M200*3 6.05 AH2336
M115*2 0.31 AH* 2422 M190*3 3.20 AH24036
115 120 M130*2 0.73 AH* 3024 M190*3 3.75 AH241136
M130*2 0.94 AH* 3124 180 190 M205*4 3.40 AH3038

335
 Withdrawal Sleeves L2 L2
Withdrawal Sleeves

G1
G1

WS

d1
G

d1
G

d
L1
L1

Shaft Boundary Dimensions Mass Desingation Shaft Boundary Mass Desingation

(mm) (mm) (mm) Dimensions (mm)
d1 d G d1 d G

M135*2 1.30 AH* 3224 M210*4 4.25 AH2238

M135*2 1.65 AH* 2324 M210*4 4.90 AH3138
M125*2 AH* 24024 M210*4 5.90 AH3238
M130*2 AH* 24124 M210*4 6.70 AH2338
125 130 M140*2 0.91 AH* 3026 M200*4 3.55 AH24038
M140*2 1.10 AH* 3126 M200*4 4.45 AH24138
M145*2 1.55 AH* 3226 190 200 M215*4 3.85 AH3040

336
 Lock Nuts Locking Washer
Lock Nuts

LN

d1
d1
G

D
s

Thread Boundary Dimensions (mm) Mass Desinga- Locking Boundary Dimensions (mm) Mass Desin-
tion Washer gation
G d1 D B B H Kg d d1 d2 s e f Kg
M10*075 135 18 4 3 2 0.006 KM0 MB0 10 135 21 1 3 8.5 1 MB0
M12*1 17 22 4 3 2 0.008 KM MB1 12 17 25 1 3 10.5 2 MB1
M15*1 21 25 5 4 2 0.012 KM2 MB 15 21 28 1 4 13.5 3 MB2
M17*1 24 28 5 4 2 0.012 KM3 MB3 17 24 32 1 4 15.5 3 MB3
M20*1 26 32 6 4 2 0.020 KM4 MB4 20 6 36 1 4 18.5 4 MB4
M25*15 32 38 7 5 2 0.028 KM5 MB5 25 32 42 1.25 5 2.3 6 MB5
M30*15 38 45 7 5 2 0.038 KM6 MB6 30 38 49 1.25 5 27.5 8 MB6
M35*15 44 52 8 5 2 0.058 KM7 MB7 35 44 57 1.25 6 32.5 11 MB7
M40*15 50 58 9 6 2.5 0.078 KM8 MB8 40 5 62 1.25 6 37.5 13 MB8
M45*15 56 65 10 6 2.5 0.11 KM9 MB9 45 56 69 1.25 6 42.5 15 MB9
M50*15 61 70 11 6 2.5 0.14 KM10 MB10 50 61 74 1.25 6 47.5 16 MB10
M55*2 67 75 11 7 3 0.15 KM11 MB11 55 67 81 1.5 8 51.5 22 MB11
M60*2 73 80 11 7 3 0.16 KM12 MB12 60 73 86 1.5 8 57.5 24 MB12
M65*2 79 85 12 7 3 0.19 KM13 MB13 65 79 92 1.5 8 62.5 30 MB13
M70*2 85 92 12 8 3.5 0.22 KM14 MB14 70 85 98 1.5 8 66.5 32 MB14
M75*2 90 98 13 8 3.5 0.27 KM15 MB15 75 90 104 15 8 71.5 35 MB15
M80*2 95 105 15 8 3.5 0.36 KM16 MB16 80 95 112 1.75 10 76.5 46 MB16
M85*2 102 110 16 8 3.5 0.42 KM17 MB17 85 102 119 1.75 10 81.5 53 MB17
M90*2 108 120 16 10 4 0.51 KM18 MB18 90 108 126 1.75 10 86.5 61 MB18

M95*2 113 125 17 10 4 0.58 KM19 MB19 95 113 133 1.75 10 91.5 66 MB19
M100*2 120 130 18 10 4 0.68 KM20 MB20 100 120 142 1.75 12 96.5 77 MB20
M105*2 126 140 18 12 5 0.81 KM21 MB21 105 126 145 1.75 12 100.5 83 MB21
M110*2 133 145 19 12 5 0.89 KM22 MB22 110 133 154 1.75 12 105.5 91 MB22
M115*2 137 150 19 12 5 0.91 KM23 MB23 115 137 159 2 12 110.5 107 MB23
M120*2 135 145 20 12 5 0.69 KM24 MB24 120 138 164 2 14 115 108 MB24
138 155 20 12 5 0.98 KM24 MB24 125 148 170 2 14 120 115 MB25
M125*2 148 160 21 12 5 1.10 KM5 MB25 130 149 175 2 14 125 115 MB26
M130*2 145 155 21 12 5 0.84 KML26 MB26 135 160 185 2 14 130 140 MB27
149 165 21 12 5 1.20 KM26 MB26 140 160 192 2 16 135 135 MB28
M135*2 160 175 22 14 6 1.40 KM27 MB27 145 172 202 2 16 140 165 MB29
M140*2 155 165 22 12 5 0.92 KML28 MB28 150 171 205 2 16 145 180 MB30
160 180 22 14 6 1.40 KM28 MB28 155 182 212 2.5 16 147.5 20 MB31
M145*2 171 190 24 14 6 1.85 KM29 MB29 160 182 217 2.5 18 154 215 MB32
M150*2 170 180 24 14 5 1.30 KM30 MB30 165 183 222 2.5 18 157.5 240 MB33
171 195 24 14 6 1.85 KM30 MB30 170 193 232 2.5 18 164 240 MB34

337
 Lock Nuts Locking Washer
Lock Nuts

LN

d1
d1
G

D
s

Thread Boundary Dimensions (mm) Mass Desinga- Locking Boundary Dimensions (mm) Mass Desin-
tion Washer gation
G d1 D B B H Kg d d1 d2 s e f Kg
M155*3 182 200 25 16 7 2.05 KM31 MB31 180 203 242 2.5 20 174 260 MB36
M160*3 180 190 25 14 5 1.40 KML32 MB32
182 210 25 16 7 2.25 KM32 MB32
M165*3 193 210 26 16 7 2.30 KM33 MB33
M170*3 190 200 26 16 5 1.60 KML34 MB34
193 220 26 16 7 2.55 KM34 MB34

338
 Cylindrical Roller
Cylindrical Roller

CR

Roller Diameter Mass Per 100 Designation Roller Diameter Dw Mass Per 100 Designation
Dw Roller Kg. Roller Kg.

mm inch mm inch
3 5 0.027 RC3*5 16 16 2.5 RB12.7

3.5 5 0.037 RC3.5*5 24 3.73 RB13

8 0.060 RC3.5*8 17 17 2.97 RB13.494

4 4 0.038 RC4*4 24 4.20 RB14

6 0.058 RC4*6 18 18 3.57 RB14.288

9 0.078 RC4*8 26 5.10 RB15

4.5 6 0.073 RC4.5*6 19 19 4.16 RB15.081

5 5 0.075 RC5*5 28 6.10 RB15.875

6 0.091 RC5*6 20 20 4.85 RB16

7 0.106 RC5*7 30 7.30 RB16.5

8 0.121 RC5*8 21 21 5.60 RB16.669

10 0.152 RC5*10 30 8.0 RB17

5.5 55 0.100 RC55*55 22 22 6.4 RB17.462

8 0.146 RC5.5*8 34 10.4 RB18

6 6 0.130 RC6*6 23 23 7.4 RB18.256

8 0.178 RC6*8 34 11.2 RB19

12 0.261 RC6*12 24 24 8.4 RB19.05

6.5 65 0.166 RC6.5*65 36 12.6 RB19.844

9 0.230 RC6.5*9 25 25 9.5 RB20

7 7 0.206 RC7*7 36 13.7 RB20.5

10 0.30 RC7*10 26 26 10.7 RB20.638

14 0.42 RC7*14 40 16.4 RB21

7.5 75 0.25 RC75*75 28 28 13.3 RB22

11 0.37 RC75*11 44 21.0 RB22.225

8 8 0.31 RC8*8 30 30 16.3 RB22.5

12 0.47 RC8*12 48 26.2 RB23

9 9 0.44 RC9*9 32 32 19.9 RB23.812

14 0.98 RC9*14 52 32.4 RB24

10 10 0.60 RC10*10 34 34 23.9 RB25

14 0.85 RC10*14 55 38.7 RB25.4

11 11 0.81 RC11*11 36 36 28.3 RB26

15 1.10 RC11*15 58 45.3 RB26.988

12 12 1.04 RC12*12 38 38 33.3 RB28

18 1.57 RC12*18

22 3.0 RB12.5

339
 Needle Roller
Needle Roller

NR

Dw

Dw
Lw (h13) Lw (h13)

B BF

Principle Mass Designation Principle Mass Designation

Dimension Weight Dimension Weight
Per 100 Per 100
Roller Roller
Dw Lw Sphered end Flat end type Dw Lw Sphered end Flat end type
type type
1.5 5.8 0.008 RN1.5*5.8B RN1.5*5.8BF 2.5 15.8 0.06 RN2.5*15.8B RN2.5*15.8BF
7.8 0.011 RN1.5*7.8BF RN1.5*7.8BF 17.8 0.07 RN2.5*17.8B RN2.5*17.8BF
9.8 0.013 RN1.5*9.8B RN1.5*8.8BF 19.8 0.08 RN2.5*19.8B RN2.5*19.8BF

11.8 0.016 RN1.5*11.8 RN1.5*11.8B 21.8 0.08 RN2.5*21.8B RN2.5*21.8BF

13.8 0.020 RN1.5*13.8B RN1.5*13.8B 23.8 0.09 RN2.5*23.8B RN2.5*23.8BF
2 7.8 0.02 RN2*7.8BF RN2*7.8BF 3 9.8 0.05 RN3*19.8B RN3*19.8BF
9.8 0.02 RN2*9.8B RN2*9.8BF 11.8 0.07 RN3*11.8B RN3*11.8BF
11.8 0.03 RN2*11.8BF RN2*11.8BF 13.8 0.08 RN3*13.8B RN3*13.8BF
13.8 0.03 RN2*13.8B RN2*13.8BF 15.8 0.09 RN3*15.8B RN3*15.8BF
15.8 0.04 RN2*15.8B RN2*15.8B 17.8 0.10 RN3*17.8B RN3*17.8BF
17.8 0.04 RN2*17.8B RN2*17.8BF 19.8 0.11 RN3*19.8B RN3*19.8BF
19.8 0.05 RN2*19.8B RN2*19.8BF 23.8 0.13 RN3*23.8B RN3*23.8BF
21.8 0.05 RN2.5*21.8B RN2.5*21.8BF 27.8 0.15 RN3*27.8B RN3*27.8BF
2.5 7.8 0.03 RN2.5*7.8B RN2.5*7.8BF 3.5 29.8 0.23 RN35*2.98B RN35*29.8BF
9.8 0.04 RN2.5*9.8B RN2.5*9.8BF 34.8 0.27 RN35*3.48B RN35*34.8BF
11.8 0.05 RN2.5*11.8B RN2.5*11.8BF 4 39.8 0.4 RN4*39.8B RN4*39.8BF
13.8 0.05 RN2.5*13.8B RN2.5*13.8BF 5 49.8 0.75 RN5*49.8B RN5*49.8BF

340
 Steel Ball
Steel Ball

SB

Dw
Diameter Mass Per 1000 Designation Diameter Mass Per Designation
Kg. 100 Kg.
Dw mm in Dw mm in
0.4 0.003 RB-0.4 10.5 0.476 RB-10.5
11 0.547 RB-11
0.5 0.0005 RB-0.5 11.112 7/16 0.564 RB-11.112
1 0.004 RB-1 11.5 0.625 RB11.5
1.5 0.014 RB-1.5 11.906 15/32 0.693 RB-11.906
1.588 1/16 0.016 RB-1.588 12 0.710 RB-12
2 0.033 RB-2 12.5 0.803 RB12.5
2.381 3/32 0.055 RB-2.381 12.700 ½ 0.842 RB-12.700
2.5 0.064 RB-2.5 13 0.903 RB-13
3 0.111 RB-3 13.494 17/32 1.01 RB13.494
3.175 1/8 0.132 RB3.175 14 1.13 RB-14
3.5 0.177 RB-3.5 14.288 9/16 1.20 RB-14.288
3.969 5/32 0.257 RB-3.969 15 1.39 RB15
4 0.263 RB-4 15.081 19/32 1.41 RB-15.081
4.5 0.374 RB-4.5 15.875 5/8 1.65 RB-15.875
4.762 3/16 0.446 RB-4.762 16 1.68 RB-16
5 0.514 RB-5 16.5 1.85 RB-16.5
5.5 0.679 RB-5.5 16.669 21/32 1.91 RB-16.669
5.556 7/32 0.702 RB-5.556 17 2.02 RB-17
6 0.882 RB-6 17.462 11/16 2.19 RB-17.462
6.350 ¼ 1.03 RB6.350 18 2.40 RB-18
6.5 1.13 RB-6.5 18.256 23/32 2.50 RB-18.256
7 1.41 RB-7 19 2.82 RB-19
7.144 9/32 1.50 RB-7.144 19.050 ¾ 2.84 RB-19.050
7.5 1.74 RB-7.5 19.844 26/32 3.24 RB-19.844
7.938 5/16 2.06 RB-7.938 20 3.29 RB-20
8 2.10 RB-8 20.5 3.54 RB-20.5
8.5 2.52 RB-8.5 20.638 13/16 3.62 RB-20.638
8.731 11/32 2.66 RB-8.731 21 3.81 RB-21
9 3.00 RB-9 22 4.38 RB-22
9.525 3/8 3.55 RB-9.525
10 4.11 RB-10
10.319 13/32 4.43 RB-10.319

341
 Steel Ball
Steel Ball

SB

Dw
Diameter Mass Per 1000 Designation Diameter Mass Per Designation
Kg. 100 Kg.
Dw mm in Dw mm in
22.225 7/8 0.452 RB-22.225 46.038 1 13/16 0.403 RB-46.038
22.5 0.468 RB-22.5 47.625 1 7/8 0.446 RB-47.625
23 0.500 RB-23 49.212 1 15/16 0.490 RB-49.212
23.812 15/16 0.555 RB-23.812 50 0.514 RB-50
24 0.568 RB-24 50.800 2 0.439 RB-50.800
25 0.642 RB-25 53.975 2 1/8 0.646 RB-53.975
25.400 1 0.674 RB-25.400 55 0.679 RB-55
26 0.723 RB-26 57.150 2¼ 0.767 RB-57-150
26.988 1 1/16 0.808 RB-26.988 60 0.882 RB-60
28 0.902 RB-28 62.352 2 3/8 0.902 RB-62.352
28.575 1 1/8 0.955 RB-28.575 63.500 2½ 1.03 RB-63.500
30 1.11 RB-30 65 1.13 RB-65
30.162 1 3/16 1.13 RB-30.162 66.675 2 5/8 1.22 RB-66.675
31.750 1¼ 1.32 RB-31.750 69.850 2¾ 1.40 RB-69.850
32 1.35 RB-32 70 1.41 RB-70
33 1.48 RB-33 73.025 2 7/8 1.60 RB-73.025
33.338 1 5/16 1.52 RB-33.338 75 1.74 RB-75
34 1.62 RB-34 76.200 3 1.82 RB-76.200
39.925 1 3/8 1.75 RB-34.925 80 2.10 RB-80
35 1.77 RB-35 82.550 3¼ 2.31 RB-82.550
36 1.92 RB-36 85 2.52 RB-85
36.512 1 7/16 2.00 RB.36.512 88.900 3½ 2.89 RB88.900
38 2.25 RB-38 90 3.00 RB-90
38.100 1½ 2.27 RB-38.100 95 3.52 RB-95
39.688 1 9/16 2.57 RB-39.688 95.250 3¼ 3.55 RB-95.250
40 2.63 RB-40 100 4.11 RB-100
41.275 1 5/8 2.90 RB-41.275 110 5.47 RB-110
42.862 1 3.24 RB-42.862 120 7.10 RB-120
11/16
44.450 1 3/4 3.61 RB-44.450 127 5 8.42 RB-127
45 3.74 RB-45
150 13.9 RB-150
200 32.9 RB-200
250 64.2 RB-250

342
Special
Bearings

343
 SPECIAL BEARINGS
Special Bearings

SB

NEEDLE ROLLER THRUST BEARINGS

Needle Roller Thrust Bearings can support heavy axial
loads, are insensitive to shock loads and provide stiff bear-
ing arrangements, which require a minimum of axial space.
They are single direction bearings and can accommodate
axial loads acting in one direction.

COMBINED NEEDLE ROLLER BEARINGS

Combined Needle Roller Bearings consist of a radial needle
roller bearing combined
with a thrust bearing and are consequently able to
accommodate both radial and axial loads. They provide
the means to produce locating bearing arrangements in a
minimum of radial space. They are particularly suited for
application where the axial loads are too heavy, speeds are
too high, or lubrication inadequate for simple thrust wash-
er to be used or where other types of locating bearings
occupy too much space.
ZNL combined needle roller bearings are available as

• Needle roller/angular contact bearings

• Needle roller/ thrust ball bearings and
• Needle roller/ cylindrical roller thrust bearings.

Cam Followers
ZNL Cam Followers are essential needle or cylindrical roller
bearings, which have a solid stud instead of the inner
ring. The stud is threaded so that the cam followers are
filled with grease and are ready to mount and ready to use
units.

MULTI -
ROW CYLINDRICAL ROLLER BEARINGS
Four – Row and Six – Row Cylindrical Roller Bearings are
used almost exclusively for the roll neck of rolling mill
stands, calendars and roller presses. They are of separable
design to considerably simplify bearing mounting, mainte-
nance and inspection.
ZNL four-row cylindrical roller bearings have a cylindrical
bore and some sizes are also available with a tapered bore
as sealed bearings, with a seal on one or both sides of the
bearing.

344
 SPECIAL BEARINGS
Special Bearings

SB

FOUR – ROW TAPER ROLLER BEARINGS

Four – Row Taper Roller Bearings are used for rolling mill
bearing arrangements where rolling speeds are moderate.
Because of their special attributes are produce in several
different design and sizes.
The extensive ZNL range of four-row taper roller bearings
includes conventional designs with intermediate rings
between the outer and/or inner rings, as well as new and
modified designs. ZNL four-row taper roller bearings are
produced in,
The TQI configuration with two pairs of the roller sets
arranged back-to-back,
The TQO configuration with two pairs of the roller sets
arranged face-to-face.
Available with either a cylindrical or tapered bore many
sizes are also available with seals on one or both sides of
the bearing.

CROSSED TAPER ROLLER BEARINGS

Crossed Taper Roller Bearings are particularly compact
double direction taper roller thrust bearings and are mainly
used in tables of machining centers, milling and drilling
machine as well as radar antennae and welding robots.
ZNL crossed taper roller bearings consist of an outer ring
and two-piece inner ring. Tapered rollers are arranged
between the rings, with every second roller places at
approximately right angles to the adjacent roller. Plastic
discs separate the rollers. Because of their special internal
geometry the power loss at the roller end contacts is mini-
mal and heat generation is low.

SLEWING BEARINGS
Slewing Bearings are ball or cylindrical roller bearings that
can accommodate axial, radial and moment loads acting
either singly or in combination and in any direction. They
are not mounted on a shaft or in house, the rings which
are simply bolted on the seating surface are available in
one of three executions:
• Without gears or
• With and internal gear or
• With an external gear.

345
 SPECIAL BEARINGS
Special Bearings

SB

Single Row Slewing Ball Bearings HIGH - PRECISION BEARINGS FOR

ZNL Single Row Slewing Ball Bearings are four-point con- MACHINE TOOLS
tact ball bearings. The balls are inserted through a filling ZNL manufactures a wide range of precision bearings that
slot which is plugged afterwards. The bearings are sealed are intended for use in machine tools application and
have no preloaded and are intended for applications where other applications where accuracy and high speed capabil-
demands regarding accuracy are moderate. ities are important. ZNL precision bearings are available in
several ISO dimension series and in a wide range of sizes.
Single Row Slewing Roller Bearings The product range includes traditional all steel bearings as
ZNL Single Row Slewing Roller Bearings are crossed cylin- well as hybrid bearings.
drical roller bearings. Every second roller is at right angles Single Row Angular Contact Ball Bearings
to its neighboring roller. The rollers are inserted through a ZNL high-precision all – steel and hybrid angular contact
filling slot which is plugged afterwards. The bearings are ball bearings are available as normal as well as high –speed
under preloaded and have integral lip seals. bearings in three ISO Dimension series with two different
contact angles each.
Double Row Slewing Bearings ZNL offers three series of high-precision angular contact
These slewing rings are angular contact cylindrical roller thrust ball bearings with different contact angles as
bearings. The rollers are inserted through filling slots in one all-steels or hybrid bearings. They are specially suited to ap-
of the rings; the slots are plugged afterwards. Plastic sep- plication demanding accuracy and rigidity of the machine
arators provide optimum roller guidance. The bearings are tool work spindles.
normally preloaded and are fitted with integral lip seals.

Triple Row Slewing Bearings

Triple Row Slewing Bearings are combined radial and thrust
cylindrical roller bearings for very heavy loads with one –
piece and one two-piece ring.
The bearings are not under preloaded and have integral lip
seals. These bearings places high demands on the seating
surface.

Other Slewing Bearings

In addition to standard designs outlined above ZNL also PLC Series
produces several other designs, for a multitude of applica- ZNL Bearings has been serving PLC series to Czech defense
tions, to order. These include and also fitted to the wheel hub application. Currently, we
• Slewing bearing as combined cylindrical roller/ball are manufacturing PLC Series to our one of the esteemed
bearings, client named TATRA – a leading Czech automobile giant.
• Slewing bearings as double row angular contact ball
bearings,
• Dry sliding slewing bearings and
• Slewing bearings with integral drive.

346