Abma 8.2 1999

ANSl/ABMA 8.
2:1999 (Stabilized Maintenance 2010)
AMERICAN NATIONAL STANDARD

,..,...
6#19111#,.,..
Ball And Roller Mounting

Accessories Inch Design
ANSl/ABMA 8.2:1999
Secretariat
American Bearing
Manufacturers Association
ANSl/ABMA 8.2:1999
Reaffirmed 2008
Stabilized Maintenance 2010
Table 5.1 Parts 1 & 2 Corrected November 2013
ABMA
2025 M Street, NW
Suite 800
Washington, DC 20036
Ph: 202-367-1155
Fax: 202-367-2155
E-mail: info@americanbearings.org
www.americanbearings.org
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AMERICAN NATIONAL STANDARD
(This is not an approved part of the standard)
Approval of an American National Standard requires verification by ANSI that the requirements for due
process, consensus, and other criteria for approval have been met by the standards developer.
Consensus means substantial agreement has been reached by directly and materially affected interests.
This signifies the concurrence of more than a simple majority, but not necessarily unanimity. Consensus
requires that all views and objections be considered, and that an effort be made toward their resolution.
The use of an American National Standard is completely voluntary; their existence does not in any
respect preclude anyone, whether they approved the standard or not, from manufacturing, marketing,
purchasing, or using products, processes, or procedures not conforming to the standard.
The American National Standards Institute does not develop standards and will in no circumstances give
an interpretation of any American National Standard. Moreover, no person shall have the right or
authority to issue an interpretation of an American National Standard in the name of the American
National Standards Institute. Requests for interpretations should be addressed to the secretariat of the
sponsor whose name appears on the title page of this standard.
CAUTION NOTICE: This American National Standard may be revised or withdrawn at any time.
Purchasers of American National Standards may receive current information on all standards by calling or
writing the American National Standards Institute or online at www.ANSI.org.
Published by
American Bearing Manufacturers Association

2025 M Street, N.W., Suite 800
Washington, DC 20036
Copyright e 2011 by American Bearing Manufacturers Association
All rights reserved.
No part of this publication may be reproduced in any form, in an electronic retrieval system or otherwise,
without prior written permission of the publisher.
Printed in the United States of America
ii
FOREWORD
(This foreword is not a part of American National Standard ANSI/ABMA Std. 8.2-1999, Ball and Roller Bearing
Mounting Accessories, Inch Design).
This Standard is a revision of the former ANSI/ABMA Standard 8.2-1991 and covers some of the inch design ball
and roller bearing mounting accessories presently in production in the U.S.A.
This Standard establishes dimensions and minimum physical properties of mounting accessories used for locating or
fixing inch design ball and roller bearings to the shaft of a machine or mechanism. All components covered by this
Standard are designed to U.S. Customary (inch) dimensions. The equivalent S.I. (metric) dimensions are provided
for the convenience of those using that system.
Suggestions for the improvement of this Standard gained through experience with its use will be welcomed. These
should be sent to the American National Standards Institute, Inc., 11West42nd Street, New York, NY 10036.
The officers of Accredited Standards Committee B3 of the American National Standards Institute and the
organizations represented at the time this Standard was submitted are as follows:
W. G. Looft, Chairman G. T. Satterfield, Secretary
American Bearing Manufacturers Association

Hydraulic Institute
Society of Tribologists and Lubrication Engineers
U.S. Department of Defense, DISC
U.S. Department of the Navy
iii
ABMA Standards
for
Ball and Roller Bearings
and Balls
ANSI/ABMA Standards
4 - Tolerance Definitions and Gauging Practices

7 - Shaft and Housing Fits for Metric Radial Ball and Roller Bearings (Except Tapered Roller Bearings)
Conforming to Basic Boundary Plans
8.1 - Ball and Roller Bearing Mounting Accessories, Metric Design
8.2 - Ball and Roller Bearing Mounting Accessories, Inch Design
9 - Load Ratings and Fatigue Life for Ball Bearings
10 - Metal Balls
11 - Load Ratings and Fatigue Life for Roller Bearings
12.1 - Instrument Ball Bearings, Metric Design
12.2 - Instrument Ball Bearings, Inch Design
13 - Roller Bearing Vibration and Noise
14 - Housing for Bearings With Spherical Outside Surfaces
15 - Ball Bearings With Spherical Outside Surfaces and Extended Inner Ring Width (Includes
Eccentric Locking Collars)
16.1 - Airframe Ball, Roller and Needle Roller Bearing, Metric Design
16.2 -Airframe Ball, Roller and Needle Roller Bearing, Inch Design
18.1 -Needle Roller Bearings-Radial, Metric Design
18.2 - Needle Roller Bearings -Radial, Metric Design
19.1 - Tapered Roller Bearings, Radial, Inch Design
19.2 - Tapered Roller Bearings, Radial, Inch Design
20 - Radial Bearings of Ball, Cylindrical Roller and Spherical Roller Types, Metric Design
21.1 - Thrust Needle Roller and Cage Assemblies and Thrust Washers, Metric Design
21.2 - Thrust Needle Roller and Cage Assemblies and Thrust Washers, Inch Design
22.2 - Spherical Plain Bearings, Joint Type, Inch Design
23.2 - Thrust Bearings of Tapered Roller Type, Inch Design
24.1 - Thrust Bearings of Ball, Cylindrical Roller and Spherical Roller Types, Metric Design
24.2 - Thrust Bearings of Ball and Cylindrical Roller Types, Inch Design
25 .2 - Rolling Bearings, Linear Motion, Recirculating Ball, Sleeve Type, Inch Series
26.2 - Thin Section Ball Bearings - Inch Design
ANSI/ABMA/ISO Standards
3096-1997 Rolling bearings - Needle rollers - Dimensions and tolerances

5593-1984 Rolling bearings - Vocabulary
10285-1994 Rolling bearings - Linear motion, recirculating ball, sleeve type - Metric series
An ABMA Standard is intended as a guide to aid the manufacturer, the consumer, and the general public. The
existence of an ABMA Standard does not in any respect preclude anyone, whether he has approved the Standard or
not, from manufacturing, marketing, purchasing, or using products, processes, or procedures not conforming to the
standard. ABMA Standards are subject to revision or withdrawal at any time and users who refer to an ABMA
Standard should satisfy themselves that they have the latest infonnation from the Association.
iv
BALL AND ROLLER
MOUNTING ACCESSORIES
INCH DESIGN
Section Page
1. Scope ...................................................................................................................................................................... 1
2. Identification code .................................................................................................................................................. 1
3. General specifications............................................................................................................................................. 6
4. Locknuts and removal nuts - Dimensions .............................................................................................................. 8
5. Lock.washers and lock.plates - Dimensions .......................................................................................................... 14
6. Adapter sleeves and withdrawal sleeves - Dimensions........................................................................................ 20
7. Shafts - Dimensions ............................................................................................................................................. 32
8. Adapter assembly part numbers, and withdrawal sleeve and removal nut selection ............................................ 38
9. Tolerance limits .................................................................................................................................................... 41
Appendix - Thread specifications .............................................................................................................................. Al
List of tables ................................................................................................................................................................ iv
LIST OF TABLES
Table
No. Title Page
Dimensions
4.1 Locknut dimensions series N-00, AN-00, TN and TAN

Part 1- Dimensions shown in mm ......................................................................................................... 8
Part 2 - Dimensions shown in inches .................................................................................................... 9
4.2 Locknut dimensions series N-000
Part 1- Dimensions shown in mm ....................................................................................................... 10
Part 2 - Dimensions shown in inches .................................................................................................. 11
4.3 Removal nut dimensions Series RN and ARN
5.1 Lockwasher dimensions series W-00 and W-000
5.2 Lockwasher dimensions series TW-000 and WH-00
5.3 Lockplate dimensions series P-000
6.1 Adapter sleeve dimensions series S-00 and S-100
6.2 Adapter Sleeve dimensions series S-3000, S-3100 and S-3200
6.3 Withdrawal sleeve dimensions series SK-00, ASK-00 and SK-2200
6.4 Withdrawal sleeve dimensions series SK-100 andASK-100
6.5 Withdrawal sleeve dimensions series SKX-00 and ASKX-00
6.6 Withdrawal sleeve dimensions series XX-100 andASKX-100
7.1 Shaft dimensions for locknuts series N-00 and AN-00
Part 2-Dimensions shown in inches .................................................................................................. 33
7.2 Shaft dimensions for locknuts series N-00, TN and TAN (for tapered roller bearings)
vi
7.3 Shaft dimensions for locknuts series N--000
Part 1- Dimensions shown in mm .......................................................................................................36
Part 2 - Dimensions shown in inches ................................................................................................... 37
Adapter assembly part numbers, and withdrawal sleeve and removal nut selection
8.1 Adapter assembly part numbers for series 30, 31, 02, and 22 .......................................................................... 38
8.2 Adapter assembly part numbers for series 32, 03, and 23 ................................................................................ 39
8.3 Withdrawal sleeve and removal nut selection .................................................................................................. 40
Tolerance Limits
9 .1 Lockouts and removal nuts - Dimension tolerances

9 .2 Chamfer face runout and nut width variation
9.3 Adapter sleeve -Dimension tolerances
9.4 Adapter sleeve wall thickness variation tolerances
9.5 Withdrawal sleeves -All series
Appendix
A-1 Tolerance limits - Lockwashers ...................................................................................................................... A2

A-2 1bread dimensions K, threads, Unified Form Special - Intemal ..................................................................... A3
A-3 1bread dimensions K, threads, Unified Form Special - External ................................................................... A4
A-4 1bread dimensions M, threads, Acme Class 3G, General Purpose ................................................................. AS
Figure Al 1bread form, K, threads ...................................................................................................................... A6

FigureA2 1bread form, M, threads ..................................................................................................................... A 7
vii
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BALL AND ROLLER BEARING MOUNTING ACCESSORIES
INCH DESIGN
1.Scope
Mounting accessories covered in this standard are commonly used for the location or fixing of ball and roller bearings to
the shaft of a machine or mechanism. The purpose of the standard is to establish dimensions and minimum physical
properties of these components consistent and compatible with ABMA and ANSI Standards relating to ball and roller
bearings. Products manufactured in accordance with this standard will fulfill the expected function when used with
properly-designed shafts. This standard covers:
1.1 Locknuts and removal nuts - Locknuts and removal nuts for ball bearings, cylindrical, spherical, and tapered roller
bearings.
1.2 Locking devices - Lock.washers and lock:plates for ball bearings, cylindrical, spherical and tapered roller bearings.
1.3 Mounting sleeves - Adapter sleeves and withdrawal sleeves, for ball bearings and spherical roller bearings.
1.4 Shaft dimensions - Required dimensions for threads, keyways, and reliefs for shafts.
1.5 General information - Symbols, definitions, part numbers, materials, tolerances, and threads.
2. Identification code
2.1 Definitions
2.1.1 Locknuts and removal nuts
2.1.1.1 Bearing locknut - A fastener with internal threads utilized to secure and/or position the inner ring of a rolling
element bearing to a shaft or mounting sleeve. (Some sizes may be used as removal nuts.)
2.1.1.2 Removal nut - A fastener with internal threads utilized to facilitate disassembly of a bearing from the
withdrawal sleeve.
2.1.1.3 Face runout - A dimensional characteristic denoting total indicator reading at the locknut chamfer face while
locknut is rotated one revolution on the axis of its threaded pitch diameter. Also denoted as squareness of the face with
thread.
2.1.1.4 Locknut slot - Slots are provided on the outer diameter of locknuts and removal nuts. These slots aid in
tightening with a spanner wrench or other types of turning tools and permit locking of the nut in final position, except on
larger locknuts utilizing lockplates rather than lock.washers.
2.1.1.5 Chamfer face - The locknut face adjoining large O.D. chamfer, the face normally positioned against lock.washer
or bearing.
2.1.1.6 Face parallelism - A term defining the parallel relationship between the chamfer face of the locknut and the
opposite face of locknut.
2.1.2 Locking devices
2.1.2.1 Lockwasher - A washer used in conjunction with bearing locknut to maintain in locking engagement the
adjusted or tightened position of a bearing locknut with respect to the shaft or mounting sleeve. A washer key tang
projects from the lockwasher bore, to engage a key slot in the shaft or mounting sleeve. The O.D. periphery of the
lockwasher is provided with a quantity of tangs, one of which is bent down into a locknut slot to provide the locking of
the mounting system.
2.1.2.2 Key tang - The tang projecting inwardly from the bore of lockwasher is designed to engage with a shaft or
mounting sleeve key slot. The key tang is either bent at 90° to one face of lockwasher or is straight, depending on type of
lockwasher.
2.1.2.3 Locking tang - A tang on outer periphery of lockwasher, which engages with a locknut slot. A quantity of
equally-spaced tangs is provided, with an appropriate single tang bent into engagement with a locknut slot to complete
locking of system.
2.1.2.4 Lockplate - A locking device bolted to the face of large inch designed lockn.uts after final positioning of the
locknut on shaft or mounting sleeve. The lock.plate is a flat stamped metal plate with a projecting key for engagement with
shaft or mounting sleeve key slot. Two holes at appropriate spacing mate with drilled and tapped holes on the exposed
face of locknut.
2.1.3 Mounting sleeves
2.1.3.1 Adapter sleeve - A sleeve utilized for mounting of a tapered bore bearing to a straight shaft. The sleeve has a
tapered O.D. for engagement with a tapered bore bearing, and a threaded O.D. end portion for a bearing locknut. The
adapter sleeve is pulled into the tapered bearing bore by tightening the locknut Compression of the sleeve by the tapered
engagement results in tightening of the slotted adapter sleeve to the straight shaft.
2.1.3.2 Adapter assembly - An assembly consisting of the adapter sleeve, the appropriate locknut and a lockwasher or
lock.plate (larger sizes utilize a lock.plate). The assembly oflockplate type includes two cap screws and lock wire.
2.1.3.3 Withdrawal sleeve - A sleeve utilized for the mounting of tapered bore bearings to a cylindrical shaft and to
facilitate disassembly. The sleeve has a tapered O.D. for engagement with a tapered bore bearing and a threaded O.D. end
portion for a bearing removal nut. The installation of a bearing with a withdrawal sleeve requires a threaded and
shouldered shaft design whereby the bearing is located against a shaft shoulder and the withdrawal sleeve is forced into
the space between bearing bore and shaft seat, small end first, by tightening a locknut on the threaded portion of shaft.
2.2 Part numbers
2.2.1 Part numbering systems - The explanation of the part numbers for bearing mounting accessories is divided into
two sections: one for individual components including locknuts, removal nuts, lockwashers, lock.plates, and adapter
sleeves; the other for adapter sleeve assemblies. Within their own type, bearing mounting accessories are grouped into
series. Each series number and each part number in the series has a prefix letter. An explanation of the prefix letters and a
description of the various series of mounting accessories contained in this standard follow:
2.2.1.1 Prefix letters
Prefix Type of accessory Explanation

AN Locknut Amer. Std. threads*
N Locknut Amer. Std. or Acme
threads
p Lockplate
RN
Removal nut
ARN
s Adapter sleeve
ASK
Withdrawal sleeve
ASKX
SK
Withdrawal sleeve
SKX
TAN Amer. Std. threads (for
TN Locknut tapered roller bearings)
TW Lockwasher Key tang bent in under the

WH locknut and material
thickness greater than the
W lock.washer
w Lockwasher Key tang bent away from
the locknut, or flat
•Locknut sizes AN-15 through AN-30 were originally

made with 11 pitch threads and numbered N-15 through
N-30. The 11 pitch thread nuts were discontinued and
replaced by the 12 pitch thread nuts and numbered AN-
15 through AN-30.
2.2.1.2 Series numbers
2.2.1.2.1 Locknuts and removal nuts
Part number Series Description

N-00 to N-44 N-00 Normal series
AN-15 to AN-40 AN-00 Normal series
N-022 to N-950 N-000 Low profile series
ARN22 to ARN26 ARN Removal nut
RNIOto RN64 RN Removal nut
TN-065 to TN-14 TN
TAN-15 to TAN-140 TAN
2.2.1.2.2 Locking Devices
2.2.1.2.2.1 Lockwashers

TW-100 to TW-140 TW lbick series - inner key tang bent toward locknut
WH-00 to WH-40 WH Same as TW-100 to TW-140
W-OOtoW-44 W-00 Thin series - inner key tang bent away from locknut
W-022 to W-044 W-000 Straight key tang
2.2.1.2.2.2 Lockplates

P-48 to P-950 P-000
2.2.1.2.2.3 Mounting Sleeves
Part number Series Description (for

bearing series)
S-04 to S-52 S-00 31,02,22,03
S-104 to S-152 S-100 23,32
S-3024 to S-30/950 S-3000 30
S-3156 to S-31/850 S-3100 31
S-3256 to S-321750 S-3200 32
SK-8 to SK-64 SK-00 22
ASK-13 to ASK-26 ASK-00 22
SK-2215 to SK-2216 SK-2200 22
SK-108 to SK-156 SK-100 23
ASK-113 to ASK-124 ASK-100 23
SKX-10 to SKX-64 SKX-00 22
ASKX-22 to ASKX-26 ASKX-00 22
SKX-110 to SKX-156 SKX-100 23
ASKX-122 to ASKX-126 ASKX-100 23
2.3 Symbols
2.3.1 Lockouts and removal nuts
Symbol Applicable characteristics

A Reference notation for relation of two or more characteristics
c Outside diameter
D Nut width
d Thread major diameter
E Face diameter
G Slot width
H Slot depth
Ki Thread designation - Unified Special Form(# threads per inch)
Mi Thread designation - Acme Class 3G, General purpose (#threads per inch)
sd Chamfer face runout, or squareness of face with thread
Si Tap depth for lockplate cap screw
Ti Tap size for lockplate cap screw
y Bolt circle diameter (where applicable)
Di Chamfer depth
Li Counterbore depth
u Counterbore diameter
V.t. Nut width variation (parallelism)
2.3.2 Locking devices
2.3.2.1 Lockwashers

B Diameter over locking tangs
E Face diameter (not including outer tangs)
Q Lockwasher material thickness
R Inside diameter or bore
s Key tang width
T Locking tang width
v Key tang projection
x Inside dimension to key tang
K Centerline to key tang top outer
2.3.2.2 Lockplates

A1 Lockplate height at key
Bi Lockplate height above key
C1 Distance between cap screw hole centers
D1 Lockplate height at end
E1 Cap screw hole distance from top edge of plate
F1 Key location from large end of plate
G1 Key width
J2 Cap screw size
K2 Hole size for cap screw
Li Length oflockplate
M2 Cap screw hole location from large end of lockplate
Qi Lockplate thickness
2.3.3 Mounting sleeves
2.3.3.1 Adapter sleeves

A Diameter large end of adapter taper (sharp comer)
B Thread major diameter
K1 Number of threads per inch
d Bore diameter
F Slot width
G Thread length, including relief
L Sleeve length
p Slot width (where applicable)
T Slot depth (where applicable)
v Wall thickness variation with respect to bore in a single radial plane
2.3.3.2 Withdrawal sleeves

A Diameter small end of bearing inner ring taper (sharp comer)
B Thread major diameter
c Undercut width
D1 Undercut diameter
K1 Number of threads per inch
d Bore diameter
F Slot width
G Thread length, excluding relief
L Sleeve length
s Standoff on small end from bearing face
v Wall thickness variation with respect to bore in a single radial plane
3. General specifications
3.1 Materials
3.1.1 Locknuts, removal nuts, lockplates and mounting sleeves - Shall be made of ferrous material such as forgings,
compressed powder, castings, hot rolled and cold drawn bars or tubing, except leaded steel. Regardless of chemistry or
process method, the physical characteristics shall meet a minimum hardness 55 HRB, minimum tensile
strength 345 MPa (50,000 psi), minimum yield strength 172 MPa (25,000 psi), and minimum elongation 10% for all
materials, except cast material shall be minimum elongation 7%. Any deviation from the mentioned specifications must
be with a full understanding between the supplier and the user, and the nut, plate or sleeve shall be significantly marked.
3.1.2 Lockwasher - Shall be made of ferrous material that when heat treated to ''full anneal" will permit a tang to be bent
back without fracture, either against or with the grain, on a radius equal to one-half the stock thickness.
3.2 Tolerances
3.2.1 Dimensional tolerances - Tolerance Tables are provided for Adapter Sleeves, Locknuts, Withdrawal Sleeves, and
Lockwashers. Tolerances are not provided for all dimensional characteristics, as those not provided are essentially non-
critical and not an appropriate part of this standard. It is expected such characteristics will be controlled in accordance
with good manufacturing practice. As a guideline, undesignated tolerances are suggested at
0.51 mm (0.020") or 0.4% of the dimension value, whichever is greater.
3.2.2 Thread tolerances - Thread tolerances for locknuts, removal nuts, adapter sleeves, withdrawal sleeves, and shafting
are not specified by this standard. Data is provided in the Appendix as a reference.
3.2.3 Surface f"mish - Surface finish specifications are not a part of this standard, with the exception of series TN and
TAN locknuts, and with the exception that all functional and mating surfaces shall be in accordance with good
manufacturing practice and compatible with the expected function or usage.
Surface finish requirement on series TN and TAN locknut faces is as follows:
Micro- Micro-
metres inches
(max.) (max.)
TN-065 through TN-11 2.5 100
TN-12 through TAN-22 3.0 120
TAN-24 through TAN-140 3.8 150
3.2.4 Other characteristics - Other characteristics such as chamfers, comer fillets, broken comers, etc. may be provided
in accordance with normal function or assembly of the component with mating parts.
Sharp comers, burrs, nicks, and other blemishes which may interfere with performance or assembly of component, or
which shall cause part to be unsafe in normal handling and installation, are not permitted.
Table 4.1 - Part 1
Locknut Dimensions
Inch Design
Series N-00, AN-00, TN 111d TAN
N-00 \\lru AN-40 N-44

TN-065 lhru TAN-140
Pmtl
'Ibnads(I) Ouilicle Face Nut Slot Slot
Widdl
Major Di8IDd« ~ Widdl DeJ!lh
I.oclmut D
Number Diameter
No.per c E
lllllL
G H
inr.h
d
DODI.
IC.1 lllllL max. N.00 TN.00 min. max.
N.00 0.391 32 19.18 15.88 5.82 3.05 1.85
N-01 0.469 32 22.3S 18.26 8.20 3.05 1.85
N-02 0.586 32 2S.S3 20.65 8.20 3.05 2.64
N-03 0.664 3.2 28.70 23.8.2 8.99 3.05 2.64
N.o4 0.781 32 JS.05 28.58 9.78 4.52 2.64
N-OS 0.969 32 39.83 32.54 l0.S7 4.52 2.64

N-06 1.173 18 44.SS 38.10 I0.57 4.S2 2.64
- TN-065 1.312 18 S2.S3 46.0S - 11.38 4.52 2.64
N-07 TN-07 1.376 18 S2.S3 46.0S 11.38 11.38 4.S2 2.64
N-08 TN-08 1.563 18 57.28 50.80 11.38 11.38 6.10 2.64
N-09 TN-09 1.167 18 64.41 S7.94 ll.38 11.38 6.10 2.64

N-IO TN-IO 1.967 18 68.40 61.92 12.95 12.95 6.10 2.64
N-11 TN-11 2.lS7 18 7S.S4 67A6 I2.9S 12.9S 6.IO 3.43
N-I2 TN-I2 2.360 18 80.29 72.24 I3.74 13.74 6.IO 3.43
N-13 TN-13 2.548 18 SS.BS 77.80 14.SS 14.SS 6.10 3.43
N-14 TN-14 2.751 18 92.20 84.15 14.SS 14.SS 6.10 3.43

AN-IS TAN-IS 2.933 12 98.5S 90.SO IS.34 lS.34 9.I4 3.43
AN-16 TAN-16 3.137 12 105.69 97.64 lS.34 15.34 9.14 3.43
AN-I7 TAN-I7 3.340 12 112.04 I02.39 I6.13 16.13 9.I4 4.22
AN-IR TAN-IS 3.527 12 118.39 108.74 I7.73 17.73 9.I4 4.22
AN-19 TAN-19 3.730 12 125.55 115.90 18.52 18.52 9.14 4.22

AN-20 TAN...20 3.918 12 131.90 122.25 19.30 19.30 9.14 4.22
AN-21 TAN-21 4.122 12 138.2S 127.00 I9.30 19.30 I2.32 S.03
AN-22 TAN-22 4.325 12 14S.39 134.14 20.09 20.09 12.32 S.03
AN-24 TAN-24 4.716 12 lSS.70 I44.48 20.90 20.90 I2.32 S.03
AN-.26 TAN-.26 .5.106 12 171..58 1.57.18 22.48 22A8 1.5..49 6.60

AN-28 TAN-128 5.497 12 180.31 165.89 24.08 30A3 15..49 6.60
AN-30 TAN-130 S.888 12 195.40 179.40 24.87 32.00 lS.49 7.39
AN-32 TAN-132 6.284 8 204.93 188.92 26.44 32.79 IS.49 7.39
AN-34 TAN-134 6.659 8 219.99 203.99 21:25 34.39 IS.49 7.39
AN-36 TAN-136 7.066 8 230.33 212.72 28.64 35.97 IB.67 8.20

AN-38 TAN-138 7.412 8 240.64 223.04 28.83 3.5.97 18.67 8.20
AN-40 TAN-140 7.847 8 250.16 232.56 30.43 38.35 18.67 8.20
N-44 ... 8.628 8 279.53 250.01 32.00 24.89 12.95
"'Thread diamet« 11 UI. inche1.
FortoltmlllCl'Jll aee Table 9.1, Part 1.
Lloarlaed to Josh Roganl. ANSI &tor& oilier# X_410608. Downloaded 9/9fl01 S 12:35 PM. Single uaer llcer188 ooly. Co~ng and networking prolllbltad
Table 4.1 - Part l
Loeknut Dimensions
InchDedgn
Series N-00, AN-00, TN and TAN
N-DD lhrv AN·40

TN-085 thru TAN-140
Part.2 Dimemiom in ..nnimeten

Thn:ads Outside
,_ Nat
Wi.dlh
Slot Slot
Major Diameter Diamclcr Width Depth
I.oclamt D
Numli« Diamemr
No.per c R max, G H
inch
d
nam. K1 Ill& mu, N-00 TN-00 miD llllll.
N-00 0.391 32 0.7SS 0.62S 0.229 0.120 0.o73

N-01 0.469 32 0.880 0.719 0323 0.120 0.073
N-02 0.586 32 1.005 0.813 0323 0.120 0.104
N-03 0.664 3.2 1.130 0.938 0.354 0.120 0.104
N-04 0.781 3.2 1.380 1.1.2S 0385 0.178 0.104
N-05 0.969 32 1.568 1.281 0.416 0.178 0.104

N-06 l.173 18 l.7SS 1.500 OA16 0.178 0.104
-
N-07
1N-06S
TN-07
1312
1376
18
18
2.068
2.068
1.813
1.813
-
0.448
0.448
0.448
0.178
0.178
0.104
0.104
N-08 TN-08 1.563 18 2.2SS 2.000 0.448 0.448 0.240 0.104
N-09 TN-09 l.167 18 2.536 2.281 0.448 0.448 D.240 0.104

N-10 TN-10 l.967 18 2.693 2.438 0..510 0..510 0..240 0.104
N-11 TN-11 2.157 18 2.974 2.656 O.SlO O.SlO 0.240 0.13S
N-12 TN-12 2.360 18 3.161 2.844 0.541 0.541 D.240 0.135
N-13 TN-13 2.548 18 3.380 3.063 0..573 0..573 0..240 0.135
N-14 TN-14 .2.751 18 3.630 3.313 0.573 0..573 D.240 0.135

AN-15 TAN-IS 2.933 1.2 3.880 3.563 0.604 0.604 0.360 0.135
AN-16 TAN-16 3.137 12 4.161 3.844 0.604 0.604 0.360 0.135
AN-17 TAN-17 3.340 12 4.411 4.031 0.635 0.635 0.360 0.166
AN-18 TAN-18 3.S.27 1.2 4.661 4.2.81 0.698 0.698 0.360 0.166
AN-19 TAN-19 3.730 12 4.943 4.563 0.729 0.729 0.360 0.166

AN-20 TAN-20 3.918 1.2 S.193 4.813 0.760 0.760 0.360 0.166
AN-21 TAN-21 4.122 12 S.443 S.000 0.760 0.760 0.48S 0.198
AN·22 TAN·.22 4.325 12 5.724 5.281 0.791 0.791 0.485 0.198
AN-24 TAN-24 4.716 1.2 6.130 5.688 0.823 0.823 0.485 0.198
AN-26 TAN-26 5.106 12 6.755 6.188 o.B8S o.885 o.610 0.260

AN-28 TAN-128 S..497 1.2 7.099 6.531 0.948 1.198 0.610 0..260
AN-30 TAN-130 S.888 12 7.693 7.063 0..979 1..260 0.610 0..291
AN-32 TAN-132 6.284 8 8.068 7.438 Ul41 1.291 0.610 0..291
AN-34 TAN-134 6.659 8 8.661 8.031 1.073 1.3.54 0.610 0..291
AN-36 TAN-136 7.066 8 9.068 8.375 1.104 1.416 0.735 0.323

AN-38 TAN-138 1.412 8 9.474 8.781 1.135 1A16 0.735 0.323
AN-40 TAN-140 7.847 8 9.849 9.156 1.198 1.SlO 0.735 0.323
N-44 8.628 8 11.005 9.843 1.260 0.980 O.SlO
Far tolerances see Table 9.1, Part 2.
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Table 4.2 - Part 1
Locknut Dimensions
Inch Design
Serles N-000
T Tap S.ze-U NC Th1"9ads
1
1:z Holos.l!qMally ll?acad ~
jSil
~-+ <Ki Thniadi • N.048 thru N--064
~ !I"''""""-"~"·~·~"
A S' ~
-2E~10NA-A
. / 1--C4
( I
A :-30'
~-0.· ~--.
ti: A T--~"~ r: -. .-. ;
, ¢. . : ~j I I 1 '
1
1J. __._ ~· ----------1.

~ -7:_. ~
N-048 lhru H-950

H~Z2 lhru N--044
Part 1 Dimensions in millimeters
'J1m,ads (1) Counterl>ore Tapped Holes"'
Outaide Fiu:e Nut Slot ofthread.I For M111mtiI12 Loeb latea
Diameter Diameter Width
Lodnul Major No.
Number Diameter Per Inch
c E D W"J.dth Depth Diameter Depth B.C.Dia.
Tap Sm
Depth
d
0 H u Li y
T1
S1
K1 M1 JDlll[. mm:. max. min. max. min. min. min. min.
nom.
N-022 4.325 12 13S.08 124.49 20.09 12.32 S.03
N-024 4.716 12 144.60 134.9S 20.90 12.32 S.03
N-026 S.106 12 155.70 144.86 22.48 12.32 S.03
N-028 S.497 12 165.23 lSS.17 24.08 12.32 S.03
N-030 S.888 12 181.10 169.88 24.87 IS.49 S.82
N-032 6.284 8 190.63 180.19 26M IS.49 S.82

N-034 6.659 8 200.IS 190.09 27.25 IS.49 5.82
N-036 7.066 8 209.68 200.03 28.04 IS.49 S.82
N-038 7.472 8 220.80 209.96 28.83 IS.49 S.82
N-040 7.847 8 239.85 222.25 30.43 18.67 8.20
N-044 8.628 8 260.48 242.09 32.00 21.84 9.78

N-048 9.442 6 290.6S 269.88 34.39 21.84 9.78 264.74 5116-18 15.88
N-OS2 10.192 6 309.70 289.71 35.97 21.84 9.78 286.97 5/16-18 15.88
N-0.56 11.004 6 330.33 310.36 38.3.5 24.89 9.78 307.59 .5/16-18 1.5.88
N-060 11.785 6 360.50 335.76 39.9S 24.89 12.95 332.99 318-16 19.0S
N-064 12.562 6 381.13 356.39 42.32 24.89 12.95 352.04 318-16 19.05
N-068 13.339 5 400.18 376.25 4S.49 24.89 12.9S 339.22 9.53 374.27 318-16 19.05
N-072 14.170 5 419.23 393.70 4S.49 31.24 12.9S 360.32 9.53 393.32 318-16 19.05
N-076 14.957 5 450.98 422.28 48.67 31.24 15.34 380.31 9.53 418.72 112-13 22.23
N-080 15.745 5 470.03 442.93 S2.6S 31.24 15.34 400.33 9.53 437.77 lf2-13 2223
N-084 16.532 s 490.68 461.98 52.65 34.42 15.34 420.32 9.53 459.99 1/2-13 22.23
N-088 17.319 s .520.83 488.95 60.58 34.42 15.34 440.31 9.53 485.39 .5/8-11 31.75
N-092 18.107 s .539.88 525.48 60.58 34.42 15.34 460.32 9.53 507.62 .5/8-11 31.75
N-096 18.894 s 560.53 521.0S 60.58 37.59 15.34 480.31 9.S3 52S.09 518-11 31.75
N-SOO 19.682 s 579.58 SS0.88 68.66 37.59 15.34 S00.33 9.S3 548.89 518-11 3l.7S
N-S30 20.867 4 630.38 S90.55 68.66 40.77 20.90 530.53 12.70 593.34 518-11 31.7S
N-560 22.048 4 649.43 609.60 75.01 40.77 20.90 560.53 12.70 612.39 518-11 31.7S
N-600 23.623 4 700.23 660.40 75.01 40.77 20.90 600.53 12.70 658M 518-11 31.75
N-630 24.804 4 730.38 688.98 75.01 47.12 20.90 630.53 12.70 691.77 518-11 31.75
N-670 26.379 4 779.60 739.78 79.76 47.12 20.90 670.53 12.70 736.22 S/8-11 31.75
N-710 27.961 3 830.40 779.48 90.88 S0.29 25.6.5 710.90 17.48 777.49 5/8-11 31.75
N-750 29.536 3 870.08 820.75 90.88 56.64 25.6S 750.90 17.48 818.77 S/8-11 31.75
N-800 31.504 3 920.88 869.9.5 90.88 56.64 25.65 800.89 17.48 879.09 S/8-11 31.75
N-8.50 33.473 3 979.63 923.93 90.88 62.99 25.65 8.50.90 17.48 926.72 3/4-10 38.10
N-900 35.441 3 1,030.43 974.73 100.41 62.99 25.65 900.89 17.48 980.69 3/4-10 38.10
N-950 37.410 3 1,092.33 1,028.70 100.41 62.99 2S.6S 950.90 17.48 1,031.49 3/4-10 38.10
For tolerances see Table 9.1, Part I.
<11Thmld diameta' ia in inches.
(2) Tap aize is in inch deaignBti.on.
10
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Pllrt2
Countabcn Tapped Bola
n-11 Olllsidl: Face Nat Slot For . r...,i. JM
ofthreldl
Dlametcr Diamecm Widlh
Locbmt ~ No. c E D Widlh Diam.eeer B.C.Di& Depll
Nambcir Diamda' Per Inch °'Pth Deplh
Tep Si&
- u
G H Li y 81
d mu. ma. min. min. min.. min. T1
min.
let Mt lll8L Dlllll.
N-022 4.325 12 5.Jll 4.901 0.791 0..485 0.1911

N-024 4.716 12 5.693 5,313 0,823 0.485 0.198
N--026 5.106 12 6.130 S.703 0.885 0.48S 0.198
N.oll S.497 12 6.SOS 6.109 0.941 0.485 0.198
N-030 5.888 12 7.130 6,681 O.V!9 0.610 0.229
N-032 6.284 8 7.SOS 7.094 1.041 0..610 0.229

N-034 6.659 a 7.880 7.484 1.073 0.610 0.229
N-036 7..D66 g 8.255 7.875 1.104 0..610 0.229
N-038
N-040
1A72
7.147 •
8
8.1193
9.443
8.266
8.7!10
1.135
1.198
0.610
0.7l!J
0.229
0.323
N-044
N-048
8.628
9.442 •
6
I0.2SS
11.443
9.531
10.62'
1.260
1.354
0..860
0.860
0385
om 10.423 sn6-1s 0.625
N-OS2 lo.192 6 12.193 11.406 1Al6 0..860 oxs 11..298 sn6-1s 0.625
N-056 11..004 6 13.00S 12.219 l.SIO 0..980 0385 12.110 5n6-18 0.625
N-o60 lt.78S 6 14.193 13.219 1.S73 0..980 O.SlO 13.110 318-16 0.7SO
N-064 12.562 6 IS.ODS 14.031 1.666 0..980 O.SlO ll.860 318-16 0.150
N-068 13.339 s IS.7SS 14.813 1.791 0..980 O.SlO 13.3SS 0.375 14.735 318-16 0.7'0
N-on 14.170 s 16.505 15.500 1.791 1..230 0.510 14.186 0.375 15AIS 318-16 0.750
N-076 14.957 s 17.7SS 16.625 1.916 1..230 0.004 14.973 0.375 16.485 112-ll 0.875
N-OBO 1S.74S s IS.SOS 17.438 2.073 1.230 0.004 lS.761 0.375 17.235 112-13 0.875
N-084 16.532 s 19.318 18.188 2.073 1.355 0."°4 16.548 0.375 18.110 1J2-13 0.87.5
N-0111 17.319 s 20.505 19.250 2.315 1.355 0.604 17.3JS 0.375 19.110 .518-11 l.250
N-o92 18.107 s 21.2SS 20.681 2.315 1.355 0.604 1&.123 0.375 19.985 518-11 1.250
N-096 18.894 s 22.068 20.7$0 2.3*5 1.480 0."°4 18.910 D.375 2o.673 $/8-11 1.250
N-SOO 19.682 s 22.818 21.688 2.703 1.480 0.604 19..698 0.375 21..610 S/8-11 l.250
N-530 20.867 4 24.818 23.250 2.703 1.60!! 0.823 20.887 D.$00 23.360 S/8-11 1.250
N-560 22.048 4 25.568 24.000 2.953 1..605 0.823 22..D68 0..500 24.110 .518-11 l.250
N-600 23.623 4 27.568 26.000 2.953 1.60!! 0.823 23.643 D.$00 25.923 .518-11 1.250
N-630 24.804 4 28.755 27.12S 2.9S3 0.823 24.824 0..500 27.235 S/8-11 1.250
N-670 26.379 .. 30.693 29.125 3.140
l.855
1..855 0.823 26.399 0..500 28.985 .518-11 l.250
N-710 27.961 3 32.693 30.688 3.578 1.980 1.010 27.988 0.688 30.610 S/8-11 1.250
N-750 29..536 3 34.255 32.313 3.578 2.230 1.010 29.563 0..688 32.235 .518-11 l.250
N-800 31.504 3 36.2SS 34.250 3.S78 2.230 1.010 31.531 0.688 34.610 518-11 1.250
N-850 33.473 3 38.568 36.375 3.578 2.480 1.010 33..500 0.688 36.415 314-10 1.500
N-900 3SM1 3 40.568 38.375 3.953 2.480 1.010 35..46& 0..688 ll.610 314-10 1.500
N-!ISO 37Al0 3 43.005 4D.SOO J.9S3 2.480 1.010 37.437 0.688 40.610 314-10 1.500
For t o l - -Tablo 9.1, Pm 2.
11
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Table 4.3 - Part I
Removal Nut Dlmenafon1
lnchDellgn
Serla RN and ARN
K, Threads -
RN10 lhru R NEl4 a nd ARN22 thru ARN28
Pml ~-
1'lmldl (l) Slot

ltomm1
Oullido FIQC Nut C1llmfcr
Major No.per Diamdlr Diamcm WJ.dlh Depth
Nut Dilm«.w c E D Widdl Dep1h
D1
Numbc:r
d
llldl
Xi
-. IDllL -. G
min.
F
mu.
-.
nom.
RNlO 2..204 111 77.77 65.07 15.09 6.10 3.43 1.98
RNll 2.407 111 83.34 71.42 15.09 6.10 3.43 1.98
RN12 2..626 111 88.90 77.77 16.66 6.10 3.43 1.98
ANlU2 4.7711 12 160..32 136.53 19.114 l5A9 6.60 3.58
ANR24 5.115 12 176.23 142.88 21A4 l5A9 7..39 3.58
ARN26 5..622 12 115.72 153.97 23.01 l5A9 7..39 3.58

RN28 6JY.n 8 201.63 166.70 24.61 IS.49 7..39 3.58
RN30 6.503 8 211.12 179.37 26.19 18.67 8..20 3.58
RN32 6..925 8 227.,03 192.07 26.19 111.67 8..20 3.58
RN34 7.331 8 236.52 204.77 27.79 21.84 9.78 3.58
RN36 7.753 g 250.83 217.SO 27.79 21.1!4 9.711 3.58

RN38 8.191 8 271.48 231.78 29.36 21.84 9.78 3.58
RNS6 11.973 6 315.78 344.47 37.29 31.24 12.95 5.16
RN60 12.942 6 427.02 369.09 42.32 31.24 12.95 S.16
RN64 13.723 6 452.42 361.95 42.52 31.24 12.95 S.16
For tol"PM! see Table 9.1, Put 1.
01 'Ibleed dlamet.er ii In hlclaes.
12
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Table 4.3 - Part 2
Removal Nut Dimenaiom
Inch Design
Serla RN od ARN
ro-1
r ~ ,.:-01
I ,\
~l
1i1
1 :I
I 'I :i I
c - d e
Ji I I
I' J1 I
~ Threado ~l 1
~-L
RN1Q thlu RN64 and ARN22 lhN AR.N2S
l'llt2
lbmMm1
'1'11-i.
OlllBide .._ Nut
Slot
Chamfer
Majir Diameter Diamecer Width Depdl
Nut No.per c Wldlh Deplh
Numb« ~
-.
cl
Inch
Ka
-.
B
-. -.
D
min.
G
•
-.
Di
-.
llNlO 2.104 18 3.o62 U62 0.SM o.240 0.13$ o.o78
RNll 2.407 18 3..2&1 2.BU 0.5M 0..240 0.135 O..o78
llN12 2.626 18 3.500 3.0Q o.~6 0.240 O.l3S 0.078
A'NR22 4.m 11 6.312 S.375 0.7&1 0..610 o.260 0.141
ANR24 S.185 12 3.938 S.62S 0.844 0.610 0.291 0.141
ARN16 S.622 12 7.312 6..062 0306 0.610 0.291 0.141

llN28 6.fJ'J1 8 7.938 6.563 0.969 0.610 0.291 0.141
RN30 6.SG.1 8 8.312 7.1'162 l.Cl31 0.735 o.323 0.141
RN32 6.925 8 1.938 7.562 l.o31 0.735 0.323 0.141
RN34 7.lll 8 9.312 8,.062 1,.094 0.860 o.385 0.141
RN36 7.753 8 9.875 1.563 l.O!M- 0.860 0.385 0.141

RN.38 11.191 8 10.681 9.125 1.156 0.860 o.385 0.141
RN!6 11.973 6 15.l&& 13.562 1.468 1.230 0.510 0..203
llN'°
RN64
12.942
13.723
6
6
16.812
17.812
14.Sll
14.250
1.666
1.674
1.230
1..230
0.510
0.510
0.203
0..203
13
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Table 5.1 - Part 1
Loekwuher Dimensions
Inch Design
Serie. W-00 and W-000
' '\
Surlaoo .../
Mv1;fb.
Fiii
/
,)
l----e
.J_ -CJ HO
r- )( ----i --,.
~~,~·~~-=-·~····~.......:~t~l~~~j:
-o
w-00111tuw...a
hrtl
..
Ben ,_ ma..c. ....... c..m..
-
lilJ" 1'ivjodiooa T.., lld.oria1
l>imlcla O.a'Taip Dlmau!ol> IOirqTop v '1bldlDla
- -
W!d8l W1llll
B B x It s No. T Q
I'"'*-
lf1lllDr min. ma. min. -. -. min. Gt
T. . .
-.
min.
W-GJ W-GI W-GIO w.ooa. W.00 W.00 W-GIO W.00 W-GI W-400 W-<111 w.-
W..000
w..ao 10.31 10.1119 16.154 22.%5 8A8 4.95 MS 1.5'/ 9 3.0S 0.81
us
W-01
W-G'l
w-m
12.29
15.17
17.2S
12.67
15.65
17.63
1M2
21"1
24.5'
25.81
2936
33.73
lll.A6
ISM
15.42
SJ9
7.54
B.56
'-OS
S.115
J.OS
U'7
IJ7
1..57
'
11
11
J.OS
3.115
0.81
0.81
0.11
W-04 lD.35 .20.73 2934 38.119 llUl 10..01 4.47 1.5'/ 11 4.22 o.81
W-G5 25.12 25,11! J3JO 43,66 21119 W5 4.47 239 13 4.22 un
-
W-o6 30.30 30.BI 3&.116 48.112 27.76 15.09 4.47 2.3, 13 4.ZZ I.OZ
W41 JSM M.'7 46.81 S7.1S 32.9'l 17.60 4.47 239 IS 4.22 1Jl2
w..oe 40.21 <40.72 Sl.56 62.71 37.54 IUI 7.37 2.39 IS S.M 1.22
45.52 ~15 5&.'IO SM 42.l!S :12..50 7.37 3.18 17 .S.94 1.22
W-10 S0.60 Sl.24 Q.9 74.22 47~ 25,of 7.37 J.18 17 S.'4 1..22
W-11
W-12
W-13
SSAZ
60.96
65.14
SU6
6UD
M.37
6l22
73.IXI
'IU6
'IU7
14.94
W.18
52.SS
5'7.51
62.36
27.56
3G.1S
32A6
7.37
7.37
7.37
3.18
3.18
3.18
...
17
It
S.M
.S.94
.S.94
1.35
l.35
us
W-14 10.U 71.53 IUl 97.23 67.51 JS.18 7.37 4.78 19 S.'4 us
W-IS
W-16
W-17
W-18
W-19
'IS.51
aa.10
86.23
90.98
!16.52
76.211
11.46
87.00
91.74
'7.28
-
91.26
103.15
109.50
116.66
104.37
lll.13
117.48
W.43
132.$6
71.91
77.17
82.63
U..82
!1235
37.69
40.13
~
45.1'
47.A
7.37
197
8.97
8.97
1.97
4.'18
4.'18
4.78
4.78
4.78
19
19
It
19
19
UJ
1.33
UJ
U3
1.33
1.51
1.51
1.57
2.13
2.13
-
w~ l&UO 102.o.5 123.ot 139.10 96.15 SG.19 8.97 6.:!S 19 UJ 2.13
W-21 1K48 107.24 127.7' 144M IOU3 52.68 8.97 6.3S 19 Ul 2.13
W-22 W-022 111.65 112.40 134.90 l:ZS.76 1S4.oo 144M 106.30 SS.IP 1.97 UP 635 IP ll.91 9.91 2.'1 292
w~ 121.95 122.71 146-24 136.ZZ 164.31 157.11 116.61 60.22 1.97 I.Ill> 6.35 19 ll.91 9.lll 2.92 292
W-26 W-426 lJl.U 132.74 157.9>4 1~13 178.59 ltlll.28 12621 68.15 11.~ 11.tl 6.35 It IJ.21 UI 2.91 1.92
W-28 w~ 141.7' 142.6'7 16US ISU4 1'9.93 lto.19 136.14 611.91 14.119 IS.Oii 63S 19 13.21 9.91 2.91 1.92
w.ao W-430 151.97 1SU6 1011.16 171.15 204.IO 196.o.5 145.54 75.111 14.99 15.0!I 7.95 19 13.21 IJ.21 J.71 292
W-32
W-34
W-36
W-452
W-4U
W-036
162.21
171.81
1112.14
141U7
172.9
1'3.o-3
1&9S
.204.7S
213.49
lllM
191"7
2DIAO
214.JS
.230.20
207.16
.218.29
22.1.tiO
15'-'5
165.18
17S.SI
.....,
80-03 14.9P
18.16
IU6
15.09
18.26
19.26
7-'5
7.95
It
19
19
U.21
13.21
I..,.
13.21
13..21
13.21
3.71
3.71
J.71
1.92
1.92
2'9.73 89.92 7.95 292
W-38 W-438 192.46 193.34 22UO 21U3 250.ts 239.n 185.83 9'..95 ll16 18.26 7-'5 It 16.38 IJ.21 3.71 1.92
W-40 W-440 102.74 203.Q 233.32 22162 261.ts 2".21 196.11 99..82 21.34 21M 7-'5 It 16.38 16.38 3.71 1.92
W-<44 w~ 221.&I .221.811 .251.59 243.83 2Sl0.S3 1164.31 211.SI 2U8 24.00 19 22.50 19.56 3.71 292
Fortomll.QCS llCC Tabl~A.I, Pmt I.
14
Uoenaect lo Josh Roge111. ANSI 8lln order# x_410606. Downloaded 9/9/2016 12:36 PM. Slnglle user llcens& only. ~ng and networ!llrig prolllbltl!d
Table 5.1 - Part 2
Lockwuber Dimmllom
lnchDetlgn
Serla W-00 and W-000
---ht-
I I
0 >'\ ....:'--iL ·'"""·

··w~
I >VI,-
!
"--- --- rV
/ < ,i
! ~-~· l:\ I
~
,/
\I-----<
r-----11-----
/
----e
W-00111111 W..,O
,1'1 -a
Pmt2 Djm:P.1u1.tnn• in incha

Bare ,_ Dilmols Jlllilo Cmllldino l"'Y ~ 1'1111 Mllllil1
R. ~ 0-~ v
-
Widda WiJllh '1'lliom..
--
Dinmlicm toE'.oJTop
llo.
x x
I.ac;kwullor
~
mlll.
B
min.
B
ma. min. -.
9
..... min. o!
'1'11111
T Q
mill.
W~I;
W-<Jll W.000 W41 w- W.000
W41 W.00 W410 W41 W41 W.000 W-Gll W4JO
w..ao 0.655 om 0.195
W-01
W-112
0..406
OM4
o.an
o.411
0All9
0.616
0.14!1
0.143
1.016
1.156
o.334
0.411
o.519
11.136
11.19'7
0.120
0.120
0.120
0.062
0.06'1
0.06'1
''
11
0.12ll
0.1211
0.1211
0.031
0.031
0.032
w-m 0.6'19 OAiM 0.9611 1.321 D.607 D.337 0.120 0.06'1 11 0.1211 0.031
W-04 0.801 0.816 1,ISS 1.m 0.729 o.SlM 0.176 0.062 11 0.166 0.031
W-05 0.989 1.009 Ull 1.719 0.909 0.494 0.176 0.094 13 0.166 0.040
W-06 1.193 1.213 1.530 1.922 1.1)93 0.594 0.176 0.094 13 0.166 0.040
w~ 1.39' 1.416 1.1143 2.2SO 1..296 0.'9S 0.176 0.094 15 0.166 0.040
W-08 I.SU 1.60S 2.030 2.469 1.47& 0.784 0.290 0.094 15 D.Z34 0.048
W-09 1.m 1.817 2.311 2.'IS4 1..687 0.886 0.290 0.125 17 D.Z34 0.048
W-111 1.m 2.017 ZMI 2.m 1.817 0.- D.290 0.125 17 D.234 0.048
W-11 2.112 2.2117 Z.616 3.109 %.069 UJllS D.290 0.125 17 D.234 O.OS:I
W-12 :IAOO :1,415 2.174 3.344 'Utn 1.18'7 D.290 0.125 17 D.234 O.OS:I
W-13
W-14 ""
2.791
i.613
2.816
3.093
3.343
'318
3.828
2.4SS
2.651
1.286
1.315
D.290
D.290
0.125
0.111
19
19
o.234
D.Z34
0.053
0.053
W-15 2.973 3.00S 3.S9S 4.109 2.834 1.484 0.290 0.188 19 O.S28 0.0'2
W-16 U77 Ulfl 3.174 4.375 3..1»& 1.580 o.353 0.188 19 O.S28 0.0'2
W-17 U9S 3.415 4.061 4"25 3.253 U'/9 o.353 0.188 19 O.S28 0.0'2
W-18 3.582 3.612 4.311 4.938 3.41& 1.771 o.353 0.188 19 O.S28 O.OM
W-19 3.llllO 3.1130 4.593 5.219 "36 1.177 G.353 Q.118 19 0.3211 O.OM
W-10 3.981 4.Gll 4.143 5.500 3.809 1.916 G.3SJ D.250 19 0.3211 O.OM
W-21 o.m
W-22 W.(122
4.1'2
4.3'5
4.222
4.415
S.o!O
5.Jll 4.951
5.m
6M ·-- 4Jl13
4.185
2.074
2.173
0.353
G.353 0.350
D.250
0.2SO
19
19 0.390 0.390
0.014
O.llS 0.115
W-24
W-26
W-28
W-0.M
W-026
W-0.28
4.IOl
S.1'1
S.582
•U31
S.226
SA517
5.711
6.211
6.561
5.3flS
S.753
6.15'
6.4611
7.o31
7A38
·-·
6.1'9
1.094
4.5'1
4.H9
S.360
2"71
2.565
2.7SS
0.353
G.435
o.590
O.J50
0.469
OM
0.250
0.250
o.2SO
19
19
19
0.390
0.'20
0.52ll
0.390
0.390
0.390
O.llS
O.llS
0.115
0.115
0.115
G.115
W-30 W-030 5.983 6.018 7,093 6.1S& 8.(16) 1.11' S.1SO 2.9SS o.590 OM 0.313 19 0.52ll 0.520 0.146 G.115
W-32 w.on 6.389 6.424 7.4611 7.144 1.431 8.156 6.121 3.151 o.590 0..594 0.313 19 0.5211 0.520 0.146 G.115
W-34 W-1134 6.764 6.'1!19 B.661 7.538 9.11113 8.SM 6.503 3.342 0.715 0.719 0.313 19 0.5211 0.520 0.146 G.115
W-36
W-31
W-40
W-036
w...,,,
W-040
7.171
7sr1
7.982
7.21111
7.612
l.017
BA05
Ull
9.196
7.929
1.320
1.804
9.431
U75
lo.313
!l.OllO
9A31
ue
...,..
6.!110 3.540
3.731
3.930
0.715
0.715
O.l40
0.719
0.719
0.144
0.313
0.'13
0.'13
19
19
19
0.645
0.645
0.645
0.520
0.520
0.645
0.146
0.146
0.146
G.115
0.115
0.115
W-044 9.905 !1.600 OJl40
W-44 1.701
Partolmmceaace TabJeA.1, Put2.
1.736 11..08 10..406 l327 0.945
" 0.878 0.770 0.146 0.115
15
Table 5.2 ·Part 1
Lockwuher Dimensions
Inch Design
Serles TW and WH
_.J"t ~
l.
TW·10C Wu l'Vl-140
WH-40 WV WH.-.0
Partl
Diamol« Celdmline
~ Juide Key Tang Mlltmal
BO!C Over to Key Projcdion
Diam«s Dimftlsion Width Width Tbiclm-
R T1111g1 Top v
-
Lockwasher E x s No.of T Q
Number B K Taap
min. max. min. ma. mill.. mu. mu. min. min. mu.
TW-100 WK-00 10.:n 10.69 16.64 22..63 7.95 4.47 3.05 o.m 9 3.05 0.81 1.17
TW-101 WH-01 12.29 12.67 19.02 26.19 lo.:13 S.Sl 3.0S o.m 9 3.0S 0.81 1.17
TW-102 WH-02 1.5.27 1.5.65 21.41 29.36 12.'13 7.06 3.0S o.m 11 3.05 1.22 1.60
TW-103 WK-03 17.25 17.63 24.59 34.14 14.30 8.0$ 3.05 0.780 11 3.05 1.22 uo
TW-104 WH-04 20.35 20.73 29.34 39.70 17.88 9.47 4.47 0.780 11 4.22 1.22 1.60
TW-10$ WH-05 2S.12 23.63 33.30 43.26 22.2S 11.91 4.47 1.194 13 4.22 1.32 1.70
TW-106 WH-06 30.30 30.81 38.86 49.61 rt.00 14.20 4.47 1.194 13 4.22 U2 1.70
TW-065 WH-06S 33.86 34.37 46.81 56.74 30.20 16.00 4.47 1.194 IS 4.22 1.32 1.70
TW-107 WH-07 lSM 3"97 46.81 57.1.S 31.78 16.81 4.47 1.194 lS 4.22 1.32 1.70
TW-108 WH-08 40.21 40.72 S1.S6 63.09 36.SS 18.!l7 7.37 1.194 15 S.94 1.$7 1.96
TW-lOll WK-09 45.52 46.15 58.70 119.06 42.0ll 21.67 7.37 1.575 17 5.94 1.57 136
TW-110 WE-10 S0.60 51.24 62.69 74.22 47.24 24.23 7.37 1.S7S 17 S.94 l,$7 1.96
TW-111 WE-11 S.S.42 56.06 68.22 78.97 52.02 26.fi7 7.37 1..S7$ 17 S.94 1.57 136
TW-112 WE-12 60.96 61.60 73.00 84.94 57.18 29.36 7.37 1.575 19 5.94 1.83 2.21
TW-113 WE-13 6S.74 66.37 7B.S6 90.81 61.54 31.75 7.37 1.57S 19 S.94 1.83 .2.21
TW-114 WH-14 70.89 71.53 84.91 97.23 66.70 307 7.37 1.390 19 5.94 1.83 2..21
TW-115 WE-15 7S.Sl 76.2S 91.26 104.37 70.66 36.30 7.37 2.390 19 8.33 2.16 2.57
TW-116 WE-16 80.70 81.46 98.40 111.91 76.23 38.111 B.97 2..390 19 8.33 2.16 2.57
TW-117 WE-17 86.23 87.00 103.40 111.26 81.00 41.53 8.97 1.390 19 8.33 2.16 2.57
TW-118 WE-18 !I0.98 91.74 109.75 126.19 85.75 43.92 B.!17 2.390 19 8.33 2.92 3.35
TW-119 WH-19 96.52 97.28 116..91 133.35 90.SO 46.51 8.97 1.390 19 8.33 2.!n 3.35
TW-120 Ws-20 101.30 102.05 123.26 140.49 95.68 48.92 B.!17 3.180 19 8.33 2.92 3.35
TW-121 WB;.21 106..48 107.24 121.0l 14U4 100.0S 51.51 8.97 3.110 l!I 9.91 2.!12 3.35
TW-W WH-22 111.63 112.40 135.15 154.00 105.59 54.10 8.97 3.180 19 9.91 3.30 3.73
TW-124 W&.24 121.95 122.71 145.49 165.81 US.ll 59.08 B.!17 3.180 l!I !l.!11 3.!M 4.39
TW-Wi WH-26 13US 132.74 158.19 179.7' 124.64 63.516 11.0S 3.180 19 13.21 3.94 4.3!>
TW-1211 W&.lS 141.78 142.67 166.90 l!IG.09 134.$7 68.76 14.'9 3.180 l!I 13.21 3.!M 4.39
TW-130 WH-30 151.97 152..ll6 lBQ.41 205.97 143.69 73.76 14.99 3362 19 13.21 4.!lO S.311
TW-132 we:-32 162.28 163.17 190..45 215.49 154.00 78.49 14.99 336'2 19 13.21 4.90 S.38
TW-134 WE-34 171.81 172.69 205.51 231.37 163.SS 83.11 lB.16 3.962 19 13.21 4.90 S.3S
TW-136 we:-36 182.14 183.G3 21<4.25 240.89 1'13.86 8UZ 18.16 336'2 19 16.38 4.!lO S'..38
TW-138 WE-38 192.46 1!13.34 224.56 2S2Q2 1114.lB 93.50 lB.16 3362 1!1 16.38 4.90 S.3S
TW-140 WH-40 :zm..74 :lm.63 234..cll 264.31 1!13.'70 91.12 21.34 3362 l!I 16.38 4.90 S..311
For tolenmce11 aee Table A.I, Part 1.
16
Llcllnlled to Joeh Rcgera. Al\181 store order# x_410806. Downloaded 9J912D15 12:35 PM. Sing!& uaer llcllnlle Oittf. copyrig and n~ prchlblled
Tlble S.2 - Part 2
Lockwuher Dlmen1fon1
Inch Design
Series TW and WH
·-!T~
! !
: !
TW·100 ""'° lVM.olO

WH-l!O tllru WH-40
Part 1
Diameter Centatine
Timg
Bon
Faee Owr
Imide to Key ~ Projsticn
Mllaial
Diameter Dim~ Width W"ullh 'fhidmeg
Lockwuher ll
H
Tangs
x Top
s v No.of T
B K Q
Number Tllnp
min. max. min. maz. min. max. lllllS. min. max. min. lll8ll..
TW-100 WH.00 0.406 0.421 o.6,5 0.191 o.3U 0.176 0.120 0.031 9 0.120 G.032 0.046
TW-101 WR.01 0.484 0.499 0.749 1.031 o.407 0.217 0.120 o.ou 9 0.120 G.032 0.046
TW·102 WR-02 0.601 0.616 o.843 1.156 O.SOl 0.27S 0.120 o.ou 11 0.120 O.CMt 0.063
TW·I03 WH-03 0.679 0.317 0.120 0.031 0.120 0.063
TW-104 WH-04 0.801
0.694
0.1116
0368
1.U5
1.344
U63 °"'"
0.704 0.373 o.176 0.031
II
11 0.166
Q.048
O..o48 0.063
TW-105 WR.OS 0.989 1.009 Ull 1.703 0.876 0.469 o.176 0.047 13 0.166 o..o52 0.067
TW·106 WB-06 1.19) 1.213 1.530 1.9$3 Ul63 0.5$9 o.176 O.o47 13 0.166 0.052 0.067
TW-06S WH-065 1.333 1.353 1.84S 2.234 1.1119 0.630 o.176 0.647 IS 0.166 O.OS2 0.067
TW-107 wa.m 1.396 1.416 1..843 2.250 1.2'1 0.662 0.176 0.047 1.5 0.166 OJIS2 0.067
TW-108 WR.OS 1583 1.603 2.030 2.484 1..439 0.747 IU90 0.047 IS 0.234 o.o62 0.077
TW·I09 WH--09 1.m 1.817 2.311 2.719 1.657 0.853 ll.290 0.062 17 0.234 o.062 0.077
TW-110 WH-10 1.992 2.017 2.468 2.922 U60 0.954 IU90 0.062 17 0.234 o..o62 0.077
TW-111 WR-11 2.182 2.207 2..686 3.109 2.04ll 1.050 IU90 0.002 17 0.234 o.o62 0.077
TW·ll2 WB·12 2.400 2.42S 2.874 3.344 2.251 1.156 ll.290 O.o62 19 0.234 0.072 0.087
TW·l13 WB·13 2.$88 2.613 3.G93 3.S78 2.42' 1.250 0.290 O.o62 19 0.234 Q.072 0.087
TW-114 WH-14 2.791 2.816 3..343 U28 2..626 1.353 IU90 0.094 19 0.234 Q.072 0.087
TW-115 WR-15 2.973 3.003 3.593 4.109 2.782 1.429 ll.290 0.094 19 0.328 o.oss 0.101
TW·ll6 WR·16 3.177 3.207 3.874 4.406 3.001 1.521 o.353 O.OH 19 0.328 o.oss 0.101
TW-117 WH-17 3.395 3.42S 4.071 4.656 3.189 1.635 o.3S3 O.G!M 19 0.328 0.08S 0.101
TW-118 WH-18 3.582 3.612 4.321 4.961 3.376 l.'129 o.353 O.OM 19 0.321 0.115 0.132
TW·l19 WR·19 3.800 U30 4.60) 5.250 3.59 1.831 o.353 O.OH 19 0.328 0.115 0.132
TW·l20 WH-20 3.988 4.0IB 4.853 5.S31 3.767 1.926 o.353 0.125 19 0.328 0.11$ 0.132
TW-121 WH-21 4.1~ 4.222 j.ll40 5.734 3.939 2.028 D.lSJ 0.12S 19 0.390 o.115 0.132
TW-122 WH-22 4.395 4.425 S.321 6.063 4.157 2.130 o.353 0.125 19 0.390 0.130 0.147
TW·124 WR·24 4.9C>l 4.1131 5.128 6.m 4.532 2.326 o.353 0.125 19 0.390 O.ISS 0.173
TW-126 WH-26 .5.191 S.226 6.228 7.078 4.907 2.511 Q.435 0.12S 19 0.520 0.155 0.173
TW-123 WH~ .5.582 5.617 "571 7.484 .5..298 2.W U90 0.12" 19 O.S20 0.lSS 0.173
TW-130 WH-30 .5.983 6.011 7.103 8.109 2.904 U90 0.156 19 O.S20 0.1!)3 0.212
TW·132
TW·l34
WR·32
we~
6.389
6.764
6.424
6.m
7.498
8.091
8.484
9.109
'"'"
6.063
6.439
3.090
3.272
o.590
0.715
0.156
0.156
19
19
0.520
O.S20
o.t!l3
0.193
0.212
0.212
TW-136 WR-36 7.171 7.206 l.4.35 9.484 6..845 3.477 0.715 0.156 19 0.64.S o.t!l3 0.212
TW·138 WR·38 7.577 7.612 8.841 5'.922 7.251 3.681 0.715 0.156 19 0.645 o.193 0.212
TW·140 WB-40 7.982 8.017 9.216 10.406 7.626 3.863 U40 0.156 19 0.645 0.193 0.212
For~ soo TabhlA.1, Plllt2.
17
Ucan&ed to Joeh Rogera. ANSI 81D~ order# x_410806. Oowtioaded 91912015 12:35 PM. SingI& u.. lloana& only. ~ng and netwcrtdng prctlllllad
Table 5.3 - Part 1
Lockplate Dimensions
Inch Design
Serles P-000
.12CP.PSCREW
12) REC'D AND
....__ _ _ _ L: (1) LOCKWtRE
-r-.---"'-· =-1 · :
t '\
! (
c, l ~i i '
'.; '
r.
I
- -07- t "l"
E, I
-I~ - -
D
8, o,
A,
l - _ . --~\ _j_ _L
\ J:--t
... . . .J. \\ I
~-----~;-
I
t-F, -1-·
.-
I,1..•.- ...-·
I; G '--\
;.. ·
7•30' ~ K, DIA.
(2) l'IOLES
+,_J
01
DRILLED
HOLE _.,
T'J O'
Part 1 Dimensions in millimcteB
Thic:knm1 Heiabt Hole Hcigtit B1 C1lpecn:w
Key Hole Length ~
Qi Cellller D1 Sm ti>
Lockp181io A1 81 Sm la
Numlic:r Ci LoeatiOll Width Ka
min. ma. mas. ma.. mu. F1 01 min. mill. max.
JllllX.
ID8lt. -. 12
P-41 3.18 28.58 19.05 68.86 lS.88 7.92 15.88 25.40 5/16-lhS/ll 9.53 111.90 10.31
P-52 3.18 29.36 20.6.5 74.63 16.66 8.94 16.66 27.00 5116-18x5.18 9.53 95.25 10.31
P-56 3.18 29.36 19.84 79.96 1.5.88 8.48 16..66 28..58 .5116-lhS/ll 9.Sl 100.03 10.31
l'-60 3.18 34.93 24..61 86.54 21.44 11.68 21M 31.75 3J8-16z314 11.13 llo.34 11.91
144 3.1& 33.32 26.19 91.47 19.&4 10.77 20.62 33.3.5 31&-lnl/4 11.13 115.09 11.91
P-45& 3.1& 31.7.5 24..61 97.23 19.&4 10.01 20.62 34.93 31&-lnl/4 11.13 120.65 11.91
P..72 3.18 31.7S 2SAO 102.16 19.0S 10.01 20.62 34.93 3J8-16z3/4 11.13 124..61 11.13
P..76 3.1& 3&.10 27.79 10&.74 23.01 11.71 .2&.58 34.93 1J2-13X718 14.27 138.13 15.09
P-80 3.18 37.31 27.79 113.66 23.01 12.S2 26.19 38.10 112-13X718 14.27 145.26 lS.88
P-84 3.1& 39.67 30.18 119.41 23.83 12.S7 .26.97 38.10 IJ2-13x718 14.27 147.62 14.27
P-88 3.18 42.06 32.S4 1.2.S.98 26.21 13.49 30.96 42.88 518-ll:d 17.48 158.75 15.88
P-92 3.18 42.06 34..11 131.72 29.36 1.5.06 30.18 42.BB .518-llxl 17A8 163.12 15.88
P-96 3.96 39.67 33.32 136.25 27.00 14.30 35.71 42.88 518-11:1:1-114 17.48 167.49 15.88
P-SOO 3.96 42.88 32.54 142.39 28.SS 14.30 32.54 42.SS SJll-ll:d-114 17A8 173.84 15.88
P-530 3.!16 53.98 39.70 153.92 34..93 14.30 38.10 42.88 SJll-lh:l-114 17.48 185.72 1.5.88
P-560 3.!16 47.63 34..14 1S8.8S 28.58 14.30 38.10 42.88 SJll-lh:l-114 17.48 190.SO lS.88
P-600 3.96 50.80 36.53 170.76 31.75 14.30 39.67 42.88 518-tlxl-l/4 17.48 203..20 15.88
P-630 3.96 S3.19 42.06 179.37 36.53 18.24 39.67 47.63 SJll-ll:d-114 17.48 211.12 lS.88
P-670 3.l)(i 53.57 42.88 19Cl.75 36..53 17.48 43.66 47.63 518-lb:l-l/4 17.48 222.25 15.8&
P-710 3.!16 SS.SS 42.88 201.S7 36.53 17.48 47.63 47.63 SJll-11:1:1-114 17.48 233.38 1.5.88
P-750 4.78 SS.SS 42.88 212.17 36.53 17.48 47.63 47.63 SJll-ll:d-114 17.48 243.69 lS.88
P-800 4.78 56.36 42.88 227.84 36..53 17.4& 53.98 47.63 518-lh:l-l/4 17.48 2S9.S6 15.88
P-850 4.78 62.71 48Al 240.18 41.28 20.65 S9.S4 47.63 3/4-lOd-112 20.62 277.83 19.05
P-900 4.78 61.93 49.20 254.25 40.46 19.0S 63.SO 47.63 314-lOd-1/2 20.62 292.10 19.05
P-950 4.78 64.29 47.63 267.34 40A6 19.05 66..68 47.63 3/4-lOsl-112 20.62 304.80 111.05
Note: Tolerances on dimension Bi. D1 and E1 are i-0/-0.38 mm.
Tolerance on dimension on dimmsion O. is +o/-0.76 mm.
Loclplates P-48 and P-56 should be fitted at assmnblywhm Wied with a228.6 mm and266.7 mm shaft ma
0 >Cap screw size is in inch detignation.
18
Licensed to Joell Roeers. ANSI ttore oR!er # x_410606. Downloaded 91912015 12:35 PM. Sklgle user loense only. ~rig and networtdng prolllbltecl
Table 5.3 - Part 2
Lockplate Dimensions
Inch Design
Series P-000
.J~CAP SCREW
(2} REO 'O AND ~\
(i) ~OCKWIRE
\
\_ K 2 DIA.
( 2) HOl.ES
Pllt 2 Dimemiona in illlchee

'l'bi"- Hejpt Kolo Boigbt C8plmow
Bi Key Hole lAqth Mt
Qi Ocntcr D1 Size
Locllplatc Ai 81 C1
Size Lz
-
NlllDher LoWllion Widdl ~
min. ll:8a. llllz. mu. -. -. Ft Oi
mu.
12
mln. mln. ma.
P-41 0.125 1.125' 0.750 2.711 0.625 0.312 0.625 1.000 S/16-llzSlll 0.375 3.SOD 0..406
P..S2 0.125 1.156 0.313 2.938 0.656 0.352 0.656 1.063 S/16-18:d/8 0.37S :uso 0..406
P-56 0.125 1.156 0.781 3.148 0.62.S 0.334 0.656 1.125 S/16. llzS/8 0.375 3.938 0..406
P-liO 0.125 1.375 0.969 3.407 0.844 OMO 0.844 USO 318-leid/4 0.438 4,3.44 0.469
P-M 0.125 1.312 1..D31 3..601 D.781 0.424 0.812 1.313 311-lh!/4 0.438 4.S31 0..469
P-68 0.125 1.2SO 0.969 3.128 D.781 0.394 0.812 1.37.5 311-16x314 0.438 4.750 0..469
P-72 0.125 l.2SO 1.000 4.0'l2 0.7.SO 0.394 0.812 1.37.S 311-leid/4 0.438 4.906 0.438
P..76 0.125 I.SOD 1.094 4.281 0.906 0.461 1.125 l.37S ll2-13x718 O.S62 S.438 O.S94
P-80 0.125 1.469 1.D!M 4.475 0.906 0.493 1.031 I.SOD lfl.13x718 0.562 5.719 0.62.S
P-84 0.125 l.S62 1.188 4.701 0.938 0.49S 1.062 I.SOD lfbl3x118 O.S62 S.812 O.S62
P-88 0.125 1.656 1.281 4.960 1.032 0.531 1.219 1.688 518-11.zl 0.688 6.250 0.625
P-92 0.125 1.656 1.343 .5.186 1.156 0.593 1.188 1.68& Sll-11.Jll 0.688 6.422 0.625
P-96 0.156 l.S62 1.312 S.364 1.063 O.S63 1.406 1.688 518-ll:r.l-l/4 0.688 6.$94 0.625
P-SOO 0.156 1.68& 1..281 5..606 1.125 O.S63 1.281 1.68& Sll-lls.1-114 0.688 6.844 0.625
P-.530 0.1S6 2.125 l.S63 6.o60 t.m O.S63 I.SOD 1.688 518-tls.1-l/4 0.688 7.312 0.625
P-560 0.156 U7S 1.344 6.254 1.125 O.S63 I.SOD 1.689 S/l-lls.1-114 D.688 7.SOD 0.62.S
P-'00 0.156 2.000 1.438 6.723 l.2SO O.S63 1.562 1.688 518-llitl-l/4 0.688 8.000 0.625
P-630 0.156 2.094 1.656 7..()62 1.438 0.718 1.562 1.87.5 SJB...tls.1-114 D.688 8.312 0.625
P-670 0.156 2.109 1.688 7.310 1.438 0.688 l.719 l.873 518-tl:r.l-l/4 0.688 8.750 0.625
P-710 0.156 2.18& 1..688 7.936 1.438 D.688 1.875 1.875 Sll-lls.1-114 0.688 9.188 0.625
P-7.50 0.188 2.18& 1.688 8.353 1.438 0.688 1.m 1.87.5 S/8-tlsl-114 0.688 9.$94 0.625
P-800 D.1118 2.219 1.688 8.9'10 1.438 D.688 2.125 1.875 S/l-lls.1-1/4 D.688 10.219 0.62.S
P-8.50 D.188 2.469 1.906 9.4$6 1.62S 0.813 2.344 1.875 3/4-10..1-1/l 0.812 10.938 0.750
P-900 0.1118 2.438 1.937 10.010 1.593 0.750 2.500 1.875 314-lOs.1-lf.2 0.812 II.SOD 0.750
P-9.50 0.1118 2.S31 1.875 10.S2S 1.593 0.750 2.625 1.87.5 314-lO!tl-lll 0.812 12.000 0.750
No«e; Tok:nac:ee OD dllDCllllOD B,, D1 ad Bi are-+-0/-0.015 indica.
Tolerance OD dimcnaion OD dimension Gt i& -+-0/-0.030 inchea.
Lockplats P-48 ad P-56 llhauld be tittecl. at llllGlllbly when med with a 9 in. ad 10 112 ill. that\ llize.
19
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Table 6.1 - Part 1
Adapter Sleeve Dimension•
Inch Design
Series S-00 for Bearing Series 31, 02, 22, and 03
Series S-100 for Bearing Series 23 and 32
i
r . - - - - - - - '~
';
vu:v 11-ti "'LT£RNI\"!';,•£ STY,.;;

•"d S4& -:~,....., S~2
Partl ~~
S!Dnol.cmgdi 'Iln&dlw
si-e Diamarto
L Lockbt& Tab aloe IJJ
Bom SlllzpC- Wllllh
Slee...: A Major 0 p
l'liaDIMr No.per Wlddi °'Pih
Nlmlller
d min.
mm. om- lni:h mln. p T
B
mu.
800 SlOO 800 SIOO mu. Kt mu. mill. mm.
SM Sll>' 17.53 21.72 22.23 31.09 37.08 0.78 32 13.49 1.73 6.10 17.54
sos SlOS 1!1.15 26.72 .2'7.48 31.98 41.07 0.517 32 14.48 1.73 6.10 1U2
806 S106 23.93 31.90 3:U2 34.11 45.19 1.17 18 16.05 1.73 6.10 20.17
Sl17 Sl07 30.28 37.06 38.07 300 48.82 l.38 18 16.87 l.73 6.10 21.93
908 Sl08 :n.45 42.14 43.23 37.l>S 50.93 1.56 18 17.07 2.13 9.27 22.19
S09 SlO!I 36.63 47.32 48.49 39.98 ,3,92 l.77 18 17#1 2.13 9.21 22.19
SlO SllO 42.!li 52.SI S3.90 44.58 60.SS l.!17 18 1U4 2.13 9.21 24.23
Sil Sill 49.33 S7.73 59.16 46.61 63.65 2.16 18 ll.77 2.13 9.27 24.AO
912 8112 Sl.50 62.'9 64.39 so.27 67.28 2.36 18 19.56 2.13 9.27 2S.43
813 S113 SS.68 611.15 69.57 53.09 70.13 2.55 18 20.37 2.13 9.27 26.48
S14 Sll4 58.8' 73.Sl 74.93 S7..51 74.55 2.7' 18 .20.37 2.13 9.27 26.48
SIS sm 62.03 711.49 80.14 58.06 78.0ll 2.93 12 22.99 2.!>2 9.27 29.19
816 Sll6 68.38 83.64 8S.39 60.10 81.13 3.14 12 22.99 2.!>2 10.87 29.19
S17 Sll7 74.73 88.82 91U8 '2.89 83.87 3.34 12 23.77 2.92 10.87 3o.90
Sll SUS 81.08 93.91 95.91 66.l>S U.99 3.S3 12 25.91 2.!>2 10.17 33.68
819 Sll9 84.25 99.16 101.14 69.15 93.'78 3.73 12 26.70 2.92 10.87 34.71
S20 S120 87.43 104.32 106.6S 72.62 100.61 3.92 12 27.51 2.92 10.87 35.76
821 Sill 93.71 109.S& 112.06 7S.62 IOS.59 4.12 12 27.51 2.!>2 10.87 35.76
S22 Sl22. 100.13 114.91 117.32 81.18 110.19 4.33 12 29.08 3.'71 10.87 37.10
824 S124 106.48 125.40 127.89 87.78 117.11 4.72 12 29.17 3.71 10.87 31.13
S26 8126 112.83 135.89 138.48 95.30 126.%9 S.11 12 31.47 3.71 14.02 40.91
828 S128 12S.SJ 146.23 149.07 100.86 134.'JS S.50 12 33.0S 3.71 18.80 42.97
830 S130 131.88 156.64 159.56 107.47 142.52 S.89 12 34.65 3.71 18.80 45.0S
832 Sl32 138.23 167.23 110.oa 116.03 U0.11 6.28 8 38.61 3.71 18.80 SCl.l!l
834 S134 1S0.9J 177.72 180.57 122.86 156.92 6.66 8 39.40 6.10 21.97 Sl.22
836 Sl36 163.63 188.06 191.06 127.71 163.73 7.07 8 .co.21 6.10 21.97 S2.27
831 S138 176.3J 198.48 201.6S 133.38 171.40 7.47 8 41.00 6.10 21.97 53.30
S40 S140 112.68 208.81 2.U.22 U9.I>' 179.96 7.85 8 42.57 6.10 25.15 SS.34
S44 8144 201.'73 219.64 2.32.49 149.63 184.84 8.63 8 43.38 6.10 25.ts S6.39
948 9148 227.U 250.90 253.BS 168.3S 205.71 9.42 6 so.52 7.67 28.58 12.70
S~2 8152 239.Sl 272.64 275.13 192.61 222.61 10.19 6 S4.23 7.67 30.18 12.70
w 'l'luead ititNnaion• are in inch4
ta altemative desiga. amt S48 llld SSl lldapts llleews.
(J,) Applicabhl
Fortakrancea see Tabk 9.3, Part 1andTable9.4, Part 1.
20
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Table 6.1 - Part 2
Adapter Sleeve Dlmemlons
Inch Design
Series S-00 for Bearing Series 31, 02, 22, and 03
Seriel S-100 for Bearing Serie123and32
:ti:•,_!·! ~·-22·-11::· ~;ti.:

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II
7~
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,. __J_
\~!! I II II!
. ~ '
\ ~ -~·-~ -.~:::.,;7/
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I
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1
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Part2
S'-'cJ..cn81h LockiQs Tab l1ot (I)
Sbwc Di8mcmto
L 'I'hladl
Bero ShmpCom:r Wl4th
8lccve A Major 0 p
Dim.cit« No. pr Widda DGpth
-
Humm min. Dilmmr
d mm. B
lmlll min. p T
ma.
soo SIOO soo SIOO ma.
It, miD. mm.
S04 8104 11.691 0.8'5 G.875 1.214 IMO 0.781 32 0.531 Q.0611 0.2'40 0.691
sos 8105 0.7S4 l.OS2 1.082 1.2S9 1.617 0.969 32 0.570 Q.068 0.2'40 0.741
S06 8106 0.942 1.256 1.292 1.343 1.779 l.17J lB 0.632 Q.0611 0.240 o.m
SQ1 8107 1.1!12 1.459 1.4!1!1 1.449 l.!122 1.376 18 0.664 Q.0611 0.240 0.863
S08 8108 1.317 1.659 1.702 1.494 2.005 1.563 l& un Q.084 0.365 0.874
S09 8109 1.442 1.863 1.909 1.574 2.123 1.767 11 o.m Q.084 0.365 0.874
SlO Sito 1.692 2.070 .2.122 l.7S5 2.384 1.967 Ill 0.734 Q.084 0.365 0.9S4
Sit Silt 1.942 2.273 .2.329 l.83S 2.S06 2.157 18 0.739 Q.084 0.365 0.961
812 81t2 2.067 2.480 4'35 1.979 2.649 2.360 18 0.770 0.084 0.365 1.1101
813 8113 2.192 2.6113 2.739 2.090 2.761 2.540 18 0.802 0.084 0.365 1.043
814 8114 2.317 2.894 2.!ISO 2.264 2.!13S 2.7Sl 111 0.802 o.084 0.365 1.043
81S 8115 2.442 J.090 3.15S 2.2116 J.074 2.9J3 12 o.905 O.llS 0.365 1.177
816 8116 2.692 3.29) 3.JQ 2.366 3.194 3.137 12 o.905 Q.115 0.4.28 1.177
817 Slt7 2.942 3.49'7 3..566 2.476 '-302 3.340 12 0.936 Q.115' 0.428 1.217
Sl8 Sl18 3.192 3.700 3.776 2.636 3.543 3..527 12 1.020 Q.115' 0.428 1.326
81!1 8119 3.317 3.904 3.982 2.7SO 3.692 3.730 12 I.OSI 0.115' 0.428 1.36'7
820 8120 3.442 4.107 4.1!19 2.8S9 3.961 3918 12 1.083 O.llS o.428 1.408
821 8121 3.692 4.314 4.412 2.977 4.157 4.122 12 1.083 Q.tlS o.428 1.408
822 8122 3.942 4.S24 4.619 3.196 4.338 4.32S 12 l.14S 0.146 o.428 1.488
S24 8124 4.1!12 4.937 S.035 3.456 4.638 4.716 12 1.176 0.146 o.m 1.529
S26 Sl26 4.442 S.350 S..452 3.752 4.972 S.106 12 1.239 Q.146 0.552 1.611
828 8128 4.942 S.757 S.869 3.971 S.313 SA91 12 1.301 Q.146 0.740 um
S30 8130 .S.192 6.167 6..282 4.231 s.611 .S.888 12 1.364 Q.146 0.740 1.774
832 8132 S.442 6.'34 6.696 4.$68 S.910 6.234 8 1.no 0.146 0.740 1.976
834 8134 S.942 6.997 7.109 4.837 6.178 6.659 8 1.$.Sl 0.240 0.865 2.017
836 8136 6.442 7.'104 7.522 S.028 6.446 7.G66 8 1.583 G.240 0.865 2.0SS
838 8138 6.942 7.814 1.939 S.251 6.748 7A72 8 1.614 G.240 0.865 2.098
840 8140 1.11n 8.221 USS S.474 7.08S 7.847 8 1.676 G.240 0.990 2.179
844 Sl44 7.942 9.041 9.153 S.891 1.rn 8.628 8 1.708 G.240 0.990 2.220
848 8148 8.942 !l.878 9.994 6.0.8 8.099 9..422 6 1.989 Q.302 1.125 0.500
852 Sts2 9.442 10.734 10.832 '7.5113 8.764 10.192 6 2.135 Q.302 1.188 G.500
Ill .App&ablo to altmudive c1sign. and S48 and SS2 adaptlm U-.
For tolerance. aee Table 9.3, Part 2 and Tahle 9.4, Part 2.
21
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Table 6.2 - Part 1
Adapter Sleeve Dimention1
Inch Design
Series S-3000 for Bearing Series 30
Series S-3.200 for Bearing Series 32
V'l(V :.-.c. &,L T("11114d ;\'( s-vLE.

'-l<li.I S-30•8 hir-'-' S-301",'.)3
Pait 1
Sleeve DianCllcrfll Slecwl.cD#h nn.dl(I)
Slot
--
LookiqTeb SI.-
8- SlmpC..- L
m- Diameter A ~ No.r. G WidCh Widdl Depll
~ Inch F p T
Numher .t
s..3024
s-.:1026
--
106.41
112.13
S-3000
124.21
134.12
min.
S-3100 8-3200 S-3000
74.fill
81.97
miJL
8-3100 S-3200
B
mom.
4.716
S.106
K,
12
12
M,
8-3000
32.IJO
33.60
ma.
S-3100
min.
3.71
3.71
min.
10.17
14,Q2
min.
41.60
43.68
s..3028 12S..53 144.81 84.53 ,.497 12 3.5.U 3.71 18.BO 45.73
s-.:1030 131.88 15S.11'1 8BA4 .5,88B 12 36$7 3.71 18.80 48.06
s..3032 138.23 16.5.40 94.01 6.284 8 37..54 3.71 18.BO 48.80
8-3034 lSo.93 176.00 101.83 6.6S9 8 38.3S 6.10 21.97 49.86

11-3036 163.63 186.59 109.91 7.066 8 39.14 6.10 21.97 SUI
8-3038 176.33 196.70 111.81 7.472 8 40.74 6.10 21.97 52.96
s..3040 lWI 2'11.29 120AO 7.847 8 42.32 6.10 25.1.5 um
8-3044 201.73 227.99 130.05 1.621 8 44.70 6.10 2S.15 SUI
11-3041 227.13 248..lB 137.72 9.442 6 SD.24 7.67 28.SS U.70

8-3052 239.88 269.24 1526) 10.192 6 S4..23 7.67 30.18 12.70
s-.:1056 !1-31.56 11-3256 265.28 289.41 192.76 295.2.5 157.00 197.00 227.00 11.004 6 .56.62 .56.62 7.67 31.75 U.70
8-3060 S-3160 8-3l60 'l7738 310-41 313.92 316.59 170.61 212.60 2+4.60 11.785 6 S8.19 58.19 7.67 34.93 12.70
s..3064 S-3164 S-3264 303.31 330.71 335.31 33737 176.17 231.17 263.17 12..562 6 60.51 6D.SI 7.67 36•.53 U.70
S-.3061 S-3168 S-3268 316.01 351.71 356.4fi 3.59.31 191.34 .248.34 2112.3.5 13.303 .s 64.54 '4..54 7.67 38.10 U.70
s-.:1072 s-.:1172 9-3272 34U8 371.ll:l :176.66 379.9& 192.2.5 250.14 290.2.5 14.134 .5 64..54 64..54 9:1.7 38.10 12.70
S-3076 S-3176 8-3276 354.U 391.!l'l 396.82 400.66 196.42 255.42 301.42 14.921 5 61.12 67.12 'J:J.1 38.10 12.70
s-.:1080 8-3180 8-3280 381.15 413.00 417.32 422.00 213.39 265.40 321.41 lS.709 s 71.70 73.28 'J:J.7 41:1.8 12.70
S-3084 S-3U4 8-3284 40020 433.22 439.37 44UI 215.60 .289.61 mm 16.496 .s 71.70 74.88 'J:J.7 41.2& U.70
4.59•.59 464.08 "4.U 81.99 81.99

S-3088
S-311!12
8-3096
S-3118
S-3192
&-'1911
8-3288
9-3292
8-3~
419.2.5
4313.5
457.35
4.53.8.5
474.3.S
494.51
480.77
501..42
485..42
S06.60
231.14
.237.13
239.93
300.15
nus
322.94
37D.l.5
384.94
17.2&3
18.071
u.ss8
'
.5
5
11.99
8.2..80
84.40
8S.19
'J:J.7
!l:J.7
9:1.7
46.02
46.02
"16.Q2
U.70
U.70
1.2..70
S-30/SOO S-31~ 8-lmOO 47D.0.5 514.68 .522.76 '28.7.5 .249.89 346.&9 411.87 19.646 .s 9D.7.5 93.12 'J:J.7 46.02 U.70
8-30IS30 8-311530 8-3l/S30 495..45 546.28 553.54 560.45 268.71 355.70 438.68 20.827 4 9D.75 93.12 12.45 "16.Q2 12.70
S-30/S60 S-31/S60 8-321560 533..55 577.11 584.:111 591.29 28.5.04 370.0S 4.55.114 22.008 4 97.10 99.47 12AS 46.Ql U.70
S-30/600 S-31/600 S-31MOO 5.513.5 617.63 623.96 633.30 290.86 390.86 471.87 23.533 4 99.47 99.47 12.AS 46.02 U.70
S-30/630 S-31hl30 8-32/630 609.7.5 648.64 657.23 665.30 302.117 40.5.117 !02.87 24.764 4 99.47 99.47 12AS S0.80 U.70
S,.30/670 S-3lhl70 8-321670 635.lS 690.25 IS99.06 707..57 326.01 4~00 534.01 26.339 4 104.24 104.24 12.45 50.80 15.88
s.aomo 8-llntO s.JmlO fm.2.5 730.73 739.83 7411...56 343.13 452.15 557.1.5 27.1114 3 11.5.34 117.73 12.4.5 S0.80 15.81
s.aomo S-Jln.50 s.Jmso 711.3.5 772.01 7111•.58 7!l0.7.5 3'7.96 472.115 583.74 29A81l 3 11.5.34 117.73 12.4.5 S0.80 15.81
8-30/800 8-31/900 749.45 822.68 IB2.41 365.96 482.96 31.4$7 3 115.34 117.73 12.45 50.80 IS.BS
S-JQll50 S-3118.50 800.2.5 873.94 884.61 380.77 501.76 33.426 3 116.1.5 120.90 12.4.5 S0.80 15.81
8-30/900 851.GS 924.61 398.30 35.394 3 125.68 12.45 50.80 IS.I&
,., Thmid&~w m im:hea.
S,.30/9!0 927.0S 976.33 418.90 37.363 3 12.5.68 12.45 S0.80 15.88
For tolCl'llllCell eec Table 9.3, Part 1 ancl Table 9.4, Part I.
22
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Table 6.2 - Part 2
Adapter Sleeve Dimensions
Inch Design
Serles S-3100 for Bearing Serles 31
Serles S-3200 for Bearing Serles 32
Pat2 DimemiOlll in inchel

S1ecvc Dial!lllWfll S1ecvc Lm8lh TlnW LoetiqTeb Slot
Ben ShapC..- L Slot
~ Diamda A MAjar No.Per a Width Widdl Depdl
Nllldicr d a- lndl p p T
B min.
ma:. min. min. llOID. Xi Mt am. min. min.
S-3000 S-3100 S-3200 S-3000 S-3100 S-3%00 S-3000 S-3100
9-3024 4.192 4.890 2.!13'7 4.716 12 1.2611 0.146 0.428 1.6311
S.JOl6 4.442 S.304 3.227 S.106 12 1.323 0.146 0.:5S2 1.720
S-3028 042 S.701 3.)30 S.497 12 1.385 0.146 0.740 1.800
8-3030 S.11J2 6.105 3.482 S.888 12 1.416 0.146 0.740 1.892
S-3032 S.442 6.512 3.701 6.284 8 1.478 Q.146 0.740 1.921
8-3034 S.942 6.929 4.009 6.659 8 1.SlO Q.240 0.86S 1.963

S-3036 6.442 7.346 U27 7.066 8 1.541 Q.240 0.865 2.003
S-3038 6.942 7,744 4.402 7.472 8 U04 Q.240 0.86S .2.085
8-3040 7.192 11.161 4.740 7.847 8 1.666 Q.240 0.990 2.lfi6
S-3044 7.942 8.976 S.120 8.628 8 1.760 Q.240 0.990 2.288
!l-304ll S.942 9.771 S.422 9.442 6 1.m o.302 1.125 0..500
S-3M2 9..444 lo..600 6.009 10.192 6 2.135 o.302 1.m 0.500
S-3056 S-31$6 S-32S6 10.444 11.394 11,$26 11.624 6.111 7.756 B.937 11.004 6 2.22.9 2.229 0.302 USO 0.500
8-3060 S-3160 11-3260 10.944 12.221 12.359 12.464 6.717 8.370 9.630 11.785 6 2.291 2.291 o.302 1.375 0..500
S-3064 S-3164 S-3264 11.944 lUlO 13.201 13.306 6.936 9.101 lo.361 12.$62 6 2.385 2.385 o.302 1.43* 0300
S-3068 S-3161 S-3268 12.444 1:U47 14.034 14.146 7.S3J 9.Tn 11.116 13.303 5 2.541 2.541 o.302 1.500 0300
S-3072 S-3172 S-3272 13.444 14.639 14.829 14.%0 7.$69 9.1$2 11.427 14.134 s 2.541 2.541 o.J6S 1.$00 0.500
8-3076 S-3176 8-3276 13.944 lS.430 15,623 lS.774 7.733 10.0S6 11.867 14.921 s 2.666 2,666 o.J6S l,SOO 0..500
S-30tO
S-3084
S-3180
S-3184
S-32IO
S-3284
ts.006
15.756
1~
17.056
16.430
17.298
16.614
17.456 ......
8.401 10.449
11.401
12..654
13..292
U.709
16.496
5
s
2.823
2.823
2.885
2.941
o.J6S
o.J6S
1.625
1.625
0300
o.soo
s.acJl8 S-3181 s.32118 1U06 17.868 11.094 111.271 9.100 11.817 ll.943 17.283 5 l.228 3.228 o.J6S 1.812 0300
S-3092 &-3192 S-3292 17.006 lS.675 u.m 19.111 9.)36 12.363 14.573 U.071 s 3.228 3.323 0.365 I.SU o.soo
8-3096 S-3196 s-3296 18.006 19A6ll 19.741 19.945 9.446 12.714 u.us 1B.8S8 s 3.2611 3.354 Q.365 1.812 0.500
S-30(500 S-31/SOO S-32/SOO 1U06 20.2S 20.581 2D.117 9.838 13.6'7 16.491 19.646 5 3.573 3.666 o.365 1.812 0300
S-3QIS30 S-311530 S-311530 19.506 21.507 21.793 22.065 10.579 14.004 17..271 20.827 4 3.573 3.666 0.490 I.SU o.soo
S-30l'.S60 S-311560 S-321S60 21.006 22.721 23.000 23.279 11.222 14.569 17.915 22.008 4 3.823 3.916 o.490 1.812 0300
S,.30{600 S-31/600 S-321600 22.006 24.316 24.644 24.9)3 11.451 1usg IUS3 23.583 4 3.916 3.1116 0.490 I.SU o.soo
S-30f630 S-31/630 S-321630 24.006 2S..S:i7 25.117! 26.193 11.!17.4 IS.!J'79 111.7118 24.764 4 3.916 3.!116 OMO 2.000 0..500
S-30{670 S-31/670 s.321670 25.006 27.175 27.522 27.157 12.835 17.00I 21.D24 26.339 4 4.104 4.104 o.490 2.000 0.625
S-30l710 S-31nl0 S-32'710 26.506 28.76!1 29.127 29.471 13.509 17.801 21.935 27.1114 3 4.541 4.63S 0.490 2.000 0.625
S-30r'7SO S-31nso S-321750 28.006 3o.J94 lo.771 31.1)2 14.093 IB.li20 22.912 29.489 ) 4.541 4.635 o.490 2.000 0.&5
S-»'100 S-31/800 29.506 32.389 32.m 14.40S 19.014 31.457 3 4.541 4.635 0.490 2.000 0.625
S-30/ISO 8-31/ISO ll..S06 34A07 34.827 14.991 20.mo 33.426 3 4.5'13 4.760 OMO 2.000 0.62S
S-30/900 33.506 36.402 IS.681 35.l~ 3 4.948 o.490 2.000 0.6'.1.S
S-30/950 36506 38.438 16.492 '7.363 3 4.1148 0.490 2.000 0.625
Por ~sec Table 9.3, Plllt 2 and Tlbk: 9.4, Pat 2.
23
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Table 6.3 - Part 1
Withdrawal Sleeve Dimensions
Inch Design
Series SK-00, ASK-00, and SK-2200
Tape r· 2°22' 40" Min_ --- r 1

2° 23'9"Max_ ~ :
--,------Fd~~j~
, I!
r-l-t
_j__I i1
B d
~·;_ F
-1 li
A
'
_i___ _ ~77777'7'771 !_ L
V // •
i
K, Tllreads
Part I Dimensions in millimeters

Bearing Sleeve Sleeve Bearing Slot Thread Tim:ada
Thread
Taper Bore Length Standoff W'idth Length Major
Sleeve
Number
Diameter d L s F 0 pcl'
Inch
Diameter
A B
ref. nom. max. nom. min. nom. Ki nom.Cll
SK-8 40.00 3S.OO 30.00 3.00 1.32 6.00 18 1.767
SK-9 45.00 40.00 32.00 3.00 1.32 6.00 18 1.967
SK-10 50.00 45.00 35.00 3.00 1.32 7.00 18 2.204
SK-11 55.00 50.00 37.00 3.00 1.32 7.00 18 2.407
SK-12 60.00 S5.00 40.00 3.00 1.32 7.50 18 2.626
ASK-13 65.00 60.00 42.00 3.00 2.13 7.50 12 2.933

ASK-14 70.00 60.00 44.00 4.00 2.13 7.50 12 3.137
ASK-15 75.00 65.00 47.00 4.00 2.13 8.00 12 3.340
ASK-16 80.00 70.00 50.00 4.00 2.13 9.00 12 3.527
ASK-17 85.00 7S.OO 52.00 4.00 2.13 9.00 12 3.730
ASK-18 90.00 80.00 53.00 4.00 2.13 9.00 12 3.918

ASK-19 95.00 8S.OO 57.00 4.00 2.13 10.00 12 4.122
ASK-20 100.00 90.00 59.00 4.00 2.92 IO.SO 12 4.325
ASK-22 ll0.00 100.00 65.00 4.00 2.92 11.00 12 4.778
ASK·24 120.00 110.00 72.00 4.00 2.92 12.00 12 5.185
ASK-26 130.00 115.00 78.00 4.00 2.92 12.00 12 5.622

SK-28 140.00 125.00 82.00 5.00 2.92 13.00 8 6.097
SK-30 lS0.00 135.00 88.00 S.00 2.92 14.00 8 6.503
SK-32 160.00 140.00 96.00 !1.00 4.52 14.00 8 6.925
SK-34 170.00 150.00 104.00 5.00 4.52 16.00 8 7.331
SK-36 180.00 160.00 104.00 5.00 4.52 16.00 8 7.753

SK-38 190.00 170.00 112.00 5.00 4.52 18.00 8 8.191
SK.40 200.00 180.00 118.00 5.00 4.52 18.00 8 8.628
SK-44 220.00 200.00 130.00 6.00 4.52 18.00 6 9.442
SK-48 240.00 220.00 144.00 6.00 4.52 20.00 6 10.192
SK-52 260.00 240.00 155.00 6.00 4.52 20.00 6 11.004

SK-56 280.00 260.00 155.00 8.00 7.67 20.00 6 11.973
SK-60 300.00 280.00 170.00 8.00 7.67 25.00 6 12.942
SK-64 320.00 300.00 180.00 10.00 7.67 25.00 6 13.723
SK-221S 7S.OO 6S.OO 44.00 4.00 2.13 9.00 12 3.340
SK-2216 80.00 70.00 44.00 4.00 2.13 9.00 12 3.527

\ll
Thread diameter UI Jn inches.
For tolenuwes see Table 9.5, Part I.
24
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Table 6.3 - Part .2
Incl Design
Serles SK-00, ASK-00, and SK-.2.200
Taper-2°22'40"Min. ~~· '1

2'' 23' 9" Max. ~
'
I , · 1----.-
: _1_~'=11
~F ,I A
a d - I
i I
!;
K 1 Threads
Part2
Bearing Slecwe Slecwe Bearing Slot 'l1mlad Tbmad
1beda
Taper B~ Length Standoff W'ulth Length Major
Sleeve per
Number
Diamelll:r d L s p G
Inch
Diamell:r
A B
mt: nom. lllllll:. DOID. min. llOllL
Ki nmn..
SK-8 1.575 1.3780 1.181 0.118 O.OS2 0.236 18 1.767
SK-9 1.772 1.5748 1.260 0.118 O.OS2 0.236 18 1.967
SK-10 1.969 1.7717 1.378 0.118 O.OS2 0.276 18 2.204
SK·ll 2.16S 1.9685 l.4S7 0.118 O.OS2 0.276 18 2.407
SK-12 2.362 2.1654 1.S7S 0.118 O.OS2 0.29S 18 2.626
ASK-13 2.559 2.3622 1.654 G.118 0.084 0.295 12 2.933

ASK-14 2.156 2.3622 1.732 0.157 0.084 0.295 12 3.137
ASK-15 2.953 2.S590 USO O.IS7 0.084 0.31S 12 3.340
ASK-16 3.150 2.7559 1.969 0.1S7 0.084 0.354 12 3.S27
ASK-17 3.346 2.9528 2.047 0.157 0.084 0.354 12 3.730
ASK-18 3.543 3.1496 2.087 0.157 0.084 0.354 12 3.918

ASK-19 3.740 3.3465 2.244 0.157 0.084 0.399 12 4.122
ASK-20 3.937 3.S433 2.323 0.1S7 0.115 0.413 12 4.325
ASK-22 4.331 3.9370 2.559 0.157 0.115 0.433 12 4.778
ASK-24 4.724 4.3307 2.835 0.157 0.115 0.472 12 5.185
ASK-26 S.118 4.S276 3.071 0.157 O.llS 0.472 12 S.622

SK-28 S.512 4.9213 3.228 0.197 0.115 0.512 8 6.097
SK-30 S.906 5.3150 3.465 0.197 0.115 0.551 8 6.503
SK-32 6.299 5.5118 3.780 0.197 0.178 0.551 8 6.925
SK-34 6.693 5.90SS 4.094 0.197 0.178 0.630 8 7.331
SK-36 7.087 6.2992 4.094 0.197 0.178 0.630 8 7.753

SK-38 7.480 6.6929 4.409 0.197 0.178 0.709 8 8.191
SK-40 7.874 7.0866 4.646 0.197 0.178 0.709 8 8.628
SK-44 8.661 7.8740 5.118 0.236 0.178 0.709 6 9.442
SK-48 9.449 8.6614 5.669 0.236 0.178 0.787 6 10.192
SK-S2 10.236 9.4488 6.102 0.236 0.178 0.787 6 11.004

SK-S6 11.024 10.2362 6.102 0.315 0.302 0.787 6 11.973
SK-60 11.811 11.0236 6.693 0.315 0.302 0.984 6 12.942
SK-64 12.598 11.8110 7.087 0.394 0.302 0.984 6 13.723
SX-2215 2.953 2.5590 1.732 0.157 0.084 0.354 12 3.340
SX-2216 3.150 2.7559 1.732 0.157 0.084 0.354 12 3.527

For tolcranoca sec Table 9.S, Part 2.
25
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Table 6.4 - Part 1
Inch Design
Serles SK-100 and ASK-100
I
Taper· 2" 22' 40" Min. I
~i l
2°' 23' 9" Maio:.
~ I
-,----~..£7.T.t.Z27-""..-q,;_~
I I:
~ iI
d
Part 1 Dimlmsicms in millimetms

Bearing Sleeve Sleeve Bearing Slot 1bread 'lbJad
Taper Bore Standoff 'l1mlads Major
LenJth Width Lenith per
Sleeve
Number
DimmCer d L s F G
IDdl
DiametmO>
A B
ref. llllllL DllllL nom. min. nam.
K1 lllJJll..
SK-108 40.00 3S.OO 40.00 3.00 1.32 7.00 18 1.767
SK-109 4S.OO 40.00 44.00 3.00 1.32 7.00 18 1.967
SK-110 S0.00 45.00 S0.00 3.00 1.32 8.00 18 2.204
SK-111 SS.00 50.00 S4.00 3.00 1.32 9.00 18 2.407
SK-112 60.00 SS.00 S7.00 3.00 1.32 10.00 18 2.626
ASK-113 6S.OO 60.00 61.00 3.00 2.13 11.00 12 2.933

ASK.-114 70.00 60.00 65.00 4.00 2.13 12.00 12 3.137
ASK-115 7S.OO 65.00 69.00 4.00 2.13 12.00 12 3.340
ASK.-116 80.00 70.00 72.00 4.00 2.13 12.00 12 3.S27
ASK-117 8S.OO 75.00 7S.OO 4.00 2.13 13.00 12 3.730
ASK-118 90.00 80.00 80.00 4.00 2.13 14.00 12 3.918

ASK.-119 9S.OO SS.00 8S.OO 4.00 2.13 IS.00 12 4.122
ASK-120 100.00 90.00 90.00 4.00 2.92 lS.00 12 4.32S
ASK.-122 110.00 100.00 98.00 4.00 2.92 16.00 12 4.778
ASK.-124 120.00 110.00 lOS.00 4.00 2.92 17.00 12 S.185
SK-126 130.00 llS.00 llS.00 4.00 2.92 19.00 12 S.622

SK-128 140.00 12S.OO 12S.OO 5.00 2.92 20.00 8 6.097
SK-130 lS0.00 13S.OO 13S.OO S.00 2.92 24.00 8 6.S03
SK-132 160.00 140.00 140.00 6.00 4.52 24.00 8 6.92S
SK-134 170.00 lS0.00 146.00 6.00 4.S2 24.00 8 7.331
SK-136 180.00 160.00 1S4.00 6.00 4.S2 26.00 8 7.7S3

SK-138 190.00 170.00 160.00 7.00 4.52 26.00 8 8.191
SK-140 200.00 180.00 170.00 7.00 4.S2 30.00 8 8.628
SK-144 220.00 200.00 181.00 9.00 4.52 30.00 6 9.442
SK.-148 240.00 220.00 189.00 8.00 4.S2 30.00 6 10.192
SK-1S2 260.00 240.00 200.00 8.00 4.S2 30.00 6 11.(104

SK-1S6 280.00 260.00 210.00 8.00 7.67 30.00 6 11.973
VI
...
1bead diamater 1ll m mches.
For to'k:ram:ee see Tablt 9.S. Pad 1.
26
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Table 6.4 - Part .2
InchDedgn
Series SK-100 and ASK-100
•
Taper- 2 22' 40" Min. ~
i lI
2° 23' 9" Max. "'1 '
~-- f7>zJ-~7Z» j I /? <?
!!
i------L ---~
:!
B d A
I
1 '
LF !
J
!
!;
J .
i
---'------m==~---
LI --: IS__L
K, Threads - :
-G I
I .
Pait2
Bearing Sltieve Sleeve Beadng Slot 'l'bre8d 'l'bre8d
Thrcada Major
Taper Boie Length StandofI Width Length
per
Sleeve
Number
Diemell:r d L s F G IDl:h Diamet«
A B
~ llOID. lllllL DODI. min. nom. Ki nom.
SK-108 1.57S 1.3780 1.S75 0.118 0.052 0.276 18 1.767
SK-109 1.772 1.5748 1.732 0.118 O.OS2 0.276 18 1.967
SK-110 1.968 1.7717 1.968 0.118 O.OS2 0.315 18 2..204
SK-111 2.165 1.9685 2.126 0.118 O.OS2 0.354 18 2.407
SK-112 2.362 2.1654 2.244 o.118 0.052 0.3!14 18 2.626
ASK-113 2.559 2.3622 2.402 0.118 0.084 OA33 12 2.933

ASK-114 2.756 2.3622 2.559 0.157 0.084 0.472 12 3.137
ASK-115 2.953 2.5590 2.717 0.157 0.084 OA72 12 3.340
ASK-116 3.150 2.7559 2.835 0.157 0.084 OA72 12 3.S27
ASK-117 3.346 2.9528 2.953 0.1S7 0.084 0.512 12 3.730
ASK-118 3.S43 3.1496 3.150 0.1S7 0.084 0.551 12 3.918

ASK-119 3.740 3.3465 3.346 0.157 0.084 0.591 12 4.122
ASK-120 3.937 3.5433 3.S43 0.1S7 OJIS 0.591 12 4.32$
ASK-122 4.331 3.9370 3.858 0.1S7 o.115 0.630 12 4.778
ASK-124 4.724 4.3307 4.134 0.1S7 o.115 0.669 12 5.IBS
SK-126 5.118 4.S276 4.528 0.157 o.115 0.748 12 5.622

SK-128 5.512 4.9213 4.921 0.197 o.115 0.787 8 6.097
SK-130 5.906 S.31SO 5.31S 0.197 o.115 0.945 8 6.503
SK-132 6.299 S.5118 5.512 0.236 0.178 0.945 8 6.925
SK-134 6.693 5.9055 5.748 0.236 0.178 0.945 8 7.331
SK-136 7.087 6.2.992 6-063 0.236 0.178 1.024 8 7.753

SK-138 7.480 6.6929 6.299 0.276 0.178 1.024 8 8.191
SK-140 7.874 7.0866 6.693 0.276 0.178 1.181 8 8.628
SK-144 8.661 7.8740 7.126 0.31S 0.178 1.181 6 9.442
SK-148 9.449 8.6614 7.441 0.31S 0.178 1.181 6 10.192
SK-152 10.236 9.4488 7.874 0.315 0.178 1.181 6 1Ul04

SK-156 11.024 10.2362 8~ 0.31S 0.302 1.181 6 11.973
For tol~ eee Teblc 9.S, Part 2.
27
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Table 6.5 - Part 1
Inch Design
Serles SKX-00 and ASKX-00*
r·- - - - - - - - .
!!
I L - - - -JI
l !I
~- ~
- ~..d:d#-221.i
I i I'
K, Threads j ' I j L S
-1 G r-. I
\._ j
Part 1
Taper Sleeve Sleeve BeariDg Slot Thread Thn:ad8 Thread Undercut Undercut
Sleeve Diameter Bore Length Standoff W"ulib. Length per DiametmO> Diameter Width
Number A d L s F G Jndi B D1 c
ref. nom. llUIJ[. nom. min. nom. K1 nom. max. min.
SKX-10 50.00 45.00 35.00 3.00 1.32 9.00 18 2.157 - -
SKX-11 55.00 50.00 37.00 3.00 1.32 8.00 18 2.360 - -
SKX-12 60.00 55.00 40.00 3.00 1.32 7.50 18 2.548 62.90 0.70
ASKX-22 110.00 100.00 65.00 4.00 2.92 11.00 12 4.716 - -

ASKX-24 120.00 110.00 72.00 4.00 2.92 12.00 12 5.106 - -
ASKX-26 130.00 115.00 78.00 4.00 2.92 12.00 12 S.497 - -
SKX-28 140.00 125.00 82.00 5.00 2.92 13.00 8 S.888 - -
SKX-30 150.00 135.00 88.00 S.00 2.92 14.00 8 6.284 155.60 6.00
SKX-32 160.00 140.00 96.00 5.00 4.52 14.00 8 6.659 165.10 7.00
SKX-34 170.00 150.00 104.00 5.00 4.52 16.00 8 7.066 175.40 7.00
SKX-36 180.00 160.00 104.00 5.00 4.52 16.00 8 7.472 185.70 7.00
SKX-38 190.00 170.00 112.00 5.00 4.52 18.00 8 7.847 195.20 7.00
SKX-56 280.00 260.00 155.00 8.00 7.67 20.00 6 11.785 - -

SKX-60 300.00 280.00 170.00 8.00 7.67 25.00 6 12.562 - -
SKX-64 320.00 300.00 180.00 10.00 7.67 25.00 5 (I) 13.339 332.20 15.00
\1/
SKX-64 threads "M1" .
Thn.lad diameters in inches.
(I.)
"' These are new withdmwal sleevtl designs which utili7.e standard AN loclamtB to promulgate the series.
Fortolmuwes see Table 9.S, Part I.
28
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Table 6.5 - Part 2
Inch Design
Series SKX-00 and ASKX-00*
________ )
Part2 Dimmaions in inches

Taper Sleeve Skeve Bearing Slot Thlead 'IbJcads 'Ibmul Undm:ut Undcn:ut
Sleeve Diameter Bore Ungth Standoff Wullh Length per Diameter Diameter Wullh
Number A d L s F G Inch B Di c
ref. nom. max. nom. min. nom. K.1 nom. max. min.
SKX-10 1.9690 1.7717 1.3780 0.118 0.052 0.354 18 2.157 - -
SKX-11 2.1650 1.9685 1.4570 0.118 0.052 0.315 18 2.360 - -
SKX-12 2.3620 2.1654 1.5150 0.118 0.052 0.295 18 2.548 2.476 0.028
ASKX-22 4.3310 3.9370 2.5590 0.157 0.115 0.433 12 4.716 - -

ASKX-24 4.724() 4.3307 2.8350 0.157 0.115 0.472 12 5.106 - -
ASKX-26 5.1180 4.5276 3.0710 0.157 0.115 0.472 12 5.497 - -
SKX-28 5.5120 4.9213 3.2280 0.197 0.115 0.512 8 5.888 - -
SKX-30 5.9060 5.3150 3.4650 0.197 0.115 0.551 8 6.284 6.126 0.236
SKX-32 6.2990 5.5118 3.7800 0.197 0.178 0.551 8 6.659 6.500 0.276
SKX-34 6.6930 5.9055 4.0940 0.197 0.178 0.630 8 7.066 6.906 0.276
SKX-36 7.0870 6.2992 4.0940 0.197 0.178 0.630 8 7.472 7.311 0.276
SKX-38 7.4800 6.6929 4.4090 0.197 0.178 0.709 8 7.847 7.685 0.276
SKX-56 11.0240 10.2362 6.1020 0.315 0.302 0.787 6 11.785 - -

SKX~O 11.8110 11.0236 6.6930 0.315 0.302 0.984 6 12.562 - -
SKX-64 12.5980 11.8110 7.0870 0.394 0.302 0.984 5(1)
"' SKX-64 threads "M1 ... 13.339 13.079 0.591
• These are new withdn.wal sleeve designs which utili7.e standard AN l.oclmull to promnlgate the series.
For tolcnmccs see Table 9.5, Part 2.
29
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Table 6.6 - Part 1
Inch Design
Series SKX-100 and ASKX-lOO•
T'P~ -2:22' ..- Mm~"'!.'

1
2 23' 9" Max.~
1
B A
Part I Dimensions in millimeters

Taper Sleeve Sleeve Bearing Slot Thread Threadll Thread Undercut Undm:ut
Sleew Diameter Bore Length Standoff Wid!h Length per Diametd1> Diameter Widdt
Number A d L s F G Inch B D1 c
ref. nom. max. nom. min. nom. X.1 nom. max. min.
SKX-110 50.00 45.00 50.00 3.00 1.32 8.00 18 2.157 53.00 5.00
SKX-111 55.00 50.00 54.00 3.00 1.32 9.00 18 2.360 58.10 5.00
SKX-112 60.00 55.00 57.00 3.00 1.32 10.00 18 2.548 62.90 4.00
ASKX-122 110.00 100.00 98.00 4.00 2.92 16.00 12 4.716 117.10 0.80
ASKX-124 120.00 110.00 105.00 4.00 2.92 17.00 12 S.106 127.00 6.00
ASKX-126 130.00 llS.00 115.00 4.00 2.92 19.00 12 5.497 136.90 7.00
SKX-128 140.00 125.00 125.00 S.00 2.92 20.00 8 5.888 146.80 8.00
SKX-130 150.00 135.00 135.00 5.00 2.92 24.00 8 6.284 IS.S.60 8.00
SKX-132 160.00 140.00 140.00 6.00 4.52 24.00 8 6.659 165.10 8.00
SKX-134 170.00 150.00 146.00 6.00 4.52 24.00 8 7.066 175.40 8.00
SKX-136 180.00 160.00 154.00 6.00 4.52 26.00 8 7.472 185.70 8.00
SKX-138 190.00 170.00 160.00 7.00 4.52 26.00 8 7.847 195.20 9.00
SKX-156 280.00 260.00 210.00 8.00 7.67 30.00 6 11.785 293.90 13.00
llJ ..
Thread diametmB m inchea.
• These are new withdrawal sleeve delligns which ulili7.e standard AN loclmuhl to promulgate the aerie&.
For tol.erances see Table 9.S, Part 1.
30
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Table 6.6 - Part 2
Inch Design
Serles SKX-100 and ASKX-100*
Taper - 2'' 22· 4 O" Min. ~. 'I

2° 23' 9" Max.
I
i ' .V127Dl T
Jif-c II
I I
~--===::L±:---1-
I l i
B D, d A
I if
'' r--L
i
d -F
1
'
I '
~4V£?211-
r ·
- -- . _i_
K, Threads
A.I , 1
-----; .-- s
: \
......., G ,---
Part2
Taper Sleeve Sleeve Bearing Slot Thread Threads Thread Undercut Undercut
Sleeve Diameter Bore Length Standoff W'Jdth Length per Diameter Diameter W'id1h
Number A d L s F G Inch B D1 c
ref. nom. IWIJt. nom. min. nom. K1 llODL IWIJt. min.
SKX-110 1.969 1.7717 1.969 0.118 0.052 0.315 18 2.157 2.087 0.197
SKX-111 2.165 1.9685 2.126 0.118 0.052 0.354 18 2.360 2.287 0.197
SKX-112 2.362 2.1654 2.244 0.118 0.052 0.394 18 2.548 2.476 0.157
ASKX-122 4.331 3.9370 3.858 0.157 0.115 0.630 12 4.716 4.610 0.031
ASKX-124 4.724 4.3307 4.134 0.157 0.115 0.669 12 5.106 5.000 0.236
ASKX-126 5.118 4.5276 4.S28 0.157 0.115 0.748 12 5A97 5.390 0.276
SKX-128 5.512 4.9213 4.921 0.197 0.115 0.787 8 5.888 5.180 0.315
SKX-130 5.906 5.3150 5.315 0.197 0.115 0.945 8 6.284 6.126 0.315
SKX-132 6.299 5.5118 5.S12 0.236 0.178 0.945 8 6.659 6.500 0.315
SKX-134 6.693 5.9055 S.748 0.236 0.178 0.945 8 7.066 6.906 0.31S
SKX-136 7.087 6.2992 6.063 0.236 0.178 1.024 8 7A72 7.311 0.315
SKX-138 7.480 6.6929 6.299 0.276 0.178 1.024 8 7.847 1.685 0354
SKX-156 11.024 10.2362 11.268 0.315 0.302 1.1111 6 11.7115 11.571 0.512
..
" These are new withdrawal sleeve dangns which utilize standard AN lockmm to promulgate 1he senes.
For tolerances see Table 9.5, Part 2.
31
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Table 7.1- Part 1
Shaft Dimensions
Inch Design
For Locknut Serles N-00 and AN
M+L
,___ _ _ LENGTH OF KEYWAY
'j ·--~-f· H
i l '
I
I
\. _ _ - - ------.,_' .~"c..J,
7-+ .......:..,'-.... "\__ K, THREADS
'.\ j. J': '-..) ......__~ llllH. BEARING

WIDTH MINUS .ou· (OA1 mlll)
Pmtl
Relid' X...Mlv
Depth Widdl
--
LoclmJJt Blllllillg V2 No.per Major Pitch MillOf Length Dilmeler Widdl
Number BCIR DIM. Jnch Diameter DiaDKCer Diameter L A w H s M
K.i DOllL ma. llllZ. ma. malt. ID.IL min. min.
N-00 10 7.92 32 0.391 0.3707 03527 7.54 8.6893 1.98 8.36 3.18 2.39
N-01 12 10.31 32 0.469 0.4487 0.4307 9.93 10.6705 1.98 10.34 3.18 2.39
N-02 IS 12.70 32 O.S86 O.S6S1 0.5477 9.93 13.6423 1.98 12.90 3.18 2.39
N-03 17 14.27 32 0.664 0.6437 0.6257 10.72 15.6235 1.98 14.88 3.18 2.39
N-04 20 18.26 31 0.781 0.7607 0-7427 11.51 18.5953 1.98 17-86 4.78 1.39
N-05 2S 22.23 32 0.969 0.9487 0-9307 12.29 23.3705 1.98 22.23 4.78 3.18
N-06 30 26.97 18 1.173 1.1369 1.1048 12.29 27.7927 2.77 27.41 4.78 3.18
N-07 35 31.7S 18 1.376 1.3399 13078 13.11 32.9489 2.77 32.S6 4.78 3.18
N-08 40 37.31 18 1.563 1.5269 1.4948 13.89 37.6987 2.77 37.31 7.92 3.18
N-09 4S 42.88 18 1.767 1.7309 1.6988 13.89 42.8803 3.S8 42A9 7.92 3.96
N-10 so 47.63 18 1.967 1.9309 1.8988 lS.47 47.9603 3.58 47.57 7.92 3.96
N-11 SS Sl.37 18 2.157 2.1209 2.0888 15.47 52.7863 3.S8 Sl.61 7.92 3.96
N-12 60 S7.1S 18 2.360 1.3239 2.2918 16.28 57.9425 3.S8 56.77 7.92 3.96
N-13 6.5 61.93 18 2.548 2.5119 2A798 17.07 62.7177 3.S8 61.54 7.92 3.96
N-14 70 66.68 18 2.751 2.7149 2.6828 17.07 67.8739 3.58 66.70 7.92 6.35
AN-15 75 70.64 12 2.933 2.8789 2.8308 17.86 71.3613 4.37 71.32 7.92 6.35
AN-16 80 76.20 12 3.137 3.0829 3.0348 17.86 76.5429 4.37 16.50 9.53 6.35
AN-17 SS 80.98 12 3.340 3.2859 3.2378 18.64 81.6991 4.37 81.66 9.53 6.35
AN-18 90 BS.73 12 3.527 3.4729 3.4248 21.03 86.4489 4.37 85.62 9.53 6.35
AN-19 95 90.47 12 3.730 3.6759 3.6278 21.82 91.6051 4.37 90.78 9.53 6.35
AN-20 100 96.04 12 3.918 3.8639 3.81!8 22.63 96.3803 4.37 SIS.SS 9.53 7.rn.
AN-21 105 100.03 12 4.122 4.0679 4.0198 22.63 101.5619 4.37 100.74 9.53 7.92
AN-22 110 106.38 12 4.32S 4.2709 4.2228 23.42 106.7181 4.37 lOS.08 9.53 7.92
AN-24 120 115.87 12 4.716 4.6619 4.6138 24.21 116.6495 4.37 115.01 9.53 7.92
AN-26 130 12SA3 12 S.106 5.0519 S.0038 25.81 126.SSSS 4.37 124.92 12.70 7.92
AN-28 140 134.9.2 1.2 5.497 S.4429 S.3948 27.38 136.4869 4.37 134.85 IS.88 1.rn.
AN-30 lSO 145.26 12 5.888 5.8339 S.78S8 28.98 146.4183 4.37 143.99 ts.88 9.53
AN-32 160 lS.S.58 8 6.284 6.2028 6.1306 30.56 155.1762 6.76 153.67 ts.88 9.53
AN-34 170 165.10 8 6.659 6.S778 6.5056 31.34 164.7012 6.76 163.20 19.0S 9.S3
.AN-36 180 175.41 8 7.066 6.9848 6.9126 32.16 175.0390 6.76 173.53 19.0S 9.S3
AN-38 190 185.72 8 7.472 7.3908 73186 32.94 185.3514 6.76 183.SS 19.0S 9.53
AN-40 200 195.28 8 7.847 7.7658 7.6936 34.52 194.8764 6.76 193.37 22.23 9.S3
N-44 220 .211.t.2 8 8.628 8.5468 8.4746 3S.33 214.7138 6.76 209.63 26.97 4.78
I'} ..
11Dad. di.-tenl are m mchel.
00 'Ibis atawlad ii applicable to ateel nUls. When either the nut or the shaft ii made of llailllels steel, abmritNm or other matt.rial havill& a tmdalcy to seize, it is
l'flOO!ll!llmclecl that tile mmmmn tbmad ctialJKCer oftho Shaft, bodl major and pildl, be !educedby 20% oftbepi!ch diameter tolerance.
32
Ucan&ed to Joell Rogera. ANSI 81D~ order# x_410806. Oowrtoaded 91912015 12:35 PM. SingI& u.- lloana& only. ~ng and netwcrtdng prctlllllad
Tule 7.1 - Part 2
Shaft Dimensions
Inch Design
For Locknut Serles N-00 and AN
I lll•L
!~~~~~ ~~c=4G ~i- - L ----"""r._ LENGTH OF KE'fWA'f
® ~~ .,------...-~
l : """i
f---·1,f-·1--
,
I
. '
_L_ ~
\ . - ~ ~ ~ W K, THREADS
I
i - - - - ; - MIN. l!EARING
I WIDTt1 MINUS .018" (0.41 mm)
Part2
'lbnllds'u Relief r... ......v
-
~or Mill«
Lockmlt Besing V2 No.per Pitdi Leaglb Diameter Widdi Dcplh W'tddi
Number Bme max. mh l>W=!cr Dillm=r Dilmctcr L A w H s M
X:1 max. mp, mas. mu. max. max. min. min.
N.00 0.3937 0.312 32 0.391 0.3707 0.3527 o.297 0.3421 0.078 0.329 0.125 0.094
N-01 0.4724 0.406 32 0.469 0.4487 0.4307 0.391 0.4201 0.078 0.407 0.125 0.094
N-02 0.5906 o.soo 32 O.S86 0.5657 0.5477 0.391 0.5371 0.078 0.508 0.125 0.094
N-03 0.6693 0.562 32 0.664 0.6437 0.6257 0.422 0.6151 0.078 0.586 0.125 0.094
N-04 0.7874 0.719 32 0.781 0.7607 0.7427 0.453 0.7321 0.078 0.703 0.188 0.094
N-05 0.9843 0.875 32 0.%9 0.9487 0.9307 0.484 0.9201 0.078 0.875 0.188 0.125
N-06 1.1811 1.062 18 1.173 1.1369 1.1048 0.484 1.0942 0.109 t.o79 0.1118 0.125
N-07 1.3780 1.250 18 1.376 1.3399 1..3078 0.516 1.2972 0.109 1.282 0.1118 0.125
N-08 1.5748 1A69 18 1.563 1.5269 1A948 0.547 1A842 0.109 1.469 0.312 0.125
N-09 1.7717 1.688 18 1.7({1 1.7309 1.6988 0.547 1.6882 0.141 1.673 0.312 0.156
N-10 1.9685 1.815 18 1.967 1.9309 1.8988 0.609 1.8882 0.141 1.873 0.312 0.156
N-11 2.1654 2.062 18 2.157 2.1209 2.0888 0.609 2.0782 0.141 2.032 0.312 0.156
N-12 2.3622 2.250 18 2.360 2.3239 2.2918 0.641 2.2812 0.141 2.235 0.312 0.156
N-13 2.5591 2.438 18 2.548 2.5119 2.4798 0.672 2.4692 0.141 2.423 0.312 0.156
N-14 2.7559 2.625 18 2.7SI 2.7149 2.6828 0.672 2.6722 0.141 2.626 0.312 0.250
AN-IS 2.9528 2.781 12 2.933 2.8789 2.8308 0.703 2.8095 0.172 2.808 0.312 0.250
AN-16 3.1496 3.000 12 3.137 3.0829 3.0348 0.703 3.0135 0.172 3.012 0.375 0.250
AN-17 3.3465 3.188 12 3.340 3.2859 3.2378 0.734 3.2165 0.172 3.215 0.375 0.250
AN-18 3.5433 3.375 12 3.527 3A729 3.4248 0.828 3.4035 0.172 3.371 0.375 0.250
AN-19 3.7402 3.562 12 3.730 3.6759 3.6278 0.859 3.606S 0.172 3.574 0.375 0.250
AN-20 3.9370 3.781 12 3.918 3.8639 3.8158 0.891 3.7945 0.172 3.762 0.375 0.312
AN-21 4.1339 3.938 1.2 4.122 4.0679 4.0198 0.891 3.9935 0.172 3.966 0.375 0.31.2
AN-.22 4.3307 4.188 11 4.325 4.2709 4..2228 0.922 4.201S 0.172 4.137 0.37S 0.312
AN-24 4.7244 4.562 12 4.716 4.6619 4.6138 0.953 4.5925 0.172 4.528 0.375 0.312
AN-26 5.1181 4.938 12 S.106 S.0519 5.6038 l.016 4.9825 0.172 4.918 o.soo 0.312
AN-28 5.5118 5.312 12 5A97 5A429 5.3948 l.078 5.3735 0.172 5.309 0.625 0.312
AN-30 S.9055 5.719 12 5.888 5.8339 5.7858 1.141 5.7645 0.172 5.669 0.625 0.375
AN-32 6.2992 6.125 8 6.284 6.2028 6.1306 1.203 6.1093 0.266 6.050 0.625 0.375
AN-34 6.6929 6.SOO 8 6.659 6.5778 6.5056 1.234 6.4843 0.266 6A2S 0.7SO 0.375
AN-36 7.0866 6.906 8 7.066 6.9848 6.9126 1..266 6.8913 0.266 6.832 0.7SO 0.375
AN-38 7.4803 7.312 8 7.472 7.3908 7.3186 1.297 7.2'¥13 0.266 7.238 0.750 0.375
AN-40 7.8740 7.688 8 7.847 7.7658 7.6936 l.359 7.67'13 0.266 7.613 0.875 0.375
N-44 8.6614 8.312 8 8.628 8.5468 8.4746 1.391 8.4533 0.266 8.253 1.062 0.188
llJ 11U &llmlJad is 1pp&ablc lo tlecl Duis. Wbm eith« the: Dut « the Bbl\ ia made of llWDbs ll&ccl, alnmj'Nlll Cll' olhcr IDll1crill baWig a 1cmlcm:y lo ~ it if
33
Ucan&ed to Joeh Rogera ANSI 81D~ order# x_410806. Oowtioaded 91912015 12:35 PM. Single u.. lloana& only. ~ng and netwcrtdng prctlllllad
Table 7.2 - Part 1
Shaft Dimensions
Inch Design
For Locknut Series N-00, TN and TAN
(Tapered Roller Bearings)
!-- - T IJ • M LENGTH OF KE'fWA'f
~U~ ~ M
L 11a· (3.18 mm)

AOJUSTll.tiLE MOUNTING
~--f- Ziii "'L2 LENQTH OF l<;liYWAY
...
CLAMPED MOUNTING
Part 1
Threads(l)CI) Rdief Keyway
Locknut Bearing No. Lenl!lb
Y2 Major Pi1eh Minor Diameb:r Wid1h Depdi. Width
Number Bore max. per
Diameb:r A w s M u
Inch
Diameter Diameter Li 4 H
min. min.
nom. max. max. max. max. IDIX. IDIX. max. min.
Ki
N-00 10 7.92 32 0.391 0.3707 0.3527 15.47 9.93 8.69 1.98 7.29 3.18 2.39 11.91
N-01 12 10.31 32 0.469 0.4487 0.4307 20.24 12.29 10.67 1.98 9.32 3.18 2.39 14.27
N-02 15 12.70 32 0.586 0.56S1 0.5477 21.03 13.ll 13.64 1.98 12.32 3.18 2.39 1S.09
N-03 17 14.27 32 0.664 0.6437 0.6257 22.63 13.89 15.62 1.98 14.33 3.18 2.39 15.88
N-04 20 17.86 32 0.781 0.7607 0.7427 23.42 13.89 18.60 1.98 17.17 4.78 2.39 15.88
N-OS 2S 22.23 32 0.969 0.9487 0.9307 2S.81 15,47 23.:J7 1.98 21.21 4,78 3.18 18.26
N-06 30 26.97 18 1.173 1.1369 1.1048 25.81 15.47 27.79 2.77 26.42 4.78 3.18 18.26
TN-065 34 30.18 18 1.312 1.2764 1.2443 27.38 16.28 31.34 2.77 29.97 4.78 3.18 19.0S
TN.-07 35 31.7S 18 1.376 1.3399 1.3078 27.38 16.28 32.9S 2.77 31.62 4.78 3.18 19.03
TN~ 40 36.53 18 1.S63 1.5269 1.4948 27.38 16.28 37.70 2.77 36.12 7.92 3.18 19.03
TN.-09 45 42.06 18 1.767 1.7309 1.6988 27.38 16.28 42.88 3.S8 41.35 7.92 3.96 19.84
TN-10 so 47.22 18 1.967 l.9309 l.K!l88 30.56 17.86 47.96 3.58 46.48 7.92 3.96 21.44
TN-11 SS 51.99 18 2.157 2.1209 2.0888 30.56 17.86 52.79 3.58 51.33 7.92 3.96 21.44
TN-12 60 57.15' 18 2.360 2.3239 2.2918 32.94 19.46 57.94 3.58 55.73 7.92 3.96 23.01
TN-13 65 61.52 18 2.S48 2.5119 2.4798 34.52 20.24 62.72 3.S8 60.50 7.92 3.96 23.83
'IN-14 70 66.68 18 2.751 2.7149 2.6828 34.52 20.24 67.87 3.58 65.68 7.92 6.35 25.40
TAN-15 15 70.64 12 2.933 2.8789 2.8308 36.12 21.03 71.36 4.37 70.03 7.92 6.35 26.19
TAN-16 110 76.20 12 3.137 3.0829 3.0348 36.12 21.03 76.54 4.37 74.63 9.53 6.35 26.19
TAN-17 115 80.98 12 3.340 3.2859 3.2378 37.69 21.82 81.70 4.37 79.78 9.53 6.35 26.97
TAN-18 90 85.73 12 3.527 3.4729 3.4248 41.68 24.21 86A5 4.37 83.77 9.53 6.35 29.36
TAN-19 9S 90.47 12 3.730 3.6759 3.6278 43.26 24.99 91.61 4.37 88.95 9.53 6.35 30.18
TAN-20 100 95.66 12 3.918 3.8639 3.8158 44.86 25.81 96.38 4.37 93.73 9.53 7.92 32.54
TAN-21 105 100.03 12 4.122 4.0679 4.0198 44.86 25.81 101.S6 4.37 98.93 9.53 7.92 32.54
TAN-22 110 105.56 12 4.325 4.2709 4.2228 46.43 26.59 106.72 4.37 104.1)9 9.53 7.92 33.32
TAN-24 120 115.09 12 4.716 4.6619 4.6138 48.82 28.17 116.6.5 4.37 113.26 9.53 7.92 34.93
TAN-26 130 124.61 12 S.106 5.0519 5.0038 51.99 29.77 126.56 4.37 123.04 12.70 7.92 36.53
TAN-128 140 134.S4 12 5.497 .5.4429 5.3948 67.87 37.69 136.49 4.37 132.82 15.88 7.92 44.45
TAN-130 ISO 143.66 12 5.888 5.8339 5.7858 71.83 40.08 146.42 4.37 141.99 15.88 9.S3 48.41
TAN-132 160 153.91 8 6.284 6.2028 6.1306 73.43 40.87 155.18 6.76 151.28 15.88 9.53 49.23
TAN-134 170 163.53 8 6.659 6 ..5778 6.5056 76.61 42.47 164.70 6.76 160.68 19.0S 9.53 50.80
TAN-136 180 173.84 II 7.066 6.9848 6.9126 79.78 44.04 175.04 6.76 171.04 19.0S 9.53 52.37
TAN-138 um 184.15 8 7.472 7.3908 7.311!6 79.78 44,04 185.35 6.76 Hl.38 19.0S 9.53 52.37
TAN-140 200 193.68 8 7.847 7.7658 7.6936 84.53 46.43 194.88 6.76 190.78 22.23 9.5'3 53.98
l'J
Thread diameters are m inches.
(Z) This standanl. is applicable to steel nuts. When either the nut or the shaft is made of rtainless steel, aluminum or other material having a tendency to seizJe, it is
recommended 1hat the maximum thread diameter of the llhaft, both major and pitch, be reduced by 20% of the pilx:h diameter tolerance.
34
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Table 7.2 - Part 2
Shaft Dimensions
Inch Design
For Locknut Series N-00, TN and TAN
(Tapered Roller Bearings)
K, THllEl\DS
- w
·1 I '
~ L.!
!----- 118" (3.1a mm)
AD.JUSTA6LE "'OUNTIN G
--. I .-- ---

.·-
-,
.. ,.. ·-n!
. _ . I · - - - I
j----t-- 11e • (3.12 mm)
C LAMPED&IOUM't... G
Part2 Dimemion in inches

'l'hmKb o• R..lief Keyway
Locknut Bearing V2 No. '"' .ath
pe:r
Major Pitch Minor Diameter Width Depth Width M u
Number Bore max.
Im:h
Diameter Diamcler Diameter L, L, A w H s min. min.
nom. max. max. mu.. """"- max. max. max. min.
Kt
N.00 0.3937 0.312 32 0.391 0.3707 0.3527 0.609 0.391 0.3421 0.o78 0.287 0.125 0.094 0.469
N-01 0.4724 0.406 32 0.469 0.4487 0.4307 0.797 0.484 0.4201 0.o78 0.367 0.125 0.094 O.S62
N-02 0.5906 0.SOO 32 0.S86 0.5657 0.5477 0.828 0.516 0.5371 0.078 0.485 0.125 0.094 0.594
N-03 0.6693 0.562 32 0.664 0.6437 0.62S7 0.891 O.S47 0.61Sl 0.078 O.S64 0.125 0.094 0.62S
N-04 0.7874 0.703 32 0.781 0.7607 0.7427 0.922 O.S47 0.7321 0.o78 0.676 0.188 0.094 0.625
N-05 0.9843 0.875 32 0.969 0.9487 0.9307 l.016 0.609 0.9201 0.o78 0.835 0.188 0.125 0.719
N-06 1.18LL 1.062 18 1.173 1.1369 1.1048 l.016 0.609 1.0942 0.109 l.040 0.188 0.125 0.719
TN-065 1.3150 1.188 18 1.312 1.2764 1.2443 1.078 0.641 1.2337 0.109 1.180 0.188 0.12S 0.750
TN-M 1.3780 1.250 18 1.376 1.3399 1.3078 l.078 0.641 1.2972 0.109 l.24S 0.188 0.125 0.750
TN~ 1.5748 1.438 18 U63 1.5269 1.4948 l.078 0.641 1.4842 0.109 1.422 0.312 0.125 0.750
TN-09 1.7717 1.656 18 1.767 l.7309 1.6988 l.078 0.641 1.6882 0.141 l.628 0.312 0.156 0.781
TN-10 1.9685 1.859 18 1.967 1.9309 1.8988 l.203 0.703 1.8882 0.141 1.830 0.312 0.156 0.844
TN-11 2.1654 2.047 18 2.157 2.1209 2.0888 1.203 0.703 2.0782 0.141 2.021 0.312 0.156 0.844
TN-12 2.3622 2.250 18 2.360 2.3239 2.2918 l.297 0.766 2.2812 0.141 2.194 0.312 0.156 0.906
TN-13 2.SS91 2.422 18 2.S48 2.5119 2.4798 l.359 0.797 2.4692 0.141 2.382 0.312 0.156 0.938
TN-14 2.1SS9 2.625 18 2.751 2.7149 2.6828 1.359 0.797 2.6722 0.141 2.586 0.312 0.250 1.000
TAN-IS 2.9528 2.781 12 2.933 2.8789 2.8308 l.422 0.828 2.8095 0.172 2.757 0.312 0.250 1.031
TAN-16 3.1496 3.000 12 3.137 3.0829 3.0348 1.422 0.828 3.0135 0.172 2.938 0.375 0.250 1.031
TAN-17 3.3465 3.188 12 3.340 3.2859 3.2378 1.484 0.859 3.2165 0.172 3.141 0.375 0.250 1.062
TAN-18 3-5433 3.375 12 3.527 3.4729 3.4248 1.641 0.953 3.4035 0.172 3.298 0.375 0.250 1.156
TAN-19 3.7402 3.562 12 3.730 3.6759 3.6278 1.703 0.984 3.6065 0.172 3.502 0.37S 0.2SO 1.188
TAN-20 3.9370 3.766 12 3.918 3.8639 3.81S8 l.766 l.016 3.7945 0.172 3.690 0.375 0.312 1.281
TAN-21 4.1339 3.938 12 4.122 4.0679 4.0198 l.766 l.016 3.9985 0.172 3.89S 0-375 0.312 1.281
TAN-22 4.3307 4.156 12 4.325 4.2709 4.2228 1.828 1.047 4.2015 0.172 4.098 0.375 0.312 1.312
TAN-24 4.7244 4.531 12 4.716 4.6619 4.6138 1.922 l.109 4.5925 0.172 4.459 0.375 0.312 l.37S
TAN-26 5.1181 4.906 12 S.106 S.0519 5.0038 2.047 1.172 4.9825 0.172 4.844 o.soo 0.312 1.438
TAN-128 5.5118 5.297 12 5.497 S.4429 5.3948 2.672 1.484 5.3735 0.172 S.229 0.625 0.312 1.750
TAN-130 5.90SS 5.656 12 5.888 S.8339 5.78S8 2.828 l.578 5.7645 0.172 S.590 0.625 0.375 1.906
TAN-132 6.2992 6.062 8 6.284 6.2028 6.1306 2.891 1.609 6.1093 0.266 S.956 0.625 0.375 1.938
TAN-134 6.6929 6.438 8 6.659 6.S778 6.SOS6 3.016 1.672 6.4843 0.266 6.326 0.750 0.375 2.000
TAN-136 7.0866 6.844 8 7.066 6.9848 6.9126 3.141 L.734 6.8913 0.266 6.734 0.750 0.375 2.062
TAN-138 7.4803 7.2SO 8 7.472 7.3908 7.3186 3.141 1.734 7.2973 0.266 7.141 0.750 0.375 2.062
TAN-140 7.8740 7.625 8 7.847 7.7658 7.6936 3.328 l.828 7.6723 0.266 7.511 0.875 0.375 2.125
ll)
Thit standard 18 applicable to steel nuts. When either the nut or the shaft 18 made of stainless 8teel, aluminum or other matenal havmg a tendency to •w.e, it is
IWOlllIIlellded that the maximum thread diameter of the shaft. both major 1111d pitch, be ~d by 20% of the pitch diameter tolerance.
35
Licensed to Josh Rogers. ANSI store order# X_410606. Downloaded 91912015 12:35 PM. Single user liceMe only. Copying end net.working prnhibited
Table 7.3-Part 1
Shaft Dimensions
Inch Design
For Locknut Seriea N-000
MIN. BEARIOIG W IDTH M INUS

.oiu• (Cl.'1mm)045 111na Os.&
.1ff' (3.ll8..m)068 tllna 5711
.?SO" (11.MJnmJ 710 lllAI !1$0
N-441 tnn& ll-450
Partl
'I'hmldl•·~ llclicf "'"" llRV
---
Dimelllions in milllmeten
Lol1lamt Bcblc v. No.per Major Pilch Minor Lcoath Diamr:m W"ldlh Depth Widlh
M v
Nmnbcr Bo:e malt &di Dia- oim- DlameW L A w H s min. min.
It M nom mu. llllllt. mu. mu. ma. malt. min.
N-0:22 110 lOUI 12 4.325 4.2709 4.2228 23.42 106.718 4.37 105.01 9.53 7.92
N-024 120 llS.87 12 4.716 4.6619 4.6138 24.21 116.6'0 4.37 115.01 9.S3 7.92
N-D26 130 12S.43 12 5.106 5.0519 5.0038 2S.81 126.556 4.37 124.!12 12.70 7.!12
N-0:28 140 134.92 12 5.497 5.4429 5.3'48 27.38 136.4117 4.37 134.85 15.88 7.92
N--030 150 14$.26 12 5.888 5.8339 5.7858 28.98 146.418 4.37 143.!19 15.88 !I.SJ
N-032 160 1ss.sa g 6.284 6.2028 6.l:Ml6 30.S6 lSS.176 6.76 1SU7 IS.88 9.53
N--034 170 165.10 a 6.659 6.$'778 6.5056 31.34 164.701 6.76 1~.20 19.0S !l.Sl
N--036 180 17S.41 I 7.066 6.9848 6.9126 32.16 175.039 6.76 173.53 11>.0S 9.53
N--038 190 18S.72 g 7.472 7.3908 7.31116 32.94 18S.l51 6.76 183.85 11>.0S 9.53
N-040 .200 19$.28 8 7.847 7.76$8 7.6936 34.52 194.876 6.76 193.37 22.23 9.53
N-044 .220 211.12 g 8.628 8.5468 8.4746 3S.33 214.714 6.76 209.63 26.97 4.71
N-048 240 233.38 6 9.442 9.3337 9.2374 44.04 233.693 6.76 228.70 28.58 12.70
N-OS2 260 252.43 6 10.192 10.0837 9.9874 4S.64 252.743 6.76 247.75 30.18 12.70
N-056 280 273.0S 6 11.o04 10.89.57 10.7994 48.03 273.368 6.76 268.311 31.75 12.70
N-Cl60 300 29UO 6 11.785 11.6767 11.3804 49.61 29UOS 6.76 288.21 34.93 12.70
N-064 320 312.72 6 12.562 12.4537 12.3S74 51.99 312.941 6.76 307.9S 36.S3 12.70
N-068 340 331.77 5 13.303 13.203 13.083 55.17 331.36 6.76 326.77 38.10 12.70
N-o72 360 350.82 s 14.134 14.034 lJ.914 SS.17 352.47 6.76 346.30 38.10 12.70
N-076 380 371.48 s 14..921 14.1121 14.701 58.34 372.46 6.76 366.29 38.10 12.70
N-080 400 390.53 5 U.709 1'.Ql!I 15.439 62.31 392..48 6.76 386.31 41.28 12.70
N-084 420 411.18 s 16.496 16.396 16.276 62.31 412.47 6.76 406.30 41.28 12.70
N-088 440 431.80 s 17.283 17.183 17.063 70.26 432.46 6.76 426.29 46.02 12.70
N--092 460 450.SS s H.071 17.971 17.851 70.26 452.47 6.76 446.30 46.02 12.70
N-096 4IO 469.90 s 1US8 ll.7S8 18.638 70.26 472.46 6.76 466.29 46.02 12.70
N-500 500 438.95 5 19.646 19.S46 19.426 79.78 492.48 6.76 486.:n 46.02 12.70
N-S30 530 S14.3S 4 20..1127 20..'102 20.SS7 79.78 S20.80 6.76 508.84 46.02 12.70
N-560 560 546.10 4 22.008 2U83 21.738 86.D $50.79 6.76 S46.30 46.02 12.70
N-600 600 514.20 4 23.583 23.4S8 2J.J13 16.13 S90.80 6.76 586.Jl 46.02 12.70
N-630 630 61S.9S 4 24.764 .24.639 24.494 116.13 620.80 6.76 616.31 S0.80 12.70
N-670 670 6$4.0s 4 26.339 26.214 26.069 !>Cl.88 660.80 6.76 6$6.31 so.so 12.70
N-710 710 692.15 3 27.914 27.747 27.560 104.37 698.67 9.93 693.14 S0.80 12.70
N-750 750 730.ZS 3 .29.489 29.322 29.135 lOS.18 738.68 9.93 733.U so.so 12.70
N-800 800 781.0S 3 31.457 :n.290 31.103 lOS.18 788.67 9.llJ 78J.13 so.so 12.70
N-ISO &SO 831.85 3 33.426 33..259 33.072 lOS.18 838.68 9.93 133.lS S0.80 12.70
N-900 900 882.6S 3 15.394 15.227 :U.040 114.71 8118.67 9.91 883.13 .S0.80 12.70
N-950 950 933.45 3 37.363 37.196 37.009 114..71 938.68 9.91 929.97 .S0.80 12.70
(l}
'Ihead diamden 11n1 m inch&
<2> 'l'bi1 lltaDdmd ia applieabk to ll&ecl 1111111.. Whm cilba the 1111t or the abaft i1 made of a111inlaa steel, 1h1minmn ar otha- mataial hmDg a tcndmey to aeize. it ia
wwwded t1Jat the maximum thread diamder of the shat, bath major and pildi, be redw:ecl by 20% of the lilted diameter to1erance.
36
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Tule 7.3 - Part 2
Shaft Dimensions
Inch Design
For Locknut Series N-000
11.022 Chn1 N.f44
Part2 _,
,_ hliof
-
-
~- ~
v.
- - -
Locm.t Beoma No.pet M4ior Pllah Mins I.qlb Diamolor W"ulth Dq>dl Widlh
M v
Nmtu
N4Z2
~
4.3307 4.111
L
12
IDdl
M
Dilmllar
DODI.
4.32S
~
4.2'11)9
.....
Dilmlliar
4.2228
L
D.922
A
ma.
4.2015
w
0.1'12
.....
H
4.137
s
mill.
Q37S
min.
0.312
min.
N-024 4.7244 4.562 12 4.716 4.661' 4.6138 OJ>S3 4.S92S 0.172 4.S28 Q3'1S 0.312
N-026 5.1181 4.938 11 S.106 5.051!> 5.0038 1.016 4.!>825 0.1'12 4.918 D.500 0.312
N-021 5.5118 S.312 11 5.4!>7 5.442!> 5.3948 1.0'la 5.3735 0.1'12 S.309 o.625 0.312
N.cDO S.90SS 5.71!1 12 SJlll S.133' .5.7858 1.141 5.7645 0.172 SM9 Q&S 0.315
'N-032 um 6.W 8 6.284 6.2028 6.1306 1.203 6.1093 0.266 6.650 G.625 0.37$
'N-034 "6929 6.500 a 6..659 6.5778 6..50S6 1.234 M843 0.266 6.425 o.750 0.315
N-036 7.0966 6.906 g 7.1Jfi6 6.9841 6.9126 1.266 U913 0.266 6.832 o:no 0.375
'N-038 7AI03 7.312 8 7.471 7.3908 7.3116 1.297 7.l973 0.2.66 7.238 0.750 0.37.S
N-040 7.8740 7.688 a 1M1 7.7658 7.6936 1.35!> 7.6723 0.266 7..613 U7S 0.315
M-044 1.6614 8.312 8 8.628 &$468 8.4746 1.391 1.4533 0.266 8.25) 1-002 0.111
N-048 9.4488 !>.188 6 9.441 !>.3337 9.2374 1.734 !>.200.5 0.2.66 !>.G04 l,125 0.500
N.QS2 10.2362 9.'»8 6 10.191 10.0837 9.9174 1.7!>7 !USOS 0.266 9.754 1.118 0.500
N.Q'6 11.0236 10.750 6 11,004 10.8957 10.'lll94 1.191 10.7625 0.266 10.566 1.2SO 0.500
N-060 11.8110 11.500 6 11.785 11.6767 11..5804 1~ 11,5435 0.266 11.347 1.37' 0.500
N464 12.5984 11312 6 12.562 114537 123574 1047 12.3205 0.266 12.124 1..438 0.500
'N-061 13.38$8 13.062 s U.303 13.203 13.Gn 2.171 13.046 0.266 12.86S 1$00 D.500
N-072 1.U732 1Ul2 5 14.134 14.0:W 13.914 2.171 1U77 0.266 13.Ai34 1.500 0.500
N476 14.9606 14.625 5 14..921 14.121 14.701 2.2.97 14.664 0.266 14.421 1..500 0.500
N-080 15.7480 15.375 s 15.709 15.609 15.419 1453 1SAS2 0.266 15.209 1.W 0.500
N-084 115.5354 16.188 s 16.496 16.3!>6 16.276 2.463 115.239 0.266 15.996 1.1125 o.soo
N-088 173221 17.000 s 11..m 17.183 17.G63 2.766 17.026 0.266 16.?BS 1..812 0.500
N-092 11.1102 17.750 5 lS.071 17.1171 17.11$1 2.766 17.114 0.266 17.5'71 U12 o.500
M-094i 1U976 18,500 s 1-..,S 1&758 u.sa 2.766 11.601 0.266 U.3S8 U12 0.500
N.500 19.6850 19.250 s 19.646 19.546 19.426 3.141 19.389 0.266 19.146 1.811 0.500
N.530 20.8661 20.250 4 20.827 20.702 2Cl.SS7 3.141 20.S04 0.266 20.cm 1..812 0.500
~ 22.0472 21.500 4 22.008 21.883 :21.m 3.391 21.685 0.266 21.508 Ul2 o.soo
N-600 23.&20 .23.000 4 23.583 23..468 23.313 3.391 .23.260 0.266 23.G&l l.812 o.soo
N-630 24.11031 .24.250 4 24.764 24.63t 24.494 3.391 .24..441 0.266 24.264 2.llOO 0.500
?H'IO 26.3'780 .ZS.750 4 26.JJ!l 26.214 26.o&P 3.S7S 26.016 0.266 2.5.m 2.000 o.500
N-710 27.9521 27.250 3 27..914 27.747 27..560 4.109 :n.501 0.3tl 27.289 2.llOO o.soo
N-750 29.5276 28.750 3 29M9 29.322 29.135 4.141 29.092 0.391 28.864 2.000 0.500
'!MOO 31.4961 30.750 3 :11.457 31.290 :11.103 4..141 31.050 0.3!11 :IG.8:12 2.000 0.500
N-&SO ".4646 32.750 3 33.416 33.25!> 33.G72 4..141 33.019 o.m 32.801 2.000 o.soo
N-900 35..4331 34.750 3 3.5..394 35.227 35.G40 4.516 34.987 0.3H 34.769 2.llOO 0.500
N-950 37.4016 36.750 3 37.363 37.1!16 311m 4.516 36.9'6 o.3!11 36.613 2.000 o.500
'" Thia BllDdud ii 11pJ1lillll>lc lo steel Dais, Whm eidicr die nut or die shaft i& made uf stainle8s slcel, ah1nrinam or odicr llUltc:rial haWig a tendau:y to
37
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Table8.1
Adapter Assembly Part Numben
For Bearing Series 30, 31, 02, and 22
/W-LOCKWrlAtteR W- wcouv..SltER
r.Z_
,~:- - - ~-~ "\~ ;----~NCLUDESZCAPSCREWS

I"- LOCKPLATE
-!--- ----~- _lr=J_z..,,~~'~

----- I
i I
-t------1-
: I
! i I ' I
/)'l&LZ~
Ls \.
,Y_dh~
-s ii;\_
~~
'-S \_
ADAP1"eR 3~E5VE N ·"llT ADAPTER SLeEVE N ·NUT ADAl'Tl".Fc SU:l!VE N .ojUT
$NW-OO INW-aaoo AND 8NW4100 SllP·H, lllNNDN.AND &MP41DO
BMrinir Serial 3(J Series 31 30 and31 Seriea 02 Seriel22 02 lllld22

Nominal Adlplcr
si-
Adlpb:r
si- Locknut Lockina ~ Slowe
Adlpler
S'- Loeknut Loekini
Bore UllitAssy. UllitAay. DeYice UniiAay. UailAssy. Devh:e
Number Nimblr Number Nwmer Nwnber Number
(mm) Namlier Number Number Number Number Namlx:r
20 SNW-04 S-04 N-04 W-04
SNW--05 S--05
"
3tJ
35
SNW-06
SNW-07
S-06
s.m SNW-07 S-07
N--OS
N-06
N-07
W--OS
W-06
W-07
40 SNW--08 S--08 SNW--08 S--08 N--08 W--08
45 SNW-09 S-09 SNW-09 S-09 N-09 W-09

54) SNW-10 S-10 SNW-10 S-10 N-10 W-10
SS SNW-11 S-11 SNW-11 S-11 N-11 W-11
60 SNW-12 S-12 SNW-12 S-12 N-12 W-12
6S SNW-13 S-13 SNW-13 S-13 N-13 W-13
70 SNW-14 S-14 SNW-14 S-14 N-14 W-14

15 SNW-15 S-15 SNW-15 S-15 AN-15 W-15
80 SNW-16 S-16 SNW-16 9-16 AN-16 W-16
8S SNW-17 S-17 SNW-17 S-17 AN-17 W-17
90 SNW-18 S-18 SNW-18 S-18 AN-18 W-18
9S SNW-19 S-19 AN-19 W-19

100 SNW-20 S-20 SNW-20 S-20 AN-20 W-20
IDS
110 SNW-3122 S-22 N-022 W-022 SNW-22 S-22 SNW-22 S-22 AN-22 W-22
120 SNW-3024 S-3024 SNW-3124 S-24 N.m.4 W.m.4 SNW-24 S-24 AN-24 W-24
130 SNW-3026 S-3026 SNW-3126 S-26 N--026 w~ SNW-26 S-26 AN-26 W-26
140 SNW-3028 S-3028 SNW-3128 S-28 N--028 W-028 SNW-28 S-28 AN-28 W-28
ISO SNW-3030 S-3030 SNW-3130 S-30 N--030 W-030 SNW-30 S-30 AN-30 W-30
160 SNW-3032 S-3032 SNW-3132 S-32 N--032 W--032 SNW-32 S-32 AN-32 W-32
170 SNW-3034 S-3034 SNW-3134 S-34 N--014 W-034 SNW-34 S-34 AN-34 W-34
200 SNW-304C S-304C SNW-3140 S-40 N--040 W--040 SNW-40 S-40 AN-40 W-40
220 SNW-3044 S-3044 SNW-3144 S-44 N--044 W--044 SNW-44 S-44 N-44 W-44
240 SNP-3048 S-3048 SNP-3148 S-48 N-048 P-48 SNP-48 S-48 N-048 P-48
260 SNP-30S2 S-30S2 SNP-31S2 S-S2 N--OS2 P-S2 SNP-:!'2 S-S2 N--052 P-S2
280 SNP-30S6 S-30S6 SNJ>.31S6 S-31S6 N--056 P-56
300 SNP-3060 S-3060 SNP-3160 S-3160 N--060 P-60
320 SNP-3064 S-3064 SNP-3164 S-3164 N--064 P-64
340 SNP-3068 S-3068 SNP-3168 S-3168 N--068 P.Q
360 SNP-3072 S-3072 SNP-3172 S-3172 N--072 P-72

380 SNP-3076 S-3076 SNP-3176 S-3176 N.o76 P-76
400 SNP-3080 S-30llO SNP-3180 S-3180 N--080 p~
420 SNP-3084 S-3084 SNP-3184 S-3184 N--084 P-84

440 SNP-3088 S-30!!8 SNP-3188 S-31118 N--088 p..gg
460 SNP-3092 S-3092 SNP-3192 S-3192 N-Ml P-92

480 SNP-3096 S-3096 SNP-31\Jfi S-31\Jfi N--096 P-96
500 SNP-30/SOO S-30/SOO SNP-31/500 S-311500 N-500 P-500
530 SNP-30/S30 S-30/530 SNP-31!530 S-311530 N-530 P-530
560 SNP-30/S60 S-30/560 SNP-31!560 8-31/560 N-560 P-560
600 SNP-30/600 S-30/600 SNP-31/600 S-31/600 N-600 P-600

630 SNP-301630 S-30/630 SNP-31/630 S-311630 N-630 P-630
670 SNP-30/670 8-30/670 SNP-311670 S-31/670 N-670 P-670
710 SNP-30010 S-30n10 SNP-3lnt0 S-3lnt0 N-710 P-710
7SO SNP-30/750 S-30nSO SNP-31nso s-31nso N-750 P-750
BOO SNP-301800 8-30/800 SNP-31/800 8-31/800 N~OO P-800

850 SNP-301850 S-30/850 SNP-31/850 S-31/850 N~50 P-850
900 SNP-30/900 S-3Q/ll00 N-!lOO P-900
950 SNP-3019SO S-30/950 N-!150 P-!ISO
38
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Table 8.2
Adapter Assembly Part Numben
For Bearing Series 32, 03, and 23
~W -LOCKWASllEF!
,j ~ P - LOCKl'LA.TE
r----- -~ ··-------~
-
_L_ - -1- IKCLIJOE15 2 CAP SCREWS
A~O 1 LOCKW IRE

I I
l~2VL) j
.(.AOAPTl;;F! SL~ tf-NllT
SNW-411 •nd SNW-1DU
a-mg s.ies 32 Seriel 03 Series 23 32, 03 Bild 23

Nominal Adaplc:r Sleeve
Adlip1er Sleeve
Adaplc:r Sleeve LoWtut
Locking
Bon: Unitruay. Number UuitAIBY. Number
Unitruay. Number Number Dniec
(mm) Number Number Number N~
20 SNW-04 S-04 N-04 W-04

2S SNW.OS s.os N..OS w..os
30 SNW.o6 S..o6 N.o6 W..o6
35 SNW-07 S-07 N.{)7 W-07
40 SNW.o& S.{18 SNW-108 S-108 N~8 W.{18
45 SNW-O!I S--09 SNW-109 S-109 N-09 W--09

so SNW-10 S-10 SNW-110 S-110 N-10 W-10
SS SNW-11 S-11 SNW-111 S-111 N-11 W-11
60 SNW-12 S-12 SNW-112 S-112 N-12 W-12
6S SNW-13 S-13 SNW-113 S-113 N-13 W-13
70 SNW-14 S-14 SNW-114 S-114 N-14 W-14

75 SNW-15 S-15 SNW-11S S-11!1 AN-15 W-15
80 SNW-16 S-16 SNW-116 S-116 AN-16 W-16
8S SNW-17 S-17 SNW-117 S-117 AN-17 W-17
90 SNW-18 S-18 SNW-118 S-118 AN-18 W-18
95 SNW-19 S-19 SNW-119 S-119 AN-19 W-19

100 SNW-120 S-120 SNW-20 S-20 SNW-120 S-120 AN-20 W-20
!OS SNW-21 S-21 AN-21 W-21
110 SNW-122 S-122 SNW-22 S-22 SNW-122 S-122 AN-22 W-22
120 SNW-124 S-124 SNW-124 S-124 AN-24 W-24
130 SNW-126 S-126 SNW-126 S-126 AN-26 W-26

140 SNW-128 S-128 SNW-128 S-128 AN-28 W-28
150 SNW-130 S-130 SNW-130 S-130 AN-30 W-30
160 SNW-132 S-132 SNW-132 S-132 AN-32 W-32
170 SNW-134 S-134 SNW-134 S-134 AN-34 W-34
180 SNW-136 S-136 SNW-136 S-136 AN-36 W-36

190 SNW-138 S-138 SNW-138 S-138 AN-38 W-38
200 SNW-140 S-140 SNW-140 S-140 AN-40 W-40
220 SNW-144 S-144 SNW-144 S-144 N-44 W-44
240 SNP-148 S-148 SNP-148 S-148 N--048 P-41
260 SNP-1S2 S-1S2 SNP-1S2 S-1S2 N--052 P-S2

280 SNP-32S6 S-3256 N--056 P-S6
300 SNP-3260 S-3260 N-460 p.(j0
320 SNP-3264 S-3264 N--064 P-64
340 SNP-3268 S-3268 N-468 P-611
360 SNP-3272 S-3272 N~ P-72

380 SNP-3276 S-3276 N.{)76 P-76
400 SNP-3280 S-3280 N~80 P-80
420 SNP-3284 S-3284 N--084 P-M
440 SNP-3288 S-3288 N--088 P-38
460 SNP-3292 S-3292 N-092 P-92

480 SNP-3296 S-3296 N--096 P-96
soo SNP-32/500 S-32/SOO N-500 P-500
S30 SNP-32/530 S-32/S30 N-530 P-530
S60 SNP-32/560 S-32/560 N-560 P-560
600 SNP-32/600 S-32/600 N-600 P-600

630 SNP-32/630 S-32/630 N-630 P-630
670 SNP-32/670 S-32/670 N~70 M70
710 SNP-321710 S-321710 N-710 P-710
750 SNP-321750 S-321750 N-750 P.750
39
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Table 8.3
Withdrawal Sleeve and Removal Nut Selection
For Bearing Series and Bore Diameter
Bearing Shaft Withdrawal Sleeve Number

Removal
Bore Diameter for Bearimi: Series
Nut
Diameter
22 3 23 Number
(mm) (mm)
40 35 SK-8 SK-8 SK-108 N-09
45 40 SK-9 SK-9 SK-109 N-10
50 45 SK-10 SK-10 SK-110 RN-10
50 45 SKX-10 SKX-10 SKX-110 N-11
55 50 SK-11 SK-11 SK-111 RN-II
55 50 SKX-11 SKX-11 SKX-111 N-12

60 55 SK-12 SK-12 SK-112 RN-12
60 55 SKX-12 SKX-12 SKX-112 N-13
65 60 ASK.-13 ASK-13 ASK-113 AN-15
70 60 ASK.-14 ASK-14 ASK-114 AN-16
75 65 ASK.-15 ASK-15 ASK-115 AN-17

80 70 ASK.-16 ASK-16 ASK-116 AN-18
85 75 ASK.-17 ASK-17 ASK.-117 AN-19
90 80 ASK.-18 ASK-18 ASK-118 AN-20
95 85 ASK.-19 ASK-19 ASK-119 AN-21
100 90 ASK.-20 ASK-20 ASK-120 AN-22

110 100 ASK.-22 ASK-22 ASK.-122 ARN-22
110 100 ASKX-22 ASKX-22 ASKX-122 AN-24
120 110 ASK.-24 ASK-24 ASK-124 ARN-24
120 110 ASKX-24 ASKX-24 ASKX-124 AN-26
130 115 ASK.-26 ASK-26 ASK-126 ARN-26

130 115 ASKX-26 ASKX-26 ASKX-126 AN-28
140 125 SK.-28 SK-28 SK-128 RN-28
140 125 SKX-28 SKX-28 SKX-128 AN-30
150 135 SK.-30 SK-30 SK-130 RN-30
150 135 SKX-30 SKX-30 SKX-130 AN-32

160 140 SK.-32 SK-32 SK-132 RN-32
170 150 SK.-34 SK-34 SK-134 RN-34
170 150 SKX-34 SKX-34 SKX-134 AN-36
180 160 SK.-36 SK-136 RN-36

180 160 SKX-36 SKX-136 AN-38
190 170 SK.-38 SK-138 RN-38
190 170 SKX-38 SKX-138 AN-40
200 180 SK.-40 SK-140 N-44
220 200 SK.-44 SK-144 N-048

240 220 SK.-48 SK-148 N-052
260 140 SK.-52 SK-152 N-056
280 260 SK.-56 SK-156 RN-56
280 160 SKX-56 SKX-156 N-060
300 280 SK.-60 RN-60

300 280 SKX-60 N-064
320 300 SK.-64 RN-64
320 300 SKX-64 N-068
Note: Inch design withdrawal sleeves are available for bearing series 30, 31, and 32, however the metric designs are preferred. See ANSJ/ABMA Std. 8.1.
40
Table 9.1
Tolerance Limits
Lock.nuts and Removal Nuts
Dimension Tolerances
Basic Part 1 Part2

Number Tolerances in micrometers Tolerances in 0.001 inches
Nut Face Slot Counterbore B.C. Nut Face Slot Counterbore B.C.
Width ReceSB Dia. Width Depth Dia. Dia. Width ~ess Dia. Width Depth Dia. Dia.
From Thru
D D1 E G L1 u y D Di E G Li u y
(-) (-) (-) (+) (+) (+) (+) (-) (-) (-) (+) (+) (+) (+)
N-00 N-03 SlO SlO 2SO 20 20 10
TN-00 TN-03 SlO 510 250 20 20 10
N-04 N-13 510 510 510 20 20 20

TN-04 TN-13 SlO 510 510 20 20 20
N-14 - 510 760 510 20 30 20

TN-14 - SlO 760 510 20 30 20
AN-15 AN-19 510 760 640 20 30 25

TAN-lS TAN-19 SlO 760 640 20 30 25
AN-20 AN-30 640 760 640 25 30 25

TAN-20 TAN-130 640 760 640 25 30 25
N-022 N-030 640 760 640 25 30 25
AN-32 AN-4-0 640 1020 640 25 40 25

TAN-132 TAN-140 640 1020 640 25 40 25
N-032 N-040 640 1020 640 25 40 25
N-44 - 760 1020 7fi-O 30 40 30
N-044 - 760 1020 640 30 40 25
N-048 N-052 760 1020 640 760 30 40 25 30
N-056 N-064 760 1020 760 760 30 40 30 30
N-068 N-096 760 1020 760 1520 790 760 30 40 30 60 31 30
N-500 N-670 1020 1270 7ft> 1520 790 7fi-O 40 so 30 60 31 30
N-710 N-950 1020 1270 1020 1520 790 760 40 so 40 60 31 30
RNlO RN38 1570 810 3180 62 32 125

ARN22 ARN26 1570 810 3180 62 32 125
41
Table 9.2
Tolerance Limits
Lock.nuts and Removal Nuts
Chamfer Face Runout and Nut Width Variation Tolerances
Part 1 Part2
Dimension in mill.imeten Dimension in inches
Chamfer Face Not Width Chamfer Face Nut Width
Locknut/Removal Nut
Runout Variation R.unout Variation
Number
SJ Yn. SJ v,,.
max. max.
All TN-00 N-00 TN-00 All TN-00 N--00 TN--00
N-00 0.05 0.05 0.002 0.002
N-01 0.05 0.05 0.002 0.002
N-02 0.05 0.05 0.002 0.002
N-03 0.05 0.05 0.002 0.002
N-04 0.05 0.05 0.002 0.002
N-05 0.05 0.05 0.002 0.002

N-06 0.05 0.05 0.002 0.002
- lN--065 - 0.05 - 0.05 - 0.002 - 0.002
N-07 lN-07 0.10 0.05 0.10 0.05 0.004 0.002 0.004 0.002
N-08 lN--08 0.10 0.05 0.10 0.05 0.004 0.002 0.004 0.002
N-09 TN-09 0.10 0.05 0.10 0.05 0.004 0.002 0.004 0.002
RN-10 N-10 lN-10 0.10 0.05 0.10 0.05 0.004 0.002 0.004 0.002
RN-11 N-11 lN-11 0.10 0.05 0.10 0.05 0.004 0.002 0.004 0.002
RN-12 N-12 lN-12 0.10 0.05 0.10 0.05 0.004 0.002 0.004 0.002
N-13 lN-13 0.10 0.05 0.10 0.05 0.004 0.002 0.004 0.002
N-14 lN-14 0.10 0.05 0.10 0.05 0.004 0.002 0.004 0.002
AN-15 TAN-15 0.10 0.05 0.10 0.05 0.004 0.002 0.004 0.002
AN-16 TAN-16 0.10 0.05 0.10 0.05 0.004 0.002 0.004 0.002
AN-17 TAN-17 0.10 0.05 0.10 0.05 0.004 0.002 0.004 0.002
AN-18 TAN-18 0.10 0.05 0.10 0.05 0.004 0.002 0.004 0.002
AN-19 TAN-19 0.10 0.05 0.10 0.05 0.004 0.002 0.004 0.002
AN-20 TAN-20 0.10 0.05 0.10 0.05 0.004 0.002 0.004 0.002
AN-21 TAN-21 0.10 0.05 0.10 0.05 0.004 0.002 0.004 0.002
N--022 ARN-22 AN-22 TAN-22 0.10 0.05 0.10 0.05 0.004 0.002 0.004 0.002
N-024 ARN-24 AN-24 TAN-24 0.15 0.05 0.15 0.05 0.006 0.002 0.006 0.002
N-026 ARN-26 AN-26 TAN-26 0.15 0.05 0.15 0.05 0.006 0.002 0.006 0.002
N-028 RN-28 AN-28 TAN-128 0.15 0.05 0.15 0.05 0.006 0.002 0.006 0.002
N-030 RN-30 AN-30 TAN-130 0.15 0.05 0.15 0.05 0.006 0.002 0.006 0.002
N-032 RN-32 AN-32 TAN-132 0.15 0.05 0.15 0.05 0.006 0.002 0.006 0.002
N-034 RN-34 AN-34 TAN-134 0.15 0.05 0.15 0.05 0.006 0.002 0.006 0.002
N-036 RN-36 AN-36 TAN-136 0.15 0.05 0.15 0.05 0.006 0.002 0.006 0.002
N-038 RN-38 AN-38 TAN-138 0.15 0.05 0.15 0.05 0.006 0.002 0.006 0.002
N-040 AN-40 TAN-140 0.15 0.05 0.15 0.05 0.006 0.002 0.006 0.002
N-044 N-44 0.15 0.15 0.006 0.006
N-048 0.20 0.008
N-052 0.20 0.008

N-056 RN-56 0.20 0.008
N-060 RN-60 0.20 0.008
N-064 RN-M 0.20 0.008
N-068 0.20 0.008
N-072 0.20 0.008

N-076 0.20 0.008
N-080 0.20 0.008
N-084 0.20 0.008
N-088 0.20 0.008
N-092 0.20 0.008

N-096 0.25 0.010
N-500 0.25 0.010
N-530 0.25 0.010
N-560 0.25 0.010
N-600 0.25 0.010

N-630 0.25 0.010
N-670 0.25 0.010
N-710 0.30 0.012
N-750 0.30 0.012
N-800 0.30 0.012

N-850 0.30 0.012
N-900 0.30 0.012
N-950 0.30 0.012
For tolerances see Table 9.1.
42
Table 9.3
Tolerance Limits
Adap·t er SIeeve D'1D1ens1on TI
o erances
Part l Part 2
Tolcnuwcs in micromelml Tolerances in 0.001 inches
Basic
Bore Diameter to Lcruzth Bore Diameter to Lenllth
Number Diameter (I) Diameter (I)
ShlllpComer ShlllpComer
L G L G
d A d A
From Thru (-) (+) (+) (-) (-) (+) (+) (-)
S-04 S-52 100 100 5IO 5IO 4 4 20 20
S-I04 S-IS2 IOO IOO SlO SlO 4 4 20 20
S-3024 S-3048 100 100 5IO 510 4 4 20 20
S-30S2 S-30/9SO ISO ISO SlO SlO 6 6 20 20

S-3IS6 S-3I/850 ISO ISO 5IO SIO 6 6 20 20
S-32S6 S-321750 I50 I50 5IO 5IO 6 6 20 20
<1>Allowable taper in bore not to exceed one-half bore tolerance.
Table 9.4
Tolerance Limits
Adapter Sleeve Wall Thickness Variation Tolerances
Part l Part 2 Part 1 Part2
DiIDCDBiODB in Dimemions in Dimemions in Dimemions in
mm inclies mm inches
Sleeve Wall Wall Sleeve Wall Wall
Number Thickness Thickness Number Thickness Thickness
Variation Variation Variation Varistion
v v v v
max. max. max. max.
S-04 S..104 0.030 0.0012 S-3024 0.041 0.0016
S-OS S-lOS 0.030 0.0012 S-3026 0.041 0.0016
S-06 S..106 0.030 0.0012 S-3028 0.041 0.0016
S-07 S-107 0.030 0.0012 S-3030 0.041 0.0016
S-08 S-108 0.030 0.0012 S-3032 0.041 0.0016
S-09 S-109 0.030 0.0012 S-3034 0.041 0.0016

S-IO S-110 0.030 0.0012 S-3036 0.041 0.0016
S-11 S-111 0.030 0.0012 S-3038 0.041 0.0016
S-12 S-112 0.030 0.0012 S-3040 0.051 0.0020
S-I3 S-113 0.030 0.0012 S-3044 0.051 0.0020
S-I4 S-114 0.030 0.0012 S-3048 O.OSl 0.0020

S-lS S-llS 0.030 0.0012 S-3052 0.051 0.0020
S-16 S-116 0.030 0.0012 S-3056 S-3156 S-3256 0.051 0.0020
S-I7 S-117 0.030 0.0012 S-3060 S-3160 S-3260 0.051 0.0020
S-18 S-118 0.030 0.0012 S-3064 S-3164 S-3264 0.051 0.0020
S-19 S-119 0.030 0.0012 S-3068 S-3168 S-3268 0.051 0.0020

S-20 S-120 0.030 0.0012 S-3072 S-3172 S-3272 0.061 0.0024
S-21 S-121 0.041 0.0016 S-3076 S-3176 S-3276 0.061 0.0024
S-22 S-122 0.041 0.0016 S-3080 S-3180 S-3280 0.061 0.0024
S-24 S-124 0.041 0.0016 S-3084 S-3184 S-3284 0.061 0.0024
S-26 S-126 0.041 0.0016 S-3088 S-3188 S-3288 0.061 0.0024

S-28 S-128 0.041 0.0016 S-3092 S-3192 S-3292 0.061 0.0024
S-30 S-130 0.041 0.0016 S-3096 S-3196 S-3296 0.061 0.0024
S-32 S-132 0.04I 0.0016 S-30/500 S-31/SOO S-32/SOO 0.061 0.0024
S-34 S-134 0.041 0.0016 S-30/S30 S-31/S30 S-32/S30 0.061 0.0024
S-36 S-136 0.041 0.0016 S-30/560 S-31/560 S-32/560 0.061 0.0024

S-38 S-138 0.041 0.0016 S-30/600 S-31/600 S-32/600 0.061 0.0024
S-40 S-140 0.051 0.0020 S-30/630 S-31/630 S-32/630 0.061 0.0024
S-44 S-144 O.OSl 0.0020 S-30/670 S-31/670 S-32/670 0.061 0.0024
S-48 S-148 0.051 0.0020 S-30/710 S-31nt0 S-321710 0.061 0.0024
S-52 S-1S2 0.051 0.0020 s-3on5o s-31n5o S-321750 0.061 0.0024

S-30/800 S-31/800 0.061 0.0024
S-30/850 S-31/850 0.061 0.0024
S-30/900 0.061 0.0024
S-30/950 0.061 0.0024
43
Table 9.5
Tolerance Limits
Withdrawal Sleeves, All Series
Dimenaions in millimeten
Part 1 Tolerances in micrometen
Tabulated Bore Diameter Lenath• Wall StaDdo:ff
Dimenaion d(I) Thickness
L G Dimension
Variation Tolerance
d,L,G ISO J, 9 tolerance ISO h 13 tolenux:e ISO Is 15 tolerance v s
over incl min. max. min. max. min. IDllX. max. min. max.
0 10 - - - - -290 +290 25 2.5 -400 +400
10 18 -21.5 +21.5 -270 0 -350 +350 25 3.0 -400 +400
18 30 -26 +26 -330 0 -420 +420 25 3.5 -500 +500
30 50 -31 +31 -390 0 -500 +500 25 4.0 ~00 +600
50 80 -37 +37 -460 0 ~o +600 30 5.0 -700 +700
80 120 -43 +43 -540 0 -700 +700 40 6.0 -800 +800

120 180 -50 +50 -630 0 -800 +800 45 7.0 -800 +800
180 250 -57 +57 -720 0 -925 +925 60 8.0 -800 +800
250 315 -65 +65 -810 0 -1050 +1050 75 10.0 -800 +800
315 400 -70 +70 -890 0 -1150 +1150 90 11.0 -1000 +1000
400 500 -77 +77 -970 0 -1250 +1250 100
Dimensions in inches
Part2 Tolenux:es in 0.001 inches
Tabulated Bore Diameter Lenl!tl!.S Wall StaDdo:ff
Dimension d(I) Thickness
L G Dimension
Variation Tolerance
d.1 G ISO J, 9 tolerance
ISO h 13 tolenux:e ISO Is 15 tolerance
v s
over incl min. max. min. max. min. IDllX. max. min. max.
0.00 0.40 - - - - -11 +11 1.0 0.098 -16 +16
0.40 0.71 --0.9 +o.9 -11 0 -14 +14 1.0 0.118 -16 +16
0.71 1.19 -1.0 +l.O -13 0 -17 +17 1.0 0.138 -20 +20
1.19 1.97 -1.2 +1.2 -15 0 -20 +20 1.0 0.157 -24 +24
1.97 3.15 -1.5 +LS -18 0 -24 +24 1.2 0.197 -28 +28
3.15 4.72 -1.7 +1.7 -21 -28 +28 1.6 0.236 -31 +31
4.72 7.10 -2.0 +2.0 -25 0 -32 +32 1.8 0.276 -31 +31
7.10 9.85 -2.2 +2.2 -28 0 -36 +36 2.4 0.315 -31 +31
9.85 12.40 -2.6 +2.6 -32 0 -41 +41 3.0 0.394 -31 +31
12.40 15.75 -2.8 +2.8 -35 0 -45 +45 3.5 0.433 -39 +39
15.75 19.70 -3.0 +3.0 -38 0 -49 +49 3.9
\IJ Allowable taper m bore not to exceed one- half bore tolerance.
44
Licensed lo Josh Rogers. ANSI store order#X_410606. Downloaded 9191201512:35 PM. Single user license only. Copying and networking prohibited
APPENDIX
This appendix is not part of ABMA Standard 8.2 "Ball and Roller Bearing Mounting Accessories, Inch Design", but
is provided for infonnation only.
1. In some instances, extreme tolerances for lockwashers may result in interference which could cause assembly
difficulty with mating parts. These tolerances have a historical significance.
2. Tables A2 and A3 are based on American National screw thread tolerances which have been superseded by the
Unified Inch system. The principal differences relate to the application of allowances, variation of tolerances with
size, differences in the amount of pitch diameter tolerances for external and internal threads, and differences in
thread designations. In the Unified system, thread size and/or tolerances that are not derived from the Unified
system are designated as Special. The Unified designation according to ANSI/ASME B 1.1 is used for Tables A2
and A3 to agree with current terminology. In previous versions of this standard, the thread data was presented as
American National, Form NS, Class 3 (length based on 45° chamfer) with reference to Screw Thread Standards for
Federal Services, 1957, NBS Handbook H28-Part 1, Appendix 2, page 179. Except for additions and the change in
the presentation format, the data have not been revised.
A1
Appendix
Table At
Tolerance Limits
Lockwashers
Part 1 Part2
Tolenmi:es in micrometen Toleran<:es in 0.001 inchea
Fa(;e I.D.LeSll Kev Tang Fa(;e I.D. Less Kw Tang
Basic Number
Diameter Tang Width Diameter Tang Width
Projection Width Projection Projection Width Projection
E x s v T E x s v T
From 'IbrouRh (+) (+) (-) (+) (-) (+) (+) (-) (+) (-)
W-00 W-03 380 - 250 790 250 15 - 10 31 10
WH-00 WH-03 380 - 250 790 250 15 - 10 31 10
TW-100 TW-103 380 - 250 790 250 15 - 10 31 10
W-04 W..()7 380 - 510 790 510 15 - 20 31 20

WH-04 WH..()7 380 - 510 790 510 15 - 20 31 20
TW-104 TW-07 380 - 510 790 510 15 - 20 31 20
W-08 W-13 760 - 1020 790 760 30 - 40 31 30

WH-08 WH-13 760 - 1020 790 760 30 - 40 31 30
TW-108 TW-113 760 - 1020 790 760 30 - 40 31 30
W-14 W-17 760 - 1020 1570 760 30 - 40 62 30

WH-14 WH-17 760 - 1020 1570 760 30 - 40 62 30
TW-114 TW-117 760 - 1020 1570 760 30 - 40 62 30
W-18 W-24 1140 - 1020 1570 760 45 - 40 62 30

WH-18 WH-22 1140 - 1020 1570 760 45 - 40 62 30
TW-118 TW-122 1140 - 1020 1570 760 45 - 40 62 30
WH-24 - 1140 - 1020 1570 760 45 - 40 62 30

TW-124 - 1140 - 1020 1570 760 45 - 40 62 30
W-022 W-024 1140 1270 790 - 760 45 so 31 - 30
W-26 - 1140 - 1520 1570 1020 45 - 60 62 40

WH-26 - 1140 - 1520 1570 1020 45 - 60 62 40
TW-126 - 1140 - 1520 1570 1020 45 - 60 62 40
W-026 - 1140 1400 790 - 760 45 55 31 - 30
W-28 - 1140 - 2290 1570 1020 45 - 90 62 40

WH-28 - 1140 - 2290 1570 1020 45 - 90 62 40
TW-128 - 1140 - 2290 1570 1020 45 - 90 62 40
W-028 - 1140 1400 790 - 760 45 55 31 - 30
W-30 W-40 1520 - 2290 1570 1020 60 - 90 62 40

WH-30 WH-40 1520 - 2290 1570 1020 60 - 90 62 40
TW-130 TW-140 1520 - 2290 1570 1020 60 - 90 62 40
W-030 W-040 1520 1400 790 - 1020 60 55 31 - 40
W-44 - 1520 1400 2290 - 1020 60 55 90 - 40

W-044 - 1520 1400 790 - 1020 60 SS 31 - 40
A2
Appendix
TableA2
Thread Dimensions
K1 Threads, Unified Form Special - Internal
(See Figure Al)
Nominal Minor Diameter Pitch Diameter Major Diameter
Thread Ki
min. max. min. max. max.
Diameter
0.391 32 0.3572 0.3606 0.3707 0.3733 0.391
0.469 32 0.4352 0.4386 0.4487 0.4513 0.469
0.586 32 0.5522 0.5556 0.5657 0.5687 0.586
0.664 32 0.6302 0.6336 0.6437 0.6467 0.664
0.781 32 0.7472 0.7506 0.7607 0.7641 0.781
0.969 32 0.9352 0.9386 0.9487 0.9521 0.969

1.173 18 1.1129 1.1189 1.1369 1.1409 1.173
1.312 18 1.2524 1.2584 1.2764 1.2804 1.312
1.376 18 1.3159 1.3219 1.3399 1.3439 1.376
1.563 18 1.5029 1.5089 1.5263 1.5308 1.563
1.767 18 1.7069 1.7129 1.7309 1.7354 1.767

1.967 18 1.9069 1.9129 1.9309 1.9354 1.967
2.157 18 2.0969 2.1029 2.1209 2.1260 2.157
2.204 18 2.1439 2.1499 2.1679 2.1730 2.204
2.360 18 2.2999 2.3059 2.3239 2.3290 2.360
2.407 18 2.3469 2.3529 2.3709 2.3760 2.407

2.548 18 2.4879 2.4939 2.5119 2.5170 2.548
2.626 18 2.5659 2.5719 2.5899 2.5940 2.626
2.751 18 2.6909 2.6969 2.7149 2.7200 2.751
2.933 12 2.8428 2.8518 2.8789 2.8843 2.933
3.137 12 3.0468 3.0558 3.0829 3.0888 3.137

3.340 12 3.2498 3.2588 3.2859 3.2918 3.340
3.527 12 3.4368 3.4458 3.4729 3.4803 3.527
3.730 12 3.6398 3.6488 3.6759 3.6833 3:730
3.918 12 3.8278 3.8368 3.8639 3.8713 3.918
4.122 12 4.0318 4.0408 4.0679 4.0762 4.122

4.325 12 4.2348 4.2438 4.2709 4.2792 4.325
4.716 12 4.6258 4.6348 4.6619 4.6702 4.716
4.778 12 4.6878 4.6968 4.7239 4.7322 4.778
5.106 12 5.0158 5.0248 5.0519 5.0602 5.106
5.185 12 5.0948 5.1038 5.1309 5.1392 5.185

5.497 12 5.4068 5.4158 5.4429 5.4512 5.497
5.622 12 5.5298 5.5388 5.5679 5.5762 5.622
5.888 12 5.7978 5.8068 5.8339 5.8422 5.888
6.097 8 5.9617 5.9752 6.0158 6.0249 6.097
6.284 8 6.1487 6.1622 6.2028 6.2119 6.284

6.503 8 6.3677 6.3812 6.4218 6.4309 6.503
6.659 8 6.5237 6.5372 6.5778 6.5869 6.659
6.925 8 6.7897 6.8032 6.8438 6.8529 6.925
7.066 8 6.9307 6.9442 6.9848 6.9939 7.066
7.331 8 7.1927 7.2062 7.2498 7.2589 7.331

7.472 8 7.3367 7.3502 7.3908 7.3999 7.472
7.753 8 7.6177 7.6312 7.6718 7.6809 7.753
7.847 8 7.7117 7.7252 7.7658 7.7772 7.847
8.191 8 8.0557 8.0692 8.1098 8.1219 8.191
8.628 8 8.4927 8.5062 8.5468 8.5589 8.628

9.442 6 9.2616 9.2796 9.3337 9.3461 9.442
10.192 6 10.0116 10.0296 10.0837 10.0967 10.192
11.004 6 10.8236 10.8416 10.8957 10.9087 11.004
11.785 6 11.6046 11.6226 11.6767 11.6897 11.785
11.973 6 11.7926 11.8106 11.8647 11.8777 11.973

12.562 6 12.3816 12.3996 12.4537 12.4672 12.562
12.942 6 12.7616 12.7796 12.8337 12.8472 12.942
13.723 6 13.5426 13.5606 13.6147 13.6282 13.723
Thread designation per ANSI/ASME Bl.1 is as follows: (Nominal diameter) - Ki Umfied form special - Internal - Minor diameter (mm., max.), MaJor
diameter (min.).
A3
Appendix
TableA3
Thread Dimensions
K 1 Threads, Unified Form Special- External
(See Figure Al)
Dimension in inches
Nominal Major Diameter Pitch Diameter Clearance
Minor Diameter
Thread Ki Allowances
max. min. max. min. max.
Diameter for Sleeves
0.391 32 0.3910 0.3856 0.3707 0.3681 0.3527 0.000
0.469 32 0.4690 0.4636 0.4487 0.4461 0.4307 0.000
0.586 32 0.5860 0.5806 0.5657 0.5627 0.5477 0.000
0.664 32 0.6640 0.6586 0.6437 0.6407 0.6257 0.000
0.781 32 0.7810 0.7756 0.7607 0.7573 0.7427 0.000
0.969 32 0.9690 0.9636 0.9487 0.9453 0.9307 0.000

1.173 18 1.1730 1.1648 1.1369 1.1329 1.1048 0.001
1.312 18 1.3120 1.3038 1.2764 1.2724 1.2438 0:001
1.376 18 1.3760 1.3678 1.3399 1.3359 1.3078 0.001
1.563 18 1.5630 1.5548 1.5269 1.5224 1.4948 0.001
1.767 18 1.7670 1.7588 1.7309 1.7264 1.6988 0.001

1.967 18 1.9670 1.9588 1.9309 1.9264 1.8988 0.001
2.157 18 2.1570 2.1488 2.1209 2.1158 2.0888 0.001
2.204 18 2.2040 2.1958 2.1679 2.1628 2.1358 0.001
2.360 18 2.3600 2.3518 2.3239 2.3188 2.2918 0.001
2.407 18 2.4070 2.3988 2.3709 2.3658 2.3388 0.001

2.548 18 2.5480 2.5398 2.5119 2.5068 2.4798 0.001
2.626 18 2.6260 2.6178 2.5899 2.5848 2.5578 0.001
2.751 18 2.7510 2.7428 2.7149 2.7098 2.6828 0.001
2.933 12 2.9330 2.9218 2.8789 2.8735 2.8308 0.001
3.137 12 3.1370 3.1258 3,0829 3.0770 3,0348 0.001

3.340 12 3.3400 3.3288 3.2859 3.2800 3.2378 0.001
3.527 12 3.5270 3.5158 3.4729 3.4655 3.4248 0.001
3.730 12 3.7300 3.7188 3.6759 3.6685 3.6278 0.001
3.918 12 3.9180 3.9068 3.8639 3.8565 3.8158 0.001
4.122 12 4.1220 4.1108 4.0679 4.0596 4.0198 0.002

4.325 12 4.3250 4.3138 4.2709 4.2626 4.2228 0.002
4.716 12 4.7160 4.7048 4.6619 4.6536 4.6138 0.002
4.778 12 4.7780 4.7668 4.7239 4.7156 4.6758 0.002
5.106 12 5.1060 5.0948 5.0519 5.0436 5.0038 0.002
5.185 12 5.1850 5.1738 5.1309 5.1226 5.0828 0.002

5.497 12 5.4970 5.4858 5.4429 5.4346 5.3948 0.002
5.622 12 5.6220 5.6108 5.5679 5.5596 5.5198 0.002
5.888 12 5.8880 5.8768 5.8339 5.8256 5.7858 0.002
6.097 8 6.0970 6.0818 6.0158 6.0067 5.9436 0.003
6.284 8 6.2840 6.2688 6.2028 6.1937 6.1306 0.003

6.503 8 6.5030 6.4878 6.4218 6.4127 6.3496 0.003
6.659 8 6.6590 6.6438 6.5778 6.5687 6.5056 0.003
6.925 8 6.9250 6.9098 6.8438 6.8347 6.7716 0.003
7.066 8 7.0660 7.0508 6.9848 6.9757 7.9126 0.003
7.331 8 7.3310 7.3158 7.2498 7.2407 7.1776 0.003

7.472 8 7.4720 7.4568 7.3908 7.3817 7.3186 0.003
7.753 8 7.7530 7.7378 7.6718 7.6627 7.5996 0.003
7.847 8 7.8470 7.8318 7.7658 7.7544 7.6936 0.003
8.191 8 8.1910 8.1758 8.1098 8.0977 8.0376 0.003
8.628 8 8.6280 8.6128 8.5468 8.5347 8.4746 0.003

9.442 6 9.4420 9.4218 9.3337 9.3213 9.2375 0.003
10.192 6 10.1920 10.1718 10.0837 10.0707 9.9875 0.003
11.004 6 11.0040 10.9838 10.8957 10.8827 10.7995 0.004
11.785 6 11.7850 11.7648 11.6767 11.6637 11.5805 0.004
11.973 6 11.9730 11.9528 11.8647 11.8517 11.7685 0.004

12.562 6 12.5620 12.5418 12.4537 12.4402 12.3575 0.004
12.942 6 12.9420 12.9218 12.8337 12.8202 12.7375 0.004
13.723 6 13.7230 13.7028 13.6147 13.6012 13.5185 0.004
Thread de11ignation per ANSJ/ASME Bl.1 is as follows: (Nominal diameter) - Ki Unified fonn special - External - Minor diameter (min., max.), Major
diameter (max..).
Some manufacturers provide a clearance allowance, as shown, which is subtracted from external thread diameters (max. and min.) for sleeves.
A4
Appendix
TableA4
Thread Dimensions
M 1 Threads, Acme Class 3G
General Purpose
(See Figure in A2)
Internal Threads
Nominal Thread Minor Diameter Pitch Diameter Major Diameter
M1
Diameter min. max. min. max. min.
13.339 5 13.119 13.135 13.219 13.235 13.339
14.170 5 13.950 13.966 14.050 14.066 14.170
14.957 5 14.737 14.753 14.837 14.853 14.957
15.745 5 15.525 15.541 15.625 15.641 15.745
16.532 5 16.312 16.328 16.412 16.428 16.532
17.319 5 17.099 17.115 17.199 17.215 17.319

18.107 5 17.887 17.903 17.987 18.003 18.107
18.894 5 18.674 18.690 18.774 18.790 18.894
19.682 5 19.462 19.478 19.562 19.578 19.682
20.867 4 20.597 20.617 20.722 20.742 20.867
22.048 4 21.778 21.798 21.903 21.923 22.048

23.623 4 23.353 23.373 23.478 23.498 23.623
24.804 4 24.534 24.554 24.659 24.679 24.804
26.379 4 26.109 26.129 26.234 26.254 26.379
27.961 3 27.607 27.634 27.774 27.801 27.961
29.536 3 29.182 29.209 29.349 29.376 29.536

31.504 3 31.150 31.177 31.317 31.344 31.504
33.473 3 33.119 33.146 33.286 33.313 33.473
35.441 3 35.087 35.114 35.254 35.281 35.441
37.410 3 37.056 37.083 37.223 37.250 37.410
External Threads
Nominal Thread Minor Diameter Pitch Diameter Minor Diameter
M1
Diameter max. min. max. min. max.
13.303 5 13.303 13.287 13.203 13.187 13.093
14.134 5 14.134 14.118 14.034 14.018 13.914
14.921 5 14.921 14.905 14.821 14.805 14.701
15.709 5 15.709 15.693 15.609 15.593 15.489
16.496 5 16.496 16.480 16.396 16.380 16.276
17.283 5 17.283 17.267 17.183 17.167 17.063

18.071 5 18.071 18.055 17.971 17.955 17.851
18.858 5 18.858 18.842 18.758 18.742 18.638
19.646 5 19.646 19.630 19.546 19.530 19.426
20.827 4 20.827 28.807 20.702 20.682 20.557
22.008 4 22.008 21.988 21.883 21.863 21.738

23.583 4 23.583 23.563 23.458 23.438 23.313
24.764 4 24.764 24.744 24.639 24.619 24.494
26.339 4 26.339 26.319 26.241 26.221 26.069
27.914 3 27.914 27.887 27.747 27.720 27.560
29.489 3 29.489 29.462 29.322 29.295 29.135

31.457 3 31.457 31.430 31.290 31.263 31.103
33.426 3 33.426 33.399 33.259 33.232 33.072
35.394 3 35.394 35.367 35.227 35.200 35.040
37.363 3 37.363 37.336 37.196 37.169 37.009
Some manufacturers provide a 0.004 mch clearance which 1s subtracted from external thread diameters (max. and nun.) for sleeves.
AS
Appendh
FigureA1
Thread Form, Ki Threads
Unif"ied Special Form (Length Indade1 45° Chamfer)<1>
NOTATION
211 =60"
a ~30"
p =pitch
n ~ 1Wlllber oftlauda per illdJ.
H -0.~p- dcplh of 60° alw.p V tire.d
h -0.649S19p • dqldi
S/6 h =O.S41266p =nmimumct.pthof~
17/lSh =0.61343Sp
F ~ 0.125000p ~width ofdie ftat at crest and root
f =0.108253p
=I/SH
=U8h
{
11>'Ibrew me based upon old American Nati-1 fimn, class 3 c!eaian.
NOTB: No atlOWPl:e ill shown. Boch minimum inu:mlll dm:ld ad NOTE; K1 tbrelds iire BUbSllmtially Unified ~h Si;n:w Thn:ld F~
maimum uUcmal dltad me buic. (ANSL'ASMB 81.1) b die sme clilmdm and piU:h-mecllllliea1l,y
~hangeable with lJNS-3A and -3811iraidlJ.
INTERNAL TH~EAO
-CIN
I
...a: "';;: ~
~
P:PfTCH
h •BASIC THRl:AO
.. ..
"' ...
... .,"'
0
0 0
OEPT><
• O.ll4U19P ..
:ii
s :S
:5
"~ "......
:c x
!;.
::!::! ~
...c ... vt .."" ...

;;>
z:
ii!0 ...""0 ~
HEAVY LINE SHOWS
:!
...
.. 0 l:E ~ :!
......
.. 0
BASIC SIZE
..
:5
..~ ..5
~;
:!!;
0 ... z: 0
0 !!! "' 0
EXTERNAL THREAD
~
ii~
i;
2 :s
;Ii cc I:
2 ~ 3: !i
:::!l ~ "'
<(
!Si.
A6
Llcerlaed to Josh Roganl. ANSI &tor& ortlar # X_410606. Downloaded 9/9fl01 S 12:35 PM. Single uaer llcer188 ooly. Co~ng and networking prdllbltad
Appendh
FigoreA2
1breadForm
M1 1breads, Acme C1a11 3G, General Purpose (1)
NOTATION
2G ~z9°
u ~ 14"30'
p ~pitdi
D ~ mmiber oflbmidll per meh
W ~ munlier of turns per inch
h ~basicheightoftbead~O.Sp
t ~ 1hiclmeaa ofthrl:ad ~ O.Sp
P.,. - basic width of:Oat of=tt ofintmW 1hread
~0.3707p
P,. -buicwidlh of:llatoftle8t of~ thread
~ 0.3707p • 0.259 x pill:h diameter allowmce on emmal lhread
P,. ~ 0.3707p -0.259 x lllljor diamGbr allowance on illbmal thnmd
P,. - 0.3707p • 0.259 x (minor diameCcr allowmice OD c:iaa:ml 1hread
- pill:h dieter aDowance on external thread)
IHTl!RNAl. THREAD <MUTl
BASIC THIC~ESS OF
THREAO, != D,5p
...:>
z
l-
::>
ONE-HALF
MAJOR OIAM ETER ~~'tf:ff'*'f'ffl71f~~'*'~ffl.
...z
0
a:: a:
--.--
All.OWANCE
~---~~~r.-.-'----~---~~~....,,.
w
I- ;!:
w
.......
I-
I.LI w
a::
~ (,)
...a:
~ ~
<
0
::> 0
z ~ ..."'0 "' :c
~:::!
II. u.. 0
0
0
c::: u;
0 ...t::
......a:: 0 ....
w
Ill a::
w
~ ~ :;:
<
:$ :iE i5
Q
a:
0
Q a:: 0
z (I) !:
Si <( :;
~
al x
<
::i:
ONE-HALF )
MINOR Dlf\METEfl
ALLOWANCE
llSOTATION
p = pl\'cll L F ; o.~7o7p
h = ca!tle ltln!at! r.e;ght
lfeavy l ine• """"" basic $lie
EXTERNAL THRE.AD (SCREW)
A7
Licensed to Joell Roeers. ANSI ttore order# x_410606. Downloaded 91912015 12:35 PM. Sklgle user loense only. ~"9 and networklr19 prolllblted

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ANSl/ABMA 8.

2:1999 (Stabilized Maintenance 2010)

AMERICAN NATIONAL STANDARD

Ball And Roller Mounting

American Bearing Manufacturers Association

All rights reserved.

Printed in the United States of America

W. G. Looft, Chairman G. T. Satterfield, Secretary

American Bearing Manufacturers Association

4 - Tolerance Definitions and Gauging Practices

3096-1997 Rolling bearings - Needle rollers - Dimensions and tolerances

2. Identification code .................................................................................................................................................. 1

4. Locknuts and removal nuts - Dimensions .............................................................................................................. 8

5. Lock.washers and lock.plates - Dimensions .......................................................................................................... 14

6. Adapter sleeves and withdrawal sleeves - Dimensions........................................................................................ 20

7. Shafts - Dimensions ............................................................................................................................................. 32

9. Tolerance limits .................................................................................................................................................... 41

Appendix - Thread specifications .............................................................................................................................. Al

List of tables ................................................................................................................................................................ iv

4.1 Locknut dimensions series N-00, AN-00, TN and TAN

9 .1 Lockouts and removal nuts - Dimension tolerances

A-1 Tolerance limits - Lockwashers ...................................................................................................................... A2

Figure Al 1bread form, K, threads ...................................................................................................................... A6

2.1.1 Locknuts and removal nuts

2.1.3 Mounting sleeves

2.2 Part numbers

Prefix Type of accessory Explanation

TW Lockwasher Key tang bent in under the

•Locknut sizes AN-15 through AN-30 were originally

2.2.1.2 Series numbers

2.2.1.2.1 Locknuts and removal nuts

Part number Series Description

Part number Series Description

Part number Series Description

2.2.1.2.2.3 Mounting Sleeves

Part number Series Description (for

2.3.1 Lockouts and removal nuts

Symbol Applicable characteristics

2.3.2 Locking devices

Symbol Applicable characteristics

Symbol Applicable characteristics

2.3.3 Mounting sleeves

2.3.3.1 Adapter sleeves

Symbol Applicable characteristics

2.3.3.2 Withdrawal sleeves

Symbol Applicable characteristics

Surface finish requirement on series TN and TAN locknut faces is as follows:

N-00 \\lru AN-40 N-44

N-OS 0.969 32 39.83 32.54 l0.S7 4.52 2.64

N-09 TN-09 1.167 18 64.41 S7.94 ll.38 11.38 6.10 2.64

N-14 TN-14 2.751 18 92.20 84.15 14.SS 14.SS 6.10 3.43

AN-19 TAN-19 3.730 12 125.55 115.90 18.52 18.52 9.14 4.22

AN-.26 TAN-.26 .5.106 12 171..58 1.57.18 22.48 22A8 1.5..49 6.60

AN-36 TAN-136 7.066 8 230.33 212.72 28.64 35.97 IB.67 8.20

N-DD lhrv AN·40