precision machine components - snoy.rusnoy.ru/pdf/tech_doc/nsk-precision catalogue.pdf ·...

Precisio

n Machine

Co

mp

onents

Precision MachineComponents

CAT. No. E3161a 2005 C-3 Printed in JapanNSK Ltd. 2003

NS

K Linear G

uides

Ball S

crews

Mo

nocarriers

NSK Linear GuidesBall ScrewsMonocarriers

Printed on 100% recycled paper,excluding covers and endpapers.

/1-4-BE2005/02/23

D1

D23

A1

A270

B1

B556

A. NSK Linear Rolling Guide Product

B. Ball Screws

C1

C65

C. Maintenance-free Series Monocarrier

D. OtherE1E31

E. Appendices and Product Index

Precision MachineComponents

CAT.No.E3161a

Preface

It is the principal policy of NSK Ltd. not to export products or technologies which are subject to export prohibitionunder the Foreign Exchange Law, Foreign Trade Control Law, and other export-related regulations. Please consult your local NSK representative prior to exporting our product by the unit.

Please give your inquiry NSK representative for the specifications and dimensions of the product shown in thiscatalog to avoid mistakes caused by the reasons below.* Specifications and dimensions are subject to change without notice. * Though every care has been taken to ensure accuracy of the data contained in this catalogue, some errors or

omissions may be involved.

It is our pleasure to announce the publication of a new catalogue

which contains all NSK linear motion products. We believe this

publication is one way to show our deep appreciation of your

patronage.

Market demand for more sophisticated and diversified machines and

equipment is rapidly escalating. NSK precision products are not only

used widely in these machines, but also are crucial elements.

In response to this trend, ball screws and NSK linear guides, which

are crucial mechanical components of these machines, are required

to be highly reliable, maintenance-free, smaller in size and

lightweight. They also are expected to heighten efficiency and satisfy

uses in special environment.

Publishing a catalogue to introduce our entire product line is

especially meaningful under such circumstances. This is an

improved version of the previous catalogue; products are

categorized, and each product category has two sections. The first

section contains an explanation of products and dimension tables for

easy selection. The second half is a technical explanation including

results of the latest experiments and research to assist thorough

technological discussion. Last, Other, whose pages are in color,

explains special environments and lubrications such as grease,

which are general issues for NSK precision products.

We hope abundant NSK products in the new catalogue will be your

aide in selecting the most suitable products for your purpose.

We solicit your continued patronage.

C-I MF Series Monocarrier

1. Appearance C1

2. MCM Type and MCH Type C1

3. Features C2

C-II MCM Monocarrier

1. Configuration of Reference Number C3

2. Standard Combination of Stroke and

Ball Screw Lead C4

3. Accuracy Grade C4

4. Basic Load Rating C5

5. Dimensions Table for Standard

Products C6

6. Optional Components C16

C-III MCH Type Monocarrier

1. Configuration of Reference Number C38

2. Standard Combination of Stroke and

Ball Screw Lead C39

3. Accuracy Grade C39

4. Basic Load Rating C40

5. Dimensions Table for Standard

Products C41

6. Optional Components C48

C-IV Technical Description ofMomocarrier

1. Selection of Monocarrier C58

2. Rigidity C58

3. Allowable Speed C59

4. Estimate of Life Expectancy C59

5. Example of Life Estimation C60

6. Characteristics of NSK K1

Lubrication Unit C63

7. Maintenance C64

8. Characteristics and Evaluation Method C65

1 Special Environments

1. Specifications for Special Environments

D1

2. Lubrication and Materials D3

3. Rust Prevention and Surface Treatment D5

4. Measures against Special Environments

D7

5. Table to Cope with Special Environments

D11

6. Precautions for Handling D12

2 Lubrication

1. Grease Lubrication D13

2. Oil lubrication D18

3. NSK Grease Unit D19

1 Tables

1. Conversion from International Systems of

Units (SI) E1

2. Conversion table between N and kgf E3

3. Conversion table between kg and lb E4

4. Hardness conversion table E5

5. Variations of shaft used in common fits E7

6. Variations of housing holes in common fits

E9

2 Product index E11

C. Maintenance-freeSeries Monocarrier

D. Other

E. Appendices: Tables andProduct Index

Contents

Characteristics of NSK Linear Rolling GuidesA1

Types of NSK Linear Rolling Guides A2

A-I Selection Guide to NSK Linear Guides1. Structure of NSK Linear Guides A72. Characteristics of NSK Linear Guides A73. Procedures for Selecting Linear Guide A164. When Placing Orders A265. Model Number and Dimension Table

of NSK Linear Guides A286. NSK S1TM Series Precision Linear Guides A1037. MF Series Equipped with NSK K1

Lubrication Unit A1258. Linear Guide New Series A1379. Guide to Technical Services A14910. Handling Precautions A150

A-II Technical Description of NSKLinear Guides

1. Accuracy A1512. Preload and Rigidity A1553. Rating Life A1634. Lubrication A1785. Dust Proof of Linear Guide A1806. Rust Prevention and Surface Treatment A1937. Linear Guides for Special Environment A1948. Noise A1959. Arrangement and Mounting of Linear

Guide A19610. Drills to Select Linear Guide A20811. Reference A222

A-III Other Linear Rolling Guide Products1. Linear Rolling Bushing A2232. Crossed Roller Guide A2343. Roller Pack A2404. Linear Roller Bearings A2475. Cam Follower A2526. Roller Follower A2597. Translide A265

B-I Selection Guide to NSK Ball Screw1. Features of NSK Ball Screws B12. Structure of a Ball Screw B33. Ball Screw Classification and Series B74. Procedures to Select Ball Screw B165. When Placing Orders B316. Dimension Table and Reference Number of

Standard Stock Ball Screws B377. Custom Made Ball Screw Series:

Dimension Table and Model Number B3078. Special Ball Screws:

Dimension Table and Model Numbers B4179. Guide to Technical Services B49610. Precautions When Handling Ball

Screws B497

B-II Technical Description of Ball Screws1. Accuracy B4992. Static Load Limitation B5053. Permissible Rotational Speed B5094. Supporting Conditions for Calculation of

Buckling Load and Critical Speed B5135. Life (dynamic load limitation) B5156. Preload and Rigidity B5187. Friction Torque and Drive Torque B5238. Lubrication of Ball Screw B5259. Dust Prevention for Ball Screw B52610. Rust Prevention and Surface

Treatment of Ball Screws B52611. Ball Screw Specifications for Special

Environment B52712. Noise and Vibration B52913. Installation of Ball Screw B53114. Precautions for Designing Ball Screw B53815. Drills for Selecting Ball Screw B54016. Reference B550

B-III New products1. High-speed Low-noise Ball Screws

BSS Series B551

A. NSK Linear RollingGuide

B. Ball Screws

ABLOCK NSK Linear Rolling Guide A1-150A151-221

A223-270

A-I Selection Guide to NSK Linear Guides A71. Structure of NSK Linear Guides A72. Characteristics of NSK Linear Guides A7

2.1 Types and Characteristics of NSK Linear Guides A92.2 Models in Each Series and Ball Slide Models A15

3. Procedures for Selecting Linear Guide A163.1 Flow Chart for Selection A163.2 Selection of Linear Guide Size (Model number) A173.3 Examples of Linear Guide Selection Size (Model number) A213.4 Accuracy and Preload A22

(1) Accuracy grades and types of preload A22(2) Application examples of accuracy grade and preload A24

3.5 Available Length of Rail (Single rail) A254. Coding for Reference Number of Linear Guides A26

4.1 Preloaded assembly A264.2 Interchangeable type A26

5. Model Number and Dimension Table of NSK Linear Guides A285.1 LH Series A28

LH Series (Interchangeable part) A355.2 LS Series A42

LS Series (Interchangeable part) A495.3 LA Series A565.4 LY Series A665.5 LW Series A76

LW Series (Interchangeable part) A795.6 LE Series A82

LE Series (Interchangeable part) A895.7 LU Series (Miniature type) A92

LU Series (Interchangeable part) A975.8 LL Series A100

6. NSK S1TM Series Precision Linear Guides A1037. MF Series Equipped with NSK K1 Lubrication Unit A125

(Preloaded assembly and Interchangeable part)8. Guide to Technical Services A149

(1) CAD drawing data(2) Technical support

9. Handling Precautions A150

A-II Technical Description of NSK Linear Guides A1511. Accuracy A151

1.1 Accuracy Standard A1511.2 Running Parallelism of Ball Slide A1531.3 Accuracy Standard in Each Series A153

2. Preload and Rigidity A1552.1 Preload and Rigidity A1552.2 Preload and Rigidity of Each Series A1562.3 Calculating Friction Force by Preload A163

3. Rating Life A1633.1 Rating Life and Basic Load Rating A1633.2 How to Calculate Life A166

4. Lubrication A1784.1 Lubrication Accessories A178

5. Dust Proof of Linear Guide A1805.1 Standard Specification A1805.2 NSK K1 Lubrication Unit A1815.3 Dust Proof Components A181

(1) Double seal A182(2) Protector A183(3) Cap to cover the bolt hole for rail mounting A184(4) Inner seal A185(5) Bellows A185

6. Rust Prevention and Surface Treatment A1937. Linear Guides for Special Environment A1948. Noise A1959. Arrangement and Mounting of Linear Guide A196

9.1 Arrangement A1969.2 Mounting Accuracy A1989.3 Installation A2019.4 Assemble Interchangeable Linear Guide A2069.5 Mark for Butting Rails A2069.6 Handling Preloaded Assembly A207

10. Drills to Select Linear Guide A20810.1 Single Axis Material Handling System A20810.2 Machining Center A213

11. Reference A221

A-III Other Linear RollingGuide Products A223

1. Linear Rolling BushingA223

2. Crossed Roller GuideA234

3. Roller Pack A2404. Linear Roller Bearings

A2475. Cam Follower A2526. Roller Follower A2597. Translide A265

A2

A2

A1

Types of NSK Linear Rolling Guides

Comparative characteristics of rolling and sliding guide way

Characteristics of NSK LinearRolling GuidesThe following describes comparative characteristics of rolling and slide guide way, which are the mostcommonly used.

In response to the demand for guide with high-speed, high-precision, high-quality, as well as to thedemand for easy maintenance, rolling guides whichhave above features are becoming prevalent.Utilizing the technology we sharpened in anti-frictionrotating bearings, NSK makes various types of linearguides which are highly accurate and reliable.

Characteristics of the NSK linear rollingguides are:

Designs are simple and economic. Thiscontributes to high precision and low cost.

Ultra-high purity of materials and superbprocessing technology assure reliability.

Prompt delivery thanks to interchangeablecomponents and abundant stock.

The user can select the most suitable guidefrom a wide choice.

Function Rolling guide Sliding guide

Friction Friction coefficient: 0.01 or lower Friction is great.

Static and dynamic friction vary greatly.

Change by speed is slight.

Positioning accuracy Lost motion is slight. Lost motion is great.

Stick-slip is slight. Stick-slip at low speed is great.

Easy to acheive sub-micron positioning

Life Possible to estimate life Difficult to estimate life

Static rigidity Generally high

No play because of preload There is mechanical play.

Easy-to estimate rigidity Difficult to estimate rigidity

Speed Wide range of use from low to high speed.

Maintenance, reliability Long life through simple maintenance

Difference between static and dynamicfriction is small.

Difficult to achieve sub-micronpositioning

Rigidity is great against load from a singledirection.

Unsuitable for extremely low and highspeed

Precision is lost greatly by deterioratedguide surface.

Appearance

LH Series Page A28SH Series Page A103

LS Series Page A42SS Series Page A103

Balls

Infinitestroke

Guided byrail

Rollingelement, etc.Product

NS

KLi

near

Gui

de

Rigidity

F

F

Major applications

Industrial robots Materials handling Electric discharge machines Woodworking machines Laser processing machines Semiconductormanufacturing equipment

Precision measuringequipment

Packaging/packingmachines

Food processing machines Medical equipment Tool grinders Flat surface grinders Industrial robots Materials handling Electric dischargemachines

Woodworking machines Laser processing machines Semiconductormanufacturing equipment

Precision measuringequipment

Packaging/packingmachines

Food processing machines Medical equipment Pneumatic components

Rigidity ; G : Superb F : Fare a : Low

Appearance

MF Series(equipped with lubrication Unit NSK K1)main tenance free series

Page A125

Features

NSK K1 is

equipped.

Lubricating oil seeps

from the special

resin, maintaining

smooth operation.

NSK K1 can be

installed in all

series listedbelow.

Product

NS

KLi

near

Gui

de

Major applications

Automobile manufacturing equipment Semiconductor, liquid crystal display

manufacturing equipment Industrial robots Printing, book binding, paper

manufacturing machines Woodworking and construction

machines Optic and glass production machines Food and medical equipment Machine tools Electric and communication systems

A4

A4

A3

Appearance

LA Series

Page A56

LY Series

Page A66

LW Series

Page A76

LE Series

Page A82

Balls

Infinitestroke

Guided byrail

Rollingelement, etc.

Product

NS

KLi

near

Gui

des

Rigidity

G

G

F

a

Major applications

Machining centers NC lathes Heavy cutting machine

tools Grinders Gear cutting machines Press Electric discharge

machines

Machining centers NC lathes Heavy cutting machine

tools Grinders Gear cutters

Semiconductormanufacturing equipment

Materials handling Measuring/Test equipment Electric discharge

machines Punch press Industrial robots

Semiconductormanufacturing equipment

Liquid crystal displaymanufacturing equipment

Medical equipment Optical stage Microscope XY stage Transporting optical fiber Small robots

Rigidity ; G : Superb F : Fare a : LowRolling

element, etc.

Balls

Infinitestroke

Guidedby rail

BallsInfinitestrokeRoundguideshaft

RollersLimitedstroke

Rail guide

Product

NS

KLi

near

Gui

des

Linearrolling

bushing

Crossedroller guide

Rigidity

a

a

a

F

Major applications

Semiconductor manufacturing equipment


Medical equipment Optical stage Microscope XY stage Transporting optical fiber Small robots Computer peripheralequipment

Pneumatic equipment

Knitting machines

Computer peripheralequipment

Pneumatic equipment

Office equipment

Materials handling

Packaging machines

Medical equipment

Pneumatic equipment

Office equipment

Assembling machines

Precision stage

Measuring equipment

Test equipment

Printed circuit boardassembly


Appearance

LU Series

Page A92

LL Series

Page A100

Page A223

Page A234

A6

A6

A5

Product

Roller pack

Linearroller

bearing

Cam-follower/

roller-follower

Translide

Appearance

Page A240

Page A247

Page A252Page A259

RollerInfinitestroke

Flatsurfaceguide

ballsInfinitestroke

Guided byrail

Rollingelement, etc. Rigidity

G

G

a

F

Major applications

Large machine tools

Conveyor system forheavy objects (guide forheavy load )

Conveyor systems

Packaging machines

Pallet changers

Office equipment

Automotiue manufacturing equipment

Peripheral equipment of machine tool

Tire molding machine

wood working machine

Automatic doors etc.


A8

A8

Fig. I-14 Processing and measuring grooves

ab

debc

d

be

ba

c2 c2c1

c1c2

Fig. I-11 French Patent in 1932. Inventor : Gretsh (German)

NSK added its patented technology to theinvention in Fig. I-1-1, and improved the linearguide structure and realized low cost design.

Measuring grooves is easy, and you can obtainhighly accurate results for all types of NSKseries. This is why you can purchase rail andball slide separately (interchangeability ).

Grinding wheel

Grinding of datum surfaceand ball grooves

Master roller

W

h

Measuring accuracyof ball grooves

Clearance

Master roller(Larger diameter than load ball)

In the use

Easy to hold the masterroller for measuring.

Measuring accuracy

Load ball

A7

A-I Selection Guide to NSKLinear GuidesA-I-1 Structure of NSK Linear Guides By avoiding structural complexity, and by reducing the number of components, we not only enhanced theprecision of linear guides, but also are able to keep costs low. We have added NSK's patented unique structuralfeature to the original invention (Fig. I-1-1). This contributes to higher precision and lower prices.NSK linear guide consists of a rail and a ball slide (Fig. I-1.2). The balls roll on the grooves on the rail and theball slide, and scooped up by the end caps attached to both ends of the ball slide. Then, the balls go through theopening made in the ball slide, and circulate back to the other end.

A-I-2 Characteristics of NSK Linear GuidesThe use of a unique offset gothic arch groove (Fig. I-13) allows the NSK linear guides to satisfy groove designsrequired for specific purposes.The precise measurement of the ball groove leads to stable production of highly accurate linear guides andinterchangeable linear guides. (Fig. I-14).Such technologies eusure the feature of NSK linear guides outlined below.

(1) Abundant in type for any purpose* Various series are available, and their ball slide models and size categories are standardized to satisfy any

requirement. Our technology, polished by abundant experience in the use of special materials and surfacetreatments, meets the customers most demanding expectations.

(2) High precision and quality* High precision and quality come from our superb production and measuring technologies, strengthened by

extensive experience in antifriction rotary bearings and ball screw production. Our quality assurance extends tothe smallest components.

(3) High reliability and durability* Logical simplicity in shape, along with stable processing, maintains high precision and reliability.* Super-clean materials, our advanced heat treatment and processing technologies increase product durability.

(4) Component compatibility shortens delivery time* Interchangeable parts: The adoption of the gothic-arch groove which makes measuring easy, and a new

reliable quality control method has made random-matching of the rails and the ball slides possible. The partsare stocked as standard products, thereby reducing delivery time.

(5) Patented static load carrying capacity (shock-resistance)* When a super-high load (impact) is applied, our gothic-arch groove spreads the load to surfaces which usually

do not come into contact. This increases shock resistance (Fig. I-15).

End cap

Rail

Ball slide

Fig. I-12 Structure of NSK linear guides

Clearance

2

D1D

2

Non-differential slip

Offset

Fig. I-13 Offset gothic-arch groove

Normal loadSupportedby 2 rows

Impact loadSupportedby 4 rows

DeformationDeformation

Fig. I-15 Shock-resistance

LA Series

LHLS Series

A10

A10

A9

Characteristics

A High load capacity type. A The contact angle between the ball and ball

raceway is set at 50 degrees. The load carryingcapacity against the vertical directions, which isprevalent in most operations, increases by thisdesign.

A The DF contact structure greatly absorbs theerror in the perpendicular direction to rail at thetime of installation.

A Balls make contacts at two points thanks to theoffset gothic-arch groove. This keeps friction toa minimum.

A Structural resistance against shock load.A Gothic-arch groove renders measuring of ball

grooves accurate and easy.A Standardized interchangeable assemblies

allows separate purchase of rails and ballslides.

A Stainless steel type is also available for smallsizes ( - #30).

Characteristics of SH seriesA Lower noise and gentler tone.A smoother motion.A Low dust generation.

Applications

Cartesian type robots Robots that remove plastic molds

from injection machine Material hardling Food processing machines Packaging/packing machines Printing machines Woodworking machines Paper machines Measuring equipment Inspecting equipment Semiconductor manufacturing

equipment Liquid crystal display

manufacturing equipment Medical equipment Electric discharge machines Laser processing machines Press Tool grinders Flat surface grinders NC lathes Machining centers ATC

Page

A42

A111

A-I-2.1 Types and Characteristics of NSKLinear Guides

We have abundant types of linear guide for anypurpose to accommodate the most special needs ofthe users.

(1) Types of series and classification byfeature

A There are two types of NSK linear guide: 1. Rigidity and load carrying capacity against the

vertical direction are greater than the rigidityand load carrying capacity against the load fromthe lateral direction (high vertical load carryingcapacity type);

2. Load is equally distributed to four directions (four-directional iso-load carrying capacity type)

A There are three types of NSK linear guide by thelength of the ball slide 1. Standard length ball slide with high-load

carrying capacity;

2. Long ball slide with super-high load carryingcapacity;

3. Short ball slide for mid-level load carryingcapacity.

A Four-row ball grooves linear guide has two types: 1. Self-aligning capability- which absorbs certain

amount of installation error;2. High moment carrying type with great moment

rigidity. A Two-row ball grooves linear guide has mid-level

moment rigidity.A Interchangeable parts: Thanks to the ease of

measuring gothic-arch groove, we can preciselymanufacture rails and ball slides, and thus, youcan purchase the rails and the ball slidesindividually and assemble them randomly.

A Stainless steel is also available as standardmaterial for some series.

Table I-2.1 Classification of NSK linear guides

Ball groove structureLoad direction/capacityShape/installation methodCategory SeriesBall slide

model

Hig

hve

rtic

allo

adca

rryi

ng

cap

acit

yty

pe

Sel

f-al

ign

ing

typ

e

ALANBNBL

ELGL

FLHL

EMGM

LHSH 50

50

A12

A12

A11

Characteristics

A Compact, low in heightA The contact angle between the ball and the

raceway is set at 50 degrees. The loadcarrying capacity against vertical directions,which is prevalent in most operations,increases by this design.

A The DF contact structure greatly absorbs theerror in the perpendicular direction of rail attime of installation.

A Thanks to the offset gothic arch groove, ballsmake contacts at two points. This keepsfriction small.

A Great resistance against shock load.A Gothic arch groove renders measuring groove

accurate and easy.A Standardized interchangeablility allows

separate purchase of rails and ball slide.A Some are standardized stainless steel type.A Low-noise type

SS seriesA Lower noise and gentler tone.A smoother motion.A Low dust generation.

A The contact angle between the ball and the

raceway is set at 45 degrees. This makes load

carrying capacity and rigidity equal in vertical

and lateral directions.

A Six-row ball grooves support load from

vertical and lateral directions, enhancing

rigidity and increasing load carrying capacity.

A Appropriate friction

A Best for machine tools.

Applications

Cartesian type robots

Robots that remove plastic molds

from injection machine

Material handling

Food processing machines

Packaging/packing machines

Printing machines

Woodworking machines

Paper machines

Measuring equipment

Inspection equipment

Semiconductor manufacturing

equipment

Liquid crystal display

manufacturing equipment

Medical equipment

Electric discharge machines

Laser processing machines

Press

Machining centers

NC lathes

Heavy cutting machine tools

Gear cutters

Electric discharge machines

Press

Grinders

PageBall groove structureLoad direction/capacityShape/installation methodCategory SeriesBall slide

model

Hig

hve

rtic

allo

adca

rryi

ng

cap

acit

yty

pe

Sel

f-al

ign

ing

typ

e

ALCL

ELJL

FLKL

LSSS 50

50

EMJM

Fou

r-d

irec

tio

nal

iso

-lo

adca

rryi

ng

typ

e

Su

per

-rig

idty

pe

ANBNALBL

ELGL

FLHL

LA45

45

4545

A42

A119

A56

A14

A14

5050

A13

A The contact angle between the ball and the raceway is set

at 45 degrees. Therefore, load carrying capacity and

rigidity are equal in vertical and lateral directions.

A Balls contact at four points during high preload. The four-

row ball groove supports the load from vertical and lateral

directions. This makes the linear guide highly rigid.

A Rigidity against moment load is great due to the DB

contact (at time of light preload) or the four-point contact

(at time of high preload)

A Sliding resistance slightly increases, absorbing vibration to

the rail longitudinal direction due to the four-point contact

at time of high preload.

A Ideal for heavy cutting machine tools.

A Strong against shock load

A The contact angle between the ball and the raceway is setat 50 degrees. The load carrying capacity against verticaldirections, which is prevalent in most operations, increaseswith this design

A The rail is wide. This contributes to a high rolling moment

carrying capacity and to great moment rigidity when only

single linear guide is in use

A Balls contact at two points in the offset gothic arch groove,

keeping friction small.

A High resistance against shock load

A Standardized interchangeable assemblies allows separate

purchase of rails and ball slides.

A Extremely thin, and wide in shape. This is ideal in use ofonly single linear guide.

A Available in standardized stainless steel

A Standardized series with ball retainer. A Standardizedinterchangeablity allows separate purchase of

rails and ball slide.

A Super-small size

A Stainless steel is standard as the material.

A Series with a ball retainer is standardized.

A Interchangeability is standardized, allowing separate

purchase of rails and ball slide.

A Light-weight and compact

A Stainless steel as standard material is available.

Machining centers

NC lathes

Heavy cutting machine tools

Gear cutters

Semiconductor manufacturing

equipment

Liquid crystal display

manufacturing equipment

Conveyor systems

Inspection equipment

Punch press

Semiconductor manufacturingequipment


Medical equipment Optical stage Microscope XY stage Conveying optical fiber Small robots Computer peripheral equipment Pneumatic equipment

Knitting machines

Hard disk carriage damper

Category Series Shape/installation method Load direction/capacity Ball groove structurBall slidemodel

Hig

hve

rtic

allo

adca

rryi

ng

cap

acit

yty

pe

Min

iatu

re

Hig

hri

gid

ity

typ

eH

igh

mo

men

tca

pac

ity

typ

eH

igh

mo

men

tca

pac

ity

typ

e

Fou

r-d

irec

tio

nal

iso

-lo

adca

rryi

ng

typ

e

LW EL

ALTLBL

LE ULCLSLARTR

ALTL

LU BLULARTR

ANBNALBL

ELGL

FLHL

LY

LL PL

Min

iatu

reLi

gh

twei

gh

tm

inia

ture

Characteristics Applications Page

4545

4545

4545

A66

A76

A82

A92

A100

At time of light preload

At time of high preload

A16

A16

A15

A-I-3 Procedures for Selecting Linear GuideA-I-3.1 Flow Chart for Selection

The flow chart below shows general steps for selection.

Set conditions for use

Machine structure Guide installation space Installation position Stroke length Load to be imposed Speed

Required life, rigidity andaccuracy

Frequency of use (dutycycle)

Use environment (considermaterial, lubricant, andsurface treatment first forspecial environment)

Select model TTTPage A9

TTTPage A17

TTTPage A166

TTTPage A22,

155

TTTPage A22,

151

TTTPage A178

Calculate life

Select preload

Select accuracy grade

Lubrication,dust protection,

surface treatment

Selection completed

Select size number Select based on the

installation space Select through experience Use simple calculation

Select lubricant andlubrication method

Dust prevention design (seal,bellows)

Rust prevention, surfacetreatment

A-I-2.2 Models in Each Series and Ball Slide Shape

"Model" refers to a combination of the linear guideseries and its size number with the shape code andheight code of the ball slide. Ball slide codes forshape and height are sometimes omitted.

Example of a model:

Table I-22 Ball slide shape and height codes

The combination of ball slide shape and height are shown in table I-22

Note: Height code R of LE and LU series refers to low type with ball retainer.

L H 3 0 A N ( )Series name

Size number

Height code

Ball slide shape code

Codes in parentheses aresometimes omitted.

Series Height Ball slide length Square type Flanged type

Mounting tap Mounting tap Mounting bolt hole

HighStandard LH-AN

LH Long LH-BNSH

LowStandard LH-AL LH-EL LH-FL LH-EM

Long LH-BL LH-GL LH-HL LH-GM

LSLow

Standard LS-AL LS-EL LS-FL LS-EMSS Short LS-CL LS-JL LS-KL LS-JM

HighStandard LA-AN

LALong LA-BN

LowStandard LA-AL LA-EL LA-FL

Long LA-BL LA-GL LA-HL

HighStandard LY-AN

LYLong LY-BN

LowStandard LY-AL LY-EL LY-FL

Long LY-BL LY-GL LY-HL

LW Low Standard LW-EL

Standard LE-AL, TL, AR, TR

LE Low Long LE-BL, UL

Short LE-CL, SL

LU LowStandard LU-AL, TL, AR, TR

Long LU-BL, UL

LL Low Standard LL-PL

Dual use for tapand bolt holes

A17

A-I-3.2 Selection of Linear Guide Size (Model number)

To select a linear guide of satisfactory durability; it isa standard practice to calculate its expected life. Priorto calculating the linear guide's life expectancy, selectan appropriate size of the linear guide. Below is an easy selection method. After selectingthe size by this method, check the life by using the"A-II-3.2: Calculation of Life Expectancy."

(1) Select the size based on the space to beused.

Select a linear guide which matches the space inwhich it is used. Select directly from the "A-I-5:Model Number and Dimension Table."

(2) Select the size based on the ball screwsize.

Always select a linear guide which matches the sizeof the screw shaft diameter, or the size closest to it,e.g., when the ball screw shaft diameter is 32, selectlinear guide type LH30, or LH35.

(3) Select the size based on the estimatedload on one ball slider.

Most linear guides are table-shaped and have tworails and four ball slides for an axis.Assuming the linear guide is this type, calculate arough load per ball slide using the formula below:

(3.1)

P : Load per ball slide

Kp : Load position coefficient

F : LoadLoad position coefficient Kp should be found for eachload by the proportion of the distance between ballslide span and load point, and the distance betweenrail span and load point.

(A) When load is vertical(Fig. I-31)

(B) When the load is in the axial direction(Fig. I-32)

(C) When the load is lateral to the rail(Fig. I-33)

The load position is normally the coordinate position.Disregard + or - symbols, and use absolute values.

Upon obtaining the load value P per ball slide byusing the above position coefficient Kp in (3.1), selectthe matching size (model number) from Fig. I-34.Because the above calculation formula is a simpleone, the load obtained by the above formula may belarger than the actual case if the value of Kp is over 1,or in the case three patterns (A), (B), and (C) arecombined. In such case, the size to be selected (model number) should be larger; however, the lifewill be longer.

KXL

ZLp

0

b

0

r

= +

KZL

YLp

1

b

1

b

= +

KXL

YLp

0

b

0

r

= +

PF K Fp= +

4 2

A18

A18

Span of ball slides Lb

Pos

ition

of l

oad

actio

n po

int

Z1

Load F

Z

X

Centerline of driving mechanism

Position of load action pointY1

Load F

Z

Y

Span of rails Lr

Center of driving mechanism

Fig. I-32 Load to the axis direction


Position of load action pointX0

Load F

Z

X

Position of load action pointY0

Load F

Z

Y

Span of rails Lr

Fig. I-31 Load from vertical direction


Position of load action pointX0

Z

X

Pos

ition

of l

oad

actio

n po

int

Z0

Load F

Z

Y

Span of rails Lr

Load F

Fig. I-33 Load from lateral direction

A20

A20

40

10.1 10 100 1000

45

50

55

60

65

70

35

30

25

20

15

10

5

0

LU high load type

Moment load (N-m) per ball slide from rolling direction

LU

LS, SS medium load type

LE medium load type

LE high load type

LH, SH, LY (smaller than 35)

LH, SH ultra high load type, LY ultra high load type (smaller than 35)

LW

LE

LS, SS

LA ultra high load type, LY ultra high load type (larger than 35)

LA, LY (larger than 35)

Siz

e n

um

ber

Fig.I-38 Selection based on the moment load, rolling direction

Moment load (N-m) per ball slide from pitching or yawing direction

0.1 10000

LE/LU high load type

LA

1000100101

LY ultra high load type

LA ultra high load type40

45

50

55

60

65

70

35

30

25

20

15

10

5

0

LY

LW

LS, SS medium load type

LE high load type

LS, SS

LU/LE medium load type

LH, SH

Siz

e n

um

ber

Fig.I-39 Selection based on the moment load, pitching or yawing direction

Loads applied to the types recommended in Fig.I-34, I-38, and I-39 are equivalent to 8% of the basicdynamic load rating of the linear guide. This contributes to select a size numfer with a longer life.

A19

Load per ball slide (N)

40

10010 1000 10000 100000

45

50

55

60

65

70

75

80

85

90

35

30

25

20

15

10

5

0

Siz

e n

um

ber

LH super high load typeLY super high load type

LA super high load type

LU high load type

LS, SS, LH, SH, LY

LU, LE LA

LW

Fig.I-34 Selection based on the load

Fig.I-35 Pitching and yawingdirection

Fig.I-36 Rolling direction Fig.I-37 Pitching, rollingand yawing directions

(4) Selection based on the moment load perball slide

In cases shown in Fig.I-35 to 6, 7, it is necessaryto consider the moment load applied to the ballslide.

Moment directions that have to be taken intoaccount are only those shown by the arrow in theFigures.

When the load is applied from more than one

direction, select the value of the direction whichapplies the largest moment load.

Select the size (model number) based on themoment load per ball slide referring to either Fig.I-38 or Fig.I-39.

Consult NSK when: moment load and vertical loadare applied at the same time; or moment load andhorizontal load are applied at the same time.

A22

A22

A-I-3.4 Accuracy and Preload

(1) Accuracy grades and types of preload

1 Accuracy grades The accuracy grade which matches the

characteristic of each series is set for NSK linearguides.

Table I-31 shows accuracy grade set for eachseries.

See Page A153 for accuracy specifications of each

series. Refer to "(2) Application examples of accuracy

grades and preload" which shows cases ofappropriate accuracy grade and preload type forspecific purpose.

Table I-31 Accuracy grades and applicable series

A21

A-I-3.3 Example of Linear Guide Selection (Model number)

The selection below used "A-I-3.2 (3) Selectionbased on load per ball slide."In this example, let us select a linear guide for asingle axis table as illustrated below.Use LH-AN type in LH Series which is selected basedon "A-I-2.1 Types and Characteristics of NSK LinearGuides."

Weight and coordinates of Table W :500N, ( 0, 0, )

Weight and coordinates of Weight F1:2500N, ( 100, 120, )

Weight and coordinates of Weight F2:1000N, ( 0, 180, )

Since the above is all vertical load, we do notconsider Z axis coordinates.Therefore, the formula "(A) When vertical load isapplied" is.:

(1) Also

obtain the load per ball slide P using formula (3.1) asfollows.

Kp .20

300180300

0 6= + =

Kp1100300

120300

0 73= + = .

KXL

YLr

pb

00 0 0

3000

3000= + = + =

The appropriate size is around 30 for LH, LS, and LYtypes according to Fig. I-3.4. Confirm the size (Modelnumber) in " A-I-5 Model Number and DimensionTable." The correct linear guide size is LH30AN.Calculate the life expectancy using "A-II-3.2 How toCalculate Life."

PF K F

W F F K W K F K F

= +

= + + + + +

= + +

+ + +

= ( )

4 2

4 2500 2500 1000

40 500 0 73 2500 0 6 1000

22212 5

1 2 0 1 1 2 2

p

p p p

. .

. N

F2

300

Z

X Y

180

120 100300

F1

WInterchangeable

assemblyPreloaded assembly (non-interchangeable)

Ultra precision Super precision High precision Precision Normal grade Normal grade

Series P3 P4 P5 P6 PN PC

LH, SH a a a a a a

LS, SS a a a a a a

LA a a a a

LY a a a a

LW a a a a

LE a a a a

LU a a a a a

LL a

Under the condition that:fH : Hardness coefficient 1fW : Load coefficient 1.2C : Basic dynamic load rating LH30AN=31000NFm: P=2212.5N

Lf C

f F=

=

=

50

501 31000

1 2 2212 579590

3

3

H

W m

. .km

A24

A24

(2) Application examples of accuracy grade and preload

Table I-3.4 shows examples of accuracy grade andpreload" of NSK linear guides for specific purposes.

Refer to this table when selecting accuracy grade andpreload type for your application.

Table I-34 Examples of accuracy grade and preload for specific purpose

A23

2 Preload Several types of preload that match the

characteristic of each series are set for NSK linearguides.

Types of preload for each series are shown in TableI-32.

Radial clearance, preload, and rigidity of each seriesare shown in Page A155.

"(2) Application examples of accuracy grade andpreload" show cases of appropriate preload andaccuracy grades for specific purposes.

Table I-3.2 Classification of preload

Note: Z3 preload types for LW Series are LW35, 50 only. "Z" is omitted from the specification number (See A-I-4.1).

Table I-33 Combinations of accuracy grade and preload type

3 Combinations of accuracy grade and preload

Combinations of accuracy grade and preload areshown in Table I-33.

Accuracy grade Preload

Preloaded assemblyP3~P6 Z4~Z0

PN Z1, Z0

Interchangeable assembly PC ZZ, ZT

Typ

e o

fm

ach

ine

Mac

hin

e to

ols

Indu

stri

al m

achi

nes

and

equi

pmen

tSe

mic

ondu

ctor

faci

litie

sO

ther

s

Preloaded assembly (non-interchangeable) Interchangeable assembly

Heavy preload Medium preload Light preload Slight preload Fine clearance Slight preload Fine clearance

Series Z4 Z3 Z2 Z1 Z0 ZZ ZT

LH, LS a a a a a

SH, SS a a a a

LA a a

LY a a a a a

LW (a) a a a a

LE a a a

LU a a a

LL a

Accuracy grade Preload

Application Ultra Super High Precision Normal Heavy Medium Light Slight Fineprecision precision precision grade preload preload preload preload clearanceP3 P4 P5 P6 PN, PC Z4 Z3 Z2 Z1, ZZ Z0, ZT

Machining centers a a a a a Grinders a a a a a a Lathes a a a a a Milling machines a a a a a Drilling machines a a a a Boring machines a a a a a Gear cutters a a a a a a Diesinking machine a a a a a a Laser processing machine a a a a a a Electric discharge machine a a a a a Punch press a a a a a Press machine a a a a Welding machine a a a a a a Painting machine a a a a Textile machine a a a a Coil winder a a a a a Woodworking machine a a a a a a a Glass processing machine a a a a Stone cutting machine a a a a Tire forming machine a a a ATC a a a a Industrial robot a a a a a a a Materials handling a a a a Packing machine a a a a Construction machine a a Prober a a a Wire bonder a a a a a PCB driller a a a a a Slicer a a a Dicer a a a Chip mounter a a a a a IC handler a a a Scanner a a a Lithographic machine a a a a a Measuring / inspection equipment a a a a a Three-dimensional measuring equipment a a a a a a a Medical equipment a a a a a OA equipment a a a a Railway cars a a a Stage systems a a Pneumatic equipment a a a a

Only "slight preload (Z1, ZZ)" and "fine clearance (Z0, ZT)" are available for normal grade (PN and PC). For interchangeable type, only accuracy grade "PC," and preload (ZZ) and (ZT) are available. Refer to Page A151 for the explanation of accuracy grade and preload.

A26

A26

A25

A-I-3.5 Available Length of Rail (single rail) Table I-35 and Table I-36 show the limitations of rail length (maximum length).

However, the limitations vary by accuracy grade.

Rails can be butted if user requirement exceeds therail length shown in the Table. Please consult NSK.

Butt connection rails are available forinterchangeable components in LH and LS series.They are standardized and stocked.

Rails for butting connection are available for LH andLS interchangeable rails. Please consult with NSK.

Table-I-36 Length limitations of LW Series rails

Table-I-35 Limitations of rail length (single rail)

Series Size

Material 17 21 27 35 50

LW 1000 1600 2000 2400 3000

Series Size

Material 05 07 09 12 15 20 25 30 35 45 55 65 85

LH 2000 3960 3960 4000 4000 3990 3960 3900 2520

SH Stainless steel 1800 3500 3500 3500

LS 2000 3960 3960 4000 4000

SS Stainless steel 1800 3500 3500 3500 3500

LA 3960 4000 4000 3990 3960 3900

LY 2000 2000 2200 3000 3000 3700 3000 3000

LE Stainless steel 150 600 800 1000 1200

LU1200 1800 2000

Stainless steel 210 375 600 800 1000

L H 3 0 1 2 0 0 A N C 2 **P 5 Z 3 II Series

Size

Rail length (mm)

Ball slide shape code (See Table I-22 in page A15)

Material/surface treatment code (See Table I-41 in page A27)

*-II: Set of two guides for an axisDefault: One guide

A-I-4 Coding for Reference Number of Linear Guideswhen making inquiries about liner guides of which specifications are not finalized yet, you may use the reference

number coding system excluding the design serial number described below. The coding system finalizing thereference number as the product identificaation, we assign the design serial number and omit the last cod (II)which refers to use two linear guides as a set for a motion axis. Please be advised that the reference number isonly to identify the linear guide with one rail. When you use two linear guides as a set, order two identicallinear guides in one reference number or specify reference numbers of each linear guide.

1. Preloaded assembly

(1) Reference number coding for assembled rail and ball slide

Unit : mm

Unit : mm

Special highcarbon steel


Special highcarbon steelSpecial highcarbon steel



Preload code (See Table I-32 in page A23)

Accuracy grade code (See Table I-32 and I-42 in page A22)

*Design serial number

Number of the ball slide per rail

L H 3 0 1 2 0 0 A N C 2 **P 5 Z 3 II Series

Size

Rail length (mm)

Ball slide shape code (See Table I-22 in page A15)

Material/surface treatment code (See Table I-41 in page A27)

*-II: Set of two guides for an axisDefault: One guide

Preload code (See Table I-32)

Accuracy code (See Table I-32 and I-42)

*Design numberT: Domestic standardK and J: Domestic semi-standardB and D: International user standard

Number of the ball slide per rail

* Please note that we assign the design number, and omit the last code (II) that indicates a use oftwo rails as a set to finalize the reference number as product identification.

2. Interchangeable typeInterchangeable rails and ball slides for random matching are available for LH, LS, SH, SS, LE, LU, and LWseries. The rails and ball slides may be purchased separately.

* Please note that we assign the design number, and omit the last code (II) that indicates a use oftwo rails as a set to finalize the reference number as product identification.

A28

A28

A27

L A H 3 5 A N S Z - K Interchangeable ball slide code

Series

Size

Ball slide shape code (See Table I-22)

Option code-K: Equipped with standard NSK K1-F: Fluoride low temperature chrome

platin + standard grease-F50: Fluoride low temperature

chrome platin + LG2 grease

Preload codeDefault: Fine clearanceZ: Slight preload

Material codeDefault Standard materialS: Stainless steel

(2) Reference number coding for interchangeable ball slide

(3) Reference number coding for interchangeable rail

Table I-41 Material/surface treatment code

Code Description

P Special high carbon steel + high performance seal

RSpecial high carbon steel + surface treatment

+ high performance seal

T Stainless steel + high performance seal

U Stainless steel + surface treatment + high performance seal

C Special high carbon steel (NSK standard)

K Stainless steel

D Special high carbon steel with surface treatment

H Stainless steel with surface treatment

Z Other, special

Table I-42 Accuracy code

accuracy Non NSK K1 with NSK K1

Ultra precision grade P3 K3

Super precision grade P4 K4

High precision grade P5 K5

Precision grade P6 K6

Normal grade PN KN

Normal interchan geade PC KC

Note: Refer to Page A125 for NSK K1 lubrication unit.

L 1 H 3 0 1 2 0 0 L C N T** P C Z Interchangeable rail code

Series

Size

Rail length (mm)

Shape codeL: standardR: LU09, LU12 and LE standard equipped with ball retainerS: LU09 and LU12 M3 with ball retainer and bolt holes for M3T: LS15 with bolt holes for M4

Material/surface treatment code (See Table I-41)

Preload codeT: Fine clearanceZ: Slight preload

Accuracy code: PC(PC grade is only available)

*Design serial numberT: Domestic standardK: Domestic semi-standardB: International user standard

*Butting rail specificationN: Non-buttingL: Butting specification

* Please consult with NSK for butting rail specification.

A-I-5 Model Number and Dimension Table ofNSK Linear Guides

A-I-5.1 LH Series

(1) High self-aligning capability (rolling direction) Same as the DF combination in angular contact bearings,

self-aligning capability is high because the cross point of

the contact lines of balls and grooves comes inside,

reducing moment rigidity.

This increases the capacity to absorb the error of

installation.(2) High load carrying capacity to vertical

directionThe contact angle is set at 50 degrees, increasing load

carrying capacity as well as rigidity in vertical direction.(3) High resistance against impact load

The bottom ball groove is formed in gothic-arch and the

center of the top and bottom grooves are offset as shown

in Fig.I-52. The vertical load is generally carried by the

top rows, at where balls are contacting at two points.

Because of this design, the bottom rows will carry load

when a large impact load is applied vertically as shown in

Fig.I-53. This assures high resistance to the impact load.(4) Highly accurate as shown in Fig. I-5.4, fixing the master rollers is easy thanks to the

gothic-arch groove. This makes easy and accurate

measuring of ball grooves. (5) Easy to handle, and designed with safety in

mind.Balls are retained in the retainer, therefore they do not

fall out when the ball slider is withdrawn from the rail.(6) Abundant models and sizes

Each series has various models of ball slides, rendering

the linear guide available for numerous uses.(7) Interchangeable series is available (prompt

delivery) The series enables random matching of rails and ball

slides (interchangeability) for prompt delivery.

Contact stress

A

Q

B

M

Fig. I-5.2 Enlarged illustration of the offsetgothic-arch groove

Fig. I-5.1 LH Series

Normal load

Supported by 2 rows

Impact load

Supported by 4 rows

Fig. I-5.3 When load is applied

Grinding wheel


Master roller

W

h


Fig. I-5.4 Rail grinding and measuring

A30

A30

A29

LH Series (preloaded assembly)

Dimensions of LH Series (Preloaded assembly)

JAPAN

T

KH

E

W2 W1

W

B

4-M l

MRO

MYO

B3

B1

JAP

AN

L1

J1

T1

N

L

J

JAP

AN

L1

J1

T1

N

L

J

h

jD

H1

jd

F

G

L0

n F (G)

MPO

AN typeBN type

Model No.

Assembly

Height

H E W2

Width

W

Length

L

Mounting tap hole

B1 L1 J1 K T

Grease fitting

Hole size T1 N

Width

W1

Height

H1

Pitch

F B3

G

(recommended)

Rail

(kg/m)

Ballslide

(kg)DW

Max.lengthL0max.( ) for

stainless

Dynamic Static Static momentC C0 MRO MPO MYO

(N) (Nm)

Mountingbolt hole

d D hB J M pitch l

Ball slide Rail Basic load rating Ball dia. Weight

Table. I-51 Unit: mm

LH15AN 55 39 6.528 4.6 9.5 34 26 26 M40.76 4 23.4 8 j3 8.5 3.3

LH15BN 74 58 16

LH20AN 69.8 36 50 730 5 12 44 32 M50.86 6 25 12 M60.75 5 11

LH20BN 91.8 50 72 11

LH25AL 3679 35

M61658 11.5

29 6LH25AN 40

7 12.5 48 35M619

6.533

12 M60.7510

11LH25BL 36107 50

M61686 18

29 6LH25BN 40 M619 33 10

LH30AL 4285.6 40

M81.25859 9.5

33 7LH30AN 45

9 16 60 40M81.2510

1036

14 M60.7510

11LH30BL 42124.6 60

M81.25898 19

33 7LH30BN 45 M81.2510 36 10

LH35AL 48109 50

M81.25880 15

38.5 8LH35AN 55

9.5 18 70 50M81.2512

1045.5

15 M60.7515

11LH35BL 48143 72

M81.258114 21

38.5 8LH35BN 55 M81.2512 45.5 15

LH45AN 139 60 105 22.570 14 20.5 86 60 M101.517 13 56 17 Rc1/8 20 13

LH45BN 171 80 137 28.5

LH55AN 163 75 126 25.580 15 23.5 100 75 M121.7518 12.5 65 18 Rc1/8 21 13

LH55BN 201 95 164 34.5

LH65AN 193 70 147 38.590 16 31.5 126 76 M16220 25 74 23 Rc1/8 19 13

LH65BN 253 120 207 43.5

10800 20700 108 95 80 0.1815 15 60 4.57.55.3 7.5 20

20003.175 1.6(1800)

14600 32000 166 216 181 0.26

17400 32500 219 185 155 0.3320 18 60 69.58.5 10 20

39603.968 2.6(3500)

23500 50500 340 420 355 0.48

25600 46000 360 320 2670.46

23 22 60 7119 11.5 203960

4.7620.55

3.6(3500)34500 71000 555 725 610

0.690.82

31000 51500 490 350 2920.69

28 26 80 91412 14 204000

5.5560.77

5.2(3500)46000 91500 870 1030 865

1.161.3

47500 80500 950 755 6301.2

34 29 80 91412 17 20 4000 6.3501.5

7.261500 117000 1380 1530 1280

1.72.1

81000 140000 2140 1740 1460 3.045 38 105 142017 22.5 22.5 3990 7.937 12.3

99000 187000 2860 3000 2520 3.9

119000 198000 3600 3000 2510 4.753 44 120 162320 26.5 30 3960 9.525 16.9

146000 264000 4850 5150 4350 6.1

181000 281000 6150 4950 4150 7.763 53 150 182622 31.5 35 3900 11.906 24.3

235000 410000 8950 10100 8450 10.8

LH-AL, AN (High load type)LH-BL, BN (Super high load type)

LH 35 0840 AN C 2 ** PN 0 II Series

Size

Rail length (mm)


Material/surface treatment code(See Page A26)C: Standard (Special high carbon steel)K: Stainless steel (Applicable only LH15-30)

*-II: Use two rails as a set.Default: One rail use

Preload code 0: Z01: Z13: Z3(See page A23)

Accuracy code(See tableI-31 andI-42)

* Design serial number

Number of ball slides per rail

The basic dynamic load rating is a load that furnishes 50 km rating fatigue life; it is a vertical and constant load to the ball slidemounting surface.When converting the basic dynamic load rating C to the dynamic load rating C100 for 100 km rating fatigue life, divide the C by 1.26

* Please note that we assign the design number, and omit the last code (II) that indicatesa use of two rails as a set to finalize the reference number as product identification.

A32

A32

A31


JAPAN

W2 W1

T

KH

E

W

B

MRO

MYO

4-M l

B3

B1

Model No.

Assembly

Height

H E W2

Width

W

Length

L

Mounting tap hole

B1 L1 J1 K T

Grease fitting

Hole size T1 N

Width

W1

Height

H1

Pitch

F B3

G

(recommended)

Rail

(kg/m)

Ballslide

(kg)DW


stainless


(N) (Nm)

Mountingbolt hole

d D hB J M pitch l


10800 20700 108 95 80 0.1715 15 60 4.57.55.3 7.5 20 2000 3.175 1.6(1800) 14600 32000 166 216 181 0.25

17400 32500 219 185 155 0.4520 18 60 69.58.5 10 20 3960 3.968 2.6(3500) 23500 50500 340 420 355 0.65

25600 46000 360 320 267 0.6323 22 60 7119 11.5 20 3960 4.762 3.6(3500) 34500 71000 555 725 610 0.93

35500 63000 600 505 425 1.228 26 80 91412 14 20 4000 5.556 5.2(3500) 46000 91500 870 1030 865 1.6

47500 80500 950 755 630 1.734 29 80 91412 17 20 4000 6.350 7.2

61500 117000 1380 1530 1280 2.4

81000 140000 2140 1740 1460 3.045 38 105 142017 22.5 22.5 3990 7.937 12.3

99000 187000 2860 3000 2520 3.9

119000 198000 3600 3000 2510 5.053 44 120 162320 26.5 30 3960 9.525 16.9

146000 264000 4850 5150 4350 6.5

181000 281000 6150 4950 4150 10.063 53 150 182622 31.5 35 3900 11.906 24.3

235000 410000 8950 10100 8450 14.1

85 65 180 243528 42.5 45 2520 345000 585000 17300 17400 14600 14.287 24.5 38.3


JAP

AN

L1

J1

T1

N

L

J

JAP

AN

L1

J1

T1

N

L

J

h

jD

jd

F

G

H1

L0

n F (G)

MPO

Dimensions in parenthesis are for items made of stainless steel.LH85 is the item on order.

GL type EL typeLH-EL (High load type)LH-GL (Super high load type)

LH15EL 55 39 4.524 4.6 16 47 38 30 M50.88 4.5 19.4 8 j3 4.5 3.3

LH15GL 74 58 14

LH20EL 69.8 50 530 5 21.5 63 53 40 M6110 5 25 10 M60.75 5 11

LH20GL 91.8 72 16

LH25EL 79 58 6.536 7 23.5 70 57 45 M81.2516 6.5 29 11 M60.75 6 11

LH25GL 107 (M81.2512) 86 20.5 (12)

LH30EL 98.6 72 1042 9 31 90 72 52 M101.518 9 33 11 M60.75 7 11

LH30GL 124.6 (M101.515) 98 23 (15)

LH35EL 109 80 948 9.5 33 100 82 62 M101.520 9 38.5 12 M60.75 8 11

LH35GL 143 114 26

LH45EL 139 105 12.560 14 37.5 120 100 80 M121.7524 10 46 13 Rc1/8 10 13

LH45GL 171 137 28.5

LH55EL 163 126 15.570 15 43.5 140 116 95 M14228 12 55 15 Rc1/8 11 13

LH55GL 201 164 34.5

LH65EL 193 147 18.590 16 53.5 170 142 110 M16224 14 74 23 Rc1/8 19 13

LH65GL 253 207 48.5

LH85GL 110 18 65 215 303 185 140 M202.530 15 243 51.5 92 30 Rc1/8 23 13

LH 35 0840 EL C 2 ** PN 0 II Series

Size

Rail length (mm)







Number of ball slides per rail* Please note that we assign the design number, and omit the last code (II) that indicates

a use of two rails as a set to finalize the reference number as product identification.


A34

A34

A33


Model No.

Assembly

Height

H E W2

Width

W

Length

L

Mounting hole

B1 L1 J1 K T

Grease fitting

Hole size T1 N

Width

W1

Height

H1

Pitch

F B3

G

(recommended)

Rail

(kg/m)

Ballslide

(kg)DW

aMax.lengthL0max.( ) for

stainless


(N) (Nm)

Mountingbolt hole

d D hB JQ1 l

M pitch l Q2


10800 20700 108 95 80 0.1715 15 60 4.57.55.3 7.5 20 2000 3.175 1.6(1800) 14600 32000 166 216 181 0.25

17400 32500 219 185 155 0.4520 18 60 69.58.5 10 20 3960 3.968 2.6(3500) 23500 50500 340 420 355 0.65

25600 46000 360 320 267 0.6323 22 60 7119 11.5 20 3960 4.762 3.6

(3500)34500 71000 555 725 610 0.93

35500 63000 600 505 425 1.2400028 26 80 91412 14 20 (3500) 5.556 5.2

46000 91500 870 1030 865 1.6

47500 80500 950 755 630 1.734 29 80 91412 17 20 4000 6.35 7.2

61500 117000 1380 1530 1280 2.4

81000 140000 2140 1740 1460 345 38 105 142017 22.5 22.5 3990 7.937 12.3

99000 187000 2860 3000 2520 3.9

119000 198000 3600 3000 2510 553 44 120 162320 26.5 30 3990 9.525 16.9

146000 264000 4850 5150 4350 6.5

181000 281000 6150 4950 4150 1063 53 150 182622 31.5 35 3900 11.906 24.3

235000 410000 8950 10100 8450 14.185 65 180 243528 42.5 45 2520 345000 585000 17300 17400 14600 14.287 24.5 38.3


Dimensions in parenthesis are for items made of stainless steel.LH85 is the item on order.

LH-EM (High load type)LH-FLLH-GM (Super high load type)LH-HL

LH15FL 55 4.57 39 4.5LH15EM 24 4.6 16 47 38 30 M50.87 4.4 4.5 19.4 8 j3 4.5 3.3LH15HL 74 4.57 58 14LH15GM M50.87 4.4LH20FL 69.8 69.5 50 5LH20EM 30 5 21.5 63 53 40 M61.09.5 5.3 5 25 10 M60.75 5 11LH20HL 91.8 69.5 72 16LH20GM M619.5 5.3LH25FL 710 (711.5)

LH25EM 79 M81.2510 6.8 58 6.536 7 23.5 70 57 45 (M81.2511.5) 6.5 29 11 M60.75 6 11

LH25HL 710 (711.5) (12)

LH25GM 107 M81.2510 6.8 86 20.5(M81.2511.5)LH30FL 912 (914.5)

LH30EM98.6 M101.512 8.6

72 10

42 9 31 90 72 52 (M101.514.5) 9 33 11 M60.75 7 11LH30HL 912(914.5) (15)

LH30GM124.6 M101.512 8.6

98 23(M101.514.5

LH35FL 109 913 80 9LH35EM 48 9.5 33 100 82 62 M101.513 8.6 9 38.5 12 M60.75 8 11LH35HL 143 913 114 26LH35GM M101.513 8.6LH45FL 139 1115 105 12.5LH45EM 60 14 37.5 120 100 80 M121.7515 10.5 10 46 13 Rc1/8 10 13LH45HL 171 1115 137 28.5LH45GM M121.7515 10.5LH55FL 163 1418 126 15.5LH55EM 70 15 43.5 140 116 95 M14218 12.5 12 55 15 Rc1/8 11 13LH55HL 201 1418 164 34.5LH55GM M14218 12.5LH65FL 193 1624 147 18.5LH65EM 90 16 53.5 170 142 110 M16224 146 14 74 23 Rc1/8 19 13LH65HL 253 1624 207 48.5LH65GM M16224 14.6LH85HL 110 18 65 215 303 185 140 1830 15 243 51.5 92 30 Rc1/8 23 13

LH 35 0840 FL C 2 ** PN 0 II Series

Size

Rail length (mm)







Number of ball slides per rail* Please note that we assign the design number, and omit the last code

(II) that indicates a use of two rails as a set to finalize the referencenumber as product identification.

The basic dynamic load rating is a load that furnishes 50 km rating fatigue life; it is a vertical and constant load to the ball slidemounting surface.When converting the basic dynamic load rating C to the dynamic load rating C100 for 100 km rating fatigue life,divide the C by 1.26

JAPAN

W2 W1

4- M l(jQ2 pilot drill)

lT

KH

E

W

B

MRO

MYO

B3

B1

JAPAN

W2 W1

4-jQ1 drill thru

lT

KH

E

W

B

MRO

MYO

B3

B1

JAP

AN

L1

J1

T1

N

L

J

h

jD

jd

F

G

H1

L0

n F (G)

MPO

EM GM type

FL HL type

10800 20700 108 95 80 0.18j3 8.5 3.3 3.175

14600 32000 166 216 181 0.26

17400 32500 219 185 155 0.33M60.75 5 11 3.968

23500 50500 340 420 355 0.48

6 25600 46000 360 320 267 0.46

M60.75 10 11 4.762 0.556 34500 71000 555 725 610 0.6910 0.82

7 31000 51500 490 350 292 0.69

M60.75 10 11 5.556 0.777 46000 91500 870 1030 865 1.1610 1.3

8 47500 80500 950 755 630 1.2

M60.75 15 11 6.350 1.58 61500 117000 1380 1530 1280 1.715 2.1

81000 140000 2140 1740 1460 3.0Rc1/8 20 13 7.937

99000 187000 2860 3000 2520 3.9

119000 198000 3600 3000 2510 4.7Rc1/8 21 13 9.525

146000 264000 4850 5150 4350 6.1

181000 281000 6150 4950 4150 7.7Rc1/8 19 13 11.906

235000 410000 8950 10100 8450 10.8

A36

A36

A35

LH Series (interchangeable part)

Dimensions of LH Series (Interchangeable ball slide)

LAH-AN (High load type)LAH-BN (Super high load type)

See Page A27 Reference Number of each interchangeable part.4-M l

B

W

W1

T

K

E

H

MRO

MYO

W2

B1

T1

L

MPO

JJ1

L1

N

T1

L

JJ1

L1

N

Model No.

Assembly

Height

H E W2

Width

W

Length

L

Mounting tap hole

TKJ1L1B1

Grease fitting

Hole size T1 N

Ball slide

(kg)DW


(N) (Nm)B J M pitch l

Ball slide Basic load rating Ball dia. Weight


Standardstock

AL typeAN type

BL typeBN type

LAH15AN 55 39 6.528 4.6 9.5 34 26 26 M40.76 4 23.4 8

LAH15BN 74 58 16

LAH20AN 69.8 36 50 730 5 12 44 32 M50.86 6 25 12

LAH20BN 91.8 50 72 11

LAH25AL 36 79 35 M616 58 11.5 29LAH25AN 40 7 12.5 48 35 M619 6.5 33 12LAH25BL 36 107 50 M616 86 18 29LAH25BN 40 M619 33

LAH30AL 42 85.6 40 M81.258 59 9.5 33LAH30AN 45 9 16 60 40 M81.2510 10 36 14LAH30BL 42 124.6 60 M81.258 98 19 33LAH30BN 45 M81.2510 36

LAH35AL 48 109 50 M81.258 80 15 38.5LAH35AN 55 9.5 18 70 50 M81.2512 10 45.5 15LAH35BL 48 143 72 M81.258 114 21 38.5LAH35BN 55 M81.2512 45.5

LAH45AN 139 60 105 22.570 14 20.5 86 60 M101.517 13 56 17

LAH45BN 171 80 137 28.5

LAH55AN 163 75 126 25.580 15 23.5 100 75 M121.7518 12.5 65 18

LAH55BN 201 95 164 34.5

LAH65AN 193 70 147 38.590 16 31.5 126 76 M16220 25 74 23

LAH65BN 253 120 207 43.5

LA H 30 AN S Z K Interchangeableball slide code

Series

Size

Ball slide shape code(See Table I-22)


Option code-K: Equipped with standard NSK K1-F: Fluoride low temperature

chrome platin + standard grease-F50: Fluoride low temperature



The basic dynamic load rating is a load that furnishes 50 km rating fatigue life; it is a vertical and constant load to the ball slide mounting surface.When converting the basic dynamic load rating C to the dynamic load rating C100 for 100 km rating fatigue life, divide the C by 1.26

A38

A38

A37


LAH-EL (High load type)LAH-GL (Super high load type)

See Page A27 Reference Number of each interchangeable part.

4-M lB

W

W1

T

K

E

H

MRO

MYO

W2

B1

T1

L

MPO

JJ1

L1

N

T1

L

JJ1

L1

N

Model No.

Assembly

Height

H E W2

Width

W

Length

L

Mounting tap hole

TKJ1L1B1

Grease fitting

Hole size T1 N

Ball slide

(kg)DW


(N) (Nm)B J M pitch l


10800 20700 108 95 803.175

0.17j3 4.5 3.3

14600 32000 166 216 181 0.25

17400 32500 219 185 1553.968

0.45M60.75 5 11

23500 50500 340 420 355 0.65

25600 46000 360 320 2674.762

0.63M60.75 6 11

34500 71000 555 725 610 0.93

35500 63000 490 505 4255.556

1.2M60.75 7 11

46000 91500 870 1030 865 1.6

47500 80500 950 755 6306.350

1.7M60.75 8 11

61500 117000 1380 1530 1280 2.4

81000 140000 2140 1740 14607.937

3.0Rc1/8 10 13

99000 187000 2860 3000 2520 3.9

119000 198000 3600 3000 25109.525

5.0Rc1/8 11 13

146000 264000 4850 5150 4350 6.5

181000 281000 6150 4950 415011.906

10.0Rc1/8 19 13

235000 410000 8950 10100 8450 14.1


StandardstockEL type GL type

LAH15EL 55 39 4.524 4.6 16 47 38 30 M50.88 4.5 19.4 8

LAH15GL 74 58 14

LAH20EL 69.8 50 530 5 21.5 63 53 40 M6110 5 25 10

LAH20GL 91.8 72 16

LAH25EL 79 58 6.536 7 23.5 70 57 45 M81.2516 6.5 29 11

LAH25GL 107 (M81.2512) 86 20.5 (12)

LAH30EL 98.6 72 1042 9 31 90 72 52 M101.518 9 33 11

LAH30GL 124.6 (M101.515) 98 23 (15)

LAH35EL 109 80 948 9.5 33 100 82 62 M101.520 9 38.5 12

LAH35GL 143 114 26

LAH45EL 139 105 12.560 14 37.5 120 100 80 M121.7524 10 46 13

LAH45GL 171 137 28.5

LAH55EL 163 126 15.570 15 43.5 140 116 95 M14228 12 55 15

LAH55GL 201 164 34.5

LAH65EL 193 147 18.590 16 53.5 170 142 110 M16224 14 74 23

LAH65GL 253 207 48.5

Dimensions in parenthesis are for items made of stainless steel.

LA H 30 EL S Z K Interchangeableball slide code

Series

Size







The basic dynamic load rating is a load that furnishes 50 km rating fatigue life; it is a vertical and constant load to the ball slidemounting surface.When converting the basic dynamic load rating C to the dynamic load rating C100 for 100 km rating fatigue life,divide the C by 1.26

A40

A40

A39


LAH-EM (High load type)LAH-FLLAH-HL (Super high load type)LAH-GM

See Page A27 Reference Number of each interchangeable part.

Model No.

Assembly

Height

H E W2

Width

W

Length

L

Mounting hole

TKJ1L1B1

Grease fitting

Hole size T1 N

Ball slide

(kg)DW


(N) (Nm)B J

Q1 lM pitch l Q2


10800 20700 108 95 80 0.17j3 4.5 3.3 3.175

14600 32000 166 216 181 0.25

17400 32500 219 185 155 0.45M60.75 5 11 3.968

23500 50500 340 420 355 0.65

25600 46000 360 320 267 0.63M60.75 6 11 4.762

34500 71000 555 725 610 0.93

35500 63000 600 505 425 1.2M60.75 7 11 5.556

46000 91500 870 1030 865 1.6

47500 80500 950 755 630 1.7M60.75 8 11 6.35

61500 117000 1380 1530 1280 2.4

81000 140000 2140 1740 1460 3Rc1/8 10 13 7.937

99000 187000 2860 3000 2520 3.9

119000 198000 3600 3000 2510 5Rc1/8 11 13 9.525

146000 264000 4850 5150 4350 6.5

181000 281000 6150 4950 4150 10Rc1/8 19 13 11.906

235000 410000 8950 10100 8450 14.1Rc1/8 23 13 345000 585000 17300 17400 14600 14.287 24.5


Standardstock

LAH15FL 55 4.57 39 4.5LAH15EM 24 4.6 16 47 38 30 M50.87 4.4 4.5 19.4 8LAH15HL 74 4.57 58 14LAH15GM M50.87 4.4LAH20FL 69.8 69.5 50 5LAH20EM 30 5 21.5 63 53 40 M619.5 5.3 5 25 10LAH20HL 91.8 69.5 72 16LAH20GM M619.5 5.3LAH25FL 710 (711.5)

LAH25EM 79 M81.2510 6.8 58 6.536 7 23.5 70 57 45 (M81.2511.5) 6.5 29 11

LAH25HL 710 (711.5) (12)

LAH25GM 107 M81.2510 6.8 86 20.5(M81.2511.5)LAH30FL 912 (914.5)

LAH30EM 98.6 M101.512 8.6 72 1042 9 31 90 72 52 (M101.514.5) 9 33 11

LAH30HL 912 (914.5) (15)

LAH30GM 124.6 M101.512 8.6 98 23(M101.514.5)LAH35FL 109 913 80 9LAH35EM 48 9.5 33 100 82 62 M101.513 8.6 9 38.5 12LAH35HL 143 913 114 26LAH35GM M101.513 8.6LAH45FL 139 1115 105 12.5LAH45EM 60 14 37.5 120 100 80 M121.7515 10.5 10 46 13LAH45HL 171 1115 137 28.5LAH45GM M121.7515 10.5LAH55FL 163 1418 126 15.5LAH55EM 70 15 43.5 140 116 95 M14218 12.5 12 55 15LAH55HL 201 1418 164 34.5LAH55GM M14218 12.5LAH65FL 193 1624 147 18.5LAH65EM 90 16 53.5 170 142 110 M16224 146 14 74 23LAH65HL 253 1624 207 48.5LAH65GM M16224 14.6LAH85HL 110 18 65 215 303 185 140 1830 15 243 51.5 92 30

Dimensions in parenthesis are for items made of stainless steel.

LA H 30 FL S Z K Interchangeableball slide code

Series

Size








B

W

W1

T

K

E

H

MRO

MYO

W2

B1

4-M l(jQ2 pilot drill)

B

W

W1

T

K

E

H

MRO

MYO

W2

B1

4-jQ1 l JAP

AN

T1

L

JJ1

L1

N

EM GM type

FL HL type

A42

A42

A41


D

H1

L0

nF

F

(G)G

W1

d

h

B3

Model No. WidthW1

Rail Weight

Table I-57

HeightH1

PitchF

Mounting bolt holed D h B3

GRecommended

Max. lengthL0MAX

( )for stainless

Rail(Kg / m)

A-I-5.2 LS Series

(1) High self aligning capability (rolling direction)Same as the DF combination in angular contact bearings,self-aligning capability is high because the cross point ofthe contact lines of balls and grooves comes inside,reducing moment rigidity. This increases the capacity toabsorb the error of installation.

(2) High load carrying capacity to verticaldirection

The contact angle is set at 50 degrees, increasing loadcarrying capacity as well as rigidity against the load invertical direction.

(3) High resistance against impact loadThe bottom ball groove is formed in gothic-arch and thecenter of the top and bottom grooves are offset as shownin Fig. I-56. The vertical load is usually carried by top 2rows at where balls are contacting at two points. Becauseof this design, the bottom rows will carry the load when alarge impact load is applied as shown in Fig. I-57. Thisassures high resistance to the impact load.

(4) Highly accurateAs shown in Fig. I-58, fixing the measuring rollers issimple thanks to the gothic-arch groove. This makes easyand accurate measuring of ball- grooves.

(5) Easy to handle, and designed with safety inmind.

Balls are retained in the retainer and do not fall out whenthe ball slide is withdrawn from the rail.

(6) Abundant models and sizes come in series.Each series have several ball slide models, rendering thelinear guide available for numerous uses. The LS Seriesalso has standardized long stainless- steel rail (maximum:3 500 mm).

(7) Interchangeable series is available (shortdelivery time)

The series enables random matching of rails and ball

slides (interchangeability) for prompt delivery.

Contact stress

A

Q

B

M

Fig. I-56 Enlarged illustration: Offset gothic-arch

Fig. I-55 LS Series

Normal load

Supported by 2 rows

Impact load

Supported by 4 rows

Fig. I-57 When load is applied

Grinding wheel


Master roller

W

h


Fig. I-58 Rail-grinding and measuring

Unit: mm

StandardstockDimensions of LH Series (Interchangeable rail)

Example of reference number

Regular rail (non-butting rail)

L1H15 15 15 60 4.57.55.3 7.5 20 2000 (1800) 1.6

L1H20 20 18 60 69.58.5 10 20 3960 (3500) 2.6

L1H25 23 22 60 7119 11.5 20 3960 (3500) 3.6

L1H30 28 26 80 91412 14 20 4000 (3500) 5.2

L1H35 34 29 80 91412 17 20 4000 7.2

L1H45 45 38 105 142017 22.5 22.5 3990 12.3

L1H55 53 44 120 162320 26.5 30 3960 16.9

L1H65 63 53 150 182622 31.5 35 3900 24.3

G dimension is 1/2F-00.5 for butting rail.

L1 H 30 1200 L C N T** PC Z interchangeable rail code

Series code

Size code

Rail length (mm)

Shape code (L: Standard)

Material/surface treatment code (See Table I-41)

*Butting rail specificationN: Non-buttingL: Butting specification

Preload codeT: Fine clearanceZ: Slight preload

Accuracy code: PC(PC grade is only available)

*Design serial numberT: Domestic standardK: Domestic semi-standardB: International user standard

* Please consult with NSK for butting rail specification.

A44

A44

A43

W

B

T

KH

E

W2 W1

MYO

MRO

JAPAN

B3

B1

JAP

AN

LS 20

J1

L

L1 2-M l

JAP

AN

4-M lLS

20

J1

L

L1

N

T1

hH1

L0

G

F

n F

jd

jD

J

(G)

MRO

Model No.

Assembly

Height

H E W2

Width

W

Length

L

Mounting tap hole

B1 L1 J1 K T

Grease fitting

Hole size T1 N

Width

W1

Height

H1

Pitch

F B3

G

(recommended)

Rail

(kg/m)

Ballslide

(kg)DW


stainless


(N) (Nm)

Mountingbolt hole

d D hB J M pitch l


g 5400 9100 46 25 21 0.1415 12.5 60 3.564.5 7.5 20 2000 2.778 1.44.57.55.3 (1700) 8350 16900 85 77 65 0.20

7900 13400 92 47 39 0.1920 15.5 60 69.58.5 10 20 3960 3.175 2.3(3500) 11700 23500 160 133 111 0.28

12700 20800 164 91 76 0.3423 18 60 7119 11.5 20 3960 3.968 3.1(3500) 18800 36500 286 258 217 0.51

18700 29600 282 139 116 0.5828 23 80 7119 14 20 4000 4.762 4.8(3500) 28800 55000 520 435 365 0.85

26000 40000 465 220 185 0.8634 27.5 80 91412 17 20 4000 5.556 7.0(3500) 40000 74500 865 695 580 1.3


CL type AL type

LS15CL 40.4 23.6 11.824 4.6 9.5 34 26 M40.76 4 19.4 10 3 6 3

LS15AL 56.8 26 40 7

LS20CL 47.2 30 1528 6 11 42 32 M50.87 5 22 12 M60.75 5.5 11

LS20AL 65.2 32 48 8

LS25CL 59.6 38 1933 7 12.5 48 35 M619 6.5 26 12 M60.75 7 11

LS25AL 81.6 35 60 12.5

LS30CL 67.4 42 2142 9 16 60 40 M81.2512 10 33 13 M60.75 8 11

LS30AL 96.4 40 71 15.5

LS35CL 77 49 24.548 10.5 18 70 50 M81.2512 10 37.5 14 M60.75 8.5 11

LS35AL 108 50 80 15

gStandard mounting hole of LS15 rail is for M3 bolts (Hole size: 3.564.5).If you require the mounting hole for M4 bolts (Hole size: 4.57.55.3), please specify it when ordering.

LS-CL (Medium load type)LS-AL (High load type)

LS Series (preloaded assembly)

Dimensions of LS Series (Preloaded assembly)

LS 35 0840 AL C 2 ** PN 0 II Series

Size

Rail length (mm)










A46

A46

A45


LS-JL (Medium load type)LS-EL (High load type)

JAPAN

W

B

T

KH

E

W2 W1

MYO

MRO

B1

B3

T1

L

J1

L1

N

2-M l

JAP

AN

LS 20

LN

G

F

n F

jd

J

(G)

J1

L1

T1

hH1

jD

L0

MRO

4-M l

Model No.

Assembly

Height

H E W2

Width

W

Length

L

Mounting tap hole

B1 L1 J1 K T

Grease fitting

Hole size T1 N

Width

W1

Height

H1

Pitch

F B3

G

(recommended)

Rail

(kg/m)

Ballslide

(kg)DW


stainless


(N) (Nm)

Mountingbolt hole

d D hB J M pitch l



LS15JL 40.4 23.6 11.824 4.6 18.5 52 41 M50.88 5.5 19.4 8 3 6 3

LS15EL 56.8 26 40 7

LS20JL 47.2 30 1528 6 19.5 59 49 M6110 5 22 10 M60.75 5.5 11

LS20EL 65.2 32 48 8

LS25JL 59.6 38 1933 7 25 73 60 M81.2512 6.5 26 11 M60.75 7 11

LS25EL 81.6 35 60 12.5 (12)

LS30JL 67.4 42 2142 9 31 90 72 M101.518 9 33 11 M60.75 8 11

LS30EL 96.4 40 (M101.515) 71 15.5 (15)

LS35JL 77 49 24.548 10.5 33 100 82 M101.520 9 37.5 12 M60.75 8.5 11

LS35EL 108 50 (M101.515) 80 15 (15)


g5400 9100 46 25 21 0.17

15 12.5 603.564.5

7.5 202000

2.778 1.44.57.55.3 (1700)8350 16900 85 77 65 0.26

7900 13400 92 47 39 0.2420 15.5 60 69.58.5 10 20

39603.175 2.3(3500)

11700 23500 160 133 111 0.35

12700 20800 164 91 76 0.4423 18 60 7119 11.5 20

39603.968 3.1(3500)

18800 36500 286 258 217 0.66

18700 29600 282 139 116 0.7628 23 80 7119 14 20

40004.762 4.8(3500)

28800 55000 520 435 365 1.2

26000 40000 465 220 185 1.234 27.5 80 91412 17 20

40005.556 7.0(3500)

40000 74500 865 695 580 1.7

JL type EL type

LS 35 0840 EL C 2 ** PN 0 II Series

Size

Rail length (mm)










A48

A48

A47


Model No.

Assembly

Height

H E W2

Width

W

Length

L

Mounting hole

B1 L1 J1 K T

Grease fitting

Hole size T1 N

Width

W1

Height

H1

Pitch

F B3

G

(recommended)

Rail

(kg/m)

Ballslide

(kg)DW


stainless


(N) (Nm)

Mountingbolt hole

d D hB J Q1 l Q2



LS15KL 40.4 4.57 23.6 11.8LS15JM 24 4.6 18.5 52 41 M50.87 4.4 5.5 19.4 8 3 6 3LS15FL 56.8 26 4.57 40 7LS15EM M50.87 4.4LS20KL 5.59 (5.59.5)

LS20JM 47.2 M619 5.3 30 1528 6 19.5 59 49 (M619.5) 5 22 10 M60.75 5.5 11

LS20FL 5.59 (5.59.5)

LS20EM 65.2 32 M619 5.3 48 8(M619.5)LS25KL 710 (711.5)

LS25JM 59.6 M81.2510 6.8 38 1933 7 25 73 60 (M81.2511.5) 6.5 26 11 M60.75 7 11

LS25FL 710 (711.5) (12)

LS25EM 81.6 35 M81.2510 6.8 60 12.5(M81.2511.5)LS30KL 912 (914.5)

LS30JM 67.4 M101.512 8.6 42 2142 9 31 90 72 (M101.514.5) 9 33 11 M60.75 8 11

LS30FL 912 (914.5) (15)

LS30EM 96.4 40 M101.512 8.6 71 15.5(M101.514.5)LS35KL 913 (914.5)

LS35JM 77 M101.513 8.6 49 24.548 10.5 33 100 82 (M101.514.5) 9 37.5 12 M60.75 8.5 11

LS35FL 913 (914.5) (15)

LS35EM 108 50 M101.513 8.6 80 15(M101.514.5)


5400 9100 46 25 21 0.17 1.415 12.5 60

g3.564.5 7.5 20 2000 2.7784.57.55.3 (1700) 8350 16900 85 77 65 0.26

7900 13400 92 47 39 0.2420 15.5 60 69.58.5 10 20 3960 3.175 2.3

(3500)11700 23500 160 133 111 0.35

12700 20800 164 91 76 0.4423 18 60 7119 11.5 20 3960 3.968 3.1

(3500)18800 36500 286 258 217 0.66

18700 29600 282 139 116 0.7628 23 80 7119 14 20 4000 4.762 4.8

(3500)28800 55000 520 435 365 1.2

26000 40000 465 220 185 1.234 27.5 80 91412 17 20 4000 5.556 7

(3500)40000 74500 865 695 580 1.7

LS-KL (Medium load type)LS-FL (High load type)

LS 35 0840 FL C 2 ** PN 0 II Series

Size

Rail length (mm)









JAPANLS20

WB

TK

H

E

W2 W1

MYO

MRO

B1

B3

JAP

AN

LS 20

J1

LL1 2-M l

(jQ2 pilot drill)

JAP

AN

LS 20

J1

LL1 2-jQ1 l

JAP

AN

LS 20

LN

GF

n F

jd

J

(G)

4-jQ1 lJ1

L1

T1

hH1

precision machine components - snoy.rusnoy.ru/pdf/tech_doc/nsk-precision catalogue.pdf ·...

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