HepcoMotion - promshop.info · ‘P’ Precision Grade ‘SP ... 39600 70100 960 750 730 1.6 7.2 LBG – 35FL 52300 92700 1250 950 950 2 LBG – 45F 4000 16 67400 121000 2160 1700

LBGLinear Ball Guides

HepcoMotion®

www.bergab.ru Берг АБ [email protected] Тел. (495)-228-06-21, факс (495) 223-3071


Contents

Page

Introduction 1

Selection Details 2

Accuracy Details 3

Assembly Mounting – Preload 4

Product Dimensional Details

LBG--F International Standard, with Flange 5

LBG--W International Standard, without Flange 6

LBC-- W Compact, Long & Short block, without Flange 7

LBG--M Miniature Linear Guideways 8

Technical Data Load/Life 9-11

Accessories Protective Cover, Oil Tank Reservoir 12(see figure 1 & 2)

Ordering Details 13

Adhesive Protective Cover (LBG--C) Oil Tank Reservoir (LBG--T)

End Fixing

Protective Cover – Steel

End Fixing

Applicator

Figure 1 Figure 2

LBG

LBG

LBC

See page 12 for details.

UNDER

DEVELOPMENT

Fitted Oil Tank



1

• Built-in Felt Wiper – Aids lubrication • High Accuracy – High levels of repeatability• Angular Contact Configuration – Equal load carrying in four directions • Smooth Movement – Low noise• New Recirculation System – Smooth running/improved performance • Interchangeable with International Standard• Oil Tank Feature – Increases maintenance intervals and system life • Protective Steel Cover – reduces debris traps• Range of Precisions – Satisfies a broad range of applications • Competitive prices – low installation costs• Integral All Round Sealing – Added protection • Ex-Stock Delivery – Order with confidence

Hepco LBG: Four Row Angular Contact Configuration

Bearing Block Configuration

Hepco’s LBG Linear Ball Guides offer a comprehensive range of sizes, precisions and pre-load options designed to meet abroad range of applications where quality, accuracy, capacity, high reliability and interchangeability across internationalstandard are considered prime requirements.

The LBG range has been designed and constructed around the Four Row Angular Contact ball track concept, thereby offeringdistinct user benefits such as low friction and reduced differential slip, higher loads, installation compliance and the ability toabsorb minor errors on the mounting surfaces without compromising smooth movement and system performance (Figure 1).

In keeping with Hepco tradition the LBG range offers several unique design features setting it apart from other ball based linearguideways. The newly developed ball recirculating system has excellent performance characteristics resulting in – reducedfriction, low noise and smooth movement. As with all bearing based recirculating systems it is important to ensure that theblocks are kept well lubricated during operation and regular lubrication intervals are observed.

The built-in Felt Wiper within the LBG block aids lubrication helping to maintain a positive oil film at the bearing contactsurfaces (Figure 2).

Extended life and longer intervals between lubrication maintenance can be achieved by fitting the Oil Tank Reservoir (OTR).This unique feature, only available from Hepco, will ensure that a constant flow of oil is maintained within the bearing blockand at the bearing contact surfaces (see page 12).

Where debris protection is considered important, Hepco offer a simple and cost effective Adhesive Protective Cover whichprotects the top surface of the rail giving a clear, well finished appearance whilst covering potential debris traps (see page 12).

Hepco LBG – Features and Benefits

Introducing the HepcoMotion® LBGLinear Ball Guides

45˚

45˚

90˚

Figure 1

Figure 2

LBG BlockTop Retainer

Steel BallsLubrication

FeltGreaseNipple

RetainingScrew

Scraper/Seal End Plate RecirculationUnit

BottomRetainer



2

Selection Details

See page 13 for part number configuration and full ordering details.

See page 3 for accuracy details. See page 4 for preload details.

Hepco’s range of Linear Ball Guides are designed to interchange with international standards and come with a range ofoptions to give the user choice in design and selection.

Hepco offer a full range of sizes with precisions and preloads to meet your particular application requirements. All the options listedare available on a short lead time basis. To enable Ex-stock delivery a selected range across the most popular sizes, in ‘N’ – NormalPrecision and ‘ZO’ Zero Preload, are held in stock, these are marked with the symbol on the relevant pages.

As with all Hepco products a full selection and application advisory service is offered via our Technical Department – pleasecontact our Sales Department for advice and assistance.

Accuracy Grades

‘N’ Normal

‘H’ High Grade

‘P’ Precision Grade

‘SP’ Super Precision

‘UP’ Ultra Precision

Oil Tank/Cover Strip

LBG--T Oil Tank

LBG--C Protective Strip

Block/Flange Selection

‘F’ With Flange

‘W’ Without Flange

‘T’ Through Hole with Flange

‘FL’ Long Type with Flange

‘WL’ Long Type without Flange

‘TL’ Long Type Through Hole with Flange

‘WS’ Short Type without Flange

Preload Grades

‘ZF’ Clearance

‘ZO’ Zero Preload

‘Z1’ Light Preload

‘Z2’ Middle Preload

‘Z3’ Heavy Preload

Stock Range

Stock Range

Stock Range

Stock Range

Stock Range

Stock Range

Stock Range

Stock Range



Accuracy Details

3

Grade Normal High Precision Super Precision Ultra PrecisionItem (N) see note (H) (P) (SP) (UP)

Tolerance on Height (H) ±0.1 ±0.04 0 0 0-0.04 -0.02 -0.01

Tolerance on Width (W) ±0.1 ±0.04 0 0 0-0.04 -0.02 -0.01

Difference on Heights (� H) 0.03 0.02 0.01 0.005 0.003

Difference on Widths (� W) 0.03 0.02 0.01 0.005 0.003

Running Parallelism of LB Block Surface� C Refer to Figure 1C with respect to Surface A

Running Parallelism of LB Block Surface� D Refer to Figure 1D with respect to Surface B

Accuracy Standard

LBG

DatumEdge

DatumEdge

C D

A BW

H

C D

A B

LBG

H

W

Normal (N)

High (H)

Precision (P)

Super-Precision (SP)

Ultra-Precision (UP)

40003000200010000

10

20

30

40(µm)

� C

� D

Parallelism

LBG Rail Length (mm)Figure 1

Unit : mm

Stock RangeNote:



4

Assembly Details

Mounting Surface Tolerance

Preload Forces

Item (Ra) (Hr) (Hs) (Lb) Bolt Tightening TorqueMax Fillet Max Height Max Height Bolt Size/Length: Unit : Ncm

Ref Rail Shoulder Block Shoulder Rail Steel Base Aluminium Base

LBG – 15 0.8 4 5 M4 x 16 4.0 2.0

LBG – 20 0.8 4.5 6 M5 x 20 8.8 4.5

LBG – 25 1.2 6 7 M6 x 25 13.5 6.9

LBG – 30 1.2 8 8 M8 x 30 30.0 15.0

LBG – 35 1.2 8.5 9 M8 x 30 30.0 15.0

LBG – 45 1.6 12 11 M12 x 40 118.0 59.0

LBG – 55 1.6 13 12 M14 x 45 157.0 78.5

GradeZ3 Z2 Z1 Z0 ZF

Ref see note

LBG – 15 10 15 18 25 25

LBG – 20 15 18 20 25 25

LBG – 25 18 20 22 30 30

LBG – 30 22 27 30 40 40

LBG – 35 25 30 35 50 50

LBG – 45 30 35 40 60 60

LBG – 55 40 45 50 70 70

Grade Symbol PreloadForce

Clearance ZF 0

Zero Preload Z0 0see note

Light Preload Z1 0.02C

Medium Preload Z2 0.05C

Heavy Preload Z3 0.07C

GradeZ3 Z2 Z1 Z0 ZF

Ref see note

LBG – 15 30 50 85 130 130

LBG – 20 30 50 85 130 130

LBG – 25 40 70 85 130 130

LBG – 30 50 90 110 170 170

LBG – 35 70 120 150 210 210

LBG – 45 80 140 170 250 250

LBG – 55 100 170 210 300 300

Unit : mm

Unit : µm (A)

Basic Dynamic Load Rating : C

1. Tolerance for Parallelism between two rails.

Unit : µm (B)

2. Tolerance for Mounting to a level surface.

For further advice and assistance on mounting andassembly – please contact our Technical Department.

LBGLBG

RaRa

Hr

DatumEdge

DatumEdge

Ra

Ra

Hs

Lb

A

210 210

B

Stock RangeNote:



LBG--F International Standard – with Flange

5

H1

T1

L1J

L max

G

øD

See Note 2

See Note 1

h

ødF

4-MQ

LBG

4-MQ

Ms

W

B

H

E

Mv

W2 W1

M

l

L N

Notes:1. For screw size and torque details see assembly details page 4.2. Customer to specify end hole position ‘G’. If ‘G’ is not specified, position will be equal both ends based on ‘L’ overall rail length.3. See page 13 for part number confirmation and ordering details.

4.

‘T’ = Through Hole ‘TL’ = Long Type Through Hole See Notes 3 and 4

System Assembly LBG Block LBG Rail(mm) (mm) (mm)

Ref No. H W W2 E L BxJ MQxl L1 Oil hole T1 N W1 H1 F dxDxh

LBG – 15F 24 47 16 4.6 66 38x30 M5x8 40 Ø3 4.3 5 15 14 60 4.5x7.3x5.3

LBG – 20F30 63 21.5 5

77.853x40 M6x9

48.8M6x1 5 6.5 20 18 60 6x9.5x8.5

LBG – 20FL 92.4 63.4

LBG – 25F36 70 23.5 7

8857x45 M8x12

57M6x1 5 6.5 23 22 60 7x11x9

LBG – 25FL 110.1 79.1

LBG – 30F42 90 31 9

10972x52 M10x12

72M6x1 7 6.5 28 26 80 9x14x12

LBG – 30FL 131.3 94.3

LBG – 35F48 100 33 9.5

11982x62 M10x13

80M6x1 8 6.5 34 29 80 9x14x12

LBG – 35FL 144.8 105.8

LBG – 45F60 120 37.5 14

148.2100x80 M12x15

105M8x1 10 13 45 38 105 14x20x17

LBG – 45FL 173 129.8

LBG – 55F– – – –

– under development –– – – – – – –

LBG – 55FL –contact our technical

–department

Ref Data Basic Load Rating Static Moment Weight(mm) (N) (Nm) (Kg)

Ref No. Lmax G (min) Dynamic (C) Static (Co) Ms M Mv Block (Kg) Rail Kg/m

LBG – 15F 4000 10 8500 16500 100 80 80 0.19 1.4

LBG – 20F4000 10

14500 25600 220 180 180 0.42.6

LBG – 20FL 19000 33300 286 234 234 0.52

LBG – 25F4000 10

21400 40000 360 320 310 0.573.6

LBG – 25FL 29960 56000 504 448 434 0.72

LBG – 30F4000 12

29800 54900 600 500 490 1.15.2

LBG – 30FL 39000 71900 785 650 650 1.4

LBG – 35F4000 12

39600 70100 960 750 730 1.67.2

LBG – 35FL 52300 92700 1250 950 950 2

LBG – 45F4000 16

67400 121000 2160 1700 1680 2.712.3

LBG – 45FL 83300 149500 2670 2100 2100 3.6

LBG – 55F– – -

under development – – – –

LBG – 55FLcontact our technical

– – – ––

department

‘F’ = Tapped Hole ‘FL’ = Long Type Tapped Hole

Stock Range



6

LBG--W International Standard – without Flange

H1

T1

LL1J

L max

G

øD

See Note 2

See Note 1

h

ødF

4-MQ

LBG

4-MQ

Ms

W

B

HMv

W2 W1

M

l

E

N

See Notes 3 and 4

Notes:1. For screw size and torque details see assembly details page 4.2. Customer to specify end hole position ‘G’. If ‘G’ is not specified, position will be equal both ends based on ‘L’ overall rail length.3. See page 13 for part number confirmation and ordering details.

4.

System Assembly LBG Block LBG Rail(mm) (mm) (mm)

Ref No. H W W2 E L BxJ MQx ll L1 Oil hole T1 N W1 H1 F dxDxh

LBG – 15W 28 34 9.5 4.6 66 26x26 M4x6.4 40 Ø3 8.3 5 15 14 60 4.5x7.3x5.3

LBG – 20W30 44 12 5

77.8 32x36M5x8

48.8M6x1 7 6.5 20 18 60 6x9.5x8.5

LBG – 20WL 92.4 32x50 63.4

LBG – 25W40 48 12.5 7

88 35x35M6x9.6

57M6x1 11.8 6.5 23 22 60 7x11x9

LBG – 25WL 110.1 35x50 79.1

LBG – 30W45 60 16 9

109 40x40M8x12.8

72M6x1 10 6.5 28 26 80 9x14x12

LBG – 30WL 131.3 40x60 94.3

LBG – 35W55 70 18 9.5

119 50x50M8x12.8

80M6x1 15 6.5 34 29 80 9x14x12

LBG – 35WL 144.8 50x72 105.8

LBG – 45W70 86 20.5 14

148.2 60x60M10x16

105M8x1 18 13 45 38 105 14x20x17

LBG – 45WL 173 60x80 129.8

LBG – 55W– – – –

– under development –– – – – – – –

LBG – 55WL –contact our technical

–department


Ref No. Lmax G Dynamic (C) Static (Co) Ms M Mv Block (Kg) Rail Kg/m

LBG – 15W 4000 10 8500 16500 100 80 80 0.21 1.4

LBG – 20W4000 10

14500 25600 220 180 180 0.312.6

LBG – 20WL 19000 33300 286 234 234 0.47

LBG – 25W4000 10

21400 40000 360 320 310 0.453.6

LBG – 25WL 29960 56000 504 448 434 0.56

LBG – 30W4000 12

29800 54900 600 500 490 0.915.2

LBG – 30WL 39000 71900 785 650 650 1.2

LBG – 35W4000 12

39600 70100 960 750 730 1.57.2

LBG – 35WL 52300 92700 1250 950 950 1.9

LBG – 45W4000 16

67400 121000 2160 1700 1680 2.312.3

LBG – 45WL 83300 149500 2670 2100 2100 2.8

LBG – 55W– –

under development – – – –

LBG – 55WLcontact our technical

– – – ––

department

‘W’ = Without Flange ‘WL’ = Long Type without Flange

Stock Range



LBC--W Compact Version Long & Short Block – without Flange

7

H1

T1

LL1J

L max

G

øD

SeeNote

2

h

ødF

4-MQ 2-MQ

L

L1T1

SeeNote

1

LBC

4-MQ

Ms

W

B

HMv

W2 W1

M

l l

E

NN

See Notes 3 and 4.

Notes:1. For screw size and torque details see assembly details page 4.2. Customer to specify end hole position ‘G’. If ‘G’ is not specified position will be equal both ends based on ‘L’ overall rail length. 3. See page 13 for part number confirmation and ordering details.

4.

System Assembly LBC Block LBC Rail(mm) (mm) (mm)

Ref No. H W W2 E L BxJ MQxl L1 Oil hole T1 N W1 H1 F dxDxh

LBC – 15W24 34 9.5 4.6

66 26x26M4x5.6

40Ø3 4.3 5 15 14 60 4.5x7.3x5.3LBC – 15WS 47.6 26x– 21.6

LBC – 20W28 42 11 5

77.8 32x32M5x7

48.8M6x1 5 6.5 20 18 60 6x9.5x8.5LBC – 20WS 58 32x– 28

LBC – 25W 88 35x35 57

LBC – 25WS 33 48 12.5 7 62.5 35x– M6x8.4 31.5 M6x1 4.8 6.5 23 22 60 7x11x9

LBC – 25WL 110.1 35x50 79.1

LBC – 30W 109 40x40 72

LBC – 30WS 42 60 16 9 75.6 40x– M8x11.2 38.6 M6x1 7 6.5 28 26 80 7x14x12

LBC – 30WL 131.3 40x60 94.3

LBC – 35W 119 50x50 80

LBC – 35WS 48 70 18 9.5 84.7 50x– M8x11.2 45.7 M6x1 8 6.5 34 29 60 7x14x12

LBC – 35WL 144.8 50x72 105.8

LBC – 45W60 86 20.5 14

148.2 60x60M10x14

105M8x1 8.5 13 45 38 105 14x20x17LBC – 45WL 173 60x80 129.8

LBC – 55W– – – –

– under development –– – – – – – –LBC – 55WL –

contact our–technical department


Ref No. Lmax G Dynamic (C) Static (Co) Ms M Mv Block (Kg) Rail Kg/m

LBC – 15W4000 10

8500 16500 100 80 80 0.171.4LBC – 15WS 5100 9500 60 48 48 0.10

LBC – 20W4000 10

14500 25600 220 180 180 0.262.6LBC – 20WS 8300 14700 126 103 103 0.17

LBC – 25W 21400 40000 360 320 310 0.38

LBC – 25WS 4000 10 11900 22300 200 175 172 0.21 3.6

LBC – 25WL 29960 56000 504 448 434 0.53

LBC – 30W 29800 54900 600 500 490 0.81

LBC – 30WS 4000 12 15950 29400 320 270 270 0.48 5.2

LBC – 30WL 39000 71900 785 650 650 1.06

LBC – 35W 39600 70100 960 750 730 1.2

LBC – 35WS 4000 12 22600 40000 545 425 415 0.8 7.2

LBC – 35WL 52300 92700 1250 950 950 1.6

LBC – 45W4000 16

67400 121000 2160 1700 1680 2.112.3LBC – 45WL 83300 149500 2670 2100 2100 2.6

LBC – 55W– – under development contact our – – – –

–LBC – 55WL technical department – – – –

‘W’ = Standard Block ‘WS’ = Short Block ‘WL’ = Long Block

Stock Range



8

LBG--M Miniature Guideways

NEWRANGE COMIN

GSO

ON

UNDERDEV

ELOPM

ENT



fa = (fb x Co) / P or fa = (fb x Mo) / M fa : Static Safety Factor

Co : Basic Load Rating – Static

P : Applied Load

M : Applied Moment

fb : Mounting Factor

Mo : Permissible Static Moment

Technical Data

9

Basic Static/Dynamic Load Rating Co & C

When a linear Guide System is subjected to extreme load or impact, permanent deformation can occur between the racewayand rolling elements. Should deformation become excessive the running quality, smoothness and efficiency of the Guidewaywill be impaired.

The definition of basic load rating Co is stated as – a static load of constant magnitude acting in one direction under whichthe sum of the deformation of the elements and race way equals 0.0001 times the diameter of the rolling elements. Basicdynamic load rating C is the load of constant magnitude acting in one direction that results in nominal life of 50km for aGuideway using balls.

Basic Static Moment Rating Ms, M, Mv

The basic moment ratings in the Ms, M and Mv direction are stated as static moment capacities in the load rating charts. See pages 5-7.

Safety Factor – Static : fa

The static safety factor fa should be considered related to the basic load rating Co, the acting load and the operatingcondition. Reference value of the static safety factor fa in given operating conditions is stated as follows:

Factor fa:

Load/Life

Operating Condition Applied Load Condition Minimum fa

Static Small Impact 1.0 – 1.4

High Impact Load 2.0 – 3.0

DynamicSmall Impact 1.0 – 2.0

High Impact Load 2.5 – 6.0

Ms

Mv

L max

M

LBG



10

Technical Data

Mounting Factor : fbIn the Guideway mounting process, where the elements are in close contact it can be difficult to obtain a uniform distribution ofthe applied load across all the bearing blocks due to mounting face variations. Where two or more Blocks are used in closeproximity or where there is a mounting surface variation – multiply the stated basic load ratings C and Co by the mounting factor.

Factor fb:

Frictional Resistance : µThe frictional resistance of a Guidewaycan be determined using the following formula:

F = µ x P + fs

F : Frictional resistance (N) P : Load (N)

µ : Coefficient of friction fs : Seal resistance

P : LoadC : Basic Dynamic Load Capacity

Seal Resistance : fs

Blocks Per System Mounting Factor fb

2 0.8

3 0.71

4 0.65

5 0.60

Normal 1

Reference No. Seal Resistance (N)per block

LBG15 2.6

LBG20 2.0

LBG25 3.6

LBG30 7.1

LBG35 8.2

LBG45 9.2

LBG55 10

Impact and Vibration Condition Travel Speed Velocity (V) fv

No External Impact or Vibration V<= 15m / min 1 – 1.5Low Speed

Slight Impact and Vibration 15<V<= 60m / min 1.5 – 2.0Medium Speed

Medium Impact and Vibration V>60m / min 2.0 – 3.5High Speed

0 0.1 0.2

0.015

0.010

0.005

Load Ratio (P/C)

Coef

ficie

nt o

f fric

tion

(µ)

Variable Load Factor : fv



L = fr x ft x fb x C 3

x 50fv P

Technical Data

11

Raceway Hardness (HRC) : frLinear Guides operate at their optimum load carryingcapacity with a raceway harness of HRC 58 to 64.Where the raceway hardness is lower than HRC 58 thehardness factor fr should be applied. Hepco LBG Guideshave a hardness value in excess of HRC 58, therefore a frfactor of 1.0 can be used.

Nominal Life Formula : LNominal Life L (km) is stated as the distance that can betravelled by a set of Linear Guides where 90% of thenumber operated under identical conditions show no signof failure.

Guideway Temperature Factor : ftWhere Linear Guides are working in temperatures inexcess of 100˚C, a temperature factor ft should be used.

Note: Where the Guideway is subjected to temperaturesgreater then 80˚C please contact our TechnicalDepartment as consideration will have to be given to theseals, lubrication and end plates.

L : Nominal Life (km)

C : Basic Dynamic Load (N)

P : Applied Load (N)

fv : Variable Load Factor

fr : Raceway (HRC) Factor

ft : Guideway Temperature Factor

fb : Mounting Factor

1.0

Raceway Hardness (HRC)

0.9

0.8

0.7

0.6

0.5

50 30

0.4

0.3

0.2

0.1

10

fr F

acto

r

1.0

Guideway Temperature (˚C)

0.9

0.8

0.7

0.6

0.5

100˚C 150˚C 200˚C

ft Fa

ctor

( )



12

Accessories

Oil Tank Reservoir LBG--TRecirculating ball guides require positive lubrication tofunction to their full potential. Fitting the optional Oil TankReservoir offers a cost effective and efficient means ofensuring lubrication is present between the recirculatingballs and rail raceway contact points.

This positive lubricating system, unique to Hepco,enhances system life whilst increasing maintenance andlubrication intervals (see note 1).

Protective Rail Cover LBG--CThe steel stick-on Protective Cover is a neat and effective means of covering the rail, thereby offering a smooth top surfacewhich enhances overall appearance whilst removing dust and debris traps.

The unique applicator offers a quick and easy method of applying the strip – the end fixing blocks give an additional securemethod of location.

Symbol Oil Tank TankDimensions (mm) Capacity

Ref W H L2 CC

LBG – 15T 33 19 45 7.36

LBG – 20T 4.1 22.5 50 11.42

LBG – 25T 46.8 25.5 60 18.3

LBG – 30T 55.5 31.5 70 40.91

LBG – 35T 68.8 37.5 80 58.36

LBG – 45T 84 45 100 117.46

Symbol Rail CoverDimensions (mm)

Ref Width Length Thickness

LBG – 15C 10

LBG – 20C 13

LBG – 25C 15

LBG – 30C 20

LBG – 35C 24

LBG – 45C 32

L = Bearing Block Length – See Pages 5-7

0.3

Common

To All

Sizes

Supplied

Per Metre

To Suit

Rail Length

Notes:1. System life will depend on Environment, Load and Operating Speed – please contact Hepco’s Technical Department for further information.2. To Ensure good adhesion of the steel cover the top surface of the Rail must be clean and free of oil.3. Accessories have separate part numbers, see ordering details on page 13.

Applicator(LBG- -A)

Protective Steel CoverAdhesive Backed(LBG- -C)

End Clamps(LBG- -G)

L

LBG

L2

TL = L+L2

H

W

Key Features:

• Maintains Constant Lubrication – Extends System Life• Increases Lubrication Intervals – Reduced Maintenance• Easy To Fit – No Expensive Piping• Reduces Wastage – No Leaking or Spillage• Environmentally Friendly – Keeps Surrounding Area Clean

Oil Tank Reservoir



Note: Rail lengths greater than 4m can be achieved by butt joining. Please contact Hepco’s Technical Department for details.

Ordering Details

13

Using the following part number configurator allows the correct specification of LBG guide to be compiled and ordered.

LBG/LBC 25 F 2 L500 N ZO 2 *T/C/A/G Accessories

TypeLBG = International StandardLBC = Compact Version

See SeparateOrdering Details

(2) Number ofRails per Axis

Preload Grades:ZF = ClearanceZ0= No PreloadZ1= Light PreloadZ2= Middle PreloadZ3= Heavy Preload

Accuracy Grade:N = NormalH = HighP = PrecisionSP = Super PrecisionUP= Ultra Precision

Rail Length(Supplied with Blanking Plugs)

Number ofBlocks per Rail

Block Configuration:F = With FlangeW = Without FlangeT = Through Hole with FlangeFL = Long Type with FlangeWL = Long Type without FlangeTL = Long Type Through Hole with FlangeWS = Short Type without FlangeSize

Accessories – Ordering Details (State Size When Ordering)

Oil Tank Reservoir – LBG- - T (*where ‘T’ is shown as part of the part number configurator the oil tank will be suppliedfitted to the bearing block).

Protective Rail Cover – LBG- -C x ‘L’ Length (supplied separately ie not fitted to rail)

Rail Cover Applicator – LBG- -A (supplied as single unit – size specific)

Rail Cover End Clamps – LBG- -G (supplied as a pair)



GV3Linear Guidance and Transmission System

HDSHeavy Duty Slide System

HPSPowerslide-2 Guided

Rodless Cylinder

DLSLinear Transmission and

Positioning System

UtilitrakLightweight U Channel

Guideway

BSPBallscrew Premier

DTSDriven Track System

MCSAluminium Frame and

Machine Construction System

Single Edge Slide System

Vee Slide LinearGuidance Systems

PDU2Profile Driven Unit

Lower Moor Business Park, Tiverton Way, Tiverton, Devon, England EX16 6TGTel: +44 (0)1884 257000 Fax: +44 (0)1884 243500

[email protected]

HepcoMotion®

HepcoMotion®

For further information on HepcoMotion® products – please request our leaflet ‘FPL’

CATALOGUE No. LBG 02 UK © 2004 Hepco Slide Systems Ltd.Reproduction in whole or part without prior authorisation from Hepco is prohibited. Although every effort has been made to ensure the accuracy of the information in thiscatalogue, Hepco cannot accept liability for any omissions or errors. Hepco reserves the right to make alterations to the product resulting from technical developments.Many Hepco products are protected by: Patents, Copyright, Design Right or Registered Design. Infringement is strictly prohibited and may be challenged in law.TheCustomer’s attention is drawn to the following clause in Hepco’s conditions of sale:‘It shall be the Customer’s sole responsibility to ensure that goods supplied by Hepco will be suitable or fit for any particular application or purpose of the Customer, whetheror not such application or purpose is known to Hepco. The Customer will be solely responsible for any errors in, or omissions from, any specifications or information theCustomer provides. Hepco will not be obliged to verify whether any such specifications or information are correct or sufficient for any application or purpose.’Hepco’s full conditions of sale are available on request and will apply to all quotations and contracts for the supply of items detailed in this catalogue.HepcoMotion is the trading name of Hepco Slide Systems Ltd.

LoProAluminium Based

Slide System

Product Range

HDLSHeavy Duty Driven

Linear System

SL2Stainless Steel Based

Slide System

PRTRing Slides and

Track System

HepcoMotion® – Exclusive European partners and distributors for Bishop-Wisecarver since 1984.

Product Range

HTSTelescopic Ball Bearing Slides

LBGLinear Ball Guides



Documents

HepcoMotion - promshop.info · ‘P’ Precision Grade ‘SP ... 39600 70100 960 750 730 1.6 7.2 LBG – 35FL 52300 92700 1250 950 950 2 LBG – 45F 4000 16 67400 121000 2160 1700