drives and rollers - trak-on.rutrak-on.ru/files/componentry-interroll-1.pdf · conveyor rollers,...

C O N V E Y O RR O L L E R S

Europe

HeadquartersInterroll Fördertechnik GmbHSBU Drives and RollersPostfach 2251/2252D-42914 WermelskirchenTel. +49 21 93 23 0Fax +49 21 93 23 [email protected]

DenmarkInterroll Scandinavia A/SSBU Drives and RollersHammerholmen 2– 6DK-2650 HvidovreTel. +45 36 88 33 44Fax +45 36 88 33 [email protected]

United KingdomInterroll LimitedSBU Drives and RollersBrunel RoadEarlstrees Industrial EstateGB – Corby, Northants NN17 4UXTel. +44 1536 200 322Fax +44 1536 748 [email protected]

FranceInterroll France S.A.SBU Drives and Rollers7 Avenue de la DécouverteBP 77017F-21070 Dijon CedexTel. +33 380 60 09 20Fax +33 380 60 09 [email protected]

SpainInterroll España S.A.SBU Drives and RollersC.I. SantigaC/Puig dels Tudons, 5E-08210 Barbera del VallésTel. +34 93 729 96 50Fax +34 93 718 96 [email protected]

Czech RepublicInterroll CZ, s.r.o.SBU Drives and RollersG. Simka c.p. 3147CZ-69003 BreclavTel. +420 627 330 210Fax +420 627 330 [email protected]

Americas

USAInterroll CorporationSBU Drives and Rollers3000 Corporate DriveUSA – Wilmington, N.C. 28405Tel. +1 910 799 1100Fax +1 910 392 [email protected]

Asia

SingaporeInterroll (Asia) Pte Ltd.SBU Drives and Rollers11 Kian Teck DriveSingapore 628828Republic of SingaporeTel. +65 266 63 22Fax +65 266 68 [email protected]

JapanInterroll Japan Co., Ltd.SBU Drives and RollersTokyo Genboku Kaikan 10F5-30-13 Toyo, Koto-KuTokyo 135-0016 JapanTel. +1 81 3 5617 8071Fax +1 81 3 5617 [email protected]

0901

/GB

345

0/P

P

D R I V E S A N D R O L L E R S

1 Gravity Conveyor Rollers

2 Fixed Drive Conveyor Rollers

3 Friction Accumulating Conveyor Rollers

4 Tapered Conveyor Rollers

5 Other Components

General Technical Information 2 –11

Product Finder

Flanges PVC sleeve Grooves

• •• •

•• • ••

• •••

•

Series Description Max. load capacity, Max. conveyor Standard dia.dynamic speed

1100 Light Conveyor Roller 350 N 0.3 m/s 20, 30, 40, 50 mm

1200 Steel Conveyor Roller 1,600 N 0.8 m/s 30, 50 mm

1500 Slide Bearing Conveyor Roller 200 N 0.8 m/s 30, 50 mm

1700 Universal Conveyor Roller 2,000 N (3,000 N) 1.2 m/s (2.0 m/s) 30, 40, 50, 60 mm

1450 Heavy-Duty Conveyor Roller 5,000 N 2.0 m/s 80, 89 mm

3500 Fixed Drive Conveyor Roller 2,000 N 1.2 m/s 50, 60 mm



3800 Friction Accumulating Conveyor Roller 500 N 0.5 m/s 50 mm

1700-KX0 Tapered Universal Conveyor Roller 500 N 1.2 m/s 50 mm

3500-KX0 Tapered Fixed Drive Conveyor Roller 500 N 1.2 m/s 50 mm

2130 Polypropylene Conveyor Wheels 200 N 48 mm


2200 Steel Conveyor Wheels 200 N 48 mm


2500 Omniwheels 500 N 48, 80 mm

5500 Ball Transfer Units 500 N

BU 50 Roller Track 1,600 N 50 mm

Page

14

18

21

23

29

36

43

50

60

75

77

82

83

84

85

86

89

92

www.interroll.com

The issue of materials flow is of vital importance within today’s fast-pacedbusiness environment. The areas of production and sales are faced with com-plex procurement and distribution net-works, highly diversified product rangesand customer requirements that call fortailor-made solutions. Indeed, against thebackdrop of shorter innovation cycles, increasingly complex manufacturingprocesses and new channels of distribu-tion, materials flow has become a criticalsuccess factor. Globalisation has broughtabout substantial changes when it comesto the handling and delivery of goods –with far-reaching consequences for com-panies’ logistical processes. “Internet fulfilment” has forced companies to em-brace the values of customer-orientatedflexibility and greater efficiency. The products of the Interroll Group play a pivotal role in helping companies meetthe new challenges of materials handling.Our main focus within the Drives and

Rollers unit is on the individual partswhich make up an overall product offer-ing that is more than convincing. Indeed,components are our core competence.As an integral part of Interroll’s cutting-edge solutions, our conveyor rollers con-tribute to the overall efficiency and qualityof materials handling – in all industries,throughout the world. Conveyor rollers,multi-directional Omniwheels and balltransfers – Interroll Drives and Rollersstands for poetry in motion. Our systemsmove, convey, accumulate, feed and turn– day in, day out; whether motorised or in the form of gravity rollers, accumulatingconveyor systems or tapered rollers. Interroll components form the basis forefficient materials handling.

Interroll Drives and Rollers.An Interroll Group company.

www.interroll.com

The Key to Efficient Materials Handling

1

2

This catalogue contains an overview ofconveyor components that provide theoptimum solution for virtually all materialshandling and storage problems.

To select the conveyor component tomatch the particular application, the following questions have to be answeredbeforehand:• How long, wide and high are the

materials to be conveyed?• How much do the items weigh?• What are the characteristics of the

items?• What is the base surface of the items

like?• Are there any special ambient condi-

tions that have to be taken into account(e.g. wetness, extreme temperatures,chemical influences)?

• Does the conveyor system, and hencethe conveyor surface, have to be antistatic?

• Will the conveyor system be driven or are the items going to run on gravityconveyors?

To ensure that items are conveyedsmoothly on roller conveyors, they mustbe supported by at least three rollers atall times. The length of the rollers (rollerlength = “RL”) is normally equal to “itemwidth + 50 mm”. The weight of the itemsbeing conveyed must be distributed overa sufficient number of load rollers so thatthe permissible load capacity of the indi-vidual rollers is not exceeded.

In specific cases, this may mean theitems have to be supported by more thanthree rollers. The condition of the basesurface of the items is also important.Cardboard boxes, for example, adaptvery well to rollers, so the weight of theitems is distributed evenly. Compared toplastic totes, however, cardboard boxesare likely to have a higher starting resist-ance. For this reason, it is advisable toselect rollers with lower pitch.

When conveying pallets, it is only abouttwo thirds of the rollers under the itemsthat are normally bearing the load – dueto the specific properties of a pallet. Toensure reliable operation, even under unfavourable conditions, the bearings of most Interroll conveyor rollers are pro-tected against splashes of water. In dampareas, stainless steel ball bearings or specially sealed ball bearings should beselected.

Quiet running is achieved by using bearinghousings and seals made of polymer inconjunction with precision ball bearings. If electrostatic charges have to be pre-vented, there is a special design of rolleravailable. Where operating conditionsmay cause problems, please consult usfor advice.

General Technical Information

3

The load capacity of Interroll conveyorrollers depends on the load capacity ofthe components of the roller: the tube,the spindle and the bearings.

To determine the load capacity of rollers,the load capacities of the individual assemblies are compared and calculatedin combination. The load capacity of theweakest assembly determines the loadcapacity of the entire roller.

The permissible loads for each roller areshown in the tables for the appropriateseries of roller. Roller load capacity islargely influenced by roller length, loaddistribution and spindle attachment.

The Load Capacity of Interroll Conveyor Rollers

4

Standard types of tube

Steel tubeAs a tube material, steel has the greatestrigidity and resistance to deflection. If the tube has to be protected againstcorrosion, zinc plated steel tube – or evenbetter, stainless steel tube – should beused. Sprockets and flanges can bewelded onto the tube. There are also other types available: tubes with roundbelt grooves, tubes with an elastic PVCsleeve, rubberised tubes, surface-hard-ened tubes, etc.

Aluminium tubeCompared with steel tube, aluminiumtube is not quite as strong and has onlyabout one third of the flexural strength.An aluminium tube, however, weighs only 36 per cent of a comparable steeltube. Moreover, it is not susceptible to corrosion.

PVC-Copolymer tubeAssuming a comparable diameter, the load capacity of a steel tube is muchhigher than that of a PVC-Copolymertube.

On the other hand, PVC-Copolymer tubesoffer a series of substantial advantages:• sound insulation• high impact resistance• light weight• corrosion proof• easy to clean

Standard Assemblies for Rollers

5

Female threaded spindleThe roller is fitted with bolts in the profile.Therefore, the spindle is extremely strong.The roller spindles and profiles stabiliseeach other, so compared with fittingloosely the rollers can be subjected tohigher loads.

To strengthen the profiles, it may not benecessary to use cross-ties. Rollers canbe simply removed from or fitted in an existing profile at any time.

Different types of spindle are available on request.

Standard types of spindle

Spring-loaded spindleThe spring-loaded spindle is the simplesttype of spindle and is extremely easy andquick to fit and remove. The side profilesused should be connected to one anotherwith cross-ties of adequate strength. Caremust be taken to ensure that the distancebetween the two profiles has at least 1 mm play in relation to the installationlength (EL) of the fitted roller.

One must also check that there is ade-quate space available for fitting the rollerin the side profiles. Due account must be taken of the space requirements indicated in the illustration below and in the formula. An excess (d1) of approx.0.5 mm larger than the diameter of thespindle is sufficient in most cases:

S x (H + D/2)d1 ≥ + d(EL – 1)

6

Standard types of bearing

For many Interroll conveyor rollers thereare various bearings available.

Interroll bearing without ball retainerThis is a ball bearing developed by Interroll which has smoothly rolled racegrooves, is of very simple design and has a comparatively high load capacity.Compared with the precision ball bearing,the Interroll bearing is much less sensitiveto potential bearing distortion. Alongsidethe precision ball bearing, this is the standard bearing for Interroll conveyorrollers.

Interroll bearing with ball retainerThe Interroll bearing with ball retainer can be used whenever a bearing is required that has to start up very easily.This bearing generates less running noisethan the standard version, but it also has a lower load capacity than the stan-dard version.

Interroll bearing made of stainless steelThis bearing can be compared with theInterroll bearing featuring a ball retainer.However, it is made entirely of stainlesssteel. On account of the non-corrodingproperties, this version of the bearing has a lower load capacity.

DIN precision ball bearingThis type of bearing is the standard DIN deep groove ball bearing in series 60 and 62. Precision ball race, maximum load capacities and service life, plus low-noiseoperation are the outstanding advantagesof this type of bearing.

2Z precision ball bearing This type of bearing is identical to the precision ball bearing previously described.However, as an addition, it also has steelshields on both sides. These shields create a narrow sealinggap and make no contact. That consider-ably improves the sealing of the bearing,and it is certain that the grease remainsinside the bearing at high speeds.

2RS precision ball bearing This type of bearing is identical to the precision ball bearing previously described.However, it additionally has neopreneseals on both sides, practically sealingthe bearing hermetically. The characteris-tics of this state-of-the-art seal will, how-ever, affect the easy-running properties of the bearing to a certain extent.

7

Interroll manufactures conveyor rollersmade of tubes to DIN standard. The standard allows certain deviations in concentricity.

When specifying “concentricity (t) = 0.3 mm”, for example, the needle of a gauge must be within a range of 0.3 mm.

In the case of rollers with PVC-Copolymertubes, a certain length should not be ex-ceeded, or else the concentricity deviationswill be disproportionately higher.

The following tube lengths should not beexceeded for PVC-Copolymer tubes:• tube diameter 20 mm: 400 mm• tube diameter 30 mm: 500 mm• tube diameter 40 mm/50 mm: 600 mm• tube diameter 63 mm: 800 mm• tube diameter 90 mm: 1,000 mm

Concentricity

t

The diagrams that follow indicate whatapproximate values can be expected forthe maximum concentricity deviation ofan entire Interroll conveyor roller. The figures stated are based on meas-urements. Please bear in mind that forDIN tubes much higher concentricity tolerances are permitted in some cases,so the approximate figures listed in thediagrams may be exceeded in individualcases.

8

Concentricity deviations for rollers with steel tube

Concentricity deviations for rollers with PVC-Copolymer tube

2000 mm1500 mm1000 mm500 mm0 mm

2.0 mm

1.5 mm

1.0 mm

0.5 mm

0 mm

Roller length

Concentricity deviation

dia. up to 89 mm

dia. up to 60 mm

800 mm600 mm400 mm200 mm0 mm

1.5 mm

0 mm

Roller length

Concentricity deviation

Ø 40 mm

1.0 mm

0.5 mm

Ø 50 mm

Ø 20 mm Ø 30 mmØ 63 mm

9

Different Types of Industrial Plastics

In addition, these approximate figures depend on the following parameters:• duration of thermal exposure• type of mechanical load (direction

of force, impacts, etc.)• air humidity, solar radiation (UV),

chemical influences• component geometry

On virtually all conveyor elements, Interroll uses parts made of industrialplastics.

These plastics have many advantagesover steel:• sound insulation• food grade• easy to clean• high impact resistance• corrosion proof• light weight• high-quality design

Properties and applications for the industrial plastics used most frequently

Polyamide• excellent mechanical properties• high resistance to wear• low friction• scarcely any material fatigue• good resistance to chemicals• applications: sprocket heads, seals

and bearing housings

Polypropylene• low specific weight• high resistance to heat• good resistance to chemicals• non-hygroscopic• applications: wheels, seals and bearing

housings

Polyvinyl chloride (rigid PVC)• scratch proof• impact resistance• good resistance to chemicals• applications: tubes for PVC rollers

Polyoxymethylene (POM)• excellent mechanical properties• high resistance to wear• low friction• high dimensional stability• scarcely any water absorption• used for parts with special precision

requirements• applications: toothed belt heads

and slide bearings

The figures indicated are not binding.They relate to an ambient temperature of +20°C and a relative humidity of 65%.

Approximate figuresProperty Unit Polyamide 6 POM Polypropylene PVC

Thermal resistance °C –20 to +100 –40 to +100 –10 to +80 –40 to +50

Food grade yes possibly yes possibly

Water absorption % 3 to 4 0.7 0 0

10

Tangential driveThe tangential drive (by chain) is charac-terised by a good level of efficiency andsimple design. The installation length of the roller isshorter than for a drive from roller to roller. A single chain drives all the rollersof the conveyor. The chain is pressed onto the appropriate sprocket by thechain guide profile made of specialUHMW polyethylene. The roller teethmeshing with the chain only transfer thedriving power necessary for the individualroller. The chain can be guided eitheralong the top or bottom of the rollers.The chain guide in relation to the rollerhas to be positioned accurately (to within0.5 mm). The motor station to be used is installedin such a way that the pulling side of thechain is as short as possible. The motorstation is usually also provided with a device for adjusting chain tension. Tension rollers, which have to bear notonly the load of the items being con-veyed but also the forces of chain trac-tion, may have to be checked especiallywith regard to their maximum roller load.The conveyor length to be driven by a drive unit is only restricted by the maximum breaking load of the chain and the weight of the payload.

With the tangential drive, roller spacing(roller pitch) can be selected as required.Compared with driving from roller to roller,rollers are easy to remove and fit.

Types of Drive

11

Roller-to-roller drive (chain)Here too, the design is simple, but thereare a few design limitations when usingthis type of drive. No chain guide is required, but the rollerpitch (distance from roller to roller) depends on the size of the chain, andclose tolerances must be maintained (see Tolerances table).

The maximum conveyor length that can be driven by one motor is restrictedby the maximum breaking load of thechain; the chain experiences maximumload at the motor station. The drive station should, therefore, always be positioned at the centre of the conveyor length in order to take fulladvantage of the permissible tractiveforces of the chain.When designing the drive station, caremust be taken to ensure that the sprock-ets have a 180° deflection if possible and the chain can be re-tensioned.

Interroll suggests the following tolerancesfor roller spacing t:

Chain P Tolerance Breakingpitch for t loadInch mm mm N

3/8 9.525 0 to –0.4 9,100

1/2 12.700 0 to –0.5 18,200

5/8 15.875 0 to –0.7 22,700

3/4 19.050 0 to –0.8 29,500

1 25.400 0 to –1.0 58,000

Toothed belt (timing belt)As an alternative to the roller-to-rollerchain drive it is also possible to use a toothed belt (i.e. a timing belt). Toothed belt drives run quietly, are main-tenance-free and can be used at highdrive speeds. As with the chain drive, roller pitch has to be within close limits. The tolerancefor roller pitch t is 0 to –0.3 mm using Interroll special toothed belts.

t

Series Description Max. load capacity, Max. conveyor dynamic speed

1100 Light Conveyor Roller 350 N 0.3 m/s

1200 Steel Conveyor Roller 1,600 N 0.8 m/s

1500 Slide Bearing Conveyor Roller 200 N 0.8 m/s

1700 Universal Conveyor Roller 2,000 N (3,000 N) 1.2 m/s (2.0 m/s)

1450 Heavy-Duty Conveyor Roller 5,000 N 2.0 m/s

Gravity Conveyor Rollers

Flanges PVC sleeve Grooves

• •• •

•• • ••

Standard dia.

20, 30, 40, 50 mm

30, 50 mm

30, 50 mm

30, 40, 50, 60 mm

80, 89 mm

Page

14

18

21

23

29

GR

AV

IT

Y

CO

NV

EY

OR

R

OL

LE

RS

1

14

Features• Special ball bearing developed

by Interroll – universal application with a proven track record

• Rounded roller ends for sliding itemsonto the conveyor laterally

• Light weight• Good starting and running properties• Integrated sealing against the ball

bearing to protect against coarse dirt and splashes of water

• Low-cost non-corrosive version

Load capacity• Up to 350 N

DimensionsTube• Highly impact-resistant special PVC-

Copolymer in stone grey (RAL 7030)with an outside diameter of ■20, ■30,■40 or ■50 mm

• Zinc plated steel to DIN 2394 with anoutside diameter of 16, 20 or ■50 mm

• Stainless steel to DIN 2463 with an outside diameter of 20 or ■50 mm

• Aluminium with an outside diameter of 16, 20 or 50 mm

Spindle• Bright steel or stainless steel• Spring-loaded spindle, diameter ■6, ■8,■10 mm or 11 mm hexagonal

• Male threaded spindle, diameter 6, 8 or 10 mm

• Female threaded spindle (M8 x 15), diameter ■12 mm

Bearing• Steel balls run between the housing

of the bearing and polypropylene seal• Colour:

Yellow on standard versionStone grey on stainless steel version

Options• Flanges for diameters 20 mm and

40 mm• Elastic PVC sleeve• Antistatic version

■ = STANDARD

Light Conveyor RollerSeries 1100

E E

0.5 0.5

RL

EL

AGL

15

E

0.5

RL

EL

AGL

Standard Part NumbersSeries 1100

Spring-loaded spindle

Spindle dia. Roller dia. EL = RL+ AGL = EL+ Emm mm mm mm mm

6 20 5 12 2.5

8 30/40 5 16 2.5

8 50 10 16 5

10 50 10 20 5

Spring-loaded spindleTube Tube Bearing

size typedia. mm dia. 6 mm dia. 8 mm dia. 10 mm

PVC 20 x 1.5 Standard 1.1CA.S2B.C03

Stainless steel 1.1CB.S2B.D03

30 x 1.8 Standard 1.1CR.S31.E03

Stainless steel 1.1CS.S31.G03

40 x 2.3 Standard 1.041.S40.E43

Stainless steel 1.042.S40.G43

50 x 2.8 Standard 1.1BG.SAA.EAB 1.1AA.SAA.HAC

Stainless steel 1.1BQ.SAA.GAB 1.1AB.SAA.KAC

Zinc plated steel 50 x 1.5 Standard 1.1AC.JAA.HAC

Stainless steel 50 x 1.5 Stainless steel 1.1AD.NAA.KAC

16

E

0.5

RL

EL - AGL

Female threaded spindle

Spindle dia. Thread Roller dia. EL = RL+ Emm mm mm mm

12 M8 x 15 50 10 5

Female threaded spindleTube Tube Bearing

size typedia. mm dia. mm 12

Zinc plated steel 50 x 1.5 Standard 1.1BN.JAA.LAE

Stainless steel 50 x 1.5 Stainless steel 1.1BP.NAA.MAS

EL=AGL

Steel tube PVC tubedia. 50 x 1.5 mm dia. 20 x 1.5 mm dia. 30 x 1.8 mm dia. 40 x 2.3 mm dia.50 x 2.8 mmany spindle any spindle any spindle any spindle any spindle

ELmm dia. 10/12 mm dia. 6 mm dia. 8 mm dia. 8 mm dia. 8/10 mm

100 350 90 120 180 350

200 350 20 100 180 350

300 350 10 40 130 310

400 350 5 20 70 165

500 350 15 40 100

600 350 10 30 70

700 350

800 350

900 350

1,000 350

1,100 350

1,200 350

If a load remains stationary for any length of time, the maximum static load capacity must not be exceeded. This is approx. 50% of the load levels stated in the table.The maximum permissible conveyor speed is 0.15 m/s for dia. 20 mm rollers, 0.25 m/s for dia. 30 mm, 0.25 m/s for dia. 40 mmand 0.3 m/s for dia. 50 mm.

17

Load Capacity (in N) Assumptions: dynamic load, area load

Options • FlangeFor roller diameter 20 mm

• FlangeFor roller diameter 40 mm

0.5

10

ø 2

0

ø 4

0

RL RL

8.5

ø 6

0

0.5

ø 4

0

18

Features• Special smooth-running ball bearing

developed by Interroll, pressed and hardened steel

• Secured bearing seat • Rounded roller ends for sliding items

onto the conveyor laterally• Roller completely antistatic• Particularly suitable for high and low

temperatures

Load capacity• Up to 1,600 N

DimensionsTube• Zinc plated steel to DIN 2394 with an

outside diameter of ■30, 40,■50, or 60 mm

Spindle• Bright steel• Spring-loaded spindle, diameter ■8, ■10,

12, 14 mm or 11 mm hexagonal• Spindle with milled flats, diameter 12

or 14 mm• Male threaded spindle, diameter 8, 10,

12 or 14 mm• Female threaded spindle (M8 x 15),

diameter ■12 or 14 mm

Bearing• Interroll special ball bearing• Steel balls run in hardened, zinc plated

steel housing• Ball race is rolled

Options• Flanges• Elastic PVC sleeve

■ = STANDARD

Steel Conveyor RollerSeries 1200

E E

0.5 0.5

RL

EL

AGL

19

E

0.5

RL

EL

AGL



E

0.5

RL

EL AGL =



8 30 6 16 3

10 50 10 20 5

Spring-loaded spindleTube Tube Bearing

size typedia. mm dia. 8 mm dia. 10 mm

Zinc plated steel 30 x 1.2 ITRL ball bearing 1.2A2.J14.E9F

50 x 1.5 ITRL ball bearing 1.2AH.J54.H90

Spindle dia. Thread Roller dia. EL = RL+ Emm mm mm mm

12 M8 x 15 50 10 5

Female threaded spindleTube Tube Bearing

size typedia. mm dia. 12 mm

Zinc plated steel 50 x 1.5 ITRL ball bearing 1.2AL.J54.L63

20


Options • Flange at one end or both ends

d D S bmm mm mm mm

dia. 50 dia. 75 3 8

b

min. 30

s

D

Steel tubeDia. 30 x 1.2 mm Dia. 50 x 1.5 mm Dia. 50 x 1.5 mmFitted loosely Fitted loosely Fixed

ELmm dia. 8 mm dia. 10 mm dia. 12 mm

100 120 1,000 1,000

200 120 1,000 1,000

300 120 1,000 1,000

400 120 1,000 1,000

500 120 1,000 1,000

600 120 1,000 1,000

700 120 1,000 1,000

800 120 920 1,000

900 120 825 1,000

1,000 750 1,000

1,200 640 780

1,400 560 570

1,600 440 440

The maximum permissible conveyor speed is 0.3 m/s for 30 mm dia. rollers and 0.8 m/s for 50 mm dia. rollers.

d

21

Features• Roller without spindle• A journal pressed into the housing

of the roller rotates in the slide bearinginstalled in the side profile

• Enclosed roller interior. Prevents ingress of foreign bodies

• Roller can be fitted and removed with-out having to remove the side profile

• Rounded roller ends for easily slidingitems onto the conveyor laterally

Load Capacity• Up to 200 N (depending on conveyor

speed)


Copolymer in stone grey (RAL 7030)with an outside diameter of ■30, 40 or ■50 mm

• Zinc plated steel to DIN 2394 with anoutside diameter of ■30, 40 or ■50 mm

• Stainless steel to DIN 2463 with an outside diameter of ■30, 40 or ■50 mm

• Aluminium with an outside diameter of 50 mm

SpindleStainless steel spindle pin with a dia-meter of 6 mm for external slide bearing

Bearing• External smooth-running, wear-free

slide bearing made of POM+PTFE• For the external slide bearing, a snap-in

housing for an 11 mm hexagon will berequired in a rail with a maximum wallthickness of 3 mm

Options• Elastic PVC sleeve

■ = STANDARD

Slide BearingConveyor RollerSeries 1500

RL

EL = RL+10L

22


The capacity of Series 1500 is influencedby two separate parameters: the weightof the items being conveyed and theirspeed. This conveyor roller is suitable foritems up to approx. 200 N, relative to theconveyor speed of up to 0.8 m/s.

Load Capacity (in N)

Tube Tube Type Journalsize of bearingdia. mm dia. 6 mm

PVC-Copolymer 30 x 1.8 Slide bearing 1.5AB.S3B.00C

50 x 2.8 Slide bearing 1.5AF.SAA.00C

Zinc plated steel 30 x 1.2 Slide bearing 1.5AA.J31.00C

50 x 1.5 Slide bearing 1.5AE.JAA.00C

Stainless steel 30 x 1.2 Slide bearing 1.5AA.N31.00C

50 x 1.5 Slide bearing 1.5AE.NAA.00C

23

Features• The roller for virtually any application• Many different types of all bearing

available• Low-noise running due to the use

of polyamide bearing housings andpolypropylene seals

• Secured bearing seat• Integrated seal in front of the ball

bearing to protect against coarse dirt,and water repelling groove to protectthe ball bearing against splashes of water

• Rounded roller ends for easily slidingitems onto the conveyor laterally

Version for round belt driveSeries 1700 with grooves• To prevent electrostatic charges,

an antistatic roller version is supplied as standard

• The load capacity per roller is limited to 300 N – due to the driving force of the round belt. The actual load capacity of the roller with steel tube is less than this value only for lengthsabove 1,400 mm

• It is advisable to select a type of spindlewhich is protected against torsion (e.g. female threaded spindle)

Load Capacity• Up to 2000 N• Up to 3000 N with precision ball

bearing 6003• Up to 300 N with grooves

Universal Conveyor Roller Series 1700

E E

0.5 0.5

AGL

EL

RL

Bearing• Bearing housing made of polyamide

(black)• Bearing seal made of polypropylene

(yellow)• Types of bearing:

– Interroll ball bearing– Interroll stainless steel ball bearing– Precision ball bearings 6002,

6002 2Z, 6002 2RS– Precision ball bearing 6003

for a spindle diameter of 17 mm

Options• Flanges• Antistatic version• Rubberised version• Hardened tube• Version without spindle

■ = STANDARD


Copolymer in stone grey (RAL 7030)with an outside diameter of ■50, 63 or90 mm

• Zinc plated steel to DIN 2394 with anoutside diameter of 20, ■30, ■40, ■50,51, ■60 or 80 mm

• Stainless steel to DIN 2463 with an outside diameter of ■50 mm


• Elastic PVC sleeve for outside diametersof 30, 40, ■50 or 60 mm

• Grooves for ■50 or 60 mm tubes

Spindle• Bright steel or stainless steel• Spring-loaded spindle, diameters of ■8,■10, ■12,14 mm or 11 mm hexagon

• Milled flat spindle, diameters of 10, 12,14 or 17 mm

• Male threaded spindle, diameters of 8,10, 12 or 14 mm

• Female threaded spindle (M8 x 15), diameters of ■12 or ■14 mm

• Female threaded spindle (M12 x 20), diameter 17 mm

24

RL

min.30 min.30 min.30

max.105

R 5

AGL

min.30 min.30 min.30

max.105


8 30 5 10 2.5

8 40/50 10 16 5

10 40/50/60 10 20 5

12 50/60 10 24 5

11 hex. 50/60 10 22 5

25

E

0.5

AGL

EL

RL



Spring-loaded spindleTube Tube size Type

of bearingdia. mm dia. 8 mm dia. 10 mm dia. 12 mm 11 hex.

PVC-Copolymer 50 x 2.8 ITRL ball bearing 1.7AX.SAA.EAB 1.7AY.SAA.HAC

ITRL SS ball bearing 1.7GM.SAA.GAB 1.7GF.SAA.KAC

Zinc plated steel 30 x 1.2 ITRL ball bearing 1.73B.J31.EAM

40 x 1.25 ITRL ball bearing 1.7UB.JB0.HA1

50 x 1.5 ITRL ball bearing 1.7AB.JAA.HAC 1.7AC.JAA.LAC 1.7AE.JAA.VAB

50 x 1.5 Precision ball bearing 1.7L6.JAA.HAC 1.7L7.JAA.LAC 1.7L9.JAA.VAB

60 x 1.5 ITRL ball bearing 1.7AJ.JAB.HAC 1.7AK.JAB.LAC 1.7AM.JAB.VAB

60 x 1.5 Precision ball bearing 1.7MD.JAB.HAC 1.7ME.JAB.LAC 1.7MG.JAB.VAB

Stainless steel 50 x 1.5 ITRL SS ball bearing 1.7FU.NAA.KAC 1.7FV.NAA.MB0

Zinc plated steel with 2 grooves 50 x 1.5 Precision ball bearing 1.7L6.JAE.HAC 1.7L7.JAE.LAC 1.7L9.JAE.VAB

Zinc plated steel with 2 mm PVC sleeve 50 x 1.5 ITRL ball bearing 1.7AB.J72.HAC 1.7AC.J72.LAC 1.7AE.J72.VAB

Zinc pl. steel w. 2 grooves and 2 mm PVC sleeve 50 x 1.5 Precision ball bearing 1.7L6.JCG.HAC 1.7L7.JCG.LAC 1.7L9.JCG.VAB

26

E

0.5

EL = AGL

RL


Spindle dia. Thread Roller dia. EL = RL+ Emm mm mm mm mm

8 M5 x 12 30 5 2.5

12 M8 x 15 40/50/60 10 5

14 M8 x 15 50/60 10 5

17 M12 x 20 50/60 10 5

Female threaded spindleTube Tube size Type

of bearingdia. mm dia. 8 mm dia. 12 mm dia. 14 mm dia. 17 mm

Zinc plated steel 30 x 1.2 ITRL ball bearing 1.73B.J31.EAJ

40 x 1.25 Precision ball bearing 1.7UN.JB0.LA2

50 x 1.5 Precision ball bearing 1.7L7.JAA.LAE 1.7L8.JAA.NAE 1.75A.JAA.RAA

60 x 1.5 Precision ball bearing 1.7ME.JAB.LAE 1.7MF.JAB.NAE

60 x 3 Precision ball bearing 1.75C.J63.RAA

Zinc plated steel with 2 grooves 50 x 1.5 Precision ball bearing 1.7L7.JAE.LAE 1.7L8.JAE.NAE

Zinc plated steel with 2 mm PVC sleeve 50 x 1.5 Precision ball bearing 1.7L7.J72.LAE 1.7L8.J72.NAE

Zinc pl. steel w. 2 grooves and 2 mm PVC sleeve 50 x 1.5 Precision ball bearing 1.7L7.JCG.LAE 1.7L8.JCG.NAE

27


Steel tubeDia. 30 x 1.2 mmAny spindle design

ELmm dia. 8 mm

100 150

200 150

300 150

400 150

500 150

600 150

The maximum permissible conveyor speed is 0.8 m/s.

Steel tubeDia. 40 x 1.25 mm Dia. 50 x 1.5 mm Dia. 50 x 1.5 mmITRL ball bearing ITRL ball bearing Precision ball bearingFitted loosely Fitted loosely Fitted loosely

ELmm dia.10/12 mm dia.10 mm dia.12 mm 11 hex. dia.10 mm dia.12 mm 11 hex.

200 800 1,600 1,600 1,600 900 1,900 1,640

300 800 1,600 1,600 1,600 570 1,210 1,040

400 800 1,260 1,600 1,600 420 900 770

600 800 830 1,600 1,540 280 600 510

800 730 620 1,380 1,170 210 460 390

1,000 490 500 1,140 960 170 380 320

1,200 340 420 795 795 140 325 275

1,400 250 370 580 580 120 290 240

1,600 325 440 440 110 260 220

Steel tube PVC-Copolymer tubeDia. 60 x 1.5 mm Dia. 60 x 1.5 mm Dia. 50 x 2.8 mmITRL ball bearing Precision ball bearing ITRL ball bearingFitted loosely Fitted loosely Fitted loosely

ELmm dia.10 mm dia.12 mm 11 hex. dia.10 mm dia.12 mm 11 hex. dia. 8/10 mm

200 1,600 1,600 1,600 900 1,880 1,620 790

300 1,600 1,600 1,600 570 1,190 1,030 310

400 1,240 1,600 1,600 410 870 750 165

600 810 1,600 1,490 270 580 495 70

800 610 1,305 1,120 200 435 370

1,000 485 1,055 900 160 350 300

1,200 410 890 760 135 300 250

1,400 350 780 660 120 260 220

1,600 310 690 590 100 230 195

The maximum permissible conveyor speed is 0.8 m/s for Interroll ball bearings and 1.2 m/s for precision ball bearings.

d D S bmm mm mm mm

dia. 50 dia. 75 3 8

dia. 60 dia. 100 3 8

dia. 80 dia. 150 4 18

28

Options • Flange at one end or both ends (for steel tube)

5

0,5

b

min. 22

s

D

Steel tubeDia. 40 x 1.25 mm Dia. 50 x 1.5 mm Dia. 60 x 1.5 mm Dia. 60 x 3 mmPrecision ball bearing Precision ball bearing Precision ball bearing Precision ball bearingFixed Fixed Fixed Fixed

ELmm dia.12 mm dia.12/14 mm dia.17mm dia.12/14 mm dia.17 mm

200 800 2,000 3,000 2,000 3,000

300 800 2,000 3,000 2,000 3,000

400 800 2,000 3,000 2,000 3,000

600 800 2,000 3,000 2,000 3,000

800 780 1,840 1,840 2,000 3,000

1,000 490 1,160 1,160 2,000 3,000

1,200 340 795 795 1,395 2,580

1,400 250 580 580 1,020 1,880

1,600 440 440 770 1,430

The maximum permissible conveyor speed is 0.8 m/s for Interroll ball bearings, 1.2 m/s for precision ball bearings 6002 and 2.0 m/s for precision ball bearings 6003 (spindle diameter 17 mm).

d

29

Features• Suitable for heavy items to be

conveyed, particularly pallets and containers

• Rounded roller ends for sliding itemsonto the conveyor laterally

• Secured bearing seat• Low-noise running due to the use of

polyamide bearing housings and seals• Sealing lips against the ball bearings

to protect against coarse dust andsplashes of water



outside diameter of ■80 or ■89 mm • Stainless steel to DIN 2463 with an

outside diameter of 80 or 89 mm

Spindle• Bright steel, zinc plated or stainless steel• Spindle with milled flats, diameter 20

or 25 mm• Male threaded spindle, diameter 20 mm• Female threaded spindle (M10 x 20

or M12 x 20), diameter ■20 or 25 mm


(black)• Bearing seal made of polyamide (yellow)• Types of bearing:

– Precision ball bearings 6205, 6205 2RS

Options• Flanges• Elastic PVC sleeve (only for tube outside

diameters of 80 mm)

■ = STANDARD

Heavy Duty Conveyor RollerSeries 1450

5 5

0.5 0.5

RL

EL = AGL

30

5

0.5

RL

EL - AGL



Spindle dia. Thread Roller dia. EL = RL+mm mm mm mm

20 M10/12 x 20 80/89 10

Female threaded spindleTube Tube size Type

of bearingDia. mm Dia. 20 mm (M10 x 20) Dia. 20 mm (M12 x 20)

Zinc plated steel 80 x 2 Precision ball bearing 1.450.JAC.S12 1.450.JAC.S03

80 x 3 Precision ball bearing 1.453.J8A.S12 1.453.J8A.S03

89 x 3 Precision ball bearing 1.455.J8B.S12 1.455.J8B.S03

EL=AGL

31


Options • Flange at one end or both ends

Steel tubeDia. 80 x 2 mm Dia. 80 x 3 mm Dia. 89 x 3 mmFixed Fixed Fixed


200 5,000 5,000 5,000

↓ ↓ ↓ ↓

1,000 5,000 5,000 5,000

1,200 4,400 5,000 5,000

1,400 3,200 4,630 5,000

1,600 2,440 3,520 4,910

1,800 1,920 2,770 3,860

2,000 1,550 2,240 3,120

The maximum permissible conveyor speed is 2.0 m/s.

d D S bmm mm mm mm

dia. 80/89 dia. 150 4 18

s

D

min. 30

b

d

Series Description Max. load capacity, dynamic

3500 Fixed Drive Conveyor Roller 2,000 N

3600 Heavy-Duty Conveyor Roller 3,500 N

3950 Heavy-Duty Conveyor Roller 5,000 N

Fixed Drive Conveyor Rollers

Flanges PVC sleeve

• •••

Max. conveyor Standard dia.speed

1.2 m/s 50, 60 mm

0.8 m/s 80, 89 mm

0.8 m/s 80, 89 mm

Page

36

43

50 FI

XE

D

DR

IV

E

CO

NV

EY

OR

R

OL

LE

RS

2

36

Features• Series 3500 conveyor rollers are based

on the Series 1700 universal conveyorroller

• At the non-drive end there are Series1700 roller housings. The drive end canbe supplied with drive elements eithermade of plastic (sprocket polyamide6.6, toothed belt head – POM) or steel

• Sprockets made of highly abrasion resistant and resilient polyamide featureextremely good sound absorption compared with steel sprockets

• Steel sprockets are precision turnedparts which are welded to the tube andhave an accurate mesh

• One should always bear in mind that at speeds above 0.5 m/s the noise ofchain drives tends to increase to an unacceptable level. For this reason werecommend the Interroll toothed beltconveyor roller for high speeds.



Copolymer in stone grey (RAL 7030)with an outside diameter of ■50 or 63 mm

• Zinc plated steel to DIN 2394 with anoutside diameter of ■50 or ■60 mm

• Stainless steel to DIN 2463 with an outside diameter of 50 or 60 mm


Spindle• Bright steel or stainless steel• Female threaded spindle (M8 x 15),

diameter 12 or ■14 mm• Other spindle ends available on request


(black)• Bearing seal made of polyamide (yellow)

for the drive end and polypropylene for the non-drive end

• Types of bearing:– Interroll ball bearing– Interroll stainless steel ball bearing– Precision ball bearings 6002, 6002 2RS

Chain drive element• Single or double sprocket head made of

high-quality polyamide 6.6 or steel• Dimensions: 1/2” x 5/16”• Numbers of teeth: 9, ■11 or ■14

Fixed Drive Conveyor RollerSeries 3500

37

Toothed belt drive element• Toothed belt head made of POM• Dimensions:

– Toothed belt pitch: 8 mm– Toothed belt width: 11.2 mm– Number of teeth: ■18 for Interroll

special toothed belt

Options• Flanges• Elastic PVC sleeve• Antistatic version

Design information• See section “Types of Drive” on page 10.

■ = STANDARD

38

Ø 5

0

Ø 4

5.08

Ø 20

15.5

7.1

341 RL

EL - AGL

5

0.5


1 polyamide sprocket 1/2”, 11 teeth

Ø 5

7.07

Ø 3

8

15.5

7.1

341 RL

5

0.5


1 polyamide sprocket 1/2”, 14 teeth Female threaded spindleTube Tube size Type of bearing

dia. mm Dia. 14 mm (M8 x 15)

PVC-Copolymer 50 x 2.8 ITRL ball bearing 3.5EA.SAA.N90

50 x 2.8 Precision ball bearing 3.5EZ.SAA.N90

Zinc plated steel 50 x 1.5 Precision ball bearing 3.5ER.JAA.N90

60 x 1.5 Precision ball bearing 3.5ET.JAB.N90



PVC-Copolymer 50 x 2.8 ITRL ball bearing 3.5CA.SAA.N90

50 x 2.8 Precision ball bearing 3.5CT.SAA.N90

Zinc plated steel 50 x 1.5 ITRL ball bearing 3.5CC.JAA.N90

50 x 1.5 Precision ball bearing 3.5CR.JAA.N90

EL=AGL=RL+40

EL=AGL=RL+40

39

Ø 57

.07

Ø 3

8

15.5

7.1

561 R L

E L - AG L

5

0.5

22 18.5

2 polyamide sprockets 1/2”, 14 teeth

2 polyamide sprockets 1/2”, 14 teeth Female threaded spindleTube Tube size Type of bearing


PVC-Copolymer 50 x 2.8 ITRL ball bearing 3.5GA.SAA.N91

Zinc plated steel 50 x 1.5 Precision ball bearing 3.5GS.JAA.N91

60 x 1.5 Precision ball bearing 3.5GV.JAB.N91

RL

EL=AGL=RL + 62

Ø 5

7.07

Ø 3

8

40

Selection of required motor power

Conveyor speed Pitch Maximum number of toothed belts per drivem/s mm 0.37 KW 0.55 KW 0.75 KW

v = 0.4 72 40 47 50

104 38 46 50

136 34 42 49

v = 0.6 72 31 40 48

104 30 37 44

136 26 34 40

v = 0.8 72 25 33 40

104 24 32 38

136 22 28 34

v = 1.0 72 21 28 35

104 20 27 33

136 18 24 30

Load assumptions: 1,000 N per metre at room temperature +20°C. We recommend frequency-controlled motors.

4 27

Ø 4

5.8

341 RL

EL - FAGL

5

0.5

POM toothed belt head, p = 8, 18 teeth

POM toothed belt head, p = 8, 18 teeth Female threaded spindleTube Tube size Type of bearing


Zinc plated steel 50 x 1.5 Precision ball bearing 3.5ZV.JAA.N90

60 x 1.5 Precision ball bearing 3.5ZD.JAB.N90

EL=AGL=RL + 40

41

Ø 5

7.07

Ø 3

8

15.5

7.1

341 RL 5

0.5

EL = AGL = RL+40

1 steel sprocket 1/2”, 14 teeth

2 steel sprockets 1/2”, 14 teeth Female threaded spindleTube Tube size Type of bearing


Zinc plated steel 50 x 1.5 Precision ball bearing 3.505.JA3.N91

60 x 1.5 Precision ball bearing 3.50R.JC2.N91

1 steel sprocket 1/2”, 14 teeth Female threaded spindleTube Tube size Type of bearing


Zinc plated steel 50 x 1.5 Precision ball bearing 3.505.JA4.N90

60 x 1.5 Precision ball bearing 3.50R.JC1.N90

22 18.5

Ø 5

7.07

Ø 3

8

15.5

7.1

561 RL 5

0.5

EL = AGL = RL+62

2 steel sprockets 1/2”, 14 teeth

42

1 and 2 polyamide sprockets, 14 teeth 1 and 2 steel sprockets, 14 teethor POM toothed belt head, 18 teeth

PVC-Copolymer tube Steel tubeDia. 50 x 2.8 mm Dia. 50 x 1.5 mm Dia. 60 x 1.5 mmITRL/precision ball bearing Precision ball bearing Precision ball bearingFixed Fixed Fixed


200 350 2,000 2,000

400 265 2,000 2,000

600 90 2,000 2,000

800 50 1,830 2,000

1,000 1,150 2,000

1,200 790 1,390

1,400 580 1,020


Options • Flange at one end or both ends (for steel tube)

d D S bmm mm mm mm

dia. 50 dia. 75 3 8

dia. 60 dia. 100 3 8


1 polyamide 1 polyamide 1 and 2 polyamide sprockets, 14 teethsprocket, 11 teeth sprocket, 11 teeth or POM toothed belt head, 18 teeth

PVC-Cop. tube Steel tube Steel tubeDia. 50 x 2.8 mm Dia. 50 x 1.5 mm Dia. 50 x 1.5 mm Dia. 60 x 1.5 mmITRL/precision ITRL/precision Precision Precisionball bearing ball bearing ball bearing ball bearingFixed Fixed Fixed Fixed

ELmm dia. 14 mm dia. 14 mm dia. 14 mm dia. 14 mm

200 300 300 1,500 1,500

400 300 300 1,500 1,500

600 110 300 1,450 1,450

800 40 300 1,410 1,410

1,000 300 1,370 1,390

1,200 290 910 1,370

1,400 250 650 1,150


min.13

b

dD

S

min.13

b

43

Features• Series 3600 conveyor rollers are based

on the Series 1450 heavy duty conveyorroller

• At the non-drive end there are Series1700 housings. The drive end can besupplied with polyamide sprockets or a toothed belt head (POM)

• Sprockets made of highly abrasion resistant, resilient polyamide feature extremely good sound absorption andhigh dimensional stability (also with tangential drive)

• Castellated tube at the drive end prevent the drive element from turningin the tube, and ensures maximumtorque

• Ball bearing is well protected by an integrated bearing seal



outside diameter of ■80 or ■89 mm• Flanges

Spindle• Bright steel• Female threaded spindle (M12 x 20),

diameter ■20 mm• Other spindle ends available on request

Bearing• Bearing housing (black) and bearing

seal (yellow) made of polyamide• Types of bearing:

– Precision ball bearings 6204/6205

Chain drive element• Single or double sprocket head made

of high-quality polyamide 6.6• Dimensions: 5/8” x 3/8”• Number of teeth: ■15 or ■18


– Toothed belt pitch: 8 mm– Toothed belt width: 20 mm– Number of teeth: ■25

Options• Zinc Plated steel tube, dia. 80 x 2 mm


■ = STANDARD

Heavy-Duty Conveyor RollerSeries 3600

44




Dia. 20 mm (M12 x 20) Dia.20 mm (M12 x 20)dia. mm without flange with flange

Zinc plated steel 80 x 3 Precision ball bearing 3.6AC.J8E.S42 3.6AC.J8D.S42

89 x 3 Precision ball bearing 3.6AE.J90.S42 3.6AE.J8C.S42

Ø76

.36

5

18

RL31EL = AGL = RL+36

8.90.5

min. 66

18min. 30

4

Ø15

0




Zinc plated steel 80 x 3 Precision ball bearing 3.6AD.J8E.S38 3.6AD.J8D.S38

89 x 3 Precision ball bearing 3.6AF.J90.S38 3.6AF.J8C.S38

45

Ø76

.36

5

18


8.9

26

0.5

min. 92

18min. 30

4

Ø15

0

46

1 polyamide sprocket 5/8", 18 teeth



Zinc plated steel 80 x 3 Precision ball bearing 3.6AJ.J8E.S42 3.6AJ.J8D.S42

89 x 3 Precision ball bearing 3.6AL.J90.S42 3.6AL.J8C.S42

Ø91

.42

5

18


8.90.5

min. 66

18min. 30

4

Ø15

0

47




Zinc plated steel 80 x 3 Precision ball bearing 3.6AK.J8E.S38 3.6AK.J8D.S38

89 x 3 Precision ball bearing 3.6AM.J90.S38 3.6AM.J8C.S38

Ø91

.42

5

18


8.9

26

0.5

min. 92

18min. 30

4

Ø15

0

48

min. 92

18min. 30

4

Ø15

0

POM toothed belt head, p = 8, 25 teeth



Zinc plated steel 80 x 3 Precision ball bearing 3.6AZ.J8E.S38 3.6AZ.J8D.S38

89 x 3 Precision ball bearing 3.6AX.J90.S38 3.6AX.J8C.S38

Ø67

5RL57EL = AGL = RL+62

Ø62

.1

4

7 22 24

0.5

49


1 polyamide sprocket 2 polyamide sprockets or POM toothed belt head

Steel tube Steel tubePrecision ball bearing Precision ball bearingFixed FixedDia. 20 mm (M12 x 20) Dia. 20 mm (M12 x 20)

ELmm dia. 80 x 3 mm dia. 89 x 3 mm dia. 80 x 3 mm dia. 89 x 3 mm

200 3,500 3,500 3,500 3,500

400 3,500 3,500 3,500 3,500

600 3,500 3,500 3,150 3,150

800 3,500 3,500 3,000 3,000

1,000 3,500 3,500 2,930 2,930

1,200 3,500 3,500 2,880 2,880

1,400 3,500 3,500 2,850 2,850

1,600 2,690 3,500 2,820 2,820

Features• Very sturdy roller• Sprockets made of steel• Drive element is welded to the tube• At the non-drive end there are Series

1450 housings• Ball bearing is well protected by

integrated bearing seal


DimensionsTube• Zinc plated steel to DIN 2394 with

an outside diameter of ■80 or ■89 mm• Flanges

Spindle• Bright steel or stainless steel • Female threaded spindle (M12 x 20),

diameter■20 mm• Other spindle ends on request

Bearing• Bearing housing (black, non-drive end)

and bearing seal (yellow) made ofpolyamide

• Types of bearing:– Precision ball bearings 6205, 6205 RS

Chain drive element• Single or double sprocket head made of

steel (welded to the tube)• Dimensions: 5/8” x 3/8”• Numbers of teeth: ■15 or ■18• Other drive elements on request

Options• Zinc plated steel tube, dia. 80 x 2 mm


■ = STANDARD

Heavy-Duty Conveyor RollerSeries 3950

50

51

Ø 7

6.36

5

8.9

18

RL31

0.5

EL = AGL = RL+365

0.5



Ø 15

0

min. 54

min.



Zinc plated steel 80 x 3 Precision ball bearing 3.951.JJP.S9F 3.951.JJ1.S9F

89 x 3 Precision ball bearing 3.952.JJY.S9F 3.952.JJ2.S9F

4

18 min. 30

5

52

Ø 7

6.36

5

8.9

18

RL57

26

0.5

EL = AGL = RL+62


Ø 15

0

min. 80

min.



Zinc plated steel 80 x 3 Precision ball bearing 3.951.JKW.S9E 3.951.JK1.S9E

89 x 3 Precision ball bearing 3.952.JKY.S9E 3.952.JK2.S9E

4

18 min. 30

0.55

53

Ø 9

1.42

5

8.9

18

RL31

0.5

EL = AGL = RL+36


Ø 15

0

min. 54

min.



Zinc plated steel 80 x 3 Precision ball bearing 3.951.JJC.S9F 3.951.JJD.S9F

89 x 3 Precision ball bearing 3.952.JJE.S9F 3.952.JJF.S9F

4

18 min. 30

5

0.5

54

Ø 9

1.42

5

8.9

18

RL57

26

0.5

EL = AGL = RL+62


Ø 15

0

min. 80

min.



Zinc plated steel 80 x 3 Precision ball bearing 3.951.JKC.S9E 3.951.JKD.S9E

89 x 3 Precision ball bearing 3.952.JKE.S9E 3.952.JKF.S9E

4

18 min. 30

0.5

5

55


One or two steel sprockets

Steel tubePrecision ball bearingFixedDia. 20 mm (M12 x 20)

ELmm dia. 80 x 3 mm dia. 89 x 3 mm

200 5,000 5,000

400 5,000 5,000

600 5,000 5,000

800 5,000 5,000

1,000 5,000 5,000

1,200 5,000 5,000

1,400 4,740 5,000

1,600 3,600 5,000

Series Description Max. load capacity,dynamic

3800 Friction Accumulating Conveyor Roller 500 NFriction Accumulating Conveyor Rollers

Max. conveyor Standard dia. Pagespeed

0.5 m/s 50 mm 60

FR

IC

TI

ON

A

CC

UM

UL

AT

IN

G

CO

NV

EY

OR

R

OL

LE

RS

3

60

Features• Conveying and accumulating via a

friction clutch between drive elementand sliding bush (single friction). In thecase of conveyor rollers with double-friction, the friction clutches are at bothends of the roller

• The driving force of the roller is load-dependent and adjusts automatically

• Friction accumulating conveyor rollerswith single friction and Series 3500 conveyor rollers have the same dimen-sions. Therefore, they can easily becombined with one another and can be converted to the relevant type ofdrive at any time (friction/fixed drive)

• At the non-drive end there are Series1700 housings. The drive end can besupplied with drive elements eithermade of plastic (sprockets – polyamide6.6, toothed belt head – POM) or steel

• Sprockets manufactured from abrasionresistant polyamide, which gives excel-lent sound absorption characteristics,compared to steel

• Steel sprockets are precision turnedparts which have an accurate meshing

• The load capacity of the roller dependson the amount of accumulating in pro-portion to total operating time

Load capacity• Up to 350 N with polyamide sprockets• Up to 500 N with steel sprockets


Copolymer in stone grey (RAL 7030)with an outside diameter of ■50 or 63 mm

• Zinc plated steel to DIN 2394 with an outside diameter of ■50 or 60 mm

• Stainless steel to DIN 2463 with an outside diameter of 50 or 60 mm


Spindle• Bright steel or stainless steel• Female threaded spindle (M8 x 15),

diameter 12 or ■14 mm• Other spindle ends on request

Bearing• Bearing base made of polyamide (black)• Bearing seal made of polyamide (yellow)

for the drive end and polypropylene forthe non-drive end

• Types of bearing:– Interroll ball bearing– Interroll stainless steel ball bearing– Precision ball bearings 6002, 6002 2RS

Chain drive element• Single or double sprocket head made

of high-quality polyamide 6.6 or steelwith polyamide slide bush

• Dimensions: 1/2” x 5/16”• Numbers of teeth (polyamide): 9,■11 or■14• Numbers of teeth (steel):■14

Friction AccumulatingConveyor Roller Series 3800

61


– Toothed belt pitch: 8 mm– Toothed belt width: 11.2 mm– Number of teeth: ■18 for Interroll

special toothed belt

Options• Antistatic version

■ = STANDARD

62

Design Information System descriptionThe friction conveyor rollers are driven by a continuously running roller chain or toothed belt. The drive element is connected to thebody of the roller via a friction bush (slidebearing bush). The drive is therefore effected by the fric-tion inside the friction bush. The materialsof the two friction surfaces (polyamide/polyamide and polyamide/steel) and thelubricant used are crucial to operation of the roller.If the items being conveyed are stopped(accumulating mode), the roller body remains stationary, and only the drive element continues to rotate. Due to theresulting friction, appropriate back pres-sure is applied to the items, and it accu-mulates in proportion to the length of the pile-up. As soon as the conveyor section is released again, the rollers, andhence the items, start moving again.

Driving forceThe driving force produced by the frictionroller regulates itself in relation to theweight of the items. The driving force depends on manydifferent factors such as the conditionof the underside of the items, mois-ture, temperature, grease, proportionof accumulation in relation to total operating time, etc. Some of these factors have a con-siderable effect on the performanceand life of the roller. We will be glad to advise you on yourspecific application. We also recom-mend that you conduct a performancetest using genuine items.The driving forces indicated below aretherefore not binding and relate to a standard climate (65% relative humidityand a temperature of +20 °C). The figures indicated also relate to thesystem where the items are located centrally on the rollers. They change considerably if the centre of gravity of theload is off-centre, and they drop the further away the centre of gravity of theload is from the drive element. Flat, sturdy item undersides are ideal –each roller takes an equal share of the load.

Under the aforementioned conditions, the following figures for driving force at the roller can be assumed:• 4 to 6% of roller load driving force,

assuming a single friction clutch and a roller outside diameter of 50 mm

• 2 to 5% of roller load driving force, assuming a single friction clutch and a roller outside diameter of 60 mm

• 8 to 13% of roller load driving force, assuming a double friction clutch and a roller outside diameter of 50 or 60 mm

The permissible conveyor speed is 0.5 metres m/s.

For further design information, please referto the section “Types of Drive” on page 10.

63

Ø 2

0

15.5

7.1

1 RL

EL - AGL

5

0.5

Ø 5

0

Ø 4

5.08

34


1 polyamide sprocket 1/2”, 11 teeth (single friction)

1 polyamide sprocket 1/2”, 14 teeth (single friction)



PVC-Copolymer 50 x 2.8 ITRL ball bearing 3.8CA.SAA.N90

50 x 2.8 Precision ball bearing 3.8CR.SAA.N90

Zinc plated steel 50 x 1.5 ITRL ball bearing 3.8CC.JAA.N90

50 x 1.5 Precision ball bearing 3.8CS.JAA.N90



PVC-Copolymer 50 x 2.8 ITRL ball bearing 3.8EA.SAA.N90

50 x 2.8 Precision ball bearing 3.8EZ.SAA.N90

Zinc plated steel 50 x 1.5 Precision ball bearing 3.8ER.JAA.N90

Ø 5

7.07

Ø 3

8

15.5

7.1

341 RL

EL - AGL

5

0.5

EL=AGL=RL + 40

EL=AGL=RL + 40

64

Ø 5

7.07

Ø 3

8

15.5

7.1

561 RL

EL - AGL

5

0.5

22 18.5

2 polyamide sprockets 1/2”, 14 teeth (single friction)



PVC-Copolymer 50 x 2.8 ITRL ball bearing 3.8GA.SAA.N91

Zinc plated steel 50 x 1.5 Precision ball bearing 3.8GZ.JAA.N91

EL=AGL=RL + 62

65



Zinc plated steel 50 x 1.5 Precision ball bearing 3.8ZV.JAA.N90

4 27

Ø 4

5.8

1 RL 5

0.5

EL = AGL = RL+40

34

POM toothed belt head, p = 8, 18 teeth (single friction)

Selection of required motor power

Conveyor speed Pitch Maximum number of toothed belts per drivem/s mm 0.37 KW 0.55 KW 0.75 KW

v = 0.4 72 40 47 50

104 38 46 50

136 34 42 49

v = 0.6 72 31 40 48

104 30 37 44

136 26 34 40

v = 0.8 72 25 33 40

104 24 32 38

136 22 28 34

v = 1.0 72 21 28 35

104 20 27 33

136 18 24 30

Load assumptions: 1,000 N per metre at room temperature +20°C. We recommend frequency-controlled motors.

66

Ø 3

8

561 RL

EL = AGL = RL+62

2215.5

Ø 5

7.07

0.5

5

7.1

18.5

2 steel sprockets 1/2”, 14 teeth (single friction)

2 steel sprockets 1/2”, 14 teeth (single friction) Female threaded spindleTube Tube size Type of bearing


Zinc plated steel 50 x 1.5 Precision ball bearing 3.8K9.JAA.N91

Ø 5

7.07

Ø 3

8

15.5

7.1

341 RL 5

0.5

EL = AGL = RL+40

1 steel sprocket 1/2”, 14 teeth (single friction)



Zinc plated steel 50 x 1.5 Precision ball bearing 3.8J6.JAA.N90

EL=AGL=RL + 40

67

Ø 45

.08

Ø 20

15.5

291 RL 5

0.57.1

EL = AGL = RL+35

1 polyamide sprocket 1/2”, 11 teeth (double friction)

Ø 5

7.07

Ø 3

8

15.5

7.1

291 RL 5

0.5

EL = AGL = RL+35

1 polyamide sprocket 1/2”, 14 teeth (double friction)



Zinc plated steel 50 x 1.5 Precision ball bearing 3.84N.JPB.N9C



Zinc plated steel 50 x 1.5 Precision ball bearing 3.84P.JPB.N9C

Ø 5

7.07

Ø 3

8

15.5

7.1

511 RL 5

0.5

22

EL = AGL = RL+57

2 polyamide sprockets 1/2”, 14 teeth (double friction)

2 polyamide sprockets 1/2”, 14 teeth (double friction) Female threaded spindleTube Tube size Type of bearing


Zinc plated steel 50 x 1.5 Precision ball bearing 3.84V.JPB.N9L

68

Series Description Max. load capacity, dynamic

1700-KXO Tapered Universal Conveyor Roller 500 N

3500-KXO Tapered Fixed Drive Conveyor Roller 500 N

Tapered Conveyor Rollers

Grooves

•

Max. conveyor Standard dia.speed

1.2 m/s 50 mm

1.2 m/s 50 mm

Page

75

77

TA

PE

RE

DC

ON

VE

YO

R

RO

LL

ER

S

4

72

Only tapered conveyor rollers can ensurethat the items are conveyed round curvesreliably. The different conveying speedsaround the circumference of the taperedtubes allow perfect handling. Side guidesare not absolutely necessary.Compared with straight sections, curvedsections require greater installationlengths (assuming item dimensions areidentical). For reliable handling, the actual clearwidth of the conveyor should be approx.50 mm larger than the calculated width.EL and RL should be selected accord-ingly.

Features of Series 1700-KX0 tapereduniversal conveyor roller• Series 1700-KX0 tapered conveyor

rollers are based on the Series 1700universal conveyor roller

• Tapered tube made of grey polypro-pylene parts; abrasion resistant, soundabsorbent, impact resistant, weather resistant and temperature resistant

• Light weight, hence good running andstarting properties

Features of Series 3500-KX0 taperedfixed drive conveyor roller• Series 3500-KX0 tapered conveyor

rollers are based on the Series 3500fixed drive conveyor roller

• Tapered tube made of grey polypropy-lene parts; abrasion resistant, soundabsorbent, impact resistant, weather resistant and temperature resistant

• Sprocket heads made of highly abrasion-resistant, resilient polyamide6.6, hence excellent sound absorption

Load capacity• Up to 500 N

Tapered Conveyor Rollers

73

DimensionsTube• Tapered elements made of polypropy-

lene on a cylindrical inner tube made ofzinc plated steel with an outside diameterof 50 mm. The tapered elements areavailable for roller lengths (RL) of 250 mmto 900 mm in increments of 50 mm.

• Grooves for round belts on an extendedinner tube

Spindle• Bright steel or stainless steel• Spring-loaded spindle, diameter 8,

10 mm or 11 mm hexagonal• Female threaded spindle (M8 x 15),

diameter 12 or ■14 mm

Bearing• Bearing housing made of polyamide (black)• Bearing seal made of polypropylene

(yellow)• Types of bearing:

– Interroll ball bearing– Interroll stainless steel ball bearing– Precision ball bearings 6002, 6002 2RS

Drive element• Double sprocket head made of high-

quality polyamide 6.6• Dimensions: 1/2” x 5/16”• Numbers of teeth: ■14

Options• Extended inner tube

■ = STANDARD

74

Design Information The nominal dimension of the curve inside radius Ri is 800 mm for rollerlengths (RL) of 300, 400, 500 mm, etc.and 850 mm for roller lengths of 250,350, 450 mm etc. The curve inside radiusis measured from the inner edge of theinside supporting profile (i.e. from the beginning of installation length EL).

Minimum outside radius (Ra):

Ra = (Ri + W)2 + (L/2)2

Number of rollers in the curveWithin a 90° curve no more than 23 Series KX0 rollers may be used. Depend-ing on the length of the items being conveyed, Interroll recommends the (minimum) number of rollers suggested in the table. The pitch indicated, Ti, at the inside radius is such that an angle of exactly 90° results between the roller running surfaces facing the curve ends.

Ra

L

W

Ri

Length of item L [mm] 150 200 250 300 350 450 550

Recommended number of rollers 21 17 15 13 11 10 9

Ti [mm] where Ri is 800 mm 60.3 75.3 86.1 100.5 120.5 133.9 150.7

Ti [mm] where Ri is 850 mm 64.0 80.0 91.5 106.7 128.1 142.3 160.1

Roller pitch Ta at the inner edge of theoutside profile can be calculated with the following formula:

Ti x (EL +Ri)Ta = Ri

75

Female threaded spindleTube Roller Min. dia./ Type

length (RL) max. dia. of bearingmm mm Dia. 14 mm (M8 x 15)

Tapered elements 250 55.6/71.2 ITRL ball bearing 1.7KD.HJ0.NAE

made of polypropylene, 300 52.5/71.2 ITRL ball bearing 1.7KD.KJ3.NAE

for zinc plated 350 55.6/77.6 ITRL ball bearing 1.7KD.HJ1.NAE

steel tubes 400 52.5/77.6 ITRL ball bearing 1.7KD.KJ4.NAE

450 55.6/84.0 ITRL ball bearing 1.7KD.HJ2.NAE

500 52.5/84.0 ITRL ball bearing 1.7KD.KJ5.NAE









Standard Part NumbersSeries 1700-KX0

5 5

0.5 0.5

R L

E L = AGL

76

5 5

E L = AGL

R L

0.5 0.5

min.30 min.30

max. 90

Female threaded spindleTube Roller Min. dia./ Type

length (RL) max. dia. of bearingmm mm Dia. 14 mm (M8 x 15)

Tapered elements 250 55.6/64.8 Precision ball bearing 1.7KL.HX0.NAE

made of polypropylene, 300 52.5/64.8 Precision ball bearing 1.7KL.KX3.NAE

for zinc plated 350 55.6/71.2 Precision ball bearing 1.7KL.HX1.NAE

steel tubes 400 52.5/71.2 Precision ball bearing 1.7KL.KX4.NAE

with 2 grooves 450 55.6/77.6 Precision ball bearing 1.7KL.HX2.NAE

500 52.5/77.6 Precision ball bearing 1.7KL.KX5.NAE

550 55.6/84.0 Precision ball bearing 1.7KL.HX3.NAE








77

15.5 18.522

7.1

561 R L 5

E L = AGL = R L+62

Ø5

7.0

70.5

Standard Part NumbersSeries 3500-KX0

2 polyamide sprockets 1/2”, 14 teeth FemaleTube Roller Min. dia./ Type threaded spindle

length (RL) max. dia. of bearingmm mm dia.14 mm (M8 x 15)

Tapered elements 250 55.6/71.2 Precision ball bearing 3.5KY.HJ0.N91

made of polypropylene, 300 52.5/71.2 Precision ball bearing 3.5KY.KJ3.N91

for zinc plated 350 55.6/77.6 Precision ball bearing 3.5KY.HJ1.N91

steel tubes 400 52.5/77.6 Precision ball bearing 3.5KY.KJ4.N91

450 55.6/84.0 Precision ball bearing 3.5KY.HJ2.N91

500 52.5/84.0 Precision ball bearing 3.5KY.KJ5.N91









Options • Tapered conveyor rollers with extended inner tube

5 5

0.5 0.5

E L = AGL

R L

Series Description

2130 Polypropylene Conveyor Wheels


2200 Steel Conveyor Wheels


2500 Omniwheels

5500 Ball Transfer Units

BU 50 Roller Track

Other Components

Max. load capacity, Standard dia. Pagedynamic

200 N 48 mm 82

70 N 48 mm 83

200 N 48 mm 84

100 N 38 mm 85

500 N 48, 80 mm 86

500 N 89

1,600 N 50 mm 92

OT

HE

R

CO

MP

ON

EN

TS

5

82

Features• Low-noise running• Made of impact-resistant polypropylene• Colour: black• Double ball race• Bearing: steel balls on zinc plated

steel hub• Rubberised wheels also available

for particularly sensitive items• Load capacity: 100 N static, 200 N

dynamic

Standard part numbers(without rubber tyre)2130 – 6.5 mm bore2131 – 8.2 mm bore

Dimensions• Wheel diameter 48 mm (52 mm

including rubber coating)• Hub width 24 mm• Hub bore 6.5 mm or 8.2 mm• Weight: 27 g (+11 g rubber tyre)

PolypropyleneConveyor WheelsSeries 2130

6.5 8.2

18

24

ø 48

ø 6.5

8.2

20

24

ø 5

2

ø

20

83

Features• Low-noise running• Made of impact-resistant polypropylene• Colour: standard version black,

stainless steel version grey (RAL 7030)• Single-row ball race• Bearing: steel or stainless steel balls

on plastic hub• Rubberised wheels also available


dynamic


(with stainless steel balls)2164 – 8.2 mm bore2165 – 8.2 mm bore

(with stainless steel balls)




24

ø 4

8

6.5

8.2

ø

17

ø

20

24

ø 5

2

6.5

8.2

18

84

Features• Made of zinc plated steel• Single-row ball race• Good running stability• Bearing: steel balls on zinc plated

steel hub• Long service life due to hardened ball

running surfaces• Rubberised wheels also available


dynamic




Steel Conveyor WheelsSeries 2200

2200

ø 6.

5ø

8.2

16

24

ø 4

8

2200

ø 6.

5ø

8.2

20

24

ø 5

2

85

Features• Suspended on the profile • Available with 60 mm dia. flange• Low-noise running• Made of impact-resistant polypropylene• Colour: standard version black,

stainless steel version grey (RAL 7030)• Excellent running properties due to

double ball race• Bearing: steel or stainless steel balls

on zinc plated steel pin • Simple assembly• Load capacity: 50 N static, 100 N

dynamic

Standard part numbers(without rubber tyre)2371 – normal bearing2373 – stainless steel balls2370 – flanged version/normal bearing2372 – flanged version/stainless steel

bearing

Dimensions• Wheel diameter 38 mm• Flange diameter 60 mm• Wheel width 28 mm• Journal zinc plated, M8 x 15 mm• Slot (2 mm) for screwdriver• Weight: 45 g, flanged version 49 g


28

ø 38

15

2.5

M8

28

ø 38

15

M8

25

ø 60

2. 5

86

Features• Conveyance in any direction possible• Simply designed crossings and switches• Version driven in one direction possible

with hexagonal spindle• Wheels can be coupled to one another• Easy to assemble• Can be used in a dusty environment• Can be used in a moist environment

(stainless steel journal)• Bottom of the items must be flat and

sturdy• Corrosion resistant• Load capacity: 500 N per wheel

Standard part numbers2570 – 48 mm dia.2580 – 80 mm dia.

Dimensions• Outside diameter 48, 80 or 120 mm• Hub bore dia. 8.2, 12.2, 16.0 mm

11.2 hex or 19 hex

OmniwheelsSeries 2500

87

Design informationThe load capacity of the multi-directionalOmniwheels is utilised to the full if interacting Omniwheels have exactly the same level, and if the surfaces coming into contact with the Omniwheelsare smooth.

If operating conditions are not ideal, a corresponding number of extra Omni-wheels must be used so that there is always adequate contact between the items being conveyed and the load-bearing Omniwheels.

88

Ø

YX

W

Dimensions

Wheel Material Material Bearing Hub bore Load X Y Wdia. capacitymm Wheel body Spool Spool mm N (stat./dyn.) mm mm mm

48 Polyamide Polyamide Slide bearing 8.2 50 3 3 21.5

48 Polyamide Polyamide Slide bearing 8.1 SKT 50 3 3 21.5

80 Polyamide Polyamide Slide bearing 12.2 250 4 4 34

80 Polyamide Polyamide Slide bearing 11.2 SKT 250 4 4 34

120 Aluminium Polyamide Slide bearing 16 500 8 5 47

120 Aluminium Polyamide Ball bearing 16 500 8 5 47

120 Aluminium Polyamide Slide bearing 19 SKT 500 8 5 47

120 Aluminium Aluminium Ball bearing 19 SKT 500 8 5 47

120 Aluminium Aluminium Slide bearing 16 500 8 5 47

120 Aluminium Aluminium Ball bearing 16 500 8 5 47

120 Aluminium Aluminium Slide bearing 19 SKT 500 8 5 47

120 Aluminium Aluminium Ball bearing 19 SKT 500 8 5 47

89

Features• Conveyance in any direction possible• Simply designed crossings and switches• Smooth-running balls• Housing made of polyamide• Ball cup for support balls made of

hardened steel• In operation, the support balls circulate

under the main ball so that the itemsbeing conveyed are provided with constant support

• Protection against dust and splashes of water due to felt seal (in the case ofsteel ball)

• The base of the items has to be flat and sturdy

• Load capacity: 500 N (steel), 300 N(stainless) and 400 N (technopolymer)per ball

Design informationThe load capacity of the ball transfers isutilised to the full if the balls have exactlythe same level. If operating conditions are not ideal, a corresponding number of extra ball transfers must be used so that there is always adequate contactbetween the items being conveyed andthe load-bearing ball transfers.

Ball TransferUnitsSeries 5500

90

D

C

FH

G

T

Ø

Ø E

Standard Part Numbers

Series 5500 with bottom flange

F

H

T

G

B

C Ø E

Ø D

Series 5500 with top flange

Net LoadPart Material Ball dia. dia. D G H B T F C dia. E weight capacityno. of main ball mm mm mm mm mm mm mm mm mm g N (stat./dyn.)

5500 Steel 25.4 44 -0.2 35 26 - 3 74/52 60 7 109 500

5505 Stainless steel 25.4 44 -0.2 35 26 - 3 74/52 60 7 109 500

5520 Technopolymer 25.4 44 -0.2 35 26 - 3 74/52 60 7 51 200

Net LoadPart Material Ball dia. dia. D G H B T F C dia. E weight capacityno. of main ball mm mm mm mm mm mm mm mm mm g N (stat./dyn.)

5501 Steel 25.4 44 -0.2 35 26 19.5 3 74/52 60 7 109 500

5506 Stainless steel 25.4 44 -0.2 35 26 19.5 3 74/52 60 7 109 500

5521 Technopolymer 25.4 44 -0.2 35 26 19.5 3 74/52 60 7 51 200

91

TBH

G

Ø D

Ø F

Series 5500 with top flange

GH T

L

F

A

Ø D

Ø

Series 5500 with threaded pin

Net LoadPart Material Ball dia. dia. D G H B T dia. F weight capacityno. of main ball mm mm mm mm mm mm mm g N (stat./dyn.)

5503 Steel 25.4 44 -0.2 35 26 19.5 3 52 107 500

5508 Stainless steel 25.4 44 -0.2 35 26 19.5 3 52 107 500

5522 Technopolymer 25.4 44 -0.2 35 26 19.5 3 52 41 200

Net LoadPart Material Ball dia. dia. D G H T dia. F A weight capacityno. of main ball mm mm mm mm mm mm mm g N (stat./dyn.)

5504 Steel 25.4 44 -0.2 35 26 3 74 M8 117 500

5509 Stainless steel 25.4 44 -0.2 35 26 3 74 M8 117 500

5512 Technopolymer 25.4 44 -0.2 35 26 3 74 M8 59 200

92

Features• Multi-purpose element for many appli-

cations. Conveyor sections are easy to build and change

• Also suitable for push roller conveyors,outward transfers, interlinked machinery,etc.

• Different roller pitches are possible• Suitable for transverse movement of

pallets due to small minimum roller pitch (52 mm)

• Use of zinc plated steel profile (wall thickness 2.5 mm)

• Rollers used:– 50 mm dia. compact conveyor rollers

made of polyamide with or without flange (load capacity: 300 N static/400 N dynamic)

– 50 mm dia. compact conveyor rollers with steel tube or solid steel version(load capacity: 1200 N static/1600 N dynamic)

• 8 mm zinc plated rivet pin as spindle• For load capacity of the channel,

please refer to load diagram

Standard part numbers2901 – polyamide body without flange2911 – polyamide body with flange2950 – steel tube without flange

Dimensions• Roller diameter 50 mm• Profile width 70 mm• Standard hole module 26 mm• Profile lengths variable according to

26 mm module (6006 mm maximum)

Roller TrackBU 50

ø 8

50 6

0

2.5

30

ø 7

1

ø 5

0

56.5

70

ø 8

50 6

0

2.5

30

75

ø 5

0

51.3

70

93

Load capacity [N]

Clear span [m]

0 1,000 2,000 3,000 4,000 5,000 6,000 7,000 8,0000.00

0.50

1.00

1.50

2.00

2.50

3.00

L max = 6006

26262613

11.5

8.1

70

30

50

Load diagram (area load deflection 2 mm)

C O N V E Y O RR O L L E R S

Europe

HeadquartersInterroll Fördertechnik GmbHSBU Drives and RollersPostfach 2251/2252D-42914 WermelskirchenTel. +49 21 93 23 0Fax +49 21 93 23 [email protected]

DenmarkInterroll Scandinavia A/SSBU Drives and RollersHammerholmen 2– 6DK-2650 HvidovreTel. +45 36 88 33 44Fax +45 36 88 33 [email protected]

United KingdomInterroll LimitedSBU Drives and RollersBrunel RoadEarlstrees Industrial EstateGB – Corby, Northants NN17 4UXTel. +44 1536 200 322Fax +44 1536 748 [email protected]

FranceInterroll France S.A.SBU Drives and Rollers7 Avenue de la DécouverteBP 77017F-21070 Dijon CedexTel. +33 380 60 09 20Fax +33 380 60 09 [email protected]

SpainInterroll España S.A.SBU Drives and RollersC.I. SantigaC/Puig dels Tudons, 5E-08210 Barbera del VallésTel. +34 93 729 96 50Fax +34 93 718 96 [email protected]

Czech RepublicInterroll CZ, s.r.o.SBU Drives and RollersG. Simka c.p. 3147CZ-69003 BreclavTel. +420 627 330 210Fax +420 627 330 [email protected]

Americas

USAInterroll CorporationSBU Drives and Rollers3000 Corporate DriveUSA – Wilmington, N.C. 28405Tel. +1 910 799 1100Fax +1 910 392 [email protected]

Asia

SingaporeInterroll (Asia) Pte Ltd.SBU Drives and Rollers11 Kian Teck DriveSingapore 628828Republic of SingaporeTel. +65 266 63 22Fax +65 266 68 [email protected]

JapanInterroll Japan Co., Ltd.SBU Drives and RollersTokyo Genboku Kaikan 10F5-30-13 Toyo, Koto-KuTokyo 135-0016 JapanTel. +1 81 3 5617 8071Fax +1 81 3 5617 [email protected]

0901

/GB

345

0/P

P

D R I V E S A N D R O L L E R S

drives and rollers - trak-on.rutrak-on.ru/files/componentry-interroll-1.pdf · conveyor rollers,...

Documents