Shaft-Hub-Connections RINGSPANN : Shrink Discs, Cone Clamping Elements, Star Discs, Clamping Elements, Star Spring Washers
92Pages

Shaft-Hub-Connections Shrink Discs • Cone Clamping Elements • Star Discs Clamping Systems for torque motors • Star Spring Washers Edition 2022/2023 RINGSPANN® Registered Trademark of RINGSPANN GmbH, Bad Hom

Frictional shaft-hub-connections Categories of RINGSPANN shaft-hub-connections Ensured Torques with the RINGSPANN Calculation Method Online Calculation Tool shaft-hub-connections Max. transmissible torque upto Shaft diameter Shrink Discs standard short Clamping Noaxial Actuating element displacement device centres ofthehub integrated thehubto totheshaft (screws) theshaft during clamping Design and Function of Shrink Discs RLK 608 Covers for Shrink Discs RLK 608 and RLK 606 RLK 603 Technical Points for Shrink Discs Shaft diameter Cone Clamping Elements Max. transmissible torque upto standard...

Max. transmissible torque upto Shaft diameter Star Discs standard short Clamping Noaxial element displacement centres ofthehub thehubto totheshaft theshaft during clamping Actuating device integrated (screws) Design and Function of Star Discs Clamping Connections with Star Discs Star Discs Technical Points for Star Discs Max. transmissible torque upto Shaft diameter Clamping Systems for torque motors standard short Clamping Noaxial element displacement centres ofthehub thehubto totheshaft theshaft during clamping Actuating device integrated (screws) Clamping Systems for torque motors RTM...

Trantorque Mini Star Discs Star Spring Washers

Frictional shaft-hub-connections Why frictional shaft-hub-connections? Frictionalshaft-hub-connectionsarestandard machine elements used to connect shafts and hubs. They are capable of transmitting torque,axialforces,radialforcesandbending moments. ShrinkDiscsandConeClampingElements Among the frictional shaft-hub-connections ShrinkDiscsandConeClampingElementstake animportantposition.Bytighteningclamping screws conical surfaces are pulled together generatingradialforces;theseforcesprovide therequiredfrictionalconnectionbetweenthe partsinvolvedinthetransmissionoftorquesor forces....

Categories of RINGSPANN shaft-hub-connections Shrink Discs ShrinkDiscsareexternalclampingconnections forthebacklashfreefasteningofhollowshafts orhubstoshafts.Bytighteningclampingscrews conicalsurfacesarepulledtogethergenerating radialforces;theseforcespressthehollowshaft ontotheshaft.Torquesoraxialforcescanbe transmittedfrictionallyfromthehollowshaftto theshaft.TheShrinkDiscitselfisnotinvolvedin thetransmissionoftorquesoraxialforces.The radialclampingforceswhichactthroughthe circumferenceofthehollowshaftalsoensure anoptimumcentringtotheshaft. Shrink Discs are used, for example, to fasten...

Ensured Torques with the RINGSPANN Calculation Method The RINGSPANN calculation method ensures thatsucherrorsinthedimensioningofshafthub-connectionsareavoided.Thisisachieved byusingamethodthathasbeentestedand provenovermanyyears,accordingtowhichthe realfrictioncoefficientμK inthecontactarea Simplified calculation method without accounting for friction-coefficient fluctuations Standard Berechnungsmethode RINGSPANN Berechnungsmethode RINGSPANN calculation method accounting for friction-coefficient fluctuations undertheheadofthescrewandμG inthescrew threading lie between 0,12 and 0,14. This...

Online Calculation Tool shaft-hub-connections ThenewRINGSPANNCalculationToolhasbeen developedtoworkouttherightandtime-efficient dimensioning of an optimal shaft-hubconnection. WhetheraConeClampingElementoraShrink Disc,reliableresultsconcerningthenecessary hubdimensionsandbearingpressurescanbe determinedwithinafewminutes,aswellasthe transmissibletorquesandaxialforcesfordifferentstrengths,torquesandnumbersofscrews. Thismeansthatanyoversizingorundersizing of the elements can be avoided and a costoptimisedsolutionfoundfortheapplicationin question. Theuseofthetoolsisintuitivelydesignedand...

Design and Function of Shrink Discs Two-part Shrink Discs Design and Function Two-part shrink discs consist of an outer stepped conical ring, and an inner stepped conicalbush,aswellasanumberofclamping screws(seeFigure10-1). The stepped conical ring is pulled onto the steppedconicalbushbytighteningtheclamping screws. A radial clamping force is generatedbytheconicalsurfaces,whichisindependentofthefrictioncoefficientsatthescrews andconicalsurfaces.Theradialclampingforce presses the hollow shaft onto the shaft and createsafrictionalconnectionatthecontact surfaces between the shaft and the...

Design and Function of Shrink Discs Three-part Shrink Discs Pressureflange Innerring Three-part shrink discs consist of a threaded flange,apressureflange,aslottedinnerringand anumberofclampingscrews(seefigure11-1). Hollowshaft Clampingscrews Thethreadedflangeandthepressureflange are pulled together over the inner ring by tightening the clamping screws. A radial clamping force is generated by the conical surfaces which is dependent on the friction coefficientsatthescrewsandconicalsurfaces. Theradialclampingforcepressesthehollow shaftontotheshaftandcreatesafrictionalconnection at the contact...

Shrink Discs RLK 608 two-part design highest torque capacity Features • Highesttorquecapacity • Transmissibletorqueof330Nmupto 4225000Nm • Easy,quickassemblybytightening clampingscrewswithoutatorquewrench • Distance-controlledassemblyensures guaranteedtransmissibletorques • Encloseddesign,thereforeimpervious todirt • Truerunningevenathighspeeds • Centresthehollowshaftorhubtotheshaft • Forhollowshaftsorhubswithouter diametersof30mmupto620mm 12-1 Application example Backlash free connection of a hollow-shaft gearboxtoamachineshaftwithaShrinkDisc RLK608.Thebacklashfreeconnectionreduces the...

Shrink Discs RLK 608 two-part design highest torque capacity Shrink Disc released Shrink Disc clamped 13-1 Articlenumber Weight

Shrink Discs RLK 608 two-part design highest torque capacity Shrink Disc released Shrink Disc clamped 14-1 Articlenumber Weight

Shrink Discs RLK 608 two-part design highest torque capacity Shrink Disc released Shrink Disc clamped 15-1 Articlenumber Weight