T SERIESE SERIESH SERIESB SERIESI / 2008TwinSpinTwinSpinCatalogueKatalogTw inSpinTwinSpinTw inSpinTwinSpinContents4iCONTENTSiiAPPLICATIONS61Tw inSpin GENERAL INFORMATION81.1Operating principle92Tw inSpin SERIES112.1T SERIES12 Product characteristics12 Ordering code12 Technical data14 Drawings162.2E SERIES26 Product characteristics26 Ordering code26 Technical data28 Drawings302.3H SERIES38 Product characteristics38 Ordering code38 Technical data40 Drawings422.4B SERIES48 Product characteristics48 Ordering code48 Technical data50 Drawings523PERFORMANCE CHARACTERISTICS543.1Nominal life calculation543.2Effective input speed543.3Maximum torque during acceleration and breaking543.4Maximum emergency torque553.5Allowable radial-axial load and tilting moment on the output flange553.6Tilting rigidity and deflection angle of the output flange563.7Torsional stiffness, lost motion and backlash573.8Tolerances of connecting parts593.9Circumferential & front run-out values of TwinSpin bearing reducers593.10Vibrations603.11Angular transmission accuracy613.12No-load starting torque623.13Back-driving torque623.14Maximum tilting moment of the input shaft633.15Efficiency chart633.16Rotary direction and reduction ratio654SELECTION PROCEDURE664.1Working cycle diagram664.2Selection flowchart674.3Selection example695ASSEMBLY INSTRUCTION725.1Examples of the installation725.2Installation procedure735.3Dimensions and tolerances for connecting parts765.4Screw tightening torque and allowable transmission torque785.5Lubrication, cooling and preheating795.6Grease information825.7Temperature conditions825.8Applications825.9Motor flanges826GENERAL CONDITIONS846.1Maintenance846.2Delivery conditions846.3Transportations and storage846.4Warranty846.5Final statement846.6FAQ´S85Tw in S pin5TwinSpinInhaltiINHALTiiANWENDUNGSBEISPIELE61Tw inSpin TECHNISCHE BESCH...
