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Synchronising Shaft Profile VK14, natural
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| Torque max. | Mmax. = 28 Nm |
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| ESD-safe | No |
| Cross-sectional area | A = 4.77 cm2 |
| Moment of Inertia, torsional | It = 9.52 cm4 |
| Moment of Inertia, x-axis | Ix = 7.17 cm4 |
| Moment of Inertia, y-axis | Iy = 6.68 cm4 |
| Weight | m = 1.29 kg/m |
| Delivery unit | cut-off max. 3000 mm |
| Material | Al, anodized |
| Colour | natural |
Synchronising Shaft Profiles are used to construct synchronising shafts using Multi-Spline Shaft sections VK14 or VK32. The synchronising shafts can be used to connect and thus to synchronise dynamic elements such as Timing-Belt Reverse Units, Ball Screw Units and couplings etc. By using Multi-Spline Shaft sections which go all the way through the Timing-Belt Reverse Units, it is possible to transfer the permissible torque. A positive-lock connection is used to connect shafts to the Synchronising Shaft Profiles. A Synchroniser Shaft Equaliser Coupling enables the torsion angle to be set.
The mounting holes for the tensioning screws are drilled perpendicular to the profile’s centre axis along the marking grooves.
The tensioning screws are tightened through the mounting holes drilled earlier.
The clamping set contains all parts required for fastening the Multi-Spline Shaft sections to both ends of a Synchronising Shaft Profile. Snap Rings W should be used to secure the Synchroniser Shaft axially between the drive elements.
Use of a synchronising shaft for connecting two Timing-Belt Reverse Units. The length of a Multi-Spline Shaft section depends on the minimum penetration depth (d), the construction sizes of the connected dynamic elements and the gap between the rotating and fixed parts. d = > 40 mm
The permissible speed of a Synchroniser Shaft depends on its length.
