Color: SilverMaterial: AluminumBore Diameter [d1]: 5mmBore Diameter [d2]: 8mmLength: 25mmDescription:This flexible type motor coupling can connect your driving shaft with the driven shaft while it is very efficient in eliminating any misalignment to the po
Security Policy (Protecting Your Data, Ensuring Your Safety)
Delivery Policy (Free shipping on orders over $30)
Return Policy (60 day easy Return)This flexible type motor coupling can connect your driving shaft with the driven shaft while it is very efficient in eliminating any misalignment to the possible extent. Minimum backlash is another great advantage of this Aluminum Flexible Coupling Coupler Helical Shaft 5mm x 8mm. This Flexible coupling with the outer diameter of 19mm and the length of 25mm is machined aluminum coupling. First bore diameter is 5mm and the second bore diameter is of 8mm also. It comes with the spiral cut in the middle along its length which makes it flexible so they can be fit to two shafts even if they are not perfectly co-linear and will help reduce binding effects. Such couplings are also known as Beam coupling, helical coupling, Flexible coupling. It’s helical cut makes them behave like a springy in the X Y and Z linear axis but not in the rotational axis. That means that you wont get more backlash, hence they are suitable for precision CNC work. A coupling is a device which transmits power and torque. Couplings do not normally allow disconnection of shafts during operation. However, there are torque limiting couplings which can slip or disconnect when some torque limit exceeds. By careful selection, installation and maintenance of couplings, substantial savings are possible in reduced maintenance costs and downtime. It can protect the driving and driven shaft members against harmful effects because of misalignment of the shafts, sudden shock loads, shaft expansion or vibrations etc.
1 x 5mm/0.2″ to 8mm/0.31″ Stepper Motor Flexible Shaft Coupling Aluminum Alloy Joint Connector for 3D Printer/CNC Machine
Reviews
There are no reviews yet.