I will show you how to use the gearbox motor coupling catalogue. First of all, enter the requirement information .Fill the data in this cell only Diameter and thickness of dial table plate Aluminium and Steel density.
Next, if the system has the additional part you can put the information here. It must be the same part at the same rotation radius. Otherwise we have to calculate radius of gyration and assumed that all additional parts are concentrated.
This case, we have 4 additional parts. 2 kg each. 300 mm from rotation axis In our case we assume that the stations and additional parts are small and not complex shape. Then we can considered as a point mass which easy to determine moment of inertia (I=mr^2) .
If it is large or complex shape, we have to calculate the radius of gyration and use as it's distance from rotation axis. Next is the movement information. The number of indexer stops, please check available from gearbox motor coupling catalogue. If we use input shaft stopping method, the machine cycle time is the sum of input shaft cycle time and stop time. Then we can calculate the machine speed.
Gearbox motor coupling catalogue, precision flexible shaft couplings, flexible shaft couplings, rigid shaft couplings, and more. In stock and ready to ship.
By careful selection, installation, and maintenance Couplings protect expensive machine elements from sudden excessive and unexpected loads by breaking or disconnecting. When connected shafts are misaligned, forces are generated and these forces can produce great stresses on rotating and stationery components.
Depending on application, design and surrounding environment it is not always possible to completely isolate misalignments. Using couplings help achieve optimum alignment conditions in machinery. What kind of misalignment can Couplings compensate? One is anguler misalignment where Couplings compensate for shaft eccentricity that is anguler error between two shaft access.
There is a lateral misalignment when Couplings compensate for parallelism error or offset between to shaft access. An Axial misalignment where Couplings compensate for end play of the shaft. That is when shafts shift in axial direction.