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Hamenaco Precision mesh harmonic gear box CSG-25-80-2UH

Purchase Qty. / Reference FOB Price
1 piece	US $985
20 piece	US $900

Production Capacity:	15000
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Basic Info

Product Description

Hammer naco precision harmonic gear mesh CSG - 25-80-2 uh is mainly composed of wave generator, flexible gear, flexible bearings, rigid gear of four basic components, the harmonic drive reducer, is a kind of by wave generator assembly on the flexible bearing the controllable elastic deformation of flexible gear, and engages with rigid gear to transmit motion and power of the gear transmission. The number of external teeth of flexible wheel is less than the number of internal teeth of rigid wheel. When the wave generator rotates, the outer teeth of the flexible wheel corresponding to the long axis direction just completely engage the inner teeth of the rigid wheel

The calculation of tooth strength of planetary transmission includes tooth surface contact fatigue strength and tooth root bending fatigue strength, which is the largest port in all the calculation work. As the pinion and big gear of internal and external engagement of Hamenaco precision harmonic gear box CSG-25-80-2UH are calculated separately, 8 judgments are required for each level of transmission. The method of judgment is to compare the actual calculated safety factor with the predetermined safety factor. If each comparison is greater than or equal to the former, it can be considered that the gear strength requirements have been met.

For the reducer, when listing the constraints for optimal design. It should be considered carefully and comprehensively from all aspects. For example, the value rule of the design variable itself should be hameenako precision mesh harmonic gear box CSG-25-80-2UH, the meshing principle of cylindrical gear transmission, the mechanical properties that the transmission should have, the relationship between the gear and other parts should have, and so on. The omission of one constraint condition means that the final solution provided by the optimization design may not meet the requirements reflected in the constraint condition, which may lead to the failure of the design of the Precision harmonic gear box CSG-25-80-2UH.

Of course, it is not desirable to list too many or too strict constraints beyond the actual needs, which will limit the scope of our optimization options and complicate the optimization process.

Now from the following several aspects of the reducer optimization design constraints.

The number of teeth for each broken wheel in the 17 gear reducer should be a natural number for the Hamenaco precision meshing harmonic gearbox CSG-25-80-2UH. Therefore, the design variable as the number of teeth should appear as a positive integer in the optimization process