The equipment needs a 10-to-one-kw decelerator. In the process of choosing areducing machine, a user of a much earlier expander needed a 10-to-ten--reducing ratio of a 1-kw powerer, and at that point, what was the type ofreducing machine? during the selection of thereducing machines, there was no detailed request for which typeGeared motor, so you can match a gear-reducing machine or a snail-reducing machine. At this time, the corresponding two sets of brakes were k37 and k57. Instead, the k-series cone gear brakes are chosen, and the matching models are matched from k37 to k187rf97. The s-series snailreducing machine was chosen, and it didn't happen to be 10, but it was closer. Two were 10. 80 and 10. 23 respectively. And in this case, we can just see the deceleration ratio of a series of slowdownrs matching the 1kw. Different equipment uses different needs, so there are different selection requirements for equipment. Relatively close to user use. so now the user provides only two parameters, one power for the power of the electric power and the other after the reductionGear with motorI don't know. There were some differences in the parameters between them, and it was possible to see what parameters were required in the course of the use of thereducing machine before determining which paragraph was more appropriate. These are closer to the demand for use, so users can choose the corresponding deceleration ratio according to the actual situation。

So, when choosing to use an electric power to match areducing machine, care is taken of some of the parameters of the electric power and of the requirements that have been met after matching thereducing machine, so that the parameters can be limited and relatively simple in relation to the choice of areducing machine. The parameter that the user cares about is thereducing ratio of thereducing machine, so in this case the power of the user may be a higher-reverse power. The two types ofreducing machines at this time are s47 and s37. If the choice is.Induction motorIf so, the type selected at this time would be f27 to fa157rf97, such as f97. The types of thesereducing machines are r47, rf47, r27 and r37. In the normal rate of rotation, there is a difference of more than a hundred turns between the rate of transmission of the electric power and that of the three symmetrics. But it happens to be 10, not at this time. But there are close to 10. 55 and 9. 88. Then look, without detailed requirements, what are the detailed models for four of the four series of recoilers? And there was no deceleration ratio of exactly 10 at this time, close to 10. 49 and 9. 59. There are some differences in parameters due to differences in the rate-down ratio. At this time, the corresponding type ofreducing machine is f27. The above are some of the matching models of thereducing machines selected at the user ' s request. let's take a look at the r-series slow-downHorizontal reducerwhile there are many models and individual combinations that can be matched when matched, there are no just-in-time parameters when the parameters are 10, which are closer to 9.07, 10.15, 10.13 and 10.11. http://boserlgearreducer.com/product/list-rxiliijiansuji-cn.html