(c) 3000 to 40 trans-exports by gear-retarders on the tube. On a recent use of a tube. And it's 75-to-1? At this time, the selected type of b0serl decelerator was 75. 20-symmetric and the corresponding type of the decelerator was k47. At this time, users need a rate of reduction of 75. if you doHorizontal reducerMatching, so that the type ofreducing machine that matches can be matched from r17 to r87, r97 and some combinations ofreducing machines, in the range of 3. 83 to 4650. At this point, his request was to use a gear-retarder of 3,000, which would then reach the output of 40 turns. So now the detailed parameter provided by the user is a 40-turn output after the use of a 0. 75 kw moth-reducing machine, which results in a 75-to-75 reduction ratio after a simple calculation. By communicating with the users, we know that the power of the electric power at this time is 0. 75 kw. Thereducing ratio that can be formed during this process ranges from 6. 8 to 1223. He needed to have his equipment matched to a gear-retarding machine, which was used on his equipment. At this point, the corresponding decelerator model is s67. There is no detailed power of the electric power in the course of the user ' s request, and there are two ways in which we can get power of the electric power, one directly from the user and the other by the power of the electric power by the twirling of the load. If it matches.Motor-gear reducerIn this case, the type ofreducing machine that matches at this time can be matched from the k37 to the k87 and several combinations ofreducing machines。

Power is available in both ways, and a detailed type of reduction machine can be selected only if the power of the electric power is known. This is going to be 77. 24 or 74. 17. The type ofreducing machine that matches a snailreducing machine with 0. 75 kw is s37, s47, s57, s67, s77, s87 and two combinationsGeared motorIt's compatible. This is closer to 72. 98 at this time, when the corresponding decelerator model is f57. The former correspond to r77, and the latter to r67. Based on the above, it is more consistent to use s-series and k-series. So, what's the right way to match it? Let's look at the details. The two sets ofreducing machines are relatively close to the actual user needs in terms of thereducing ratio, so they can be given priority. Different equipment has different use requirements, and detailed use is required to see what equipment is used. At this point, the rate of deceleration ranges from 3. 98 to 13116. When matched with a f series ofreducing machines, the matching with 0. 75 kw is carried out with the type of gear-reducing machine from the f27 to the f97 and some combinations of thereducing machine. The range of the deceleration ratio that can be formed in such a combination ranges from 4. 16 to 2780. So, without requiring the kind ofreducing machine, let's see which gear-reducing machine or snail-reducing machine of the four series is better suited to be used on the user's tube. look at the lockHelical-worm gearmotorhow's the match? http://boserlgearreducer.com/product/list-fxiliijiansuji-cn.html