How does a high-precision automated machine use a hyperbolic reduction machine with a 130 power plant up to 1,500 nm and a 100-to-100 model? during the use of some high-precision equipment, the equipment has more stringent requirements for precision density, and in this process we need to select a corresponding electrical unit according to the circumstances andGeared motorMatching uses to meet user requirements for precision. At the same time, he is a lighterreducing machine, which is made of good aluminium alloy materials, which makes the body relatively light, and which also facilitates heat-dissemination at high, so his heat-dissemination function is good. Because of the lack of detailed power of the power of the power plant, no detailed model was selected for use by the long equipment in this selection. In such a case, we would need to recommend a high-precision snail-barrel decelerator for matching. Users are therefore advised to provide as many parameters as possible for the use of the expresser-selective technicians when selecting the motor-reducing machine on the equipment. The two aboveMotor gearedThey're better suited to match the power. in such a case, a high-precision snail brake machine using a b0serlreducing machine could be used to match it, since he could reach a 1 to 3 arc in the gap and could even reach a zero gap after adjustment。

This is the parameter for a comparative hub when matching the power decelerator. Whichreducing machines match up at this point in time to meet this use requirement? See the detailed selection process below. Of courseServo motor reducerThere are not many models, but he can form many parameters. Why would he recommend this one? Because it's a tkm slow-down that's more functionally successful. His main models are tkm28, tkm38, tkm48, tkm58, tkm68, and there are some changes in this base. , unlike tkm28c and tkm28b. If you don't know how to choose, it's okay, you can contact the b0serling technicians and let them choose a model for you. In the view of a lot of users, 130 power units show detailed power, so many people ask 110, 100, 90, and so on. After all, what does the number in front of the power, which is more than 130, 110, mean? This is the size of a machine that exports a frank, given the size of its output, and the power of a unified machine can be of many different sizes. Under such circumstances, whichreducing machines are smaller? In april, there was a user for high-precision automation equipment, who requested that the output twirl of 1,500 nm be matched with 130 power sets, and that the rate reduction ratio be 100. So in this case, we need to know both the size of frank and the power of thereducing machine. Is that the only option? Are there any more options? one of the brakes can be said to have been born for that reasonRight-angle shaft reducer motorand the internal structure of the gear gives him a higher motor efficiency. he can reach a level 3 transfer ratio; the output is larger and the transmission is more efficient, which is more environmentally efficient because of the small loss of energy consumption. the requirement of precision is reflected in one of the labels on thereducing power... one of the labels is a gap, which is smaller and means a higher density. http://boserlgearreducer.com/product/list-zhiajiansuji-cn.html