What kind of combination should be chosen for a 10-ton electric wheel that integrates reduction machines? As it is a power-saving device during rotation, it is possible to select a smaller force of about 4,000 nm on the output twist to drive the operation of the device. The corresponding deceleration ratio at this time would be around 560 if calculated on the basis of a 1,400 switch from the 4p power. The choice is.Induction motorAt this point, you can select areducing machine with an output of 2. 1, which is 4670nm, with areducing ratio of 690 and an axle-direction load of 27400 n, with the corresponding type ofreducing motor integration being f97rf57. These are the models selected today in response to user requests. If you choose to match it with a k-series decelerator, then you select a 2-turn per minute output with an output twist of 4700nm, a reduction of 704, an axle direction load of 82400, and a decelerator model of k127rf77. However, because of the different loads on the different circuits, in this case, the corresponding moving gear brakes, or snails, etc. , would have to be selected according to the circumstances. This is a larger model than the output twister. Let's see which gear-retarder models match these parameters. So let's calculate some of the corresponding parameters. in a recent user selection process, a household needs a groupInduction Motor 3Ph electric unitCombination can drive a load transfer of 10 tons, but he does not know how to match the electric gear-reducing machine with what it needs. Accompanying a growing number of products is presented to you in the form of fairs, and the wheel used in this form is also a more hot device recently. If such parameters are thought to be small, the power of the electric power can be increased to 1. 5 kw, and the corresponding output twists will be appropriately increased。

If you choose to use the r series to match the axle-reducing machine, there are a good number of output-referrals available at this time, so we choose one parameter that is more suitable for use, with an output rate of 2 turns per minute, an output twist of 4870 nm, areducing ratio of 730, an axle direction load of 58600 n, using a safety factor of 1. 65, corresponding to r137 rf77Geared motorI don't know. This user does not have other parameters, and only one device is loaded to 10 tons. The product is placed on an electric wheel, and the other side rotates constantly, while the other side remains static, presenting the product at 360 degrees to viewers. So we need to excavate as many other parameters as possible with only one parameter, and then we'll match the selected type to choose the appropriate electric decelerator model. The user did not, however, specify the operational requirements and the size of the installation involved or the type of integration of thereducing power plant. The calculated electrical power is 1. 1 kw or 1. 5 kw, which is slightly larger. The above parameters are matched with 1. 1 kw units when they are larger than the output twirling in the integration of the selected slowing machines. And the way it runs is like a stand at a car show. if, at the show, the wheel is running too fast for viewers, so in this case a slower turn is required, then the user, after a little thought, determines the of the output of thereducing machine to be within 2 or 3 turns, without the need for a self-locking snail-reducing machine, then we choose to use itRight-angle shaft reducer motormake a match. http://boserlgearreducer.com/product/list-rxxiilijiansuji-cn.html