Use 1,500 to match the f-series decelerator to the 25-turner, which model should be chosen? This is the type of the regulator that matches. The rate of reduction is calculated at 60, knowing the output rate of the decelerator and the rate of output of the electric power. What parameters should be used? users can provideGear reducer and gearboxThe output twist requires, or the load of the device, so that the machine's twist can be calculated. During the use of different equipment, the operational requirements of the equipment are considered to be different, and in such cases the actual operational environment needs to be considered as well as the operational parameter requirements. The of operation of different equipment is different, and in such cases we need to consider the details to select the corresponding driver andreducing machine. At this time, the user provided a load of 500 kg. The parameters formed at this time are broad, with output rotations ranging from 0. 51 to 691 per minute, reduction ratios ranging from 4. 16 to 17,900 and output twists from 15nm to 1790nm. How do you choose? You need to determine the power of the power of the electric power before you can choose the next type. At this point we need to find a way to apply the household parameters. In the selection of a user a few days ago, he needed to use 1,500 turns of power. What type ofreducing machine should he choose to use as a match? Let's take a look at this user's selection and look at the detailed matching process. it's not clear that the user's parameters have the power of the power of the machine matched by the requirement, but it's a 1,500-turnerInduction motor25-turned output。

So it is possible to use a 1. 1-kw variable-frequency machine to match. On f67. This is a hard-to-penetrating machine that is closer to the needs of user parameters. at this point, the corresponding output turns 23 and the output twists 450 nmGeared motorThe model is f67reducing. The power of the power plant is then known to be 1. 157 kw by further calculation. The parameters at this time then know the power of the electric power 1. 1 kw, the reduction ratio is 60, the output rate is 25, and the f series is chosen. The parameters at this time are not sufficient to calculate the power of the generator, so in this case we need another parameter to determine the power of the power of the generator. There are no 60-to-60s on the list of parameters, which is close to 61. 07. This is when we choose to use 1. 1 kw for matching, and then expand power to 1. 5 kw if the parameters of 1. 1 kw do not meet user requirements. The next step is to see if there is a better match with the use of parameters, at a time when matching with 1. 5 kw power sets is similar to 1. 1 kw, at a time when the list of parameters does not exactly match 60, or close to 61. 07, which is still f67. So we choose 450 nms for the equipment that's enough for the user, depending on how it works, and in that case we can calculate. When matched with 1. 1 kw power, you can match itMotor gearedThe models are F27, F37, F47, F57, F67, F77, F87, F97, F87R57, F97R57, F107R77, F127R77, F157R97. http://boserlgearreducer.com/product/list-fxiliijiansuji-cn.html