What's the 10-to-out of the 1400-turn 4p power andreducing combination? during the use of some equipment, different devices will choose different outputs for the reason of the equipment, so chooseDouble- power deceleratorIt is time to keep an eye on the actual need for their own equipment. The rate of deceleration in the case of a combination ofreducing machines is less than 10 per cent and the rate of output is less high. This is a relatively simplistic method of calculation, which would have been more complex if some of the more complex conditions had been encountered, so in such a case the actual need for parameters would have been examined. On the one hand, it is a reduction in the acquisition capital of users and, on the other hand, an understanding of the practical parameters required without creating a blanket. But regardless of which of you buys a gear-retarder or a snail-retarder, check the parameters of the equipment and whether there are any space limitations. So what we need is for users to be able to identify their own equipment requirements when selecting electric andreducing machines, or to provide the parameters directly. So there are a lot of users in the selection process who wonder how the parameters are calculated. So the user can see how a single slow-down match the parameters of the corresponding power. It is difficult to select a suitable electric andreducing machine when the user is not clear how much or how much or how much or how much of the output twister the device requires. Otherwise, the selected model may not be sufficient for the equipment. b0serlGeared motorAs a manufacturer ofreducing machines, the choice and the choice of type is for the user to choose which type is economically beneficial. In the type of demand for electric andreducing machines, some users are aware of the operation of their equipment and others are not so well aware of the equipment。

If only such parameters were not sufficient, it would be better to know the power of the electric power, and to know the power andreducing ratio would be simple for the gear-reducing or snail-reducing machine. The parameter proposed by the user at this time is a 10-by-cent cut-off ratio after a combination of 1,400-turned electric andreducing machines. What is the output rate at this time? If it wasn't for regular contactReducer+MotorIt may not be as well understood by the users of the electrons and the selected formulas associated with thereducing machines. The output rate of thereducing machine is n2 = the input rate of thereducing machine is n1/-reducing line = 140 turns per minuten. In terms of user selection, the deceleration ratio is the only four series of slowdownrs in 10 cases, not in combination. These parameters are then used to calculate the corresponding parameters. In the selection of a user in the recent past, he did not know what the actual need for the equipment was, but he had data that allowed us to calculate the correspondingdown ratio of the motors, so he could choose the type. This principle allows for the matching of electric andreducing models and the matching of parameters with actual operational requirements. The deceleration ratio of the reduction machine is established during the selection process and can be calculated directly by applying the formula when the rate of rotation of the motor matching the reduction machine is known. It doesn't matter if you don't understand, B0SERLMotor geared plus powerthe selected technologist guides you in how to select a combination drive for the power and reduction machine. http://boserlgearreducer.com/product/list-fxiliijiansuji-cn.html