What type should be chosen for the gear that needs a ggregation machine of 800? Then, in the selection process, use the r series of the four series ofreducing machines, the f series ofreducing machines and.Motor-gear reducerI don't know. So we chose two models that were closer to the ratio for the user, one for 824 and the other for 802. The models and parameters of the two ratios are different, so let's see how the user chooses. We know what the users need, so we don't have to consider it. The parameter at this time is an output velocity of 1. 6 per minute and an output twirl of 1290, which corresponds to areducing f77rf37y71m4. Let's take a look at the r-series brakes. But they do not know much aboutreducing machines, so they need to choose the drive as required by the equipment. How do you choose a suitable set of gear-deviators in this case? Thisreducing machine can achieve multiple combinations of areducing ratio of 800 when matching the 205w power, and we can select as many sizes as we can and the parameters can be adequate for use. In the course of our work, the output twister of an electric power machine, as the producer of a carpenter, is often exposed to some of the basic requirements for equipment to choose whether to slow down or to power. The user selects a suitable use according to the needs of the equipment. when the deceleration ratio is 824Geared motorThe output rotation rate is 1. 6 per minute and the output twist is 1300. The corresponding model is thereducing r97rf57y71m4 and the rate-reducing ratio is 802, at which point the output rate is 1. 6, the output-reverse is 1260, and the corresponding model is thereducing r87rf57y71m4. This is a match for the r series. we can see from the three models above that it is more appropriate to have an 802-to-a-size r gear-retarder, and then to use the r-retrender as a moving tool for the equipment

If the choice is..Induction motorI don't know. By communicating with the users, we learn that the equipment of the users contains 700 kg, and, based on these known parameters, we select a suitable model for the users. This time, the demand of the user was 800-by-800 for thereducing machine, which was installed in a gear-reducing vehicle. Then let's see how much of the machine's output twists. The power of the electric power = (0. 921 x 1440) ÷9550 = 0. 135. So one of the things that matches at this point is that the deceleration ratio is closer to 810, and the other models are more far apart, the only one that is closer. If 815 is selected, the other parameters are 1. 6 turns per minute for thereducing output, 1330 for the output-reverse of thereducing machine, the corresponding model being thereducing k77rf37y71m4. And there is no 800 in this data, or a closer 815, using a straight-anglereducing machine from the k series. = 700 ÷95% ÷800 = 0. 921. Calculates the actual power of the power of the generator by the output twist of the power. These three are different pivotal words, but there is a correlation between them. So the user can choose 120 w or 180 w, so we choose 250 w as the reference output for the selected type, for the sake of the twist. all these brakesZip gear brakesit can also be set up in camera to meet the basic needs of users. in the course of the user's needs, there are several pivotal words that we can pull out, one 800-by-centre, one gear-reducing machine, and the other one that we can put in the bedroom. http://boserlgearreducer.com/product/list-rxiliijiansuji-cn.html