How should the 25th turn of the 4kw output of thereducing motor on a shredding machine be selected? Rocks can be processed and then used as a material in different contexts, such as limestone, which can be crushed to lime powder after burning, marble, which can be cut to floor bricks or desktop plates, and so on. So one of the machines that's used more often in the stone processing process is the stone shredder. stone breakers also need power to support them in the work, so they need them in the workGear with motorOrdeficit one-on-one. And today's demand for this user is a 4-kw inter--reducing machine on a gravel device that can be combined to reach 25-turn output, so how should it be shaped? Let's take a look at the whole selection process and how to choose a suitablereducing machine and an electric machine. The type of brake is not specified in the user ' s needs, so we use four series of brakes as the fundamental choice for the user. Let's take a look at the s series slow-down one. series sServo motor reducerThere are many models that can be matched when matching a 4kw decelerator, such as s67, s87, s97 and a combination of models. Even though there are many models that match, there is no set of parameters that could just be exported to turn 25, with a closer 26 per minute, at which point the decelerator can be adjusted to 25 per minute, in the form of a more variable frequency power. the corresponding model at this time is s97yvp112m4 and the reduction machine s87yvp112m4。

And if you useMotor-gear reducer, at this time the matching models range from the K57 to the K127 and the combination. The range of output rotations that can be formed in these models is 0.58 to 311 per minute. The user needs a reduction machine output of 25 turns per minute, and at that point there is just 25 turns per minute, so the corresponding model is the reduction machine K77Y112M4, the reduction ratio is 58.34 and the output twist is 1520NM. This group of parameters is also more in line with user needs. And look at the F-series parallel axle decelerators, at which point there are many matching models, from F57 to F107 and three combination models. These models make up an output rotation range from 1.7 to 282 per minute. At this time, there are alsoreducing machines that coincide with the 25-turner, the corresponding model beingreducing F77Y112M4. The corresponding output twist is 1520NM and the deceleration ratio is 58.32. So thereducing machine can directly use a normal electric device to match thereducing machine used by thereducing machine, rather than the R series-reducing machine, which matches the 4KW-reducing machine, with many models, from R47 to R137, RX57 to RX87 and some combinations. A rich combination of models and parameters was also formed during this period. It's 25 to meet the needs of the usersSlow down, oneIn one, the corresponding model isreducing RF107Y112M4, and the corresponding output-reverse is 1550NM, and the rate-reducing ratio is 59.41. The fourreducing models above are combined and the corresponding comparison meets the requirements for the use of the following threereducing machines, so that the users may consider using them on his rock-crusher. This is some of the models that today form the 25-turner, following the formation of a one-stop machine based on user demand: http://boserlgearreducer.com/product/list-rxxxiilijiansuji-cn.html