The cranes usedreducing machines for the distribution of 200 kw and then turned to 300. 71. In a heavy-work environment where different types ofreducing machines are functionally different, the use of gears is chosen to the extent possible. Because of the increased grinding and durability ofreducing machines, and given the uncertainty about the type ofreducing machines used, more thought can be given to this type of gear-reducing machine, which in four series ofreducing machines only has a k-reducing machine that matches 20 kw. since r-reducing and f-reducing machines can only match 132 kw's power, while s-seriesServo motor reducerOnly the smaller 22kw power. In these 11 sets of parameters, it can be seen that there is no user ' s desired 300. 71 per minute, so how should the k-series straight-angle brakes choose to be on some of the large heavy equipment at a time when they do not have a relatively close turn-off? This is another form ofreducing machine, which may meet user requirements, but the overall configuration should be large, so there is a need to ensure that there is sufficient space to ensure that suchreducing machines are installed on the equipment. Only 11 groups of parameters can be formed by these threereducing machines. However, only k157, k167 and k187 were the types of generators that matched 200km in the k series. At this request, what kind ofreducing machine can we choose to use to match a power plant of this magnitude? So let's use the four series of hard-to-penetrate brakes to pick out the type for the users. If there is an alternative, cylindrical gear-reducing machine can be used. if you have to use four series ofreducing machines, then you'll have toGear-retarding machineThe reduced power will enable the corresponding output rotation. In one of the users previously contacted, he needed a high power power machine, with a power of 200 kw, and then a reduction machine, with a turn of 300. 71 per minute。

I don't know. Since the power required by the user is greater, so there are not many models that match, so let's try and see which model is sufficient for this use. During this process, it is possible to hang hundreds of tons of goods, so a large output twist is required. Output velocity 33r/min, output twirl 58600NM, reduction 45.50, corresponding model K187Geared motorThe output turns 45r/min, the output turns 42,800NM, and the output turns at 33.23, the corresponding type is K187 decelerator; the output turns at 53r/min, the output turns at 3590NM, the output turns at 27.92, the corresponding type is K187 decelerator; the output turns at 61r/min, the output turns at 31100NM, the corresponding number is K187. The output turns at 24.18, the corresponding number is K187; the output turns at 74r/min, the output twister is 25 900NM, the corresponding type is 20.15, the corresponding type is K187 decelerater; the output turns at 86r/min, the output is 22100 NM, the corresponding rate is 17.32, the corresponding number is K167M, the corresponding rate is K167/L; the output is K16730, the corresponding rate is K167/L; and the output is K16793, the corresponding rate is K167/R99, the corresponding rate is K167/R99, the corresponding rate is K167/L99, the corresponding rate is K167/R99, the output is K167/R. What users need is an output turn of 300.71, so is the same data in the data at this time? Let's look at these 11 sets of parameters. So this is the only time to chooseMotor-gear reducerokay. http://boserlgearreducer.com/product/list-fxiliijiansuji-cn.html