What are the models for equipment demand-bed gear-reducing 9 reloading 500kg? Different treatments can lead to a different type of gear-reducing or electric. the input twister of the coaxial reduction machine =Right-angle shaft reducer motorThe output twister is 95% ÷ = 3. 3835. These two models are adequate for use, so we've chosen to use the two models as a transmission component for a combination ofreducing machines used to match the device, in the user's demand, in the night gear-reducing machine, so that we can use the r-regular gear-reducing machine. What kind of hard-to-penetrate brake is there to use? Let's see how this process should be shaped. A number of parameters that can be used are calculated below. The demand of the user can be enough to drive 500 kg of the output twirl, so the output twirl selected for the user at this time requires 500nm, which is relatively not very large. from the calculations above, we can see the parameters of the selected data, so what we're looking for is an output of nineThree-phase variant powerreducing machineI don't know. So in this process, what is the need for the equipment and how it works? The user's request was to use a dent-barreller to put the power in the machine so that the output would turn at a rate of 9 per minute and the output would be enough to drive a load of 500 kg. Like some pressurized equipment, there is a need for sufficient driving to twist to squeeze or grind objects that will need to be handled. If not precise requirements for output velocity, the option is to use an 8.9-turner。

But in the process, why not choose the other coaxial brakes instead of the r series? Since only the type of the brake is relatively adequate for a relatively large load, the other mini-axis are not suitable for such use. Let's start with areducing ratio,reducing ratio = 1400 / gear-reducing rate 9 = 155. 55Geared motorThe efficiency and the rate-reducing ratio calculates the output twirl of the power of the generator and thus the power of the generator. There is no just-in-time output rotation on the data, but there are relatively close parameters, 8.9 and 9.5, respectively. So this time, R-seriesreducing machines were selected to be used on the user's device. If the R-reducing machine of 0.55KW is selected with an R-reducing machine of 8.9, then the other parameters are the output twister of 590 Nm, the reduction ratio of 155.34, the axle direction load of 20,000 and the safety factor of 2.6, at which point the corresponding model is the reductionr R87Y80M4 or RF87Y80M4. The difference with the user's request is 0.1 per minute. Calculating formulae based on the machine's twistMotor gearedThe power size = ÷9550 = 0.496. During the use of some equipment, the effects of various reasons led to different driving forces they needed. If you don't know how many poles you're using, then you'll default on the 4Ps as a reference data. http://boserlgearreducer.com/product/list-rxiliijiansuji-cn.html