(b) a standing gear reduction machine for the output of 60rpm/min for mechanical equipment. so what parameters will we ask him next? since a parameter is like a point, a point cannot be formed - a straight line, then ask him about the load. that way we can be sureAn umbrella gear-reducing machineHow many twists should be formed with the electric power. Different machines have different requirements for use, so is also required during use. The safety factor for thereducing machine in this model is 135, the output-reverse of thereducing machine is 610 and the rate-reducing ratio is 2337, which is the relevant functional parameter for thereducing machine. You can see that two of the R-seriesreducing machines are closer to 60 per minute, but they're not exactly 60 per minute, so what happens now? We can turn level 4 power into a frequency-modular gear-reducing machine. Since the equipment is operating at a rate of 60 per minute, thereducing ratio of the gear-reducing machine is 1,400/60 per minute, if the gear-reducing machine chooses a rate 4 1,400 per minute. At this point, he chose the detailed model GRF77YVP112M4. a Then you can change the output of the electric power by adjusting the frequency of the variable frequency, so that it willGearbocAnd the output rate changed. at this point, the parameters for the selection of the b0serl decelerator can be seen。

For such users, only the required of operation was known, but at the same time he knew how much load the equipment required. But even then, is it possible to fully determine the type ofreducing orreducing machine? Simple is possible, but the process is more complicated. So how do we figure? We can figure out the gear-reducing machine's twist with the output twister and thereducing factor. But not all of the equipment is clear enough to know, especially when some of the equipment that was at the beginning of the design, when the was not clearly required at the beginning of the design, so it was predicted in a confused wayGeared motorOr the of the power should be chosen. Then you can choose a 4KW gear-down power. So the twister at this time should be 500 ÷2333 = 2143, and at this point the shifter for the level 4 power is 68, so the power of the power of the power is about 315 kW, or the gear-reducing power is more than that. However, it is possible that almost every 60-minute can be achieved by some kind of brakes or gears. And we know that the gear-reducing machine that this user needs is 4KW, 60rpm/min, and 4KW. And this makes it clear that the data cannot determine the type of the slowing machine, so we need to know more about the type of slowing machine. During the one-time user consultation process, some users needed a 60-per-minute decelerator. Assuming that the equipment needs a load of 500 KG, that's at least 500 NM when the brake's output twist works off the deviceMotor gearedThe output twist is 500NM. So we, the B0SERL decelerator tech staff, recommended him to use the GRF77. And if you know how fast you're going, and how fast you're going, we can figure out how much power you need. http://boserlgearreducer.com/product/list-rfxilijiansuji-cn.html