How do you choose areducing machine to run a load of 800 kg at between 18 and 20 metres per minute in a mobile loadGearbocSo, what happens to the parameters at this time? There is no match at this time, and it is closer to 13 turns or 15 turns per minute. The power of the electron obtained by calculation is 1. 105 kw, so we choose to use the parameters of 1. 1 kw. Since the equipment moves by wheel, the load parameter used in the calculation in this case is 700nm. The of thereducing machine, which is calculated, is 14. 33 turns per minute, and the data taken here is 18 metres per minute. If a straight-angle gear-reducing machine is selected to match the selected output-turner, then the 14-turner, the correspondingreducing machine, is the k67. None of the abovereducing machines meet the user ' s 14. 33 turn-on requirements, so that all of the power matching machines will be able to meet their usage requirements by choosing to use a frequency-modified power plant using 1. 1 kw. Both models are usable. In the case of such parameters, what kind ofreducing machine should be chosen for matching use? One element that needs to be taken into account in selecting the type of user is the way in which the user ' s device moves, and if the device is wheel-driven, it needs to see how much diameter the wheel has. this is the right timeGeared motorThe type is r87 or r77. in the process ofreducing machines selected by a user a short time ago, his request was to use thereducing machine to deploy the powering machine to the horizontal equipment, which would have to run between 18 and 20 metres per minute, with a load of 800 kg。

Only if you know the diameter of the wheel can you slow the gear down or..Servo motor reducerThe of operation is determined, and the appropriate electrics and the detailed type ofreducing machines can be selected with load and. But different velocities of weights are different in the choice ofreducing and power-added machines, so the selection needs to consider how these factors are to match the selection of the matching model. In such a process, where there is no specified type ofreducing machine to match, the choice is to use four series ofreducing machines. There is a gap between the 14. 33 spin-off parameters between the two parameters. In this case, we've calculated the other parameters using the 1,400 transient parameters of the 4p power. With these parameters, we can select the power of the electric power. If these twos have been chosen, the type ofreducing machine available at this time is f67 or f77, both of which are compatible and the parameters are adequate for use. So we now have a parameter of 1. 1 kw, an output turn of 14. 33 for thereducing machine and a load of equipment around 700 nm, which can drive the device. Here's the corresponding parameters. The diameter size of the wheel of the device was then found to be 40 cm after discussion with the user. Different equipment is used differently in different industries, so in this process it is necessary to look at the actual environment in which it is used, and then to select the correspondingreducing press to match the equipment. yesHorizontal reducerIn the process of matching the 1.1KW power, the 14.33 turn-minutes required by the user were not required, which was closer to the 14 turn-minutes required by the parameter, at which point the output twist reached 765 NM and was sufficient for the user. http://boserlgearreducer.com/product/list-fxiliijiansuji-cn.html