How do you choose the low-turn reduction machine 1:69? In such a combination of parameters, the range of output rotations that can be formed is very broad. This is the user selection that you shared with us today, the r87 decelerators and the rf87. Let's see if there are parameters on the list of parameters at this time that match thereducing machines. Different parameters select different models for matching use. the r series on the boserlreducing machineMotor gearedIn the sample, we can see rx57, rx67, rx77, rx87, r47, r57, r67, r77, r87, r97, r137, r107r77, r137, r137r77, r137, r147r77, r147r87, r167r97. There are two options for each of the reduction machines that can be matched, as compared to r77 and rf77 and rx77. The above model can match the 4kw power. at this point in time, the list contains a percentage of the 69-to-men required for the user to useGear motorsThe model is r87 and the rf87. What should be done if the parameter class table at this time does not contain the parameters that are just enough to be used? Thereducing ratio of thereducing machine is related to the output-reverse of thereducing machine, so thereducing ratio will directly affect the of the output of thereducing machine. different operating environments and parameters requirements will lead to the equipment being different from other equipment。

The output rate is 20 turns per minute and the output twister is 495 nm and the axle direction load is 15100 nm, using a safety factor of 2. 9. Each of these equipments will have to design what he should be in accordance with his working environment, in which case the power is essential. This is the same in a table like this, so you select a matching model. and it's a matchInduction motorAt this point he does not affect the matching of parameters, and at this point it is necessary to be able to reconcile the parameters with the detailed use of the equipment using a variant power. In the case of power units, some opt for the use of electrons, while others are in the form of a combination ofreducing machines, due to the twisting and requirements. In the course of a recent user ' s use, his request was to use 4kw sets of 4kw sets of 380v to achieve 69-by-69, at which time should one of the models be selected for matching to meet user requirements? The following is a sample of the selected types that chose to use the boserl decelerator to see how the parameters match in detail. This is the range of parameters generated by matching. At this point, the reduction ratio ranges from 1. 3 to 861 and the output rotation range from 1. 7 to 1120 and the output twist range from 34nm to 20800nm. Different equipment has different requirements for power, so each equipment will be tailored to the corresponding drive. the user's request is to use the 69-by-69Power-carrying brakesmake a match. however, when the rate of reduction does not meet the operational requirements, the option of matching the use with the use of a frequency-moderizer is available when the rate of reduction does not meet the operational requirements. http://boserlgearreducer.com/product/list-sfxiliejiansuji-cn.html