The lift equipment requires an faf-series decelerator and power mix to increase the weight by 300 kg and which model is more appropriate? One is the height of promotion, the of promotion and the weight of promotion. Lifting equipment is a more frequent type of equipment in the faf-series decelerator selection. Three comparative hub topics will be involved in the selection of this equipment. we'll all followbrakes motor-reducerThe choice is related to the rate-cutting ratio and the power of the output twister, so as long as the user determines which faf-seriesreducing machines are matched, the corresponding faf-seriesreducing model can be seen by looking at the selection. The top user of the process in use would then have to increase the weight of 300 kg, in which case it would have to choose a force greater than 30kg to drive the whole device. And we also need to know the subject of, so that we can choose the of output of the faf series in the selection process. The parameter needs of the top user of the selection process in the recent past are the use of a server to match the faf-series decelerator to the weight of 300okg. So at this point in time, we're using the 1400 turns of 4p to calculate that the power of the power of the power is 0. 66 kw. So now we have a lot of parameters, but to make sure that the server is 3,000 turns or 1,500 turns, so we can determine the choice of the size of the deceleration ratio to be matched. These three parameters will affect the electric power as well as thereducing model. How much power should be chosen to run in a situation where the power is greater than 300 kg? - the choice is more than one third of the force, and at this point the choice is to use the 4oonm faf-series decelerator output to twist the pattern。Parallel axle reduction powerThe output twist is 400nm.

In the overall selection process, since the user clearly uses the server to match the faf-series decelerator, the faf-series decelerator is to be carriedServo motor reducerStill using a self-locked gear faf-series brake? As the need for self-locked and non-locked is likely to affect the model of the faf-series decelerator, it would be more appropriate to look at the faf-series decelerator in such circumstances. By communicating with users, we know the of the user's output, which is not so fast at this time, and the rate is 15 turns per minute. It is not necessary to change the configuration of the machine by locking the faf series. In both cases, it is possible to use it, depending on the user's relative advantage. So what kind of electrics and faf-seriesreducing machines should be chosen in these circumstances? Let's look at the selection process. If you choose to use a gear faf series decelerator without self-locking, then you have to turn the server into a brake. If the parameters of the faf-seriesreducing machines do not meet the requirements of the equipment, the equipment will not be able to start running to work. Then we can choose between the parameters we have now. The rate of reduction chosen at this time is 100. At this point, we recommend that users use 0. 75 kw servers for matching use. The choice is made to use 0. 75 kw, which turns 1,500, after talking to the user. Regardless of the matching option used, the equipment ' s parameters need to be met. and choose the gearGeared motorWhen matching the server, you have to add brakes to the server to satisfy your actual use needs. So the next step is for the user to determine which type of FAF-series slowdownr to match. If the FAF-series slowdownr chooses to be self-locked when it is in use, then the NMRVF-series and FAF-series. http://boserlgearreducer.com/product/list-fafxilijiansuji-cn.html