The mixer requires a single gear-reducing machine with a 70-turner per minute. That means that the motor needs to adjust to an output of 1392 or 1393. Differentreducing machines have different characteristics of use, so they need to be used in a way that allows them to consider what to use in the light of their own circumstancesGearbox motorTo match your power to form a more efficient conveyor. As can be seen from the selection data, but there is no one that happens to be a 70-turner, so one way to do this at this time is to reconcile it with the more close 72-turn parameters. So it's a replacement for the users of the same axle-reducing machines. So the type selected at this time is the rf67 decelerator. Which model would be more appropriate in this case? So this user can choose the rf67yvp90l4 or rf67yvp100m4 rf-series decelerators or gear-reducing motors. We can also see from the selected data that 2. 2kw power matches the rf-seriesreducing machine and does not reach the right 70-turn per minute output, so we can only adjust the corresponding output to the detailed use requirements of the equipment. The rate of deceleration in the process is constant, and the corresponding rate is 19. 89. so the power-to-power model is the same as the rf67 reduction machine, and the of the output is the same as 72 turns per minute, evenGear with motorSame as 19.89. The mixer is a common device in some chemical plants. It is no longer possible for this manipulation to be carried out by manpower in the course of modern production. Since the chemical process often requires the placement of different substances in a container for fermentation or for reaction to form the required material. If the two above matching methods are not sufficient to use the demand, a standing gear-reducing machine can be used. Both of them are stand-by gears。

How do you adjust? Users can change the output of the power by turning the normal 1. 5-kw power into a variable-frequency-modular mode. So we're going to look at two power lines to see which models we can match for what we need. Let's look at 1. 5kw's reduction machine matching the rf series. Because this is also one of the same-axisreducing machines, and this.Geared motorIt is relatively small in size and has a very short shelf. So the use of blenders often depends on mechanical power to perform the mixing, and in the use of a standing gear brake, there are situations in which users do not know how much of a gear-reducing machine is needed to operate. And the output requirements are known, and they turn 70 per minute. The user's request today is for a standing gear-reducing machine with a of 70 turns per minute and a matching power of 1. 5 kw or 2. 2 kw. so the same way of adjustingreducing machines to users' requirements, and we can see some useful hypes, likeStand-by gear brakesThis could be a RF-series hard-to-penetrating machine or a GV gear-to-go motor. So we also have some of the users who know the need for the equipment, but we don't know what kind of slow-down machine the device should be. And there's power, and the users provide power for tworeducing machines matching the gear-reducing machines. In this case, the of output of the slowing machines can be turned to 70. http://boserlgearreducer.com/product/list-rfxilijiansuji-cn.html