If the equipment requires a low-turn power power, how should 50nm be selectedLow-turned large power generatorsThe movement is driven by manual driving. Shake handsLow-turned large power generatorsIt's not the only way to choose on the basis of actual usageLow-turned large power generatorsThere's a choice. There's a gearLow-turned large power generatorsandRight-angle shaft reducer motorIt's different internal structuresLow-turned large power generatorsI don't know. And chooseLow-turned large power generatorsIn that case, the size is smaller and the use of capital is lower. So you have to choose a suitable model for the user, and how exactly should you choose the appropriate model? In the course of using some equipment, some do not need electricity, as is the case with equipment that does not often need to be turned on, and may drive the operation of the equipment by hand. It's the same function, but it's different in the way it's used or in the way it's installedLow-turned large power generatorsI don't know. So you can shake the device with your hand for a roll. A few years ago, in a user selection process, one user's need was to have a handshakeLow-turned large power generatorsIt's about 50 nm. so in this case, you'll have to choose a lower- ratioLow-turned large power generatorsCome on up here. Because the deceleration ratio is small, it is a case of 1:5, so that the device can roll five laps by hand and then roll one lap. And then..Low-turned large power generatorsIt's not enough to use 030Low-turn power zeroFifty. Manipulation in this situationLow-turned large power generatorsNeed toLow-turned large power generatorsThe input axes are connected to a first wheel, which facilitates manipulation during the course of use. We can make the model a little biggerLow-turned large power generators075. In such cases, their use requires an artificial roll 25 for the equipment to run a turn. So what about thoseSlow downIt's possible to shake hands. Which one do you usually chooseLow-turned large power generatorsAs a handshakeLow-turned large power generatorsAnd?

Shake your handLow-turned large power generatorsIn the selection process, most of the choices are:Servo motor reducer, and which form is the less slowing ratio. What if your equipment needs a handshakeLow-turned large power generatorsI don't know what to chooseLow-turned large power generatorsIf it's more appropriate, we can consult our technicians. Smaller deceleration ratios can make the manipulation of staff less difficult. If the deceleration ratio is smaller in this case, the output twist is sufficient to satisfy the use requirement, and then there are parameters that can be selected for the rate reduction ratio of 25 and 51nm. it's for something that's not commonLow-turned large power generatorsequipment, incidentally used and artificially manipulated. If you choose this snail snail, you lock yourselfLow-turned large power generatorsIn that case, it can be a 10 to 100 nm parameter. hereLow-turned large power generators, the lower limit that can be achieved by the deceleration ratio is 3 and more than 7.5 is commonly used. Or a bigger modelLow-turned large power generatorsOkay. YesLow-turned large power generatorsThis kind of client is often encountered in the selection processLow-turned large power generatorsI don't know. So the deceleration is probably a little bigger than it is, so it's possible to see if there's any smaller deceleration. Let's check it outLow-turned large power generatorsDoes o25 have an adequate paragraph to use the parameters? because we gave him a choiceLow-turned large power generators, so choose a twirl to 50 and slow down as little as possibleLow-turned large power generatorsOn it. the following parameter references are from boserlGeared motorI don't know. If you use itLow-turned large power generatorsThe O25 combination is adequate for use needs, and individual uses are not. http://boserlgearreducer.com/product/list-sfxiliejiansuji-cn.html