Idinku iyara & gearbox
Idinku iyara jẹ iru apoti jia ti o jẹ ki ẹrọ kan ṣiṣẹ ni iyara kekere. Iru apoti jia yii ni awọn idi akọkọ meji: lati dinku ariwo ati mu iṣẹ ṣiṣe epo pọ si. Sibẹsibẹ, awọn idi meji kii ṣe kanna, nitorinaa apoti jia ti o yẹ fun awọn iwulo rẹ yẹ ki o yan. Awọn atẹle jẹ ọpọlọpọ awọn oriṣi ti awọn apoti jia idinku iyara ti a nṣe.
Optimize speed and performance while extending equipment life with WLY’s speed reducer gearboxes. When the equipment is running, the motor transmits power to the input shaft of the reducer. The gearbox reducer converts the power to a lower output speed while transmitting it through the shaft to the connected load. Choose from bevel, c-face, direct drive, indirect drive, planetary, right angle models, etc.
High-Speed Reduction Gearbox
Generally speaking, the reduction gearbox is a torque multiplier. It is commonly used in applications that want to reduce the output speed of a motor. The reduction gearbox can be made of different types. These include helical gearboxes, right-angle gearboxes, and shaft-mounted gear reducers.
A reduction gearbox is made up of an input shaft, an output shaft, and several ports. It may also be made of a single-gear assembly. These gears have a pinion driven by an incoming shaft. It is then converted into torque and transferred to a driven device through the output shaft.
The speed of the reducer is determined by the number of teeth in the gears and the pinion’s ratio. The larger the gear, the more teeth, and the smaller the gear, the fewer teeth. This is because the rotational force of a larger gear is proportional to the number of revolutions per minute.
The power losses in a reducer gear box can be minimized by using lubricants. These lubricants should be made of a low coefficient of friction. They should also have a good heat dissipation capacity. Lubricants should be used on all parts of the reducing gearbox.
Awọn oriṣi ti Gear Idinku Iyara fun Tita
Ti o ba n wa awọn apoti jia idinku fun tita, o ti wa si aye to tọ. Nibi o le wa awọn ẹya ti o dara julọ, eyiti o jẹ ami iyasọtọ tuntun ati pẹlu gbogbo awọn afi atilẹba ati apoti.
Awọn apoti jia idinku iyara jia wa ni ọpọlọpọ awọn fọọmu oriṣiriṣi. Dinku ọpa ti o jọra nlo jia pinion pẹlu nọmba ti awọn eyin ti a sọ pato. Dinku igun-ọtun, ni ida keji, nlo ohun elo alajerun kan. Gbogbo iru jia dinku iye agbara ti o tan kaakiri nipasẹ alupupu ina. Ati pe gbogbo wọn ni awọn idi kan pato, bii ṣiṣe awọn ọkọ ayọkẹlẹ ina mọnamọna diẹ sii daradara.
Awọn apoti jia awakọ idinku ni ọpọlọpọ awọn anfani. Wọn dinku iyara ti motor, eyiti ngbanilaaye ọmọ ẹgbẹ gbigba lati gbe labẹ iyipo tuntun.
As a professional gearbox manufacturer in China, we offer various types of gear reducers for sale. Check more in the following and contact us if you are interested!
How Does Speed Reducer Work?
A speed reducer is a mechanical device that duplicates the torque produced by a power source. It multiplies the torque from the power source and transfers it through a kinematic chain to a driven load.
The input speed is reduced through the input gear, and the output speed is increased through the output gear. The output gear is designed with more teeth than the input gear. This increases the efficiency of the gear train and increases the torque. It is possible to use speed reducers with less expensive gears.
How to Choose a Speed Reducer?
There are many factors that need to be considered when choosing a high speed gearbox reducer. These factors include the location of the gear train and its surface treatments. The position of the rolling bearings can also affect energy efficiency.
Another important factor is torsional rigidity. Torsional rigidity refers to the resistance of a reducer to twist under load. Torsional rigidity is essential for maintaining precise motion during acceleration and deceleration.
Another factor that needs to be considered is the amount of vibration the gear train can withstand. This may be related to relative humidity or the number of operation cycles.
It is also essential to consider the frequency measurement equipment used to test the gear motors. Gear motors should be tested to ensure quality. Choosing a gear motor supplier that has testing laboratories and technologies is a good idea. It also helps to find a supplier that can offer a one-stop service.