Structural Classification Of The Coupling

Structural Classification Of The Coupling

Date:Jun 27, 2018

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There are many types of couplings, which can be divided into: 1 fixed coupling according to the change of the relative position and position of the two shafts connected. It is mainly used in places where the two axes are strictly centered and there is no relative displacement during the work. The structure is generally simple, easy to manufacture, and the instantaneous speed of the two axes is the same. There are mainly flange couplings, sleeve couplings and clamps. Shell couplings, etc. 2 movable coupling. It is mainly used for the deflection of the two axes or the relative displacement in the work. According to the method of compensating the displacement, it can be divided into a rigid movable coupling and an elastic movable coupling. The rigid movable coupling compensates for the dynamic connection between the working parts of the coupling with a certain direction or several directions of motion, such as a dental coupling (allowing axial displacement), a cross-groove coupling (for connecting two shafts with parallel displacement or angular displacement), universal joint (for large deflection angles of two shafts or large angular displacement during operation), gear coupling (Allow integrated displacement), chain coupling (allowing radial displacement), etc. Elastic movable coupling (referred to as elastic coupling) utilizes the elastic deformation of the elastic element to compensate for the deflection and displacement of the two axes. The elastic element also has cushioning and damping properties, such as serpentine spring coupling, radial multi-layer leaf spring coupling, elastic ring bolt coupling, nylon bolt coupling, rubber sleeve coupling, etc. . Some of the couplings have been standardized. When selecting, first select the appropriate type according to the work requirements, then calculate the torque and speed according to the diameter of the shaft, then find the applicable model from the relevant manual, and finally make the necessary check for some key parts.

classification

Including ball cage universal coupling, tapered bowl spring coupling SWP, SWC type cross shaft type universal coupling cross bag 94), straight shaft type universal coupling for correcting machine (JB/T7846.2 -95), Spring tube coupling WS, WSD type cross shaft type universal coupling (JB/T5901-91), WSH type sliding bearing cross shaft type universal coupling, ML type film coupling (SJ2127 -82), SWZ type integral bearing housing cross shaft type universal coupling 93.   

Couplings belong to the category of mechanical general-purpose components and are used to connect two shafts (active shaft and driven shaft) in different mechanisms to rotate together to transmit torque mechanical parts. In high-speed and heavy-duty power transmissions, some couplings also have the function of damping, damping and improving the dynamic performance of the shafting. The coupling consists of two halves, which are respectively coupled to the drive shaft and the driven shaft. Most of the general power machines are connected to the working machine by means of a coupling, which is the most commonly used connecting component for the shafting transmission of mechanical products. In the late 20th century, the coupling products at home and abroad developed rapidly. In the product design, how to choose the coupling that can meet the requirements of the machine from various couplings with various varieties and different performances. For most designers, It is always a problem that is bothering. Commonly used couplings are diaphragm coupling, gear coupling, plum coupling, slider coupling, drum gear coupling, universal coupling, safety coupling, flexible coupling And serpentine spring couplings.


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