What is a disc clutch?
Disk joining is a method of energy transfer between two shafts. The couplings are attached to the end of the two shafts and create a bridge between them. The couplings usually have a small amount of freedom in their design; This is responsible for the disagreement of the shaft and gives a small amount of flow during operation. There are two primary types of disk joining systems; One disk and a double disk. These disk joining systems work in a similar way, but the double disk system has more freedoms than a single disc version. Whether the power supply comes from an outer source, such as the water wheel or from the inside of the system, such as the car engine, almost every energy system relies on the shaft. This rotation provides the basic power that moves through the system into operative areas. If the shaft is too rigid, it breaks Senebo to bind in stress; But if it is too free, it will lose strength. For the purpose of combating this problem came users with a system called joining. The connection takes two shafts and connects them together using an external connection. WhenThey are connected, both shafts turn like one, but do not touch.
In general, as soon as they are connected, both shafts are permanently connected. Most joining systems create a semi -inflated connection; It only works if a piece breaks physically. This connection allows power transfer and torque between shafts with very low energy loss.
The connection also provides other benefits. When the shafts are connected, deviations in the shaft positions may be included. This allows two shafts that do not compare them perfectly to keep moving strength as if they do it. In addition, the clutch allows the shaft to bend individually. When they get under high voltage, two shafts are bending on the second, an increase in voltage that can be applied to the system before breaking the shaft.
Disk joining system is a low profile and adaptable clutch type. One disk connecting system consists of two rounds thatThey are connected to two shafts and a disc spring that connects them together. These links are bent much more than other binding systems because they have a connective spring rather than a solid connection.
The double disk version is almost the same as the single, except that it has a secondary disk between two hubs. Each hub is connected to the spring and these two strands are connected to the center disk. This center disk creates an even larger flex point because there are two springs rather than just one. In addition, the center disk can be made of insulating material that prevents heat and electricity transferred across the connection.