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What Are The Advantages Of Hydraulic Coupling?
Hydraulic coupling is a device that transmits power through hydraulic oil, usually consisting of two or more interconnected hydraulic chambers. These hydraulic chambers are connected to each other through a number of specially designed holes and slots, so that hydraulic oil can flow in them. When one hydraulic chamber is under pressure, the hydraulic oil is transferred to the other hydraulic chamber through the holes and slots, thereby driving the movement of the components or mechanisms connected to it.
Can deliver large power and torque.
Stepless speed regulation can be achieved, that is, by changing the input or output flow to adjust the speed.
Due to the large viscosity of hydraulic oil, it can absorb large vibration and shock, and improve the stability and reliability of the system.
Remote control and automatic control can be achieved.
Hydraulic coupling has applications in many fields, such as Marine propulsion systems, industrial transmission systems, vehicle transmission systems, etc. In Marine propulsion systems, hydraulic couplers are usually connected to diesel engines or gas turbines to transfer power to thrusters that drive the ship forward.
Hydraulic coupling is a device that transmits power through hydraulic oil, usually consisting of two or more interconnected hydraulic chambers. These hydraulic chambers are connected to each other through a number of specially designed holes and slots, so that hydraulic oil can flow in them. When one hydraulic chamber is under pressure, the hydraulic oil is transferred to the other hydraulic chamber through the holes and slots, thereby driving the movement of the components or mechanisms connected to it.
Can deliver large power and torque.
Stepless speed regulation can be achieved, that is, by changing the input or output flow to adjust the speed.
Due to the large viscosity of hydraulic oil, it can absorb large vibration and shock, and improve the stability and reliability of the system.
Remote control and automatic control can be achieved.
Hydraulic coupling has applications in many fields, such as Marine propulsion systems, industrial transmission systems, vehicle transmission systems, etc. In Marine propulsion systems, hydraulic couplers are usually connected to diesel engines or gas turbines to transfer power to thrusters that drive the ship forward.
In industrial transmission systems, hydraulic couplers can be used to drive a variety of equipment, such as pumps, fans, compressors, etc. In the vehicle transmission system, the hydraulic coupler can be used to realize the functions of stepless transmission and automatic transmission.
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