Stable and reliable performance, simple operation
The speed, torque, and power can be adjusted steplessly, with fast action response, quickdirection change and speed change, wide speed adjustment range, and the speed adjustmentrange can reach 100:1 to 2000:1; the action is fast, and the control and adjustment are relativelygood. Simple, easy to operate, labor-saving, easy to cooperate with electrical control, andconnected to CPU(computer), easy to realize automation.
Simple structure, large output force
From a structural point of view, its output power per unit weight and output power per unit sizeare the most powerful among the four types of transmission methods, and it has a largemoment-to-inertia ratio. Under the condition of transmitting the same power, the volume of thehydraulic transmission device is small. ., light weight, small inertia. compact structure and flexiblelayout.
Digitization and composite
The combination of hydraulic pressure and new technologies such as microcomputer control toform the integration of "mechanical-electrical-hydraulic-optical" has become the trend of worlddevelopment, which is convenient for digitalization. Hydraulic cylinders with various novelstructures are constantly appearing, and their most important feature is compounding. Forexample, a hydraulic cylinder is used as the main body to assemble pumps, valves, motors andother components to form an independent hydraulic device. The cylinder and the hydrauliccylinder are assembled together, and the gas power is used to drive the hydraulic cylinder towork. The swing hydraulic cylinder and the thrust hydraulic cylinder are combined. Cylindersare assembled together to achieve multi-degree-of-freedom action requirements.
Easy to clean and maintain
From the perspective of use and maintenance, the self-lubricating properties of the componentsare good, and it is easy to realize overload protection and pressure maintenance, which is safeand reliable; the components are easy to realize serialization, standardization andgeneralization.
