Preface: for new friends, it is more or less known that the rexroth emp valve plays a decisive role in the control parameters and the switch to impact, so the use of the emp system is a priority. What are the functions and functions of the 4we6y6x/eg24n9k4 electromagnetic conversion valves? What are the structural principles
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The rexroth electromagnetic conversion valves function to move the core position of the valves, change the current and valve state, and control the connection, jamming and switching of the circuits. The pressure oil that controls the road is pushed into the core of the valve to control the hydraulic system when it reaches the regulating pressure. If the system fails and the pressure rises to the limit of potential damage, the valve opens and spills to ensure system safety. The fluid-to-voltage valves and hydraulic-control-to-valves are used primarily to control the movement of elements of hydraulic systems whose flow exceeds that permitted by the normal operation of the electromagnetic-to-valve system。
Functions
4we6y6x/eg24n9k4 electromagnetic conversion valves use changes in the position of the core vis-À-vis the liquid, open and close the liquid channel by changing the connection between the port of the valve, control the flow of liquids, and control the start-up stop and motion change valves of the implementing agency。
The electromagnetic valves can only function normally within a certain flow and pressure range. This limitation of the scope of work is called the corrective limitation。
Useful life: the service life of an electromagnetic valve depends mainly on electromagnetic iron. Wet magnets have a longer life than dry magnets and dc magnets have a longer life than ac magnets。
Internal leakage: the leak from the high-pressure chamber to the low-pressure chamber is an internal leak under different working locations and prescribed working pressure. Too many internal leaks can reduce system efficiency, lead to overheating and affect the proper functioning of the implementer。
Switch frequency: switch frequency is the number of times the valve allows to switch during the unit time. Currently, the current frequency of individual electromagnetic electromagnetic valves is generally 60 times/minute。
Features
Configure
Structural rationale
4we6y6x/eg24n9k4 is an electromagnetic circle work-to-sliding valve that can be used as an electromagnetic component to control the start, stop and switch of fluids. The basic configuration of the switch valves is the outer shell, one or two electromagnets, the control valve core and the double spring. When the power is shut down, the control valve core is maintained in the middle or in the initial position by the record spring. The control core moves from the stop position to the required terminal position after the electromagnetic metal connecting the hydraulic fluid. This will release the fluids required according to the selected symbol. When the electromagnet is shut down, the control valve core is pushed back to its middle or initial position. The auxiliary operation can manually switch valves when the magnet is unable to power. Hydraulic systems must be properly discharged to ensure proper operation。
N. B. The pressure peak of the discharge pipeline connecting two or more valves may result in an accidental control valve core behaviour in the model with locator. It is recommended that separate back-pipe roads be laid or single-way valves be installed on pipeline routes. Internal leakage of valves due to design principles increases during their useful life。
This is a brief description of the structure and functional characteristics of the 4we6y6x/eg24n9k4 electromagnetic conversion valves, with more relevant models to focus on thinking
