φ23mm AC220V Solenoid Hydraulic Coil For Yuken DSG Series Hydraulic Directional Valve

φ23mm AC220V Solenoid Hydraulic Coil For Yuken DSG Series Hydraulic Directional Valve

This φ23mm x 46.7mm x 51mm hydraulic solneoid coil is applied in Yuken DSG Series Hydraulic Directional Valves. Hydraulic solenoid valves are components used in hydraulic transmissions to control fluid pressure, flow, and direction. The pressure control valve is called a pressure control valve, the flow control valve is called a flow control valve, and the directional control valve is called to control the on, off and flow directions. The directional control valve is divided into a one-way valve and a reversing valve according to the purpose. The one-way valve only allows the fluid to be unidirectionally connected in the pipeline, and the reverse direction is cut off. Directional valve: change the on-off relationship between different pipelines, according to the working position of the valve core in the valve body, two, three, etc.; according to the number of channels controlled, two-way, three-way, four-way, Five-way, etc.; according to the spool drive mode, manual, motorized, electric, hydraulic, etc.

Technical parameter of DSG Yuken Type Hydraulic Directional Valve Coils:

Main dimension of Yuken DSG Series Directional Control Valve Hydraulic Coil:

DIN43650A Connection Hydraulic Coil For Yuken DSG Series Directional Valve:

Applied in Yuken Type DSG Series Hydraulic Directional Control Valve:

More details about Hydraulic Coil For Yuken DSG Series Hydraulic Directional Valve in below Youtube Video:

Classification of hydraulic solenoid valve with electromagnetic coil:

Hydraulic solenoid valves are components used in hydraulic transmissions to control fluid pressure, flow, and direction. The pressure control valve is called a pressure control valve, the flow control valve is called a flow control valve, and the directional control valve is called to control the on, off and flow directions.

1. Pressure control valves are divided into relief valves, pressure reducing valves and sequence valves according to their purposes.

(1) Overflow valve: It can control the hydraulic system to maintain a constant state when the set pressure is reached. The relief valve for overload protection is called a safety valve. When the system fails and the pressure rises to a limit that may cause damage, the valve port will open and overflow to ensure the safety of the system.

(2) Pressure reducing valve: It can control the branch circuit to obtain a stable pressure lower than the main circuit oil pressure. The pressure reducing valve can be divided into fixed value pressure reducing valve (output pressure is constant value), differential pressure reducing valve (input and output pressure difference is fixed value) and proportional pressure reducing valve according to the pressure function controlled by it. (Proportion is maintained between input and output pressure).

(3) Sequence valve: After an actuator (such as a hydraulic cylinder, a hydraulic motor, etc.) can be actuated, the other actuators are operated in sequence. The pressure generated by the oil pump first pushes the hydraulic cylinder 1 to move, and at the same time, the oil inlet of the sequence valve acts on the area A. When the hydraulic cylinder 1 is completely moved, the pressure rises, and the upward thrust acting on the area A is greater than the setting of the spring. After the value, the spool rises to make the oil inlet and the oil outlet communicate, so that the hydraulic cylinder 2 moves.

2. The flow control valve adjusts the flow rate by adjusting the throttle port area between the spool and the valve body and the local resistance generated by the valve body, thereby controlling the moving speed of the actuator. Flow control valves are divided into five types according to their purposes. (1) Throttle valve (2) Speed ​​control valve (3) Diverter valve (4) Collector valve (5) Split flow collecting valve

3. Directional control valves are divided into one-way valves and reversing valves according to their purposes.
(1) Check valve: Only the fluid is allowed to be unidirectionally connected in the pipe, and the reverse direction is cut off.

(2) Reversing valve: change the on-off relationship between different pipelines, according to the working position of the valve core in the valve body, two digits, three digits, etc.; according to the number of channels controlled, two-way, three-way, Four-way, five-way, etc.; according to the spool drive mode, manual, motorized, electric, hydraulic, etc.

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