Hydraulic solenoid valves are galvanically activated valves, usually utilized to manage the flow or direction of air or liquid in fluid power systems. Hydraulic solenoid valve » utilized in both inflatable and hydraulic fluid power functions, the spool or poppet design of most solenoid valves produces them perfect for numerous tasks and applications. Get details: https://www.gghyd.com/valves/parker_skinner-solenoid_valve___complete.html

1. HydraulicSolenoidValve-
G & G Hydraulics Corporation
https://www.gghyd.com/valves/parker_skinner-solenoid_valve___complete.html

2. Whatisahydraulic solenoid?
A hydraulic solenoid is a piece of an iron core, basically called the “Armature.”
It is wound by a coil that is electromagnetically inducted.
It generates a magnetic field, while the electricity passes through the coil, and
the magnetic field creates a directional force. By using the force, the hydraulic
solenoid can realize the movement of pull, push, and even move
proportionally.
https://www.gghyd.com/valves/parker_skinner-solenoid_valve___complete.html

3. Howisahydraulicsolenoidvalve
operated ?
The Hydraulic solenoid valve is operated by solenoid while receiving an electrical
signal. It can be mounted on the valve sides to form the working position
directionally. It is used commonly for the valves control.
Hydraulic Solenoid valves can be divided into many groups of operation:
• Direct operated
• Indirect operated
• Semi-direct operated
https://www.gghyd.com/valves/parker_skinner-solenoid_valve___complete.html

4. • Direct operated
Direct operated solenoid valves are normally closed and have the
simplest working rule. It doesn’t use a diaphragm and remain close
when there is no pressure.
• Indirect operated
Indirect operated solenoid valves use the distinction force of the
middle over the valve ports to open and close. Usually, these valves
require a minimum force 0.1 bar. It is suitable for high flow rates (up
to 16 bars).
• Semi-direct operated
Semi-direct operated solenoid valves merge the assets of direct and
indirect valves. This enables them to work from zero bar, but they can
manage a higher flow rate.
https://www.gghyd.com/valves/parker_skinner-solenoid_valve___complete.html

5. Different Typesof Hydraulicsolenoid
valve-
• Directional Control Valves -
Directional poppet valves
Directional spool valves
• Pressure Control Valves -
Pressure valves, relief function
Pressure valves, reducing function
• Proportional Control Valves -
Proportional directional control valves
Proportional pressure control valves
• Flow Control Valves -
Flow controls, pressure compensated valves
Flow controls, throttle valve
https://www.gghyd.com/valves/parker_skinner-solenoid_valve___complete.html

6. Hydraulic Solenoid Valves
https://www.gghyd.com/valves/parker_skinner-solenoid_valve___complete.html

7. Applicationsof Hydraulicsolenoid
valve:
• Industrial applications
• General on-off control
• Calibration
• Pilot plant control loops
• Process control systems
• Various original equipment manufacturer applications
https://www.gghyd.com/valves/parker_skinner-solenoid_valve___complete.html

8. ProsandConsofaSolenoidValve
Advantages:
• Fast action
• Low power intake
• Remote functioning
• Fits in diverse machinery and equipment.
Disadvantages:
• Sensitive to voltage
• The valve can partly close if the magnetic field isn’t set up properly
• Coils are essential and due to electrical use may need to be to be
alternated or replaced over the lifetime of the valve
• Control signal must remain on during operation
https://www.gghyd.com/valves/parker_skinner-solenoid_valve___complete.html

9. Contact Us:
Address: 19151-J Parthenia Street
Northridge, CA 91324-5124
Contact No : +1 (818) 700-8838
Email: info@gghyd.com
Website: https://www.gghyd.com/

10. Thank You !!