Solenoid Valve
A solenoid valve is an electrically operated control device used to regulate the flow of fluids. It uses an electromagnet as the actuator, allowing the valve to open or close when the solenoid is energized or de-energized.
When the valve is energized, the magnetic field causes a plunger or pivoted armature to move against the spring force. This movement changes the valve position and controls the flow through the system.
Key Features
Electrically operated valve
Electromagnetic actuation
Controls fluid flow by opening or closing
Plunger or pivoted armature mechanism
Spring-return mechanism
Product Specifications
Specification | Details |
Product Type | Solenoid Valve |
Actuation | Electromagnetic |
Valve Operation | Energized / De-energized |
Actuator | Electromagnet |
Mechanism | Plunger / Pivoted Armature |
Port Size | [Client to provide] |
Operating Pressure | [Client to provide] |
Fluid Type | [Client to provide] |
Voltage | [Client to provide] |
Connection Type | [Client to provide] |
How Does a Solenoid Valve Work?
A solenoid valve uses electrical energy to operate its actuator. When electrical power is applied, the electromagnet creates a magnetic field that moves the internal plunger or armature. The movement changes the valve's position and allows or stops fluid flow.
When the electrical supply is removed, the spring mechanism returns the valve to its designed position.
Applications
Industrial automation systems
Fluid control systems
Manufacturing equipment
Process equipment
Pneumatic and hydraulic systems
Machinery control systems
Automated fluid handling applications
Solenoid Valve Suppliers in Chennai
For industrial systems that require electrically controlled fluid flow, the appropriate solenoid valve depends on factors such as the fluid, pressure, electrical supply, connection, and application.
Arut Jothi Hydraulic & Pneumatics provides solenoid valves in Chennai for different industrial control requirements. Customers can discuss their system requirements with the team to identify a suitable valve configuration.
FAQs
What determines the correct solenoid valve for an application?
The fluid being controlled, operating pressure, electrical voltage, connection type, flow requirements, and system configuration should be considered when selecting a solenoid valve.
What happens when power to a solenoid valve is removed?
The internal spring mechanism moves the valve back to its designed position when the electrical supply is removed.
Can solenoid valves be used for different fluids?
The suitability depends on the valve's materials, seals, pressure rating, and compatibility with the particular fluid. These factors should be checked before selection.
What information should I provide when ordering a solenoid valve?
Providing the fluid type, operating pressure, required voltage, port size, connection type, and application will help determine the appropriate valve.
Are solenoid valves suitable for automated systems?
Yes. Their electrical actuation allows them to be integrated into systems where fluid flow needs to be controlled as part of an automated process.


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