HomeMoreAnimationDirect Acting Solenoid - How it works? Applications

Direct Acting Solenoid – How it works? Applications

Published on

spot_img


What is Direct Acting ?

Direct Acting Solenoid Valve Components

 

Direct Acting Solenoid Valve Working - Animation


Direct acting means that valves uses a power supply to open and close.

Power is transformed into magnetic force,in a plunger type valve,forces a plunger to move and open or close the valve seats.

Other direct acting valve operate without a plunger but with same principle of direct power application to move.

Direct Acting Valves are for smaller flow rate.

Higher flow rates have stronger fluid pressure,with valves requiring more power to open or close. Direct acting valves are not feasible for high flow rates.

Many different direct acting valve materials,types,function and sizes exist.But all use direct application of power to open or close.

Construction of Direct Acting Valve  

Internal Architecture of Direct Acting Solenoid Valve


All solenoid valves are designed using tightly coiled copper wire to create a magnetic field.

The forces generated by this field pushes or pulls a piston up and down.

Direct acting solenoid valves are designed to fast switching,with direct application of power.

In this way the valves used applied power directly and is therefore called a direct acting valve.

Applications of Direct Acting Solenoid Valve 

Direct acting 3/2 valves are often used as a pilot valve for linear valve,Spring return rotary valve,pneumatic cylinders.

Ideal for controlling gases – 

Latest articles

Essential Control Valve Performance Parameters

Table of ContentsDead Band & BacklashActuator-Positioner DesignResponse TimeValve TrimDead TimeGainHysteresisInherent CharacteristicShaft Wind-UpValve Capacity (Cv...

Cause-and-Effect Diagrams in Process Industries: Test Your Knowledge

The Cause-and-Effect Diagram in Instrumentation and Control Engineering quiz welcomes you to its examination....

Easy Pull-Up Resistor Calculator for PLC Inputs in Discrete Sensor Applications

Table of ContentsWhat is a PLC?What is a Pull-Up Resistor in PLC Applications?PLC Input...

Step-by-Step Guide for Troubleshooting Radar Level Transmitters

Table of ContentsHow do you troubleshoot a radar level transmitter?Problem no.1: Power Supply IssuesProblem...

More like this

Essential Control Valve Performance Parameters

Table of ContentsDead Band & BacklashActuator-Positioner DesignResponse TimeValve TrimDead TimeGainHysteresisInherent CharacteristicShaft Wind-UpValve Capacity (Cv...

Cause-and-Effect Diagrams in Process Industries: Test Your Knowledge

The Cause-and-Effect Diagram in Instrumentation and Control Engineering quiz welcomes you to its examination....

Easy Pull-Up Resistor Calculator for PLC Inputs in Discrete Sensor Applications

Table of ContentsWhat is a PLC?What is a Pull-Up Resistor in PLC Applications?PLC Input...