Description
Emerson VE4031S2T2B6
Technical Specifications
- Brand: Emerson
- Model: VE4031S2T2B6
- Product type: Industrial solenoid valve
- Function: Electrically operated on/off or directional control valve
- Typical media: Compressed air, natural gas, process gas, water, oil or compatible fluids
- Typical configurations: Normally closed, normally open or latching depending on variant
- Typical voltage options: 24 V DC, 110 V AC, 220 V AC or application-specific voltage
- Connection type: Threaded, flanged or manifold connection depending on variant
- Typical flow size: DN25 or 1-inch class for VE4031-type designations in some product families
- Sealing principle: Soft seal or metal seal depending on media and temperature
- Protection class: IP54, IP65 or higher depending on coil and enclosure
- Certification: UL, CSA, CE, ATEX or other approvals depending on variant
- Documentation: Requires official Emerson datasheet, nameplate and wiring diagram
Functional Features
- Provides electrically controlled fluid shutoff or direction control.
- Supports automated process and machine operation.
- Enables remote control through PLC or relay systems.
- Provides fast response for safety and process control.
- Supports manual override depending on design.
- Supports hazardous-area installation depending on certification.
- Enables integration with gas, air, water or oil systems.
- Supports maintenance and replacement within industrial systems.
Application Scenarios
- Industrial gas control systems.
- Compressed air automation.
- Burner and combustion control.
- Process pipeline shutoff.
- Pneumatic actuator control.
- Water and oil process systems.
- Packaging and manufacturing equipment.
- Safety shutoff and emergency stop applications.
Performance Parameters
- Solenoid-operated industrial valve.
- Designed for reliable repeated operation.
- Supports fast electrical actuation.
- Suitable for continuous industrial environments.
- Compatible with automated control systems.
- Exact flow coefficient, pressure rating, coil voltage, power consumption, response time, ambient temperature, media temperature, IP rating, connection size and certification must be confirmed from the official Emerson VE4031S2T2B6 documentation.
Material Composition
- Valve body made of brass, aluminum, stainless steel or cast iron depending on variant.
- Solenoid coil with insulated copper winding.
- Magnetic core and armature assembly.
- Valve seat and sealing elements.
- Seal materials such as NBR, EPDM, FKM or PTFE.
- Return spring depending on design.
- Electrical terminal block or plug connector.
- Protective coil housing or junction box.
- Nameplate with model, voltage and pressure ratings.
Structural Features
- Compact solenoid valve assembly.
- Integrated coil and valve body.
- Flow direction marking on valve body.
- Electrical connection port.
- Manual override mechanism depending on variant.
- Threaded or flanged process connections.
- Sealed coil enclosure for environmental protection.
- Explosion-proof housing depending on certification.
- Mounting interface for panel or pipeline installation.
Working Principle
When electrical power is applied to the solenoid coil, the generated magnetic field moves the armature and changes the valve position. This action opens or closes the fluid passage according to the valve design. When power is removed, the valve returns to its normal position through spring force or medium pressure. The VE4031S2T2B6 provides reliable automated control of fluid flow in industrial systems.
Installation Requirements
- Verify the correct model, voltage and media before installation.
- Install according to the flow direction arrow on the valve body.
- Clean the pipeline before connecting the valve.
- Use appropriate sealing materials for pipe connections.
- Avoid mechanical stress on the valve body and coil.
- Provide proper electrical grounding and protection.
- Keep the coil area dry and free from contamination.
- Confirm hazardous-area certification if used in explosive atmospheres.
Precautions for Use
- Only qualified personnel should install or service the valve.
- Do not exceed rated pressure, temperature or voltage.
- Confirm media compatibility with valve body and seal materials.
- Do not use the valve outside its certified application.
- Inspect the coil, seals and electrical connections periodically.
- Replace damaged parts with approved components.
- Test valve operation after installation or maintenance.




