Emerson VE4050E2C0

Product Overview
The Emerson VE4050E2C0 is an Emerson-branded industrial solenoid valve. The VE40 prefix is also used by other manufacturers for gas solenoid valves, but this part number is presented as an Emerson product. Public documentation does not provide a complete, verified datasheet for VE4050E2C0. Therefore, the following information describes the expected product category, typical industrial solenoid valve characteristics and verification requirements for this part number.

Category:

Description

Emerson VE4050E2C0

Technical Specifications

  • Brand: Emerson
  • Model: VE4050E2C0
  • Product type: Industrial solenoid valve
  • Function: Electrically operated on/off or directional fluid control
  • Typical media: Compressed air, process gas, fuel gas, water, oil or other 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-mounted depending on variant
  • Typical flow size: DN50 or 2-inch class for VE4050-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 fast and reliable electrically operated valve control.
  • Supports automated process and machine control.
  • Enables remote opening and closing through electrical signals.
  • Supports integration with PLC, DCS and relay control systems.
  • Provides manual override depending on valve design.
  • Supports explosion-proof or hazardous-area versions depending on configuration.
  • Enables direction control, flow control or safety shutoff depending on application.
  • Supports replacement and retrofit within industrial fluid control systems.

Application Scenarios

  • Industrial process automation.
  • Compressed air control systems.
  • Gas supply and gas shutoff systems.
  • Burner and combustion equipment.
  • Pneumatic actuator control.
  • Oil and gas process systems.
  • Water and steam control systems.
  • Manufacturing and packaging equipment.

Performance Parameters

  • Solenoid-operated industrial valve.
  • Fast response for on/off or directional control.
  • Designed for continuous industrial duty cycles.
  • Supports electrical control integration.
  • Suitable for gas, air, liquid or steam service depending on configuration.
  • Exact flow coefficient, nominal diameter, pressure rating, coil voltage, power consumption, response time, ambient temperature range, media temperature range, IP rating and certification must be confirmed from the official Emerson VE4050E2C0 datasheet and nameplate.

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 depending on media.
  • Spring return mechanism depending on design.
  • Electrical terminal block or plug connector.
  • Protective coil housing or junction box.
  • Nameplate with model, voltage, pressure and media information.

Structural Features

  • Compact solenoid valve body.
  • Integrated solenoid coil assembly.
  • Electrical connection port for power supply.
  • Manual override lever or button depending on variant.
  • Flow direction marking on valve body.
  • Threaded or flanged process connections.
  • Sealed coil enclosure for environmental protection.
  • Explosion-proof housing depending on variant.
  • Mounting holes or bracket interface.

Working Principle
When the solenoid coil is energized, the electromagnetic field moves the armature and changes the valve position. In a normally closed valve, energizing the coil opens the flow path. In a normally open valve, energizing the coil closes the flow path. When power is removed, the spring force or medium pressure returns the valve to its safe position. The valve controls fluid flow direction, pressure or on/off status according to the electrical control signal.

Installation Requirements

  • Confirm the exact media, pressure and temperature before installation.
  • Verify coil voltage and electrical supply compatibility.
  • Install the valve according to the flow direction arrow on the body.
  • Clean the pipeline before connecting the valve.
  • Install a suitable upstream filter if required.
  • Avoid installing the valve at low points where debris may accumulate.
  • Provide adequate clearance for electrical connection and maintenance.
  • Ground the valve and electrical system according to local standards.
  • Verify hazardous-area certification if used in explosive atmospheres.

Precautions for Use

  • Do not exceed the rated pressure, temperature or voltage.
  • Confirm media compatibility with valve body and seal materials.
  • Do not use a gas-rated valve for liquid service without confirmation.
  • Do not use a liquid-rated valve for gas service without confirmation.
  • Verify IP and explosion-proof ratings for the installation environment.
  • Test the valve operation before full process commissioning.
  • Inspect seals and coils periodically for wear or damage.
  • Refer to the official Emerson VE4050E2C0 documentation for exact specifications.