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Festo Shut Off Valve G1/4'' 4-14bar 2000l/min - MS4-EE-1/4-V110

Festo Shut Off Valve G1/4'' 4-14bar 2000l/min - MS4-EE-1/4-V110

This electrically actuated shut off valve offers precise control for pneumatic systems with a G1/4...

Best current price£113.29from Tameson UK

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Tameson UKFesto Shut Off Valve G1/8'' 4-10Bar 1000L/Min - 542580
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Product Information

Full details

The Festo Shut Off Valve MS4-EE-1/4-V110 is designed for industrial pneumatic systems requiring precise control over air flow. It offers reliable shut-off and venting capabilities, enabling efficient system management. A key benefit is its high nominal flow rate of 2000 l/min, facilitating quick system pressurization and depressurization. One consideration is its operational pressure range, which must be adhered to for optimal performance and safety.

All features

Model Part NumberMS4-EE-1/4-V110
BrandFesto

Extended Product Information

FAQs

What is the maximum operating pressure for this valve?

The Festo Shut Off Valve MS4-EE-1/4-V110 operates within a pressure range of 4 to 14 bar.

What type of connection does this valve use?

This valve features a G1/4 connection size for pneumatic lines.

Can I attach a muffler to this valve?

Yes, you can attach a muffler or duct the exhaust air at port 3 for noise reduction or directed venting.

What does the 'V110' in the model number signify?

The 'V110' typically indicates the electrical voltage rating for the actuation coil, in this case, 110 volts.

What is the nominal flow rate of this valve?

The valve has a standard nominal flow rate of 2000 liters per minute (l/min).

Is this valve suitable for high-cycle applications?

With proper air preparation and within its specified operating parameters, this electrically actuated valve is designed for reliable operation in various industrial cycles.

How do I switch between pressurizing and venting functions?

The switching between pressurizing and venting is controlled by the electrical actuation signal applied to the valve.

Troubleshooting

Valve does not actuate electrically.

Verify electrical supply to the actuator matches the specified voltage (V110). Check wiring connections for looseness or incorrect polarity. Ensure the control signal is present.

Air leaks from connections.

Check all pneumatic connections for proper tightness. Ensure seals or fittings are correctly seated and not damaged. Inspect valve ports for damage.

Low or inconsistent flow rate.

Check if the system pressure is within the operational range (4-14 bar). Inspect pneumatic lines and the valve for any internal blockages. Ensure the air supply is adequate.

Valve fails to shut off or vent completely.

Confirm the electrical signal is correct for the desired function (actuate or vent). Check for internal damage or wear within the valve mechanism. Ensure the pressure is within the specified limits.

Pros and Cons

Pros

  • Offers precise and reliable control over pneumatic systems.
  • High flow rate supports quick system changes.
  • Electrically actuated for automation and remote control.
  • Flexible exhaust air management options.
  • Compact size aids in integration.

Cons

  • Requires electrical actuation, adding complexity to the control system.
  • Specific pressure range (4-14 bar) must be observed.
  • Not suitable for applications requiring flow rates outside the specified range.
  • Potential for noise if muffler is not used with vented exhaust.

Setup, Compatibility & Care

Setup:

  1. Mounting: Ensure the valve is mounted securely in the pneumatic circuit, observing the flow direction indicated on the valve body if applicable.
  2. Piping: Connect pneumatic lines to the G1/4 ports. Ensure all connections are tight to prevent air leaks.
  3. Electrical Connection: Connect the electrical actuator according to the manufacturer's wiring diagram, ensuring correct voltage (V110 indicated) and polarity.
  4. Exhaust: If noise reduction or directed venting is required, attach a suitable muffler or duct to port 3.

Compatibility:

  • Air Quality: Use clean, dry compressed air. For optimal performance and longevity, air preparation units (filter, regulator, lubricator) are recommended.
  • Pressure: Ensure the system pressure remains within the specified range of 4 to 14 bar.
  • Temperature: Operate within the recommended ambient temperature range for pneumatic components.

Care:

  • Regular Inspection: Periodically check for air leaks at all connections.
  • Filter Maintenance: If an air preparation unit is used, regularly clean or replace the filter element.
  • Cleaning: The exterior of the valve can be cleaned with a damp cloth. Avoid using solvents or abrasive cleaners.

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