Festo Monostable Air Solenoid Valve - 2x3/2 - NO/NC - Flange - 150 - 170l/min

The Festo VUVG air solenoid valve is a compact, high-performance 2x3/2 monostable valve with open/...

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Tameson UKFesto 5/2 Bistable Air Solenoid Valve Flange Mounted 210 - 330L/Min - 566491
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Product Information

Full details

The Festo VUVG-B10-T32H-AZT-F-1P3 is a compact, high-performance 2x3/2 monostable air solenoid valve designed for industrial automation. It offers reliable pneumatic control with a standard nominal flow rate of 150-170 l/min, ideal for applications requiring precise and efficient air actuation. While its integrated design optimizes flow and saves space, users should be aware of its specific electrical actuation requirement.

All features

Model Part NumberVUVG-B10-T32H-AZT-F-1P3
BrandFesto

Extended Product Information

FAQs

What is the nominal flow rate of this valve?

The Festo VUVG-B10-T32H-AZT-F-1P3 has a standard nominal flow rate of 150-170 liters per minute (l/min).

Can this valve be used individually or only in a manifold?

This valve is designed for manifold mounting but can also be used individually if the appropriate pneumatic connections are made.

What does 'monostable' mean for this valve?

Monostable means the valve has one stable position (its default state) and requires continuous electrical power to move to and maintain the other position. When power is removed, it automatically returns to its stable state.

What type of pneumatic connection does it have?

It features a flange pneumatic working port suitable for manifold integration.

What are the typical applications for this valve?

It is suitable for various industrial automation tasks requiring precise pneumatic control, such as actuating cylinders, grippers, and air-powered tools, particularly where space is limited.

How is the valve actuated?

The valve is electrically actuated, meaning it responds to an electrical signal.

What is the difference between 2x3/2 and 5/2 valves?

A 2x3/2 valve has two inputs (supply and pilot) and three outputs (work port 1, work port 2, exhaust). A 5/2 valve typically has two inputs and five ports (two work ports, two exhausts, and a supply). The 2x3/2 configuration is often used for single-acting cylinders or specialized control.

Troubleshooting

Valve does not actuate when signal is applied.

Verify electrical connection and ensure the correct voltage is supplied. Check for any obstructions at the solenoid coil. Confirm the signal type matches the valve's requirements.

Valve leaks air.

Check pneumatic connections for tightness. Inspect seals and O-rings for damage. Ensure the valve is not over-pressurized or under-pressurized according to its specifications.

Slow or incomplete actuation.

Ensure the compressed air supply is adequate and clean. Check for restrictions in the air lines or exhaust ports. Verify the flow rate does not exceed the valve's specified capacity.

Valve remains in actuated state after signal is removed (fails to return).

Confirm the monostable function; this is expected behavior. If it fails to return from the actuated state when power is removed, check for internal obstructions or if a bistable valve was mistakenly ordered.

Pros and Cons

Pros

  • High performance in a compact size.
  • Versatile 2x3/2 functionality.
  • Optimized internal flow design for efficiency.
  • Suitable for individual use or manifold integration.
  • Reliable electrical actuation.

Cons

  • Requires specific electrical signal for actuation.
  • Monostable nature means it returns to its default state when power is removed.
  • Specific flange connection may limit direct replacement options without adapters.
  • Performance is optimized for its specified flow rate, may not suit all pressure/flow demands.

Setup, Compatibility & Care

Setup:

  1. Ensure the valve is correctly mounted to a manifold or a suitable pneumatic interface using the flange connection.
  2. Connect pneumatic lines to the appropriate ports, observing pressure and exhaust directions.
  3. Connect the electrical actuator according to the specified voltage and wiring diagram.
  4. Verify all connections are secure before applying power and compressed air.

Compatibility:

  • Pneumatic: Compatible with standard compressed air supplies. Operating pressure range should be confirmed against the product datasheet. Suitable for use with clean, lubricated or unlubricated air.
  • Electrical: Requires a specific voltage signal for actuation. Consult the product specifications for the correct voltage (e.g., 24V DC is common).
  • Mounting: Designed for manifold mounting. Ensure compatibility with your existing manifold system or choose a compatible Festo manifold.

Care:

  • Regularly inspect for leaks in pneumatic connections.
  • Ensure the compressed air supply is clean and dry to prevent internal component damage.
  • Avoid exposing the valve to excessive dust or corrosive environments.
  • If performance degrades, check for obstructions in air lines or manifold ports.

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