Festo 5/2 Monostable Air Solenoid Valve - G1/8 - 700 - 780l/min

Best current price£68.81from Tameson UK
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Festo 5/2 Monostable Air Solenoid Valve G1/8 700 - 780L/Min - 566499
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Best current price£68.81from Tameson UK
Shopping.co.uk recommended and popular offers
Festo 5/2 Monostable Air Solenoid Valve G1/8 700 - 780L/Min - 566499
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The Festo VUVG-L14-M52-AT-G18-1P3 is a compact 5/2 monostable air solenoid valve designed for efficient pneumatic control in industrial automation. It offers a high standard nominal flow rate of 700-780 l/min, making it ideal for applications requiring precise and rapid air management. While its universal design supports individual or manifold mounting, users should note its specific operating pressure range of 2.5-8 bar.
| Model Part Number | VUVG-L14-M52-AT-G18-1P3 |
|---|---|
| Brand | Festo |
A monostable valve (like the VUVG-L14-M52-AT-G18-1P3) has one stable position and requires continuous power to hold the other position. A bistable valve has two stable positions and maintains its state even after power is removed.
The valve has a standard nominal flow rate ranging from 700 to 780 liters per minute.
The valve features a G1/8 threaded pneumatic working port.
Yes, the VUVG series is designed to be suitable for both individual connection and manifold applications.
The minimum operating pressure is +2.5 bar, and the maximum operating pressure is 8 bar.
The solenoid power consumption is 1W.
The maximum operating temperature for this valve is +60°C.
Check electrical connection to the solenoid. Verify control voltage supply. Ensure the solenoid is correctly seated and not obstructed. Confirm air pressure is within the operating range (2.5-8 bar).
Check for air leaks in the pneumatic lines or connections. Ensure the flow rate is sufficient for the actuator size. Verify the air supply pressure is adequate. Clean or replace any air filters in the system.
This is expected for a monostable valve; it requires continuous power to hold the secondary position. Ensure the control signal is removed correctly to return to the stable, default position.
Ensure the valve is properly seated and connections are tight. Check for internal damage or debris; clean or replace the valve if necessary. Verify that the operating pressure does not exceed the maximum limit.
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