Festo 5/2 Monostable Air Solenoid Valve QS-8 680l/min - 196912
The CPE series air solenoid valve is a compact 5/2 monostable valve designed for efficient pneumat...The CPE series air solenoid valve is a compact 5/2 monostable valve designed for efficient pneumatic control. With a standard nominal flow rate of 680 l/min and QS-8 pneumatic connections, it offers high flow capacity in a minimal footprint. This electrically actuated valve combines low power consumption with maximum flow rates, making it ideal for space-constrained industrial automation applications where performance is critical. Its universal design allows for versatile implementation across various pneumatic systems. The FESTO magnetic valve 196912 is designed with a nominal width of 6 mm and comes in a 1-piece configuration. This valve is ideal for all-fluid applications, including water flow control. It is typically used in industrial settings for precise fluid management.
The Festo 5/2 Monostable Air Solenoid Valve (MPN: 196912) is designed for industrial automation professionals seeking efficient and compact pneumatic control. Its key benefit lies in providing high flow capacity (680 l/min) with QS-8 connections within a minimal footprint, ideal for space-constrained systems. A potential caveat is its monostable nature, requiring continuous power to maintain one position.
All features
Model Part Number
196912
Brand
Festo
Extended Product Information
FAQs
What is the primary function of a 5/2 monostable valve?
A 5/2 monostable valve has five ports and two stable states. It requires a continuous signal to maintain one state and returns to its default state when the signal is removed.
What does 'monostable' mean in this context?
Monostable means the valve has only one stable position that it returns to automatically when the actuating force (in this case, electrical power) is removed.
What are QS-8 pneumatic connections?
QS-8 refers to a standardized push-in pneumatic fitting size, allowing for quick and easy connection of tubing with an 8mm outer diameter.
Can this valve be used for water flow control?
Yes, the description states it is ideal for all-fluid applications, including water flow control in industrial settings.
What is the benefit of low power consumption?
Low power consumption leads to reduced energy costs and allows for higher valve density in control panels, as less power is drawn overall.
How do I determine if this valve is suitable for my application?
Consider your required flow rate (680 l/min), connection type (QS-8), space constraints, and whether a monostable control is appropriate for your actuator's function.
What is the nominal width of this valve?
The nominal width of this valve is 6 mm.
Troubleshooting
Valve does not actuate
Verify electrical connection and ensure correct voltage is supplied. Check for any blockages in the air supply or exhaust ports.
Low flow rate
Inspect QS-8 connections and tubing for kinks or restrictions. Ensure the air supply pressure is within the specified range.
Valve stuck in one position
Confirm that power is being supplied to the solenoid. Check if the internal components are obstructed or damaged.
Air leakage
Check pneumatic connections for proper sealing. Inspect the valve seals for wear or damage.
Pros and Cons
Pros
Space-saving design for crowded control panels.
High flow rate for fast cylinder response.
Low power consumption reduces operational costs.
Versatile for various fluid types and automation tasks.
Reliable and durable for industrial environments.
Cons
Monostable design requires continuous power for one state.
QS-8 connections may require specific fittings.
Not suitable for applications requiring bistable control.
Requires electrical signal for actuation.
Setup, Compatibility & Care
Setup:
Ensure the valve is correctly oriented according to pneumatic flow direction indicated on the body.
Connect pneumatic lines to the QS-8 ports, ensuring a secure fit.
Connect the electrical actuator according to the voltage and wiring specifications.
Compatibility:
Compatible with standard pneumatic systems utilizing QS-8 connections.
Suitable for use with compressed air, inert gases, and water.
Requires a compatible electrical signal for actuation.
Care:
Periodically inspect pneumatic connections for leaks.
Keep the valve clean and free from debris.
Avoid exposing the valve to excessive moisture or extreme temperatures outside its operating range.