Festo 2/2 Closed Monostable Solenoid Valve - Electrical MHA1 Series 24V dc, 197038
- RS Stock No.:
- 202-1215
- Mfr. Part No.:
- MHA1-M1H-2/2G-0,9-HC
- Brand:
- Festo
Subtotal (1 unit)*
£34.46
(exc. VAT)
£41.35
(inc. VAT)
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1 + | £34.46 |
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- RS Stock No.:
- 202-1215
- Mfr. Part No.:
- MHA1-M1H-2/2G-0,9-HC
- Brand:
- Festo
Specifications
Technical Reference
Legislation and Compliance
Product Details
Find similar products by selecting one or more attributes.
Select all | Attribute | Value |
---|---|---|
Brand | Festo | |
Function | 2/2 Closed Monostable | |
Actuation Type | Electrical | |
Manufacturer Series | MHA1 | |
Mounting Style | Sub Base | |
Solenoid Voltage | 24V dc | |
Maximum Flow Rate | 14L/min | |
Solenoid Power Consumption | 1W | |
Minimum Operating Pressure | -0.9bar | |
Maximum Operating Pressure | 2 bar | |
Minimum Operating Temperature | -5°C | |
Maximum Operating Temperature | +40°C | |
Select all | ||
---|---|---|
Brand Festo | ||
Function 2/2 Closed Monostable | ||
Actuation Type Electrical | ||
Manufacturer Series MHA1 | ||
Mounting Style Sub Base | ||
Solenoid Voltage 24V dc | ||
Maximum Flow Rate 14L/min | ||
Solenoid Power Consumption 1W | ||
Minimum Operating Pressure -0.9bar | ||
Maximum Operating Pressure 2 bar | ||
Minimum Operating Temperature -5°C | ||
Maximum Operating Temperature +40°C | ||
- COO (Country of Origin):
- DE
Festo MHA1 Series Solenoid Valve, 2/2 Closed Monostable Function, 24V DC Solenoid Voltage - MHA1-M1H-2/2G-0,9-HC, Numeric Part Number: 197038
This solenoid valve is designed for effective control in pneumatic applications. Featuring a 2/2 closed monostable function, it facilitates reliable operation through electrical actuation. The valve is constructed with a PA reinforced body material, ensuring durability amidst various working conditions while functioning efficiently at a maximum flow rate of 14L/min.
Features & Benefits
• optimised for electrical actuation to enhance response time
• minimum operating pressure of -0.9bar for low-pressure applications
• operates at 24V DC for easy integration into existing systems
• PA reinforced material for improved resistance to wear
• maximum flow rate of 14L/min for effective fluid control
• sub base mounting style simplifies installation and maintenance
• minimum operating pressure of -0.9bar for low-pressure applications
• operates at 24V DC for easy integration into existing systems
• PA reinforced material for improved resistance to wear
• maximum flow rate of 14L/min for effective fluid control
• sub base mounting style simplifies installation and maintenance
Applications
• used in automation systems for precise control of pneumatic circuits
• suitable for use in mechanical assemblies requiring low-pressure operation
• effective in fluid handling processes within industrial settings
• ideal for where electrical actuation is essential
• employed in environments with stringent space and performance requirements
• suitable for use in mechanical assemblies requiring low-pressure operation
• effective in fluid handling processes within industrial settings
• ideal for where electrical actuation is essential
• employed in environments with stringent space and performance requirements
How does the electrical actuation enhance operational efficiency?
The electrical actuation allows for quick engagement and disengagement of the valve, enabling faster response times in critical applications. This is especially beneficial in automation systems where speed is vital.
What are the advantages of the PA reinforced body material?
The PA reinforced body material offers superior strength and resistance to environmental factors, which prolongs the valve's lifespan and ensures reliable performance in various industrial conditions.
Can this valve be easily integrated into existing pneumatic systems?
Yes, the solenoid valve's 24V DC specification allows it to be easily integrated into typical pneumatic systems, ensuring compatibility with most control setups and enhancing versatility.
What is the significance of the maximum flow rate?
A maximum flow rate of 14L/min means the valve can handle substantial fluid movement efficiently, making it suitable for applications that demand both speed and control in fluid dynamics.
In what situations would the minimum operating pressure be crucial?
Operating effectively at a minimum pressure of -0.9bar is essential in situations where low-pressure environments are prevalent, ensuring smooth operation without risking damage to the system.