SMC ZFC Series Vacuum Filter, 8mm Port Connection, 100L/min Maximum Flow Rate - ZFC75
This vacuum filter is a Crucial component in automated systems, designed to provide precise and efficient filtration in various applications. With an impressive maximum flow rate of 100 L/min and a filtration size of 5 μm, it ensures optimal performance. It features an 8mm port connection, making it suitable for a wide range of tubing materials, including nylon and polyurethane, catering to diverse needs in the automation and mechanical sectors.
Features & Benefits
• Designed for a maximum operating pressure of 1 MPa
• Capable of handling temperatures from 0 ºC to 60 ºC
• Lightweight design allows for flexible mounting orientation
• Efficient drainage capacity of 20 cm³ increases reliability
• Interchangeable components facilitate easy maintenance and repairs
Applications
• Ideal for use in pneumatic systems and Air compressors
• Utilised in automated assembly lines for Air filtration
• Suitable for nitrogen in industrial settings
• Employed in precision machinery for enhanced Air quality
• Used to maintain optimal performance in electronic equipment
What type of fluids can be used with this filter?
This filter is suitable for Air and nitrogen, making it versatile for various applications. Its design ensures efficient filtration of these gases to maintain system integrity.
How does the maximum operating pressure affect performance?
A maximum operating pressure of 1 MPa allows the filter to perform effectively in high-pressure environments while ensuring durability and reliability in demanding applications.
What features make this filter suitable for easy installation?
The filters one-touch fitting system simplifies the installation process, allowing for quick connections and reducing downtime in systems requiring Rapid setup.
How does the filtration size contribute to performance?
The 5 μm filtration size effectively removes fine particles, improving overall Air quality and reducing wear on downstream components, which enhances system longevity.