SMC AFF40-N04C-2Z-D Line Filter

# SMC AFF40-N04C-2Z-D Line Filter The SMC AFF40-N04C-2Z-D Line Filter is a high-performance pneumatic filter designed to maintain optimal air quality in industrial automation systems. This filter effectively removes contaminants such as dust, moisture, and oil from compressed air lines, ensuring the longevity and efficiency of pneumatic components. ## Key Features • **Filtration Efficiency**: Equipped with a filtration rating of 5 microns, it effectively captures particulate contaminants to protect downstream equipment. • **Flow Rate**: Handles a maximum flow rate of 1, 300 liters per minute (L/min), suitable for a variety of pneumatic applications. • **Port Size**: Features a 1/2" NPT port size, providing compatibility with standard pneumatic systems. • **Material Construction**: Constructed from durable aluminum with a polycarbonate bowl, ensuring robust performance in demanding environments. • **Built-in Drain**: Includes an automatic drain feature for easy maintenance and reduced downtime, facilitating efficient operation. ## Applications • **Industrial Automation**: Ideal for use in automated manufacturing processes where clean air is critical for the operation of pneumatic tools and cylinders. • **Automotive Production**: Suitable for automotive assembly lines where precision and reliability are paramount. • **Food Processing**: Complies with hygiene standards, making it suitable for applications in food and beverage industries where air quality is essential. ## Benefits • **Enhanced Equipment Protection**: By filtering out harmful contaminants, this line filter helps extend the lifespan of pneumatic devices, minimizing repair and replacement costs. • **Improved System Efficiency**: Ensures consistent airflow and pressure, leading to improved performance of pneumatic systems and enhanced productivity. • **Reliable Operation**: Designed for durability and reliability, the SMC AFF40-N04C-2Z-D ensures uninterrupted operation in critical applications. --- *Product information compiled with AI assistance for reference purposes.*