SMC AS Series Speed Controller R

SMC Series AS Speed Controller, 0.1 MPa Minimum Outlet Pressure, 1 MPa Maximum Outlet Pressure - AS2201F-01-06S

This speed controller is a reliable solution for managing airflow in various pneumatic applications. Designed with a compact body made from PBT, it features an inlet port of R 1/8 Male and an outlet port of 6mm. This model ensures precise control with a minimum outlet pressure of 0.1 MPa and a maximum of 1 MPa, providing versatility in performance.

Features & Benefits

• Threaded design ensures secure and leak-free connections
• Adjustable settings facilitate fine-tuning of airflow
• Robust PBT body withstands harsh environments
• Complies with RoHS standards for safety and environmental protection
• Suitable for both male inlet and outlet thread connections
• Effective pressure range enhances operational flexibility

Applications

• Used with pneumatic systems for precise airflow control
• Ideal for automation in manufacturing processes
• Utilised in robotics for motion control
• Effective in air pressure regulation for mechanical devices

What is the advantage of having a threaded design for the connections?

The threaded connections provide a secure and leak-proof seal, reducing the risk of air loss and enhancing overall system efficiency, which is critical in pneumatic applications.

What environmental considerations are taken into account with this speed controller?

It meets RoHS compliance, ensuring that harmful substances are restricted, making it suitable for applications focused on environmental safety and sustainability.

How does the construction material affect the controller's performance?

The PBT body offers excellent durability and resistance to chemical exposure, ensuring reliable performance even in challenging conditions while maintaining integrity over time.

What are the implications of the adjustable pressure settings?

The ability to adjust pressure settings allows users to customise airflow according to specific requirements, enhancing system flexibility and improving performance in diverse applications.