SMC ASP330F-01-06S Регулятор потока

SMC ASP Series Flow Regulator, 1/8 in Threaded Inlet size, 6mm Tube Outlet Type - ASP330F-01-06S

This flow regulator is a highly efficient flow controller designed to manage fluid dynamics with precision. Engineered with a threaded inlet and a 6mm tube outlet, it ensures minimal pressure loss and optimal flow regulation. The compact design, made from PBT, meets rigorous RoHS compliance standards, proving its reliability in industrial applications.

Features & Benefits

• Adjustable outlet pressure ranges from 0.1 MPa to 1 MPa
• 360° swivelling feature for versatile installation options
• Enhanced control with 8 to 10 needle rotations
• Durable PBT body ensures long-lasting performance
• Threaded inlet port R 1/8 male for secure connections
• RoHS compliant, ensuring environmental safety in design

Applications

• Ideal for use in automation and control systems
• Suitable for pneumatic in mechanical industries
• Employable in fluid control processes for machinery
• Utilised in electrical equipment requiring accurate flow management

What is the maximum operating pressure for this device?

The device operates effectively at a maximum pressure of 1 MPa, ensuring robust performance in demanding environments.

How can this regulator enhance my existing fluid control system?

With its adjustable outlet pressure and rotary features, it allows for precise control over fluid flow, enhancing system efficiency and responsiveness.

Is the flow regulator compatible with various types of tubing?

Yes, it accommodates nylon, soft nylon, and polyurethane tubing, providing flexibility for various applications.

What are the benefits of using a PBT body in the flow regulator?

The PBT body offers excellent resistance to chemicals and environmental factors, enhancing durability and lifespan in industrial settings.

How does the number of needle rotations impact flow control?

The increase to 8-10 needle rotations allows for finer adjustments, facilitating better control over low-speed operations, which is crucial for sensitive applications.