SMC ASP430F-02-06S Regulátor průtoku

SMC ASP Series Flow Regulator, 0.1 MPa Minimum Outlet Pressure, 1/4 inches Threaded Inlet Thread size - ASP430F-02-06S

This flow regulator is a precision flow controller designed to maintain consistent pressure control within industrial applications. Featuring a threaded inlet port (R 1/4 Male) and a 6mm tube outlet, this regulator enables reliable airflow management. Made from durable electroless nickel-plated brass, it offers a minimum outlet pressure of 0.1 MPa and a maximum outlet pressure of 1 MPa, ensuring robust performance under varying conditions.

Features & Benefits

• Adjustable outlet pressure range enhances operational flexibility
• Brass construction ensures durability and resistance to corrosion
• Threaded inlet facilitates secure and easy installation
• Lightweight design simplifies integration into existing systems
• Pilot check valve allows for controlled flow regulation
• 360° tube mount orientation enables versatile installation options

Applications

• Utilised in automation processes requiring precise flow control
• Ideal for pneumatic systems needing consistent air supply
• Suitable for mechanical and electrical with fluctuating pressure demands
• Employed in machinery to manage actuator speeds accurately

What is the maximum and minimum pressure it can manage?

It can manage a maximum outlet pressure of 1 MPa and a minimum outlet pressure of 0.1 MPa, making it suitable for various applications requiring specific pressure settings.

How does the construction material affect its performance?

The electroless nickel-plated brass construction ensures resistance to corrosion, enhancing longevity and reliability, particularly in industrial environments exposed to moisture and contaminants.

What type of tubing can be connected to the outlet?

The outlet is designed for compatibility with 6mm diameter tubing, allowing for flexibility in connection to other components within a pneumatic system.

Can adjustments be made while in operation?

Yes, adjustments can be made while in operation; however, it is crucial to consider the operating pressures to prevent potential impacts on functionality.