SMC AS Series Speed Controller, Threaded Threaded

SMC Series AS Speed Controller, 0.1 MPa Minimum Outlet Pressure, 4mm Tube Outlet Port - AS1201F-M3-04

This speed controller is a versatile device designed for precise pneumatic control in various industrial applications. With a threaded inlet and outlet, the controller features M3 x 0.5 male ports, facilitating easy connection to compatible tubing. The product operates effectively within a pressure range of 0.1 MPa to 0.7 MPa and is suitable for use with 4mm tubing.

Features & Benefits

• Adjustable control allows for customised flow rates
• Operates effectively from 0.1 MPa to 0.7 MPa pressure
• Designed for M3 x 0.5 threaded connections
• Compatible with nylon and polyurethane tubing
• Capable of withstanding proof pressure up to 1.05 MPa
• Ensures smooth reverse free flow operation during use

Applications

• Used for precise airflow management in automation systems
• Ideal for controlling pneumatic devices in machinery
• Utilised in assembly lines for consistent application of pressure
• Best suited for environments requiring pressure regulation of compressed air

What is the maximum ambient temperature this device can withstand?

It can operate in environments with temperatures up to 60°C, ensuring reliable performance in various settings.

How does this controller manage air pressure fluctuations?

The adjustable design enables fine-tuning of the flow rate, accommodating dynamic changes in system pressure effectively.

Can this product be utilised with different sizes of tubing?

It is specifically designed for 4mm tube connections, offering stability and efficiency in pneumatic systems requiring that size.

What are the materials recommended for tubing compatibility?

This device works well with nylon, soft nylon, and polyurethane tubing, making it versatile for different applications.

What benefits does the threaded connection provide in installation?

The threaded connections ensure secure fittings, reducing the risk of air leakage during operation, which enhances performance reliability.