SMC AS Series Speed Controller

SMC Series AS Speed Controller, 6mm Tube Inlet Port, 0.1 MPa Minimum Outlet Pressure - AS1211F-M5-06

This speed controller is a crucial pneumatic automation component designed for precise control in various applications. Constructed with a robust threaded design, this model accommodates 6mm inlet and outlet ports. It operates effectively within a pressure range of 0.1 to 1 MPa, ensuring reliable performance in dynamic environments.

Features & Benefits

• Compact design facilitates space-saving installations
• Accurate speed control even at low flow rates
• Adjustable settings enhance operational flexibility
• Preventive retainer mechanism safeguards against needle loss
• Metric thread compatibility simplifies integration with existing systems
• Meets diverse industrial demands through durable construction

Applications

• Used with pneumatic actuators for precise motion control
• Ideal for integrating into automated assembly lines
• Utilised in manufacturing processes requiring consistent air flow
• Supports various functions in electronic and mechanical industries

How does the design of this controller contribute to its functionality?

The threaded inlet and outlet ports ensure a secure connection while accommodating essential pressure levels. The compact size allows it to fit easily into tight spaces, enhancing versatility in application.

What is the significance of the minimum and maximum pressure ratings?

The specified pressure range ensures that the controller functions optimally under varying operational conditions, facilitating accurate adjustments without risking damage or inefficiency.

How can adjustments be made to the speed settings?

Speed settings can be modified by rotating the needle valve, allowing for instant changes to airflow and precision in controlling actuation speeds.

What environments can this speed controller operate in effectively?

It operates effectively within a temperature range of –5 to 60 °C, making it suitable for a variety of industrial settings where these conditions are prevalent.