Hot Sale 7660 03 09 By Parker | Legris Miniature Flow Regulator Exhaust | 3 Mm Tube Size X M3x0.5 Male M3 Metric Thread | 6 Mm Hex | 90° Elbow | Polymer | Pack Of 10 Best Choice [RZ6iSIcB]

Miniature Flow Regulator Exhaust by Parker Legris

The Parker Legris Miniature Flow Regulator Exhaust (7660 03 09) is a compact and highly efficient solution for precise flow control in compressed air systems. Designed for professional applications, this regulator offers unparalleled accuracy and stability, making it an ideal choice for a wide range of industrial and commercial settings. Its innovative design ensures optimal performance, even under demanding conditions.

Technical Specifications and Features

This flow regulator is engineered with a 3 mm tube size and features a M3x0.5 male metric thread, providing a secure and reliable connection. The 6 mm hex head allows for easy installation and adjustment. With a 90° elbow design, it ensures smooth airflow and minimal pressure loss. Made from durable polymer, this regulator is resistant to corrosion and environmental stress. Key technical features include a working pressure range of 1 to 10 bar and a working temperature range of 0°C to +70°C, with a metal version available for extended temperature range.

Applications and Benefits

The Parker Legris Miniature Flow Regulator Exhaust is perfect for a variety of applications, including automated machinery, pneumatic tools, and control systems. Its high maximum flow rate compared to standard regulators ensures increased productivity and efficiency. The precise adjustment capabilities allow for optimal control of cylinder rod speed, ensuring smooth and consistent operation. Additionally, the external adjustment screw is easy to access and adjust, while the recessed adjustment screw protects the mechanism from damage. With a pack of 10 included, this regulator is an economical choice for bulk purchases. Suitable for users seeking reliable flow control in demanding environments, this product is a must-have for professionals in the field.