Free Shipping 3198 04 19 By Parker | Legris Stud Fitting | 4 Mm Push-to-connect X M5x0.8 Male Swivel M5 Thread | 8 Mm Hex | Tee | Polymer | Pack Of 10 Perfect Gift [pQqeV0Cc]

3198 04 19 by Parker | Legris Stud Fitting

The Parker Legris Stud Fitting, part number 3198 04 19, is a high-quality component designed for precision and reliability in pneumatic systems. This fitting is engineered with a 4 mm Push-to-Connect x M5x0.8 Male Swivel M5 Thread, making it an ideal choice for a wide range of applications. Its robust construction and lightweight design ensure durability and ease of use, allowing for efficient assembly and disassembly in your pneumatic circuits.

Key Features and Benefits

The Parker Legris Stud Fitting stands out for its exceptional features and benefits. It offers a full flow connection to optimize flow rates, ensuring efficient performance in your system. This fitting is compatible with compressed air and can be used in vacuum conditions, providing versatility and adaptability. With a working pressure range of vacuum to 20 bar and a working temperature range of -20°C to +80°C, this fitting is designed to withstand demanding environments. Additionally, the Parker Legris Stud Fitting is made with high-quality materials, including stainless steel, technical polymer, and nickel-plated brass, ensuring long-lasting durability and resistance to corrosion.

Technical Specifications and Applications

This Parker Legris Stud Fitting features an 8 mm Hex Tee design, making it suitable for various connections and configurations. The fitting is available in a pack of 10, offering convenience and cost-effectiveness for your projects. With compliance to ISO 14743, PED, RoHS, and REACH regulations, this fitting meets the highest industry standards for safety and quality. Whether you are working on industrial machinery, automotive applications, or other pneumatic systems, the Parker Legris Stud Fitting is a reliable choice. Its versatile design and robust performance make it an essential component for any professional looking to enhance the efficiency and reliability of their pneumatic circuits.