Verified 0483 09 17 By Parker | Legris In-line Ported Ball Valve W/o Close Position | 3/8" Female Bspp Thread | 24 Mm Hex | Tee | Nickel-plated Brass Bundle [xcWHGVEI]

Parker Legris Inline Ported Ball Valve: Robust and Efficient

The Parker Legris Inline Ported Ball Valve, model 0483 09 17, is a high-quality, nickel-plated brass valve designed for precision control and reliable performance. This valve is perfect for a wide range of applications, including compressed air systems where consistent flow and tight shutoff are essential. With its robust construction and advanced features, this ball valve is a standout choice for professionals seeking excellence in engineering.

Technical Specifications and Benefits

This ball valve boasts a working pressure range of vacuum up to 40 bar, making it versatile for various industrial applications. Its operating temperature extends from -20°C to +80°C, with the ability to reach -40°C when no handle operation is required. The valve is compatible with compressed air and features automatic seal wear compensation, ensuring long-lasting performance. Some key benefits include vacuum resistance, ease of operation, and short, repositionable handles for quick maintenance. This valve meets industry standards, including RoHS, PED, and REACH, ensuring compliance with global regulations.

Applications and Value Proposition

The Parker Legris Inline Ported Ball Valve is ideal for a variety of industries, such as automotive, aerospace, and manufacturing. Its compact design and ported ball feature allow for efficient flow control and minimal pressure drop. With the valve's nickel-plated brass construction and durable materials, it offers excellent resistance to corrosion and wear, ensuring a long service life. Whether you're managing a compressed air system or a complex industrial process, this ball valve provides the reliability and efficiency you need to maintain optimal performance. Invest in the Parker Legris Inline Ported Ball Valve and experience the difference in quality and performance.