350LE0150-PWR10A00-0-M-R5 (2 PACK)

***Disclaimer: The following summary contains information gathered from various sources such as product descriptions, technical specifications and catalogs. While efforts have been made to provide accurate details, inaccuracies may occur. It is advised to verify all information by contacting Hengst directly.***
The Hengst 350LE0150-PWR10A00-0-M-R5 (1007434B) is a hydraulic-inline filter designed for the efficient filtration of solids from fluids within hydraulic systems and lubricating oil systems. This filter is intended for installation in pipelines and features a robust design class as an inline filter, single. The filtration media is made from a multilayer glass fiber material designated as PWR10, providing a filtration grade of 10. The housing material comprises nodular cast iron and carbon steel, ensuring durability under demanding conditions. The filter supports a maximum working pressure and nominal pressure of 350 bar, making it suitable for high-pressure applications. This model includes several key specifications: it has a nominal size of 0150, with an NBR seal designation coded as M. The support cage material is standard, and it features a bypass cracking pressure of 7.0 bar. It also incorporates a cyclone effect to enhance the filtration process without requiring an indicator or check valve. The port designation is G1 1/4, positioned horizontally according to the ISO228-1 standard, facilitating easy integration into existing systems. The Hengst 350LE0150-PWR10A00-0-M-R5 is designed with top mounting capabilities and does not include a lid lifting device or two-parted bowl structure. Its collapse pressure rating stands at 30 bar, ensuring reliability under high-stress conditions. Additionally, the filter's adhesive basis is PUR-Basis, contributing to its robust construction. Suitable for use with HFC/HFA fluids but not compliant with DIN24550 standards, this inline filter provides efficient performance in various hydraulic applications where solid particulate removal from fluids is critical.