40 FLE 0145C PWR6-A00-07V1,5-S0V0E (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 40 FLE 0145C PWR6-A00-07V1,5-S0V0E (1019766B) is a hydraulic inline filter designed for use in hydraulic systems and lubricating oil systems to efficiently filter solids from fluids. This model is configured with a PWR6 filter material, utilizing a multilayer glass fiber material that provides high filtration performance. It features a nominal size of 0145C and is equipped with an FKM seal designation, ensuring reliable sealing under various operating conditions. The filter's construction includes carbon steel and aluminum housing materials, offering durability and resistance to wear. This inline filter is designed for installation in pipelines and supports a maximum working pressure of 40 bar with the same nominal pressure rating. The bypass valve code is designated as '7', with a bypass cracking pressure of 3.5 bar, providing an essential safety mechanism to prevent excessive pressure build-up within the system. The collapse pressure rating stands at 30 bar, ensuring robust performance even under demanding conditions. The Hengst 40 FLE series incorporates an optical indicator for monitoring the filtration status, which activates at a switching point of 1.5 bar, allowing users to easily assess when maintenance or replacement is necessary. The port designation adheres to SAE standards with specifications of \"2\" - 3000psi,\" suitable for horizontal-vertical port positions. This single-design class inline filter does not include additional features such as check valves or cyclone effects but ensures straightforward functionality focused on effective solid particle filtration in fluid systems. Its standard support cage material further enhances its structural integrity during operation.