350LEN0100-PWR6A00-V5,0-M-R3 (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 350LEN0100-PWR6A00-V5,0-M-R3 (1007396B) is a hydraulic-inline filter designed for efficient filtration of solids from fluids in hydraulic and lubricating oil systems. This model is built for installation within pipelines, featuring a robust construction with a housing made from nodular cast iron and carbon steel. It utilizes a multilayer glass fiber material (PWR) to achieve a filtration grade of 6, ensuring high-performance filtering capabilities. The filter's nominal size is 0100, and it has a seal designation of NBR with an adhesive basis of PUR-Basis. Engineered to withstand demanding conditions, the Hengst 350LEN0100-PWR6A00-V5,0-M-R3 has a maximum working pressure and nominal pressure capacity of 350 bar, making it suitable for high-pressure applications. The filter includes an optical indicator with a switching point set at 5 bar, allowing users to easily monitor its performance. Additionally, the design incorporates cyclone effect technology to enhance particle separation efficiency. This inline filter features top mounting with horizontal port positioning conforming to ISO228-1 standards. The port designation is G3/4 (R3), ensuring compatibility with various pipeline systems. Despite its compact volume, this single-design class filter provides reliable performance without the inclusion of check valves or lid lifting devices. The bypass cracking pressure is rated at 7.0 bar while maintaining suitability for HFC and HFA fluids according to DIN24550 standards. Overall, the Hengst 350LEN0100-PWR6A00-V5,0-M-R3 offers durable construction combined with advanced filtration technology suitable for demanding industrial applications requiring efficient solid-liquid separation under high-pressure conditions.