350PSFN0400-PWR20B00-V5,0-M-0087 (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 350PSFN0400-PWR20B00-V5,0-M-0087 (1020108B) is a robust hydraulic block-mounted filter designed for direct mounting on pump and control blocks. This filter is specifically engineered to be installed upstream of control or regulating devices, offering essential protection by ensuring clean hydraulic fluid. Constructed with a durable combination of nodular cast iron and carbon steel, it supports high-pressure applications with a maximum working pressure of 350 bar and a collapse pressure rating of 330 bar. The filter utilizes a multilayer glass fiber material (PWR20) for effective filtration with a filtration grade of 20, making it suitable for demanding environments where reliable fluid cleanliness is critical. The design features a vertical port position with a port designation of 38mm, adhering to factory standards to ensure compatibility with existing systems. It includes an optical indicator for monitoring the filter's status, which activates at a switching point of 5 bar to alert operators when maintenance is required. The product also incorporates advanced design elements such as the cyclone effect to enhance filtration efficiency without the need for additional components like check valves or two-parted bowls. Certified under DIN24550 standards and suitable for use with HFC/HFA fluids, this manifold filter offers versatility in various applications requiring high-performance filtration solutions. Its bottom-side mounting configuration ensures ease of installation while maintaining system integrity. With its robust design and reliable performance characteristics, the Hengst 350PSFN0400-PWR20B00-V5,0-M-0087 serves as an integral component in maintaining optimal hydraulic system functionality.