63FLDKN0063-1X/PWR6A00-V2,2-M-S4 (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 63FLDKN0063-1X/PWR6A00-V2,2-M-S4 (1015253B) is an advanced inline duplex filter designed to deliver exceptional filtration performance in demanding applications. This filter features a robust nodular cast iron housing and utilizes a multilayer glass fiber material (PWR) as its filter media, ensuring high efficiency in capturing contaminants. With a nominal size of 0063 and a filtration grade of 6, it is well-suited for applications requiring precise contamination control. The filter is equipped with an NBR seal code 'M' for reliable sealing under various conditions. The design incorporates a back-mounted configuration and an SAE port standard with a 1\" - 3000psi port designation, where the inlet is positioned above the outlet. It supports a maximum working pressure of 63 bar and has both nominal and collapse pressure ratings of 63 bar and 30 bar respectively, making it suitable for high-pressure environments. The cyclone effect within the design enhances particle separation efficiency. An optical indicator provides visual feedback on the filter's status, with a switching point set at 2.2 bar to alert users when maintenance or replacement is needed. Additionally, the change-over design employs a ball valve for seamless transition between operational modes without system downtime. This duplex filter also includes compatibility with hydraulic fluids such as HFC and HFA, adhering to DIN24550 standards for safety and performance. Its standard support cage material ensures durability while maintaining lightweight characteristics essential for efficient operation. Overall, the Hengst model offers reliable filtration solutions tailored to meet rigorous industrial requirements without compromising on ease of use or maintenance efficiency.