18.884 PWR6-J00-0-M (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 18.884 PWR6-J00-0-M (1007666B) is a high-performance hydraulic filter element designed to optimize the filtration process in hydraulic systems. This component is integral to maintaining the efficiency and longevity of hydraulic equipment by effectively removing contaminants from hydraulic fluids. Engineered with a multilayer glass fiber material, this filter element features a nominal size of 884 and is part of the 18 series. The design classifies it as a robust filter element with a collapse pressure rating of 10 bar, ensuring reliability under demanding conditions. The filter's dimensions are substantial, with a length of 500 mm, an outer diameter of 202 mm, and an inner diameter of 150.3 mm, making it suitable for larger hydraulic applications that require significant fluid handling capacity. It incorporates NBR seals coded as 'M', providing excellent resistance against various fluids typically encountered in hydraulic systems. Key parameters such as retention capacity, dirt holding capacity, and pressure loss are optimized through its advanced filter media configuration (PWR6), ensuring high filtration efficiency and minimal flow restriction. The support cage material is standard, indicating durability without adding unnecessary weight or complexity. This product is not suitable for use with HFC or HFA fluids and does not adhere to DIN24550 standards. However, its design ensures that it can withstand substantial operational pressures without the need for additional support cages. Overall, the Hengst 18.884 PWR6-J00-0-M (1007666B) serves as an essential component for maintaining clean hydraulic systems in various applications where efficient filtration is critical to system performance and reliability.