250LDN0160-2X/G25B00-V5,0-V-R6-Z1 (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 250LDN0160-2X/G25B00-V5,0-V-R6-Z1 (1019327B) is a hydraulic-duplex in-line filter designed for the efficient filtration of solids from hydraulic fluids and lubricating oils. This filter is specifically engineered for installation in pipelines and features a duplex design, allowing for continuous operation even during filter element replacement. The filter media is made from stainless steel wire mesh with a filtration grade of 25, ensuring robust performance and durability. It boasts a nominal size of 0160 and is constructed with nodular cast iron and carbon steel housing materials, providing strength and reliability under high-pressure conditions. The maximum working pressure of this unit is rated at 250 bar, with a collapse pressure rating of 330 bar. This model includes an optical indicator to monitor the condition of the filter elements, which triggers at a switching point of 5 bar. The port configuration follows the ISO228-1 standard with G1 1/2 horizontal ports, making it versatile for various mounting options including top or back installations. Additionally, it features a stopcock change-over design for seamless operation when switching between filters. The Hengst duplex filter also incorporates advanced features such as cyclone effect technology to enhance filtration efficiency without requiring additional components like lid lifting devices or two-parted bowls. It is compatible with HFC/HFA fluids and adheres to DIN24550 standards, ensuring its suitability for demanding applications where reliable fluid cleanliness is critical. With its PUR-Basis adhesive and FKM seals designated by the seal code V, this product offers enhanced sealing performance under challenging environmental conditions.