150LDN0400-PWR6B00-V5,0-M-R6 (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 150LDN0400-PWR6B00-V5,0-M-R6 (1012225B) is a robust hydraulic-duplex in-line filter designed for efficient filtration of solids from hydraulic fluids and lubricating oils within industrial pipelines. This model features a duplex design, allowing the filter elements to be replaced without interrupting system operation, ensuring continuous performance. Constructed with nodular cast iron and carbon steel housing, it offers durability and reliability under demanding conditions. The filter utilizes a multilayer glass fiber material designated as PWR for its media, providing effective filtration with a grade of 6. It supports a maximum working pressure of 160 bar and has a nominal pressure rating of 150 bar. The filter's design includes an inline configuration with top or back mounting options and horizontal port positioning conforming to ISO228-1 standards. It features G1 1/2 ports (R6 designation) and is equipped with an optical indicator for monitoring purposes. The switching point is set at 5 bar, providing timely alerts for maintenance. Additionally, the product incorporates a cyclone effect to enhance filtration efficiency. Suitable for use with HFC/HFA fluids and compliant with DIN24550 standards, this filter is ideal for high-pressure applications up to a collapse pressure rating of 330 bar. The seal material used is NBR (seal code M), ensuring compatibility with various hydraulic fluids. Although it lacks a lid lifting device or two-parted bowl design, its stopcock change-over mechanism facilitates seamless element replacement without system shutdowns. This makes the Hengst 150LDN0400-PWR6B00-V5,0-M-R6 an excellent choice for maintaining clean hydraulic systems in continuous operation environments.