150LDN0400-G100A00-V1,5-M-S6 (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-G100A00-V1,5-M-S6 (1010959B) is a high-performance hydraulic-duplex in-line filter designed to efficiently remove solids from hydraulic fluids and lubricating oils. Intended for installation in pipelines, this filter allows for uninterrupted operation even during element replacement. It features a stainless steel wire mesh filter media with a filtration grade of 100, providing reliable filtration performance. The housing is constructed from durable nodular cast iron and carbon steel, ensuring robustness and longevity under demanding conditions. The filter supports top or back mounting with a port designation of 1 1/2\" - 3000 psi, adhering to SAE standards for horizontal port positioning. It has a nominal size of 0400 and can handle a maximum working pressure of up to 160 bar, with a nominal pressure rating of 150 bar. The collapse pressure rating is set at 30 bar, providing an additional safety margin under high-pressure scenarios. This model includes an optical indicator for monitoring purposes and features a stopcock change-over design to facilitate seamless switching between operational modes. The bypass cracking pressure is calibrated at 2.5 bar, ensuring optimal flow control. Additionally, the filter's seal designation is NBR (nitrile butadiene rubber), which offers excellent resistance to oils and other hydraulic fluids. The Hengst 150LDN series also incorporates cyclone effect technology to enhance particle separation efficiency. Although it does not include a lid lifting device or two-parted bowl design, its robust construction and advanced filtration technology make it well-suited for various applications requiring reliable fluid cleanliness management in hydraulic systems.