150LDN0160-PWR6B00-V2,2-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 150LDN0160-PWR6B00-V2,2-M-R6 (1014201B) is a hydraulic-duplex in-line filter designed for the efficient filtration of solids from hydraulic fluids and lubricating oils. Crafted with a robust nodular cast iron and carbon steel housing, this filter is built to withstand demanding environments. It features a multilayer glass fiber material as its filter media, ensuring superior filtration efficiency with a filtration grade of 6. This duplex filter allows for seamless operation as its elements can be replaced without interrupting system functionality, thanks to its stopcock change-over design. The product is suitable for use in pipelines and offers flexible mounting options, either at the top or back, with horizontal port positioning adhering to ISO228-1 standards. The 150LDN0160-PWR6B00-V2,2-M-R6 model is equipped with an optical indicator for operational monitoring and has a switching point set at 2.2 bar. It supports high collapse pressure ratings up to 330 bar and can operate under a maximum working pressure of 160 bar and nominal pressure of 150 bar. The filter's port designation is G1 1/2, coded R6, ensuring compatibility with various hydraulic systems. Additionally, it boasts features like cyclone effect technology for enhanced filtration performance. This duplex in-line filter is compliant with DIN24550 standards and suitable for HFC/HFA applications, making it versatile across different hydraulic setups. Its design incorporates standard support cage materials and NBR seals designated by code M. With these specifications, the Hengst 150LDN0160-PWR6B00-V2,2-M-R6 stands out as a reliable choice for maintaining fluid cleanliness in complex hydraulic systems without compromising on operational efficiency or safety standards.