50LDN0250-G25A00-V2,2-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 50LDN0250-G25A00-V2,2-M-S6 (1012656B) is an advanced inline duplex filter designed for applications requiring high reliability and efficiency. With a filtration grade of 25 microns, this unit utilizes a stainless steel wire mesh as its filter media, which ensures durability and optimal performance in demanding environments. The filter's housing is constructed from nodular cast iron and carbon steel, providing robust protection and longevity under high-pressure conditions up to 50 bar. It features a unique stopcock change-over design for seamless switching between filters without interrupting the operation, making it ideal for continuous processes. The bypass cracking pressure is set at 3.5 bar, allowing for pressure relief when necessary to protect the system from overpressure scenarios. The filter's port configuration includes a 1 1/2\" - 3000psi SAE standard port positioned horizontally, supporting top or back mounting options to suit various installation needs. Its optical indicator assists in monitoring the system by providing visual alerts when maintenance or filter changes are required, with a switching point set at 2.2 bar for timely intervention. This model is also equipped with features such as cyclone effect to enhance filtration efficiency and suitability for HFC/HFA fluids as per DIN24550 standards. Designed with an NBR seal code M and standard support cage material, the Hengst 50LDN0250-G25A00-V2,2-M-S6 ensures reliable sealing and structural integrity under operational stresses. The adhesive basis of PUR further contributes to its robust construction. This product is suitable for applications requiring durable filtration solutions capable of handling high-pressure environments while maintaining consistent performance over extended periods.