HENGST
1054687B
$18,405.00 USD
- HENGST
- Material:1054687B
- Summary:Hydraulic-Duplex In-line Filter
Quantity in stock: 0
***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 1054687B (1054687B) is a high-performance hydraulic-duplex in-line filter, specifically designed for the filtration of solids from hydraulic fluids and lubricating oils. This product, identified by its model code 400LDN1000-PWR6B00-V8,0-M-S8, is intended for installation in pipelines and allows for the replacement of filter elements without interrupting operation. It features a robust construction with housing made from nodular cast iron and carbon steel, ensuring durability under challenging conditions. The filter utilizes a multilayer glass fiber material with a filtration grade of 6, providing effective filtration capabilities. Designed to withstand high pressures, the Hengst 1054687B has a collapse pressure rating of 330 bar and can operate at nominal pressures up to 400 bar. Its duplex design allows for continuous operation by enabling seamless switching between two filter elements using a stopcock change-over mechanism. The inline filter's port designation is 2\" - 6000psi following SAE standards, with horizontal port positioning that supports easy integration into existing systems. Additional features include an NBR seal designation for reliable sealing performance and an optical indicator to monitor the system's status effectively. The product also boasts compliance with DIN24550 standards and suitability for HFC/HFA fluids. The support cage material is standard, and the adhesive basis is PUR-Basis. Despite its advanced capabilities, the Hengst 1054687B maintains user-friendly maintenance with its two-parted bowl design. Overall, this hydraulic-duplex in-line filter offers robust performance and reliability for demanding applications requiring continuous filtration without operational downtime.
The Hengst 1054687B (1054687B) is a high-performance hydraulic-duplex in-line filter, specifically designed for the filtration of solids from hydraulic fluids and lubricating oils. This product, identified by its model code 400LDN1000-PWR6B00-V8,0-M-S8, is intended for installation in pipelines and allows for the replacement of filter elements without interrupting operation. It features a robust construction with housing made from nodular cast iron and carbon steel, ensuring durability under challenging conditions. The filter utilizes a multilayer glass fiber material with a filtration grade of 6, providing effective filtration capabilities. Designed to withstand high pressures, the Hengst 1054687B has a collapse pressure rating of 330 bar and can operate at nominal pressures up to 400 bar. Its duplex design allows for continuous operation by enabling seamless switching between two filter elements using a stopcock change-over mechanism. The inline filter's port designation is 2\" - 6000psi following SAE standards, with horizontal port positioning that supports easy integration into existing systems. Additional features include an NBR seal designation for reliable sealing performance and an optical indicator to monitor the system's status effectively. The product also boasts compliance with DIN24550 standards and suitability for HFC/HFA fluids. The support cage material is standard, and the adhesive basis is PUR-Basis. Despite its advanced capabilities, the Hengst 1054687B maintains user-friendly maintenance with its two-parted bowl design. Overall, this hydraulic-duplex in-line filter offers robust performance and reliability for demanding applications requiring continuous filtration without operational downtime.
Duplex filters are used in hydraulic systems for the filtration of solids from hydraulic fluids and lubricating oils. They are intended for installation in pipelines. The Filter Elements can be replaced without interrupting operation.