HENGST
1054873B
$6,262.00 USD
- HENGST
- Material:1054873B
- 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 1054873B (1054873B) is a hydraulic-duplex in-line filter designed for the filtration of solids from hydraulic fluids and lubricating oils, making it suitable for integration into pipeline systems. This model, known as 63FLDKN0250-1X/PWR10A00-V1,5-M-S8-A-NB-Z1, features a duplex design allowing for continuous operation by enabling filter element replacement without system shutdown. The filter's construction includes a nodular cast iron housing with a back mounting design and SAE standard ports positioned with the inlet above the outlet. The port designation is 2\" - 3000 psi, ensuring compatibility with high-pressure applications up to a maximum working pressure of 63 bar. Equipped with multilayer glass fiber material designated as PWR10 for its filter media, this unit provides efficient filtration with a grade of 10 microns. It supports hydraulic fluid compatibility (HFC/HFA) and adheres to DIN24550 standards. Notably, the filter incorporates an optical indicator to signal when maintenance is required, set at a switching point of 1.5 bar. It also includes features like cyclone effect technology for enhanced separation efficiency and a ball valve change-over design to facilitate smooth transitions between filter elements. The Hengst 1054873B's robust construction ensures durability under pressure conditions, boasting a collapse pressure rating of 30 bar. Additionally, it employs NBR seals coded as M for reliable sealing performance under various operating conditions. While it lacks certain features such as a lid lifting device or two-parted bowl design, its standard support cage material and PUR-based adhesive provide adequate structural integrity and performance for demanding hydraulic applications.
The Hengst 1054873B (1054873B) is a hydraulic-duplex in-line filter designed for the filtration of solids from hydraulic fluids and lubricating oils, making it suitable for integration into pipeline systems. This model, known as 63FLDKN0250-1X/PWR10A00-V1,5-M-S8-A-NB-Z1, features a duplex design allowing for continuous operation by enabling filter element replacement without system shutdown. The filter's construction includes a nodular cast iron housing with a back mounting design and SAE standard ports positioned with the inlet above the outlet. The port designation is 2\" - 3000 psi, ensuring compatibility with high-pressure applications up to a maximum working pressure of 63 bar. Equipped with multilayer glass fiber material designated as PWR10 for its filter media, this unit provides efficient filtration with a grade of 10 microns. It supports hydraulic fluid compatibility (HFC/HFA) and adheres to DIN24550 standards. Notably, the filter incorporates an optical indicator to signal when maintenance is required, set at a switching point of 1.5 bar. It also includes features like cyclone effect technology for enhanced separation efficiency and a ball valve change-over design to facilitate smooth transitions between filter elements. The Hengst 1054873B's robust construction ensures durability under pressure conditions, boasting a collapse pressure rating of 30 bar. Additionally, it employs NBR seals coded as M for reliable sealing performance under various operating conditions. While it lacks certain features such as a lid lifting device or two-parted bowl design, its standard support cage material and PUR-based adhesive provide adequate structural integrity and performance for demanding hydraulic applications.
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.